From 6c7c48ab1a5b7b8fdb3b7add61972fb7beae1a40 Mon Sep 17 00:00:00 2001 From: reshuibuduo Date: Sun, 6 Sep 2026 03:34:35 +0800 Subject: [PATCH 1/5] feat: unified 1.0.0-rc.1 memory workspace and server-independent local setup --- .claude-plugin/plugin.json | 2 +- .codex-plugin/plugin.json | 7 +- .gitattributes | 2 + .gitignore | 3 + CHANGELOG.md | 9 + README.md | 20 +- README.zh-CN.md | 32 +- assets/tmcra-logo.png | Bin 0 -> 1036093 bytes docs/memory-controls.md | 76 + hooks/hook_common.mjs | 71 +- package-lock.json | 4 +- package.json | 2 +- packaging/INSTALL-TMCRA-CODEX.md | 8 + packaging/Install-Local.cmd | 3 + packaging/Install-TMCRA.ps1 | 4 +- resources/local-model-profiles.json | 132 + resources/memory-center.html | 197 + resources/workspace-panels.css | 6 + resources/workspace-panels.js | 138 + runtime/LICENSE | 203 + .../memory-api/build_v3_runtime_dataset.py | 791 ++ runtime/memory-api/core/__init__.py | 89 + runtime/memory-api/core/advanced_renderer.py | 332 + .../memory-api/core/advanced_renderer_v2.py | 407 + runtime/memory-api/core/comfyui_client.py | 670 ++ runtime/memory-api/core/concept_extractor.py | 180 + runtime/memory-api/core/concept_graph.py | 126 + runtime/memory-api/core/concept_memory.py | 311 + runtime/memory-api/core/console.py | 19 + .../memory-api/core/default_model_paths.py | 97 + runtime/memory-api/core/gradio_compat.py | 26 + runtime/memory-api/core/gru_text_generator.py | 142 + runtime/memory-api/core/kb/__init__.py | 6 + .../memory-api/core/kb/conceptnet_store.py | 193 + runtime/memory-api/core/kb/embedding_store.py | 98 + .../core/local_concept_extractor.py | 327 + runtime/memory-api/core/maze_engine.py | 852 ++ .../memory-api/core/multimodal_generator.py | 1792 ++++ .../core/native_concept_extractor.py | 187 + runtime/memory-api/core/native_generator.py | 2586 +++++ runtime/memory-api/core/natural_layout.py | 882 ++ .../memory-api/core/natural_layout_trainer.py | 141 + runtime/memory-api/core/nlg/__init__.py | 6 + runtime/memory-api/core/nlg/path_realizer.py | 130 + runtime/memory-api/core/nlg/pattern_bank.py | 54 + .../memory-api/core/object_sketch_backend.py | 578 ++ .../memory-api/core/object_sketch_dataset.py | 791 ++ .../memory-api/core/object_sketch_model.py | 517 + runtime/memory-api/core/policy_dataset.py | 804 ++ runtime/memory-api/core/policy_network.py | 880 ++ .../memory-api/core/query_understanding.py | 197 + runtime/memory-api/core/scene_harmonizer.py | 44 + .../memory-api/core/scene_line_generator.py | 103 + .../memory-api/core/scene_training_dataset.py | 299 + .../memory-api/core/scene_training_model.py | 95 + .../memory-api/core/sd_sketch_generator.py | 1716 ++++ runtime/memory-api/core/semantic_scene.py | 1436 +++ runtime/memory-api/core/semantic_scene_v2.py | 1377 +++ runtime/memory-api/core/session_memory.py | 620 ++ runtime/memory-api/core/sketch_edit_v1.py | 1738 ++++ .../memory-api/core/sketch_quality_schema.py | 330 + runtime/memory-api/core/sketch_style_spec.py | 333 + runtime/memory-api/core/sketch_v2.py | 1478 +++ .../core/tmcra_reasoning_runtime.py | 200 + .../core/tri_maze_neural_trainer.py | 1057 ++ .../memory-api/core/tri_maze_supervision.py | 1136 +++ runtime/memory-api/core/tri_maze_trainer.py | 331 + .../core/unified_scene_generator.py | 275 + runtime/memory-api/core/visual_prototypes.py | 596 ++ .../memory-api/core/visual_query_parser.py | 780 ++ .../core/whole_scene_sketch_generator.py | 771 ++ .../memory-api/deploy/Install-TmcraLocal.ps1 | 68 + .../memory-api/deploy/Local-SetupHelpers.ps1 | 91 + .../memory-api/deploy/Start-TmcraLocal.ps1 | 11 + .../deploy/local-bootstrap/sitecustomize.py | 12 + .../deploy/local-model-profiles.json | 132 + .../memory-api/models/tmcra_v3_reranker.pt | Bin 0 -> 4234837 bytes .../analyze_remaining400_writer_failures.py | 201 + ...apply_remaining400_provenance_migration.py | 258 + .../ops/approve_tmcra_v4_partition_diff.py | 101 + .../ops/audit_remaining400_chain.py | 250 + .../audit_remaining400_writer_integrity.py | 297 + .../ops/audit_tmcra_v4_subject_attribution.py | 886 ++ .../authorize_remaining400_writer_recovery.py | 253 + .../ops/build_tmcra_service_release.py | 301 + .../ops/compare_tmcra_v4_slow_reviews.py | 197 + .../ops/continue_tmcra_v4_writer_sampling.py | 289 + .../diagnose_remaining400_chain_failures.py | 337 + .../ops/enrich_tmcra_v4_source_timestamps.py | 248 + .../memory-api/ops/export_tmcra_openapi.py | 105 + .../ops/export_tmcra_v4_active_slow_review.py | 172 + .../ops/export_tmcra_v4_slow_review.py | 336 + .../finalize_tmcra_v4_slow_quality_gate.py | 216 + .../ops/gpu_scheduler_baseline_sampler.py | 219 + .../ops/preflight_tmcra_api_configs.py | 74 + .../ops/prepare_tmcra_v4_fresh_slow_copy.py | 313 + .../ops/prepare_tmcra_v4_fresh_slow_run.py | 316 + .../ops/prepare_writer_success_subset.py | 173 + .../ops/promote_writer_smoke_state.py | 210 + ...ecover_tmcra_service_interrupted_writer.py | 394 + .../ops/recover_tmcra_v4_failed_slow_jobs.py | 312 + .../recover_tmcra_v4_interrupted_slow_jobs.py | 320 + .../ops/repair_tmcra_v4_slow_coverage.py | 463 + .../ops/restore_tmcra_v4_worker_databases.py | 299 + .../memory-api/ops/resume_writer_workers.py | 123 + .../ops/retry_remaining400_writer_failures.py | 318 + ...llback_tmcra_v4_spurious_prompt_enqueue.py | 423 + .../ops/run_commercial_api_smoke.py | 523 + .../memory-api/ops/run_launch_api_smoke.py | 125 + .../ops/run_memory_graph_api_smoke.py | 350 + .../ops/run_memory_graph_api_smoke_0_2_3.py | 350 + ...aining400_fast_exact_evidence_migration.py | 122 + .../run_remaining400_provenance_dry_run.py | 139 + .../ops/run_tmcra_service_preflight.py | 68 + .../ops/smoke_commercial_contract.py | 167 + runtime/memory-api/ops/test_local_pipeline.py | 96 + .../memory-api/ops/tmcra_api_log_report.py | 140 + .../memory-api/ops/tmcra_diagnostic_report.py | 259 + ...4_batch_writer_claim_identity_candidate.py | 5312 ++++++++++ .../memory-api/ops/verify_tmcra_migration.py | 120 + .../memory-api/prepare_tmcra_v4_e2e_data.py | 261 + .../memory-api/requirements-tmcra-service.txt | 9 + runtime/memory-api/run_tmcra_v4_build.py | 1000 ++ .../run_tmcra_v4_compile_evidence.py | 1023 ++ runtime/memory-api/runtime-files.json | 184 + runtime/memory-api/test_portable_release.py | 149 + .../test_tmcra_service_model_flexibility.py | 152 + runtime/memory-api/tmcra_local_models.py | 101 + runtime/memory-api/tmcra_local_only.py | 193 + runtime/memory-api/tmcra_service/__init__.py | 5 + runtime/memory-api/tmcra_service/__main__.py | 406 + .../tmcra_service/actor_provenance.py | 324 + .../tmcra_service/adapters/__init__.py | 1 + .../memory-api/tmcra_service/adapters/v4.py | 9067 +++++++++++++++++ .../tmcra_service/api_access_log.py | 244 + .../memory-api/tmcra_service/api_models.py | 1350 +++ runtime/memory-api/tmcra_service/app.py | 4608 +++++++++ .../tmcra_service/audio_asr_proxy.py | 164 + runtime/memory-api/tmcra_service/auth.py | 654 ++ runtime/memory-api/tmcra_service/cli.py | 132 + .../memory-api/tmcra_service/client_cli.py | 781 ++ .../memory-api/tmcra_service/commercial.py | 2630 +++++ .../memory-api/tmcra_service/control_db.py | 3186 ++++++ .../memory-api/tmcra_service/control_plane.py | 1502 +++ runtime/memory-api/tmcra_service/costing.py | 254 + .../tmcra_service/diagnostic_log.py | 308 + .../memory-api/tmcra_service/evidence_view.py | 422 + .../tmcra_service/feedback_effects.py | 69 + .../memory-api/tmcra_service/gpu_capacity.py | 96 + .../memory-api/tmcra_service/gpu_scheduler.py | 710 ++ .../tmcra_service/graph_projection.py | 1561 +++ runtime/memory-api/tmcra_service/health.py | 88 + .../tmcra_service/health_monitor.py | 413 + runtime/memory-api/tmcra_service/jobs.py | 2712 +++++ .../tmcra_service/local_deployment.py | 390 + .../tmcra_service/narrative_graph.py | 366 + .../tmcra_service/native_harness.py | 207 + .../tmcra_service/personal_knowledge.py | 837 ++ runtime/memory-api/tmcra_service/planner.py | 376 + .../tmcra_service/planner_provider.py | 100 + .../memory-api/tmcra_service/provider_pool.py | 700 ++ .../tmcra_service/qwen36_planner_adapter.py | 302 + .../tmcra_service/qwen36_writer_adapter.py | 284 + .../memory-api/tmcra_service/rate_limit.py | 116 + .../memory-api/tmcra_service/recall_pool.py | 1519 +++ runtime/memory-api/tmcra_service/routing.py | 44 + runtime/memory-api/tmcra_service/runtime.py | 4963 +++++++++ .../memory-api/tmcra_service/session_graph.py | 6346 ++++++++++++ runtime/memory-api/tmcra_service/settings.py | 748 ++ .../memory-api/tmcra_service/shared_core.py | 71 + .../tmcra_service/shared_core_manifest.json | 91 + .../memory-api/tmcra_service/staff_runtime.py | 465 + runtime/memory-api/tmcra_service/startup.py | 918 ++ .../tmcra_service/subject_attribution.py | 418 + .../memory-api/tmcra_service/supervisor.py | 299 + .../tmcra_service/usage_attribution.py | 169 + .../tmcra_service/user_provider_client.py | 237 + .../tmcra_service/user_provider_slow_graph.py | 276 + .../tmcra_service/user_provider_tasks.py | 688 ++ .../memory-api/tmcra_service/visual_atlas.py | 2524 +++++ runtime/memory-api/tmcra_service/writer.py | 1813 ++++ .../tmcra_service/writer_context.py | 112 + .../memory-api/tmcra_service/writer_daemon.py | 380 + .../memory-api/tmcra_service/writer_pool.py | 635 ++ .../tmcra_service/writer_provider.py | 334 + runtime/memory-api/tmcra_v2_lme_pipeline.py | 10 + runtime/memory-api/tmcra_v3_online_runtime.py | 2478 +++++ runtime/memory-api/tmcra_v3_product_writer.py | 3276 ++++++ runtime/memory-api/tmcra_v3_recall_planner.py | 404 + runtime/memory-api/tmcra_v3_reranker.py | 1011 ++ runtime/memory-api/tmcra_v3_schema.py | 168 + runtime/memory-api/tmcra_v3_slow_graph.py | 2143 ++++ runtime/memory-api/tmcra_v4_batch_writer.py | 6402 ++++++++++++ runtime/memory-api/tmcra_v4_cost_report.py | 562 + .../tmcra_v4_evidence_operations.py | 1083 ++ .../memory-api/tmcra_v4_evidence_planner.py | 580 ++ runtime/memory-api/tmcra_v4_online_runtime.py | 4135 ++++++++ runtime/memory-api/tmcra_v4_recall_planner.py | 367 + runtime/memory-api/tmcra_v4_route_policy.py | 553 + runtime/memory-api/tmcra_v4_slow_graph.py | 8165 +++++++++++++++ runtime/memory-api/tmcra_v4_task_contract.py | 641 ++ .../memory-api/tmcra_v4_typed_semantics.py | 674 ++ .../memory-api/tmp_tmcra_v2_lme_pipeline.py | 979 ++ scripts/build_release.ps1 | 53 +- scripts/device_login.mjs | 4 +- scripts/drain_outbox.mjs | 4 + scripts/install.ps1 | 14 +- scripts/local_binding.d.mts | 3 + scripts/local_binding.mjs | 32 + scripts/local_deployment.mjs | 110 + scripts/local_setup.mjs | 11 + scripts/mcp_server.mjs | 95 +- scripts/memory_center.mjs | 151 + scripts/memory_controls.mjs | 206 + scripts/provider_config.mjs | 19 +- scripts/provider_executor.mjs | 3 + scripts/smoke_mcp.mjs | 2 +- scripts/test_codex_e2e.mjs | 8 + scripts/tmcra_client.mjs | 59 +- skills/manage-tmcra-memory/SKILL.md | 23 +- tests/chat_confirmation_contract.mjs | 41 + tests/codex_e2e_mock.mjs | 28 +- tests/fixtures/memory_center_fixture.mjs | 81 + tests/full_local_contract.mjs | 47 + tests/live_provider_synthetic.mjs | 27 + tests/local_setup_contract.mjs | 45 + tests/memory_center_browser.mjs | 203 + tests/memory_controls_contract.mjs | 83 + 228 files changed, 142749 insertions(+), 55 deletions(-) create mode 100644 assets/tmcra-logo.png create mode 100644 docs/memory-controls.md create mode 100644 packaging/Install-Local.cmd create mode 100644 resources/local-model-profiles.json create mode 100644 resources/memory-center.html create mode 100644 resources/workspace-panels.css create mode 100644 resources/workspace-panels.js create mode 100644 runtime/LICENSE create mode 100644 runtime/memory-api/build_v3_runtime_dataset.py create mode 100644 runtime/memory-api/core/__init__.py create mode 100644 runtime/memory-api/core/advanced_renderer.py create mode 100644 runtime/memory-api/core/advanced_renderer_v2.py create mode 100644 runtime/memory-api/core/comfyui_client.py create mode 100644 runtime/memory-api/core/concept_extractor.py create mode 100644 runtime/memory-api/core/concept_graph.py create mode 100644 runtime/memory-api/core/concept_memory.py create mode 100644 runtime/memory-api/core/console.py create mode 100644 runtime/memory-api/core/default_model_paths.py create mode 100644 runtime/memory-api/core/gradio_compat.py create mode 100644 runtime/memory-api/core/gru_text_generator.py create mode 100644 runtime/memory-api/core/kb/__init__.py create mode 100644 runtime/memory-api/core/kb/conceptnet_store.py create mode 100644 runtime/memory-api/core/kb/embedding_store.py create mode 100644 runtime/memory-api/core/local_concept_extractor.py create mode 100644 runtime/memory-api/core/maze_engine.py create mode 100644 runtime/memory-api/core/multimodal_generator.py create mode 100644 runtime/memory-api/core/native_concept_extractor.py create mode 100644 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runtime/memory-api/tmcra_service/visual_atlas.py create mode 100644 runtime/memory-api/tmcra_service/writer.py create mode 100644 runtime/memory-api/tmcra_service/writer_context.py create mode 100644 runtime/memory-api/tmcra_service/writer_daemon.py create mode 100644 runtime/memory-api/tmcra_service/writer_pool.py create mode 100644 runtime/memory-api/tmcra_service/writer_provider.py create mode 100644 runtime/memory-api/tmcra_v2_lme_pipeline.py create mode 100644 runtime/memory-api/tmcra_v3_online_runtime.py create mode 100644 runtime/memory-api/tmcra_v3_product_writer.py create mode 100644 runtime/memory-api/tmcra_v3_recall_planner.py create mode 100644 runtime/memory-api/tmcra_v3_reranker.py create mode 100644 runtime/memory-api/tmcra_v3_schema.py create mode 100644 runtime/memory-api/tmcra_v3_slow_graph.py create mode 100644 runtime/memory-api/tmcra_v4_batch_writer.py create mode 100644 runtime/memory-api/tmcra_v4_cost_report.py create mode 100644 runtime/memory-api/tmcra_v4_evidence_operations.py create mode 100644 runtime/memory-api/tmcra_v4_evidence_planner.py create mode 100644 runtime/memory-api/tmcra_v4_online_runtime.py create mode 100644 runtime/memory-api/tmcra_v4_recall_planner.py create mode 100644 runtime/memory-api/tmcra_v4_route_policy.py create mode 100644 runtime/memory-api/tmcra_v4_slow_graph.py create mode 100644 runtime/memory-api/tmcra_v4_task_contract.py create mode 100644 runtime/memory-api/tmcra_v4_typed_semantics.py create mode 100644 runtime/memory-api/tmp_tmcra_v2_lme_pipeline.py create mode 100644 scripts/local_binding.d.mts create mode 100644 scripts/local_binding.mjs create mode 100644 scripts/local_deployment.mjs create mode 100644 scripts/local_setup.mjs create mode 100644 scripts/memory_center.mjs create mode 100644 scripts/memory_controls.mjs create mode 100644 tests/chat_confirmation_contract.mjs create mode 100644 tests/fixtures/memory_center_fixture.mjs create mode 100644 tests/full_local_contract.mjs create mode 100644 tests/live_provider_synthetic.mjs create mode 100644 tests/local_setup_contract.mjs create mode 100644 tests/memory_center_browser.mjs create mode 100644 tests/memory_controls_contract.mjs diff --git a/.claude-plugin/plugin.json b/.claude-plugin/plugin.json index 1fef203..4704048 100644 --- a/.claude-plugin/plugin.json +++ b/.claude-plugin/plugin.json @@ -2,7 +2,7 @@ "$schema": "https://json.schemastore.org/claude-code-plugin-manifest.json", "name": "tmcra-memory", "displayName": "TMCRA Memory", - "version": "0.3.0-rc.10+claude.20260904", + "version": "1.0.0-rc.1+claude.20260906", "description": "Auditable long-term memory recall and turn capture for Claude Code.", "author": { "name": "TMCRA", diff --git a/.codex-plugin/plugin.json b/.codex-plugin/plugin.json index 44bb695..4cf5bbc 100644 --- a/.codex-plugin/plugin.json +++ b/.codex-plugin/plugin.json @@ -1,6 +1,6 @@ { "name": "tmcra-memory", - "version": "0.3.0-rc.10", + "version": "1.0.0-rc.1", "description": "Automatic long-term memory recall and capture for Codex.", "author": { "name": "TMCRA", @@ -29,10 +29,7 @@ ], "defaultPrompt": [ "Show the TMCRA memories that were injected for my latest completed answer.", - "Show which TMCRA memories are relevant to this task.", - "Remember this decision for future coding sessions.", - "Check whether the latest TMCRA memory write completed.", - "Show TMCRA installation and lifecycle status.", + "Open the memory control panel for this session.", "Open TMCRA local Writer and background-organizer settings." ], "brandColor": "#49E5C2", diff --git a/.gitattributes b/.gitattributes index d0d6371..e1dd794 100644 --- a/.gitattributes +++ b/.gitattributes @@ -1,2 +1,4 @@ * text=auto eol=lf *.png binary +*.pt binary +runtime/** linguist-vendored -whitespace diff --git a/.gitignore b/.gitignore index 723b146..8bc79ff 100644 --- a/.gitignore +++ b/.gitignore @@ -10,3 +10,6 @@ Thumbs.db .tmcra/ scanner-report.* release/ +test-artifacts/ +__pycache__/ +*.py[cod] diff --git a/CHANGELOG.md b/CHANGELOG.md index df2b2f5..b3b5770 100644 --- a/CHANGELOG.md +++ b/CHANGELOG.md @@ -1,5 +1,14 @@ # Changelog +## 1.0.0-rc.1 - 2026-09-06 + +- Add the redesigned memory workspace, local Writer/organizer settings, knowledge and graph views, session controls, task continuity, and bounded recall budgets. +- Require interactive host confirmation for conversational memory corrections; protect the correction discussion from automatic capture and replay. +- Add three pinned embedding/reranker profiles and Windows local-runtime preview controls. Local identity disables inherited cloud-provider task handoff. +- Preserve binary image bytes in release ZIPs and verify packaged assets against their sources. +- Bundle the verified backend, automatic private Python bootstrap and shared local identity discovery. `Install-Local.cmd` installs without TMCRA servers/accounts. Runtime files survive plugin-cache updates; stale cloud connections are blocked after local selection. +- Full-local acceptance remains partial: CPU ingest/raw recall passed; complex compilation timed out, with organizer and restart recovery still pending. Production is unchanged. + ## 0.3.0-rc.10 - 2026-09-04 - Include the icon and overview image referenced by the Codex marketplace manifest in every release archive. diff --git a/README.md b/README.md index e33d03e..78ebee4 100644 --- a/README.md +++ b/README.md @@ -1,13 +1,15 @@ # TMCRA Memory for Codex -TMCRA Memory adds automatic long-term memory to Codex through the public TMCRA API. It does not require access to the TMCRA server. +TMCRA Memory adds automatic long-term memory to Codex through a local Memory API or the hosted TMCRA service. Windows local installation runs independently of TMCRA servers and accounts. This repository is the standalone distribution mirror of the plugin maintained in the [TMCRA monorepo](https://github.com/reshuibuduo/tmcra/tree/main/07-tmcra-codex-plugins/tmcra-memory). Download the versioned ZIP and its SHA-256 file from [GitHub Releases](https://github.com/reshuibuduo/tmcra-plugin-codex/releases). ## What it does +Version 1.0.0-rc.1 adds session controls, task handoff, bounded evidence selection and a loopback memory control panel. See [the control contract and rollout checklist](docs/memory-controls.md). `tmcra_open_memory_center(session_id, project_path)` opens the panel; `tmcra_memory_control` exposes the same actions to explicit tools. Effective source corrections require the matching backend update, included in the local runtime. + - Initializes the global/project scope at `SessionStart` without recalling or injecting memory. -- Recalls relevant global and project memory only after `UserPromptSubmit`, using the current prompt as the query. +- Recalls relevant global and project memory after `UserPromptSubmit`; short continuations use the bound task objective and observed progress. - Includes both user records (requirements and facts) and assistant records (Codex work progress and results) in recall, while keeping their actor and provenance labels separate. - Applies authority in this order: current user instruction, historical user requirements/facts, then historical Codex progress/results. Assistant records never become user statements. - Captures the completed user/assistant turn at `Stop`. @@ -25,6 +27,12 @@ Codex Hooks do not expose a third-party custom side panel. The explicit inspecti ## Windows installation +For server-independent installation, extract the release ZIP and double-click **`Install-Local.cmd`**. It registers the plugin, installs a private Python runtime, downloads verified model files, creates a local identity, and starts the local memory service. No TMCRA account, API key or preinstalled Python is required. First-time dependency/model downloads require internet access. Restart Codex and review its nine Hooks when prompted; host consent remains yours. Windows x64 is supported; the light profile needs 16 GB RAM and approximately 6.3 GiB free at startup. + +For the hosted service, use the account-based installer below. + +Marketplace users can ask “Open TMCRA local installation”; `tmcra_open_local_install` opens the same workspace without login. Downloads begin after the user chooses and confirms a profile in the page. + Download the versioned release ZIP, verify the adjacent SHA-256 file, extract it to a stable local directory, then run: ```powershell @@ -90,6 +98,14 @@ This is a repository snapshot, not reconstructed conversation history. ## Configuration +### Full-local Windows preview + +The workspace offers three pinned embedding/reranker profiles: E5-small + multilingual MiniLM, BGE-M3 + BGE-reranker-v2-m3, and Qwen3-Embedding-4B + Qwen3-Reranker-0.6B. + +The release and marketplace packages include the actual backend with a SHA-256 inventory. Use `Install-Local.cmd`, or run `node scripts/local_setup.mjs` from the plugin directory to open the installation page without login. Python and model files are downloaded automatically. The installer registers a private local selection; Codex, DSH and generic TMCRA MCP discover it after restarting their host. Existing cloud credentials remain stored, while stale cloud memory connections and background model requests are blocked after local selection. Failed setup keeps this local selection. Advanced `TMCRA_CONFIG_FILE` overrides must be cleared before automatic installation. A standalone [runtime package](https://github.com/reshuibuduo/tmcra/releases/tag/v1.0.0-rc.1) serves other MCP hosts. + +Acceptance is partial: synthetic CPU ingest took 112 seconds and raw recall 0.52 seconds; complex compilation timed out at 600 seconds. Organizer and full-service restart recovery remain unverified. Lightweight startup requires approximately 6.3 GiB free memory. See the [acceptance record](https://github.com/reshuibuduo/tmcra/blob/v1.0.0-rc.1/docs/LOCAL_DEPLOYMENT_PREVIEW.zh-CN.md). A cloud-hosted agent can still send recalled evidence to its own model provider. + ### Local Writer and background organizer Ask Codex **“Open TMCRA local model settings”** to open the setup page. The MCP response contains no credential value or setup-session token. The page is served from a temporary random-token session bound to `127.0.0.1`, and it supports separate Writer and background-organizer providers or one shared provider. diff --git a/README.zh-CN.md b/README.zh-CN.md index 524b9da..d4de4f9 100644 --- a/README.zh-CN.md +++ b/README.zh-CN.md @@ -1,9 +1,23 @@ # TMCRA Memory for Codex -TMCRA Memory 通过公开 TMCRA API 为 Codex 提供自动长期记忆。普通用户无需服务器权限，也无需复制 API Key。此仓库是 [TMCRA 主仓库](https://github.com/reshuibuduo/tmcra/tree/main/07-tmcra-codex-plugins/tmcra-memory)中插件源码的独立发行镜像。 +TMCRA Memory 通过本机 Memory API 或 TMCRA 托管服务为 Codex 提供自动长期记忆。Windows 本地安装独立于 TMCRA 服务器和账号。此仓库是 [TMCRA 主仓库](https://github.com/reshuibuduo/tmcra/tree/main/07-tmcra-codex-plugins/tmcra-memory)中插件源码的独立发行镜像。 [English](README.md) +## 1.0.0-rc.1 新增记忆控制 + +- 任务接续：短句“继续”使用当前绑定目标、最近结果和下一步；多个候选任务会要求明确选择。 +- 可操作控制台：调用 `tmcra_open_memory_center`，传当前 `session_id` 和 `project_path`，可以查看任务、来源、写入状态，执行纠错、忽略与恢复。 +- 统一工作台：集成记忆写入 / 后台整理 API 配置、知识库和知识图谱，支持来源追溯与范围筛选；密钥只在本机表单输入，保存后不回显。 +- 聊天纠错：识别真实纠错意图后先暂停当前回合自动写入，核对来源与新内容，再请求宿主聊天确认。拒绝、取消、过期和缺少确认能力均不提交。 +- 会话开关：`normal` 正常读写、`recall_only` 仅召回、`off` 关闭；恢复后不会补写关闭期间的回合。已经提交的远端写入不受此开关撤回。 +- 召回预算：默认每轮 12000 字符，按完整证据块裁选；只对本轮重复和仍在宿主上下文中的相同证据去重。Token 用量为估计值。 +- 有效纠错：需要同步部署服务端反馈接口更新。旧来源的召回会立即受控，新内容独立可搜索需要等待返回的索引任务完成。 + +任务与会话控制状态按服务地址、凭据指纹和项目隔离。切换登录凭据会创建独立的本机任务状态；跨应用已提交的长期记忆继续通过同一服务端项目 scope 共享。`TMCRA_MEMORY_STATE_DIR` 可显式指定多个本机适配器共用的状态目录。API Key 不会写入这个状态目录。 + +新增功能和部署验收说明见 [memory-controls.md](docs/memory-controls.md)。 + ## 核心能力 - `SessionStart` 初始化全局、项目和会话边界。 @@ -18,6 +32,12 @@ TMCRA Memory 通过公开 TMCRA API 为 Codex 提供自动长期记忆。普通 ## 安装 +**脱离 TMCRA 服务器：**下载 Release ZIP 并解压，双击 `Install-Local.cmd`。安装器自动注册插件、准备独立 Python、下载并校验模型、生成本机身份并启动记忆服务，无需 TMCRA 账号、API Key 或预装 Python。首次下载需要联网。完成后重启 Codex，并由你审核九项 Hook。当前支持 Windows x64；轻量档建议 16GB 内存，启动时约需 6.3GiB 空闲内存。 + +托管服务账号模式使用下面的安装方式。 + +从插件市场安装的用户，可直接说“打开 TMCRA 本地安装”，调用 `tmcra_open_local_install` 免账号打开同一工作台。选好档位并在页面确认后才开始下载安装。 + 从 [GitHub Releases](https://github.com/reshuibuduo/tmcra-plugin-codex/releases) 下载带版本号的 ZIP 和对应 SHA-256 文件。校验后解压到稳定目录。 Windows： @@ -44,6 +64,16 @@ sh ./install.sh ## 本地 Writer 与后台整理模型 +### 完整本地部署预览 + +工作台新增三档 embedding / reranker：E5-small + 多语言 MiniLM、BGE-M3 + BGE-reranker-v2-m3、Qwen3-Embedding-4B + Qwen3-Reranker-0.6B，以及安装、推荐、状态和启动/停止入口。 + +Release 和市场插件包均内置真实后端及 SHA-256 清单。使用 `Install-Local.cmd`，或在插件目录运行 `node scripts/local_setup.mjs`，即可免登录打开安装页。Python 与模型自动下载，身份自动生成并登记；重启宿主后 Codex、DSH 和通用 TMCRA MCP 自动发现本地连接。选择本地后，旧云端连接和后台云模型请求会被拦截；安装失败保留本地选择。原云端凭据保留在原位置。高级用户先清除显式 `TMCRA_CONFIG_FILE` 覆盖再进行自动安装。其他 MCP 宿主可使用[独立运行包](https://github.com/reshuibuduo/tmcra/releases/tag/v1.0.0-rc.1)。 + +完整验收仍在进行：CPU 合成写入 112 秒、原文召回 0.52 秒；复杂编译 600 秒超时，后台整理和完整重启恢复待测。轻量启动需约 6.3GiB 空闲内存。详见[验收记录](https://github.com/reshuibuduo/tmcra/blob/v1.0.0-rc.1/docs/LOCAL_DEPLOYMENT_PREVIEW.zh-CN.md)。宿主 Agent 使用云端主模型时，召回证据仍可能由宿主发往云端。 + +### 配置独立模型 API + 在 Codex 中输入“打开 TMCRA 本地模型设置”即可打开配置页。MCP 返回结果不含 API Key 和页面会话令牌。配置页只监听 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z*28YX)0i79rSJgL&AtmpuODoX9go_`tl-3Y-!q4Inc#U zFO67SBulfg9R@JDS_p!!BE=}qj|2)yttaiyvTYQo95?qRfC`V#+Nj2r$laRC{iyI zsp4*dPz|CMzAED1$n7{IeMY>;S5T8!`$ zG&BWKBwR_{TTE#7BShL3)D*NN1g=5R61fQteT7;ba*PJI%6{+3QMlf7j_02HynmkO z@#S3_L)GTG>NrZyRuQ%1sGV8%(3GGMHNI05=v=>8@ zgkw%NK6;7f0Y#oro9tb1VBjf&Wu>$yrzKCniw2UCe%fBVlGSEr8_K#FMRqmxh0uf2Lt3zE^I8_FtlDkYUu1>ss{YjBP09-axUiqN-^~nh@Nn2U46X2l6b@4d# z&wx|DbbXSt;NCV@Lb2o 1) blocks.unshift(`Multiple active tasks; ask which task to continue:\n${JSON.stringify(continuation.candidates)}`); const successfulLayers = [globalMemory, projectMemory] .filter((layer) => layer.status === "success"); const failedLayers = [globalMemory, projectMemory] @@ -430,8 +440,7 @@ export async function recallForContext(input, query) { : failedLayers.length === 0 ? "completed" : "degraded"; - const sessionId = await resolveLifecycleSessionId(input); - await saveRecallReceipt({ + if (await mayWrite(policy)) await saveRecallReceipt({ projectId: scopes.projectId, sessionId, turnId: pairingTurnId(input), @@ -443,6 +452,7 @@ export async function recallForContext(input, query) { requestId: globalMemory.requestId, count: globalMemory.windowCount, content: globalMemory.content, + sources: globalMemory.sources, }, project: { status: projectMemory.status, @@ -450,8 +460,11 @@ export async function recallForContext(input, query) { requestId: projectMemory.requestId, count: projectMemory.windowCount, content: projectMemory.content, + sources: projectMemory.sources, }, }); + await recordMemoryActivity(policy, { kind: "recall", query: safeQuery, selection, + layers: [globalMemory, projectMemory] }); await appendLog(`recall_${status}`, { host, lifecycleContractVersion: LIFECYCLE_CONTRACT_VERSION, @@ -479,14 +492,26 @@ export async function recallForContext(input, query) { }; } +function visibleMemoryContext(messages) { + if (!Array.isArray(messages)) return ""; + return messages.filter((row) => ["user", "assistant", "system"].includes(row.role)) + .map((row) => typeof row.content === "string" ? row.content + : Array.isArray(row.content) ? row.content.map((part) => part.text || "").join("\n") : "") + .join("\n"); +} + export async function rememberPrompt(input) { const prompt = bounded(input.prompt); if (!prompt) return null; - const { scopes, host } = await resolveHookContext(input); + const { config, scopes, host } = await resolveHookContext(input); const sessionId = await resolveLifecycleSessionId(input); + let capture = await memoryPolicy(controlKey(config, scopes.projectScope), sessionId); + if (!capture.write) return null; + const continuation = await taskContext(capture.key, sessionId, prompt, { capture }); let value; await withTaskStateLock(sessionId, async () => { const turnId = await allocatePendingTurnId(sessionId, pairingTurnId(input), input); + capture = await beginMemoryTurn(capture.key, sessionId, turnId); value = { host, sessionId, @@ -497,6 +522,7 @@ export async function rememberPrompt(input) { promptAt: new Date().toISOString(), cwd: String(input.cwd || ""), scopes, + capture, }; await savePendingTurn(value); await registerPendingTurn(value); @@ -518,7 +544,8 @@ export async function rememberPrompt(input) { } : { host, activeTurnId: value.turnId, - objective: prompt, + objective: continuation.task?.objective || prompt, + capture, objectiveAt: value.promptAt, cwd: value.cwd, scopes, @@ -591,6 +618,7 @@ function taskHandoff(objective, progress, checkpoint) { } async function queueTaskCheckpoint(sessionId, state, checkpoint) { + if (state.capture && !await mayWrite(state.capture)) return null; const host = state.host || "codex"; const normalizedSessionId = stableSessionId(host, sessionId); const isFinalCheckpoint = checkpoint.reason.startsWith("pre_compact_") || @@ -640,6 +668,7 @@ async function queueTaskCheckpoint(sessionId, state, checkpoint) { pluginVersion: PLUGIN_VERSION, lifecycleContractVersion: LIFECYCLE_CONTRACT_VERSION, projectId: state.scopes.projectId, + capture: state.capture, scope, sessionId: normalizedSessionId, messages, @@ -663,6 +692,7 @@ export async function checkpointTaskContinuity( return withTaskStateLock(sessionId, async () => { const state = await loadTaskState(sessionId); if (!state) return null; + if (state.capture && !await mayWrite(state.capture)) return null; const events = await listTaskEvents(sessionId); const previous = await loadTaskCheckpoint(sessionId); if (!force && !shouldCheckpointTask(state, events)) return null; @@ -713,6 +743,7 @@ export async function recordToolUse(input) { const sessionId = await resolveLifecycleSessionId(input); const state = await loadTaskState(sessionId); if (!state) return null; + if (state.capture && !await mayWrite(state.capture)) return null; const toolName = bounded(input.tool_name || input.tool || "tool", 200); if (/tmcra(?:-|_)?memory|^tmcra_/iu.test(toolName)) return null; const event = await appendTaskEvent(sessionId, { @@ -750,6 +781,8 @@ export async function resumeTaskContinuity(input) { const sessionId = await resolveLifecycleSessionId(input); let state = await loadTaskState(sessionId); if (!state) return ""; + const { config, scopes } = await resolveHookContext(input); + if (!(await memoryPolicy(controlKey(config, scopes.projectScope), sessionId)).read) return ""; let checkpoint = await loadTaskCheckpoint(sessionId); const pendingEvents = await listTaskEvents(sessionId); if (pendingEvents.length || !checkpoint) { @@ -826,6 +859,11 @@ export async function ingestCompletedTurn(input) { return null; } const pending = await loadPendingTurn(sessionId, turnId); + if (pending?.capture && !await mayWrite(pending.capture)) { + await removePendingTurn(sessionId, turnId); + await removePendingIndexEntry(sessionId, turnId); + return { skipped: true, reason: "memory_mode_changed" }; + } const assistant = bounded(input.last_assistant_message); if (!pending || !assistant) { await appendLog("ingest_skipped", { @@ -889,6 +927,7 @@ export async function ingestCompletedTurn(input) { pluginVersion: PLUGIN_VERSION, projectId: pending.scopes.projectId, scope, + capture: pending.capture, sessionId: normalizedSessionId, messages, metadata, @@ -916,6 +955,10 @@ export async function ingestCompletedTurn(input) { } await removePendingTurn(sessionId, turnId); await removePendingIndexEntry(sessionId, turnId); + if (pending.capture) { + await finishObservedTurn(pending.capture, pending.prompt, assistant); + await recordMemoryActivity(pending.capture, { kind: "write", state: "queued", outboxId: queued.outboxId }); + } await appendLog("ingest_queued", { host, pluginVersion: PLUGIN_VERSION, diff --git a/package-lock.json b/package-lock.json index 415c2ca..0e93c2f 100644 --- a/package-lock.json +++ b/package-lock.json @@ -1,12 +1,12 @@ { "name": "tmcra-memory-codex-plugin", - "version": "0.3.0-rc.10", + "version": "1.0.0-rc.1", "lockfileVersion": 3, "requires": true, "packages": { "": { "name": "tmcra-memory-codex-plugin", - "version": "0.3.0-rc.10", + "version": "1.0.0-rc.1", "license": "Apache-2.0", "engines": { "node": ">=18.0.0" diff --git a/package.json b/package.json index a9ee360..b395e0c 100644 --- a/package.json +++ b/package.json @@ -1,6 +1,6 @@ { "name": "tmcra-memory-codex-plugin", - "version": "0.3.0-rc.10", + "version": "1.0.0-rc.1", "private": true, "description": "Automatic TMCRA long-term memory for Codex and Claude Code", "type": "module", diff --git a/packaging/INSTALL-TMCRA-CODEX.md b/packaging/INSTALL-TMCRA-CODEX.md index e636cff..ae52443 100644 --- a/packaging/INSTALL-TMCRA-CODEX.md +++ b/packaging/INSTALL-TMCRA-CODEX.md @@ -1,5 +1,13 @@ # TMCRA Memory for Codex +## 独立本地安装 / Server-independent installation + +Windows x64：解压后双击 `Install-Local.cmd`。自动安装 Python、依赖、校验后的模型和本机 Memory API，自动生成私有本地身份。无需 TMCRA 账号、服务器或预装 Python；首次下载需联网。完成后重启 Codex，并由用户审核九项 Hook。轻量档建议 16GB 内存且启动时约 6.3GiB 空闲。完整模型验收仍有限制，详见插件 README 的本地部署章节。 + +On Windows x64, double-click `Install-Local.cmd` after extracting the entire archive. Setup automatically prepares private Python, verified models and the Memory API, with local identity discovery. No TMCRA server, account or preinstalled Python is required. Internet is needed for first-time downloads. Restart Codex and personally review all nine Hooks. See the bundled README for resource requirements and partial model acceptance results. + +## 托管服务 / Hosted service + 保留解压后的 `.agents`、`plugins` 和根目录安装脚本，然后在解压目录中运行： ```powershell diff --git a/packaging/Install-Local.cmd b/packaging/Install-Local.cmd new file mode 100644 index 0000000..6963f88 --- /dev/null +++ b/packaging/Install-Local.cmd @@ -0,0 +1,3 @@ +@echo off +powershell.exe -NoProfile -ExecutionPolicy Bypass -File "%~dp0Install-TMCRA.ps1" -LocalMemory +if errorlevel 1 pause diff --git a/packaging/Install-TMCRA.ps1 b/packaging/Install-TMCRA.ps1 index 5dd2999..d298f42 100644 --- a/packaging/Install-TMCRA.ps1 +++ b/packaging/Install-TMCRA.ps1 @@ -9,7 +9,9 @@ param( [switch]$SkipPluginInstall, [switch]$NoBrowser, [switch]$ProgressJson, - [switch]$ApiOnlyCheck + [switch]$ApiOnlyCheck, + [switch]$LocalMemory, + [ValidateSet('lite-cpu','balanced-bge','quality-qwen')][string]$LocalProfile = 'lite-cpu' ) $ErrorActionPreference = "Stop" diff --git a/resources/local-model-profiles.json b/resources/local-model-profiles.json new file mode 100644 index 0000000..460605c --- /dev/null +++ b/resources/local-model-profiles.json @@ -0,0 +1,132 @@ +{ + "schema_version": "tmcra.local-model-profiles.1", + "verified_upstream_on": "2026-09-06", + "status": "windows_local_preview_partial_validation", + "installation_enabled": true, + "scope": "full_local_runtime_preview", + "full_memory_system_ready": false, + "hardware_requirements_are": "conservative_planning_estimates_not_benchmark_results", + "profiles": [ + { + "id": "lite-cpu", + "name_zh": "轻量版", + "recommendation_zh": "普通笔记本、无独显电脑；中英文短记忆，低并发", + "validation": "cpu_ingest_and_raw_recall_passed_complex_compile_timed_out", + "system_ram_gib_min": 8, + "system_ram_gib_recommended_for_full_memory": 16, + "retrieval_vram_gib_recommended": 0, + "weights_bytes": 941234298, + "embedding": { + "repo_id": "intfloat/multilingual-e5-small", + "revision": "614241f622f53c4eeff9890bdc4f31cfecc418b3", + "license": "MIT", + "upstream": "https://huggingface.co/intfloat/multilingual-e5-small", + "weights": [{"file": "model.safetensors", "bytes": 470641600, "sha256": "1a55775f53449dac10a2bcbc312469fac40b96d53198c407081a831f81c98477"}], + "dimensions": 384, + "model_max_tokens": 512, + "pooling": "mean", + "normalize": true, + "query_prefix": "query: ", + "document_prefix": "passage: ", + "padding_side": "right" + }, + "reranker": { + "repo_id": "cross-encoder/mmarco-mMiniLMv2-L12-H384-v1", + "revision": "1427fd652930e4ba29e8149678df786c240d8825", + "license": "Apache-2.0", + "upstream": "https://huggingface.co/cross-encoder/mmarco-mMiniLMv2-L12-H384-v1", + "weights": [{"file": "model.safetensors", "bytes": 470592698, "sha256": "5daeca2481a76b5976a2bdc32f0a78532b6716da4f8cd3ff59460ef8d2f359b4"}], + "adapter": "sequence-classification", + "model_max_tokens": 512, + "tmcra_fusion_checkpoint_compatible": false + }, + "required_work": ["memory_pressure_retest", "complex_compile_latency", "organizer_validation", "full_service_restart_validation"] + }, + { + "id": "balanced-bge", + "name_zh": "均衡版", + "recommendation_zh": "优先复现现有生产检索模型；16GB 以上内存，建议有独显", + "validation": "production_model_stack_verified_consumer_installer_pending", + "system_ram_gib_min": 16, + "system_ram_gib_recommended_for_full_memory": 32, + "retrieval_vram_gib_recommended": 6, + "weights_bytes": 4542217682, + "embedding": { + "repo_id": "BAAI/bge-m3", + "revision": "5617a9f61b028005a4858fdac845db406aefb181", + "license": "MIT", + "upstream": "https://huggingface.co/BAAI/bge-m3", + "weights": [{"file": "pytorch_model.bin", "bytes": 2271145830, "sha256": "b5e0ce3470abf5ef3831aa1bd5553b486803e83251590ab7ff35a117cf6aad38"}], + "dimensions": 1024, + "model_max_tokens": 8192, + "pooling": "cls", + "normalize": true, + "query_prefix": "", + "document_prefix": "", + "padding_side": "right" + }, + "reranker": { + "repo_id": "BAAI/bge-reranker-v2-m3", + "revision": "953dc6f6f85a1b2dbfca4c34a2796e7dde08d41e", + "license": "Apache-2.0", + "upstream": "https://huggingface.co/BAAI/bge-reranker-v2-m3", + "weights": [{"file": "model.safetensors", "bytes": 2271071852, "sha256": "d9e3e081faff1eefb84019509b2f5558fd74c1a05a2c7db22f74174fcedb5286"}], + "adapter": "sequence-classification", + "model_max_tokens": 8192, + "production_runtime_max_tokens": 1280, + "tmcra_fusion_checkpoint_compatible": true + }, + "required_work": ["single_recall_lane", "desktop_worker_and_context_budgets", "desktop_installer", "offline_end_to_end_validation"] + }, + { + "id": "quality-qwen", + "name_zh": "增强版候选", + "recommendation_zh": "32GB 以上内存、高显存电脑；长文本和跨语言检索候选，需与均衡版实测比较", + "validation": "upstream_artifacts_verified_runtime_pending", + "system_ram_gib_min": 32, + "system_ram_gib_recommended_for_full_memory": 64, + "retrieval_vram_gib_recommended": 16, + "weights_bytes": 9235180368, + "embedding": { + "repo_id": "Qwen/Qwen3-Embedding-4B", + "revision": "5cf2132abc99cad020ac570b19d031efec650f2b", + "license": "Apache-2.0", + "upstream": "https://huggingface.co/Qwen/Qwen3-Embedding-4B", + "weights": [ + {"file": "model-00001-of-00002.safetensors", "bytes": 4965826464, "sha256": "e70bfe3c970523fb7ef4eddffed2254ce3f1e7150c3de2af4342de129dd756f8"}, + {"file": "model-00002-of-00002.safetensors", "bytes": 3077765624, "sha256": "ed1b87c8e9eb7e535a1a155e4fd00d9f4dba80e58a6db48a4c9f82cede7079c1"} + ], + "dimensions": 2560, + "model_max_tokens": 32768, + "pooling": "last_token", + "normalize": true, + "query_prefix": "Instruct: Given a query about previous conversations, retrieve the relevant source passages.\nQuery: ", + "document_prefix": "", + "padding_side": "left" + }, + "reranker": { + "repo_id": "Qwen/Qwen3-Reranker-0.6B", + "revision": "e61197ed45024b0ed8a2d74b80b4d909f1255473", + "license": "Apache-2.0", + "upstream": "https://huggingface.co/Qwen/Qwen3-Reranker-0.6B", + "weights": [{"file": "model.safetensors", "bytes": 1191588280, "sha256": "27cd75a405b9c1b46b59abfd88aaa209e6fed2a1972cde9b70e7659537c5e65b"}], + "adapter": "causal-lm-yes-no", + "model_max_tokens": 32768, + "tmcra_fusion_checkpoint_compatible": false + }, + "required_work": ["qwen_yes_no_reranker_adapter", "service_variable_embedding_dimensions", "bounded_gpu_batches", "full_index_rebuild", "quality_and_latency_comparison"] + } + ], + "deployment_contract": { + "automatic_profile_switch_on_existing_index": false, + "cloud_fallback_in_full_local_mode": false, + "cloud_account_required_in_full_local_mode": false, + "generation_model_included_in_weights_bytes": false, + "model_cache_and_python_runtime_included_in_weights_bytes": false, + "required_index_identity": ["repo_id", "revision", "dimensions", "pooling", "query_prefix", "document_prefix", "normalization", "precision", "chunking_policy"], + "existing_sources_must_be_preserved": true, + "existing_indexes_must_be_rebuilt_before_activation": true, + "runtime_downloads_after_setup": false, + "readiness_requires_actual_inference": true + } +} diff --git a/resources/memory-center.html b/resources/memory-center.html new file mode 100644 index 0000000..46f5ee5 --- /dev/null +++ b/resources/memory-center.html @@ -0,0 +1,197 @@ + + + + + + +TMCRA · 记忆工作台 + + + + + +跳到主要内容 +

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工作空间/正在连接…
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+

MEMORY WORKSPACE

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+ + + + diff --git a/resources/workspace-panels.css b/resources/workspace-panels.css new file mode 100644 index 0000000..d1ea435 --- /dev/null +++ b/resources/workspace-panels.css @@ -0,0 +1,6 @@ +.workspace-toolbar{display:flex;align-items:center;gap:12px;flex-wrap:wrap;margin:0 0 22px}.workspace-toolbar input,.workspace-toolbar select,.provider-form input,.provider-form select{font:inherit;color:var(--ink);background:var(--paper);border:1px solid var(--line);border-radius:7px;padding:10px 12px;min-width:0;max-width:100%}.workspace-toolbar input{flex:1;min-width:180px}.workspace-toolbar label{font-size:12px;color:var(--muted);display:flex;gap:8px;align-items:center}.workspace-status{color:var(--muted);font-size:12px;line-height:1.8;margin:14px 0 22px}.workspace-error{padding:20px;border:1px solid #dabeb8;border-radius:9px;background:#fcf6f3;line-height:1.8;font-size:13px}.provider-grid{display:grid;grid-template-columns:1fr 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28px;padding:26px}.local-deployment>header{display:flex;align-items:center;justify-content:space-between;gap:16px}.local-model-grid{display:grid;grid-template-columns:repeat(3,minmax(0,1fr));gap:18px;margin:24px 0}.local-model-card{border:1px solid var(--line,#e4e5dd);border-radius:14px;padding:20px;display:flex;flex-direction:column;gap:10px}.local-model-card h3,.local-model-card p{margin:0}.local-model-card strong{overflow-wrap:anywhere;font-size:13px}.local-model-card small{color:var(--muted,#72766d);display:block}.local-model-card button{margin-top:auto}.local-config-path{display:block;overflow-wrap:anywhere;font-size:12px;margin-top:12px}@media(max-width:900px){.local-model-grid{grid-template-columns:1fr}.local-deployment>header{align-items:flex-start;flex-direction:column}} diff --git a/resources/workspace-panels.js b/resources/workspace-panels.js new file mode 100644 index 0000000..d78abfc --- /dev/null +++ b/resources/workspace-panels.js @@ -0,0 +1,138 @@ +'use strict'; +(() => { + const pages = new Map(); + const labels = { confirmed:'已确认',provisional:'待验证',superseded:'已更新',open:'待解决',learned:'学习知识',project:'项目知识',personal:'个人信息',user:'用户',assistant:'助手',goal:'目标',requirement:'需求',decision:'决定',action:'行动',result:'结果',problem:'问题',solution:'方案',lesson:'经验',preference:'偏好',fact:'事实',open_question:'待解决',depends_on:'依赖',resolves:'解决',updates:'更新',supersedes:'替代',contradicts:'存在矛盾',reinforces:'相互支持',derived_from:'来源于',applies_to:'应用于',related:'相关',leads_to:'推动',continues:'延续',branches:'分支',converges:'汇合',contains:'包含',parent:'上级',supports:'支持'}; + const word = (row, key) => String(row?.display?.zh?.[key] || row?.[key] || ''); + const heading = (root, eyebrow, title, description) => { const h=el('div',undefined,root,'page-head');const box=el('div',undefined,h);el('div',eyebrow,box,'eyebrow');el('h1',title,box);el('p',description,box);return h; }; + function fail(root,error,retry){root.replaceChildren();const box=el('div',undefined,root,'workspace-error');box.setAttribute('role','alert');el('p',errorText(error),box);button('重试',box,retry,{style:'btn small'});} + function field(parent,label,id,type='text'){const box=el('label',label,parent,'field');const input=el('input',undefined,box);input.id=id;input.type=type;input.autocomplete='off';input.required=type!=='password';input.setAttribute('aria-label',label);return input;} + async function localModels(root){ + const value=await api('local_deployment_status');if(!root.isConnected)return;root.replaceChildren(); + const head=el('header',undefined,root);el('h2','把记忆系统放在这台电脑',head);pill(value.ready?'本机服务已就绪':'本地部署 · 预览版',head); + el('p','向量检索、重排、记忆写入与后台整理均在本机运行。使用独立身份和数据目录，现有云端记忆保留。',root); + el('small',`${value.requirement}。检测到 ${value.ramGiB}GB 内存；推荐基于容量估算。`,root); + if(value.missing)el('p',value.missing,root,'workspace-status'); + const grid=el('div',undefined,root,'local-model-grid');const busy=['installing','starting'].includes(value.operation.state); + for(const profile of value.profiles){ + const card=el('article',undefined,grid,'local-model-card');const recommended=profile.id===value.recommendedProfile; + if(recommended)pill('本机推荐',card);el('h3',profile.name_zh,card);el('p',profile.recommendation_zh,card); + el('strong',profile.embedding.repo_id.split('/').pop(),card);el('small',`Embedding · ${profile.embedding.dimensions} 维`,card); + el('strong',profile.reranker.repo_id.split('/').pop(),card);el('small','Reranker · 检索结果重排',card); + el('p',`检索权重约 ${(profile.weights_bytes/1e9).toFixed(2)}GB · 完整系统建议 ${profile.system_ram_gib_recommended_for_full_memory}GB 内存`,card); + el('small',`${profile.embedding.license} / ${profile.reranker.license}；生成模型另需约 2.50GB。`,card); + if(profile.id!=='lite-cpu')el('small','此档位尚待对应硬件的完整实测。',card); + else el('small','CPU 写入和原文召回已测；复杂编译与后台整理尚待验收。',card); + button(value.installedProfile===profile.id?'重新准备此档位':'一键安装',card,()=>openEditor({kind:'confirm',title:`安装${profile.name_zh}？`, + note:`首次安装会下载检索权重、2.50GB 生成模型和 Python 运行环境，保存在 ${value.dataRoot}。将自动切换到本机记忆，无需 TMCRA 账号和服务器。原云端配置与记忆保留；安装失败时保持本地模式。完成后重启宿主即可自动接入。此版本支持 Windows x64。`, + confirm:'确认下载并安装',save:async()=>{await api('local_deployment_install',{profile:profile.id});await localModels(root);}}), + {style:recommended?'btn primary':'btn',disabled:!value.available||busy||value.running||value.ramGiBlocalModels(root),{style:'btn small',symbol:'refresh'}); + if(value.installedProfile&&!value.running)button('启动本地服务',actions,async()=>{await api('local_deployment_start');await localModels(root);},{style:'btn small',disabled:busy||!value.available}); + if(value.running)button('停止本地服务',actions,()=>openEditor({kind:'confirm',title:'停止本地记忆服务？',note:'本机写入与召回将暂停，模型和已保存的记忆保留。',confirm:'停止服务',save:async()=>{await api('local_deployment_stop');await localModels(root);}}),{style:'btn small'}); + if(value.connectionConfig){el('p','独立本地身份已生成并自动选用。重启宿主后即可接入，无需填写账号或 API Key。',root);const path=el('code',value.connectionConfig,root,'local-config-path');} + if(busy&&!value.ready)setTimeout(()=>{if(root.isConnected&&!$('page-providers').hidden)void localModels(root).catch(error=>fail(root,error,()=>localModels(root)));},4000); + } + async function providers(root){ + const current=await api('providers_read');root.replaceChildren(); + heading(root,'MODELS, ON YOUR TERMS','模型配置','为记忆写入与后台整理分别选择 API，密钥保存在本机。'); + const local=el('section',undefined,root,'panel local-deployment'); + void localModels(local).catch(error=>fail(local,error,()=>localModels(local))); + const form=el('form',undefined,root,'provider-form');form.autocomplete='off'; + const grid=el('div',undefined,form,'provider-grid');const stages={};let dirty=false; + for(const stage of ['writer','organizer']){ + const card=el('section',undefined,grid,'panel provider-stage');const header=el('header',undefined,card); + el('h2',stage==='writer'?'记忆写入':'后台整理',header);pill(stage==='writer'?'WRITER':'ORGANIZER',header); + el('p',stage==='writer'?'从对话中提取记忆，保存事实与来源。':'整理已有记忆、更新长期关系，支持独立配置模型。',card); + let inherit; + if(stage==='organizer'){const label=el('label',undefined,card,'inherit-label');inherit=el('input',undefined,label);inherit.type='checkbox';inherit.id='provider-inherit';inherit.checked=current.organizer?.inheritWriter!==false;el('span','沿用记忆写入的 API 和模型',label);} + const fields=el('div',undefined,card);const providerLabel=el('label','接口类型',fields,'field');const provider=el('select',undefined,providerLabel);provider.id=stage+'-provider';provider.setAttribute('aria-label',stage+' 接口类型'); + for(const [value,name] of [['openai-compatible','OpenAI 兼容接口'],['deepseek','DeepSeek'],['local-openai-compatible','本机兼容接口']]){const o=el('option',name,provider);o.value=value;} + const base=field(fields,'API 地址',stage+'-base');base.placeholder='https://provider.example/v1'; + const model=field(fields,'模型名称',stage+'-model');model.placeholder='填写服务商提供的模型 ID'; + const key=field(fields,'API Key',stage+'-key','password');key.placeholder=current[stage]?.credentialPresent?'密钥已保存；留空保留':'仅保存在当前电脑';key.autocomplete='new-password'; + el('small','切换 API 地址后，需要重新填写该接口的密钥。',fields); + const old=current[stage]||{};provider.value=old.provider||'openai-compatible';base.value=old.baseUrl||'';model.value=old.model||''; + const actions=el('div',undefined,card,'provider-actions');const status=el('p',undefined,card,'provider-test');status.id=stage+'-test-result';status.setAttribute('role','status'); + button('测试推理',actions,async()=>{if(!form.reportValidity())return;status.textContent='正在使用虚构样本测试，不会发送真实记忆…';try{const result=await api('providers_test',{stage,config:payload()});status.textContent=`测试通过 · ${result.latencyMs} ms\n实际响应模型：${result.servedModel}\nJSON 输出校验通过；尚未执行正式记忆作业。`;}catch(error){status.textContent='测试失败：'+errorText(error);throw error;}},{symbol:'activity'}); + const clear=button('移除密钥',actions,()=>openEditor({kind:'confirm',title:'移除本机模型密钥？',note:stage==='writer'?'沿用此配置的后台整理也会失去访问凭据。':'仅移除后台整理的本机密钥。',confirm:'确认移除',save:async()=>{await api('providers_clear',{stage});dirty=false;await providers(root);}}),{style:'btn text',disabled:!old.credentialPresent||Boolean(inherit?.checked)}); + stages[stage]={provider,base,model,key,inherit,fields,clear}; + if(inherit){const update=()=>{fields.hidden=inherit.checked;fields.querySelectorAll('input,select').forEach(n=>n.disabled=inherit.checked);clear.disabled=inherit.checked||!old.credentialPresent;};inherit.onchange=update;update();} + } + const savebar=el('div',undefined,form,'provider-savebar');const saveNote=el('p','密钥只在本机输入和保存。测试会向所填服务商发送少量虚构内容。',savebar); + const save=el('button','保存配置',savebar,'btn primary');save.type='submit';save.id='saveProviders'; + function payload(){const get=s=>({provider:s.provider.value,baseUrl:s.base.value.trim(),model:s.model.value.trim(),...(s.key.value.trim()?{apiKey:s.key.value.trim()}:{})});return {writer:get(stages.writer),organizer:stages.organizer.inherit.checked?{inheritWriter:true}:{inheritWriter:false,...get(stages.organizer)}};} + form.oninput=()=>{dirty=true;saveNote.textContent='有尚未保存的配置。测试使用当前填写内容。';}; + form.onsubmit=event=>{event.preventDefault();if(!form.reportValidity())return;run(async()=>{const value=await api('providers_save',{config:payload()});for(const stage of Object.values(stages))stage.key.value='';dirty=false;await providers(root);note(value.configured?'模型配置已保存到本机':'配置已更新');},save);}; + const oldHandler=pages.get('providerUnload');if(oldHandler)window.removeEventListener('beforeunload',oldHandler); + const before=event=>{if(dirty){event.preventDefault();event.returnValue='';}};pages.set('providerUnload',before);window.addEventListener('beforeunload',before); + } + function scopePicker(root,onChange){const toolbar=el('div',undefined,root,'workspace-toolbar');const label=el('label','记忆范围',toolbar);const select=el('select',undefined,label);select.setAttribute('aria-label','记忆范围');for(const item of data.availableScopes||[{scope:data.scope,label:'当前项目'}]){const o=el('option',item.label,select);o.value=item.scope;}select.value=(data.availableScopes||[]).find(x=>x.label==='个人全局')?.scope||data.scope;select.onchange=()=>onChange(select.value);return {toolbar,select};} + function projectionStatus(root,value){el('p',`${value.projection_state==='ready'?'已整理视图':'基础视图 · 等待后台整理'}${value.stale?' · 内容有更新，当前投影待刷新':''}。内容与关系来自服务端，原始记录保留用于核对。`,root,'workspace-status');} + async function evidence(container,node,scope){ + container.replaceChildren();el('h3','原始证据',container); + const ids=[...new Set(node.source_record_ids?.length?node.source_record_ids:[node.source_record_id||node.memory_id].filter(Boolean))]; + if(!ids.length){el('p','此条目尚未提供可查询的来源标识。',container);return;} + for(const id of ids){const block=el('div',undefined,container);const load=async cursor=>{ + const result=await api('evidence',{scope,memory_id:id,...(cursor?{cursor}:{})}); + for(const item of result.items||[]){const article=el('article',undefined,block,'knowledge-claim');pill(labels[item.actor_role]||item.role||'来源',article);el('p',item.text,article);el('div',item.source_record_id,article,'source-id mono'); + if(item.source_record_id&&data.policy.write){const actions=el('div',undefined,article,'knowledge-evidence');button('纠正此来源',actions,()=>sourceFeedback('correct',{memory_id:item.source_record_id,content:item.text},{scope},{}),{style:'btn small'});} + } + if(result.page?.next_cursor){const next=button('加载更多来源',block,async()=>{await load(result.page.next_cursor);next.remove();},{style:'btn small'});} + };await load();} + } + async function knowledge(root){ + root.replaceChildren();heading(root,'KNOWLEDGE THAT STAYS WITH YOU','知识库','把学过的知识、项目决定与个人偏好，整理成可追溯的条目。'); + let loaded,selected=null,offset=0;const scope=scopePicker(root,()=>load());const input=el('input',undefined,scope.toolbar);input.type='search';input.placeholder='搜索知识标题、事实与正文';input.setAttribute('aria-label','搜索知识库'); + const collection=el('select',undefined,scope.toolbar);collection.setAttribute('aria-label','知识分类');for(const [v,t] of [['','全部分类'],['learned','学习知识'],['project','项目知识'],['personal','个人信息']]){const o=el('option',t,collection);o.value=v;} + button('刷新知识库',scope.toolbar,()=>load(),{symbol:'refresh'});const content=el('div',undefined,root);let generation=0; + async function load(){const seq=++generation;content.replaceChildren();el('p','正在读取知识库…',content,'workspace-status');try{const value=await api('knowledge',{scope:scope.select.value});if(seq!==generation)return;if(!Array.isArray(value.pages))throw Error('服务尚未返回知识库页面，请检查服务版本与整理状态。');loaded=value;selected=null;offset=0;render();}catch(error){if(seq===generation)fail(content,error,load);}} + function render(){content.replaceChildren();projectionStatus(content,loaded);const q=input.value.trim().toLowerCase();const filtered=loaded.pages.filter(p=>(!collection.value||p.collection===collection.value)&&(!q||JSON.stringify(p).toLowerCase().includes(q))); + if(!filtered.length){empty(content,'暂时没有匹配的知识',loaded.pages.length?'调整搜索词或分类，查看其他条目。':'记忆进入后台整理后，知识条目会出现在这里。');return;} + const list=filtered.slice(offset,offset+40);if(!list.some(p=>p.page_id===selected?.page_id))selected=list[0];const layout=el('div',undefined,content,'knowledge-layout');const index=el('div',undefined,layout,'knowledge-index');index.setAttribute('aria-label','知识条目');const article=el('article',undefined,layout,'panel knowledge-article'); + for(const p of list){const b=button('',index,()=>{selected=p;render();},{style:'knowledge-entry'});b.setAttribute('aria-current',String(p.page_id===selected.page_id));b.replaceChildren();el('strong',word(p,'title'),b);el('p',word(p,'abstract').slice(0,95),b);el('small',labels[p.collection]||p.collection||'知识条目',b);} + pill(labels[selected.collection]||'知识条目',article);el('h2',word(selected,'title'),article);el('p',word(selected,'abstract'),article,'abstract'); + const reader=el('div',undefined,article,'evidence-reader');reader.hidden=true; + function citations(item,parent){const refs=el('div',undefined,parent,'knowledge-evidence');for(const [i,id] of (item.evidence_ids||[]).entries()){const node=loaded.evidence_catalog?.[id];button('来源 '+(i+1),refs,async()=>{reader.hidden=false;try{await evidence(reader,node||{},scope.select.value);}catch(error){fail(reader,error,()=>evidence(reader,node||{},scope.select.value));}reader.scrollIntoView({block:'nearest'});},{style:'btn small',disabled:!node});}} + for(const claim of selected.claims||[]){const box=el('div',undefined,article,'knowledge-claim');pill(labels[claim.status]||claim.status||'待验证',box);el('p',word(claim,'text'),box);citations(claim,box);} + for(const section of selected.sections||[]){const box=el('section',undefined,article);el('h3',word(section,'heading'),box);el('p',word(section,'body'),box);citations(section,box);} + article.append(reader);pager(content,offset,list.length,filtered.length,n=>{offset=n;render();},40); + } + input.oninput=collection.onchange=()=>{offset=0;if(loaded)render();};await load(); + } + function pager(root,offset,count,total,change,size){const row=el('div',undefined,root,'projection-pagination');el('span',`展示 ${offset+1}–${offset+count} / ${total}`,row);const controls=el('div',undefined,row);button('上一页',controls,()=>change(Math.max(0,offset-size)),{style:'btn small',disabled:!offset});button('下一页',controls,()=>change(offset+size),{style:'btn small',disabled:offset+count>=total});} + async function graph(root){ + root.replaceChildren();heading(root,'SEE HOW YOUR KNOWLEDGE CONNECTS','知识图谱','沿着真实关系探索记忆，点开节点查看内容与证据。');let loaded,offset=0,selected; + const scope=scopePicker(root,()=>load());const search=el('input',undefined,scope.toolbar);search.type='search';search.placeholder='搜索记忆主题与内容';search.setAttribute('aria-label','搜索图谱'); + button('刷新图谱',scope.toolbar,()=>load(),{symbol:'refresh'});const content=el('div',undefined,root);let generation=0; + async function load(){const seq=++generation;content.replaceChildren();el('p','正在读取知识图谱…',content,'workspace-status');try{const value=await api('graph',{scope:scope.select.value});if(seq!==generation)return;if(!Array.isArray(value.nodes)||!Array.isArray(value.edges))throw Error('服务尚未返回有效的知识图谱。');loaded=value;offset=0;selected=null;render();}catch(error){if(seq===generation)fail(content,error,load);}} + function render(){content.replaceChildren();projectionStatus(content,loaded);const q=search.value.toLowerCase().trim();const all=loaded.nodes.filter(n=>n.level==='evidence'&&n.evidence_kind==='memory'&&(!q||JSON.stringify(n).toLowerCase().includes(q)));const nodes=all.slice(offset,offset+40); + if(!nodes.length){empty(content,'暂时没有匹配的记忆节点',all.length?'调整搜索词查看其他记忆。':'记忆整理后会形成可浏览的节点；关系仅展示服务端已提供的内容。',{symbol:'branch'});return;} + const ids=new Set(nodes.map(n=>n.id));const edges=loaded.edges.filter(e=>ids.has(e.source)&&ids.has(e.target));const allMap=new Map(loaded.nodes.map(n=>[n.id,n]));if(!ids.has(selected?.id))selected=nodes[0]; + const layout=el('div',undefined,content,'graph-layout');const canvas=el('div',undefined,layout,'graph-canvas');const controls=el('div',undefined,canvas,'graph-controls');el('span',`${nodes.length} 个节点 · ${edges.length} 条可见关系`,controls);const zoom=el('div',undefined,controls); + const ns='http://www.w3.org/2000/svg';const svg=document.createElementNS(ns,'svg');svg.classList.add('map');svg.setAttribute('aria-label','记忆关系图，可缩放、拖动并选择节点');canvas.append(svg); + const make=(tag,attrs,parent=svg)=>{const n=document.createElementNS(ns,tag);for(const [k,v]of Object.entries(attrs))n.setAttribute(k,String(v));parent.append(n);return n;}; + const defs=make('defs',{});const marker=make('marker',{id:'memory-arrow',viewBox:'0 0 10 10',refX:19,refY:5,markerWidth:5,markerHeight:5,orient:'auto-start-reverse'},defs);make('path',{d:'M 0 0 L 10 5 L 0 10 z',fill:'#a9ada2'},marker); + let view={x:0,y:0,w:1000,h:670};const apply=()=>svg.setAttribute('viewBox',`${view.x} ${view.y} ${view.w} ${view.h}`);const scale=f=>{const w=view.w*f,h=view.h*f;if(w<220||w>4000)return;view={x:view.x+(view.w-w)/2,y:view.y+(view.h-h)/2,w,h};apply();};apply();button('−',zoom,()=>scale(1.25),{style:'btn small'}).setAttribute('aria-label','缩小图谱');button('＋',zoom,()=>scale(.8),{style:'btn small'}).setAttribute('aria-label','放大图谱');button('复位',zoom,()=>{view={x:0,y:0,w:1000,h:670};apply();},{style:'btn small'}); + const cols=Math.max(2,Math.ceil(Math.sqrt(nodes.length*1.5))),rows=Math.ceil(nodes.length/cols);const pos=new Map(nodes.map((n,i)=>[n.id,{x:100+(i%cols)*800/Math.max(1,cols-1),y:90+Math.floor(i/cols)*490/Math.max(1,rows-1)}])); + // Deterministic layout only. Edges and their direction always come from the API. + for(let k=0;k<85;k++){const force=new Map(nodes.map(n=>[n.id,{x:0,y:0}]));for(let i=0;i{reader.hidden=false;try{await evidence(reader,n,scope.select.value);}catch(error){fail(reader,error,()=>evidence(reader,n,scope.select.value));}},{style:'btn small',symbol:'document'}); + const relations=loaded.edges.filter(e=>(e.source===n.id||e.target===n.id)&&allMap.get(e.source)?.evidence_kind==='memory'&&allMap.get(e.target)?.evidence_kind==='memory'); + for(const edge of relations){const box=el('div',undefined,detail,'graph-relationship');const from=allMap.get(edge.source),to=allMap.get(edge.target);el('strong',`${word(from,'label')} → ${labels[edge.type]||edge.type} → ${word(to,'label')}`,box);if(edge.reason)el('p',edge.reason,box);el('p',edge.origin==='agent'?'模型整理关系，请结合证据核对':'服务端记录关系',box);} + if(!relations.length)el('p','当前节点尚无已记录的语义关系。',detail,'workspace-status');detail.append(reader); + } + for(const n of nodes){const p=pos.get(n.id);const g=make('g',{transform:`translate(${p.x},${p.y})`,class:'graph-node',role:'button',tabindex:0,'aria-label':word(n,'label'),'aria-pressed':String(selected.id===n.id),'data-actor':n.actor_role||'user'});groups.set(n.id,g);make('circle',{r:8},g);const text=make('text',{y:27,'text-anchor':'middle'},g);text.textContent=word(n,'label').slice(0,18);make('title',{},g).textContent=word(n,'label');g.onclick=()=>select(n);g.onkeydown=e=>{if(e.key==='Enter'||e.key===' '){e.preventDefault();select(n);}};} + select(selected);let drag; + svg.onpointerdown=e=>{if(e.target.closest('.graph-node'))return;drag={x:e.clientX,y:e.clientY,base:{...view}};svg.setPointerCapture(e.pointerId);};svg.onpointermove=e=>{if(!drag)return;const r=svg.getBoundingClientRect();view.x=drag.base.x-(e.clientX-drag.x)*view.w/r.width;view.y=drag.base.y-(e.clientY-drag.y)*view.h/r.height;apply();};svg.onpointerup=svg.onpointercancel=()=>drag=null; + const legend=el('div',undefined,canvas,'graph-legend');for(const t of ['用户来源','助手来源','箭头表示服务端关系方向']){const row=el('span',undefined,legend);if(t!=='箭头表示服务端关系方向')el('i',undefined,row);el('span',t,row);} + const list=el('div',undefined,canvas,'graph-node-list');list.setAttribute('aria-label','可选择的记忆节点');for(const n of nodes)button(word(n,'label'),list,()=>select(n),{style:'btn small'}); + pager(content,offset,nodes.length,all.length,n=>{offset=n;render();},40); + } + search.oninput=()=>{offset=0;if(loaded)render();};await load(); + } + window.mountWorkspacePage = page => {if(!['providers','knowledge','graph'].includes(page)||pages.get(page))return;pages.set(page,true);const root=$('page-'+page);el('p','正在加载…',root,'workspace-status');const start=()=>({providers,knowledge,graph}[page])(root);void start().catch(error=>fail(root,error,start));}; +})(); diff --git a/runtime/LICENSE b/runtime/LICENSE new file mode 100644 index 0000000..a9c3e2f --- /dev/null +++ b/runtime/LICENSE @@ -0,0 +1,203 @@ + + Apache License + Version 2.0, January 2004 + http://www.apache.org/licenses/ + + TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION + + 1. 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We also recommend that a + file or class name and description of purpose be included on the + same "printed page" as the copyright notice for easier + identification within third-party archives. + + Copyright [yyyy] [name of copyright owner] + + Licensed under the Apache License, Version 2.0 (the "License"); + you may not use this file except in compliance with the License. + You may obtain a copy of the License at + + http://www.apache.org/licenses/LICENSE-2.0 + + Unless required by applicable law or agreed to in writing, software + distributed under the License is distributed on an "AS IS" BASIS, + WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. + See the License for the specific language governing permissions and + limitations under the License. + diff --git a/runtime/memory-api/build_v3_runtime_dataset.py b/runtime/memory-api/build_v3_runtime_dataset.py new file mode 100644 index 0000000..a429a1c --- /dev/null +++ b/runtime/memory-api/build_v3_runtime_dataset.py @@ -0,0 +1,791 @@ +#!/usr/bin/env python3 +from __future__ import annotations + +import argparse +import hashlib +import json +import re +import time +from collections import Counter +from pathlib import Path +from typing import Any, Iterable, Mapping, Sequence + +import torch + +from tmcra_v2_lme_pipeline import EmbeddingCacheVectorizer, session_text_chunks +from tmcra_v3_schema import ( + CHANNEL_NAMES, + SCHEMA_VERSION, + clean_text, + read_jsonl, + validate_sample, + validate_split_isolation, + write_jsonl, +) + + +EVENT_INDEX_RE = re.compile( + r"^event::longmemeval:(?P[^:]+):s(?P\d+)_c(?P\d+)$" +) +TEACHER_EVENT_INDEX_RE = re.compile(r":s(?P\d+)_c(?P\d+)$") +RAW_TEACHER_EVENT_RE = re.compile( + r"^lme:[^:]+:session:(?P[^:]+):turn:(?P\d+)$" +) +TURN_BOUNDARY_RE = re.compile(r"\n\[[^\]]+ turn=\d+ role=") + + +def stable_int(value: str) -> int: + return int.from_bytes(hashlib.blake2b(value.encode("utf-8"), digest_size=8).digest(), "big") + + +def normalized_question(value: Any) -> str: + return clean_text(value).casefold() + + +def load_teacher_supervision(path: Path) -> dict[str, dict[str, Any]]: + output: dict[str, dict[str, Any]] = {} + for row in read_jsonl(path): + question_key = normalized_question(row.get("question")) + if not question_key: + raise RuntimeError("teacher row is missing question text") + if question_key in output: + raise RuntimeError(f"duplicate teacher question after exact normalization: {row.get('question')!r}") + if not bool(row.get("usable_for_training", False)): + continue + if not list(row.get("positive_event_ids") or []): + raise RuntimeError(f"teacher row has no positive events: {row.get('question_id')}") + output[question_key] = row + if not output: + raise RuntimeError(f"no usable teacher supervision rows: {path}") + return output + + +def teacher_parent_locations(event_ids: Iterable[Any], valid_locations: set[tuple[int, int]], qid: str) -> list[tuple[int, int]]: + output: list[tuple[int, int]] = [] + seen: set[tuple[int, int]] = set() + for raw in event_ids: + event_id = clean_text(raw) + match = TEACHER_EVENT_INDEX_RE.search(event_id) + if match is None: + raise RuntimeError(f"{qid}: teacher event is not a runtime parent event: {event_id}") + location = (int(match.group("session")), int(match.group("parent"))) + if location not in valid_locations: + raise RuntimeError(f"{qid}: teacher event has no parent in the current inventory: {event_id}") + if location not in seen: + seen.add(location) + output.append(location) + return output + + +def reconstruct_parent_text(candidates: Sequence[Mapping[str, Any]], indexes: Sequence[int], qid: str) -> str: + if not indexes: + raise RuntimeError(f"{qid}: cannot reconstruct an empty parent") + total = max(int(candidates[index]["source_char_end"]) for index in indexes) + characters: list[str | None] = [None] * total + for index in indexes: + candidate = candidates[index] + text = str(candidate["text"]) + if "\n" not in text: + raise RuntimeError(f"{qid}: inventory candidate is missing its payload separator") + payload = text.split("\n", 1)[1] + start = int(candidate["source_char_start"]) + end = int(candidate["source_char_end"]) + if len(payload) != end - start: + raise RuntimeError(f"{qid}: inventory candidate payload length does not match its source span") + for offset, character in enumerate(payload, start=start): + existing = characters[offset] + if existing is not None and existing != character: + raise RuntimeError(f"{qid}: overlapping inventory subchunks disagree") + characters[offset] = character + if any(character is None for character in characters): + raise RuntimeError(f"{qid}: reconstructed parent contains a character coverage gap") + return "".join(character for character in characters if character is not None) + + +def teacher_turn_candidate_indexes( + event_ids: Iterable[Any], + *, + candidates: Sequence[Mapping[str, Any]], + parent_candidates: Mapping[tuple[int, int], Sequence[int]], + qid: str, +) -> set[int]: + output: set[int] = set() + session_locations: dict[str, list[tuple[int, int]]] = {} + for location, indexes in parent_candidates.items(): + session_id = clean_text(candidates[indexes[0]].get("session_id")) + session_locations.setdefault(session_id, []).append(location) + parent_text_cache: dict[tuple[int, int], str] = {} + for raw in event_ids: + event_id = clean_text(raw) + match = RAW_TEACHER_EVENT_RE.match(event_id) + if match is None: + raise RuntimeError(f"{qid}: teacher raw event is malformed: {event_id}") + session_id = clean_text(match.group("session")) + turn = int(match.group("turn")) + marker = f"[{session_id} turn={turn} role=" + matches: list[tuple[tuple[int, int], int, int]] = [] + for location in session_locations.get(session_id, []): + if location not in parent_text_cache: + parent_text_cache[location] = reconstruct_parent_text( + candidates, parent_candidates[location], qid + ) + parent_text = parent_text_cache[location] + turn_start = parent_text.find(marker) + if turn_start < 0: + continue + next_turn = TURN_BOUNDARY_RE.search(parent_text, turn_start + len(marker)) + turn_end = next_turn.start() if next_turn else len(parent_text) + matches.append((location, turn_start, turn_end)) + if len(matches) != 1: + raise RuntimeError( + f"{qid}: teacher event must map to exactly one current parent turn, got {len(matches)}: {event_id}" + ) + location, turn_start, turn_end = matches[0] + matched_subchunks = { + index + for index in parent_candidates[location] + if int(candidates[index]["source_char_start"]) < turn_end + and int(candidates[index]["source_char_end"]) > turn_start + } + if not matched_subchunks: + raise RuntimeError(f"{qid}: teacher turn has no overlapping subchunk: {event_id}") + output.update(matched_subchunks) + return output + + +def covered_windows(text: str, max_chars: int, overlap: int) -> list[tuple[int, int]]: + if max_chars <= 0: + raise RuntimeError("subchunk payload size must be positive") + if overlap < 0 or overlap >= max_chars: + raise RuntimeError("subchunk overlap must be non-negative and smaller than the payload") + if not text: + return [] + spans: list[tuple[int, int]] = [] + start = 0 + while start < len(text): + hard_end = min(len(text), start + max_chars) + end = hard_end + if hard_end < len(text): + floor = max(start + max_chars // 2, hard_end - 160) + split_at = text.rfind(" ", floor, hard_end) + if split_at > start: + end = split_at + if end <= start: + end = hard_end + spans.append((start, end)) + if end >= len(text): + break + start = max(start + 1, end - overlap) + if spans[0][0] != 0 or spans[-1][1] != len(text): + raise AssertionError("subchunk coverage does not reach both text boundaries") + if any(right_start > left_end for (_, left_end), (right_start, _) in zip(spans, spans[1:])): + raise AssertionError("subchunk coverage contains a gap") + return spans + + +def load_lme(path: Path) -> list[dict[str, Any]]: + value = json.loads(path.read_text(encoding="utf-8")) + if not isinstance(value, list) or not value: + raise RuntimeError(f"LongMemEval data must be a non-empty list: {path}") + rows = [row for row in value if isinstance(row, dict)] + qids = [clean_text(row.get("question_id")) for row in rows] + if len(qids) != len(set(qids)): + raise RuntimeError("LongMemEval question_id values are not unique") + return rows + + +def choose_holdout(rows: Sequence[Mapping[str, Any]], count: int) -> list[str]: + if count <= 0 or count >= len(rows): + raise RuntimeError(f"holdout count must be between 1 and {len(rows) - 1}") + by_type: dict[str, list[str]] = {} + for row in rows: + qid = clean_text(row.get("question_id")) + qtype = clean_text(row.get("question_type")) or "unknown" + by_type.setdefault(qtype, []).append(qid) + selected: list[str] = [] + for qtype, qids in sorted(by_type.items()): + qids.sort(key=lambda qid: (stable_int(f"tmcra-v3-holdout:{qid}"), qid)) + quota = int(len(qids) * count / len(rows)) + selected.extend(qids[:quota]) + selected_set = set(selected) + remaining = [clean_text(row.get("question_id")) for row in rows if clean_text(row.get("question_id")) not in selected_set] + remaining.sort(key=lambda qid: (stable_int(f"tmcra-v3-holdout-fill:{qid}"), qid)) + selected.extend(remaining[: max(0, count - len(selected))]) + selected = sorted(selected[:count]) + if len(selected) != count or len(set(selected)) != count: + raise RuntimeError("failed to construct an exact unique holdout") + return selected + + +def make_inventory_row( + row: Mapping[str, Any], + split: str, + parent_chars: int, + subchunk_chars: int, + subchunk_overlap: int, +) -> dict[str, Any]: + qid = clean_text(row.get("question_id")) + question = clean_text(row.get("question")) + question_date = clean_text(row.get("question_date")) + query_text = f"{question}\nQuestion date: {question_date}" if question_date else question + sessions = list(row.get("haystack_sessions") or []) + session_ids = [clean_text(value) for value in list(row.get("haystack_session_ids") or [])] + dates = [clean_text(value) for value in list(row.get("haystack_dates") or [])] + answer_session_ids = {clean_text(value) for value in list(row.get("answer_session_ids") or []) if clean_text(value)} + if not sessions or len(sessions) != len(session_ids): + raise RuntimeError(f"{qid}: haystack session/id mismatch") + candidates: list[dict[str, Any]] = [] + found_gold: set[str] = set() + parent_chunk_count = 0 + source_parent_chars = 0 + for index, session in enumerate(sessions): + session_id = session_ids[index] + date = dates[index] if index < len(dates) else "" + if not isinstance(session, Sequence) or isinstance(session, (str, bytes, bytearray)): + raise RuntimeError(f"{qid}: session {index} is not a turn list") + turns = list(session) + if any(not isinstance(turn, Mapping) for turn in turns): + raise RuntimeError(f"{qid}: session {index} contains a non-object turn") + parent_chunks = session_text_chunks( + session_id=session_id, + date=date, + turns=turns, + max_chars=parent_chars, + max_chunks=0, + ) + if not parent_chunks: + parent_chunks = [f"LongMemEval session_id={session_id} date={date}"] + relevant = session_id in answer_session_ids + if relevant: + found_gold.add(session_id) + for parent_index, parent_text in enumerate(parent_chunks, start=1): + parent_chunk_count += 1 + source_parent_chars += len(parent_text) + prefix = ( + f"LongMemEval session_id={session_id} date={date} " + f"parent_chunk={parent_index:02d}" + ) + payload_chars = subchunk_chars - len(prefix) - 1 + spans = covered_windows(parent_text, payload_chars, subchunk_overlap) + for subchunk_index, (char_start, char_end) in enumerate(spans, start=1): + text = f"{prefix}\n{parent_text[char_start:char_end]}" + if len(text) > subchunk_chars: + raise AssertionError(f"{qid}: generated subchunk exceeds configured character cap") + candidates.append( + { + "candidate_id": ( + f"chunk::longmemeval:{qid}:s{index:03d}_c{parent_index:02d}_p{subchunk_index:02d}" + ), + "text": text, + "session_id": session_id, + "session_index": index, + "parent_chunk_index": parent_index, + "subchunk_index": subchunk_index, + "source_char_start": char_start, + "source_char_end": char_end, + "labels": { + "relevance": relevant, + "hard_negative": False, + "evidence_role": "positive" if relevant else "negative", + "target_scope": "answer_session_bag", + }, + } + ) + if found_gold != answer_session_ids: + raise RuntimeError(f"{qid}: answer sessions missing from haystack: {sorted(answer_session_ids - found_gold)}") + return { + "schema_version": SCHEMA_VERSION, + "question_id": qid, + "question": question, + "question_date": question_date, + "query_text": query_text, + "question_type": clean_text(row.get("question_type")), + "split": split, + "gold_answer": clean_text(row.get("answer")), + "answer_session_ids": sorted(answer_session_ids), + "supervision": { + "target_type": "multi_instance_answer_session_bag", + "loss": "negative_log_positive_probability_mass", + }, + "inventory_metadata": { + "session_count": len(sessions), + "parent_chunk_count": parent_chunk_count, + "candidate_subchunk_count": len(candidates), + "source_parent_chars": source_parent_chars, + "parent_chars": parent_chars, + "subchunk_chars": subchunk_chars, + "subchunk_overlap": subchunk_overlap, + "truncated": False, + }, + "candidates": candidates, + } + + +def command_inventory(args: argparse.Namespace) -> None: + out_dir = Path(args.out_dir) + out_dir.mkdir(parents=True, exist_ok=False) + rows = load_lme(Path(args.data)) + holdout = set(choose_holdout(rows, args.holdout_count)) + inventory_rows = [ + make_inventory_row( + row, + "holdout" if clean_text(row.get("question_id")) in holdout else "train", + args.parent_chars, + args.subchunk_chars, + args.subchunk_overlap, + ) + for row in rows + ] + holdout_rows = [row for row in inventory_rows if row["split"] == "holdout"] + train_rows = [row for row in inventory_rows if row["split"] == "train"] + isolation = validate_split_isolation(train_rows, holdout_rows) + write_jsonl(out_dir / "inventory.jsonl", inventory_rows) + (out_dir / "holdout_qids.txt").write_text("\n".join(sorted(holdout)) + "\n", encoding="utf-8") + report = { + "schema_version": SCHEMA_VERSION, + "created_at": time.strftime("%Y-%m-%dT%H:%M:%S%z"), + "data": str(Path(args.data).resolve()), + "row_count": len(inventory_rows), + "train_count": len(train_rows), + "holdout_count": len(holdout_rows), + "candidate_count": sum(len(row["candidates"]) for row in inventory_rows), + "candidate_count_avg": round(sum(len(row["candidates"]) for row in inventory_rows) / len(inventory_rows), 4), + "parent_chunk_count": sum(row["inventory_metadata"]["parent_chunk_count"] for row in inventory_rows), + "session_count": sum(row["inventory_metadata"]["session_count"] for row in inventory_rows), + "positive_bag_candidate_count": sum( + int(candidate["labels"]["relevance"]) + for row in inventory_rows + for candidate in row["candidates"] + ), + "max_candidate_chars": max(len(candidate["text"]) for row in inventory_rows for candidate in row["candidates"]), + "truncated_candidate_count": 0, + "parent_chars": args.parent_chars, + "subchunk_chars": args.subchunk_chars, + "subchunk_overlap": args.subchunk_overlap, + "question_types": dict(Counter(row["question_type"] for row in inventory_rows)), + "holdout_question_types": dict(Counter(row["question_type"] for row in holdout_rows)), + "isolation": isolation, + } + (out_dir / "inventory_report.json").write_text(json.dumps(report, indent=2, sort_keys=True), encoding="utf-8") + print(json.dumps(report, indent=2, sort_keys=True)) + + +def load_graph_debug(run_dir: Path) -> dict[str, dict[str, Any]]: + output: dict[str, dict[str, Any]] = {} + paths = sorted(run_dir.glob("shard_*_out/samples_debug.jsonl")) + if not paths: + raise FileNotFoundError(f"no graph debug shards under {run_dir}") + for path in paths: + for row in read_jsonl(path): + qid = clean_text(row.get("question_id")) + if qid: + output[qid] = row + return output + + +def ordered_parent_locations( + event_ids: Iterable[Any], + *, + qid: str, + valid_locations: set[tuple[int, int]], +) -> list[tuple[int, int]]: + output: list[tuple[int, int]] = [] + seen: set[tuple[int, int]] = set() + for raw in event_ids: + event_id = clean_text(raw) + match = EVENT_INDEX_RE.match(event_id) + if match is None: + continue + if clean_text(match.group("qid")) != qid: + raise RuntimeError(f"{qid}: graph debug contains an event for another question: {event_id}") + location = (int(match.group("session")), int(match.group("parent"))) + if location not in valid_locations: + raise RuntimeError(f"{qid}: graph event has no exact parent chunk mapping: {event_id}") + if location in seen: + continue + seen.add(location) + output.append(location) + return output + + +def expand_parent_locations( + locations: Iterable[tuple[int, int]], + parent_candidates: Mapping[tuple[int, int], Sequence[int]], +) -> list[int]: + output: list[int] = [] + seen: set[int] = set() + for location in locations: + for index in parent_candidates[location]: + if index not in seen: + seen.add(index) + output.append(index) + return output + + +def rrank(rank: int | None) -> float: + return 0.0 if rank is None else 1.0 / float(rank + 1) + + +def canonical_candidate( + raw: Mapping[str, Any], + *, + relevant: bool, + session_relevant: bool, + teacher_relevant: bool | None, + dense_score: float, + dense_rank: int, + graph_rank: int | None, + graph_selected: bool, + graph_final: bool, + session_count: int, + forced_positive: bool, + hard_negative: bool, +) -> dict[str, Any]: + relevant = bool(relevant) + hard_negative = bool(hard_negative and not relevant) + channels = { + "dense_score": float(dense_score), + "dense_rank_rr": rrank(dense_rank), + "graph_rank_rr": rrank(graph_rank), + "graph_selected": float(bool(graph_selected)), + "graph_final": float(bool(graph_final)), + "recency_norm": float(raw["session_index"]) / float(max(1, session_count - 1)), + } + if tuple(channels.keys()) != CHANNEL_NAMES: + raise AssertionError("channel construction order changed") + return { + "candidate_id": raw["candidate_id"], + "text": raw["text"], + "session_id": raw["session_id"], + "session_index": int(raw["session_index"]), + "parent_chunk_index": int(raw["parent_chunk_index"]), + "subchunk_index": int(raw["subchunk_index"]), + "source_char_start": int(raw["source_char_start"]), + "source_char_end": int(raw["source_char_end"]), + "channels": channels, + "labels": { + "relevance": relevant, + "session_relevance": bool(session_relevant), + "teacher_evidence_relevance": teacher_relevant, + "hard_negative": hard_negative, + "evidence_role": "positive" if relevant else ("hard_negative" if hard_negative else "negative"), + "target_scope": "answer_session_bag", + }, + "provenance": { + "dense_retrieved": dense_rank >= 0, + "graph_retrieved": graph_rank is not None, + "graph_selected": bool(graph_selected), + "graph_final": bool(graph_final), + "forced_positive_for_training": bool(forced_positive), + }, + } + + +def metric_hit(order: Sequence[int], positives: set[int], k: int) -> int: + return int(any(index in positives for index in order[:k])) + + +def command_finalize(args: argparse.Namespace) -> None: + inventory_rows = read_jsonl(Path(args.inventory)) + graph_debug = load_graph_debug(Path(args.graph_debug_run)) + teacher_by_question = load_teacher_supervision(Path(args.teacher_labels)) + vectorizer = EmbeddingCacheVectorizer( + cache_dir=args.embedding_cache, + dim=args.text_dim, + expected_backend="hf", + expected_model=args.embedding_model, + ) + out_dir = Path(args.out_dir) + out_dir.mkdir(parents=True, exist_ok=False) + train_rows: list[dict[str, Any]] = [] + holdout_rows: list[dict[str, Any]] = [] + full_rows: list[dict[str, Any]] = [] + full_inventory_rows: list[dict[str, Any]] = [] + provider = Counter() + teacher_provider = Counter() + supervision_counts = Counter() + for source in inventory_rows: + qid = clean_text(source["question_id"]) + candidates = list(source["candidates"]) + session_count = int(source["inventory_metadata"]["session_count"]) + candidate_count = len(candidates) + parent_candidates: dict[tuple[int, int], list[int]] = {} + for index, candidate in enumerate(candidates): + location = (int(candidate["session_index"]), int(candidate["parent_chunk_index"])) + parent_candidates.setdefault(location, []).append(index) + valid_parent_locations = set(parent_candidates) + qvec = vectorizer.encode_one(source["query_text"]) + evec = torch.stack([vectorizer.encode_one(candidate["text"]) for candidate in candidates]) + dense_scores = (evec @ qvec).tolist() + dense_order = sorted(range(candidate_count), key=lambda index: (-dense_scores[index], index)) + dense_rank = {index: rank for rank, index in enumerate(dense_order)} + debug = graph_debug.get(qid, {}) + retrieval = dict(debug.get("retrieval") or {}) + selected_parents = ordered_parent_locations( + retrieval.get("selected_event_ids") or [], qid=qid, valid_locations=valid_parent_locations + ) + final_parents = ordered_parent_locations( + retrieval.get("final_hit_event_ids") or [], qid=qid, valid_locations=valid_parent_locations + ) + recall_parents = ordered_parent_locations( + retrieval.get("recall_event_ids") or [], qid=qid, valid_locations=valid_parent_locations + ) + graph_parents: list[tuple[int, int]] = [] + graph_parent_seen: set[tuple[int, int]] = set() + for location in [*selected_parents, *recall_parents]: + if location not in graph_parent_seen: + graph_parent_seen.add(location) + graph_parents.append(location) + graph_parent_rank = {location: rank for rank, location in enumerate(graph_parents)} + graph_order = expand_parent_locations(graph_parents, parent_candidates) + graph_rank = { + index: graph_parent_rank[(int(candidates[index]["session_index"]), int(candidates[index]["parent_chunk_index"]))] + for index in graph_order + } + selected_indexes = set(expand_parent_locations(selected_parents, parent_candidates)) + final_indexes = set(expand_parent_locations(final_parents, parent_candidates)) + session_positives = {index for index, candidate in enumerate(candidates) if candidate["labels"]["relevance"]} + teacher_row = teacher_by_question.get(normalized_question(source["question"])) + teacher_positives: set[int] | None = None + teacher_hard: set[int] = set() + if teacher_row is not None: + teacher_metadata = dict(teacher_row.get("metadata") or {}) + raw_teacher_positive = list(teacher_metadata.get("raw_teacher_positive_event_ids") or []) + raw_teacher_hard = list(teacher_metadata.get("raw_teacher_hard_negative_event_ids") or []) + if not raw_teacher_positive: + raise RuntimeError(f"{qid}: aligned teacher row is missing raw positive turn ids") + teacher_positives = teacher_turn_candidate_indexes( + raw_teacher_positive, + candidates=candidates, + parent_candidates=parent_candidates, + qid=qid, + ) + teacher_hard = teacher_turn_candidate_indexes( + raw_teacher_hard, + candidates=candidates, + parent_candidates=parent_candidates, + qid=qid, + ) + if not teacher_positives: + raise RuntimeError(f"{qid}: teacher supervision produced no positive subchunks") + mixed_teacher_subchunks = teacher_positives & teacher_hard + if mixed_teacher_subchunks: + supervision_counts["teacher_mixed_positive_hard_subchunks"] += len(mixed_teacher_subchunks) + teacher_hard -= teacher_positives + positives = teacher_positives + supervision = { + "target_type": "teacher_aligned_turn_bag", + "loss": "negative_log_positive_probability_mass", + "training_weight": float(teacher_row.get("training_weight_hint", 1.0) or 1.0), + "teacher_label_model": clean_text((teacher_row.get("metadata") or {}).get("teacher_label_model")), + "teacher_verify_model": clean_text((teacher_row.get("metadata") or {}).get("teacher_verify_model")), + "teacher_confidence": clean_text(teacher_row.get("label_confidence")), + } + else: + positives = session_positives + supervision = { + "target_type": "multi_instance_answer_session_bag", + "loss": "negative_log_positive_probability_mass", + "training_weight": float(args.weak_supervision_weight), + } + supervision_counts[supervision["target_type"]] += 1 + provider["n"] += 1 + for k in (1, 5, 10, 20, 32): + provider[f"primary_dense_r@{k}"] += metric_hit(dense_order, positives, k) + provider[f"primary_graph_r@{k}"] += metric_hit(graph_order, positives, k) + provider[f"session_dense_r@{k}"] += metric_hit(dense_order, session_positives, k) + provider[f"session_graph_r@{k}"] += metric_hit(graph_order, session_positives, k) + if teacher_positives is not None: + teacher_provider[f"dense_r@{k}"] += metric_hit(dense_order, teacher_positives, k) + teacher_provider[f"graph_r@{k}"] += metric_hit(graph_order, teacher_positives, k) + if teacher_positives is not None: + teacher_provider["n"] += 1 + runtime_indexes: list[int] = [] + runtime_seen: set[int] = set() + graph_runtime_order = expand_parent_locations(graph_parents[: args.graph_k], parent_candidates) + for index in [*dense_order[: args.dense_k], *graph_runtime_order]: + if index not in runtime_seen: + runtime_seen.add(index) + runtime_indexes.append(index) + provider["union_gold_hit"] += int(bool(positives & runtime_seen)) + provider["union_session_hit"] += int(bool(session_positives & runtime_seen)) + if teacher_positives is not None: + teacher_provider["union_hit"] += int(bool(teacher_positives & runtime_seen)) + pre_force_hit = bool(positives & runtime_seen) + training_indexes = list(runtime_indexes) + forced_indexes: set[int] = set() + if source["split"] == "train" and not pre_force_hit: + best_positive = next(index for index in dense_order if index in positives) + training_indexes.append(best_positive) + runtime_seen.add(best_positive) + forced_indexes.add(best_positive) + def build_row(indexes: Sequence[int], split: str, allow_forced: bool) -> dict[str, Any]: + output_candidates = [] + for index in indexes: + hard = index not in positives and ( + index in teacher_hard + or dense_rank[index] < args.hard_negative_k + or graph_rank.get(index, 10**9) < args.hard_negative_k + ) + output_candidates.append( + canonical_candidate( + candidates[index], + relevant=index in positives, + session_relevant=index in session_positives, + teacher_relevant=None if teacher_positives is None else index in teacher_positives, + dense_score=dense_scores[index], + dense_rank=dense_rank[index], + graph_rank=graph_rank.get(index), + graph_selected=index in selected_indexes, + graph_final=index in final_indexes, + session_count=session_count, + forced_positive=allow_forced and index in forced_indexes, + hard_negative=hard, + ) + ) + return { + "schema_version": SCHEMA_VERSION, + "question_id": qid, + "question": source["question"], + "question_date": source["question_date"], + "query_text": source["query_text"], + "question_type": source["question_type"], + "split": split, + "gold_answer": source["gold_answer"], + "answer_session_ids": source["answer_session_ids"], + "supervision": supervision, + "candidates": output_candidates, + "pool_metadata": { + "session_count": session_count, + "inventory_count": candidate_count, + "graph_parent_event_count": len(graph_parents), + "graph_runtime_candidate_count": len(graph_runtime_order), + "runtime_pool_count": len(runtime_indexes), + "pre_force_gold_hit": pre_force_hit, + "pre_force_session_hit": bool(session_positives & set(runtime_indexes)), + "pre_force_teacher_hit": None if teacher_positives is None else bool(teacher_positives & set(runtime_indexes)), + "forced_positive_count": len(forced_indexes) if allow_forced else 0, + "dense_k": args.dense_k, + "graph_k": args.graph_k, + "graph_debug_available": bool(debug), + "graph_retrieval_mode": retrieval.get("retrieval_mode"), + }, + } + runtime_row = build_row(runtime_indexes, "full_eval", False) + validate_sample(runtime_row, require_positive=False) + full_rows.append(runtime_row) + all_row = build_row(list(range(candidate_count)), "full_eval", False) + validate_sample(all_row, require_positive=True) + full_inventory_rows.append(all_row) + if source["split"] == "train": + train_row = build_row(training_indexes, "train", True) + validate_sample(train_row, require_positive=True) + train_rows.append(train_row) + else: + holdout_row = build_row(runtime_indexes, "holdout", False) + validate_sample(holdout_row, require_positive=False) + holdout_rows.append(holdout_row) + isolation = validate_split_isolation(train_rows, holdout_rows) + if len(train_rows) + len(holdout_rows) != len(inventory_rows): + raise RuntimeError("finalized row count mismatch") + write_jsonl(out_dir / "train.jsonl", train_rows) + write_jsonl(out_dir / "holdout.jsonl", holdout_rows) + write_jsonl(out_dir / "full_eval.jsonl", full_rows) + write_jsonl(out_dir / "full_inventory_eval.jsonl", full_inventory_rows) + if args.dev_count <= 0 or args.dev_count >= len(train_rows): + raise RuntimeError("dev_count must leave non-empty optimization train and dev sets") + ordered_train_qids = sorted( + (row["question_id"] for row in train_rows), + key=lambda qid: (stable_int(f"tmcra-v3-dev:{qid}"), qid), + ) + dev_qids = set(ordered_train_qids[: args.dev_count]) + model_train_rows = [row for row in train_rows if row["question_id"] not in dev_qids] + full_by_qid = {row["question_id"]: row for row in full_rows} + model_dev_rows = [full_by_qid[qid] for qid in ordered_train_qids[: args.dev_count]] + if any(row["pool_metadata"]["forced_positive_count"] for row in model_dev_rows): + raise RuntimeError("runtime dev rows must never contain forced positives") + write_jsonl(out_dir / "model_train.jsonl", model_train_rows) + write_jsonl(out_dir / "model_dev_runtime.jsonl", model_dev_rows) + (out_dir / "model_dev_qids.txt").write_text("\n".join(ordered_train_qids[: args.dev_count]) + "\n", encoding="utf-8") + cross_cache_rows = [*train_rows, *holdout_rows] + if len({row["question_id"] for row in cross_cache_rows}) != len(inventory_rows): + raise RuntimeError("cross-cache input must contain exactly one row per question") + write_jsonl(out_dir / "cross_cache_samples.jsonl", cross_cache_rows) + n = max(1, int(provider["n"])) + report = { + "schema_version": SCHEMA_VERSION, + "created_at": time.strftime("%Y-%m-%dT%H:%M:%S%z"), + "train_count": len(train_rows), + "holdout_count": len(holdout_rows), + "full_eval_count": len(full_rows), + "full_inventory_eval_count": len(full_inventory_rows), + "cross_cache_sample_count": len(cross_cache_rows), + "cross_cache_pair_count": sum(len(row["candidates"]) for row in cross_cache_rows), + "model_train_count": len(model_train_rows), + "model_dev_runtime_count": len(model_dev_rows), + "model_dev_runtime_candidate_miss_count": sum( + int(not any(candidate["labels"]["relevance"] for candidate in row["candidates"])) + for row in model_dev_rows + ), + "isolation": isolation, + "candidate_pool": { + "dense_k": args.dense_k, + "graph_k": args.graph_k, + "hard_negative_k": args.hard_negative_k, + "train_candidate_avg": round(sum(len(row["candidates"]) for row in train_rows) / max(1, len(train_rows)), 4), + "holdout_candidate_avg": round(sum(len(row["candidates"]) for row in holdout_rows) / max(1, len(holdout_rows)), 4), + "full_inventory_candidate_avg": round(sum(len(row["candidates"]) for row in full_inventory_rows) / max(1, len(full_inventory_rows)), 4), + "train_forced_positive_rows": sum(int(row["pool_metadata"]["forced_positive_count"] > 0) for row in train_rows), + }, + "provider_metrics": { + key: round(value / n, 6) for key, value in sorted(provider.items()) if key != "n" + }, + "teacher_provider_metrics": { + key: round(value / max(1, int(teacher_provider["n"])), 6) + for key, value in sorted(teacher_provider.items()) + if key != "n" + }, + "teacher_supervision_count": int(teacher_provider["n"]), + "supervision_counts": dict(supervision_counts), + "teacher_labels": str(Path(args.teacher_labels).resolve()), + "weak_supervision_weight": args.weak_supervision_weight, + "embedding_cache": str(Path(args.embedding_cache).resolve()), + "graph_debug_run": str(Path(args.graph_debug_run).resolve()), + } + (out_dir / "report.json").write_text(json.dumps(report, indent=2, sort_keys=True), encoding="utf-8") + print(json.dumps(report, indent=2, sort_keys=True)) + + +def main() -> int: + parser = argparse.ArgumentParser() + sub = parser.add_subparsers(dest="command", required=True) + inventory = sub.add_parser("inventory") + inventory.add_argument("--data", required=True) + inventory.add_argument("--out-dir", required=True) + inventory.add_argument("--holdout-count", type=int, default=100) + inventory.add_argument("--parent-chars", type=int, default=7000) + inventory.add_argument("--subchunk-chars", type=int, default=1800) + inventory.add_argument("--subchunk-overlap", type=int, default=200) + finalize = sub.add_parser("finalize") + finalize.add_argument("--inventory", required=True) + finalize.add_argument("--embedding-cache", required=True) + finalize.add_argument("--embedding-model", required=True) + finalize.add_argument("--graph-debug-run", required=True) + finalize.add_argument("--teacher-labels", required=True) + finalize.add_argument("--out-dir", required=True) + finalize.add_argument("--text-dim", type=int, default=1024) + finalize.add_argument("--dense-k", type=int, default=32) + finalize.add_argument("--graph-k", type=int, default=24) + finalize.add_argument("--hard-negative-k", type=int, default=12) + finalize.add_argument("--dev-count", type=int, default=40) + finalize.add_argument("--weak-supervision-weight", type=float, default=0.35) + args = parser.parse_args() + if args.command == "inventory": + command_inventory(args) + else: + command_finalize(args) + return 0 + + +if __name__ == "__main__": + raise SystemExit(main()) diff --git a/runtime/memory-api/core/__init__.py b/runtime/memory-api/core/__init__.py new file mode 100644 index 0000000..cc1c7ec --- /dev/null +++ b/runtime/memory-api/core/__init__.py @@ -0,0 +1,89 @@ +"""TMCRA core package exports. + +Keep package-level imports best-effort so focused submodules such as the +object-sketch trainer can run without pulling in every optional runtime +dependency from the broader app stack. +""" + +__all__ = [] + +try: + from .maze_engine import MazeEdge, MazeNode, MazePath, TriMazeEngine + + __all__.extend(["MazeNode", "MazeEdge", "MazePath", "TriMazeEngine"]) +except Exception: # pragma: no cover - optional dependency + MazeNode = None + MazeEdge = None + MazePath = None + TriMazeEngine = None + +try: + from .native_concept_extractor import NativeConceptExtractor, NativeExtractorConfig + + __all__.extend(["NativeConceptExtractor", "NativeExtractorConfig"]) +except Exception: # pragma: no cover - optional dependency + NativeConceptExtractor = None + NativeExtractorConfig = None + +try: + from .concept_graph import ConceptGraph + + __all__.append("ConceptGraph") +except Exception: # pragma: no cover - optional dependency + ConceptGraph = None + +try: + from .concept_memory import ConceptMemory + + __all__.append("ConceptMemory") +except Exception: # pragma: no cover - optional dependency + ConceptMemory = None + +try: + from .query_understanding import QueryUnderstandingLayer + + __all__.append("QueryUnderstandingLayer") +except Exception: # pragma: no cover - optional dependency + QueryUnderstandingLayer = None + +try: + from .gru_text_generator import GRUTextGenerator + + __all__.append("GRUTextGenerator") +except Exception: # pragma: no cover - optional dependency + GRUTextGenerator = None + +try: + from .policy_network import EdgePolicy + + __all__.append("EdgePolicy") +except Exception: # pragma: no cover - optional dependency + EdgePolicy = None + +try: + from .policy_dataset import ( + CurriculumConfig, + PolicyBatch, + PolicyStepDataset, + PolicyStepRecord, + PolicyVocabulary, + ) + from .policy_network import PolicyModelConfig + + __all__.extend( + [ + "CurriculumConfig", + "PolicyBatch", + "PolicyModelConfig", + "PolicyStepDataset", + "PolicyStepRecord", + "PolicyVocabulary", + ] + ) +except Exception: # pragma: no cover - optional dependency + CurriculumConfig = None + PolicyBatch = None + PolicyModelConfig = None + PolicyStepDataset = None + PolicyStepRecord = None + PolicyVocabulary = None diff --git a/runtime/memory-api/core/advanced_renderer.py b/runtime/memory-api/core/advanced_renderer.py new file mode 100644 index 0000000..0e4d3da --- /dev/null +++ b/runtime/memory-api/core/advanced_renderer.py @@ -0,0 +1,332 @@ +""" +Tri-Maze 高级渲染引擎 v1.0 +完善基础渲染能力，支持渐变、阴影、模糊、纹理、图层等效果 +完全模块化，与核心推理逻辑解耦 +""" +from PIL import Image, ImageDraw, ImageFilter, ImageChops +import numpy as np +import math +from typing import Tuple, List, Dict + +class AdvancedRenderer: + """ + 高级渲染引擎，支持丰富的图形效果 + 完全独立于核心推理逻辑，可单独升级完善 + """ + + def __init__(self, width: int = 1024, height: int = 768, bg_color: Tuple[int, int, int] = (255, 255, 255)): + self.width = width + self.height = height + self.layers = [] + self.current_layer = Image.new("RGBA", (width, height), (0, 0, 0, 0)) + self.draw = ImageDraw.Draw(self.current_layer) + self.bg_color = bg_color + (255,) + + def create_layer(self) -> int: + """创建新图层""" + self.layers.append(self.current_layer) + self.current_layer = Image.new("RGBA", (self.width, self.height), (0, 0, 0, 0)) + self.draw = ImageDraw.Draw(self.current_layer) + return len(self.layers) + + def merge_layers(self) -> Image.Image: + """合并所有图层""" + final = Image.new("RGBA", (self.width, self.height), self.bg_color) + for layer in self.layers + [self.current_layer]: + final = Image.alpha_composite(final, layer) + return final.convert("RGB") + + # ===== 基础形状绘制 ===== + def draw_rectangle(self, x: int, y: int, width: int, height: int, + fill: Tuple[int, int, int, int] = (255, 255, 255, 255), + outline: Tuple[int, int, int, int] = None, + stroke_width: int = 1, + corner_radius: int = 0): + """绘制矩形，支持圆角""" + if corner_radius == 0: + self.draw.rectangle([x, y, x + width, y + height], fill=fill, outline=outline, width=stroke_width) + return + + # 圆角矩形 + radius = corner_radius + self.draw.ellipse([x, y, x + 2*radius, y + 2*radius], fill=fill, outline=outline, width=stroke_width) + self.draw.ellipse([x + width - 2*radius, y, x + width, y + 2*radius], fill=fill, outline=outline, width=stroke_width) + self.draw.ellipse([x, y + height - 2*radius, x + 2*radius, y + height], fill=fill, outline=outline, width=stroke_width) + self.draw.ellipse([x + width - 2*radius, y + height - 2*radius, x + width, y + height], fill=fill, outline=outline, width=stroke_width) + + self.draw.rectangle([x + radius, y, x + width - radius, y + height], fill=fill, outline=None) + self.draw.rectangle([x, y + radius, x + width, y + height - radius], fill=fill, outline=None) + + if outline: + self.draw.line([x + radius, y, x + width - radius, y], fill=outline, width=stroke_width) + self.draw.line([x + radius, y + height, x + width - radius, y + height], fill=outline, width=stroke_width) + self.draw.line([x, y + radius, x, y + height - radius], fill=outline, width=stroke_width) + self.draw.line([x + width, y + radius, x + width, y + height - radius], fill=outline, width=stroke_width) + + def draw_circle(self, x: int, y: int, radius: int, + fill: Tuple[int, int, int, int] = (255, 255, 255, 255), + outline: Tuple[int, int, int, int] = None, + stroke_width: int = 1): + """绘制圆形""" + self.draw.ellipse([x - radius, y - radius, x + radius, y + radius], + fill=fill, outline=outline, width=stroke_width) + + def draw_ellipse(self, x: int, y: int, width: int, height: int, + fill: Tuple[int, int, int, int] = (255, 255, 255, 255), + outline: Tuple[int, int, int, int] = None, + stroke_width: int = 1): + """绘制椭圆""" + self.draw.ellipse([x, y, x + width, y + height], + fill=fill, outline=outline, width=stroke_width) + + def draw_polygon(self, points: List[Tuple[int, int]], + fill: Tuple[int, int, int, int] = (255, 255, 255, 255), + outline: Tuple[int, int, int, int] = None, + stroke_width: int = 1): + """绘制多边形""" + self.draw.polygon(points, fill=fill, outline=outline, width=stroke_width) + + def draw_line(self, start: Tuple[int, int], end: Tuple[int, int], + color: Tuple[int, int, int, int] = (0, 0, 0, 255), + width: int = 1, + dashed: bool = False, + dash_length: int = 10): + """绘制直线，支持虚线""" + if not dashed: + self.draw.line([start, end], fill=color, width=width) + return + + # 虚线 + x1, y1 = start + x2, y2 = end + dx = x2 - x1 + dy = y2 - y1 + distance = math.hypot(dx, dy) + dashes = int(distance / dash_length) + + for i in range(dashes): + if i % 2 == 0: + s = i / dashes + e = (i + 1) / dashes + sx = x1 + dx * s + sy = y1 + dy * s + ex = x1 + dx * e + ey = y1 + dy * e + self.draw.line([(sx, sy), (ex, ey)], fill=color, width=width) + + def draw_bezier_curve(self, points: List[Tuple[int, int]], + color: Tuple[int, int, int, int] = (0, 0, 0, 255), + width: int = 1, + segments: int = 100): + """绘制贝塞尔曲线""" + if len(points) < 2: + return + + def bezier(t, points): + n = len(points) - 1 + x = 0 + y = 0 + for i, (px, py) in enumerate(points): + binom = math.comb(n, i) * (t ** i) * ((1 - t) ** (n - i)) + x += px * binom + y += py * binom + return (int(x), int(y)) + + curve_points = [] + for t in np.linspace(0, 1, segments): + curve_points.append(bezier(t, points)) + + for i in range(len(curve_points) - 1): + self.draw.line([curve_points[i], curve_points[i+1]], fill=color, width=width) + + # ===== 渐变效果 ===== + def draw_linear_gradient(self, x: int, y: int, width: int, height: int, + start_color: Tuple[int, int, int, int], + end_color: Tuple[int, int, int, int], + direction: str = "vertical"): + """绘制线性渐变""" + gradient = Image.new("RGBA", (width, height)) + draw = ImageDraw.Draw(gradient) + + if direction == "vertical": + for i in range(height): + ratio = i / height + r = int(start_color[0] * (1 - ratio) + end_color[0] * ratio) + g = int(start_color[1] * (1 - ratio) + end_color[1] * ratio) + b = int(start_color[2] * (1 - ratio) + end_color[2] * ratio) + a = int(start_color[3] * (1 - ratio) + end_color[3] * ratio) + draw.line([(0, i), (width, i)], fill=(r, g, b, a)) + elif direction == "horizontal": + for i in range(width): + ratio = i / width + r = int(start_color[0] * (1 - ratio) + end_color[0] * ratio) + g = int(start_color[1] * (1 - ratio) + end_color[1] * ratio) + b = int(start_color[2] * (1 - ratio) + end_color[2] * ratio) + a = int(start_color[3] * (1 - ratio) + end_color[3] * ratio) + draw.line([(i, 0), (i, height)], fill=(r, g, b, a)) + + self.current_layer.paste(gradient, (x, y), gradient) + + def draw_radial_gradient(self, x: int, y: int, radius: int, + center_color: Tuple[int, int, int, int], + edge_color: Tuple[int, int, int, int]): + """绘制径向渐变（光晕效果）""" + size = radius * 2 + gradient = Image.new("RGBA", (size, size)) + draw = ImageDraw.Draw(gradient) + + for r in range(radius, 0, -1): + ratio = r / radius + rc = int(center_color[0] * ratio + edge_color[0] * (1 - ratio)) + gc = int(center_color[1] * ratio + edge_color[1] * (1 - ratio)) + bc = int(center_color[2] * ratio + edge_color[2] * (1 - ratio)) + ac = int(center_color[3] * ratio + edge_color[3] * (1 - ratio)) + draw.ellipse([radius - r, radius - r, radius + r, radius + r], + fill=(rc, gc, bc, ac)) + + self.current_layer.paste(gradient, (x - radius, y - radius), gradient) + + # ===== 效果滤镜 ===== + def apply_blur(self, radius: float = 2.0, layer_index: int = None): + """应用模糊效果""" + if layer_index is None: + self.current_layer = self.current_layer.filter(ImageFilter.GaussianBlur(radius)) + else: + self.layers[layer_index] = self.layers[layer_index].filter(ImageFilter.GaussianBlur(radius)) + + def apply_shadow(self, offset: Tuple[int, int] = (5, 5), blur_radius: float = 5.0, + color: Tuple[int, int, int, int] = (0, 0, 0, 100), + layer_index: int = None): + """应用阴影效果""" + target_layer = self.current_layer if layer_index is None else self.layers[layer_index] + + # 创建阴影层 + shadow = Image.new("RGBA", target_layer.size, (0, 0, 0, 0)) + alpha = target_layer.getchannel("A") + shadow.paste(color, mask=alpha) + shadow = shadow.filter(ImageFilter.GaussianBlur(blur_radius)) + + # 合并阴影和原图层 + result = Image.new("RGBA", target_layer.size, (0, 0, 0, 0)) + result.paste(shadow, offset, shadow) + result = Image.alpha_composite(result, target_layer) + + if layer_index is None: + self.current_layer = result + else: + self.layers[layer_index] = result + + def apply_glow(self, blur_radius: float = 10.0, color: Tuple[int, int, int, int] = (255, 255, 200, 150), + layer_index: int = None): + """应用发光效果""" + target_layer = self.current_layer if layer_index is None else self.layers[layer_index] + + # 创建发光层 + glow = Image.new("RGBA", target_layer.size, (0, 0, 0, 0)) + alpha = target_layer.getchannel("A") + glow.paste(color, mask=alpha) + glow = glow.filter(ImageFilter.GaussianBlur(blur_radius)) + + # 合并发光和原图层 + result = Image.alpha_composite(glow, target_layer) + + if layer_index is None: + self.current_layer = result + else: + self.layers[layer_index] = result + + def apply_noise(self, amount: float = 0.1, monochrome: bool = False, layer_index: int = None): + """应用噪点纹理效果""" + target_layer = self.current_layer if layer_index is None else self.layers[layer_index] + np_img = np.array(target_layer) + + if monochrome: + noise = np.random.normal(0, amount * 255, np_img.shape[:2]) + np_img[..., :3] = np.clip(np_img[..., :3] + noise[..., np.newaxis], 0, 255) + else: + noise = np.random.normal(0, amount * 255, np_img.shape) + np_img[..., :3] = np.clip(np_img[..., :3] + noise[..., :3], 0, 255) + + result = Image.fromarray(np_img.astype(np.uint8), "RGBA") + + if layer_index is None: + self.current_layer = result + else: + self.layers[layer_index] = result + + # ===== 变换 ===== + def rotate_layer(self, angle: float, expand: bool = False, layer_index: int = None): + """旋转图层""" + if layer_index is None: + self.current_layer = self.current_layer.rotate(angle, expand=expand, resample=Image.Resampling.BILINEAR) + else: + self.layers[layer_index] = self.layers[layer_index].rotate(angle, expand=expand, resample=Image.Resampling.BILINEAR) + + def scale_layer(self, scale_x: float, scale_y: float = None, layer_index: int = None): + """缩放图层""" + if scale_y is None: + scale_y = scale_x + + target_layer = self.current_layer if layer_index is None else self.layers[layer_index] + new_width = int(target_layer.width * scale_x) + new_height = int(target_layer.height * scale_y) + resized = target_layer.resize((new_width, new_height), resample=Image.Resampling.LANCZOS) + + if layer_index is None: + self.current_layer = resized + else: + self.layers[layer_index] = resized + + def translate_layer(self, dx: int, dy: int, layer_index: int = None): + """平移图层""" + target_layer = self.current_layer if layer_index is None else self.layers[layer_index] + translated = Image.new("RGBA", target_layer.size, (0, 0, 0, 0)) + translated.paste(target_layer, (dx, dy), target_layer) + + if layer_index is None: + self.current_layer = translated + else: + self.layers[layer_index] = translated + + +# 示例使用 +if __name__ == "__main__": + # 创建渲染器 + renderer = AdvancedRenderer(800, 600, bg_color=(10, 20, 40)) + + # 背景渐变 + renderer.draw_linear_gradient(0, 0, 800, 600, + start_color=(10, 20, 40, 255), + end_color=(30, 50, 80, 255), + direction="vertical") + + # 新建图层画月亮 + renderer.create_layer() + renderer.draw_radial_gradient(650, 150, 80, + center_color=(255, 255, 220, 255), + edge_color=(255, 255, 220, 0)) + renderer.draw_circle(650, 150, 50, fill=(255, 255, 220, 255)) + + # 新建图层画荷花 + renderer.create_layer() + # 花茎 + renderer.draw_line((200, 300), (200, 500), color=(0, 100, 0, 255), width=4) + # 花瓣 + for angle in range(0, 360, 30): + rad = math.radians(angle) + x = 200 + math.cos(rad) * 40 + y = 300 + math.sin(rad) * 60 + renderer.draw_ellipse(x - 15, y - 30, x + 15, y + 30, + fill=(255, 150, 180, 220), + outline=(200, 80, 120, 255), + stroke_width=1) + # 花心 + renderer.draw_circle(200, 300, 20, fill=(255, 200, 100, 255)) + + # 应用阴影 + renderer.apply_shadow(offset=(3, 3), blur_radius=5.0, layer_index=1) + + # 合并图层并保存 + final_image = renderer.merge_layers() + final_image.save("渲染引擎测试.png") + print("✅ 高级渲染引擎测试完成，图片已保存为 渲染引擎测试.png") diff --git a/runtime/memory-api/core/advanced_renderer_v2.py b/runtime/memory-api/core/advanced_renderer_v2.py new file mode 100644 index 0000000..b394324 --- /dev/null +++ b/runtime/memory-api/core/advanced_renderer_v2.py @@ -0,0 +1,407 @@ +""" +Tri-Maze 高级渲染引擎 v2.0 +扩展优化版，增加更多高级特效、3D效果、材质系统、粒子系统 +""" +from PIL import Image, ImageDraw, ImageFilter, ImageChops, ImageOps +import numpy as np +import math +from typing import Tuple, List, Dict, Optional +import random + +class AdvancedRendererV2: + """ + 高级渲染引擎v2.0，扩展优化版 + 增加3D效果、材质系统、粒子系统、高级滤镜等 + """ + + def __init__(self, width: int = 1024, height: int = 768, bg_color: Tuple[int, int, int] = (255, 255, 255)): + self.width = width + self.height = height + self.layers = [] + self.current_layer = Image.new("RGBA", (width, height), (0, 0, 0, 0)) + self.draw = ImageDraw.Draw(self.current_layer) + self.bg_color = bg_color + (255,) + self.light_sources = [] # 光源列表，支持3D光照 + + def create_layer(self) -> int: + """创建新图层""" + self.layers.append(self.current_layer) + self.current_layer = Image.new("RGBA", (self.width, self.height), (0, 0, 0, 0)) + self.draw = ImageDraw.Draw(self.current_layer) + return len(self.layers) + + def merge_layers(self) -> Image.Image: + """合并所有图层，支持光照计算""" + final = Image.new("RGBA", (self.width, self.height), self.bg_color) + + # 应用全局光照 + if self.light_sources: + final = self._apply_global_lighting(final) + + for layer in self.layers + [self.current_layer]: + final = Image.alpha_composite(final, layer) + + return final.convert("RGB") + + # ===== 光照系统 ===== + def add_light_source(self, x: int, y: int, intensity: float = 1.0, + color: Tuple[int, int, int] = (255, 255, 255), + radius: int = 300): + """添加光源，支持3D光照效果""" + self.light_sources.append({ + "x": x, + "y": y, + "intensity": intensity, + "color": color, + "radius": radius + }) + + def _apply_global_lighting(self, image: Image.Image) -> Image.Image: + """应用全局光照效果""" + light_layer = Image.new("RGBA", (self.width, self.height), (0, 0, 0, 0)) + draw = ImageDraw.Draw(light_layer) + + for light in self.light_sources: + # 径向渐变光晕 + for r in range(light["radius"], 0, -10): + ratio = r / light["radius"] + alpha = int(200 * light["intensity"] * (1 - ratio)) + if alpha <= 0: + break + color = ( + int(light["color"][0] * (1 - ratio * 0.7)), + int(light["color"][1] * (1 - ratio * 0.7)), + int(light["color"][2] * (1 - ratio * 0.7)), + alpha + ) + draw.ellipse( + [light["x"] - r, light["y"] - r, + light["x"] + r, light["y"] + r], + fill=color + ) + + # 屏幕混合模式 + return ImageChops.screen(image, light_layer) + + # ===== 3D效果 ===== + def draw_3d_cube(self, x: int, y: int, size: int, + face_colors: List[Tuple[int, int, int, int]] = None, + rotation: float = 0.5): + """绘制3D立方体""" + if face_colors is None: + face_colors = [ + (200, 200, 200, 255), # 前面 + (150, 150, 150, 255), # 侧面 + (100, 100, 100, 255) # 顶面 + ] + + # 立方体顶点坐标（透视投影） + z = size * 0.5 + points = [ + # 前面四个点 + (x - size, y - size, z), + (x + size, y - size, z), + (x + size, y + size, z), + (x - size, y + size, z), + # 后面四个点 + (x - size + size*rotation, y - size - size*rotation, -z), + (x + size + size*rotation, y - size - size*rotation, -z), + (x + size + size*rotation, y + size - size*rotation, -z), + (x - size + size*rotation, y + size - size*rotation, -z), + ] + + # 投影到2D平面 + projected = [] + for px, py, pz in points: + scale = 1 + (pz / (size * 3)) + projected.append((int(px * scale), int(py * scale))) + + # 绘制面 + faces = [ + ([0, 1, 2, 3], face_colors[0]), # 前面 + ([1, 5, 6, 2], face_colors[1]), # 右面 + ([0, 4, 7, 3], face_colors[1]), # 左面 + ([4, 5, 6, 7], face_colors[2]), # 后面 + ([0, 1, 5, 4], face_colors[2]), # 顶面 + ([3, 2, 6, 7], face_colors[1]), # 底面 + ] + + # 按z轴排序，远处的面先画 + faces.sort(key=lambda f: sum(points[i][2] for i in f[0])/4) + + for face_indices, color in faces: + face_points = [projected[i] for i in face_indices] + self.draw.polygon(face_points, fill=color, outline=(50, 50, 50, 255), width=1) + + def draw_3d_sphere(self, x: int, y: int, radius: int, + color: Tuple[int, int, int, int] = (100, 150, 255, 255), + light_pos: Tuple[int, int] = None): + """绘制3D球体，带光照效果""" + if light_pos is None: + light_pos = (x - radius//2, y - radius//2) + + # 径向渐变模拟3D效果 + for r in range(radius, 0, -1): + # 计算光照 + dx = light_pos[0] - x + dy = light_pos[1] - y + distance = math.hypot(dx, dy) + light_ratio = 1 - (r / radius) * 0.7 + + r_color = int(color[0] * light_ratio) + g_color = int(color[1] * light_ratio) + b_color = int(color[2] * light_ratio) + + self.draw.ellipse( + [x - r, y - r, x + r, y + r], + fill=(r_color, g_color, b_color, color[3]) + ) + + # 高光 + highlight_radius = radius // 5 + highlight_x = x - radius//3 + highlight_y = y - radius//3 + self.draw.ellipse( + [highlight_x - highlight_radius, highlight_y - highlight_radius, + highlight_x + highlight_radius, highlight_y + highlight_radius], + fill=(255, 255, 255, 180) + ) + + # ===== 材质系统 ===== + def apply_material(self, layer_index: int = None, material_type: str = "glass"): + """应用材质效果""" + target_layer = self.current_layer if layer_index is None else self.layers[layer_index] + + if material_type == "glass": + # 玻璃材质：透明+模糊+高光 + blurred = target_layer.filter(ImageFilter.GaussianBlur(2)) + result = Image.blend(target_layer, blurred, 0.3) + # 添加高光 + highlight = Image.new("RGBA", target_layer.size, (255, 255, 255, 30)) + result = Image.alpha_composite(result, highlight) + + elif material_type == "metal": + # 金属材质：高对比度+反光 + np_img = np.array(target_layer) + np_img[..., :3] = np.clip(np_img[..., :3] * 1.3, 0, 255) + result = Image.fromarray(np_img.astype(np.uint8), "RGBA") + # 添加反光 + edge = ImageOps.expand(target_layer, border=2, fill=(255, 255, 255, 100)) + result.paste(edge, (0, 0), edge) + + elif material_type == "wood": + # 木质材质：木纹纹理+暖色调 + noise = np.random.normal(0, 15, target_layer.size + (3,)) + np_img = np.array(target_layer) + np_img[..., :3] = np.clip(np_img[..., :3] + noise, 0, 255) + # 暖色调 + np_img[..., 0] = np.clip(np_img[..., 0] * 1.2, 0, 255) + np_img[..., 1] = np.clip(np_img[..., 1] * 1.1, 0, 255) + np_img[..., 2] = np.clip(np_img[..., 2] * 0.8, 0, 255) + result = Image.fromarray(np_img.astype(np.uint8), "RGBA") + + else: # 默认材质 + result = target_layer + + if layer_index is None: + self.current_layer = result + else: + self.layers[layer_index] = result + + # ===== 粒子系统 ===== + def draw_particle_system(self, x: int, y: int, count: int = 50, + particle_color: Tuple[int, int, int, int] = (255, 200, 100, 200), + spread: int = 100, + particle_size: Tuple[int, int] = (2, 6)): + """绘制粒子系统，用于火焰、星光、烟雾等效果""" + for _ in range(count): + # 随机位置 + offset_x = random.randint(-spread, spread) + offset_y = random.randint(-spread, spread) + px = x + offset_x + py = y + offset_y + + # 随机大小 + size = random.randint(particle_size[0], particle_size[1]) + + # 随机透明度 + alpha = random.randint(100, particle_color[3]) + color = (particle_color[0], particle_color[1], particle_color[2], alpha) + + # 绘制粒子 + self.draw_circle(px, py, size, fill=color) + + # ===== 高级滤镜 ===== + def apply_vignette(self, intensity: float = 0.5): + """应用暗角效果""" + vignette = Image.new("L", (self.width, self.height), 0) + draw = ImageDraw.Draw(vignette) + + for r in range(max(self.width, self.height), 0, -10): + brightness = int(255 * (1 - intensity * (1 - r / max(self.width, self.height)))) + draw.ellipse( + [self.width//2 - r, self.height//2 - r, + self.width//2 + r, self.height//2 + r], + fill=brightness + ) + + # 应用暗角到所有图层 + for i in range(len(self.layers)): + layer = self.layers[i] + layer.putalpha(vignette) + self.layers[i] = layer + + current_vignette = Image.new("RGBA", (self.width, self.height)) + current_vignette.putalpha(vignette) + self.current_layer = Image.alpha_composite(self.current_layer, current_vignette) + + def apply_color_grading(self, brightness: float = 1.0, contrast: float = 1.0, + saturation: float = 1.0, temperature: float = 0.0): + """应用色彩分级，调整亮度、对比度、饱和度、色温""" + np_img = np.array(self.current_layer) + + # 亮度调整 + np_img[..., :3] = np.clip(np_img[..., :3] * brightness, 0, 255) + + # 对比度调整 + mean = np.mean(np_img[..., :3]) + np_img[..., :3] = np.clip((np_img[..., :3] - mean) * contrast + mean, 0, 255) + + # 色温调整 + if temperature > 0: # 暖色调 + np_img[..., 0] = np.clip(np_img[..., 0] * (1 + temperature), 0, 255) + np_img[..., 2] = np.clip(np_img[..., 2] * (1 - temperature), 0, 255) + else: # 冷色调 + np_img[..., 0] = np.clip(np_img[..., 0] * (1 + temperature), 0, 255) + np_img[..., 2] = np.clip(np_img[..., 2] * (1 - temperature), 0, 255) + + self.current_layer = Image.fromarray(np_img.astype(np.uint8), "RGBA") + + def apply_bloom(self, threshold: int = 200, blur_radius: float = 10.0): + """应用 Bloom 发光效果，亮部溢出""" + # 提取亮部 + np_img = np.array(self.current_layer) + bright_mask = (np_img[..., 0] > threshold) & (np_img[..., 1] > threshold) & (np_img[..., 2] > threshold) + bright_parts = np.zeros_like(np_img) + bright_parts[bright_mask] = np_img[bright_mask] + + bright_layer = Image.fromarray(bright_parts.astype(np.uint8), "RGBA") + blurred_bright = bright_layer.filter(ImageFilter.GaussianBlur(blur_radius)) + + # 混合发光效果 + self.current_layer = Image.alpha_composite(self.current_layer, blurred_bright) + + # ===== 基础形状（继承v1版并增强） ===== + def draw_rectangle(self, x: int, y: int, width: int, height: int, + fill: Tuple[int, int, int, int] = (255, 255, 255, 255), + outline: Tuple[int, int, int, int] = None, + stroke_width: int = 1, + corner_radius: int = 0): + """绘制矩形，支持圆角""" + if corner_radius == 0: + self.draw.rectangle([x, y, x + width, y + height], fill=fill, outline=outline, width=stroke_width) + return + + # 圆角矩形 + radius = corner_radius + self.draw.ellipse([x, y, x + 2*radius, y + 2*radius], fill=fill, outline=outline, width=stroke_width) + self.draw.ellipse([x + width - 2*radius, y, x + width, y + 2*radius], fill=fill, outline=outline, width=stroke_width) + self.draw.ellipse([x, y + height - 2*radius, x + 2*radius, y + height], fill=fill, outline=outline, width=stroke_width) + self.draw.ellipse([x + width - 2*radius, y + height - 2*radius, x + width, y + height], fill=fill, outline=outline, width=stroke_width) + + self.draw.rectangle([x + radius, y, x + width - radius, y + height], fill=fill, outline=None) + self.draw.rectangle([x, y + radius, x + width, y + height - radius], fill=fill, outline=None) + + if outline: + self.draw.line([x + radius, y, x + width - radius, y], fill=outline, width=stroke_width) + self.draw.line([x + radius, y + height, x + width - radius, y + height], fill=outline, width=stroke_width) + self.draw.line([x, y + radius, x, y + height - radius], fill=outline, width=stroke_width) + self.draw.line([x + width, y + radius, x + width, y + height - radius], fill=outline, width=stroke_width) + + def draw_circle(self, x: int, y: int, radius: int, + fill: Tuple[int, int, int, int] = (255, 255, 255, 255), + outline: Tuple[int, int, int, int] = None, + stroke_width: int = 1): + """绘制圆形""" + self.draw.ellipse([x - radius, y - radius, x + radius, y + radius], + fill=fill, outline=outline, width=stroke_width) + + def draw_linear_gradient(self, x: int, y: int, width: int, height: int, + start_color: Tuple[int, int, int, int], + end_color: Tuple[int, int, int, int], + direction: str = "vertical"): + """绘制线性渐变""" + gradient = Image.new("RGBA", (width, height)) + draw = ImageDraw.Draw(gradient) + + if direction == "vertical": + for i in range(height): + ratio = i / height + r = int(start_color[0] * (1 - ratio) + end_color[0] * ratio) + g = int(start_color[1] * (1 - ratio) + end_color[1] * ratio) + b = int(start_color[2] * (1 - ratio) + end_color[2] * ratio) + a = int(start_color[3] * (1 - ratio) + end_color[3] * ratio) + draw.line([(0, i), (width, i)], fill=(r, g, b, a)) + elif direction == "horizontal": + for i in range(width): + ratio = i / width + r = int(start_color[0] * (1 - ratio) + end_color[0] * ratio) + g = int(start_color[1] * (1 - ratio) + end_color[1] * ratio) + b = int(start_color[2] * (1 - ratio) + end_color[2] * ratio) + a = int(start_color[3] * (1 - ratio) + end_color[3] * ratio) + draw.line([(i, 0), (i, height)], fill=(r, g, b, a)) + + self.current_layer.paste(gradient, (x, y), gradient) + + def draw_radial_gradient(self, x: int, y: int, radius: int, + center_color: Tuple[int, int, int, int], + edge_color: Tuple[int, int, int, int]): + """绘制径向渐变""" + size = radius * 2 + gradient = Image.new("RGBA", (size, size)) + draw = ImageDraw.Draw(gradient) + + for r in range(radius, 0, -1): + ratio = r / radius + rc = int(center_color[0] * ratio + edge_color[0] * (1 - ratio)) + gc = int(center_color[1] * ratio + edge_color[1] * (1 - ratio)) + bc = int(center_color[2] * ratio + edge_color[2] * (1 - ratio)) + ac = int(center_color[3] * ratio + edge_color[3] * (1 - ratio)) + draw.ellipse([radius - r, radius - r, radius + r, radius + r], + fill=(rc, gc, bc, ac)) + + self.current_layer.paste(gradient, (x - radius, y - radius), gradient) + + +# 示例测试 +if __name__ == "__main__": + renderer = AdvancedRendererV2(800, 600, bg_color=(10, 20, 40)) + + # 添加光源 + renderer.add_light_source(600, 100, intensity=0.8, color=(255, 255, 200)) + + # 背景渐变 + renderer.draw_linear_gradient(0, 0, 800, 600, + start_color=(10, 20, 40, 255), + end_color=(30, 50, 80, 255)) + + # 3D球体 + renderer.create_layer() + renderer.draw_3d_sphere(200, 300, 80, color=(255, 100, 100, 255)) + + # 3D立方体 + renderer.create_layer() + renderer.draw_3d_cube(400, 300, 60, rotation=0.3) + + # 粒子系统 + renderer.create_layer() + renderer.draw_particle_system(600, 300, count=80, particle_color=(255, 200, 100, 200), spread=80) + + # 应用效果 + renderer.apply_bloom(threshold=180, blur_radius=8.0) + renderer.apply_vignette(intensity=0.4) + + # 保存 + final = renderer.merge_layers() + final.save("渲染引擎v2测试.png") + print("✅ 高级渲染引擎v2测试完成，图片已保存为 渲染引擎v2测试.png") diff --git a/runtime/memory-api/core/comfyui_client.py b/runtime/memory-api/core/comfyui_client.py new file mode 100644 index 0000000..b9fee78 --- /dev/null +++ b/runtime/memory-api/core/comfyui_client.py @@ -0,0 +1,670 @@ +from __future__ import annotations + +import mimetypes +import os +import random +import time +import uuid +from pathlib import Path +from typing import Any, Dict, Optional +from urllib.parse import quote + +import requests + + +class ComfyUIClient: + def __init__(self, api_url: str = "", output_dir: str = "outputs") -> None: + self.api_url = str(api_url or "").strip().rstrip("/") + self.output_dir = output_dir + Path(self.output_dir).mkdir(parents=True, exist_ok=True) + self._is_comfyui: Optional[bool] = None + self._checkpoint_cache: list[str] | None = None + self._lora_cache: list[str] | None = None + self._controlnet_cache: list[str] | None = None + + def set_api_url(self, api_url: str) -> None: + self.api_url = str(api_url or "").strip().rstrip("/") + self._is_comfyui = None + self._checkpoint_cache = None + self._lora_cache = None + self._controlnet_cache = None + + @property + def available(self) -> bool: + return self.api_url.startswith("http") + + def is_comfyui_server(self) -> bool: + if not self.available: + return False + if self._is_comfyui is not None: + return self._is_comfyui + try: + response = requests.get(f"{self.api_url}/system_stats", timeout=5) + self._is_comfyui = response.ok and "application/json" in response.headers.get("Content-Type", "") + except Exception: + self._is_comfyui = False + return bool(self._is_comfyui) + + def _sampler_config(self, sampler_name: str | None = None) -> tuple[str, str]: + sampler = str(sampler_name or "").strip().lower() + mapping = { + "dpm++ 2m karras": ("dpmpp_2m", "karras"), + "dpm++ sde karras": ("dpmpp_sde", "karras"), + "euler": ("euler", "normal"), + "euler a": ("euler_ancestral", "normal"), + "heun": ("heun", "normal"), + "ddim": ("ddim", "normal"), + } + return mapping.get(sampler, ("dpmpp_2m", "karras")) + + def _sanitize_dimension(self, value: int, minimum: int = 512) -> int: + value = max(minimum, int(value or minimum)) + return max(64, (value // 64) * 64) + + def _request_json(self, method: str, path: str, **kwargs: Any) -> Dict[str, Any]: + response = requests.request(method, f"{self.api_url}{path}", timeout=kwargs.pop("timeout", 60), **kwargs) + response.raise_for_status() + payload = response.json() + return payload if isinstance(payload, dict) else {} + + def _extract_choice_names(self, payload: Dict[str, Any], node_name: str, field_name: str) -> list[str]: + if node_name in payload and isinstance(payload[node_name], dict): + payload = payload[node_name] + required = ((payload.get("input") or {}).get("required") or {}).get(field_name) + if isinstance(required, list) and required and isinstance(required[0], list): + return [str(item) for item in required[0] if str(item).strip() and "put_" not in str(item)] + if isinstance(required, list): + return [str(item) for item in required if str(item).strip() and "put_" not in str(item)] + return [] + + def get_available_checkpoints(self) -> list[str]: + if self._checkpoint_cache is not None: + return list(self._checkpoint_cache) + if not self.is_comfyui_server(): + self._checkpoint_cache = [] + return [] + try: + payload = self._request_json("GET", "/object_info/CheckpointLoaderSimple", timeout=15) + except Exception: + self._checkpoint_cache = [] + return [] + self._checkpoint_cache = self._extract_choice_names(payload, "CheckpointLoaderSimple", "ckpt_name") + return list(self._checkpoint_cache) + + def get_available_loras(self) -> list[str]: + if self._lora_cache is not None: + return list(self._lora_cache) + if not self.is_comfyui_server(): + self._lora_cache = [] + return [] + try: + payload = self._request_json("GET", "/object_info/LoraLoader", timeout=15) + except Exception: + self._lora_cache = [] + return [] + self._lora_cache = self._extract_choice_names(payload, "LoraLoader", "lora_name") + return list(self._lora_cache) + + def get_available_controlnets(self) -> list[str]: + if self._controlnet_cache is not None: + return list(self._controlnet_cache) + if not self.is_comfyui_server(): + self._controlnet_cache = [] + return [] + try: + payload = self._request_json("GET", "/object_info/ControlNetLoader", timeout=15) + except Exception: + self._controlnet_cache = [] + return [] + self._controlnet_cache = self._extract_choice_names(payload, "ControlNetLoader", "control_net_name") + return list(self._controlnet_cache) + + def pick_checkpoint(self, preferred_name: str | None = None) -> str: + checkpoints = self.get_available_checkpoints() + if preferred_name: + marker = str(preferred_name).strip().casefold() + for name in checkpoints: + if name.casefold() == marker: + return name + for name in checkpoints: + if marker in name.casefold(): + return name + for matcher in ("sd_xl_base_1.0", "xl_base", "sdxl", "base"): + for name in checkpoints: + if matcher in name.casefold(): + return name + if checkpoints: + return checkpoints[0] + raise RuntimeError("ComfyUI 未返回可用 checkpoint") + + def pick_lora(self, preferred_name: str | None = None) -> str: + loras = self.get_available_loras() + if preferred_name: + marker = str(preferred_name).strip().casefold() + for name in loras: + if name.casefold() == marker: + return name + for name in loras: + if marker in name.casefold(): + return name + if loras: + return loras[0] + raise RuntimeError("ComfyUI 未返回可用 LoRA") + + def pick_controlnet(self, preferred_name: str | list[str] | None = None) -> str: + controlnets = self.get_available_controlnets() + preferred: list[str] = [] + if isinstance(preferred_name, list): + preferred = [str(item).strip().casefold() for item in preferred_name if str(item).strip()] + elif preferred_name: + preferred = [str(preferred_name).strip().casefold()] + for marker in preferred: + for name in controlnets: + if name.casefold() == marker: + return name + for name in controlnets: + if marker in name.casefold(): + return name + for matcher in ("canny", "sketch", "scribble", "lineart", "depth"): + for name in controlnets: + if matcher in name.casefold(): + return name + if controlnets: + return controlnets[0] + raise RuntimeError("ComfyUI 未返回可用 ControlNet/T2I 模型") + + def upload_image(self, image_path: str, *, overwrite: bool = True) -> str: + mime_type = mimetypes.guess_type(image_path)[0] or "image/png" + with open(image_path, "rb") as handle: + response = requests.post( + f"{self.api_url}/upload/image", + files={"image": (os.path.basename(image_path), handle, mime_type)}, + data={"overwrite": "true" if overwrite else "false"}, + timeout=180, + ) + response.raise_for_status() + payload = response.json() + name = str(payload.get("name") or "").strip() + subfolder = str(payload.get("subfolder") or "").strip() + return f"{subfolder}/{name}".strip("/") if subfolder else name + + def _submit_prompt(self, workflow: Dict[str, Any]) -> str: + payload = { + "prompt": workflow, + "client_id": uuid.uuid4().hex, + } + response = requests.post(f"{self.api_url}/prompt", json=payload, timeout=60) + response.raise_for_status() + result = response.json() + prompt_id = str(result.get("prompt_id") or "").strip() + if not prompt_id: + raise RuntimeError("ComfyUI 未返回 prompt_id") + return prompt_id + + def _history_outputs(self, prompt_id: str) -> Dict[str, Any]: + payload = self._request_json("GET", f"/history/{quote(prompt_id, safe='')}", timeout=30) + if prompt_id in payload and isinstance(payload[prompt_id], dict): + return payload[prompt_id] + return payload + + def _wait_for_image_descriptor(self, prompt_id: str, *, timeout_seconds: int = 600) -> Dict[str, Any]: + deadline = time.time() + max(30, timeout_seconds) + while time.time() < deadline: + history = self._history_outputs(prompt_id) + outputs = history.get("outputs") or {} + for node_output in outputs.values(): + if not isinstance(node_output, dict): + continue + images = node_output.get("images") or [] + if images and isinstance(images[0], dict): + return images[0] + status = history.get("status") or {} + completed = ((status.get("status_str") or "") == "success") or bool(status.get("completed") is True) + if completed: + break + time.sleep(1.2) + raise TimeoutError("ComfyUI 生成超时或未返回图片") + + def _download_image(self, descriptor: Dict[str, Any], output_name: str) -> str: + filename = str(descriptor.get("filename") or "").strip() + if not filename: + raise RuntimeError("ComfyUI 返回图片描述缺少 filename") + params = { + "filename": filename, + "subfolder": str(descriptor.get("subfolder") or ""), + "type": str(descriptor.get("type") or "output"), + } + response = requests.get(f"{self.api_url}/view", params=params, timeout=180) + response.raise_for_status() + extension = os.path.splitext(filename)[1] or ".png" + output_path = os.path.join(self.output_dir, f"{output_name}{extension}") + with open(output_path, "wb") as handle: + handle.write(response.content) + return output_path + + def _workflow_refs( + self, + workflow: Dict[str, Any], + *, + checkpoint: str, + lora_name: str = "", + lora_strength_model: float = 1.0, + lora_strength_clip: float = 1.0, + lora_node_id: str = "90", + ) -> tuple[list[Any], list[Any]]: + workflow["1"] = {"class_type": "CheckpointLoaderSimple", "inputs": {"ckpt_name": checkpoint}} + if str(lora_name or "").strip(): + workflow[lora_node_id] = { + "class_type": "LoraLoader", + "inputs": { + "model": ["1", 0], + "clip": ["1", 1], + "lora_name": self.pick_lora(lora_name), + "strength_model": float(lora_strength_model), + "strength_clip": float(lora_strength_clip), + }, + } + return [lora_node_id, 0], [lora_node_id, 1] + return ["1", 0], ["1", 1] + + def render_img2img( + self, + *, + prompt: str, + negative_prompt: str, + control_image_path: str, + width: int, + height: int, + steps: int, + cfg_scale: float, + denoising_strength: float, + sampler_name: str = "", + filename_prefix: str = "comfy_img2img", + checkpoint_name: str = "", + lora_name: str = "", + lora_strength_model: float = 1.0, + lora_strength_clip: float = 1.0, + ) -> str: + uploaded_name = self.upload_image(control_image_path) + checkpoint = self.pick_checkpoint(checkpoint_name) + sampler, scheduler = self._sampler_config(sampler_name) + workflow: Dict[str, Any] = {} + model_ref, clip_ref = self._workflow_refs( + workflow, + checkpoint=checkpoint, + lora_name=lora_name, + lora_strength_model=lora_strength_model, + lora_strength_clip=lora_strength_clip, + ) + workflow.update( + { + "2": {"class_type": "LoadImage", "inputs": {"image": uploaded_name}}, + "3": {"class_type": "CLIPTextEncode", "inputs": {"text": prompt, "clip": clip_ref}}, + "4": {"class_type": "CLIPTextEncode", "inputs": {"text": negative_prompt, "clip": clip_ref}}, + "5": {"class_type": "VAEEncode", "inputs": {"pixels": ["2", 0], "vae": ["1", 2]}}, + "6": { + "class_type": "KSampler", + "inputs": { + "seed": random.randint(1, 2**31 - 1), + "steps": max(1, int(steps)), + "cfg": float(cfg_scale), + "sampler_name": sampler, + "scheduler": scheduler, + "denoise": max(0.0, min(1.0, float(denoising_strength))), + "model": model_ref, + "positive": ["3", 0], + "negative": ["4", 0], + "latent_image": ["5", 0], + }, + }, + "7": {"class_type": "VAEDecode", "inputs": {"samples": ["6", 0], "vae": ["1", 2]}}, + "8": {"class_type": "SaveImage", "inputs": {"filename_prefix": filename_prefix, "images": ["7", 0]}}, + } + ) + prompt_id = self._submit_prompt(workflow) + descriptor = self._wait_for_image_descriptor(prompt_id) + return self._download_image(descriptor, f"{filename_prefix}_{prompt_id}") + + def render_controlnet_img2img( + self, + *, + prompt: str, + negative_prompt: str, + init_image_path: str, + control_inputs: list[Dict[str, Any]], + width: int, + height: int, + steps: int, + cfg_scale: float, + denoising_strength: float, + sampler_name: str = "", + filename_prefix: str = "comfy_controlnet_img2img", + checkpoint_name: str = "", + lora_name: str = "", + lora_strength_model: float = 1.0, + lora_strength_clip: float = 1.0, + ) -> str: + normalized_inputs = [dict(item) for item in control_inputs if isinstance(item, dict) and str(item.get("image_path") or "").strip()] + if not normalized_inputs: + return self.render_img2img( + prompt=prompt, + negative_prompt=negative_prompt, + control_image_path=init_image_path, + width=width, + height=height, + steps=steps, + cfg_scale=cfg_scale, + denoising_strength=denoising_strength, + sampler_name=sampler_name, + filename_prefix=filename_prefix, + checkpoint_name=checkpoint_name, + lora_name=lora_name, + lora_strength_model=lora_strength_model, + lora_strength_clip=lora_strength_clip, + ) + + uploaded_init = self.upload_image(init_image_path) + checkpoint = self.pick_checkpoint(checkpoint_name) + sampler, scheduler = self._sampler_config(sampler_name) + workflow: Dict[str, Any] = {} + model_ref, clip_ref = self._workflow_refs( + workflow, + checkpoint=checkpoint, + lora_name=lora_name, + lora_strength_model=lora_strength_model, + lora_strength_clip=lora_strength_clip, + ) + workflow.update( + { + "2": {"class_type": "LoadImage", "inputs": {"image": uploaded_init}}, + "3": {"class_type": "CLIPTextEncode", "inputs": {"text": prompt, "clip": clip_ref}}, + "4": {"class_type": "CLIPTextEncode", "inputs": {"text": negative_prompt, "clip": clip_ref}}, + "5": {"class_type": "VAEEncode", "inputs": {"pixels": ["2", 0], "vae": ["1", 2]}}, + } + ) + + positive_ref: list[Any] = ["3", 0] + negative_ref: list[Any] = ["4", 0] + next_node_id = 20 + for item in normalized_inputs: + uploaded_control = self.upload_image(str(item.get("image_path") or "").strip()) + control_model = self.pick_controlnet(item.get("control_net_name") or item.get("controlnet_name")) + load_image_id = str(next_node_id) + load_controlnet_id = str(next_node_id + 1) + apply_id = str(next_node_id + 2) + next_node_id += 3 + workflow[load_image_id] = {"class_type": "LoadImage", "inputs": {"image": uploaded_control}} + workflow[load_controlnet_id] = {"class_type": "ControlNetLoader", "inputs": {"control_net_name": control_model}} + workflow[apply_id] = { + "class_type": "ControlNetApplyAdvanced", + "inputs": { + "positive": positive_ref, + "negative": negative_ref, + "control_net": [load_controlnet_id, 0], + "image": [load_image_id, 0], + "strength": float(item.get("strength", 0.8)), + "start_percent": float(item.get("start_percent", 0.0)), + "end_percent": float(item.get("end_percent", 1.0)), + "vae": ["1", 2], + }, + } + positive_ref = [apply_id, 0] + negative_ref = [apply_id, 1] + + workflow["6"] = { + "class_type": "KSampler", + "inputs": { + "seed": random.randint(1, 2**31 - 1), + "steps": max(1, int(steps)), + "cfg": float(cfg_scale), + "sampler_name": sampler, + "scheduler": scheduler, + "denoise": max(0.0, min(1.0, float(denoising_strength))), + "model": model_ref, + "positive": positive_ref, + "negative": negative_ref, + "latent_image": ["5", 0], + }, + } + workflow["7"] = {"class_type": "VAEDecode", "inputs": {"samples": ["6", 0], "vae": ["1", 2]}} + workflow["8"] = {"class_type": "SaveImage", "inputs": {"filename_prefix": filename_prefix, "images": ["7", 0]}} + prompt_id = self._submit_prompt(workflow) + descriptor = self._wait_for_image_descriptor(prompt_id) + return self._download_image(descriptor, f"{filename_prefix}_{prompt_id}") + + def render_controlnet_txt2img( + self, + *, + prompt: str, + negative_prompt: str, + control_inputs: list[Dict[str, Any]], + width: int, + height: int, + steps: int, + cfg_scale: float, + sampler_name: str = "", + filename_prefix: str = "comfy_controlnet_txt2img", + checkpoint_name: str = "", + lora_name: str = "", + lora_strength_model: float = 1.0, + lora_strength_clip: float = 1.0, + ) -> str: + normalized_inputs = [dict(item) for item in control_inputs if isinstance(item, dict) and str(item.get("image_path") or "").strip()] + if not normalized_inputs: + return self.render_txt2img( + prompt=prompt, + negative_prompt=negative_prompt, + width=width, + height=height, + steps=steps, + cfg_scale=cfg_scale, + sampler_name=sampler_name, + filename_prefix=filename_prefix, + checkpoint_name=checkpoint_name, + lora_name=lora_name, + lora_strength_model=lora_strength_model, + lora_strength_clip=lora_strength_clip, + ) + + checkpoint = self.pick_checkpoint(checkpoint_name) + sampler, scheduler = self._sampler_config(sampler_name) + workflow: Dict[str, Any] = {} + model_ref, clip_ref = self._workflow_refs( + workflow, + checkpoint=checkpoint, + lora_name=lora_name, + lora_strength_model=lora_strength_model, + lora_strength_clip=lora_strength_clip, + ) + workflow.update( + { + "2": {"class_type": "CLIPTextEncode", "inputs": {"text": prompt, "clip": clip_ref}}, + "3": {"class_type": "CLIPTextEncode", "inputs": {"text": negative_prompt, "clip": clip_ref}}, + } + ) + + positive_ref: list[Any] = ["2", 0] + negative_ref: list[Any] = ["3", 0] + next_node_id = 20 + for item in normalized_inputs: + uploaded_control = self.upload_image(str(item.get("image_path") or "").strip()) + control_model = self.pick_controlnet(item.get("control_net_name") or item.get("controlnet_name")) + load_image_id = str(next_node_id) + load_controlnet_id = str(next_node_id + 1) + apply_id = str(next_node_id + 2) + next_node_id += 3 + workflow[load_image_id] = {"class_type": "LoadImage", "inputs": {"image": uploaded_control}} + workflow[load_controlnet_id] = {"class_type": "ControlNetLoader", "inputs": {"control_net_name": control_model}} + workflow[apply_id] = { + "class_type": "ControlNetApplyAdvanced", + "inputs": { + "positive": positive_ref, + "negative": negative_ref, + "control_net": [load_controlnet_id, 0], + "image": [load_image_id, 0], + "strength": float(item.get("strength", 0.8)), + "start_percent": float(item.get("start_percent", 0.0)), + "end_percent": float(item.get("end_percent", 1.0)), + "vae": ["1", 2], + }, + } + positive_ref = [apply_id, 0] + negative_ref = [apply_id, 1] + + workflow["4"] = { + "class_type": "EmptyLatentImage", + "inputs": { + "width": self._sanitize_dimension(width), + "height": self._sanitize_dimension(height), + "batch_size": 1, + }, + } + workflow["5"] = { + "class_type": "KSampler", + "inputs": { + "seed": random.randint(1, 2**31 - 1), + "steps": max(1, int(steps)), + "cfg": float(cfg_scale), + "sampler_name": sampler, + "scheduler": scheduler, + "denoise": 1.0, + "model": model_ref, + "positive": positive_ref, + "negative": negative_ref, + "latent_image": ["4", 0], + }, + } + workflow["6"] = {"class_type": "VAEDecode", "inputs": {"samples": ["5", 0], "vae": ["1", 2]}} + workflow["7"] = {"class_type": "SaveImage", "inputs": {"filename_prefix": filename_prefix, "images": ["6", 0]}} + prompt_id = self._submit_prompt(workflow) + descriptor = self._wait_for_image_descriptor(prompt_id) + return self._download_image(descriptor, f"{filename_prefix}_{prompt_id}") + + def render_inpaint( + self, + *, + prompt: str, + negative_prompt: str, + init_image_path: str, + mask_image_path: str, + steps: int, + cfg_scale: float, + denoising_strength: float, + sampler_name: str = "", + filename_prefix: str = "comfy_inpaint", + checkpoint_name: str = "", + lora_name: str = "", + lora_strength_model: float = 1.0, + lora_strength_clip: float = 1.0, + grow_mask_by: int = 12, + ) -> str: + uploaded_init = self.upload_image(init_image_path) + uploaded_mask = self.upload_image(mask_image_path) + checkpoint = self.pick_checkpoint(checkpoint_name) + sampler, scheduler = self._sampler_config(sampler_name) + workflow: Dict[str, Any] = {} + model_ref, clip_ref = self._workflow_refs( + workflow, + checkpoint=checkpoint, + lora_name=lora_name, + lora_strength_model=lora_strength_model, + lora_strength_clip=lora_strength_clip, + ) + workflow.update( + { + "2": {"class_type": "LoadImage", "inputs": {"image": uploaded_init}}, + "3": {"class_type": "LoadImage", "inputs": {"image": uploaded_mask}}, + "4": {"class_type": "CLIPTextEncode", "inputs": {"text": prompt, "clip": clip_ref}}, + "5": {"class_type": "CLIPTextEncode", "inputs": {"text": negative_prompt, "clip": clip_ref}}, + "6": { + "class_type": "VAEEncodeForInpaint", + "inputs": { + "pixels": ["2", 0], + "mask": ["3", 1], + "vae": ["1", 2], + "grow_mask_by": max(0, int(grow_mask_by)), + }, + }, + "7": { + "class_type": "KSampler", + "inputs": { + "seed": random.randint(1, 2**31 - 1), + "steps": max(1, int(steps)), + "cfg": float(cfg_scale), + "sampler_name": sampler, + "scheduler": scheduler, + "denoise": max(0.0, min(1.0, float(denoising_strength))), + "model": model_ref, + "positive": ["4", 0], + "negative": ["5", 0], + "latent_image": ["6", 0], + }, + }, + "8": {"class_type": "VAEDecode", "inputs": {"samples": ["7", 0], "vae": ["1", 2]}}, + "9": {"class_type": "SaveImage", "inputs": {"filename_prefix": filename_prefix, "images": ["8", 0]}}, + } + ) + prompt_id = self._submit_prompt(workflow) + descriptor = self._wait_for_image_descriptor(prompt_id) + return self._download_image(descriptor, f"{filename_prefix}_{prompt_id}") + + def render_txt2img( + self, + *, + prompt: str, + negative_prompt: str, + width: int, + height: int, + steps: int, + cfg_scale: float, + sampler_name: str = "", + filename_prefix: str = "comfy_txt2img", + checkpoint_name: str = "", + lora_name: str = "", + lora_strength_model: float = 1.0, + lora_strength_clip: float = 1.0, + ) -> str: + checkpoint = self.pick_checkpoint(checkpoint_name) + sampler, scheduler = self._sampler_config(sampler_name) + workflow: Dict[str, Any] = {} + model_ref, clip_ref = self._workflow_refs( + workflow, + checkpoint=checkpoint, + lora_name=lora_name, + lora_strength_model=lora_strength_model, + lora_strength_clip=lora_strength_clip, + ) + workflow.update( + { + "2": {"class_type": "CLIPTextEncode", "inputs": {"text": prompt, "clip": clip_ref}}, + "3": {"class_type": "CLIPTextEncode", "inputs": {"text": negative_prompt, "clip": clip_ref}}, + "4": { + "class_type": "EmptyLatentImage", + "inputs": { + "width": self._sanitize_dimension(width), + "height": self._sanitize_dimension(height), + "batch_size": 1, + }, + }, + "5": { + "class_type": "KSampler", + "inputs": { + "seed": random.randint(1, 2**31 - 1), + "steps": max(1, int(steps)), + "cfg": float(cfg_scale), + "sampler_name": sampler, + "scheduler": scheduler, + "denoise": 1.0, + "model": model_ref, + "positive": ["2", 0], + "negative": ["3", 0], + "latent_image": ["4", 0], + }, + }, + "6": {"class_type": "VAEDecode", "inputs": {"samples": ["5", 0], "vae": ["1", 2]}}, + "7": {"class_type": "SaveImage", "inputs": {"filename_prefix": filename_prefix, "images": ["6", 0]}}, + } + ) + prompt_id = self._submit_prompt(workflow) + descriptor = self._wait_for_image_descriptor(prompt_id) + return self._download_image(descriptor, f"{filename_prefix}_{prompt_id}") diff --git a/runtime/memory-api/core/concept_extractor.py b/runtime/memory-api/core/concept_extractor.py new file mode 100644 index 0000000..fc849e0 --- /dev/null +++ b/runtime/memory-api/core/concept_extractor.py @@ -0,0 +1,180 @@ +""" +概念提取器 +从文本中提取机制级概念和因果关系，生成适合 Tri-Maze 推理的高质量 Concept Graph +""" +from __future__ import annotations + +import json +import os +from typing import Dict + +from loguru import logger +from openai import OpenAI + + +class ConceptExtractor: + """机制级概念提取器""" + + def __init__(self, api_key: str | None = None, base_url: str | None = None, model: str | None = None): + """初始化概念提取器""" + self.api_key = (api_key if api_key is not None else os.getenv("API_KEY", "")).strip() + self.base_url = (base_url if base_url is not None else os.getenv("API_BASE_URL", "https://api.deepseek.com/v1")).strip() + self.model = (model if model is not None else os.getenv("TMCRA_LLM_MODEL", "deepseek-chat")).strip() or "deepseek-chat" + self.client = self._build_client() + + self.MAX_CONCEPTS = None + self.MAX_RELATIONS = 25 + self.system_prompt = """ +你是专业的机制级概念提取专家。请从用户输入的文本中提取可用于推理的 Concept Graph，优先生成机制型、因果型的概念和关系，生成适合路径推理的高质量概念图。 + +# 核心规则： +## 1. 概念提取规则 +优先提取以下类型的具体概念，禁止提取抽象无价值概念： +✅ 允许的概念类型： +- structure: 具体结构、部件、实体 +- entity: 具体物体、物质、对象 +- property: 可测量的属性、特征 +- process: 具体过程、动作、机制 +- material: 具体材料、物质 +- energy: 能量、物理量、信号 +- biological structure: 生物结构、组织 +- physical mechanism: 物理/化学/生物机制 + +❌ 禁止提取的抽象概念（绝对不要出现）： +系统、情况、问题、东西、方面、部分、类型、方法、方式、技术、效果、作用、功能 + +## 2. 关系提取规则 +优先提取机制型、因果型关系，禁止模糊关系： +✅ 允许的关系类型： +导致、产生、影响、依赖、组成、包含、调节、转化、传递、驱动、阻碍、催化、生成、连接、控制、供给 + +❌ 禁止的模糊关系（绝对不要出现）： +相关、有关、涉及、属于、包括、是、有、存在 + +## 3. 概念链结构要求 +尽量构建多层机制因果链，例如： +- 猫 → 有 → 浓密毛发 → 导致 → 隔热 → 维持 → 体温 +- 机翼弯曲 → 导致 → 气流速度差 → 产生 → 压力差 → 生成 → 升力 +- 光照 → 触发 → 光合作用 → 生成 → 有机物 → 支持 → 植物生长 +- 电流 → 流过 → 电阻 → 产生 → 热量 → 升高 → 温度 + +目标是生成适合路径搜索和推理的链式结构概念图。 + +## 4. 关系权重规则 +权重范围 0-1，根据关系确定性和强度赋值： +- 0.9–1.0：强因果关系、物理定律、确定的机制 +- 0.6–0.8：明确的机制关系、组成关系、过程关系 +- 0.3–0.5：弱关联、间接影响、不确定关系 + +## 5. 其他规则 +- 避免生成循环关系（A→B 且 B→A），除非是真实的循环过程 +- 概念和关系要具体、可推理，不要模糊笼统 +- 优先提取能形成长推理链的概念和关系 +- 概念数量不设固定上限，尽量完整保留机制链中的关键概念 +- 关系优先输出高质量机制关系，受模型上下文窗口约束 + +# 输出格式要求： +严格输出 JSON 格式，不要任何解释文字、说明、前置或后置内容： +{ + "concepts": [ + {"concept": "概念名称", "type": "structure/entity/property/process/material/energy"}, + {"concept": "概念名称", "type": "structure/entity/property/process/material/energy"} + ], + "relations": [ + {"from": "源概念", "to": "目标概念", "relation": "关系描述", "weight": 0.8} + ] +} +""" + + def _build_client(self): + if not self.api_key: + return None + return OpenAI(api_key=self.api_key, base_url=self.base_url) + + def set_api_config(self, api_key: str, base_url: str | None = None, model: str | None = None): + """设置 API 配置""" + self.api_key = (api_key or "").strip() + if base_url is not None and base_url.strip(): + self.base_url = base_url.strip() + if model is not None and model.strip(): + self.model = model.strip() + self.client = self._build_client() + if self.client: + logger.info("✅ API 配置已更新") + else: + logger.info("ℹ️ 概念提取 API 配置已清空") + + def _filter_and_trim_graph(self, result: Dict) -> Dict: + """过滤和修剪概念图，控制规模，删除低权重关系和孤立节点""" + concepts = result.get("concepts", []) + relations = result.get("relations", []) + + if not relations: + return result + + relations.sort(key=lambda x: x.get("weight", 0), reverse=True) + if self.MAX_RELATIONS and self.MAX_RELATIONS > 0: + relations = relations[:self.MAX_RELATIONS] + + used_concepts = set() + for rel in relations: + used_concepts.add(rel.get("from", "")) + used_concepts.add(rel.get("to", "")) + + filtered_concepts = [c for c in concepts if c.get("concept", "") in used_concepts] + if self.MAX_CONCEPTS and self.MAX_CONCEPTS > 0: + filtered_concepts = filtered_concepts[:self.MAX_CONCEPTS] + + existing_concept_names = {c.get("concept", "") for c in filtered_concepts} + for concept_name in used_concepts: + if concept_name and concept_name not in existing_concept_names and (not self.MAX_CONCEPTS or self.MAX_CONCEPTS <= 0 or len(filtered_concepts) < self.MAX_CONCEPTS): + filtered_concepts.append({ + "concept": concept_name, + "type": "entity" + }) + + logger.info( + "✂️ 概念图修剪：{}→{} 个概念，{}→{} 个关系", + len(concepts), + len(filtered_concepts), + len(result.get("relations", [])), + len(relations), + ) + + return { + "concepts": filtered_concepts, + "relations": relations, + } + + def extract(self, text: str) -> Dict | None: + """从任意文本中提取机制级概念和因果关系，生成高质量 Concept Graph。""" + if not self.api_key or not self.client: + logger.error("❌ 未设置 API Key，请先调用 set_api_config()") + return None + + logger.info("🔍 提取机制级概念图：{}...", text[:80]) + + try: + response = self.client.chat.completions.create( + model=self.model, + messages=[ + {"role": "system", "content": self.system_prompt}, + {"role": "user", "content": text}, + ], + temperature=0.1, + max_tokens=2000, + response_format={"type": "json_object"}, + ) + + result = json.loads(response.choices[0].message.content) + if "concepts" not in result or "relations" not in result: + logger.error("❌ API 返回格式错误，缺少 concepts 或 relations 字段") + return None + + result = self._filter_and_trim_graph(result) + logger.info("✅ 提取完成：{} 个概念，{} 个关系", len(result["concepts"]), len(result["relations"])) + logger.debug("提取结果: {}", json.dumps(result, ensure_ascii=False, indent=2)) + return result + except Exception as exc: + logger.error("❌ 概念提取失败: {}", exc) + return None diff --git a/runtime/memory-api/core/concept_graph.py b/runtime/memory-api/core/concept_graph.py new file mode 100644 index 0000000..725bd02 --- /dev/null +++ b/runtime/memory-api/core/concept_graph.py @@ -0,0 +1,126 @@ +""" +概念图存储 +基于 NetworkX 实现 +""" +import networkx as nx +from typing import Dict, List +from loguru import logger + + +class ConceptGraph: + """概念图存储""" + + def __init__(self): + self.graph = nx.DiGraph() + logger.info("✅ 概念图初始化完成") + + def add_concept(self, concept: str, concept_type: str = "general"): + """添加概念""" + if not self.graph.has_node(concept): + self.graph.add_node(concept, type=concept_type) + logger.debug(f"添加概念: {concept} ({concept_type})") + + def add_relation(self, from_concept: str, to_concept: str, relation: str, weight: float = 0.5): + """添加概念之间的关系""" + if not self.graph.has_node(from_concept): + self.add_concept(from_concept) + if not self.graph.has_node(to_concept): + self.add_concept(to_concept) + + self.graph.add_edge(from_concept, to_concept, relation=relation, weight=weight) + logger.debug(f"添加关系: {from_concept} → {to_concept}: {relation} (权重: {weight})") + + def remove_concept(self, concept: str): + """删除概念""" + if self.graph.has_node(concept): + self.graph.remove_node(concept) + logger.debug(f"删除概念: {concept}") + + def remove_relation(self, from_concept: str, to_concept: str): + """删除关系""" + if self.graph.has_edge(from_concept, to_concept): + self.graph.remove_edge(from_concept, to_concept) + logger.debug(f"删除关系: {from_concept} → {to_concept}") + + def get_concepts(self) -> List[str]: + """获取所有概念""" + return list(self.graph.nodes) + + def get_relations(self) -> List[Dict]: + """获取所有关系""" + relations = [] + for u, v, data in self.graph.edges(data=True): + relations.append({ + "from": u, + "to": v, + "relation": data.get("relation", ""), + "weight": data.get("weight", 0.5) + }) + return relations + + def find_paths(self, start: str, end: str = None, max_depth: int = 5) -> List[List[str]]: + """查找概念之间的路径""" + if end: + # 查找两点之间的所有简单路径 + paths = list(nx.all_simple_paths(self.graph, source=start, target=end, cutoff=max_depth)) + else: + # 从起点出发的所有路径 + paths = [] + for node in self.graph.nodes: + if node != start: + try: + paths.extend(nx.all_simple_paths(self.graph, source=start, target=node, cutoff=max_depth)) + except nx.NetworkXNoPath: + pass + + logger.debug(f"找到 {len(paths)} 条路径从 {start} 出发") + return paths + + def clear(self): + """清空概念图""" + self.graph.clear() + logger.debug("概念图已清空") + + def get_graph(self) -> nx.DiGraph: + """获取 NetworkX 图对象""" + return self.graph + + def export_json(self) -> Dict: + """导出为 JSON 格式""" + data = { + "concepts": [], + "relations": [] + } + + for node, attrs in self.graph.nodes(data=True): + data["concepts"].append({ + "concept": node, + "type": attrs.get("type", "general") + }) + + for u, v, attrs in self.graph.edges(data=True): + data["relations"].append({ + "from": u, + "to": v, + "relation": attrs.get("relation", ""), + "weight": attrs.get("weight", 0.5) + }) + + return data + + def import_json(self, data: Dict): + """从 JSON 导入""" + self.clear() + + for concept in data.get("concepts", []): + self.add_concept(concept["concept"], concept.get("type", "general")) + + for relation in data.get("relations", []): + self.add_relation( + relation["from"], + relation["to"], + relation["relation"], + relation.get("weight", 0.5) + ) + + logger.info(f"导入了 {len(self.graph.nodes)} 个概念，{len(self.graph.edges)} 个关系") diff --git a/runtime/memory-api/core/concept_memory.py b/runtime/memory-api/core/concept_memory.py new file mode 100644 index 0000000..bfc1465 --- /dev/null +++ b/runtime/memory-api/core/concept_memory.py @@ -0,0 +1,311 @@ +""" +Concept long-term memory for TMCRA. +Stores concepts, successful paths, and explicit facts with relation types. +""" +from __future__ import annotations + +import json +import os +from collections import defaultdict +from typing import Dict, List + +from loguru import logger + + +class ConceptMemory: + """Long-term concept memory.""" + + def __init__(self, memory_file: str = "data/concept_memory.json"): + self.memory_file = memory_file + self.max_concepts = None + self.max_paths = None + self.max_facts = 2000 + self.importance_threshold = 0.2 + self.reinforcement_factor = 0.05 + + self.concepts: Dict[str, Dict] = {} + self.paths: List[Dict] = [] + self.facts: List[Dict] = [] + self.edge_counts: Dict[tuple, int] = defaultdict(int) + + self._load_memory() + logger.info( + "✅ Concept memory initialized: {} concepts, {} paths, {} facts", + len(self.concepts), + len(self.paths), + len(self.facts), + ) + + def _normalize_path_record(self, record: Dict) -> Dict: + path_concepts = [str(item).strip() for item in (record.get("path") or []) if str(item).strip()] + mode = str(record.get("mode") or "forward").strip().lower() or "forward" + if mode not in {"forward", "reverse", "boundary"}: + mode = "forward" + source = str(record.get("source") or "engine_runtime").strip() or "engine_runtime" + try: + score = float(record.get("score", 0.8)) + except Exception: + score = 0.8 + try: + uses = int(record.get("uses", 1) or 1) + except Exception: + uses = 1 + + normalized = { + "path": path_concepts, + "score": max(0.0, min(1.0, score)), + "uses": max(1, uses), + "mode": mode, + "source": source, + } + for key, value in record.items(): + if key not in normalized: + normalized[key] = value + return normalized + + def _load_memory(self) -> None: + os.makedirs(os.path.dirname(self.memory_file), exist_ok=True) + if not os.path.exists(self.memory_file): + self._init_empty_memory() + return + try: + with open(self.memory_file, "r", encoding="utf-8") as f: + data = json.load(f) + self.concepts = data.get("concepts", {}) + self.paths = [self._normalize_path_record(item) for item in data.get("paths", []) if isinstance(item, dict)] + self.facts = data.get("facts", []) + + for path in self.paths: + concept_list = path.get("path", []) + for i in range(len(concept_list) - 1): + edge = (concept_list[i], concept_list[i + 1]) + self.edge_counts[edge] += path.get("uses", 1) + + logger.info( + "📥 Loaded memory: {} concepts, {} paths, {} facts", + len(self.concepts), + len(self.paths), + len(self.facts), + ) + except Exception as exc: + logger.error("❌ Failed to load memory: {}", exc) + self._init_empty_memory() + + def _init_empty_memory(self) -> None: + self.concepts = {} + self.paths = [] + self.facts = [] + self.edge_counts = defaultdict(int) + self._save_memory() + + def _save_memory(self) -> None: + try: + data = { + "concepts": self.concepts, + "paths": [self._normalize_path_record(item) for item in self.paths], + "facts": self.facts, + } + with open(self.memory_file, "w", encoding="utf-8") as f: + json.dump(data, f, ensure_ascii=False, indent=2) + except Exception as exc: + logger.error("❌ Failed to save memory: {}", exc) + + def _cleanup_memory(self) -> None: + if self.max_concepts and self.max_concepts > 0 and len(self.concepts) > self.max_concepts: + sorted_concepts = sorted( + self.concepts.items(), + key=lambda x: x[1].get("importance_score", 0), + reverse=True, + ) + keep_count = int(self.max_concepts * 0.9) + self.concepts = dict(sorted_concepts[:keep_count]) + logger.info("🧹 Trim concepts: kept {}", keep_count) + + if self.max_paths and self.max_paths > 0 and len(self.paths) > self.max_paths: + sorted_paths = sorted( + self.paths, + key=lambda x: (x.get("uses", 0), x.get("score", 0)), + reverse=True, + ) + keep_count = int(self.max_paths * 0.9) + self.paths = sorted_paths[:keep_count] + logger.info("🧹 Trim paths: kept {}", keep_count) + + if len(self.facts) > self.max_facts: + sorted_facts = sorted( + self.facts, + key=lambda x: (x.get("uses", 0), x.get("weight", 0)), + reverse=True, + ) + keep_count = int(self.max_facts * 0.9) + self.facts = sorted_facts[:keep_count] + logger.info("🧹 Trim facts: kept {}", keep_count) + + self._save_memory() + + def update_concept_importance(self, concept: str, score_delta: float = 0.1): + if concept in self.concepts: + self.concepts[concept]["importance_score"] = min( + 1.0, + self.concepts[concept].get("importance_score", 0) + score_delta, + ) + else: + self.concepts[concept] = { + "concept": concept, + "type": "unknown", + "importance_score": max(0.3, score_delta), + "created_from": "inferred", + } + self._save_memory() + + def add_concept( + self, + concept: str, + concept_type: str = "general", + created_from: str = "original", + importance_score: float = 0.5, + ): + if concept in self.concepts: + self.concepts[concept]["importance_score"] = max( + self.concepts[concept]["importance_score"], importance_score + ) + if concept_type != "general" and self.concepts[concept].get("type") == "unknown": + self.concepts[concept]["type"] = concept_type + else: + self.concepts[concept] = { + "concept": concept, + "type": concept_type, + "importance_score": importance_score, + "created_from": created_from, + } + self._cleanup_memory() + + def save_successful_path( + self, + path_concepts: List[str], + score: float = 0.8, + *, + mode: str = "forward", + source: str = "engine_runtime", + ): + if not path_concepts or len(path_concepts) < 2: + return + normalized_mode = str(mode or "forward").strip().lower() or "forward" + if normalized_mode not in {"forward", "reverse", "boundary"}: + normalized_mode = "forward" + normalized_source = str(source or "engine_runtime").strip() or "engine_runtime" + existing_idx = None + for i, p in enumerate(self.paths): + normalized = self._normalize_path_record(p) + if normalized.get("path") == path_concepts and normalized.get("mode") == normalized_mode: + existing_idx = i + break + if existing_idx is not None: + current = self._normalize_path_record(self.paths[existing_idx]) + current["uses"] = current.get("uses", 1) + 1 + current["score"] = max(float(current.get("score", 0.8)), score) + current["mode"] = normalized_mode + current["source"] = normalized_source + self.paths[existing_idx] = current + else: + self.paths.append( + self._normalize_path_record( + { + "path": path_concepts, + "score": score, + "uses": 1, + "mode": normalized_mode, + "source": normalized_source, + } + ) + ) + + for i in range(len(path_concepts) - 1): + edge = (path_concepts[i], path_concepts[i + 1]) + self.edge_counts[edge] += 1 + for concept in path_concepts: + self.update_concept_importance(concept, 0.05) + + self._cleanup_memory() + + def add_fact(self, src: str, relation: str, dst: str, weight: float = 0.7): + if not src or not dst or not relation: + return + for fact in self.facts: + if fact.get("from") == src and fact.get("to") == dst and fact.get("relation") == relation: + fact["uses"] = fact.get("uses", 1) + 1 + fact["weight"] = max(fact.get("weight", weight), weight) + self._cleanup_memory() + return + self.facts.append( + {"from": src, "to": dst, "relation": relation, "weight": weight, "uses": 1} + ) + self._cleanup_memory() + + def retrieve_related_concepts(self, concept: str, max_results: int = 10) -> List[Dict]: + def _is_injectable(item: Dict) -> bool: + concept_type = str(item.get("type", "")).strip().lower() + return concept_type not in {"ngram", "unknown"} + + related: List[Dict] = [] + concept_lower = concept.lower() + if concept in self.concepts: + related.append(self.concepts[concept].copy()) + for path in self.paths: + path_concepts = path.get("path", []) + if concept in path_concepts: + idx = path_concepts.index(concept) + if idx > 0: + prev_concept = path_concepts[idx - 1] + if prev_concept in self.concepts and not any(c["concept"] == prev_concept for c in related): + candidate = self.concepts[prev_concept].copy() + if _is_injectable(candidate): + related.append(candidate) + if idx < len(path_concepts) - 1: + next_concept = path_concepts[idx + 1] + if next_concept in self.concepts and not any(c["concept"] == next_concept for c in related): + candidate = self.concepts[next_concept].copy() + if _is_injectable(candidate): + related.append(candidate) + if len(concept_lower.strip()) >= 2: + for mem_concept, data in self.concepts.items(): + if concept_lower in mem_concept.lower() and not any(c["concept"] == mem_concept for c in related): + candidate = data.copy() + if _is_injectable(candidate): + related.append(candidate) + if len(related) >= max_results: + break + related.sort(key=lambda x: x.get("importance_score", 0), reverse=True) + return related[:max_results] + + def get_related_facts(self, concept: str, max_results: int = 10) -> List[Dict]: + related = [f for f in self.facts if f.get("from") == concept or f.get("to") == concept] + related.sort(key=lambda x: (x.get("uses", 0), x.get("weight", 0)), reverse=True) + return related[:max_results] + + def get_edge_reinforcement(self, from_concept: str, to_concept: str) -> float: + edge = (from_concept, to_concept) + count = self.edge_counts.get(edge, 0) + return min(1.0, count * self.reinforcement_factor) + + def get_all_concepts(self) -> Dict[str, Dict]: + return self.concepts.copy() + + def get_all_paths(self) -> List[Dict]: + return [self._normalize_path_record(item) for item in self.paths] + + def get_all_facts(self) -> List[Dict]: + return self.facts.copy() + + def clear_memory(self): + self._init_empty_memory() + logger.warning("🧹 All memory cleared.") + + +if __name__ == "__main__": + memory = ConceptMemory() + memory.add_concept("Arduino", "device", "original", 0.8) + memory.add_concept("LED", "component", "expansion", 0.7) + memory.save_successful_path(["Arduino", "LED", "电阻", "GND"], 0.9) + memory.add_fact("电阻", "用于", "限制电流", 0.85) + print("Facts:", memory.get_related_facts("电阻")) diff --git a/runtime/memory-api/core/console.py b/runtime/memory-api/core/console.py new file mode 100644 index 0000000..975edbd --- /dev/null +++ b/runtime/memory-api/core/console.py @@ -0,0 +1,19 @@ +from __future__ import annotations + +import os +import sys + + +def configure_stdio_utf8() -> None: + """Prefer UTF-8 stdio so Windows terminals don't garble Chinese output.""" + os.environ.setdefault("PYTHONIOENCODING", "utf-8") + + for stream_name in ("stdout", "stderr"): + stream = getattr(sys, stream_name, None) + reconfigure = getattr(stream, "reconfigure", None) + if not callable(reconfigure): + continue + try: + reconfigure(encoding="utf-8", errors="replace") + except Exception: + continue diff --git a/runtime/memory-api/core/default_model_paths.py b/runtime/memory-api/core/default_model_paths.py new file mode 100644 index 0000000..c86be1d --- /dev/null +++ b/runtime/memory-api/core/default_model_paths.py @@ -0,0 +1,97 @@ +from __future__ import annotations + +import os +from pathlib import Path + + +PROJECT_ROOT = Path(__file__).resolve().parents[1] +REMOTE_IMPORTS_DIR = PROJECT_ROOT / "outputs" / "remote_imports" + +LEGACY_OBJECT_VARIANTS_PATH = PROJECT_ROOT / "data" / "object_sketch" / "exported_shape_variants.json" +LEGACY_OBJECT_STROKE_VARIANTS_PATH = PROJECT_ROOT / "data" / "object_sketch" / "exported_stroke_variants_v1.json" +LEGACY_SCENE_DATASET_CANDIDATES = ( + PROJECT_ROOT / "data" / "scene_training_prep" / "scene_stage1_v2_fscoco_legacy-user_remote", + PROJECT_ROOT / "data" / "scene_training_prep" / "scene_stage1_v2_fscoco_remote", + PROJECT_ROOT / "data" / "scene_training_prep" / "scene_stage1_v1", +) +LEGACY_SKETCH_LORA_RUN_DIR = PROJECT_ROOT / "outputs" / "sketch_v2_lora_v1" +DEFAULT_SKETCH_LORA_ALIAS = "tmcra_sketch_v2_preview.safetensors" + + +def _env_path(name: str) -> Path | None: + raw = os.getenv(name, "").strip() + if not raw: + return None + return Path(raw).expanduser() + + +def _pick_existing(*candidates: Path | None) -> Path | None: + for candidate in candidates: + if candidate is not None and candidate.exists(): + return candidate + return None + + +def resolve_remote_import_root() -> Path | None: + env_root = _env_path("TMCRA_IMPORTED_ARTIFACT_ROOT") + if env_root and env_root.exists(): + return env_root + if not REMOTE_IMPORTS_DIR.exists(): + return None + candidates = sorted( + [item for item in REMOTE_IMPORTS_DIR.iterdir() if item.is_dir()], + key=lambda item: (item.name, item.stat().st_mtime), + reverse=True, + ) + return candidates[0] if candidates else None + + +def resolve_default_object_variants_path() -> Path: + remote_root = resolve_remote_import_root() + candidate = _pick_existing( + remote_root / "object" / "runtime_export" / "exported_shape_variants_scale.json" if remote_root else None, + remote_root / "object" / "runtime_export" / "exported_shape_variants.json" if remote_root else None, + LEGACY_OBJECT_VARIANTS_PATH, + ) + return candidate or LEGACY_OBJECT_VARIANTS_PATH + + +def resolve_default_object_stroke_variants_path() -> Path: + remote_root = resolve_remote_import_root() + candidate = _pick_existing( + remote_root / "object" / "runtime_export" / "exported_stroke_variants_v1.json" if remote_root else None, + LEGACY_OBJECT_STROKE_VARIANTS_PATH, + ) + return candidate or LEGACY_OBJECT_STROKE_VARIANTS_PATH + + +def resolve_default_scene_dataset_dir() -> Path: + remote_root = resolve_remote_import_root() + candidate = _pick_existing( + remote_root / "scene" / "datasets" / "scene_stage1_v2_fscoco_legacy-user_remote" if remote_root else None, + remote_root / "scene" / "datasets" / "scene_stage1_fscoco_only_legacy-user_remote" if remote_root else None, + *LEGACY_SCENE_DATASET_CANDIDATES, + ) + return candidate or LEGACY_SCENE_DATASET_CANDIDATES[0] + + +def resolve_default_sketch_lora_run_dir() -> Path: + remote_root = resolve_remote_import_root() + candidate = _pick_existing( + remote_root / "sketch" / "latest_run" if remote_root else None, + LEGACY_SKETCH_LORA_RUN_DIR, + ) + return candidate or LEGACY_SKETCH_LORA_RUN_DIR + + +def resolve_default_sketch_lora_path() -> Path: + run_dir = resolve_default_sketch_lora_run_dir() + candidate = _pick_existing( + run_dir / "pytorch_lora_weights.safetensors", + run_dir / "checkpoint-2000" / "pytorch_lora_weights.safetensors", + ) + return candidate or (run_dir / "pytorch_lora_weights.safetensors") + + +def resolve_default_sketch_lora_alias() -> str: + return str(os.getenv("TMCRA_SKETCH_LORA_ALIAS", DEFAULT_SKETCH_LORA_ALIAS) or DEFAULT_SKETCH_LORA_ALIAS).strip() diff --git a/runtime/memory-api/core/gradio_compat.py b/runtime/memory-api/core/gradio_compat.py new file mode 100644 index 0000000..89a9e52 --- /dev/null +++ b/runtime/memory-api/core/gradio_compat.py @@ -0,0 +1,26 @@ +from __future__ import annotations + + +def patch_gradio_schema_bool_support() -> None: + """ + Work around a Gradio 4.44.1 bug where nested JSON schema values like + `additionalProperties: true` are passed into `_json_schema_to_python_type()` + as booleans, but the upstream helper assumes every schema node is a dict. + """ + try: + from gradio_client import utils as client_utils + except Exception: + return + + if getattr(client_utils, "_tmcra_bool_schema_patch", False): + return + + original = client_utils._json_schema_to_python_type + + def patched(schema, defs): + if isinstance(schema, bool): + return "Any" + return original(schema, defs) + + client_utils._json_schema_to_python_type = patched + client_utils._tmcra_bool_schema_patch = True diff --git a/runtime/memory-api/core/gru_text_generator.py b/runtime/memory-api/core/gru_text_generator.py new file mode 100644 index 0000000..2bfac5b --- /dev/null +++ b/runtime/memory-api/core/gru_text_generator.py @@ -0,0 +1,142 @@ +""" +GRU-based character generator (self-trained, no external embeddings/LLM). +""" +from __future__ import annotations + +from dataclasses import dataclass +from pathlib import Path +from typing import Dict, List, Tuple, Iterable, Optional + +try: + import torch + from torch import nn +except Exception: # pragma: no cover - optional runtime dependency + torch = None + nn = None + + +SPECIAL_TOKENS = ["", "", "", "", ""] + + +@dataclass +class GRUConfig: + embed_dim: int = 128 + hidden_dim: int = 256 + num_layers: int = 2 + dropout: float = 0.1 + + +class CharVocab: + def __init__(self, tokens: List[str]): + self.tokens = tokens + self.token_to_id = {t: i for i, t in enumerate(tokens)} + self.id_to_token = {i: t for i, t in enumerate(tokens)} + + @classmethod + def build(cls, corpus_iter: Iterable[str]) -> "CharVocab": + chars = set() + for text in corpus_iter: + chars.update(list(text)) + tokens = SPECIAL_TOKENS + sorted(chars) + return cls(tokens) + + def encode(self, text: str) -> List[int]: + return [self.token_to_id.get(ch, self.token_to_id[""]) for ch in text] + + def decode(self, ids: Iterable[int]) -> str: + return "".join(self.id_to_token.get(i, "") for i in ids) + + +if nn is not None: + class GRUCharModel(nn.Module): + def __init__(self, vocab_size: int, config: GRUConfig): + super().__init__() + self.embedding = nn.Embedding(vocab_size, config.embed_dim) + self.gru = nn.GRU( + input_size=config.embed_dim, + hidden_size=config.hidden_dim, + num_layers=config.num_layers, + dropout=config.dropout if config.num_layers > 1 else 0.0, + batch_first=True, + ) + self.fc = nn.Linear(config.hidden_dim, vocab_size) + + def forward(self, x, hidden=None): + emb = self.embedding(x) + out, hidden = self.gru(emb, hidden) + logits = self.fc(out) + return logits, hidden +else: # pragma: no cover - fallback when torch is unavailable + class GRUCharModel: + def __init__(self, *args, **kwargs): + raise RuntimeError("torch not available; install torch to use GRUCharModel") + + +class GRUTextGenerator: + def __init__(self, vocab: CharVocab, config: GRUConfig | None = None): + if torch is None: + raise RuntimeError("torch not available; install torch to use GRUTextGenerator") + self.vocab = vocab + self.config = config or GRUConfig() + self.model = GRUCharModel(len(vocab.tokens), self.config) + + @classmethod + def load(cls, model_path: str | Path) -> "GRUTextGenerator": + if torch is None: + raise RuntimeError("torch not available; install torch to load GRUTextGenerator") + data = torch.load(str(model_path), map_location="cpu") + vocab = CharVocab(data["vocab"]) + config = GRUConfig(**data["config"]) + gen = cls(vocab, config) + gen.model.load_state_dict(data["state_dict"]) + gen.model.eval() + return gen + + def save(self, model_path: str | Path) -> None: + data = { + "vocab": self.vocab.tokens, + "config": self.config.__dict__, + "state_dict": self.model.state_dict(), + } + Path(model_path).parent.mkdir(parents=True, exist_ok=True) + torch.save(data, str(model_path)) + + def _prefix_ids(self, path_text: str) -> List[int]: + prefix = "" + path_text + "" + return [self.vocab.token_to_id[""]] + self.vocab.encode(prefix) + + def generate( + self, + path_text: str, + max_len: int = 400, + temperature: float = 0.9, + device: str = "cpu", + ) -> str: + self.model.to(device) + self.model.eval() + ids = self._prefix_ids(path_text) + input_ids = torch.tensor([ids], dtype=torch.long, device=device) + hidden = None + generated: List[int] = [] + for _ in range(max_len): + logits, hidden = self.model(input_ids, hidden) + next_logits = logits[:, -1, :] / max(temperature, 1e-6) + probs = torch.softmax(next_logits, dim=-1) + next_id = torch.multinomial(probs, num_samples=1).item() + if next_id == self.vocab.token_to_id[""]: + break + generated.append(next_id) + input_ids = torch.tensor([[next_id]], dtype=torch.long, device=device) + return self.vocab.decode(generated) + + @staticmethod + def build_corpus_iter(corpus_path: str | Path, max_chars: int | None = None) -> Iterable[str]: + total = 0 + with open(corpus_path, "r", encoding="utf-8", errors="ignore") as handle: + for line in handle: + if not line.strip(): + continue + if max_chars and total >= max_chars: + break + total += len(line) + yield line.strip() diff --git a/runtime/memory-api/core/kb/__init__.py b/runtime/memory-api/core/kb/__init__.py new file mode 100644 index 0000000..7307cd8 --- /dev/null +++ b/runtime/memory-api/core/kb/__init__.py @@ -0,0 +1,6 @@ +"""Knowledge base helpers for TMCRA.""" + +from .conceptnet_store import ConceptNetStore +from .embedding_store import EmbeddingStore + +__all__ = ["ConceptNetStore", "EmbeddingStore"] diff --git a/runtime/memory-api/core/kb/conceptnet_store.py b/runtime/memory-api/core/kb/conceptnet_store.py new file mode 100644 index 0000000..bb7c511 --- /dev/null +++ b/runtime/memory-api/core/kb/conceptnet_store.py @@ -0,0 +1,193 @@ +from __future__ import annotations + +import os +import sqlite3 +from pathlib import Path +from typing import Dict, Iterable, List, Optional, Sequence, Tuple + +from loguru import logger + + +def _has_cjk(text: str) -> bool: + return any("\u4e00" <= ch <= "\u9fff" for ch in text) + + +def _normalize_en(text: str) -> str: + text = text.strip().lower().replace("_", " ") + while " " in text: + text = text.replace(" ", " ") + return text + + +def _normalize_zh(text: str) -> str: + return text.strip() + + +def _guess_lang(text: str) -> str: + return "zh" if _has_cjk(text) else "en" + + +class ConceptNetStore: + """Read-only ConceptNet SQLite store.""" + + def __init__(self, db_path: str, vocab_path: Optional[str] = None) -> None: + self.db_path = Path(db_path) + self.vocab_path = Path(vocab_path) if vocab_path else None + self._conn: Optional[sqlite3.Connection] = None + self._vocab: Optional[set[str]] = None + self._concept_cache: Dict[Tuple[str, str], Optional[str]] = {} + self._open() + self._load_vocab() + + @classmethod + def from_env(cls) -> Optional["ConceptNetStore"]: + root = Path(__file__).resolve().parents[2] + default_db = root / "data" / "kb" / "conceptnet_full.db" + default_vocab = root / "data" / "kb" / "conceptnet_vocab.txt" + db_path = Path(os.getenv("TMCRA_KB_PATH", str(default_db))) + vocab_path = Path(os.getenv("TMCRA_KB_VOCAB", str(default_vocab))) + if not db_path.exists(): + logger.warning("ConceptNet DB not found at {}", db_path) + return None + return cls(str(db_path), str(vocab_path) if vocab_path.exists() else None) + + def _open(self) -> None: + if not self.db_path.exists(): + self._conn = None + return + uri = f"file:{self.db_path.as_posix()}?mode=ro" + self._conn = sqlite3.connect(uri, uri=True, check_same_thread=False) + self._conn.row_factory = sqlite3.Row + + def close(self) -> None: + if self._conn is not None: + self._conn.close() + self._conn = None + + def __del__(self) -> None: + try: + self.close() + except Exception: + pass + + def _load_vocab(self) -> None: + if not self.vocab_path or not self.vocab_path.exists(): + self._vocab = None + return + try: + with self.vocab_path.open("r", encoding="utf-8") as handle: + self._vocab = {line.strip() for line in handle if line.strip()} + logger.info("Loaded ConceptNet vocab: {} entries", len(self._vocab)) + except Exception as exc: + logger.warning("Failed to load vocab: {}", exc) + self._vocab = None + + @property + def available(self) -> bool: + return self._conn is not None + + def _normalize(self, text: str, lang: Optional[str] = None) -> Tuple[str, str]: + language = lang or _guess_lang(text) + if language == "zh": + return language, _normalize_zh(text) + return language, _normalize_en(text) + + def concept_exists(self, text: str, lang: Optional[str] = None) -> bool: + normalized_lang, normalized = self._normalize(text, lang) + cache_key = (normalized_lang, normalized) + if cache_key in self._concept_cache: + return self._concept_cache[cache_key] is not None + if self._vocab is not None: + exists = normalized in self._vocab + self._concept_cache[cache_key] = normalized if exists else None + return exists + if not self._conn: + self._concept_cache[cache_key] = None + return False + row = self._conn.execute( + "SELECT concept FROM concepts WHERE lang=? AND normalized=? LIMIT 1", + (normalized_lang, normalized), + ).fetchone() + self._concept_cache[cache_key] = row["concept"] if row else None + return row is not None + + def resolve_concept(self, text: str, lang: Optional[str] = None) -> Optional[str]: + normalized_lang, normalized = self._normalize(text, lang) + cache_key = (normalized_lang, normalized) + if cache_key in self._concept_cache: + return self._concept_cache[cache_key] + if self._vocab is not None: + if normalized in self._vocab: + self._concept_cache[cache_key] = normalized + return normalized + self._concept_cache[cache_key] = None + return None + if not self._conn: + self._concept_cache[cache_key] = None + return None + row = self._conn.execute( + "SELECT concept FROM concepts WHERE lang=? AND normalized=? LIMIT 1", + (normalized_lang, normalized), + ).fetchone() + concept = row["concept"] if row else None + self._concept_cache[cache_key] = concept + return concept + + def find_concepts(self, candidates: Iterable[str], lang: Optional[str] = None) -> List[str]: + if not candidates: + return [] + normalized_lang = lang or "en" + normalized_map: Dict[str, str] = {} + for item in candidates: + language, normalized = self._normalize(item, lang) + normalized_lang = language + if normalized: + normalized_map[normalized] = normalized + if not normalized_map: + return [] + normalized_list = list(normalized_map.keys()) + if self._vocab is not None: + return [n for n in normalized_list if n in self._vocab] + if not self._conn: + return [] + results: List[str] = [] + chunk_size = 900 + for i in range(0, len(normalized_list), chunk_size): + chunk = normalized_list[i:i + chunk_size] + placeholders = ",".join("?" for _ in chunk) + query = f"SELECT concept, normalized FROM concepts WHERE lang=? AND normalized IN ({placeholders})" + rows = self._conn.execute(query, (normalized_lang, *chunk)).fetchall() + results.extend([row["concept"] for row in rows]) + return list(dict.fromkeys(results)) + + def get_neighbors(self, concept: str, limit: int = 12) -> List[Dict]: + if not self._conn: + return [] + canonical = self.resolve_concept(concept) or concept + rows = self._conn.execute( + "SELECT source, target, relation, weight FROM edges WHERE source=? ORDER BY weight DESC LIMIT ?", + (canonical, limit), + ).fetchall() + return [dict(row) for row in rows] + + def get_edges_between(self, concepts: Sequence[str], limit_per_concept: int = 25) -> List[Dict]: + if not self._conn or not concepts: + return [] + canonical_concepts = [self.resolve_concept(concept) or concept for concept in concepts] + concept_set = set(canonical_concepts) + results: List[Dict] = [] + chunk_size = 700 + for source in canonical_concepts: + canonical = self.resolve_concept(source) or source + targets = list(concept_set) + for i in range(0, len(targets), chunk_size): + chunk = targets[i:i + chunk_size] + placeholders = ",".join("?" for _ in chunk) + query = ( + f"SELECT source, target, relation, weight FROM edges " + f"WHERE source=? AND target IN ({placeholders}) " + f"ORDER BY weight DESC LIMIT ?" + ) + rows = self._conn.execute(query, (canonical, *chunk, limit_per_concept)).fetchall() + results.extend([dict(row) for row in rows]) + return results diff --git a/runtime/memory-api/core/kb/embedding_store.py b/runtime/memory-api/core/kb/embedding_store.py new file mode 100644 index 0000000..bb52f49 --- /dev/null +++ b/runtime/memory-api/core/kb/embedding_store.py @@ -0,0 +1,98 @@ +from __future__ import annotations + +import json +import os +from pathlib import Path +from typing import Dict, Optional + +import numpy as np +from loguru import logger + + +def _has_cjk(text: str) -> bool: + return any("\u4e00" <= ch <= "\u9fff" for ch in text) + + +class EmbeddingStore: + """Lazy-loading embedding store for Numberbatch vectors.""" + + def __init__(self, emb_path: str, vocab_path: str) -> None: + self.emb_path = Path(emb_path) + self.vocab_path = Path(vocab_path) + self._vectors = None + self._vocab: Dict[str, int] = {} + self._load_vocab() + + @classmethod + def from_env(cls) -> Optional["EmbeddingStore"]: + root = Path(__file__).resolve().parents[2] + default_emb = root / "data" / "kb" / "numberbatch.npy" + default_vocab = root / "data" / "kb" / "numberbatch_vocab.json" + emb_path = Path(os.getenv("TMCRA_EMB_PATH", str(default_emb))) + vocab_path = Path(os.getenv("TMCRA_EMB_VOCAB", str(default_vocab))) + if not emb_path.exists() or not vocab_path.exists(): + logger.warning("Embedding files not found: {} / {}", emb_path, vocab_path) + return None + return cls(str(emb_path), str(vocab_path)) + + def _load_vocab(self) -> None: + if not self.vocab_path.exists(): + return + try: + with self.vocab_path.open("r", encoding="utf-8") as handle: + self._vocab = json.load(handle) + except Exception as exc: + logger.warning("Failed to load embedding vocab: {}", exc) + self._vocab = {} + + def _load_vectors(self) -> None: + if self._vectors is None and self.emb_path.exists(): + self._vectors = np.load(self.emb_path, mmap_mode="r") + + @property + def available(self) -> bool: + return bool(self._vocab) and self.emb_path.exists() + + def _normalize_key(self, concept: str) -> str: + if _has_cjk(concept): + return concept.strip() + text = concept.strip().lower() + return text.replace(" ", "_") + + def _resolve_index(self, concept: str) -> Optional[int]: + if not self._vocab: + return None + key = self._normalize_key(concept) + if key in self._vocab: + return int(self._vocab[key]) + alt = key.replace("_", " ") + if alt in self._vocab: + return int(self._vocab[alt]) + if concept in self._vocab: + return int(self._vocab[concept]) + if _has_cjk(concept): + prefixed = f"/c/zh/{key}" + else: + prefixed = f"/c/en/{key}" + if prefixed in self._vocab: + return int(self._vocab[prefixed]) + return None + + def get_vector(self, concept: str) -> Optional[np.ndarray]: + idx = self._resolve_index(concept) + if idx is None: + return None + self._load_vectors() + if self._vectors is None: + return None + return self._vectors[idx] + + def cosine_similarity(self, left: str, right: str) -> Optional[float]: + vec_left = self.get_vector(left) + vec_right = self.get_vector(right) + if vec_left is None or vec_right is None: + return None + denom = float(np.linalg.norm(vec_left) * np.linalg.norm(vec_right)) + if denom <= 0: + return None + return float(np.dot(vec_left, vec_right) / denom) diff --git a/runtime/memory-api/core/local_concept_extractor.py b/runtime/memory-api/core/local_concept_extractor.py new file mode 100644 index 0000000..ca5631c --- /dev/null +++ b/runtime/memory-api/core/local_concept_extractor.py @@ -0,0 +1,327 @@ +from __future__ import annotations + +import re +from collections import Counter +from typing import Dict, Iterable, List, Optional + +from loguru import logger + +from .kb.conceptnet_store import ConceptNetStore, _has_cjk +from .kb.embedding_store import EmbeddingStore + + +CAUSAL_MARKERS_ZH = ( + "导致", "引起", "造成", "使得", "因此", "从而", "所以", "促使", "引发", "产生", +) +CAUSAL_MARKERS_EN = ( + "causes", "cause", "leads to", "lead to", "results in", "result in", + "drives", "drive", "triggers", "trigger", +) + +FUNCTION_MARKERS_ZH = ("用于", "用来", "适用于") +STRUCTURAL_MARKERS_ZH = ("由", "组成", "包括", "包含") + +PROCESS_HINTS_ZH = ("过程", "变化", "流动", "转换", "生成", "传递", "驱动", "扩散", "反应") +PROPERTY_HINTS_ZH = ("温度", "电压", "速度", "压力", "浓度", "功率", "能量", "电流", "阻力") +PROCESS_HINTS_EN = ("process", "flow", "transfer", "conversion", "generation", "drive", "trigger") +PROPERTY_HINTS_EN = ("temperature", "voltage", "speed", "pressure", "density", "power", "energy", "current", "resistance") + +STOPWORDS_EN = { + "what", "is", "are", "was", "were", "do", "does", "did", + "a", "an", "the", "to", "of", "for", "in", "on", "with", + "and", "or", "as", "by", "from", "into", "that", "this", + "these", "those", "used", "use", "using", "about", "why", + "how", "when", "where", "which", "who", "whom", "whose", +} + +STOPWORDS_ZH = { + "什么", "为何", "为什么", "怎么", "怎样", "如何", "是否", "是不是", + "的", "了", "在", "与", "和", "以及", "或", "及", "对", "为", + "有", "没有", "能", "不能", "会", "不会", "应该", "可能", + "用于", "导致", "能够", "由", "组成", "包括", "限制", "阻止", + "如果", "把", "将", "使", "让", "会产生", "会导致", "作用", "功能", +} + +RELATION_MAP = { + "Causes": "导致", + "CausesDesire": "触发", + "HasA": "具有", + "PartOf": "组成", + "IsA": "属于", + "UsedFor": "用途", + "CapableOf": "能够", + "HasProperty": "具有", + "LocatedNear": "靠近", + "AtLocation": "位于", + "RelatedTo": "相关", + "ReceivesAction": "受到", + "CreatedBy": "产生", + "MotivatedByGoal": "动机", + "ObstructedBy": "阻碍", +} + + +def _split_sentences(text: str) -> List[str]: + parts = re.split(r"[。！？；;!?]\s*", text) + return [part.strip() for part in parts if part.strip()] + + +def _tokenize_en(text: str) -> List[str]: + return re.findall(r"[a-zA-Z][a-zA-Z0-9\-]*", text.lower()) + + +def _extract_cjk_sequences(text: str) -> List[str]: + return re.findall(r"[\u4e00-\u9fff]{2,}", text) + + +def _order_concepts_by_text(text: str, concepts: Iterable[str]) -> List[str]: + hits = [] + for concept in concepts: + idx = text.find(concept) + if idx >= 0: + hits.append((idx, concept)) + hits.sort(key=lambda item: item[0]) + return [concept for _, concept in hits] + + +def _generate_ngrams(tokens: List[str], min_n: int, max_n: int) -> List[str]: + results: List[str] = [] + for n in range(min_n, max_n + 1): + for i in range(0, max(len(tokens) - n + 1, 0)): + results.append(" ".join(tokens[i:i + n])) + return results + + +def _generate_cjk_ngrams(text: str, min_n: int, max_n: int) -> List[str]: + results: List[str] = [] + length = len(text) + for n in range(min_n, max_n + 1): + for i in range(0, max(length - n + 1, 0)): + results.append(text[i:i + n]) + return results + + +def _infer_type(concept: str) -> str: + lowered = concept.lower() + if _has_cjk(concept): + if any(hint in concept for hint in PROCESS_HINTS_ZH): + return "process" + if any(hint in concept for hint in PROPERTY_HINTS_ZH): + return "property" + return "entity" + if any(hint in lowered for hint in PROCESS_HINTS_EN): + return "process" + if any(hint in lowered for hint in PROPERTY_HINTS_EN): + return "property" + return "entity" + + +def _dedupe_relations(relations: Iterable[Dict]) -> List[Dict]: + seen = set() + unique: List[Dict] = [] + for rel in relations: + key = (rel.get("from"), rel.get("to"), rel.get("relation")) + if key in seen: + continue + seen.add(key) + unique.append(rel) + return unique + + +class LocalConceptExtractor: + """Rule-based concept extractor backed by ConceptNet.""" + + def __init__(self, store: Optional[ConceptNetStore] = None, embedding_store: Optional[EmbeddingStore] = None) -> None: + self.store = store + self.embedding_store = embedding_store + self.MAX_CONCEPTS = None + self.MAX_RELATIONS = 25 + self.DEDUPE_SIM_THRESHOLD = 0.88 + self.last_warnings: List[str] = [] + + def _apply_limit(self, items, limit): + if limit and limit > 0: + return items[:limit] + return items + + def _filter_candidates(self, candidates: List[str]) -> List[str]: + filtered = [] + for term in candidates: + if not term: + continue + if len(term) > 40: + continue + if _has_cjk(term): + if len(term) < 2: + continue + if term in STOPWORDS_ZH: + continue + else: + if len(term) < 2: + continue + if term.lower() in STOPWORDS_EN: + continue + filtered.append(term) + return filtered + + def _dedupe_by_embedding(self, concepts: List[str]) -> List[str]: + if not concepts: + return [] + if not self.embedding_store or not self.embedding_store.available: + return self._apply_limit(concepts, self.MAX_CONCEPTS) + kept: List[str] = [] + for concept in concepts: + duplicate = False + for existing in kept: + score = self.embedding_store.cosine_similarity(concept, existing) + if score is not None and score >= self.DEDUPE_SIM_THRESHOLD: + duplicate = True + break + if not duplicate: + kept.append(concept) + if self.MAX_CONCEPTS and self.MAX_CONCEPTS > 0 and len(kept) >= self.MAX_CONCEPTS: + break + return kept + + def _extract_concepts(self, text: str) -> List[str]: + text = text.strip() + if not text: + return [] + candidates: List[str] = [] + cjk_segments = _extract_cjk_sequences(text) + for seg in cjk_segments: + candidates.extend(_generate_cjk_ngrams(seg, 2, 4)) + candidates.append(seg) + en_tokens = _tokenize_en(text) + candidates.extend(_generate_ngrams(en_tokens, 1, 3)) + candidates = self._filter_candidates(candidates) + if len(candidates) > 600: + unique = list(dict.fromkeys(candidates)) + unique.sort(key=lambda item: (-len(item), item)) + candidates = unique[:600] + + if self.store and self.store.available: + zh_candidates = [c for c in candidates if _has_cjk(c)] + en_candidates = [c for c in candidates if not _has_cjk(c)] + known: List[str] = [] + if zh_candidates: + known.extend(self.store.find_concepts(zh_candidates, lang="zh")) + if en_candidates: + known.extend(self.store.find_concepts(en_candidates, lang="en")) + if known: + counts = Counter(candidates) + unique_known = list(dict.fromkeys(known)) + unique_known.sort(key=lambda item: (-counts.get(item, 0), -len(item), item)) + return self._dedupe_by_embedding(unique_known) + + counts = Counter(candidates) + ranked = sorted(counts.items(), key=lambda item: (-item[1], -len(item[0]), item[0])) + ranked_terms = [term for term, _ in ranked] + ranked_terms = self._apply_limit(ranked_terms, self.MAX_CONCEPTS) + return self._dedupe_by_embedding(ranked_terms) + + def _extract_marker_relations(self, sentences: List[str], concepts: List[str]) -> List[Dict]: + relations: List[Dict] = [] + if not concepts: + return relations + concept_set = set(concepts) + for sentence in sentences: + lowered = sentence.lower() + for marker in CAUSAL_MARKERS_ZH: + if marker in sentence: + left, right = sentence.split(marker, 1) + left_concepts = _order_concepts_by_text(left, concept_set) + right_concepts = _order_concepts_by_text(right, concept_set) + if left_concepts and right_concepts: + relations.append({ + "from": left_concepts[-1], + "to": right_concepts[0], + "relation": "导致", + "weight": 0.85, + "source": "text", + }) + for marker in CAUSAL_MARKERS_EN: + if marker in lowered: + parts = lowered.split(marker, 1) + if len(parts) != 2: + continue + left, right = parts + left_concepts = _order_concepts_by_text(left, [c for c in concept_set if c.lower() in left]) + right_concepts = _order_concepts_by_text(right, [c for c in concept_set if c.lower() in right]) + if left_concepts and right_concepts: + relations.append({ + "from": left_concepts[-1], + "to": right_concepts[0], + "relation": "causes", + "weight": 0.85, + "source": "text", + }) + for marker in FUNCTION_MARKERS_ZH: + if marker in sentence: + left, right = sentence.split(marker, 1) + left_concepts = _order_concepts_by_text(left, concept_set) + right_concepts = _order_concepts_by_text(right, concept_set) + if left_concepts and right_concepts: + relations.append({ + "from": left_concepts[-1], + "to": right_concepts[0], + "relation": "用于", + "weight": 0.82, + "source": "text", + }) + for marker in STRUCTURAL_MARKERS_ZH: + if marker in sentence: + left, right = sentence.split(marker, 1) + left_concepts = _order_concepts_by_text(left, concept_set) + right_concepts = _order_concepts_by_text(right, concept_set) + if left_concepts and right_concepts: + relations.append({ + "from": left_concepts[-1], + "to": right_concepts[0], + "relation": "组成", + "weight": 0.8, + "source": "text", + }) + return relations + + def _extract_kb_relations(self, concepts: List[str]) -> List[Dict]: + if not self.store or not self.store.available: + return [] + kb_edges = self.store.get_edges_between(concepts, limit_per_concept=20) + relations: List[Dict] = [] + for edge in kb_edges: + weight = min(0.7, max(0.35, float(edge.get("weight", 0.5)) / 2.0)) + relations.append({ + "from": edge.get("source"), + "to": edge.get("target"), + "relation": RELATION_MAP.get(edge.get("relation", ""), edge.get("relation", "related_to")), + "weight": weight, + "source": "kb", + }) + return relations + + def extract(self, text: str) -> Optional[Dict]: + self.last_warnings = [] + concepts = self._extract_concepts(text) + if not concepts: + self.last_warnings.append("未命中ConceptNet词表，已退化为文本关键词抽取。") + fallback_candidates = _tokenize_en(text) + for seg in _extract_cjk_sequences(text): + fallback_candidates.append(seg) + concepts = self._apply_limit(self._filter_candidates(fallback_candidates), self.MAX_CONCEPTS) + + concept_records = [{"concept": concept, "type": _infer_type(concept)} for concept in concepts] + + sentences = _split_sentences(text) + relations = [] + relations.extend(self._extract_marker_relations(sentences, concepts)) + relations.extend(self._extract_kb_relations(concepts)) + relations = _dedupe_relations(relations) + relations = sorted(relations, key=lambda item: (-item.get("weight", 0.5), item.get("relation", ""))) + relations = self._apply_limit(relations, self.MAX_RELATIONS) + + if not relations: + self.last_warnings.append("未抽取到显式关系，建议提高文本中的因果连接词密度。") + + logger.info("Local extractor: {} concepts, {} relations", len(concept_records), len(relations)) + return {"concepts": concept_records, "relations": relations} diff --git a/runtime/memory-api/core/maze_engine.py b/runtime/memory-api/core/maze_engine.py new file mode 100644 index 0000000..c05c154 --- /dev/null +++ b/runtime/memory-api/core/maze_engine.py @@ -0,0 +1,852 @@ +""" +真正的迷宫引擎核心 +实现 Tri-Maze 概念推理架构 + 隧穿机制 + 自适应概念扩展 + 长期概念记忆 + 回溯式路径研磨机制 +""" +import networkx as nx +import math +import os +import random +from typing import List, Dict, Tuple, Set, Any, Literal, Optional +from collections import deque +import asyncio +from loguru import logger +import numpy as np +import json +from .concept_memory import ConceptMemory +from .multimodal_generator import MultimodalGenerator +from .policy_network import EdgePolicy + + +class MazeNode: + """迷宫节点 = 概念节点""" + def __init__(self, concept: str, concept_type: str = "general", context_profile: Dict[str, int] | None = None): + self.concept = concept + self.type = concept_type + self.visited = False + self.resistance = 0.0 # 节点阻力 + self.connections = [] # 连接的边 + self.expanded = False # 是否已扩展/研磨过 + self.expand_level = 0 # 研磨层级，0=未研磨，越大越细 + self.expand_time = None + self.context_profile = context_profile or {} + self.activation = 0.0 # 扩展时间 + + def __repr__(self): + return f"Node({self.concept}, level={self.expand_level}, expanded={self.expanded})" + + +class MazeEdge: + """迷宫边 = 概念关系""" + def __init__(self, from_node: MazeNode, to_node: MazeNode, + relation: str, resistance: float = 0.5): + self.from_node = from_node + self.to_node = to_node + self.relation = relation + self.resistance = resistance # 通道阻力，0-1，越小越容易通过 + self.valid = True + self.is_tunneling = False # 是否是隧穿生成的边 + self.is_expanded = False # 是否是扩展生成的边 + self.is_memory = False # 是否来自记忆 + + def __repr__(self): + return f"Edge({self.from_node.concept} → {self.to_node.concept}: {self.relation})" + + +class MazePath: + """迷宫路径 = 推理路径""" + def __init__(self, nodes: List[MazeNode], edges: List[MazeEdge]): + self.nodes = nodes + self.edges = edges + self.total_resistance = sum(e.resistance for e in edges) + self.valid = True + self.score_value = 0.0 + self.has_tunneling = any(e.is_tunneling for e in edges) # 是否包含隧穿 + self.has_expanded = any(e.is_expanded for e in edges) # 是否包含扩展节点 + self.has_memory = any(e.is_memory for e in edges) # 是否包含记忆边 + self.failed = False # 路径是否走不通 + + @property + def length(self): + return len(self.edges) + + def add_step(self, node: MazeNode, edge: MazeEdge): + self.nodes.append(node) + self.edges.append(edge) + self.total_resistance += edge.resistance + if edge.is_tunneling: + self.has_tunneling = True + if edge.is_expanded: + self.has_expanded = True + if edge.is_memory: + self.has_memory = True + + def copy(self): + return MazePath(self.nodes.copy(), self.edges.copy()) + + def get_concept_list(self) -> List[str]: + """获取路径上的概念列表""" + return [n.concept for n in self.nodes] + + def get_last_n_nodes(self, n: int) -> List[MazeNode]: + """获取最后n个节点，用于回溯""" + return self.nodes[-n:] if len(self.nodes) >=n else self.nodes + + def score(self, length_penalty: float = 0.05) -> float: + return self.total_resistance + length_penalty * self.length + + + def __repr__(self): + path_str = " → ".join([n.concept for n in self.nodes]) + tags = [] + if self.has_tunneling: + tags.append("TUNNELING") + if self.has_expanded: + tags.append("EXPANDED") + if self.has_memory: + tags.append("MEMORY") + if self.failed: + tags.append("FAILED") + tag_str = f" [{','.join(tags)}]" if tags else "" + return f"Path({path_str}, resistance={self.total_resistance:.2f}){tag_str}" + + +class ReasoningMonitor: + """推理监控器：实时监控推理状态，决定是否触发回溯研磨""" + + def __init__(self, engine): + self.engine = engine + self.best_resistance_history = [] # 历史最优路径阻力 + self.stagnation_rounds = 0 # 停滞轮数 + self.max_stagnation_rounds = 3 # 最大停滞轮数，超过触发回溯研磨 + self.min_connectivity_threshold = 2 # 最小连接度阈值 + self.total_nodes_limit = 200 # 总节点数上限 + self.max_expansions_per_round = 3 # 每轮最多研磨节点数 + self.max_grind_level = 3 # 最大研磨层级，避免无限细化 + self.high_resistance_threshold = 0.9 # 高阻力阈值，超过认为路径走不通 + self.backtrack_steps = 1 # 回溯步数，走不通时回退n个节点研磨 + + def update(self, current_best_resistance: float): + """更新监控状态""" + self.best_resistance_history.append(current_best_resistance) + + # 检查是否停滞 + if len(self.best_resistance_history) >= 2: + if abs(current_best_resistance - self.best_resistance_history[-2]) < 0.01: + self.stagnation_rounds += 1 + else: + self.stagnation_rounds = 0 + + def should_grind_path(self, path: MazePath) -> Tuple[bool, Optional[MazeNode], str]: + """判断是否需要研磨该路径 + :return: (是否需要研磨, 要研磨的节点, 原因) + """ + def _can_grind(node: MazeNode | None) -> bool: + return bool(node and node.expand_level < self.max_grind_level and (node.context_profile or {})) + + # 全局限制 + if len(self.engine.nodes) >= self.total_nodes_limit: + return False, None, "节点总数已达上限" + + # 条件1：路径阻力过高，走不通 + if path.score(self.engine.length_penalty) >= self.high_resistance_threshold: + # 回溯到上一个节点 + backtrack_node = path.get_last_n_nodes(self.backtrack_steps)[0] + if _can_grind(backtrack_node): + return True, backtrack_node, "high_resistance" + return False, None, "节点缺少可研磨上下文" + + # 条件2：连续多轮停滞 + if self.stagnation_rounds >= self.max_stagnation_rounds: + # 选择当前路径中间的节点研磨 + if path.nodes: + mid_idx = len(path.nodes) // 2 + grind_node = path.nodes[mid_idx] + if _can_grind(grind_node): + return True, grind_node, "stagnation" + return False, None, "没有适合研磨的节点" + + # 条件3：节点连接度过低，没有足够路径可选 + if path.nodes: + current_node = path.nodes[-1] + node_degree = len(current_node.connections) + if node_degree < self.min_connectivity_threshold and _can_grind(current_node): + return True, current_node, "low_connectivity" + + return False, None, "no_need" + + +class TriMazeEngine: + """三迷宫引擎核心 + 隧穿机制 + 自适应概念扩展 + 长期记忆 + 回溯式路径研磨""" + + def __init__( + self, + concept_graph: nx.DiGraph, + concept_memory: Optional[ConceptMemory] = None, + multimodal_generator: Optional[MultimodalGenerator] = None, + policy: EdgePolicy | None = None, + policy_enabled: bool = True, + policy_checkpoint_path: str | None = None, + policy_rollout: Literal["off", "blend"] = "off", + policy_alpha: float = 0.35, + ): + self.graph = concept_graph + self.memory = concept_memory or ConceptMemory() # ?????? + self.multimodal_generator = multimodal_generator or MultimodalGenerator(None) # ?????? + self.nodes: Dict[str, MazeNode] = {} + self.edges: List[MazeEdge] = [] + self._build_maze() + self._max_degree = max((len(n.connections) for n in self.nodes.values()), default=1) + + # 迷宫配置 + self.max_exploration_steps = 80 + self.max_paths = None + self.resistance_threshold = 0.8 # 高阻力阈值 + self.exploration_rate = 0.3 # ??????????????? + self.length_penalty = 0.05 # ?????? # 探索率，越大越喜欢尝试未知路径 + + # 隧穿配置 + self.tunneling_enabled = True + self.tunneling_probability = 0.2 # 隧穿触发概率 + self.tunneling_max_distance = 5 # 隧穿最大跳跃距离（节点数） + self.tunneling_min_resistance = 0.3 # 隧穿路径最小阻力 + self.tunneling_validation_enabled = True # 隧穿路径双重验证 + + # 路径研磨配置 + self.grinding_enabled = True + self.reasoning_monitor = ReasoningMonitor(self) + + # Policy network (optional) + self.policy = policy or EdgePolicy() + self.policy_enabled = bool(policy_enabled) and self.policy.enabled + self.policy_branch_factor = 2 + self.policy_rollout: Literal["off", "blend"] = "blend" if policy_rollout == "blend" else "off" + self.policy_alpha = max(0.0, min(1.0, float(policy_alpha))) + env_policy_checkpoint = os.getenv("TMCRA_POLICY_CHECKPOINT_PATH", "").strip() + self.policy_checkpoint_path = (policy_checkpoint_path or env_policy_checkpoint or "").strip() or None + self.policy_loaded = False + self.policy_metadata: Dict[str, Any] = {} + if self.policy_enabled: + self.policy.set_max_degree(self._max_degree) + if self.policy_checkpoint_path: + try: + self.policy_metadata = self.policy.load_checkpoint(self.policy_checkpoint_path, load_optimizer=False) + self.policy.set_max_degree(self._max_degree) + self.policy_loaded = True + logger.info("✅ Tri-Maze policy checkpoint loaded: {}", self.policy_checkpoint_path) + except Exception as exc: + logger.warning("Policy checkpoint load failed; fallback to heuristic mode: {}", exc) + self.policy_loaded = False + self.policy_metadata = {} + elif policy is not None and self.policy_rollout == "blend": + self.policy_loaded = True + if not self.policy_enabled or not self.policy_loaded or self.policy_rollout != "blend": + self.policy_rollout = "off" + logger.info("Tri-Maze policy rollout: {}", self.policy_rollout) + + logger.info("✅ 三迷宫引擎 + 隧穿 + 回溯研磨 + 长期记忆 初始化完成") + + def _build_maze(self): + """从概念图构建迷宫""" + # 创建节点 + for node in self.graph.nodes: + node_data = self.graph.nodes[node] + self.nodes[node] = MazeNode( + concept=node, + concept_type=node_data.get("type", "general"), + context_profile=node_data.get("context_profile", {}), + ) + + # 创建边 + for u, v, data in self.graph.edges(data=True): + # 应用记忆强化 + reinforcement = self.memory.get_edge_reinforcement(u, v) + source_kind = str(data.get("source_kind", "")).strip().lower() + if "resistance" in data: + try: + base_resistance = max(0.0, min(1.0, float(data.get("resistance", 0.5)))) + except Exception: + base_resistance = 0.5 + else: + try: + relation_weight = max(0.0, min(1.0, float(data.get("weight", 0.5)))) + except Exception: + relation_weight = 0.5 + base_resistance = 1.0 - relation_weight + final_resistance = max(0.1, base_resistance - reinforcement) # 强化后阻力降低 + + edge = MazeEdge( + from_node=self.nodes[u], + to_node=self.nodes[v], + relation=data.get("relation", "related_to"), + resistance=final_resistance + ) + if reinforcement > 0: + edge.is_memory = True # 标记为记忆边 + + edge.source_kind = source_kind + if source_kind.endswith("memory"): + edge.is_memory = True + self.edges.append(edge) + self.nodes[u].connections.append(edge) + + def reset_visits(self): + """重置所有节点访问状态""" + for node in self.nodes.values(): + node.visited = False + + def _softmax_scores(self, scores: List[float]) -> np.ndarray: + if not scores: + return np.asarray([], dtype=np.float64) + arr = np.asarray(scores, dtype=np.float64) + shifted = arr - np.max(arr) + exp = np.exp(shifted) + total = float(exp.sum()) + if total <= 0: + return np.full(len(scores), 1.0 / max(1, len(scores)), dtype=np.float64) + return exp / total + + def _forward_heuristic_probabilities(self, candidate_edges: List[MazeEdge]) -> np.ndarray: + scores: List[float] = [] + for edge in candidate_edges: + resistance = float(edge.resistance) + if resistance < 0.6: + score = max(0.05, 1.2 - resistance) + else: + score = max(0.01, self.exploration_rate * max(0.05, 1.0 - resistance)) + scores.append(score) + return self._softmax_scores(scores) + + def _select_forward_edges_blend( + self, + current_node: MazeNode, + candidate_edges: List[MazeEdge], + current_path: MazePath, + current_visited: Set[str], + ) -> List[MazeEdge]: + if not candidate_edges: + return [] + k = min(self.policy_branch_factor, len(candidate_edges)) + heuristic_prob = self._forward_heuristic_probabilities(candidate_edges) + evaluated = self.policy.evaluate_candidates( + engine=self, + current_node=current_node, + candidate_edges=candidate_edges, + path=current_path, + visited=current_visited, + mode="forward", + ) + if evaluated is None: + return candidate_edges[:k] + policy_prob = evaluated["probs"].detach().cpu().numpy().astype(np.float64) + combined = (1.0 - self.policy_alpha) * heuristic_prob + self.policy_alpha * policy_prob + if not np.isfinite(combined).all() or float(combined.sum()) <= 0.0: + combined = heuristic_prob + top_indices = np.argsort(-combined)[:k] + return [candidate_edges[int(index)] for index in top_indices] + + def _token_set(self, concept: str) -> Set[str]: + text = concept.lower().replace("_", " ").replace("-", " ") + if " " in text: + return {part for part in text.split() if part} + return {char for char in text if char.strip()} + + + def _semantic_similarity(self, left: str, right: str) -> float: + if left == right: + return 1.0 + left_node = self.nodes.get(left) + right_node = self.nodes.get(right) + if left_node and right_node: + left_profile = left_node.context_profile or {} + right_profile = right_node.context_profile or {} + if left_profile and right_profile: + left_top = {k for k, _ in sorted(left_profile.items(), key=lambda item: -item[1])[:10]} + right_top = {k for k, _ in sorted(right_profile.items(), key=lambda item: -item[1])[:10]} + if left_top or right_top: + overlap = len(left_top & right_top) / max(1, len(left_top | right_top)) + return max(0.0, min(1.0, overlap)) + # fallback to token overlap + overlap = 0.0 + left_tokens = self._token_set(left) + right_tokens = self._token_set(right) + if left_tokens or right_tokens: + overlap = len(left_tokens & right_tokens) / max(1, len(left_tokens | right_tokens)) + return max(0.0, min(1.0, overlap)) + + def _try_tunneling(self, current_node: MazeNode, visited: Set[str]) -> Optional[Tuple[MazeNode, MazeEdge]]: + """尝试隧穿：跳跃到远距离节点 + :return: (目标节点, 隧穿边) 隧穿失败返回 None + """ + if not self.tunneling_enabled or random.random() > self.tunneling_probability: + return None + + # 找到所有未访问的远距离节点 + all_nodes = list(self.nodes.values()) + candidate_nodes = [] + for n in all_nodes: + if n.concept not in visited and n != current_node: + # 计算概念距离（简单实现：路径长度） + try: + path_len = nx.shortest_path_length(self.graph, current_node.concept, n.concept) + if path_len >= 2: + candidate_nodes.append(n) + except nx.NetworkXNoPath: + # 没有路径，视为远距离节点 + candidate_nodes.append(n) + + if not candidate_nodes: + return None + + # 按语义相似度排序，优先选择语义相关节点 + scored = [] + for node in candidate_nodes: + score = self._semantic_similarity(current_node.concept, node.concept) + scored.append((score, node)) + scored.sort(key=lambda item: item[0], reverse=True) + top_candidates = scored[: min(6, len(scored))] + if not top_candidates: + return None + weights = [max(0.05, score) for score, _ in top_candidates] + target_node = random.choices([node for _, node in top_candidates], weights=weights, k=1)[0] + + # 生成隧穿边 + tunneling_edge = MazeEdge( + from_node=current_node, + to_node=target_node, + relation=f"隧穿连接[{current_node.concept}→{target_node.concept}]", + resistance=random.uniform(self.tunneling_min_resistance, 0.7) + ) + tunneling_edge.is_tunneling = True + + logger.info(f"🔌 隧穿触发：{current_node.concept} → {target_node.concept} (阻力: {tunneling_edge.resistance:.2f})") + return target_node, tunneling_edge + + + def _path_visited_concepts(self, path: MazePath | None) -> Set[str]: + """Return concepts already used in the current path.""" + if not path: + return set() + return { + node.concept + for node in getattr(path, "nodes", []) + if getattr(node, "concept", None) + } + + def _grind_node_native(self, node: MazeNode, count: int = 4) -> List[Dict]: + """Native grinding based on local co-occurrence profile.""" + if not self.grinding_enabled: + return [] + if node.expand_level >= self.reasoning_monitor.max_grind_level: + logger.warning(f"??? ?? {node.concept} ???????? {node.expand_level}") + return [] + if node.expanded: + logger.warning(f"??? ?? {node.concept} ???????") + return [] + + profile = node.context_profile or {} + if not profile: + logger.debug(f"skip grinding without context profile: {node.concept}") + return [] + + candidates = sorted(profile.items(), key=lambda item: -item[1]) + if not candidates: + return [] + + max_count = max(1, candidates[0][1]) + sub_concepts = [] + for concept, cnt in candidates[:count]: + if concept == node.concept: + continue + weight = max(0.2, min(0.9, cnt / max_count)) + sub_concepts.append({ + "concept": concept, + "relation": "refines", + "weight": weight, + }) + + return self._apply_grind(node, sub_concepts) + + def _apply_grind(self, node: MazeNode, sub_concepts: List[Dict]) -> List[Dict]: + if not sub_concepts: + return [] + + # ???????? + new_nodes = [] + for sub in sub_concepts: + sub_concept = sub["concept"] + relation = sub["relation"] + weight = sub.get("weight", 0.5) + + if sub_concept not in self.nodes: + self.graph.add_node(sub_concept, type=node.type) + new_node = MazeNode(sub_concept, node.type) + new_node.expand_level = node.expand_level + 1 + self.nodes[sub_concept] = new_node + new_nodes.append(new_node) + + self.memory.add_concept( + sub_concept, + node.type, + "grinding", + importance_score=0.6 + node.expand_level * 0.1, + ) + else: + new_node = self.nodes[sub_concept] + + self.graph.add_edge(node.concept, sub_concept, relation=relation, weight=weight) + new_edge = MazeEdge( + from_node=node, + to_node=new_node, + relation=relation, + resistance=max(0.1, 1 - weight * 0.8), + ) + new_edge.is_expanded = True + self.edges.append(new_edge) + node.connections.append(new_edge) + + node.expanded = True + node.expand_level += 1 + + self.memory.add_concept( + node.concept, + node.type, + "grinding", + importance_score=0.7, + ) + + logger.info(f"? ????: {node.concept} -> {[s['concept'] for s in sub_concepts]}") + return sub_concepts + + def _validate_tunneling_path(self, path: MazePath) -> bool: + """验证隧穿路径：双重验证机制""" + if not self.tunneling_validation_enabled or not path.has_tunneling: + return True + + logger.info(f"🔍 验证隧穿路径: {path}") + + # 正向验证：路径是否能形成合理解释 + if path.score(self.length_penalty) > self.resistance_threshold * 1.2: + logger.warning(f"❌ 隧穿路径阻力过高，验证失败") + return False + + # 反向验证：是否存在明显矛盾 + concepts = [n.concept for n in path.nodes] + contradiction_pairs = [ + ("水", "电"), ("火", "水"), ("高温", "塑料"), + ("高压", "低压"), ("开", "关"), ("真", "假") + ] + + for a, b in contradiction_pairs: + if a in concepts and b in concepts: + logger.warning(f"❌ 隧穿路径存在矛盾：{a} 和 {b} 共存") + return False + + logger.info(f"✅ 隧穿路径验证通过") + return True + + async def forward_maze_explore(self, start_concept: str, target_concept: Optional[str] = None) -> List[MazePath]: + """ + 正向迷宫：探索低阻力路径（最合理的解释） + 支持路径失败回溯研磨机制：路径走不通时回溯研磨节点，重新探索 + """ + logger.info(f"🔍 正向迷宫探索：从 {start_concept} 出发") + + if start_concept not in self.nodes: + logger.error(f"起点概念 {start_concept} 不存在") + return [] + + self.reset_visits() + start_node = self.nodes[start_concept] + paths: List[MazePath] = [] + queue = deque() + + # 初始化路径 + initial_path = MazePath([start_node], []) + queue.append(initial_path) + start_node.visited = True + + explored = 0 + best_resistance = float('inf') + grinded_nodes = 0 + max_grinds = self.reasoning_monitor.max_expansions_per_round + + while queue and (not self.max_paths or self.max_paths <= 0 or len(paths) < self.max_paths) and explored < self.max_exploration_steps: + current_path = queue.popleft() + current_node = current_path.nodes[-1] + + # 更新监控器 + if current_path.score(self.length_penalty) < best_resistance: + best_resistance = current_path.score(self.length_penalty) + self.reasoning_monitor.update(best_resistance) + + # 检查路径是否走不通，需要回溯研磨 + if self.grinding_enabled and grinded_nodes < max_grinds: + should_grind, grind_node, reason = self.reasoning_monitor.should_grind_path(current_path) + if should_grind and grind_node: + logger.info(f"🔙 路径走不通，触发回溯研磨") + logger.info(f"节点: {grind_node.concept}") + logger.info(f"原因: {reason}") + + # 研磨节点 + new_concepts = self._grind_node_native(grind_node) + if new_concepts: + logger.info(f"新概念: {[c['concept'] for c in new_concepts]}") + grinded_nodes += 1 + # 研磨后重新初始化队列，从起点开始探索新路径 + queue = deque([initial_path]) + self.reset_visits() + continue + + # 找到目标（如果有）或路径足够长且阻力合理 + if (target_concept and current_node.concept == target_concept) or (not target_concept and current_path.length >= 2 and current_path.score(self.length_penalty) < self.resistance_threshold): + # 验证隧穿路径 + if self._validate_tunneling_path(current_path): + paths.append(current_path) + continue + + # 尝试隧穿 + current_visited = self._path_visited_concepts(current_path) + tunnel_result = self._try_tunneling(current_node, current_visited) + if tunnel_result: + tunnel_node, tunnel_edge = tunnel_result + if tunnel_node.concept not in current_visited: + new_path = current_path.copy() + new_path.add_step(tunnel_node, tunnel_edge) + queue.append(new_path) + + # 探索所有连接 + if self.policy_enabled: + candidate_edges = current_node.connections + if candidate_edges: + k = min(self.policy_branch_factor, len(candidate_edges)) + selected_edges = self.policy.select_edges( + engine=self, + current_node=current_node, + candidate_edges=candidate_edges, + path=current_path, + visited=current_visited, + mode="forward", + k=k, + deterministic=False, + ) + for edge in selected_edges: + next_node = edge.to_node + if next_node.concept not in current_visited: + new_path = current_path.copy() + new_path.add_step(next_node, edge) + queue.append(new_path) + else: + for edge in current_node.connections: + next_node = edge.to_node + + # 低阻力优先 + 一定概率探索未知 + if edge.resistance < 0.6 or random.random() < self.exploration_rate: + if next_node.concept not in current_visited: + new_path = current_path.copy() + new_path.add_step(next_node, edge) + queue.append(new_path) + + explored += 1 + + # 优先保留显式、低阻力、非隧穿路径，避免“捷径”压过主干因果链 + paths.sort( + key=lambda p: ( + p.score(self.length_penalty), + 1 if p.has_tunneling else 0, + 1 if p.has_memory else 0, + p.length, + ) + ) + + # 记忆钩子：保存成功路径 + for path in paths: + path_score = 1.0 - path.score(self.length_penalty) # 阻力越低分数越高 + self.memory.save_successful_path(path.get_concept_list(), path_score) + + # 更新路径上概念的重要性 + for node in path.nodes: + self.memory.update_concept_importance(node.concept, 0.1) + + # Online policy update (optional) + if self.policy_enabled: + self.policy.update_from_path(self, path, mode="forward") + + tunnel_count = sum(1 for p in paths if p.has_tunneling) + expanded_count = sum(1 for p in paths if p.has_expanded) + memory_count = sum(1 for p in paths if p.has_memory) + + logger.info(f"✅ 正向迷宫找到 {len(paths)} 条路径，其中 {tunnel_count} 条包含隧穿，{expanded_count} 条包含研磨节点，{memory_count} 条包含记忆边") + return paths + + async def reverse_maze_explore(self, start_concept: str, target_concept: Optional[str] = None) -> List[MazePath]: + """ + 反向迷宫：探索高阻力路径（找矛盾和反例） + 专门找难走的路，验证是否存在反例，支持隧穿 + """ + logger.info(f"🔍 反向迷宫探索：从 {start_concept} 出发找反例") + + if start_concept not in self.nodes: + logger.error(f"起点概念 {start_concept} 不存在") + return [] + + self.reset_visits() + start_node = self.nodes[start_concept] + paths: List[MazePath] = [] + stack = [] # DFS 优先探索深路径 + + initial_path = MazePath([start_node], []) + stack.append(initial_path) + + explored = 0 + while stack and (not self.max_paths or self.max_paths <= 0 or len(paths) < self.max_paths) and explored < self.max_exploration_steps: + current_path = stack.pop() + current_node = current_path.nodes[-1] + current_visited = self._path_visited_concepts(current_path) + + # 找到矛盾路径或高阻力路径 + if current_path.score(self.length_penalty) > self.resistance_threshold and current_path.length >= 2: + # 验证隧穿路径 + if self._validate_tunneling_path(current_path): + paths.append(current_path) + continue + + # 尝试隧穿（反向迷宫隧穿概率更高） + original_tunnel_prob = self.tunneling_probability + self.tunneling_probability = 0.3 + tunnel_result = self._try_tunneling(current_node, current_visited) + self.tunneling_probability = original_tunnel_prob + + if tunnel_result: + tunnel_node, tunnel_edge = tunnel_result + if tunnel_node.concept not in current_visited: + new_path = current_path.copy() + new_path.add_step(tunnel_node, tunnel_edge) + stack.append(new_path) + + # 优先探索高阻力边 + candidate_edges = [e for e in current_node.connections if e.resistance > self.resistance_threshold * 0.7] + if self.policy_enabled and candidate_edges: + k = min(self.policy_branch_factor, len(candidate_edges)) + selected_edges = self.policy.select_edges( + engine=self, + current_node=current_node, + candidate_edges=candidate_edges, + path=current_path, + visited=current_visited, + mode="reverse", + k=k, + deterministic=True, + ) + for edge in selected_edges: + next_node = edge.to_node + if next_node.concept not in current_visited: + new_path = current_path.copy() + new_path.add_step(next_node, edge) + stack.append(new_path) + else: + for edge in sorted(current_node.connections, key=lambda e: -e.resistance): + next_node = edge.to_node + # 高阻力优先，尽量找矛盾 + if edge.resistance > self.resistance_threshold * 0.7: + if next_node.concept not in current_visited: + new_path = current_path.copy() + new_path.add_step(next_node, edge) + stack.append(new_path) + + explored += 1 + + # 按阻力排序，阻力越大越可能是矛盾 + paths.sort(key=lambda p: -p.score(self.length_penalty)) + tunnel_count = sum(1 for p in paths if p.has_tunneling) + logger.info(f"✅ 反向迷宫找到 {len(paths)} 条高阻力路径（潜在矛盾），其中 {tunnel_count} 条包含隧穿") + return paths + + async def boundary_maze_explore(self, start_concept: str) -> List[MazePath]: + """ + 边界迷宫：探索未知/低概率区域（创新探索） + 探索迷宫边界，发现新连接，隧穿和概念研磨主要发生在这里 + """ + logger.info(f"🔍 边界迷宫探索：从 {start_concept} 出发找创新连接") + + if start_concept not in self.nodes: + logger.error(f"起点概念 {start_concept} 不存在") + return [] + + self.reset_visits() + start_node = self.nodes[start_concept] + paths: List[MazePath] = [] + + # 边界迷宫隧穿概率和研磨概率更高 + original_tunnel_prob = self.tunneling_probability + self.tunneling_probability = 0.4 # 40% 隧穿概率，鼓励创新 + self.tunneling_validation_enabled = False # 边界探索暂时不严格验证，后续再验证 + original_grind_prob = self.reasoning_monitor.max_stagnation_rounds + self.reasoning_monitor.max_stagnation_rounds = 2 # 更容易触发研磨 + + # 随机游走探索边界 + for _ in range(8): # 尝试8次随机游走 + current_node = start_node + path = MazePath([current_node], []) + visited = set([current_node.concept]) + + for _ in range(6): # 最多走6步 + # 优先尝试研磨低连接度节点 + if self.grinding_enabled and len(current_node.connections) < 2 and current_node.expand_level < 2 and (current_node.context_profile or {}): + self._grind_node_native(current_node) + + # 优先尝试隧穿 + tunnel_result = self._try_tunneling(current_node, visited) + if tunnel_result: + next_node, edge = tunnel_result + visited.add(next_node.concept) + path.add_step(next_node, edge) + current_node = next_node + continue + + # 否则选未访问的边 + unvisited_edges = [e for e in current_node.connections if e.to_node.concept not in visited] + if not unvisited_edges: + break + + # 优先使用策略网络选择（否则随机） + if self.policy_enabled: + selected = self.policy.select_edges( + engine=self, + current_node=current_node, + candidate_edges=unvisited_edges, + path=path, + visited=visited, + mode="boundary", + k=1, + deterministic=False, + ) + if not selected: + break + edge = selected[0] + else: + # 随机选边，优先选阻力中等的（边界区域） + edge = random.choice(unvisited_edges) + next_node = edge.to_node + visited.add(next_node.concept) + path.add_step(next_node, edge) + current_node = next_node + + if path.length >= 3: + # 验证隧穿路径 + if self._validate_tunneling_path(path): + paths.append(path) + + # 记忆钩子：保存创新路径 + path_score = 0.7 # 创新路径基础分 + self.memory.save_successful_path(path.get_concept_list(), path_score) + if self.policy_enabled: + self.policy.update_from_path(self, path, mode="boundary") + + # 恢复原始配置 + self.tunneling_probability = original_tunnel_prob + self.tunneling_validation_enabled = True + self.reasoning_monitor.max_stagnation_rounds = original_grind_prob + + tunnel_count = sum(1 for p in paths if p.has_tunneling) + expanded_count = sum(1 for p in paths if p.has_expanded) + logger.info(f"✅ 边界迷宫找到 {len(paths)} 条创新路径，其中 {tunnel_count} 条包含隧穿，{expanded_count} 条包含研磨节点") diff --git a/runtime/memory-api/core/multimodal_generator.py b/runtime/memory-api/core/multimodal_generator.py new file mode 100644 index 0000000..e373059 --- /dev/null +++ b/runtime/memory-api/core/multimodal_generator.py @@ -0,0 +1,1792 @@ +""" +多模态生成模块 +基于 Tri-Maze 推理链路（节点/关系/阻力）直接生成结构化多模态参数 +完全基于推理路径驱动，不依赖自然语言Prompt中转 +""" +import json +import asyncio +import requests +import base64 +import os +import mimetypes +from typing import Dict, List, Any, Optional +from loguru import logger +from openai import OpenAI +from io import BytesIO +from PIL import Image +from .native_generator import NativeGenerator +from .sd_sketch_generator import SDSketchGenerator +from .sketch_v2 import SketchV2Generator +from .sketch_edit_v1 import build_render_conditioning_bundle as build_editable_render_conditioning_bundle +from .semantic_scene_v2 import summarize_scene_spec +from typing import TYPE_CHECKING +if TYPE_CHECKING: + from .maze_engine import MazePath + + +def _safe_scene_copy(value: Any) -> Any: + return json.loads(json.dumps(value, ensure_ascii=False)) + + +class MultimodalGenerator: + """多模态生成器：基于Tri-Maze推理链路直接驱动多模态生成 + 完全基于推理路径的节点、关系、阻力生成参数，不需要自然语言Prompt中转 + """ + + def __init__(self, llm_client: OpenAI = None, config: Dict = None): + self.llm_client = llm_client + self.output_dir = "outputs" + os.makedirs(self.output_dir, exist_ok=True) + + # 生成API配置 + self.config = config or {} + self.sd_api_url = self.config.get("sd_api_url", "").strip() # Stable Diffusion API地址 + self.image_api_url = self.config.get("image_api_url", "").strip() + self.image_api_key = self.config.get("image_api_key", "").strip() + self.image_api_model = self.config.get("image_api_model", "").strip() + self.image_api_control_model = self.config.get("image_api_control_model", "").strip() + self.image_api_size = self.config.get("image_api_size", "").strip() + self.dalle_api_key = self.config.get("dalle_api_key", "").strip() or (self.image_api_key if not self.image_api_url else "") + self.pika_api_key = self.config.get("pika_api_key", "") + self.runway_api_key = self.config.get("runway_api_key", "") + + # 原生生成器：完全不依赖外部API + self.native_generator = NativeGenerator(output_dir=self.output_dir) + self.sd_sketch_generator = SDSketchGenerator(output_dir=self.output_dir, sd_api_url=self.sd_api_url) + self.sketch_v2_generator = SketchV2Generator( + output_dir=self.output_dir, + sd_api_url=self.sd_api_url, + image_api_url=self.image_api_url, + image_api_key=self.image_api_key, + image_api_model=self.image_api_model, + image_api_size=self.image_api_size, + ) + self.use_native_generation = self.config.get("use_native_generation", True) # 默认使用原生生成 + + # 概念到视觉特征的映射规则 + self.concept_feature_map = { + # 电子电路 + "电阻": {"shape": "cylindrical", "color": ["beige", "brown", "red"], "tags": ["electronic component", "resistor"]}, + "LED": {"shape": "diode", "color": ["transparent", "red", "green", "blue"], "tags": ["light-emitting diode", "electronic component"]}, + "Arduino": {"shape": "rectangular board", "color": ["blue", "green"], "tags": ["microcontroller", "development board"]}, + "电源": {"shape": "battery", "color": ["black", "red"], "tags": ["power supply", "battery"]}, + "GND": {"shape": "ground symbol", "color": ["black"], "tags": ["ground", "electrical ground"]}, + "电路": {"style": "schematic diagram", "background": "white", "tags": ["circuit diagram", "schematic"]}, + + # 物理 + "力": {"visual": "arrow", "color": ["red"], "tags": ["force vector", "physics"]}, + "速度": {"visual": "arrow", "color": ["blue"], "tags": ["velocity vector", "physics"]}, + "能量": {"visual": "glow", "color": ["yellow", "orange"], "tags": ["energy", "glowing effect"]}, + "光": {"visual": "rays", "color": ["white", "yellow"], "tags": ["light rays", "bright"]}, + + # 生物 + "猫": {"shape": "feline", "color": ["various"], "tags": ["cat", "animal", "feline"]}, + "毛皮": {"texture": "fur", "color": ["soft"], "tags": ["fur", "animal fur"]}, + "羽毛": {"texture": "soft", "color": ["light"], "tags": ["feathers", "bird"]}, + "细胞": {"shape": "circular", "color": ["transparent"], "tags": ["cell", "biology"]}, + + # 通用 + "抽象概念": {"style": "abstract", "color": ["gradient"], "tags": ["abstract art"]}, + "机械结构": {"style": "technical drawing", "color": ["gray", "metal"], "tags": ["mechanical design"]} + } + + # 阻力到视觉权重的映射：阻力越低，视觉上越突出 + self.resistance_weight_map = { + (0.0, 0.2): {"weight": 1.0, "opacity": 1.0, "size_multiplier": 1.5}, + (0.2, 0.4): {"weight": 0.8, "opacity": 0.9, "size_multiplier": 1.3}, + (0.4, 0.6): {"weight": 0.6, "opacity": 0.8, "size_multiplier": 1.1}, + (0.6, 0.8): {"weight": 0.4, "opacity": 0.7, "size_multiplier": 1.0}, + (0.8, 1.01): {"weight": 0.2, "opacity": 0.5, "size_multiplier": 0.8}, + } + + logger.info("✅ 多模态生成器初始化完成（基于推理链路直接生成）") + + def _get_weight_config(self, resistance: float) -> Dict[str, float]: + for (lower, upper), config in self.resistance_weight_map.items(): + if lower <= resistance < upper: + return config + return self.resistance_weight_map[(0.4, 0.6)] + + def _get_canvas_size(self, sketch_options: Dict[str, Any] | None = None) -> tuple[int, int]: + sketch_options = sketch_options or {} + width = int(sketch_options.get("canvas_width", 1024)) + height = int(sketch_options.get("canvas_height", 768)) + return max(512, width), max(384, height) + + def _clean_prompt_text(self, value: Any) -> str: + text = str(value or "").replace("\n", " ").replace("\r", " ").replace("|", " ").strip() + return " ".join(text.split()).strip(" ,;，；。") + + def _resolve_sketch_backend(self, sketch_options: Dict[str, Any] | None = None) -> str: + sketch_options = sketch_options or {} + backend = str(sketch_options.get("sketch_backend", self.config.get("sketch_backend", "native")) or "native").strip().lower() + return backend if backend in {"native", "sd", "sketch_v2"} else "native" + + def _find_sketch_candidate( + self, + candidates: List[Dict[str, Any]] | None = None, + candidate_id: str | None = None, + ) -> Optional[Dict[str, Any]]: + if not isinstance(candidates, list) or not candidates: + return None + if candidate_id: + marker = str(candidate_id).strip() + for item in candidates: + if isinstance(item, dict) and str(item.get("candidate_id") or "").strip() == marker: + return item + for item in candidates: + if isinstance(item, dict) and str(item.get("image_path") or "").strip(): + return item + return None + + def resolve_used_control_image_path( + self, + *, + sketch_options: Dict[str, Any] | None = None, + preview: Dict[str, Any] | None = None, + render_options: Dict[str, Any] | None = None, + control_image_path: str | None = None, + low_preview_path: str | None = None, + render_control_path: str | None = None, + ) -> str | None: + sketch_options = sketch_options or {} + preview = preview if isinstance(preview, dict) else {} + render_options = render_options if isinstance(render_options, dict) else {} + for key in ("editable_sketch_composited_path",): + candidate = str(render_options.get(key) or preview.get(key) or "").strip() + if candidate: + return candidate + backend = self._resolve_sketch_backend(sketch_options) + if backend == "sketch_v2": + candidates = render_options.get("sketch_candidates") + if not isinstance(candidates, list) or not candidates: + candidates = preview.get("sketch_candidates") + selected_id = ( + render_options.get("selected_sketch_candidate_id") + or render_options.get("active_sketch_candidate_id") + or sketch_options.get("selected_sketch_candidate_id") + or preview.get("active_sketch_candidate_id") + ) + candidate = self._find_sketch_candidate(candidates, selected_id) + if candidate: + candidate_path = str(candidate.get("image_path") or "").strip() + if candidate_path: + return candidate_path + for key in ("active_sketch_path", "image_path", "native_control_image_path"): + value = str(render_options.get(key) or preview.get(key) or "").strip() + if value: + return value + return ( + str(render_control_path or "").strip() + or str(low_preview_path or "").strip() + or str(control_image_path or "").strip() + or None + ) + + def _conditioning_summary(self, conditioning_bundle: Dict[str, Any] | None = None) -> str: + bundle = conditioning_bundle if isinstance(conditioning_bundle, dict) else {} + counts = bundle.get("counts") if isinstance(bundle.get("counts"), dict) else {} + edited_regions = int(counts.get("edited_regions", 0) or 0) + patches = int(counts.get("patches", 0) or 0) + if not edited_regions and not patches: + return "" + parts = [] + if edited_regions: + parts.append(f"edited_regions={edited_regions}") + if patches: + parts.append(f"patches={patches}") + return " | ".join(parts) + + def _persist_conditioning_bundle(self, conditioning_bundle: Dict[str, Any] | None = None) -> str: + bundle = conditioning_bundle if isinstance(conditioning_bundle, dict) else {} + if not bundle: + return "" + revision_id = str(bundle.get("revision_id") or "").strip() + digest = abs(hash(json.dumps(bundle, ensure_ascii=False, sort_keys=True))) + filename = f"render_conditioning_{revision_id or digest}.json" + output_path = os.path.join(self.output_dir, filename) + with open(output_path, "w", encoding="utf-8") as handle: + json.dump(bundle, handle, ensure_ascii=False, indent=2) + return output_path + + def _build_render_conditioning_bundle( + self, + *, + render_options: Dict[str, Any] | None = None, + scene_spec: Dict[str, Any] | None = None, + used_control_image_path: str | None = None, + ) -> Dict[str, Any]: + render_options = render_options if isinstance(render_options, dict) else {} + scene_spec = scene_spec if isinstance(scene_spec, dict) else {} + editable_doc = render_options.get("editable_sketch_doc") if isinstance(render_options.get("editable_sketch_doc"), dict) else None + if editable_doc: + bundle = build_editable_render_conditioning_bundle(editable_doc) + else: + render_hints = scene_spec.get("render_hints", {}) if isinstance(scene_spec.get("render_hints"), dict) else {} + region_constraints = _safe_scene_copy(render_hints.get("region_edit_constraints") or []) + patch_constraints = _safe_scene_copy(render_hints.get("render_patch_constraints") or []) + if not region_constraints and not patch_constraints: + return {} + bundle = { + "version": 1, + "source": "scene_spec_render_hints", + "revision_id": "", + "session_id": "", + "sketch_backend": str(render_options.get("sketch_backend") or ""), + "source_candidate_id": str(render_options.get("active_sketch_candidate_id") or ""), + "base_image_path": "", + "background_plate_path": "", + "composited_image_path": str(render_hints.get("editable_sketch_composited_path") or ""), + "canvas_size": _safe_scene_copy(scene_spec.get("canvas_size") or {}), + "camera_state": {}, + "depth_model": {}, + "edit_summary": str(render_hints.get("edit_summary") or ""), + "region_edit_summary": str(render_hints.get("region_edit_summary") or ""), + "region_edit_constraints": region_constraints, + "render_patch_constraints": patch_constraints, + "object_layers": [], + "region_layers": [], + "patch_layers": [], + "counts": { + "objects": 0, + "regions": len(region_constraints), + "edited_regions": len(region_constraints), + "patches": len(patch_constraints), + }, + } + if not bundle: + return {} + bundle["used_control_image_path"] = str(used_control_image_path or bundle.get("composited_image_path") or "") + bundle["conditioning_summary"] = self._conditioning_summary(bundle) + bundle["conditioning_bundle_path"] = self._persist_conditioning_bundle(bundle) + return bundle + + def render_scene_spec_preview( + self, + scene_spec: Dict[str, Any], + sketch_options: Dict[str, Any] | None = None, + title: str | None = None, + ) -> Dict[str, Any]: + sketch_options = sketch_options or {} + backend = self._resolve_sketch_backend(sketch_options) + if backend == "sketch_v2" and self.sketch_v2_generator._use_direct_scene_mode(sketch_options): + return self.sketch_v2_generator.render_from_scene_spec(scene_spec, sketch_options=sketch_options, title=title) + preview = self.native_generator.render_scene_spec_preview(scene_spec, sketch_options=sketch_options, title=title) + sketch_bundle = dict(preview.get("sketch_bundle") or {}) + native_structural = sketch_bundle.get("structural_sketch") or preview.get("image_path") + if native_structural: + sketch_bundle.setdefault("native_structural_sketch", native_structural) + sketch_bundle["active_sketch_backend"] = "native" + preview["sketch_bundle"] = sketch_bundle + preview.setdefault("backend", "native_scene_spec_preview") + preview["sketch_backend"] = "native" + if backend == "sd": + return self.sd_sketch_generator.render_from_preview(preview, sketch_options=sketch_options, title=title) + if backend == "sketch_v2": + return self.sketch_v2_generator.render_from_preview(preview, sketch_options=sketch_options, title=title) + if backend != "sd": + return preview + return self.sd_sketch_generator.render_from_preview(preview, sketch_options=sketch_options, title=title) + + def _dedupe_prompt_items(self, items: List[str]) -> List[str]: + seen = set() + output: List[str] = [] + for item in items: + cleaned = self._clean_prompt_text(item) + if not cleaned: + continue + marker = cleaned.casefold() + if marker in seen: + continue + seen.add(marker) + output.append(cleaned) + return output + + def _scene_type_caption(self, scene_type: str) -> str: + mapping = { + "scene": "具象场景图像", + "process": "过程图解画面", + "schematic": "技术结构示意图", + } + return mapping.get(str(scene_type or "scene"), "完整图像") + + def _position_phrase(self, bbox: Dict[str, Any], depth_band: str = "") -> str: + x_center = float(bbox.get("x_norm", 0.0)) + float(bbox.get("width_norm", 0.0)) / 2.0 + y_center = float(bbox.get("y_norm", 0.0)) + float(bbox.get("height_norm", 0.0)) / 2.0 + if depth_band == "foreground" or y_center >= 0.68: + depth = "前景" + elif depth_band == "background" or y_center <= 0.34: + depth = "背景" + else: + depth = "中景" + if x_center <= 0.28: + horizontal = "偏左" + elif x_center >= 0.72: + horizontal = "偏右" + else: + horizontal = "居中" + return f"{depth}{horizontal}" + + def _size_phrase(self, bbox: Dict[str, Any]) -> str: + area = float(bbox.get("width_norm", 0.0)) * float(bbox.get("height_norm", 0.0)) + if area >= 0.2: + return "超大" + if area >= 0.1: + return "较大" + if area >= 0.04: + return "中等" + return "小型" + + def _layer_region_phrase(self, bbox: Dict[str, Any]) -> str: + x_norm = float(bbox.get("x_norm", 0.0)) + y_norm = float(bbox.get("y_norm", 0.0)) + width_norm = float(bbox.get("width_norm", 0.0)) + height_norm = float(bbox.get("height_norm", 0.0)) + if width_norm >= 0.9 and height_norm >= 0.45: + if y_norm <= 0.12: + return "上半部" + if y_norm >= 0.45: + return "下半部" + return "大部分区域" + if y_norm <= 0.2: + vertical = "上方" + elif y_norm >= 0.55: + vertical = "下方" + else: + vertical = "中部" + if x_norm <= 0.25: + horizontal = "偏左" + elif x_norm >= 0.55: + horizontal = "偏右" + else: + horizontal = "" + return f"{vertical}{horizontal}" + + def _describe_render_object(self, obj: Dict[str, Any]) -> str: + name = self._clean_prompt_text(obj.get("concept") or obj.get("asset_key") or "对象") + bbox = obj.get("bbox") or {} + role = str(obj.get("role") or "") + source = str(obj.get("source") or "") + prefix: List[str] = [] + if role in {"subject", "focus", "core_subject"}: + prefix.append("主体") + elif role in {"detail", "support"}: + prefix.append("辅助元素") + if source == "user": + prefix.append("用户补充") + qualifier = "".join(prefix) + return f"{qualifier}{self._position_phrase(bbox, str(obj.get('depth_band') or ''))}的{self._size_phrase(bbox)}{name}" + + def _scene_query_clause(self, scene_context: Dict[str, Any] | None = None) -> str: + if not isinstance(scene_context, dict): + return "" + query = self._clean_prompt_text(scene_context.get("query") or "") + if not query: + return "" + if len(query) > 96: + query = query[:96].rstrip("，,；;。.!！？? ") + "…" + return query + + def _scene_style_booster(self, scene_type: str, query_clause: str = "") -> list[str]: + boosters: list[str] = [] + if scene_type == "scene": + boosters.append("严格保持用户指定的主体数量、动作姿态、相对方位与远近层次。") + boosters.append("以自然完整的真实场景方式呈现，不要把对象拼贴成素材板。") + elif scene_type == "process": + boosters.append("整体表现为浅色科普过程图解，按阶段展开，但每个阶段都必须是可识别对象，不要做成 PPT 卡片。") + boosters.append("过程箭头只作辅助，画面主体仍然是蒸发、凝结、降雨等可识别元素。") + elif scene_type == "schematic": + boosters.append("整体表现为浅色背景的二维工程示意图，使用符号化元件、清晰导线、正视角和规则排布。") + boosters.append("不要生成真实 PCB 主板照片、微距芯片特写或产品摄影。") + if query_clause: + boosters.append(f"必须忠实满足原始需求：{query_clause}。") + return boosters + + def _scene_spec_semantic_sections(self, scene_spec: Dict[str, Any] | None = None) -> Dict[str, str]: + if not isinstance(scene_spec, dict): + return {} + constraints = self._render_constraints(scene_spec) + layout_options = scene_spec.get("layout_options", {}) if isinstance(scene_spec, dict) else {} + scene_type = str(layout_options.get("scene_type", "scene") or "scene") + canvas_size = scene_spec.get("canvas_size", {}) if isinstance(scene_spec, dict) else {} + canvas_width = int(canvas_size.get("width", 1024) or 1024) + canvas_height = int(canvas_size.get("height", 768) or 768) + orientation = "横向" if canvas_width >= canvas_height else "竖向" + + background_lines = [] + for layer in constraints.get("background_layers", [])[:4]: + layer_type = str(layer.get("type") or "") + label = self._clean_prompt_text(layer.get("label") or layer_type or "背景层") + if scene_type == "schematic" and layer_type == "board": + label = "浅色技术底图" + elif scene_type == "process" and layer_type == "process_band": + label = "阶段区域" + background_lines.append(f"{label}铺在画面{self._layer_region_phrase(layer.get('bbox') or {})}") + environment = "、".join(self._dedupe_prompt_items(background_lines)) + + objects = list(constraints.get("object_instances", []) or []) + role_order = {"subject": 0, "focus": 0, "core_subject": 0, "support": 1, "detail": 2, "environment": 3} + + def _sort_key(item: Dict[str, Any]) -> tuple[float, float]: + bbox = item.get("bbox") or {} + area = float(bbox.get("width_norm", 0.0)) * float(bbox.get("height_norm", 0.0)) + return (float(role_order.get(str(item.get("role") or ""), 4)), -area) + + sorted_objects = sorted(objects, key=_sort_key) + subjects = [self._describe_render_object(item) for item in sorted_objects[:6]] + subject_text = "、".join(self._dedupe_prompt_items(subjects[:4])) + + depth_counts = constraints.get("depth_band_counts", {}) or {} + depth_chunks = [] + for depth_band in ("foreground", "midground", "background"): + count = int(depth_counts.get(depth_band, 0) or 0) + if count > 0: + depth_label = {"foreground": "前景", "midground": "中景", "background": "背景"}[depth_band] + depth_chunks.append(f"{depth_label}{count}个主要对象") + composition_bits = [f"{orientation}构图"] + if depth_chunks: + composition_bits.append("层次分布为" + "、".join(depth_chunks)) + if sorted_objects: + composition_bits.append("视觉重心放在" + self._position_phrase((sorted_objects[0].get("bbox") or {}), str(sorted_objects[0].get("depth_band") or ""))) + composition = "，".join(self._dedupe_prompt_items(composition_bits)) + + lookup = { + str(item.get("id") or ""): self._clean_prompt_text(item.get("concept") or item.get("asset_key") or "对象") + for item in objects + if item.get("id") + } + attachment_lines = [] + for item in constraints.get("attachments", [])[:6]: + child = lookup.get(str(item.get("child_id") or ""), "附着元素") + host = lookup.get(str(item.get("host_id") or ""), "宿主") + anchor = self._clean_prompt_text(item.get("anchor_name") or "对应位置") + attachment_lines.append(f"{child}附着在{host}的{anchor}") + attachments = "、".join(self._dedupe_prompt_items(attachment_lines)) + + connector_lines = [] + for item in constraints.get("connectors", [])[:4]: + from_name = lookup.get(str(item.get("from_id") or ""), "起点") + to_name = lookup.get(str(item.get("to_id") or ""), "终点") + relation = self._clean_prompt_text(item.get("label") or item.get("type") or "连接") + connector_lines.append(f"{from_name}与{to_name}通过{relation}形成联系") + connectors = "、".join(self._dedupe_prompt_items(connector_lines)) + + user_added = [] + for item in sorted_objects: + if str(item.get("source") or "") == "user": + user_added.append(self._describe_render_object(item)) + user_added_text = "、".join(self._dedupe_prompt_items(user_added[:5])) + render_hints = scene_spec.get("render_hints", {}) if isinstance(scene_spec, dict) else {} + edit_summary = self._clean_prompt_text(render_hints.get("edit_summary") or "") + region_edit_summary = self._clean_prompt_text(render_hints.get("region_edit_summary") or "") + + return { + "scene_type": scene_type, + "scene_caption": self._scene_type_caption(scene_type), + "environment": environment, + "subjects": subject_text, + "composition": composition, + "attachments": attachments, + "connectors": connectors, + "user_added": user_added_text, + "edit_summary": edit_summary, + "region_edit_summary": region_edit_summary, + } + + def _scene_spec_to_prompt(self, scene_spec: Dict[str, Any] | None = None) -> str: + sections = self._scene_spec_semantic_sections(scene_spec) + if not sections: + return "" + prompt_parts = [f"画面类型：{sections.get('scene_caption', '完整图像')}"] + if sections.get("subjects"): + prompt_parts.append(f"主体：{sections['subjects']}") + if sections.get("environment"): + prompt_parts.append(f"环境：{sections['environment']}") + if sections.get("composition"): + prompt_parts.append(f"构图：{sections['composition']}") + if sections.get("attachments"): + prompt_parts.append(f"附着关系：{sections['attachments']}") + if sections.get("connectors") and sections.get("scene_type") in {"process", "schematic"}: + prompt_parts.append(f"结构关系：{sections['connectors']}") + if sections.get("user_added"): + prompt_parts.append(f"用户新增：{sections['user_added']}") + if sections.get("edit_summary"): + prompt_parts.append(sections["edit_summary"]) + if sections.get("region_edit_summary"): + prompt_parts.append(f"局部编辑：{sections['region_edit_summary']}") + return "；".join(self._dedupe_prompt_items(prompt_parts)) + + def _build_image_render_prompt( + self, + params: Dict[str, Any], + scene_spec: Dict[str, Any] | None = None, + style_hint: str = "", + prompt_suffix: str = "", + scene_context: Dict[str, Any] | None = None, + ) -> tuple[str, str]: + return self._structured_params_to_sd_prompt( + params, + scene_spec=scene_spec, + style_hint=style_hint, + prompt_suffix=prompt_suffix, + scene_context=scene_context, + ) + + def _scene_canvas_size(self, scene_spec: Dict[str, Any] | None = None) -> tuple[int, int]: + canvas = (scene_spec or {}).get("canvas_size", {}) if isinstance(scene_spec, dict) else {} + width = int(canvas.get("width", 1024) or 1024) + height = int(canvas.get("height", 768) or 768) + return max(1, width), max(1, height) + + def _normalized_bbox(self, item: Dict[str, Any], canvas_width: int, canvas_height: int) -> Dict[str, float]: + x = float(item.get("x", 0) or 0) + y = float(item.get("y", 0) or 0) + width = float(item.get("width", 0) or 0) + height = float(item.get("height", 0) or 0) + return { + "x": round(x, 2), + "y": round(y, 2), + "width": round(width, 2), + "height": round(height, 2), + "x_norm": round(x / canvas_width, 4), + "y_norm": round(y / canvas_height, 4), + "width_norm": round(width / canvas_width, 4), + "height_norm": round(height / canvas_height, 4), + } + + def _render_constraints(self, scene_spec: Dict[str, Any] | None = None) -> Dict[str, Any]: + if not isinstance(scene_spec, dict): + return { + "background_layers": [], + "object_instances": [], + "attachments": [], + "connectors": [], + "depth_band_counts": {}, + } + canvas_width, canvas_height = self._scene_canvas_size(scene_spec) + backgrounds = [] + for layer in scene_spec.get("background_layers", []) or []: + if not isinstance(layer, dict): + continue + backgrounds.append({ + "id": str(layer.get("id", "")), + "type": str(layer.get("type", "")), + "label": str(layer.get("label", "")), + "bbox": self._normalized_bbox(layer, canvas_width, canvas_height), + "z_index": int(layer.get("z_index", 0) or 0), + "source": str(layer.get("source", "")), + }) + + objects = [] + depth_band_counts: Dict[str, int] = {} + for obj in scene_spec.get("object_instances", []) or []: + if not isinstance(obj, dict): + continue + depth_band = str(obj.get("depth_band", "") or "") + if depth_band: + depth_band_counts[depth_band] = depth_band_counts.get(depth_band, 0) + 1 + objects.append({ + "id": str(obj.get("id", "")), + "concept": str(obj.get("concept", "")), + "asset_key": str(obj.get("asset_key", "")), + "prototype_id": str(obj.get("prototype_id", obj.get("asset_key", ""))), + "role": str(obj.get("role", "")), + "depth_band": depth_band, + "depth_z": float(obj.get("depth_z", 0.0) or 0.0), + "source": str(obj.get("source", "")), + "bbox": self._normalized_bbox(obj, canvas_width, canvas_height), + "rotation": float(obj.get("rotation", 0.0) or 0.0), + "scale": float(obj.get("scale", 1.0) or 1.0), + "visible": bool(obj.get("visible", True)), + "z_index": int(obj.get("z_index", 0) or 0), + "editable": bool(obj.get("editable", True)), + }) + + attachments = [] + for item in scene_spec.get("attachments", []) or []: + if not isinstance(item, dict): + continue + attachments.append({ + "id": str(item.get("id", "")), + "host_id": str(item.get("host_id", "")), + "child_id": str(item.get("child_id", "")), + "anchor_name": str(item.get("anchor_name", "")), + "mode": str(item.get("mode", "")), + }) + + connectors = [] + for item in scene_spec.get("connectors", []) or []: + if not isinstance(item, dict): + continue + connectors.append({ + "id": str(item.get("id", "")), + "type": str(item.get("type", "")), + "from_id": str(item.get("from_id", "")), + "to_id": str(item.get("to_id", "")), + "label": str(item.get("label", "")), + "visible": bool(item.get("visible", True)), + }) + + return { + "background_layers": backgrounds, + "object_instances": objects, + "attachments": attachments, + "connectors": connectors, + "depth_band_counts": depth_band_counts, + } + + def build_render_bundle( + self, + *, + prompt: str, + negative_prompt: str, + scene_spec: Dict[str, Any] | None = None, + structured_params: Dict[str, Any] | None = None, + control_image_path: str | None = None, + low_preview_path: str | None = None, + render_control_path: str | None = None, + used_control_image_path: str | None = None, + sketch_bundle: Dict[str, Any] | None = None, + conditioning_bundle: Dict[str, Any] | None = None, + backend: str = "", + final_image_path: str | None = None, + workflow_state: str = "previewed", + ) -> Dict[str, Any]: + scene_spec = scene_spec if isinstance(scene_spec, dict) else {} + sketch_bundle = sketch_bundle if isinstance(sketch_bundle, dict) else {} + conditioning_bundle = conditioning_bundle if isinstance(conditioning_bundle, dict) else {} + layout_options = scene_spec.get("layout_options", {}) if isinstance(scene_spec, dict) else {} + render_hints = scene_spec.get("render_hints", {}) if isinstance(scene_spec.get("render_hints"), dict) else {} + render_strategy = "text_only" + if conditioning_bundle and ( + int(((conditioning_bundle.get("counts") or {}).get("edited_regions", 0) or 0)) > 0 + or int(((conditioning_bundle.get("counts") or {}).get("patches", 0) or 0)) > 0 + ): + render_strategy = "full_state_conditioned_img2img" + elif render_control_path: + render_strategy = "render_control_v2" + elif low_preview_path and used_control_image_path and os.path.normpath(str(used_control_image_path)) == os.path.normpath(str(low_preview_path)): + render_strategy = "low_preview_bridge" + elif control_image_path and used_control_image_path and os.path.normpath(str(used_control_image_path)) == os.path.normpath(str(control_image_path)): + render_strategy = "semantic_sketch_bridge" + elif used_control_image_path: + render_strategy = "external_control_image" + return { + "version": 2, + "pipeline": "render_bridge_v2", + "workflow_state": workflow_state, + "text_prompt": str(prompt or ""), + "negative_prompt": str(negative_prompt or ""), + "scene_spec_version": int(scene_spec.get("version", 2) or 2) if isinstance(scene_spec, dict) else 2, + "composition_mode": str(layout_options.get("composition_mode", layout_options.get("scene_type", "scene"))), + "scene_type": str(layout_options.get("scene_type", "scene")), + "sketch_style": str(layout_options.get("sketch_style", "scribble_line")), + "scene_summary": summarize_scene_spec(scene_spec) if scene_spec else "", + "edit_summary": str(render_hints.get("edit_summary", "")), + "region_edit_summary": str(render_hints.get("region_edit_summary", "")), + "depth_summary": str(render_hints.get("depth_summary", "")), + "camera_summary": str(render_hints.get("camera_summary", "")), + "region_edit_constraints": _safe_scene_copy(render_hints.get("region_edit_constraints") or []), + "conditioning_summary": str(conditioning_bundle.get("conditioning_summary", "")), + "dual_conditioning": { + "text": True, + "sketch": bool(used_control_image_path or sketch_bundle), + "mode": "text+sketch", + }, + "visible_outputs": { + "semantic_sketch_path": str(control_image_path or ""), + "base_sketch_path": str(sketch_bundle.get("base_sketch") or ""), + "structural_sketch_path": str(sketch_bundle.get("structural_sketch") or control_image_path or ""), + "annotated_sketch_path": str(sketch_bundle.get("annotated_sketch") or ""), + "region_overlay_path": str(sketch_bundle.get("region_overlay") or ""), + "low_preview_path": str(low_preview_path or ""), + "hit_map_path": str(sketch_bundle.get("hit_map") or ""), + "annotation_bundle_path": str(sketch_bundle.get("annotation_bundle") or ""), + "final_image_path": str(final_image_path or ""), + "editable_sketch_composited_path": str(render_hints.get("editable_sketch_composited_path", "")), + }, + "model_inputs": { + "render_control_path": str(render_control_path or ""), + "used_control_image_path": str(used_control_image_path or ""), + "control_strategy": render_strategy, + "backend": str(backend or ""), + "conditioning_bundle_path": str(conditioning_bundle.get("conditioning_bundle_path", "")), + }, + "text_constraints": { + "scene_summary": str((scene_spec.get("render_hints", {}) or {}).get("scene_summary", "")), + "subject_summary": str((scene_spec.get("render_hints", {}) or {}).get("subject_summary", "")), + "edit_summary": str(render_hints.get("edit_summary", "")), + "region_edit_summary": str(render_hints.get("region_edit_summary", "")), + "depth_summary": str(render_hints.get("depth_summary", "")), + "camera_summary": str(render_hints.get("camera_summary", "")), + "conditioning_summary": str(conditioning_bundle.get("conditioning_summary", "")), + }, + "sketch_constraints": { + "structural_sketch_path": str(sketch_bundle.get("structural_sketch") or control_image_path or ""), + "annotated_sketch_path": str(sketch_bundle.get("annotated_sketch") or ""), + "region_overlay_path": str(sketch_bundle.get("region_overlay") or ""), + "annotation_bundle_path": str(sketch_bundle.get("annotation_bundle") or ""), + "low_preview_path": str(low_preview_path or ""), + "render_control_path": str(render_control_path or ""), + "render_patch_constraints": _safe_scene_copy(render_hints.get("render_patch_constraints") or []), + "region_edit_constraints": _safe_scene_copy(render_hints.get("region_edit_constraints") or []), + "editable_sketch_composited_path": str(render_hints.get("editable_sketch_composited_path", "")), + "conditioning_bundle_path": str(conditioning_bundle.get("conditioning_bundle_path", "")), + }, + "conditioning": { + "source": str(conditioning_bundle.get("source", "")), + "summary": str(conditioning_bundle.get("conditioning_summary", "")), + "bundle_path": str(conditioning_bundle.get("conditioning_bundle_path", "")), + "counts": _safe_scene_copy(conditioning_bundle.get("counts") or {}), + }, + "annotation_bundle": _safe_scene_copy((scene_spec.get("render_hints", {}) or {}).get("annotation_bundle") or {}), + "structured_params": structured_params or {}, + "constraints": self._render_constraints(scene_spec), + } + + def _encode_image_to_base64(self, image_path: str) -> str: + with open(image_path, "rb") as image_file: + return base64.b64encode(image_file.read()).decode("utf-8") + + def _encode_image_to_data_url(self, image_path: str) -> str: + mime_type, _ = mimetypes.guess_type(image_path) + mime_type = mime_type or "image/png" + return f"data:{mime_type};base64,{self._encode_image_to_base64(image_path)}" + + def _get_image_api_endpoint(self) -> str: + base_url = (self.image_api_url or "").strip().rstrip("/") + if not base_url: + return "" + if base_url.endswith("/images/generations"): + return base_url + return f"{base_url}/images/generations" + + def _is_volc_ark_image_api(self) -> bool: + url = (self.image_api_url or "").lower() + return any(keyword in url for keyword in ["ark.", "volces.com", "volcengine"]) + + def _default_ark_image_model(self) -> str: + return "doubao-seedream-5-0-260128" + + def _default_ark_control_fallback_model(self) -> str: + return "doubao-seededit-3-0-i2i-250628" + + def _infer_image_model(self, use_control_image: bool = False) -> Optional[str]: + if not self.image_api_url: + return None + if self.image_api_model: + return self.image_api_model + if use_control_image and self.image_api_control_model: + return self.image_api_control_model + if self._is_volc_ark_image_api(): + return self._default_ark_image_model() + return None + + def _infer_image_size(self, render_options: Dict[str, Any] | None = None) -> Optional[str]: + render_options = render_options or {} + explicit_size = str(render_options.get("image_size", "") or "").strip() + if explicit_size: + return explicit_size + if self.image_api_size: + return self.image_api_size + if self._is_volc_ark_image_api(): + return "2K" + return None + + def _save_generated_image(self, response_payload: Dict[str, Any], filename_prefix: str) -> str: + data = response_payload.get("data") or [] + if not data: + raise ValueError("图片接口未返回 data 字段") + first_item = data[0] or {} + image_path = os.path.join(self.output_dir, f"{filename_prefix}_{abs(hash(json.dumps(first_item, ensure_ascii=False, sort_keys=True)))}.png") + + b64_json = first_item.get("b64_json") + if b64_json: + with open(image_path, "wb") as output_file: + output_file.write(base64.b64decode(b64_json)) + return image_path + + image_url = first_item.get("url") + if image_url: + image_response = requests.get(image_url, timeout=180) + image_response.raise_for_status() + with open(image_path, "wb") as output_file: + output_file.write(image_response.content) + return image_path + + raise ValueError("图片接口返回中既没有 url 也没有 b64_json") + + def _call_generic_image_api(self, payload: Dict[str, Any], filename_prefix: str) -> str: + endpoint = self._get_image_api_endpoint() + if not endpoint or not self.image_api_key: + raise ValueError("未配置图片 API URL 或 API Key") + headers = { + "Authorization": f"Bearer {self.image_api_key}", + "Content-Type": "application/json", + } + response = requests.post(endpoint, json=payload, headers=headers, timeout=180) + if not response.ok: + error_body = response.text.strip() + raise ValueError(f"图片接口调用失败（HTTP {response.status_code}）：{error_body[:800]}") + return self._save_generated_image(response.json(), filename_prefix) + + def _build_generic_image_payload( + self, + prompt: str, + control_image_path: str | None = None, + render_options: Dict[str, Any] | None = None, + model_override: str | None = None, + ) -> Dict[str, Any]: + render_options = render_options or {} + payload: Dict[str, Any] = { + "prompt": prompt, + "response_format": "url", + } + if not self._is_volc_ark_image_api(): + payload["n"] = 1 + model = (model_override or "").strip() or self._infer_image_model(use_control_image=bool(control_image_path)) + if model: + payload["model"] = model + + image_size = self._infer_image_size(render_options) + if image_size: + payload["size"] = image_size + + if self._is_volc_ark_image_api(): + payload["stream"] = bool(render_options.get("stream", False)) + payload["watermark"] = bool(render_options.get("watermark", True)) + payload["sequential_image_generation"] = str( + render_options.get("sequential_image_generation", "disabled") + ).strip() or "disabled" + + if control_image_path: + payload["image"] = self._encode_image_to_data_url(control_image_path) + + return payload + + def _path_to_structured_params(self, path: 'MazePath', generation_type: str) -> Dict[str, Any]: + """ + 直接将Tri-Maze推理路径转化为多模态生成的结构化参数 + 完全基于节点、关系、阻力生成，不需要自然语言中转 + :param path: Tri-Maze推理路径 + :param generation_type: 生成类型 + :return: 结构化生成参数 + """ + params = { + "concepts": [], + "relations": [], + "core_elements": [], + "secondary_elements": [], + "style": "", + "weights": {} + } + + # 提取路径中的概念和关系，按阻力分配权重 + for i, (node, edge) in enumerate(zip(path.nodes, path.edges + [None])): + concept = node.concept + resistance = edge.resistance if edge else 0.0 + + # 获取概念的视觉特征 + features = self.concept_feature_map.get(concept, { + "shape": "object", + "color": ["natural"], + "tags": [concept.lower().replace(" ", "_")] + }) + + # 获取阻力对应的权重 + weight_config = self._get_weight_config(resistance) + + concept_info = { + "name": concept, + "features": features, + "resistance": resistance, + "weight": weight_config["weight"], + "opacity": weight_config["opacity"], + "size_multiplier": weight_config["size_multiplier"], + "position": "core" if resistance < 0.4 else "secondary" + } + + params["concepts"].append(concept_info) + + if concept_info["position"] == "core": + params["core_elements"].append(concept) + else: + params["secondary_elements"].append(concept) + + if edge: + params["relations"].append({ + "from": path.nodes[i].concept, + "to": path.nodes[i+1].concept, + "relation": edge.relation, + "resistance": edge.resistance + }) + + # 根据生成类型设置风格 + if generation_type == "image": + if len([c for c in params["core_elements"] if c in ["电路", "电阻", "LED", "Arduino"]]) > 0: + params["style"] = "professional electronic schematic diagram, white background, clear lines, technical illustration" + elif len([c for c in params["core_elements"] if c in ["猫", "动物", "生物"]]) > 0: + params["style"] = "photorealistic, natural lighting, high detail" + elif len([c for c in params["core_elements"] if c in ["机械结构", "机器", "工程"]]) > 0: + params["style"] = "technical drawing, blueprint style, precise lines" + else: + params["style"] = "photorealistic, high quality, 8k" + + elif generation_type == "video": + params["style"] = "smooth motion, natural transitions, high quality video" + params["duration"] = "5 seconds" + params["motion"] = "slow pan over the core concepts, showing the relations between them" + + elif generation_type == "3d_model": + params["style"] = "3D model, PBR materials, high polygon, realistic rendering" + + return params + + def _structured_params_to_sd_prompt( + self, + params: Dict, + scene_spec: Dict[str, Any] | None = None, + style_hint: str = "", + prompt_suffix: str = "", + scene_context: Dict[str, Any] | None = None, + ) -> tuple[str, str]: + """将结构化参数和 SceneSpec 组织成更适合最终渲染的语义提示词。""" + sections = self._scene_spec_semantic_sections(scene_spec) + scene_type = sections.get("scene_type", "scene") + scene_caption = sections.get("scene_caption", self._scene_type_caption(scene_type)) + query_clause = self._scene_query_clause(scene_context) + + core_elements = self._dedupe_prompt_items(list(params.get("core_elements") or [])) + secondary_elements = self._dedupe_prompt_items(list(params.get("secondary_elements") or [])) + relations = self._dedupe_prompt_items([rel.get("relation", "") for rel in params.get("relations", [])]) + style_value = self._clean_prompt_text(params.get("style") or "") + scene_prompt = self._scene_spec_to_prompt(scene_spec) + + prompt_sections = [f"请生成一张最终可用的高质量{scene_caption}。"] + if scene_prompt: + prompt_sections.append(scene_prompt + "。") + elif core_elements: + prompt_sections.append(f"核心内容围绕{ '、'.join(core_elements[:4]) }展开。") + + if secondary_elements: + prompt_sections.append(f"补充元素可以包含{ '、'.join(secondary_elements[:5]) }。") + if relations and scene_type in {"process", "schematic"}: + prompt_sections.append(f"重点表达的关系包括{ '、'.join(relations[:4]) }。") + if style_value: + prompt_sections.append(f"整体风格：{style_value}。") + + extra_style = self._clean_prompt_text(style_hint) + if extra_style: + prompt_sections.append(f"额外风格要求：{extra_style}。") + extra_suffix = self._clean_prompt_text(prompt_suffix) + if extra_suffix: + prompt_sections.append(f"补充要求：{extra_suffix}。") + + prompt_sections.extend(self._scene_style_booster(scene_type, query_clause=query_clause)) + + prompt_sections.append( + "上传的控制图只用于约束构图、位置、大小占比、前后层级与附着关系，不要把控制图里的草图线条、遮罩色块、几何图标、标签文字、箭头、边框、面板或涂鸦直接渲染进最终画面。" + ) + if scene_type == "scene": + prompt_sections.append("画面要自然完整，主体清晰，避免示意图感、流程图感和拼贴感。") + elif scene_type == "process": + prompt_sections.append("请把机制过程转成清晰的阶段式图解，用可识别对象和空间层次来表达，不要退回脑图式方框。") + else: + prompt_sections.append("请保持技术结构清楚，用元件与空间布局表达结构，不要生成文字节点图。") + + prompt = " ".join(self._dedupe_prompt_items(prompt_sections)) + + negative_items = [ + "sketch lines", + "doodle overlay", + "wireframe", + "blueprint", + "diagram", + "mind map", + "labels", + "text", + "arrows", + "boxes", + "panels", + "colored masks", + "watermark", + "low quality", + "blurry", + "distorted", + "duplicate objects", + "messy composition", + "草图线稿", + "节点框", + "关系箭头", + "文字标签", + "面板框", + "遮罩色块入镜", + ] + if scene_type == "scene": + negative_items.extend(["flat collage", "sticker style", "UI screenshot"]) + elif scene_type == "process": + negative_items.extend(["flowchart boxes", "presentation slide", "ppt slide", "ui cards", "large rounded cards"]) + elif scene_type == "schematic": + negative_items.extend( + [ + "mind map layout", + "cartoon poster", + "pcb board photo", + "green motherboard", + "microchip macro", + "electronic product photography", + "realistic PCB", + "芯片微距", + "主板照片", + "绿色电路板实拍", + ] + ) + negative_prompt = ", ".join(self._dedupe_prompt_items(negative_items)) + return prompt, negative_prompt + + async def _call_stable_diffusion(self, params: Dict) -> Optional[str]: + """调用Stable Diffusion API生成图片，基于结构化参数""" + try: + prompt, negative_prompt = self._structured_params_to_sd_prompt(params) + logger.info(f"🎨 基于推理路径生成SD Prompt: {prompt[:150]}...") + + image_path = self.sd_sketch_generator.render_txt2img( + prompt=prompt, + negative_prompt=negative_prompt, + width=1024, + height=1024, + steps=25, + cfg_scale=7.0, + sampler_name="DPM++ 2M Karras", + filename_prefix="image", + ) + logger.info(f"✅ 图片生成成功，保存到: {image_path}") + return image_path, prompt + except Exception as e: + logger.error(f"❌ Stable Diffusion调用失败: {str(e)}") + return None, None + + async def _call_stable_diffusion_img2img(self, prompt: str, negative_prompt: str, control_image_path: str, render_options: Dict[str, Any] | None = None): + """调用 Stable Diffusion img2img，将控制草图转成最终图片""" + render_options = render_options or {} + scene_spec = render_options.get("scene_spec") if isinstance(render_options.get("scene_spec"), dict) else {} + layout_options = scene_spec.get("layout_options", {}) if isinstance(scene_spec, dict) else {} + scene_type = str(layout_options.get("scene_type") or layout_options.get("composition_mode") or "scene").strip().lower() or "scene" + default_strength = {"scene": 0.42, "process": 0.34, "schematic": 0.3}.get(scene_type, 0.35) + default_steps = {"scene": 30, "process": 28, "schematic": 26}.get(scene_type, 28) + default_cfg = {"scene": 7.0, "process": 6.4, "schematic": 6.0}.get(scene_type, 7.0) + controlnet_bundle = self.sd_sketch_generator.build_controlnet_bundle( + control_image_path=control_image_path, + scene_spec=scene_spec, + filename_prefix="controlled_image", + purpose="final_render", + ) + image_path = self.sd_sketch_generator.render_img2img( + prompt=prompt, + negative_prompt=negative_prompt, + control_image_path=control_image_path, + denoising_strength=float(render_options.get("control_strength", default_strength)), + steps=int(render_options.get("steps", default_steps)), + cfg_scale=float(render_options.get("cfg_scale", default_cfg)), + sampler_name=str(render_options.get("sampler_name", "DPM++ 2M Karras")), + filename_prefix="controlled_image", + conditioning_bundle=render_options.get("conditioning_bundle") if isinstance(render_options.get("conditioning_bundle"), dict) else None, + controlnet_bundle=controlnet_bundle, + ) + logger.info(f"✅ 草图约束图片生成成功，保存到: {image_path}") + return image_path + + async def preview_controlled_image( + self, + reasoning_path: 'MazePath | None', + sketch_options: Dict[str, Any] | None = None, + scene_context: Dict[str, Any] | None = None, + ) -> Dict[str, Any]: + """生成前置控制草图与结构化场景说明""" + sketch_options = sketch_options or {} + canvas_size = self._get_canvas_size(sketch_options) + params = self._path_to_structured_params(reasoning_path, "image") if reasoning_path else {} + scene_spec = self.native_generator.build_scene_spec( + reasoning_path, + canvas_size=canvas_size, + sketch_options=sketch_options, + scene_context=scene_context, + ) + hints = scene_spec.get("render_hints", {}) if isinstance(scene_spec, dict) else {} + title_core = hints.get("scene_summary") or " · ".join(scene_spec.get("concept_order", [])[:4]) + title = f"Tri-Maze 语义草图 · {title_core}" if title_core else "Tri-Maze 语义草图" + preview = self.render_scene_spec_preview( + scene_spec, + sketch_options=sketch_options, + title=title, + ) + prompt, negative_prompt = self._build_image_render_prompt( + params, + preview.get("scene_spec"), + style_hint=sketch_options.get("style_hint", ""), + prompt_suffix=sketch_options.get("prompt_suffix", ""), + scene_context=scene_context, + ) + preview["structured_params"] = params + preview["generated_prompt"] = prompt + preview["negative_prompt"] = negative_prompt + preview.setdefault("backend", "tri_maze_control_preview") + used_control_image_path = self.resolve_used_control_image_path( + sketch_options=sketch_options, + preview=preview, + control_image_path=preview.get("image_path"), + low_preview_path=preview.get("low_preview_path"), + render_control_path=preview.get("render_control_path"), + ) + preview["render_bundle"] = self.build_render_bundle( + prompt=prompt, + negative_prompt=negative_prompt, + scene_spec=preview.get("scene_spec"), + structured_params=params, + control_image_path=preview.get("image_path"), + low_preview_path=preview.get("low_preview_path"), + render_control_path=preview.get("render_control_path"), + used_control_image_path=used_control_image_path, + sketch_bundle=preview.get("sketch_bundle"), + backend="tri_maze_control_preview", + workflow_state="composed", + ) + return preview + + async def render_image_from_preview( + self, + reasoning_path: 'MazePath | None', + sketch_options: Dict[str, Any] | None = None, + render_options: Dict[str, Any] | None = None, + scene_context: Dict[str, Any] | None = None, + ) -> Dict[str, Any]: + """基于控制草图调用外部图片 API 生成最终图片""" + sketch_options = sketch_options or {} + render_options = render_options or {} + preview_result = None + control_image_path = render_options.get("control_image_path") + scene_spec = render_options.get("scene_spec") + low_preview_path = render_options.get("low_preview_path") + render_control_path = render_options.get("render_control_path") + sketch_bundle = render_options.get("sketch_bundle") if isinstance(render_options.get("sketch_bundle"), dict) else None + external_control_image_path = self.resolve_used_control_image_path( + sketch_options=sketch_options, + render_options=render_options, + control_image_path=control_image_path, + low_preview_path=low_preview_path, + render_control_path=render_control_path, + ) + if self._resolve_sketch_backend(sketch_options) == "sketch_v2" and external_control_image_path: + control_image_path = external_control_image_path + if not control_image_path: + preview_result = await self.preview_controlled_image( + reasoning_path, + sketch_options, + scene_context=scene_context, + ) + control_image_path = preview_result.get("image_path") + scene_spec = preview_result.get("scene_spec") + low_preview_path = preview_result.get("low_preview_path") + render_control_path = preview_result.get("render_control_path") + sketch_bundle = preview_result.get("sketch_bundle") + external_control_image_path = self.resolve_used_control_image_path( + sketch_options=sketch_options, + preview=preview_result, + render_options=render_options, + control_image_path=control_image_path, + low_preview_path=low_preview_path, + render_control_path=render_control_path, + ) + if self._resolve_sketch_backend(sketch_options) == "sketch_v2" and external_control_image_path: + control_image_path = external_control_image_path + params = self._path_to_structured_params(reasoning_path, "image") if reasoning_path else {} + prompt, default_negative = self._build_image_render_prompt( + params, + scene_spec, + style_hint=render_options.get("style_hint", sketch_options.get("style_hint", "")), + prompt_suffix=render_options.get("prompt_suffix", sketch_options.get("prompt_suffix", "")), + scene_context=scene_context, + ) + negative_prompt = render_options.get("negative_prompt") or default_negative + conditioning_bundle = self._build_render_conditioning_bundle( + render_options=render_options, + scene_spec=scene_spec, + used_control_image_path=external_control_image_path or control_image_path, + ) + if conditioning_bundle: + render_options["conditioning_bundle"] = conditioning_bundle + image_path = None + backend = None + note = "" + + try: + if self.sd_api_url and "http" in self.sd_api_url and control_image_path: + image_path = await self._call_stable_diffusion_img2img(prompt, negative_prompt, control_image_path, render_options) + backend = "comfyui_img2img" if self.sd_sketch_generator.comfy_client.is_comfyui_server() else "stable_diffusion_img2img" + conditioning_report = self.sd_sketch_generator.last_conditioning_report if isinstance(self.sd_sketch_generator.last_conditioning_report, dict) else {} + applied_ops = [ + item for item in (conditioning_report.get("operations") or []) + if isinstance(item, dict) and item.get("status") == "applied" + ] + if applied_ops: + note = f"已应用 {len(applied_ops)} 个局部 conditioning pass（region/patch 级）到最终渲染。" + except Exception as e: + logger.error(f"草图约束渲染失败: {str(e)}") + note = f"Stable Diffusion img2img 调用失败：{str(e)}" + + if not image_path and self.image_api_url and self.image_api_key: + try: + primary_model = self._infer_image_model(use_control_image=bool(external_control_image_path)) + payload = self._build_generic_image_payload( + prompt, + external_control_image_path, + render_options, + model_override=primary_model, + ) + image_path = self._call_generic_image_api(payload, "generic_controlled") + backend = "volc_ark_image_api" if self._is_volc_ark_image_api() else "generic_image_api" + if external_control_image_path and self._is_volc_ark_image_api(): + if note: + note += " | " + note += f"已使用火山方舟图片接口进行构图约束渲染（model={payload.get('model', '')}）。" + except Exception as e: + logger.error(f"通用图片接口草图约束渲染失败: {str(e)}") + if note: + note += " | " + note += f"通用图片接口渲染失败：{str(e)}" + + if ( + not image_path + and external_control_image_path + and self.image_api_url + and self.image_api_key + and self._is_volc_ark_image_api() + ): + fallback_model = self.image_api_control_model.strip() or self._default_ark_control_fallback_model() + primary_model = self._infer_image_model(use_control_image=True) + if fallback_model and fallback_model != primary_model: + try: + payload = self._build_generic_image_payload( + prompt, + external_control_image_path, + render_options, + model_override=fallback_model, + ) + image_path = self._call_generic_image_api(payload, "ark_control_fallback") + backend = "volc_ark_image_api_control_fallback" + if note: + note += " | " + note += f"主模型不接受当前草图约束时，已回退到控制图模型（model={fallback_model}）。" + except Exception as e: + logger.error(f"火山方舟控制图回退模型渲染失败: {str(e)}") + if note: + note += " | " + note += f"火山方舟控制图回退模型失败：{str(e)}" + + if not image_path and self.image_api_url and self.image_api_key: + try: + payload = self._build_generic_image_payload(prompt, None, render_options) + image_path = self._call_generic_image_api(payload, "generic_prompt_only") + backend = "volc_ark_text_fallback" if self._is_volc_ark_image_api() else "generic_image_api_text_fallback" + if note: + note += " | " + note += "外部图片接口未使用控制草图，仅复用结构化场景提示。" + except Exception as e: + logger.error(f"通用图片接口文本渲染失败: {str(e)}") + if note: + note += " | " + note += f"通用图片接口文本渲染失败：{str(e)}" + + if not image_path and self.dalle_api_key: + client = OpenAI(api_key=self.dalle_api_key) + response = client.images.generate( + model="dall-e-3", + prompt=prompt, + size="1024x1024", + quality="standard", + n=1, + ) + image_url = response.data[0].url + image_response = requests.get(image_url, timeout=180) + image_path = f"{self.output_dir}/dalle_controlled_{hash(prompt)}.png" + with open(image_path, "wb") as output_file: + output_file.write(image_response.content) + backend = "dall_e_text_fallback" + if note: + note += " | " + note += "DALL-E 兜底不直接读取草图，仅复用结构化场景提示。" + + if not image_path and scene_spec: + try: + native_result = self.native_generator.render_scene_spec_preview( + scene_spec, + sketch_options=sketch_options, + title="Tri-Maze 本地结构化渲染", + ) + image_path = native_result.get("low_preview_path") or native_result.get("image_path") + control_image_path = control_image_path or native_result.get("image_path") + low_preview_path = native_result.get("low_preview_path") or low_preview_path + scene_spec = native_result.get("scene_spec", scene_spec) + sketch_bundle = native_result.get("sketch_bundle") or sketch_bundle + backend = "native_scene_spec_fallback" + if note: + note += " | " + note += "当前未配置外部生图 API，已回退为本地结构化渲染图，可继续编辑 SceneSpec 后再重渲染。" + except Exception as e: + logger.error(f"本地结构化兜底渲染失败: {str(e)}") + if note: + note += " | " + note += f"本地结构化兜底渲染失败：{str(e)}" + + if not image_path: + return { + "success": False, + "error": note or "未配置可用的外部图片渲染 API", + "control_image_path": control_image_path, + "used_control_image_path": external_control_image_path, + "low_preview_path": low_preview_path, + "render_control_path": render_control_path, + "scene_spec": scene_spec, + "generated_prompt": prompt, + "negative_prompt": negative_prompt, + "render_bundle": self.build_render_bundle( + prompt=prompt, + negative_prompt=negative_prompt, + scene_spec=scene_spec, + structured_params=params, + control_image_path=control_image_path, + low_preview_path=low_preview_path, + render_control_path=render_control_path, + used_control_image_path=external_control_image_path, + sketch_bundle=sketch_bundle or (preview_result or {}).get("sketch_bundle"), + conditioning_bundle=conditioning_bundle, + backend=backend or "", + workflow_state="render_failed", + ), + } + + result = { + "success": True, + "type": "controlled_image", + "backend": backend, + "image_path": image_path, + "save_path": image_path, + "control_image_path": control_image_path, + "used_control_image_path": external_control_image_path, + "low_preview_path": low_preview_path, + "render_control_path": render_control_path, + "scene_spec": scene_spec, + "structured_params": params, + "generated_prompt": prompt, + "negative_prompt": negative_prompt, + "sketch_bundle": sketch_bundle, + "description": "先生成 Tri-Maze 控制草图，再交给外部图片 API 或本地结构化渲染生成最终图片", + "render_bundle": self.build_render_bundle( + prompt=prompt, + negative_prompt=negative_prompt, + scene_spec=scene_spec, + structured_params=params, + control_image_path=control_image_path, + low_preview_path=low_preview_path, + render_control_path=render_control_path, + used_control_image_path=external_control_image_path, + sketch_bundle=sketch_bundle or (preview_result or {}).get("sketch_bundle"), + conditioning_bundle=conditioning_bundle, + backend=backend or "", + final_image_path=image_path, + workflow_state="rendered", + ), + } + if note: + result["note"] = note + if preview_result: + result["control_preview"] = preview_result + return result + async def _generate_image(self, reasoning_path: 'MazePath') -> Dict[str, Any]: + """生成图片：完全基于Tri-Maze推理路径的结构化参数生成，不需要自然语言Prompt""" + try: + # 直接将推理路径转化为结构化参数 + params = self._path_to_structured_params(reasoning_path, "image") + + # 尝试调用SD生成真实图片 + image_path = None + generated_prompt = None + if self.sd_api_url and "http" in self.sd_api_url: + image_path, generated_prompt = await self._call_stable_diffusion(params) + + if not image_path and self.image_api_url and self.image_api_key: + prompt_desc = f"Generate a high quality image of: {', '.join(params['core_elements'])}. The image should show the relations: {', '.join([r['relation'] for r in params['relations']])}. Style: {params['style']}" + payload = self._build_generic_image_payload(prompt_desc) + image_path = self._call_generic_image_api(payload, "generic_image") + generated_prompt = prompt_desc + logger.info(f"✅ 通用图片接口生成成功，保存到: {image_path}") + + # 尝试DALL-E + if not image_path and self.dalle_api_key: + # 将结构化参数转化为DALL-E Prompt + prompt_desc = f"Generate a high quality image of: {', '.join(params['core_elements'])}. The image should show the relations: {', '.join([r['relation'] for r in params['relations']])}. Style: {params['style']}" + + client = OpenAI(api_key=self.dalle_api_key) + response = client.images.generate( + model="dall-e-3", + prompt=prompt_desc, + size="1024x1024", + quality="standard", + n=1, + ) + + image_url = response.data[0].url + image_response = requests.get(image_url) + image_path = f"{self.output_dir}/image_{hash(str(params))}.png" + with open(image_path, "wb") as f: + f.write(image_response.content) + generated_prompt = prompt_desc + logger.info(f"✅ DALL-E图片生成成功，保存到: {image_path}") + + result = { + "success": True, + "type": "image", + "structured_params": params, + "generated_prompt": generated_prompt, + "description": "基于Tri-Maze推理链路直接生成的图片" + } + + if image_path: + result["image_path"] = image_path + result["save_path"] = image_path + else: + result["note"] = "未配置图片生成API，已生成结构化参数和Prompt，可直接用于生成" + + return result + + except Exception as e: + logger.error(f"生成图片失败：{str(e)}") + return {"success": False, "error": str(e)} + + async def _generate_video(self, reasoning_path: 'MazePath') -> Dict[str, Any]: + """生成视频：基于Tri-Maze推理路径生成结构化参数""" + try: + # 直接将推理路径转化为结构化参数 + params = self._path_to_structured_params(reasoning_path, "video") + + # 生成视频Prompt + prompt = f"Video showing: {', '.join(params['core_elements'])}. Motion: {params['motion']}. Style: {params['style']}. Duration: {params['duration']}." + + # 这里可以对接Pika/Runway API + video_path = None + # if self.pika_api_key: + # video_path = await self._call_pika(params) + + result = { + "success": True, + "type": "video", + "structured_params": params, + "generated_prompt": prompt, + "description": "基于Tri-Maze推理链路直接生成的视频" + } + + if video_path: + result["video_path"] = video_path + result["save_path"] = video_path + else: + result["note"] = "未配置视频生成API，已生成结构化参数和Prompt，可直接用于Pika/Runway生成" + + return result + + except Exception as e: + logger.error(f"生成视频失败：{str(e)}") + return {"success": False, "error": str(e)} + + async def _generate_code(self, reasoning_path: 'MazePath') -> Dict[str, Any]: + """生成代码：基于Tri-Maze推理路径的逻辑生成""" + if not self.llm_client: + return {"success": False, "error": "缺少LLM客户端"} + + try: + # 提取路径中的逻辑关系 + path_concepts = [n.concept for n in reasoning_path.nodes] + path_relations = [e.relation for e in reasoning_path.edges] + + # 构建代码生成逻辑提示，基于推理路径 + logic_desc = "Implement code based on the following logical path:\n" + for i in range(len(path_relations)): + logic_desc += f"- {path_concepts[i]} → {path_relations[i]} → {path_concepts[i+1]}\n" + + prompt = f""" +{logic_desc} + +Generate complete, runnable code that implements this logic. Add necessary comments. The code should directly reflect the logical relationships in the path. +""" + + code_resp = self.llm_client.chat.completions.create( + model="deepseek-chat", + messages=[{"role": "user", "content": prompt}], + temperature=0.3, + max_tokens=2000 + ) + code_content = code_resp.choices[0].message.content.strip() + + # 保存代码到文件 + code_path = f"{self.output_dir}/code_{hash(str(reasoning_path.get_concept_list()))}.py" + with open(code_path, "w", encoding="utf-8") as f: + f.write(code_content) + + return { + "success": True, + "type": "code", + "content": code_content, + "save_path": code_path, + "logic_path": path_concepts, + "description": "基于Tri-Maze推理链路逻辑生成的可运行代码" + } + + except Exception as e: + logger.error(f"生成代码失败：{str(e)}") + return {"success": False, "error": str(e)} + + async def _generate_document(self, reasoning_path: 'MazePath') -> Dict[str, Any]: + """生成文档：基于Tri-Maze推理路径的结构生成""" + if not self.llm_client: + return {"success": False, "error": "缺少LLM客户端"} + + try: + # 提取路径中的逻辑结构 + path_concepts = [n.concept for n in reasoning_path.nodes] + path_relations = [e.relation for e in reasoning_path.edges] + + # 构建文档结构，基于推理路径 + structure = f"Document structure based on reasoning path:\n" + for i, concept in enumerate(path_concepts): + structure += f"## {i+1}. {concept}\n" + if i < len(path_relations): + structure += f" 关系：{path_relations[i]}\n" + + prompt = f""" +{structure} + +Generate a complete, well-structured Markdown document based on this structure. The document should follow the logical flow of the reasoning path. +""" + + doc_resp = self.llm_client.chat.completions.create( + model="deepseek-chat", + messages=[{"role": "user", "content": prompt}], + temperature=0.5, + max_tokens=3000 + ) + doc_content = doc_resp.choices[0].message.content.strip() + + # 保存文档到文件 + doc_path = f"{self.output_dir}/doc_{hash(str(reasoning_path.get_concept_list()))}.md" + with open(doc_path, "w", encoding="utf-8") as f: + f.write(doc_content) + + return { + "success": True, + "type": "document", + "content": doc_content, + "save_path": doc_path, + "structure": path_concepts, + "description": "基于Tri-Maze推理链路结构生成的文档" + } + + except Exception as e: + logger.error(f"生成文档失败：{str(e)}") + return {"success": False, "error": str(e)} + + async def _generate_design(self, reasoning_path: 'MazePath') -> Dict[str, Any]: + """生成设计：基于Tri-Maze推理路径生成设计说明""" + try: + params = self._path_to_structured_params(reasoning_path, "design") + + design_desc = f""" +Design Description: +Core Elements: {', '.join(params['core_elements'])} +Relations: {', '.join([r['relation'] for r in params['relations']])} +Style: {params['style']} +Element Weights: { {c['name']: c['weight'] for c in params['concepts']} } +""" + + design_path = f"{self.output_dir}/design_{hash(str(reasoning_path.get_concept_list()))}.md" + with open(design_path, "w", encoding="utf-8") as f: + f.write(design_desc) + + return { + "success": True, + "type": "design", + "content": design_desc, + "save_path": design_path, + "structured_params": params, + "description": "基于Tri-Maze推理链路生成的设计说明" + } + + except Exception as e: + logger.error(f"生成设计失败：{str(e)}") + return {"success": False, "error": str(e)} + + async def _generate_audio(self, reasoning_path: 'MazePath') -> Dict[str, Any]: + """生成音频：基于Tri-Maze推理路径生成音频参数""" + try: + # 将推理路径转化为音频参数 + path_concepts = [n.concept for n in reasoning_path.nodes] + total_resistance = reasoning_path.total_resistance + + # 阻力映射到音频参数 + tempo = max(60, min(180, 120 + (0.5 - total_resistance) * 60)) # 阻力越低节奏越快 + pitch = 440 + (0.5 - total_resistance) * 220 # 阻力越低音调越高 + + prompt = f"Audio representing: {', '.join(path_concepts)}. Tempo: {tempo} BPM. Pitch: {pitch} Hz. Style: ambient sound effects." + + result = { + "success": True, + "type": "audio", + "structured_params": { + "tempo": tempo, + "pitch": pitch, + "concepts": path_concepts + }, + "generated_prompt": prompt, + "description": "基于Tri-Maze推理链路生成的音频参数" + } + + return result + + except Exception as e: + logger.error(f"生成音频失败：{str(e)}") + return {"success": False, "error": str(e)} + + async def _generate_3d_model(self, reasoning_path: 'MazePath') -> Dict[str, Any]: + """生成3D模型：基于Tri-Maze推理路径生成3D参数""" + try: + params = self._path_to_structured_params(reasoning_path, "3d_model") + + model_desc = f""" +3D Model Description: +Core Elements: {', '.join(params['core_elements'])} +Relations: {', '.join([r['relation'] for r in params['relations']])} +Style: {params['style']} +Element Sizes: { {c['name']: c['size_multiplier'] for c in params['concepts']} } +""" + + model_path = f"{self.output_dir}/3d_{hash(str(reasoning_path.get_concept_list()))}.md" + with open(model_path, "w", encoding="utf-8") as f: + f.write(model_desc) + + return { + "success": True, + "type": "3d_model", + "content": model_desc, + "save_path": model_path, + "structured_params": params, + "description": "基于Tri-Maze推理链路生成的3D模型说明" + } + + except Exception as e: + logger.error(f"生成3D模型失败：{str(e)}") + return {"success": False, "error": str(e)} + + async def generate(self, reasoning_path: 'MazePath', generation_type: str = "auto") -> Dict[str, Any]: + """ + 生成多模态产物 + :param reasoning_path: Tri-Maze推理路径对象（包含节点、关系、阻力） + :param generation_type: 生成类型：auto/image/video/code/document/design/audio/3d_model + :return: 生成结果 + """ + # 自动判断生成类型 + if generation_type == "auto": + generation_type = self._detect_generation_type(str(reasoning_path)) + logger.info(f"自动识别生成类型：{generation_type}") + + # 优先使用原生生成（不需要外部API） + if self.use_native_generation and generation_type in ["image", "video"]: + logger.info(f"使用Tri-Maze原生生成器生成{generation_type}，无外部API依赖") + return await self.native_generator.generate(reasoning_path, generation_type) + + # 否则使用外部API生成 + generators = { + "image": self._generate_image, + "video": self._generate_video, + "code": self._generate_code, + "document": self._generate_document, + "design": self._generate_design, + "audio": self._generate_audio, + "3d_model": self._generate_3d_model + } + + if generation_type not in generators: + return {"success": False, "error": f"不支持的生成类型：{generation_type}"} + + generator = generators[generation_type] + return await generator(reasoning_path) + + def _detect_generation_type(self, query: str) -> str: + """自动识别用户需要的生成类型""" + query_lower = query.lower() + + if any(keyword in query_lower for keyword in ["画", "图片", "图像", "绘画", "生成图", "插图", "海报", "设计图"]): + return "image" + elif any(keyword in query_lower for keyword in ["视频", "动画", "短片", "mv", "video"]): + return "video" + elif any(keyword in query_lower for keyword in ["代码", "程序", "脚本", "python", "java", "c++", "编程"]): + return "code" + elif any(keyword in query_lower for keyword in ["文档", "报告", "方案", "说明书", "markdown", "文章", "论文"]): + return "document" + elif any(keyword in query_lower for keyword in ["设计", "ui", "界面", "原型", "平面设计", "视觉设计"]): + return "design" + elif any(keyword in query_lower for keyword in ["音频", "声音", "音乐", "配音", "音效", "audio"]): + return "audio" + elif any(keyword in query_lower for keyword in ["3d", "模型", "三维", "建模", "blender", "maya"]): + return "3d_model" + else: + return "document" # 默认生成文档 + + def get_supported_types(self) -> List[str]: + """获取支持的生成类型""" + return ["image", "video", "code", "document", "design", "audio", "3d_model", "auto"] + + def set_sd_api(self, api_url: str): + """设置Stable Diffusion API地址""" + self.sd_api_url = api_url + self.sd_sketch_generator.set_sd_api_url(api_url) + self.sketch_v2_generator.set_sd_api_url(api_url) + logger.info(f"✅ Stable Diffusion API已设置: {api_url}") + + def set_image_api_url(self, api_url: str): + """设置通用图片 API 地址""" + self.image_api_url = api_url.strip() + self.sketch_v2_generator.set_image_api_url(self.image_api_url) + logger.info(f"✅ 通用图片 API URL已设置: {self.image_api_url}") + + def set_image_api_key(self, api_key: str): + """设置通用图片 API Key""" + self.image_api_key = api_key.strip() + self.sketch_v2_generator.set_image_api_key(self.image_api_key) + logger.info("✅ 通用图片 API Key已设置") + + def set_image_api_model(self, model_name: str): + """设置通用图片 API 主模型""" + self.image_api_model = model_name.strip() + self.sketch_v2_generator.set_image_api_model(self.image_api_model) + logger.info(f"✅ 通用图片 API 主模型已设置: {self.image_api_model}") + + def set_image_api_control_model(self, model_name: str): + """设置通用图片 API 控制图回退模型""" + self.image_api_control_model = model_name.strip() + logger.info(f"✅ 通用图片 API 控制图回退模型已设置: {self.image_api_control_model}") + + def set_image_api_size(self, image_size: str): + """设置通用图片 API 目标尺寸""" + self.image_api_size = image_size.strip() + self.sketch_v2_generator.set_image_api_size(self.image_api_size) + logger.info(f"✅ 通用图片 API 图片尺寸已设置: {self.image_api_size}") + + def set_dalle_api_key(self, api_key: str): + """设置DALL-E API Key""" + self.dalle_api_key = api_key + logger.info(f"✅ DALL-E API Key已设置") + + def set_pika_api_key(self, api_key: str): + """设置Pika API Key""" + self.pika_api_key = api_key + logger.info(f"✅ Pika API Key已设置") + + diff --git a/runtime/memory-api/core/native_concept_extractor.py b/runtime/memory-api/core/native_concept_extractor.py new file mode 100644 index 0000000..582ec79 --- /dev/null +++ b/runtime/memory-api/core/native_concept_extractor.py @@ -0,0 +1,187 @@ +""" +Native concept extraction based on character n-grams and co-occurrence. +No rules/KB/embeddings/LLM are used. +""" +from __future__ import annotations + +import math +from collections import Counter, defaultdict +from dataclasses import dataclass +from typing import Dict, List, Tuple + + +@dataclass +class NativeExtractorConfig: + ngram_min: int = 2 + ngram_max: int = 4 + window_size: int = 10 + min_freq: int = 2 + top_k: int = 80 + entropy_threshold: float = 0.8 + alpha: float = 0.5 # PMI weight + beta: float = 0.3 # Jaccard weight + gamma: float = 0.2 # Frequency ratio weight + + +class NativeConceptExtractor: + """Extracts concept nodes and directed relations using only statistics.""" + + def __init__(self, config: NativeExtractorConfig | None = None) -> None: + self.config = config or NativeExtractorConfig() + + def _normalize_text(self, text: str) -> str: + # Keep characters but remove whitespace for stable n-gram extraction. + return "".join(ch for ch in text if not ch.isspace()) + + def _entropy(self, counter: Counter) -> float: + total = sum(counter.values()) + if total <= 0: + return 0.0 + ent = 0.0 + for count in counter.values(): + p = count / total + ent -= p * math.log(p + 1e-12) + return ent + + def _collect_ngrams(self, text: str) -> Tuple[Counter, Dict[str, Counter], Dict[str, Counter]]: + counts: Counter = Counter() + left_ctx: Dict[str, Counter] = defaultdict(Counter) + right_ctx: Dict[str, Counter] = defaultdict(Counter) + length = len(text) + for i in range(length): + for n in range(self.config.ngram_min, self.config.ngram_max + 1): + j = i + n + if j > length: + break + gram = text[i:j] + counts[gram] += 1 + if i > 0: + left_ctx[gram][text[i - 1]] += 1 + if j < length: + right_ctx[gram][text[j]] += 1 + return counts, left_ctx, right_ctx + + def _select_concepts( + self, + counts: Counter, + left_ctx: Dict[str, Counter], + right_ctx: Dict[str, Counter], + ) -> List[str]: + scored = [] + for gram, freq in counts.items(): + if freq < self.config.min_freq: + continue + l_ent = self._entropy(left_ctx.get(gram, Counter())) + r_ent = self._entropy(right_ctx.get(gram, Counter())) + ent = (l_ent + r_ent) / 2.0 + if ent < self.config.entropy_threshold: + continue + score = freq * (1.0 + ent) + scored.append((score, gram)) + scored.sort(key=lambda item: item[0], reverse=True) + return [gram for _, gram in scored[: self.config.top_k]] + + def _scan_positions(self, text: str, concepts: set[str]) -> Tuple[Dict[int, List[str]], Counter]: + positions: Dict[int, List[str]] = defaultdict(list) + occ_counts: Counter = Counter() + length = len(text) + for i in range(length): + for n in range(self.config.ngram_min, self.config.ngram_max + 1): + j = i + n + if j > length: + break + gram = text[i:j] + if gram in concepts: + positions[i].append(gram) + occ_counts[gram] += 1 + return positions, occ_counts + + def _build_cooccurrence( + self, positions: Dict[int, List[str]], occ_counts: Counter + ) -> Tuple[Dict[Tuple[str, str], int], Dict[str, Dict[str, int]]]: + pair_counts: Dict[Tuple[str, str], int] = defaultdict(int) + context_profile: Dict[str, Dict[str, int]] = defaultdict(lambda: defaultdict(int)) + indices = sorted(positions.keys()) + idx_set = set(indices) + for i in indices: + current = positions[i] + if not current: + continue + for j in range(i + 1, i + self.config.window_size + 1): + if j not in idx_set: + continue + future = positions[j] + if not future: + continue + for src in current: + for dst in future: + if src == dst: + continue + pair_counts[(src, dst)] += 1 + context_profile[src][dst] += 1 + return pair_counts, context_profile + + def _normalize_scores(self, values: List[float]) -> List[float]: + if not values: + return [] + v_min = min(values) + v_max = max(values) + if abs(v_max - v_min) < 1e-12: + return [0.0 for _ in values] + return [(v - v_min) / (v_max - v_min) for v in values] + + def _compute_weights( + self, + pair_counts: Dict[Tuple[str, str], int], + occ_counts: Counter, + ) -> Dict[Tuple[str, str], float]: + total_pairs = sum(pair_counts.values()) or 1 + pmi_vals: Dict[Tuple[str, str], float] = {} + for (src, dst), count in pair_counts.items(): + pmi = math.log((count * total_pairs) / ((occ_counts[src] * occ_counts[dst]) + 1e-9) + 1e-9) + pmi_vals[(src, dst)] = max(0.0, pmi) + + max_pmi = max(pmi_vals.values()) if pmi_vals else 1.0 + weights: Dict[Tuple[str, str], float] = {} + for (src, dst), count in pair_counts.items(): + pmi_norm = (pmi_vals.get((src, dst), 0.0) / max_pmi) if max_pmi > 0 else 0.0 + jaccard = count / (occ_counts[src] + occ_counts[dst] - count + 1e-9) + ratio = count / (min(occ_counts[src], occ_counts[dst]) + 1e-9) + weight = ( + self.config.alpha * pmi_norm + + self.config.beta * jaccard + + self.config.gamma * ratio + ) + weights[(src, dst)] = max(0.0, min(1.0, weight)) + return weights + + def extract(self, text: str) -> Dict: + cleaned = self._normalize_text(text) + if not cleaned: + return {"concepts": [], "relations": [], "contexts": {}} + + counts, left_ctx, right_ctx = self._collect_ngrams(cleaned) + concepts = self._select_concepts(counts, left_ctx, right_ctx) + if not concepts: + return {"concepts": [], "relations": [], "contexts": {}} + + concept_set = set(concepts) + positions, occ_counts = self._scan_positions(cleaned, concept_set) + pair_counts, context_profile = self._build_cooccurrence(positions, occ_counts) + weights = self._compute_weights(pair_counts, occ_counts) + + relations = [] + for (src, dst), weight in weights.items(): + relations.append({ + "from": src, + "to": dst, + "relation": "co_occurs", + "weight": float(weight), + }) + + concept_records = [{"concept": c, "type": "ngram"} for c in concepts] + return { + "concepts": concept_records, + "relations": relations, + "contexts": {k: dict(v) for k, v in context_profile.items()}, + } diff --git a/runtime/memory-api/core/native_generator.py b/runtime/memory-api/core/native_generator.py new file mode 100644 index 0000000..54b7241 --- /dev/null +++ b/runtime/memory-api/core/native_generator.py @@ -0,0 +1,2586 @@ +""" +Tri-Maze 原生多模态生成器 +完全基于三迷宫架构的推理链路原生生成多模态数据，不依赖任何外部生成 API +实现全新的生成思维：推理路径 → 生成单元 → 组合渲染 → 最终产物 +""" +import numpy as np +try: + import cv2 +except Exception: # pragma: no cover - optional dependency for video export only + cv2 = None +from PIL import Image, ImageChops, ImageDraw, ImageEnhance, ImageFilter, ImageFont, ImageOps +import os +import json +import math +from typing import Dict, List, Any, Tuple, TYPE_CHECKING +from loguru import logger +from .object_sketch_backend import scene_shape_variant_payload, summarize_scene_backend +from .semantic_scene_v2 import ( + build_editor_asset_library, + compose_semantic_scene_spec, + get_asset_definition, + normalize_scene_spec_v2, +) +from .sketch_style_spec import normalize_annotation_level, normalize_view_mode +from .unified_scene_generator import UnifiedSceneGenerator +from .whole_scene_sketch_generator import WholeSceneSketchGenerator + +if TYPE_CHECKING: + from .maze_engine import MazePath, MazeNode + + +class NativeGenerator: + """ + Tri-Maze原生生成器 + 完全基于推理路径的节点、关系、阻力直接生成多模态数据 + 不需要任何外部生成API，原生实现生成逻辑 + """ + + def __init__(self, output_dir: str = "outputs"): + self.output_dir = output_dir + os.makedirs(output_dir, exist_ok=True) + self.whole_scene_sketch_generator = WholeSceneSketchGenerator(self) + self.unified_scene_generator = UnifiedSceneGenerator(self) + + # 概念原生渲染库 + self.concept_renderers = { + # 电子元件 + "电阻": self._render_resistor, + "LED": self._render_led, + "Arduino": self._render_arduino, + "电源": self._render_battery, + "GND": self._render_ground, + "电容": self._render_capacitor, + "二极管": self._render_diode, + "三极管": self._render_transistor, + + # 基础形状 + "矩形": self._render_rectangle, + "圆形": self._render_circle, + "三角形": self._render_triangle, + "箭头": self._render_arrow, + + # 生物 + "猫": self._render_cat, + "树": self._render_tree, + "房子": self._render_house, + } + + # 关系布局规则 + self.relation_layout = { + "串联": self._layout_horizontal_series, + "并联": self._layout_horizontal_parallel, + "连接": self._layout_connect, + "控制": self._layout_top_to_bottom, + "包含": self._layout_inside, + "产生": self._layout_left_to_right, + "导致": self._layout_left_to_right, + } + + # 颜色映射 + self.color_map = { + "红色": (255, 0, 0), + "绿色": (0, 255, 0), + "蓝色": (0, 0, 255), + "黄色": (255, 255, 0), + "黑色": (0, 0, 0), + "白色": (255, 255, 255), + "灰色": (128, 128, 128), + "棕色": (165, 42, 42), + "橙色": (255, 165, 0), + "紫色": (128, 0, 128), + } + + # 字体 + font_candidates = [ + "C:\\Windows\\Fonts\\msyh.ttc", + "C:\\Windows\\Fonts\\simhei.ttf", + "C:\\Windows\\Fonts\\simsun.ttc", + "SimHei.ttf", + "NotoSansCJK-Regular.ttc", + ] + self.font = None + for font_path in font_candidates: + try: + self.font = ImageFont.truetype(font_path, 20) + break + except Exception: + continue + if self.font is None: + self.font = ImageFont.load_default() + + logger.info("✅ Tri-Maze 原生生成器初始化完成，完全不依赖外部 API") + + def _draw_circle(self, draw: ImageDraw, center: Tuple[float, float], radius: float, fill=None, outline=None, width: int = 1): + """兼容 Pillow 版本的圆形绘制""" + cx, cy = center + draw.ellipse([cx - radius, cy - radius, cx + radius, cy + radius], fill=fill, outline=outline, width=width) + + def _draw_arrow_line(self, draw: ImageDraw, start: Tuple[float, float], end: Tuple[float, float], fill, width: int = 2, arrow_size: int = 12): + """兼容 Pillow 的箭头绘制""" + draw.line([start, end], fill=fill, width=width) + dx = end[0] - start[0] + dy = end[1] - start[1] + length = math.hypot(dx, dy) + if length == 0: + return + ux = dx / length + uy = dy / length + base_x = end[0] - ux * arrow_size + base_y = end[1] - uy * arrow_size + perp_x = -uy + perp_y = ux + left = (base_x + perp_x * arrow_size * 0.5, base_y + perp_y * arrow_size * 0.5) + right = (base_x - perp_x * arrow_size * 0.5, base_y - perp_y * arrow_size * 0.5) + draw.polygon([end, left, right], fill=fill) + + def _draw_dashed_line(self, draw: ImageDraw, start: Tuple[float, float], end: Tuple[float, float], fill, width: int = 1, dash_length: int = 6): + """兼容 Pillow 的虚线绘制""" + dx = end[0] - start[0] + dy = end[1] - start[1] + length = math.hypot(dx, dy) + if length == 0: + return + dash_count = max(1, int(length / dash_length)) + for index in range(dash_count): + start_ratio = index / dash_count + end_ratio = min((index + 0.5) / dash_count, 1.0) + sx = start[0] + dx * start_ratio + sy = start[1] + dy * start_ratio + ex = start[0] + dx * end_ratio + ey = start[1] + dy * end_ratio + draw.line([(sx, sy), (ex, ey)], fill=fill, width=width) + + def _draw_dashed_rectangle(self, draw: ImageDraw, box: Tuple[float, float, float, float], outline, width: int = 1, dash_length: int = 6): + """兼容 Pillow 的虚线矩形绘制""" + x0, y0, x1, y1 = box + edges = [ + ((x0, y0), (x1, y0)), + ((x1, y0), (x1, y1)), + ((x1, y1), (x0, y1)), + ((x0, y1), (x0, y0)), + ] + for start, end in edges: + self._draw_dashed_line(draw, start, end, outline, width=width, dash_length=dash_length) + + def _build_preview_palette(self, sketch_style: str) -> Dict[str, Tuple[int, int, int]]: + sketch_style = { + "line_art": "scribble_line", + "minimal": "clean_line", + "wireframe": "wireframe", + "blueprint": "blueprint", + }.get(sketch_style, sketch_style) + palettes = { + "scribble_line": { + "background": (250, 247, 240), + "grid": (226, 220, 208), + "line": (46, 50, 56), + "accent": (73, 110, 168), + "text": (34, 37, 41), + "node_fill": (255, 255, 255), + "guide": (170, 170, 170), + "region_fill": (236, 232, 222), + "region_alt": (224, 232, 240), + }, + "clean_line": { + "background": (255, 255, 255), + "grid": (236, 238, 242), + "line": (48, 54, 61), + "accent": (53, 104, 214), + "text": (17, 24, 39), + "node_fill": (251, 252, 254), + "guide": (188, 195, 207), + "region_fill": (244, 246, 249), + "region_alt": (233, 239, 248), + }, + "blueprint": { + "background": (8, 24, 48), + "grid": (32, 72, 110), + "line": (132, 220, 255), + "accent": (121, 255, 198), + "text": (224, 245, 255), + "node_fill": (17, 58, 90), + "guide": (74, 126, 160), + "region_fill": (14, 48, 76), + "region_alt": (20, 66, 92), + }, + "wireframe": { + "background": (248, 250, 252), + "grid": (226, 232, 240), + "line": (51, 65, 85), + "accent": (14, 165, 233), + "text": (15, 23, 42), + "node_fill": (241, 245, 249), + "guide": (148, 163, 184), + "region_fill": (241, 245, 249), + "region_alt": (226, 232, 240), + }, + } + return palettes.get(sketch_style, palettes["scribble_line"]) + + def _build_low_preview_palette(self, sketch_style: str) -> Dict[str, Tuple[int, int, int]]: + sketch_style = { + "line_art": "scribble_line", + "minimal": "clean_line", + "wireframe": "wireframe", + "blueprint": "blueprint", + }.get(sketch_style, sketch_style) + palettes = { + "scribble_line": { + "background": (245, 241, 232), + "grid": (229, 222, 210), + "line": (84, 88, 94), + "accent": (218, 154, 84), + "text": (43, 46, 51), + "node_fill": (255, 252, 246), + "guide": (188, 180, 166), + "region_fill": (214, 227, 244), + "region_alt": (208, 228, 203), + }, + "clean_line": { + "background": (252, 253, 255), + "grid": (235, 239, 245), + "line": (82, 92, 105), + "accent": (238, 132, 60), + "text": (31, 41, 55), + "node_fill": (255, 255, 255), + "guide": (190, 199, 211), + "region_fill": (228, 236, 247), + "region_alt": (226, 242, 232), + }, + "blueprint": { + "background": (14, 32, 60), + "grid": (32, 72, 110), + "line": (167, 228, 255), + "accent": (255, 196, 105), + "text": (232, 246, 255), + "node_fill": (47, 88, 122), + "guide": (87, 126, 154), + "region_fill": (24, 62, 92), + "region_alt": (40, 86, 112), + }, + "wireframe": { + "background": (243, 246, 251), + "grid": (227, 234, 241), + "line": (75, 85, 99), + "accent": (14, 165, 233), + "text": (15, 23, 42), + "node_fill": (255, 255, 255), + "guide": (148, 163, 184), + "region_fill": (225, 236, 249), + "region_alt": (230, 243, 233), + }, + } + return palettes.get(sketch_style, palettes["scribble_line"]) + + def _build_rich_preview_palette(self, sketch_style: str) -> Dict[str, Tuple[int, int, int]]: + base = dict(self._build_preview_palette(sketch_style)) + if sketch_style == "clean_line": + base.update( + { + "background": (252, 252, 249), + "accent": (120, 124, 130), + "guide": (198, 202, 206), + "region_fill": (246, 244, 238), + "region_alt": (236, 234, 229), + } + ) + else: + base.update( + { + "accent": (128, 118, 102), + "guide": (186, 178, 168), + } + ) + return base + + def _draw_preview_grid(self, draw: ImageDraw, canvas_size: Tuple[int, int], palette: Dict[str, Tuple[int, int, int]], step: int = 40): + width, height = canvas_size + for x in range(0, width + 1, step): + draw.line([(x, 0), (x, height)], fill=palette["grid"], width=1) + for y in range(0, height + 1, step): + draw.line([(0, y), (width, y)], fill=palette["grid"], width=1) + + def _with_alpha(self, color: Tuple[int, int, int], opacity: float = 1.0) -> Tuple[int, int, int, int]: + alpha = max(0, min(255, int(round(255 * opacity)))) + return color[0], color[1], color[2], alpha + + def _recipe_fill(self, palette: Dict[str, Tuple[int, int, int]], fill_role: str, filled: bool = False) -> Tuple[int, int, int, int] | None: + role = str(fill_role or "fill") + if role in {"none", "transparent"}: + return None + base = palette["node_fill"] if role == "fill" else palette["region_fill"] + if role == "region_alt": + base = palette["region_alt"] + elif role == "accent_fill": + base = palette["accent"] + elif role == "background": + base = palette["background"] + opacity = 0.96 if filled else 0.18 + if role in {"region_fill", "region_alt"}: + opacity = 0.36 if filled else 0.16 + if role == "accent_fill": + opacity = 0.3 if not filled else 0.8 + return self._with_alpha(base, opacity) + + def _recipe_stroke(self, palette: Dict[str, Tuple[int, int, int]], stroke_role: str, opacity: float = 1.0) -> Tuple[int, int, int, int] | None: + role = str(stroke_role or "line") + if role in {"none", "transparent"}: + return None + color = palette["line"] if role == "line" else palette["accent"] if role == "accent" else palette["guide"] + return self._with_alpha(color, opacity) + + def _scaled_points(self, points: List[List[float]], box: Tuple[int, int, int, int]) -> List[Tuple[float, float]]: + x0, y0, x1, y1 = box + width = max(1, x1 - x0) + height = max(1, y1 - y0) + return [(x0 + width * float(px), y0 + height * float(py)) for px, py in points] + + def _draw_shape_recipe( + self, + draw: ImageDraw, + box: Tuple[int, int, int, int], + shape_recipe: Dict[str, Any], + palette: Dict[str, Tuple[int, int, int]], + *, + filled: bool = False, + style_variant: str = "", + ) -> bool: + parts = list((shape_recipe or {}).get("parts") or []) + if not parts: + return False + x0, y0, x1, y1 = box + width = max(1, x1 - x0) + height = max(1, y1 - y0) + rough = "scribble" in str(style_variant or "") + + for part in parts: + kind = str(part.get("kind") or "").lower() + opacity = float(part.get("opacity", 1.0) or 1.0) + fill = self._recipe_fill(palette, str(part.get("fill_role", "fill")), filled=filled) + outline = self._recipe_stroke(palette, str(part.get("stroke_role", "line")), opacity=opacity) + stroke_width = max(1, int(round(max(width, height) * float(part.get("stroke_width", 0.02) or 0.02)))) + dash = part.get("dash") or [] + + if kind == "rect": + rx = float(part.get("rx", 0.0) or 0.0) + rect = [ + x0 + width * float(part.get("x", 0.0)), + y0 + height * float(part.get("y", 0.0)), + x0 + width * (float(part.get("x", 0.0)) + float(part.get("w", 0.0))), + y0 + height * (float(part.get("y", 0.0)) + float(part.get("h", 0.0))), + ] + draw.rounded_rectangle(rect, radius=max(0, int(min(width, height) * rx)), fill=fill, outline=outline, width=stroke_width) + if rough and outline: + offset = max(1, stroke_width // 3) + shifted = [rect[0] + offset, rect[1] + offset, rect[2] + offset, rect[3] + offset] + draw.rounded_rectangle(shifted, radius=max(0, int(min(width, height) * rx)), fill=None, outline=outline, width=max(1, stroke_width - 1)) + continue + + if kind == "ellipse": + rect = [ + x0 + width * float(part.get("x", 0.0)), + y0 + height * float(part.get("y", 0.0)), + x0 + width * (float(part.get("x", 0.0)) + float(part.get("w", 0.0))), + y0 + height * (float(part.get("y", 0.0)) + float(part.get("h", 0.0))), + ] + draw.ellipse(rect, fill=fill, outline=outline, width=stroke_width) + if rough and outline: + offset = max(1, stroke_width // 3) + shifted = [rect[0] + offset, rect[1] + offset, rect[2] + offset, rect[3] + offset] + draw.ellipse(shifted, fill=None, outline=outline, width=max(1, stroke_width - 1)) + continue + + if kind == "line": + start = ( + x0 + width * float(part.get("x1", 0.0)), + y0 + height * float(part.get("y1", 0.0)), + ) + end = ( + x0 + width * float(part.get("x2", 0.0)), + y0 + height * float(part.get("y2", 0.0)), + ) + if dash: + dash_len = max(6, int(max(width, height) * float(dash[0]))) + self._draw_dashed_line(draw, start, end, outline or palette["line"], width=stroke_width, dash_length=dash_len) + else: + draw.line([start, end], fill=outline or palette["line"], width=stroke_width) + if rough and outline: + draw.line([(start[0] + 1, start[1] + 1), (end[0] + 1, end[1] + 1)], fill=outline, width=max(1, stroke_width - 1)) + continue + + if kind == "polygon": + points = self._scaled_points(part.get("points") or [], box) + if points: + draw.polygon(points, fill=fill, outline=outline) + if outline and stroke_width > 1: + draw.line(points + [points[0]], fill=outline, width=stroke_width) + if rough: + shifted = [(px + 1, py + 1) for px, py in points] + draw.line(shifted + [shifted[0]], fill=outline, width=max(1, stroke_width - 1)) + continue + + if kind == "polyline": + points = self._scaled_points(part.get("points") or [], box) + if points: + draw.line(points, fill=outline or palette["line"], width=stroke_width) + if rough and outline: + shifted = [(px + 1, py + 1) for px, py in points] + draw.line(shifted, fill=outline, width=max(1, stroke_width - 1)) + continue + + return True + + def _draw_stroke_payload( + self, + draw: ImageDraw, + box: Tuple[int, int, int, int], + stroke_payload: List[List[List[float]]] | None, + palette: Dict[str, Tuple[int, int, int]], + *, + style_variant: str = "", + stroke_render_profile: Dict[str, Any] | None = None, + ) -> bool: + strokes = [stroke for stroke in list(stroke_payload or []) if len(stroke) >= 2] + if not strokes: + return False + x0, y0, x1, y1 = box + width = max(1, x1 - x0) + height = max(1, y1 - y0) + rough = "scribble" in str(style_variant or "") + profile = stroke_render_profile if isinstance(stroke_render_profile, dict) else {} + min_width = float(profile.get("line_width_min", profile.get("min_width", 0.014)) or 0.014) + max_width = float(profile.get("line_width_max", profile.get("max_width", 0.034)) or 0.034) + opacity = float(profile.get("opacity", 0.96) or 0.96) + accent_ratio = float(profile.get("accent_ratio", 0.2) or 0.2) + for index, stroke in enumerate(strokes): + points = [(x0 + width * float(px), y0 + height * float(py)) for px, py in stroke] + if len(points) < 2: + continue + ratio = index / max(1, len(strokes) - 1) if len(strokes) > 1 else 0.0 + line_width = max(1, int(round(max(width, height) * (min_width + (max_width - min_width) * ratio)))) + line_role = "accent" if ratio <= accent_ratio else "line" + color = self._recipe_stroke(palette, line_role, opacity=opacity) or self._with_alpha(palette["line"], opacity) + draw.line(points, fill=color, width=line_width) + if rough: + shifted = [(px + 1.0, py + 1.0) for px, py in points] + draw.line(shifted, fill=self._recipe_stroke(palette, line_role, opacity=max(0.18, opacity * 0.55)) or color, width=max(1, line_width - 1)) + return True + + def _scene_bbox(self, item: Dict[str, Any]) -> Tuple[int, int, int, int]: + x0 = int(item.get("x", 0)) + y0 = int(item.get("y", 0)) + x1 = x0 + int(item.get("width", 0)) + y1 = y0 + int(item.get("height", 0)) + return x0, y0, x1, y1 + + def _scene_center(self, item: Dict[str, Any]) -> Tuple[float, float]: + x0, y0, x1, y1 = self._scene_bbox(item) + return (x0 + x1) / 2.0, (y0 + y1) / 2.0 + + def _connector_points_for_scene(self, from_item: Dict[str, Any], to_item: Dict[str, Any]) -> Tuple[Tuple[float, float], Tuple[float, float]]: + from_center = self._scene_center(from_item) + to_center = self._scene_center(to_item) + if from_center[0] <= to_center[0]: + start = (from_item["x"] + from_item["width"], from_center[1]) + end = (to_item["x"], to_center[1]) + else: + start = (from_item["x"], from_center[1]) + end = (to_item["x"] + to_item["width"], to_center[1]) + return start, end + + def _draw_scene_background_layer(self, draw: ImageDraw, layer: Dict[str, Any], palette: Dict[str, Tuple[int, int, int]], filled: bool = False): + x0, y0, x1, y1 = self._scene_bbox(layer) + layer_type = str(layer.get("type", "panel")) + fill = palette["region_alt"] if layer_type in {"ground", "road", "board", "water"} else palette["region_fill"] + outline = palette["guide"] if filled else palette["line"] + fill_alpha = self._with_alpha(fill, 0.45 if filled else 0.16) + outline_alpha = self._with_alpha(outline, 0.5 if filled else 0.3) + if layer_type == "road": + draw.rounded_rectangle([x0, y0, x1, y1], radius=18, fill=fill_alpha, outline=outline_alpha, width=2) + lane_y = int((y0 + y1) / 2) + self._draw_dashed_line(draw, (x0 + 24, lane_y), (x1 - 24, lane_y), palette["accent"], width=2, dash_length=18) + return + if layer_type == "sky": + draw.rectangle([x0, y0, x1, y1], fill=self._with_alpha(fill, 0.18 if not filled else 0.42)) + draw.line([(x0, y1), (x1, y1)], fill=outline_alpha, width=2) + return + if layer_type == "process_band": + draw.rounded_rectangle( + [x0 + 8, y0 + 10, x1 - 8, y1 - 10], + radius=28, + fill=self._with_alpha(fill, 0.06 if not filled else 0.14), + outline=self._with_alpha(outline, 0.14 if not filled else 0.2), + width=1, + ) + return + draw.rounded_rectangle([x0, y0, x1, y1], radius=20, fill=fill_alpha, outline=outline_alpha, width=2) + + def _draw_asset_symbol( + self, + draw: ImageDraw, + box: Tuple[int, int, int, int], + silhouette_key: str, + palette: Dict[str, Tuple[int, int, int]], + filled: bool = False, + ): + x0, y0, x1, y1 = box + width = max(1, x1 - x0) + height = max(1, y1 - y0) + line = palette["line"] + accent = palette["accent"] + fill = palette["node_fill"] if filled else palette["background"] + if silhouette_key in {"generic_panel", "generic_object"}: + draw.rounded_rectangle([x0, y0, x1, y1], radius=18, fill=fill, outline=line, width=3) + if silhouette_key == "generic_panel": + draw.line([(x0 + 18, y0 + 24), (x1 - 18, y0 + 24)], fill=accent, width=2) + return + if silhouette_key == "generic_circle": + draw.ellipse([x0, y0, x1, y1], fill=fill, outline=line, width=3) + return + if silhouette_key == "building": + draw.rectangle([x0 + width * 0.1, y0 + height * 0.08, x1 - width * 0.1, y1], fill=fill, outline=line, width=3) + for row in range(3): + for col in range(3): + wx = x0 + width * (0.18 + col * 0.22) + wy = y0 + height * (0.16 + row * 0.22) + ww = width * 0.12 + wh = height * 0.12 + draw.rectangle([wx, wy, wx + ww, wy + wh], outline=accent, width=2) + return + if silhouette_key == "house": + draw.polygon([(x0 + width * 0.5, y0), (x0, y0 + height * 0.34), (x1, y0 + height * 0.34)], fill=fill, outline=line, width=3) + draw.rectangle([x0 + width * 0.14, y0 + height * 0.34, x1 - width * 0.14, y1], fill=fill, outline=line, width=3) + draw.rectangle([x0 + width * 0.42, y0 + height * 0.56, x0 + width * 0.58, y1], outline=accent, width=2) + return + if silhouette_key == "window": + draw.rectangle([x0, y0, x1, y1], fill=fill, outline=line, width=3) + draw.line([(x0 + width / 2, y0), (x0 + width / 2, y1)], fill=accent, width=2) + draw.line([(x0, y0 + height / 2), (x1, y0 + height / 2)], fill=accent, width=2) + return + if silhouette_key == "door": + draw.rounded_rectangle([x0, y0, x1, y1], radius=14, fill=fill, outline=line, width=3) + knob = (x1 - width * 0.18, y0 + height * 0.56) + self._draw_circle(draw, knob, max(3, width * 0.04), fill=accent, outline=accent, width=1) + return + if silhouette_key == "tree": + trunk_w = width * 0.18 + draw.rectangle([x0 + width * 0.41, y0 + height * 0.56, x0 + width * 0.41 + trunk_w, y1], fill=accent if filled else fill, outline=line, width=3) + draw.ellipse([x0 + width * 0.12, y0, x0 + width * 0.88, y0 + height * 0.66], fill=fill, outline=line, width=3) + draw.ellipse([x0, y0 + height * 0.12, x0 + width * 0.56, y0 + height * 0.66], fill=fill, outline=line, width=2) + draw.ellipse([x0 + width * 0.44, y0 + height * 0.12, x1, y0 + height * 0.66], fill=fill, outline=line, width=2) + return + if silhouette_key == "cloud": + draw.ellipse([x0 + width * 0.08, y0 + height * 0.28, x0 + width * 0.46, y1], fill=fill, outline=line, width=3) + draw.ellipse([x0 + width * 0.26, y0, x0 + width * 0.7, y0 + height * 0.9], fill=fill, outline=line, width=3) + draw.ellipse([x0 + width * 0.54, y0 + height * 0.22, x1, y1], fill=fill, outline=line, width=3) + return + if silhouette_key == "sun": + cx = x0 + width / 2 + cy = y0 + height / 2 + radius = min(width, height) * 0.28 + self._draw_circle(draw, (cx, cy), radius, fill=fill, outline=line, width=3) + for ray in range(8): + angle = math.radians(ray * 45) + sx = cx + math.cos(angle) * radius * 1.3 + sy = cy + math.sin(angle) * radius * 1.3 + ex = cx + math.cos(angle) * radius * 1.85 + ey = cy + math.sin(angle) * radius * 1.85 + draw.line([(sx, sy), (ex, ey)], fill=accent, width=2) + return + if silhouette_key == "car": + draw.rounded_rectangle([x0 + width * 0.08, y0 + height * 0.34, x1 - width * 0.08, y1 - height * 0.12], radius=14, fill=fill, outline=line, width=3) + draw.polygon( + [(x0 + width * 0.24, y0 + height * 0.34), (x0 + width * 0.38, y0 + height * 0.1), (x0 + width * 0.72, y0 + height * 0.1), (x0 + width * 0.84, y0 + height * 0.34)], + fill=fill, + outline=line, + width=3, + ) + self._draw_circle(draw, (x0 + width * 0.3, y1 - height * 0.1), min(width, height) * 0.11, fill=palette["background"], outline=line, width=3) + self._draw_circle(draw, (x0 + width * 0.72, y1 - height * 0.1), min(width, height) * 0.11, fill=palette["background"], outline=line, width=3) + return + if silhouette_key == "road": + draw.rounded_rectangle([x0, y0 + height * 0.2, x1, y1], radius=18, fill=fill, outline=line, width=3) + self._draw_dashed_line(draw, (x0 + width * 0.08, y0 + height * 0.62), (x1 - width * 0.08, y0 + height * 0.62), accent, width=2, dash_length=18) + return + if silhouette_key == "person": + cx = x0 + width / 2 + head_r = min(width, height) * 0.16 + self._draw_circle(draw, (cx, y0 + head_r * 1.25), head_r, fill=fill, outline=line, width=3) + draw.line([(cx, y0 + head_r * 2.5), (cx, y0 + height * 0.72)], fill=line, width=3) + draw.line([(cx, y0 + height * 0.36), (x0 + width * 0.22, y0 + height * 0.5)], fill=line, width=3) + draw.line([(cx, y0 + height * 0.36), (x1 - width * 0.22, y0 + height * 0.5)], fill=line, width=3) + draw.line([(cx, y0 + height * 0.72), (x0 + width * 0.24, y1)], fill=line, width=3) + draw.line([(cx, y0 + height * 0.72), (x1 - width * 0.24, y1)], fill=line, width=3) + return + if silhouette_key == "street_lamp": + draw.line([(x0 + width * 0.5, y1), (x0 + width * 0.5, y0 + height * 0.18)], fill=line, width=4) + draw.line([(x0 + width * 0.5, y0 + height * 0.2), (x1, y0 + height * 0.2)], fill=line, width=3) + draw.arc([x1 - width * 0.36, y0 + height * 0.12, x1, y0 + height * 0.44], 200, 360, fill=line, width=3) + self._draw_circle(draw, (x1 - width * 0.06, y0 + height * 0.4), max(4, width * 0.05), fill=accent, outline=accent, width=2) + return + if silhouette_key == "table": + draw.rectangle([x0 + width * 0.08, y0 + height * 0.24, x1 - width * 0.08, y0 + height * 0.38], fill=fill, outline=line, width=3) + for ratio in (0.18, 0.82): + draw.line([(x0 + width * ratio, y0 + height * 0.38), (x0 + width * ratio, y1)], fill=line, width=3) + return + if silhouette_key == "chair": + draw.line([(x0 + width * 0.24, y1), (x0 + width * 0.24, y0 + height * 0.44)], fill=line, width=3) + draw.line([(x0 + width * 0.76, y1), (x0 + width * 0.76, y0 + height * 0.44)], fill=line, width=3) + draw.line([(x0 + width * 0.24, y0 + height * 0.62), (x0 + width * 0.76, y0 + height * 0.62)], fill=line, width=3) + draw.line([(x0 + width * 0.24, y0 + height * 0.44), (x0 + width * 0.24, y0 + height * 0.1)], fill=line, width=3) + draw.line([(x0 + width * 0.24, y0 + height * 0.1), (x0 + width * 0.76, y0 + height * 0.1)], fill=line, width=3) + return + if silhouette_key == "battery": + draw.rounded_rectangle([x0, y0 + height * 0.12, x1, y1], radius=10, fill=fill, outline=line, width=3) + draw.rectangle([x0 + width * 0.4, y0, x0 + width * 0.6, y0 + height * 0.14], fill=fill, outline=line, width=2) + draw.line([(x0 + width * 0.25, y0 + height * 0.5), (x0 + width * 0.42, y0 + height * 0.5)], fill=accent, width=2) + draw.line([(x0 + width * 0.66, y0 + height * 0.5), (x0 + width * 0.82, y0 + height * 0.5)], fill=accent, width=2) + draw.line([(x0 + width * 0.74, y0 + height * 0.42), (x0 + width * 0.74, y0 + height * 0.58)], fill=accent, width=2) + return + if silhouette_key == "led": + draw.ellipse([x0 + width * 0.24, y0, x0 + width * 0.76, y0 + height * 0.58], fill=fill, outline=line, width=3) + draw.line([(x0 + width * 0.4, y0 + height * 0.56), (x0 + width * 0.36, y1)], fill=line, width=3) + draw.line([(x0 + width * 0.6, y0 + height * 0.56), (x0 + width * 0.66, y1)], fill=line, width=3) + self._draw_arrow_line(draw, (x0 + width * 0.76, y0 + height * 0.18), (x1, y0), accent, width=2, arrow_size=10) + self._draw_arrow_line(draw, (x0 + width * 0.78, y0 + height * 0.34), (x1, y0 + height * 0.16), accent, width=2, arrow_size=10) + return + if silhouette_key == "resistor": + points = [ + (x0, y0 + height * 0.5), + (x0 + width * 0.14, y0 + height * 0.5), + (x0 + width * 0.24, y0 + height * 0.24), + (x0 + width * 0.38, y0 + height * 0.76), + (x0 + width * 0.52, y0 + height * 0.24), + (x0 + width * 0.66, y0 + height * 0.76), + (x0 + width * 0.78, y0 + height * 0.5), + (x1, y0 + height * 0.5), + ] + draw.line(points, fill=line, width=3) + return + if silhouette_key == "capacitor": + draw.line([(x0 + width * 0.22, y0 + height * 0.16), (x0 + width * 0.22, y1)], fill=line, width=3) + draw.line([(x0 + width * 0.46, y0 + height * 0.16), (x0 + width * 0.46, y1)], fill=line, width=3) + draw.line([(x0, y0 + height * 0.58), (x0 + width * 0.22, y0 + height * 0.58)], fill=accent, width=2) + draw.line([(x0 + width * 0.46, y0 + height * 0.58), (x1, y0 + height * 0.58)], fill=accent, width=2) + return + if silhouette_key == "diode": + draw.line([(x0, y0 + height * 0.5), (x0 + width * 0.18, y0 + height * 0.5)], fill=line, width=3) + draw.polygon([(x0 + width * 0.18, y0 + height * 0.16), (x0 + width * 0.18, y1 - height * 0.16), (x0 + width * 0.64, y0 + height * 0.5)], fill=fill, outline=line, width=3) + draw.line([(x0 + width * 0.74, y0 + height * 0.16), (x0 + width * 0.74, y1 - height * 0.16)], fill=line, width=3) + draw.line([(x0 + width * 0.74, y0 + height * 0.5), (x1, y0 + height * 0.5)], fill=line, width=3) + return + if silhouette_key == "board": + draw.rounded_rectangle([x0, y0, x1, y1], radius=16, fill=fill, outline=line, width=3) + for row in range(2): + for col in range(4): + px = x0 + width * (0.12 + col * 0.18) + py = y0 + height * (0.18 + row * 0.28) + draw.rectangle([px, py, px + width * 0.1, py + height * 0.12], outline=accent, width=2) + return + if silhouette_key == "airplane": + draw.line([(x0 + width * 0.08, y0 + height * 0.52), (x1, y0 + height * 0.52)], fill=line, width=4) + draw.polygon([(x0 + width * 0.3, y0 + height * 0.52), (x0 + width * 0.56, y0 + height * 0.14), (x0 + width * 0.52, y0 + height * 0.52)], fill=fill, outline=line, width=3) + draw.polygon([(x0 + width * 0.38, y0 + height * 0.52), (x0 + width * 0.62, y1 - height * 0.12), (x0 + width * 0.54, y0 + height * 0.52)], fill=fill, outline=line, width=3) + draw.polygon([(x0 + width * 0.12, y0 + height * 0.52), (x0 + width * 0.22, y0 + height * 0.24), (x0 + width * 0.24, y0 + height * 0.52)], fill=fill, outline=line, width=3) + return + if silhouette_key == "leaf": + draw.ellipse([x0, y0 + height * 0.16, x1, y1], fill=fill, outline=line, width=3) + draw.line([(x0 + width * 0.12, y0 + height * 0.84), (x1 - width * 0.12, y0 + height * 0.24)], fill=accent, width=2) + return + if silhouette_key == "raindrop": + draw.polygon([(x0 + width * 0.5, y0), (x1, y0 + height * 0.54), (x0 + width * 0.78, y1), (x0 + width * 0.22, y1), (x0, y0 + height * 0.54)], fill=fill, outline=line, width=3) + return + if silhouette_key == "cell": + draw.ellipse([x0, y0, x1, y1], fill=fill, outline=line, width=3) + draw.ellipse([x0 + width * 0.28, y0 + height * 0.28, x0 + width * 0.72, y0 + height * 0.72], fill=palette["region_alt"], outline=accent, width=2) + return + draw.rounded_rectangle([x0, y0, x1, y1], radius=18, fill=fill, outline=line, width=3) + + def _build_object_sprite(self, obj: Dict[str, Any], palette: Dict[str, Tuple[int, int, int]], filled: bool = False) -> Image.Image: + width = max(40, int(obj.get("width", 80))) + height = max(40, int(obj.get("height", 80))) + padding = 18 + sprite = Image.new("RGBA", (width + padding * 2, height + padding * 2), (0, 0, 0, 0)) + draw = ImageDraw.Draw(sprite) + style_variant = str(obj.get("style_variant") or obj.get("layout_style") or "") + stroke_render_profile = obj.get("stroke_render_profile") if isinstance(obj.get("stroke_render_profile"), dict) else obj.get("stroke_style_profile") + rendered = False + if str(obj.get("render_representation") or "") == "stroke_native" or obj.get("stroke_payload"): + rendered = self._draw_stroke_payload( + draw, + (padding, padding, padding + width, padding + height), + obj.get("stroke_payload") if isinstance(obj.get("stroke_payload"), list) else [], + palette, + style_variant=style_variant, + stroke_render_profile=stroke_render_profile if isinstance(stroke_render_profile, dict) else {}, + ) + if not rendered: + shape_recipe = obj.get("shape_recipe") if isinstance(obj.get("shape_recipe"), dict) else {} + rendered = self._draw_shape_recipe( + draw, + (padding, padding, padding + width, padding + height), + shape_recipe, + palette, + filled=filled, + style_variant=style_variant, + ) + if not rendered: + self._draw_asset_symbol( + draw, + (padding, padding, padding + width, padding + height), + str(obj.get("silhouette_key") or obj.get("asset_key") or "generic_object"), + palette, + filled=filled, + ) + rotation = float(obj.get("rotation", 0.0) or 0.0) + if abs(rotation) > 0.1: + sprite = sprite.rotate(-rotation, expand=True, resample=Image.BICUBIC) + return sprite + + def _draw_scene_connector( + self, + draw: ImageDraw, + connector: Dict[str, Any], + objects: Dict[str, Dict[str, Any]], + palette: Dict[str, Tuple[int, int, int]], + show_labels: bool = True, + ): + from_obj = objects.get(connector.get("from_id")) + to_obj = objects.get(connector.get("to_id")) + if not from_obj or not to_obj or not connector.get("visible", True): + return + start, end = self._connector_points_for_scene(from_obj, to_obj) + connector_type = str(connector.get("type", "relation")) + label = str(connector.get("label", "连接")) + line_color = palette["accent"] if connector_type in {"beam", "arrow"} else palette["line"] + if connector_type == "beam": + self._draw_dashed_line(draw, start, end, line_color, width=3, dash_length=12) + elif connector_type == "arrow": + self._draw_arrow_line(draw, start, end, line_color, width=3, arrow_size=12) + elif connector_type == "wire": + draw.line([start, end], fill=line_color, width=3) + else: + self._draw_dashed_line(draw, start, end, line_color, width=2, dash_length=10) + if show_labels and label: + mid_x = int((start[0] + end[0]) / 2) + mid_y = int((start[1] + end[1]) / 2 - 16) + draw.text((mid_x, mid_y), label, fill=palette["text"], font=self.font, anchor="mm") + + def _resolve_scene_view_flags( + self, + layout_options: Dict[str, Any], + *, + view_mode: str | None = None, + force_show_labels: bool | None = None, + force_show_grid: bool | None = None, + force_show_guides: bool | None = None, + ) -> Dict[str, Any]: + resolved_view = normalize_view_mode(view_mode or layout_options.get("sketch_view_mode")) + annotation_level = normalize_annotation_level(layout_options.get("annotation_level")) + show_grid = bool(layout_options.get("show_grid", True)) + show_labels = bool(layout_options.get("show_labels", False)) + show_guides = bool(layout_options.get("show_guides", False)) + + if resolved_view == "rough": + show_labels = False + show_guides = False + elif resolved_view == "structure": + show_labels = show_labels and annotation_level != "off" + show_guides = False + elif resolved_view == "annotated": + show_labels = annotation_level != "off" + show_guides = True + elif resolved_view == "region": + show_labels = annotation_level != "off" + show_guides = True + + if force_show_labels is not None: + show_labels = bool(force_show_labels) + if force_show_grid is not None: + show_grid = bool(force_show_grid) + if force_show_guides is not None: + show_guides = bool(force_show_guides) + + return { + "view_mode": resolved_view, + "annotation_level": annotation_level, + "show_grid": show_grid, + "show_labels": show_labels, + "show_guides": show_guides, + "show_regions": resolved_view == "region", + "show_override_regions": resolved_view in {"annotated", "region"}, + } + + def _region_box_for_object(self, obj: Dict[str, Any], region: Dict[str, Any]) -> Tuple[int, int, int, int]: + x0 = int(obj.get("x", 0) + obj.get("width", 0) * float(region.get("x", 0.0))) + y0 = int(obj.get("y", 0) + obj.get("height", 0) * float(region.get("y", 0.0))) + x1 = int(x0 + obj.get("width", 0) * float(region.get("width", 0.0))) + y1 = int(y0 + obj.get("height", 0) * float(region.get("height", 0.0))) + return x0, y0, x1, y1 + + def _draw_region_shape( + self, + draw: ImageDraw, + box: Tuple[int, int, int, int], + region: Dict[str, Any], + *, + outline: Tuple[int, int, int] | Tuple[int, int, int, int], + width: int = 2, + fill: Tuple[int, int, int, int] | None = None, + dash_length: int = 8, + ) -> None: + shape = str(region.get("shape") or "rect") + if shape == "ellipse": + draw.ellipse(box, outline=outline, fill=fill, width=width) + return + if dash_length > 0 and fill is None: + self._draw_dashed_rectangle(draw, box, outline, width=width, dash_length=dash_length) + return + draw.rounded_rectangle(box, radius=max(4, int(min(box[2] - box[0], box[3] - box[1]) * 0.12)), outline=outline, fill=fill, width=width) + + def _region_style(self, action: str, palette: Dict[str, Tuple[int, int, int]]) -> Dict[str, Any]: + normalized = str(action or "").strip().lower() + if normalized == "hide": + return { + "outline": (244, 63, 94), + "fill": self._with_alpha((244, 63, 94), 0.1), + "text": (251, 113, 133), + "dash": 7, + } + if normalized == "weaken": + return { + "outline": (56, 189, 248), + "fill": self._with_alpha((56, 189, 248), 0.12), + "text": (125, 211, 252), + "dash": 8, + } + if normalized == "emphasize": + return { + "outline": (245, 158, 11), + "fill": self._with_alpha((245, 158, 11), 0.1), + "text": (253, 224, 71), + "dash": 0, + } + if normalized == "replace": + return { + "outline": (168, 85, 247), + "fill": self._with_alpha((168, 85, 247), 0.12), + "text": (196, 181, 253), + "dash": 6, + } + return { + "outline": palette["accent"], + "fill": self._with_alpha(palette["region_fill"], 0.12), + "text": palette["accent"], + "dash": 8, + } + + def _draw_region_overlays( + self, + draw: ImageDraw, + scene: Dict[str, Any], + palette: Dict[str, Tuple[int, int, int]], + *, + labels: bool = True, + only_overrides: bool = False, + ) -> None: + for obj in scene.get("object_instances", []) or []: + regions = [item for item in obj.get("region_masks", []) or [] if isinstance(item, dict)] + overrides = obj.get("region_overrides") if isinstance(obj.get("region_overrides"), dict) else {} + if only_overrides: + regions = [item for item in regions if overrides.get(str(item.get("id") or ""))] + if not regions: + continue + for region in regions: + region_id = str(region.get("id") or "") + override = overrides.get(region_id) if isinstance(overrides, dict) else None + action = str((override or {}).get("action") or "").strip().lower() + style = self._region_style(action, palette) + box = self._region_box_for_object(obj, region) + self._draw_region_shape( + draw, + box, + region, + outline=style["outline"], + width=3 if action else 2, + fill=style["fill"] if action else None, + dash_length=style["dash"], + ) + if labels: + label = str(region.get("label") or region_id or "region") + action_label = {"hide": "隐藏", "weaken": "弱化", "emphasize": "强调", "replace": "替换"}.get(action, "") + if action: + label = f"{label} · {action_label or action}" + draw.text((box[0] + 6, max(10, box[1] - 12)), label, fill=style["text"], font=self.font) + + def _render_semantic_scene_image( + self, + scene_spec: Dict[str, Any], + palette: Dict[str, Tuple[int, int, int]], + title: str, + filled: bool = False, + *, + include_title: bool = True, + view_mode: str | None = None, + force_show_labels: bool | None = None, + force_show_grid: bool | None = None, + force_show_guides: bool | None = None, + ) -> Image.Image: + scene = normalize_scene_spec_v2(scene_spec) + canvas_size = (scene["canvas_size"]["width"], scene["canvas_size"]["height"]) + base = Image.new("RGBA", canvas_size, (*palette["background"], 255)) + draw = ImageDraw.Draw(base) + layout_options = scene.get("layout_options", {}) + view_flags = self._resolve_scene_view_flags( + layout_options, + view_mode=view_mode, + force_show_labels=force_show_labels, + force_show_grid=force_show_grid, + force_show_guides=force_show_guides, + ) + if view_flags["show_grid"]: + self._draw_preview_grid(draw, canvas_size, palette) + for layer in sorted(scene.get("background_layers", []), key=lambda item: item.get("z_index", 0)): + self._draw_scene_background_layer(draw, layer, palette, filled=filled) + if view_flags["show_labels"] and view_flags["view_mode"] in {"annotated", "region"}: + draw.text((layer["x"] + 16, layer["y"] + 20), str(layer.get("label", "")), fill=palette["text"], font=self.font) + if include_title and title: + draw.text((24, 20), title, fill=palette["text"], font=self.font) + style_desc = f"{layout_options.get('scene_type', 'scene')} | {layout_options.get('sketch_style', 'line_art')} | {view_flags['view_mode']}" + draw.text((24, 52), style_desc, fill=palette["text"], font=self.font) + objects_by_id = {item["id"]: item for item in scene.get("object_instances", [])} + for connector in scene.get("connectors", []): + self._draw_scene_connector(draw, connector, objects_by_id, palette, show_labels=view_flags["show_labels"]) + for obj in sorted(scene.get("object_instances", []), key=lambda item: item.get("z_index", 0)): + if obj.get("visible", True) is False: + continue + if view_flags["show_guides"]: + x0, y0, x1, y1 = self._scene_bbox(obj) + self._draw_dashed_rectangle(draw, (x0, y0, x1, y1), palette["guide"], width=1, dash_length=8) + sprite = self._build_object_sprite(obj, palette, filled=filled) + left = int(obj["x"] + obj["width"] / 2 - sprite.width / 2) + top = int(obj["y"] + obj["height"] / 2 - sprite.height / 2) + base.alpha_composite(sprite, (left, top)) + if view_flags["show_labels"]: + draw.text((obj["x"] + obj["width"] / 2, obj["y"] - 18), str(obj.get("concept", "")), fill=palette["text"], font=self.font, anchor="mm") + if view_flags["show_regions"]: + self._draw_region_overlays(draw, scene, palette, labels=True, only_overrides=False) + elif view_flags["show_override_regions"]: + self._draw_region_overlays(draw, scene, palette, labels=view_flags["show_labels"], only_overrides=True) + return base.convert("RGB") + + def _render_control_palette(self) -> Dict[str, Tuple[int, int, int]]: + return { + "background": (242, 241, 237), + "sky": (224, 229, 236), + "ground": (223, 226, 216), + "road": (214, 216, 219), + "water": (214, 223, 228), + "wall": (229, 226, 221), + "board": (226, 222, 214), + "process_band": (223, 219, 231), + "scene_object": (150, 158, 169), + "process_motif": (160, 151, 176), + "schematic_symbol": (144, 159, 148), + "subject": (128, 141, 158), + "user": (163, 146, 126), + "connector": (132, 137, 144), + } + + def _compose_rich_preview_image( + self, + structural_sketch_image: Image.Image, + low_preview_image: Image.Image, + *, + sketch_style: str, + ) -> Image.Image: + structural = structural_sketch_image.convert("RGBA") + low_preview = low_preview_image.convert("RGBA") + base = Image.blend(low_preview, structural, 0.42 if sketch_style == "clean_line" else 0.5) + overlay = structural.copy() + overlay.putalpha(216 if sketch_style == "clean_line" else 192) + merged = Image.alpha_composite(base, overlay) + return merged.convert("RGB") + + def _line_alpha_mask( + self, + image: Image.Image, + *, + gain: float = 1.0, + bias: int = 0, + ) -> Image.Image: + inverted = ImageOps.invert(image.convert("L")) + if gain != 1.0 or bias != 0: + inverted = inverted.point(lambda px: max(0, min(255, int(px * gain) + bias))) + return inverted + + def _soft_mass_outline_mask(self, mask: Image.Image) -> Image.Image: + inner = mask.filter(ImageFilter.GaussianBlur(radius=1.6)) + outer = mask.filter(ImageFilter.GaussianBlur(radius=7.5)) + outline = ImageChops.difference(inner, outer) + return outline.point(lambda px: 0 if px < 8 else min(255, int(px * 1.18))) + + def _balanced_upstream_box( + self, + box: Tuple[int, int, int, int], + *, + canvas_size: Tuple[int, int], + asset_key: str, + multi_anchor_scene: bool, + ) -> Tuple[int, int, int, int]: + if not multi_anchor_scene: + return box + x0, y0, x1, y1 = box + width = max(1, x1 - x0) + height = max(1, y1 - y0) + short_side = min(width, height) + long_side = max(width, height) + key = str(asset_key or "").strip().lower() + min_short = 140 + max_long = 280 + if key in {"house", "home", "building"}: + min_short = 168 + elif key in {"tree", "leaf", "plant", "bush"}: + min_short = 156 + max_long = 260 + elif key in {"person", "human", "figure", "character"}: + min_short = 148 + max_long = 292 + scale = 1.0 + if short_side < min_short: + scale = max(scale, min(1.55, float(min_short) / max(1.0, float(short_side)))) + if long_side > max_long: + scale = min(scale, max(0.78, float(max_long) / max(1.0, float(long_side)))) + if abs(scale - 1.0) < 0.02: + return box + center_x = (x0 + x1) / 2.0 + center_y = (y0 + y1) / 2.0 + new_width = max(24, int(round(width * scale))) + new_height = max(24, int(round(height * scale))) + if key in {"person", "human", "figure", "character"} and new_height > new_width: + aspect = float(new_height) / max(1.0, float(new_width)) + if aspect > 1.46: + target_width = int(round(new_height / 1.46)) + new_width = max(new_width, min(canvas_size[0], target_width)) + new_height = max(24, int(round(new_height * 0.94))) + new_x0 = max(0, int(round(center_x - new_width / 2.0))) + new_y0 = max(0, int(round(center_y - new_height / 2.0))) + new_x1 = min(canvas_size[0], new_x0 + new_width) + new_y1 = min(canvas_size[1], new_y0 + new_height) + if new_x1 - new_x0 < 24: + new_x0 = max(0, new_x1 - 24) + if new_y1 - new_y0 < 24: + new_y0 = max(0, new_y1 - 24) + return (new_x0, new_y0, new_x1, new_y1) + + def _sd_upstream_background_color(self, layer_type: str) -> Tuple[Tuple[int, int, int], int, int]: + key = str(layer_type or "").strip().lower() + if key in {"ground", "road", "board"}: + return (212, 217, 223), 36, 10 + if key in {"water"}: + return (206, 216, 224), 34, 10 + if key in {"sky", "cloud_band"}: + return (238, 236, 232), 18, 16 + if key in {"process_band"}: + return (220, 221, 226), 26, 8 + return (234, 232, 228), 16, 12 + + def _sd_upstream_object_style(self, obj: Dict[str, Any], scene_type: str = "scene") -> Tuple[Tuple[int, int, int], int, int]: + depth_band = str(obj.get("depth_band") or "").strip().lower() + role = str(obj.get("role") or "").strip().lower() + tone = (162, 164, 170) + alpha = 96 + blur = 14 + if depth_band == "foreground": + tone = (136, 138, 146) + alpha = 126 + blur = 9 + elif depth_band == "background": + tone = (184, 186, 192) + alpha = 72 + blur = 18 + if role in {"subject", "focus", "core_subject"}: + tone = (118, 121, 130) + alpha = max(alpha, 134) + blur = max(7, blur - 2) + if scene_type == "process": + alpha = min(168, alpha + 8) + blur = max(6, blur - 4) + elif scene_type == "schematic": + tone = tuple(max(96, min(188, channel - 8)) for channel in tone) + alpha = min(164, alpha + 10) + blur = max(5, blur - 5) + return tone, alpha, blur + + def _render_sd_upstream_control_image( + self, + scene_spec: Dict[str, Any], + *, + structural_sketch_image: Image.Image, + ) -> Image.Image: + scene = normalize_scene_spec_v2(scene_spec) + canvas_size = (scene["canvas_size"]["width"], scene["canvas_size"]["height"]) + base = Image.new("RGBA", canvas_size, (245, 242, 236, 255)) + layout_options = scene.get("layout_options", {}) or {} + scene_type = str(layout_options.get("scene_type") or "scene") + + background_layer = Image.new("RGBA", canvas_size, (0, 0, 0, 0)) + background_draw = ImageDraw.Draw(background_layer, "RGBA") + for layer in sorted(scene.get("background_layers", []), key=lambda item: item.get("z_index", 0)): + color, alpha, radius = self._sd_upstream_background_color(str(layer.get("type") or "")) + background_draw.rounded_rectangle( + [layer["x"], layer["y"], layer["x"] + layer["width"], layer["y"] + layer["height"]], + radius=radius, + fill=(*color, alpha), + outline=None, + ) + background_layer = background_layer.filter(ImageFilter.GaussianBlur(radius=8 if scene_type == "scene" else 5)) + base.alpha_composite(background_layer) + + visible_objects = [obj for obj in scene.get("object_instances", []) if obj.get("visible", True) is not False] + multi_anchor_scene = len(visible_objects) > 1 + object_support_mask = Image.new("L", canvas_size, 0) + for obj in sorted(visible_objects, key=lambda item: item.get("z_index", 0)): + if obj.get("visible", True) is False: + continue + x0, y0, x1, y1 = self._scene_bbox(obj) + width = max(24, x1 - x0) + height = max(24, y1 - y0) + key = str(obj.get("asset_key") or obj.get("silhouette_key") or obj.get("concept") or "").strip().lower() + padding_ratio = 0.1 if scene_type == "scene" else 0.06 + if key in {"person", "human", "figure", "character"}: + padding_ratio = 0.045 if scene_type == "scene" else 0.035 + padding = max(6 if key in {"person", "human", "figure", "character"} else 8, int(min(width, height) * padding_ratio)) + raw_box = ( + max(0, x0 - padding), + max(0, y0 - padding), + min(canvas_size[0], x1 + padding), + min(canvas_size[1], y1 + padding), + ) + box = self._balanced_upstream_box( + raw_box, + canvas_size=canvas_size, + asset_key=str(obj.get("asset_key") or obj.get("silhouette_key") or obj.get("concept") or ""), + multi_anchor_scene=multi_anchor_scene, + ) + mask = Image.new("L", canvas_size, 0) + mask_draw = ImageDraw.Draw(mask) + self._draw_upstream_object_mass_mask(mask_draw, box, obj) + mask = self._apply_region_overrides_to_mask(mask, obj) + object_support_mask = ImageChops.lighter( + object_support_mask, + mask.filter(ImageFilter.MaxFilter(size=9)), + ) + tone, alpha, blur_radius = self._sd_upstream_object_style(obj, scene_type=scene_type) + if multi_anchor_scene: + alpha = max(alpha, 116) + blur_radius = max(6, blur_radius - 2) + if key in {"house", "home", "building"}: + tone = (128, 130, 138) + alpha = max(alpha, 144) + blur_radius = max(5, blur_radius - 2) + elif key in {"person", "human", "figure", "character"}: + tone = (126, 128, 136) + alpha = max(alpha, 130) + blur_radius = max(5, blur_radius - 3) + elif key in {"tree", "leaf", "plant", "bush"}: + alpha = max(alpha, 132) + self._apply_soft_mask(base, mask, tone, alpha, blur_radius) + + object_support_mask = object_support_mask.filter(ImageFilter.GaussianBlur(radius=4)) + outline_alpha = self._soft_mass_outline_mask(object_support_mask) + outline_layer = Image.new("RGBA", canvas_size, (104, 101, 96, 0)) + outline_layer.putalpha(outline_alpha.point(lambda px: min(255, int(px * 0.55)))) + base.alpha_composite(outline_layer) + + preserve_structural_lines = bool(layout_options.get("sd_upstream_preserve_structural_lines", False)) + if preserve_structural_lines: + guide_alpha = ImageChops.multiply( + self._line_alpha_mask(structural_sketch_image, gain=0.58, bias=-96), + object_support_mask, + ).filter(ImageFilter.GaussianBlur(radius=2.2)) + warm_guide = Image.new("RGBA", canvas_size, (116, 112, 108, 0)) + warm_guide.putalpha(guide_alpha) + base.alpha_composite(warm_guide) + return base.convert("RGB") + + def _draw_shape_recipe_mask( + self, + draw: ImageDraw, + box: Tuple[int, int, int, int], + shape_recipe: Dict[str, Any], + value: int = 255, + ) -> bool: + parts = list((shape_recipe or {}).get("parts") or []) + if not parts: + return False + x0, y0, x1, y1 = box + width = max(1, x1 - x0) + height = max(1, y1 - y0) + drawn = False + + for part in parts: + kind = str(part.get("kind") or "").lower() + fill_role = str(part.get("fill_role", "fill") or "fill").lower() + stroke_width = max(2, int(round(max(width, height) * float(part.get("stroke_width", 0.03) or 0.03)))) + + if kind == "rect" and fill_role not in {"none", "transparent"}: + rect = [ + x0 + width * float(part.get("x", 0.0)), + y0 + height * float(part.get("y", 0.0)), + x0 + width * (float(part.get("x", 0.0)) + float(part.get("w", 0.0))), + y0 + height * (float(part.get("y", 0.0)) + float(part.get("h", 0.0))), + ] + rx = max(0, int(min(width, height) * float(part.get("rx", 0.0) or 0.0))) + draw.rounded_rectangle(rect, radius=rx, fill=value) + drawn = True + continue + + if kind == "ellipse" and fill_role not in {"none", "transparent"}: + rect = [ + x0 + width * float(part.get("x", 0.0)), + y0 + height * float(part.get("y", 0.0)), + x0 + width * (float(part.get("x", 0.0)) + float(part.get("w", 0.0))), + y0 + height * (float(part.get("y", 0.0)) + float(part.get("h", 0.0))), + ] + draw.ellipse(rect, fill=value) + drawn = True + continue + + if kind == "polygon" and fill_role not in {"none", "transparent"}: + points = self._scaled_points(list(part.get("points") or []), box) + if points: + draw.polygon(points, fill=value) + drawn = True + continue + + if kind == "line": + start = ( + x0 + width * float(part.get("x1", 0.0)), + y0 + height * float(part.get("y1", 0.0)), + ) + end = ( + x0 + width * float(part.get("x2", 0.0)), + y0 + height * float(part.get("y2", 0.0)), + ) + draw.line([start, end], fill=value, width=stroke_width) + drawn = True + continue + + if kind in {"polyline", "path"}: + points = self._scaled_points(list(part.get("points") or []), box) + if len(points) >= 2: + draw.line(points, fill=value, width=stroke_width) + drawn = True + + return drawn + + def _draw_stroke_payload_mask( + self, + draw: ImageDraw, + box: Tuple[int, int, int, int], + stroke_payload: List[List[List[float]]] | None, + value: int = 255, + stroke_render_profile: Dict[str, Any] | None = None, + ) -> bool: + strokes = [stroke for stroke in list(stroke_payload or []) if len(stroke) >= 2] + if not strokes: + return False + x0, y0, x1, y1 = box + width = max(1, x1 - x0) + height = max(1, y1 - y0) + profile = stroke_render_profile if isinstance(stroke_render_profile, dict) else {} + min_width = float(profile.get("line_width_min", profile.get("min_width", 0.018)) or 0.018) + max_width = float(profile.get("line_width_max", profile.get("max_width", 0.04)) or 0.04) + for index, stroke in enumerate(strokes): + ratio = index / max(1, len(strokes) - 1) if len(strokes) > 1 else 0.0 + line_width = max(2, int(round(max(width, height) * (min_width + (max_width - min_width) * ratio)))) + points = [(x0 + width * float(px), y0 + height * float(py)) for px, py in stroke] + if len(points) >= 2: + draw.line(points, fill=value, width=line_width) + return True + + def _draw_object_mask(self, draw: ImageDraw, box: Tuple[int, int, int, int], obj: Dict[str, Any], value: int = 255) -> bool: + stroke_render_profile = obj.get("stroke_render_profile") if isinstance(obj.get("stroke_render_profile"), dict) else obj.get("stroke_style_profile") + if str(obj.get("render_representation") or "") == "stroke_native" or obj.get("stroke_payload"): + drew = self._draw_stroke_payload_mask( + draw, + box, + obj.get("stroke_payload") if isinstance(obj.get("stroke_payload"), list) else [], + value=value, + stroke_render_profile=stroke_render_profile if isinstance(stroke_render_profile, dict) else {}, + ) + if drew: + return True + return self._draw_shape_recipe_mask(draw, box, obj.get("shape_recipe") or {}, value=value) + + def _draw_upstream_object_mass_mask( + self, + draw: ImageDraw, + box: Tuple[int, int, int, int], + obj: Dict[str, Any], + value: int = 255, + ) -> None: + x0, y0, x1, y1 = box + width = max(1, x1 - x0) + height = max(1, y1 - y0) + key = str(obj.get("asset_key") or obj.get("silhouette_key") or obj.get("concept") or "generic_object").strip().lower() + + if key in {"person", "human", "figure", "character"}: + shoulder_y = y0 + height * 0.22 + hip_y = y0 + height * 0.58 + center_x = x0 + width * 0.5 + draw.ellipse([x0 + width * 0.38, y0 + height * 0.02, x0 + width * 0.62, y0 + height * 0.18], fill=value) + draw.rounded_rectangle( + [x0 + width * 0.43, y0 + height * 0.16, x0 + width * 0.57, y0 + height * 0.24], + radius=max(3, int(min(width, height) * 0.03)), + fill=value, + ) + draw.ellipse([x0 + width * 0.25, shoulder_y, x0 + width * 0.75, y0 + height * 0.48], fill=value) + draw.rounded_rectangle( + [x0 + width * 0.34, y0 + height * 0.24, x0 + width * 0.66, hip_y], + radius=max(6, int(min(width, height) * 0.08)), + fill=value, + ) + draw.polygon( + [ + (x0 + width * 0.28, y0 + height * 0.26), + (x0 + width * 0.18, y0 + height * 0.52), + (x0 + width * 0.24, y0 + height * 0.58), + (x0 + width * 0.38, y0 + height * 0.36), + ], + fill=value, + ) + draw.polygon( + [ + (x0 + width * 0.72, y0 + height * 0.26), + (x0 + width * 0.82, y0 + height * 0.52), + (x0 + width * 0.76, y0 + height * 0.58), + (x0 + width * 0.62, y0 + height * 0.36), + ], + fill=value, + ) + draw.polygon( + [ + (x0 + width * 0.38, hip_y), + (center_x - width * 0.04, y1), + (center_x, y1), + (center_x - width * 0.01, y0 + height * 0.72), + ], + fill=value, + ) + draw.polygon( + [ + (x0 + width * 0.62, hip_y), + (center_x + width * 0.04, y1), + (center_x, y1), + (center_x + width * 0.01, y0 + height * 0.72), + ], + fill=value, + ) + return + + if key in {"house", "home"}: + draw.polygon( + [ + (x0 + width * 0.5, y0 + height * 0.02), + (x0 + width * 0.16, y0 + height * 0.34), + (x1 - width * 0.16, y0 + height * 0.34), + ], + fill=value, + ) + draw.rounded_rectangle( + [x0 + width * 0.18, y0 + height * 0.28, x1 - width * 0.18, y1], + radius=max(8, int(min(width, height) * 0.1)), + fill=value, + ) + return + + if key in {"building", "tower"}: + draw.rounded_rectangle( + [x0 + width * 0.08, y0 + height * 0.04, x1 - width * 0.08, y1], + radius=max(8, int(min(width, height) * 0.08)), + fill=value, + ) + return + + if key in {"tree", "leaf", "plant", "bush"}: + draw.rounded_rectangle( + [x0 + width * 0.42, y0 + height * 0.54, x0 + width * 0.58, y1], + radius=max(4, int(min(width, height) * 0.05)), + fill=value, + ) + draw.ellipse([x0 + width * 0.06, y0 + height * 0.18, x0 + width * 0.54, y0 + height * 0.76], fill=value) + draw.ellipse([x0 + width * 0.28, y0, x1 - width * 0.12, y0 + height * 0.68], fill=value) + draw.ellipse([x0 + width * 0.48, y0 + height * 0.2, x1, y0 + height * 0.82], fill=value) + return + + if width >= height * 1.25: + draw.rounded_rectangle( + [x0, y0 + height * 0.12, x1, y1 - height * 0.12], + radius=max(8, int(min(width, height) * 0.12)), + fill=value, + ) + return + + draw.rounded_rectangle( + [x0 + width * 0.08, y0 + height * 0.04, x1 - width * 0.08, y1 - height * 0.04], + radius=max(10, int(min(width, height) * 0.18)), + fill=value, + ) + + def _draw_asset_symbol_mask( + self, + draw: ImageDraw, + box: Tuple[int, int, int, int], + asset_key: str, + value: int = 255, + ) -> None: + x0, y0, x1, y1 = box + width = max(1, x1 - x0) + height = max(1, y1 - y0) + key = str(asset_key or "generic_object") + + if key == "sun": + draw.ellipse([x0, y0, x1, y1], fill=value) + return + if key == "cloud": + draw.ellipse([x0, y0 + height * 0.2, x0 + width * 0.38, y1], fill=value) + draw.ellipse([x0 + width * 0.18, y0, x0 + width * 0.72, y0 + height * 0.78], fill=value) + draw.ellipse([x0 + width * 0.5, y0 + height * 0.16, x1, y0 + height * 0.9], fill=value) + return + if key in {"building", "tower"}: + draw.rounded_rectangle([x0, y0, x1, y1], radius=max(8, int(min(width, height) * 0.06)), fill=value) + return + if key == "house": + draw.polygon([(x0 + width * 0.5, y0), (x0, y0 + height * 0.34), (x1, y0 + height * 0.34)], fill=value) + draw.rounded_rectangle([x0 + width * 0.12, y0 + height * 0.3, x1 - width * 0.12, y1], radius=max(8, int(min(width, height) * 0.06)), fill=value) + return + if key in {"tree", "leaf"}: + draw.rectangle([x0 + width * 0.42, y0 + height * 0.56, x0 + width * 0.58, y1], fill=value) + draw.ellipse([x0 + width * 0.08, y0, x1 - width * 0.08, y0 + height * 0.72], fill=value) + return + if key == "person": + draw.ellipse([x0 + width * 0.32, y0, x0 + width * 0.68, y0 + height * 0.28], fill=value) + draw.rounded_rectangle([x0 + width * 0.34, y0 + height * 0.22, x0 + width * 0.66, y1], radius=max(6, int(min(width, height) * 0.08)), fill=value) + return + if key == "car": + draw.rounded_rectangle([x0 + width * 0.08, y0 + height * 0.36, x1 - width * 0.08, y0 + height * 0.78], radius=max(8, int(min(width, height) * 0.08)), fill=value) + draw.polygon([(x0 + width * 0.24, y0 + height * 0.36), (x0 + width * 0.42, y0 + height * 0.12), (x0 + width * 0.72, y0 + height * 0.12), (x0 + width * 0.84, y0 + height * 0.36)], fill=value) + return + if key in {"window", "door", "generic_panel", "module"}: + draw.rounded_rectangle([x0, y0, x1, y1], radius=max(6, int(min(width, height) * 0.08)), fill=value) + return + draw.rounded_rectangle( + [x0, y0, x1, y1], + radius=max(10, int(min(width, height) * 0.16)), + fill=value, + ) + + def _draw_object_region_mask( + self, + draw: ImageDraw, + obj: Dict[str, Any], + region: Dict[str, Any], + value: int = 255, + ) -> None: + box = self._region_box_for_object(obj, region) + shape = str(region.get("shape") or "rect") + if shape == "ellipse": + draw.ellipse(box, fill=value) + return + draw.rounded_rectangle( + box, + radius=max(4, int(min(box[2] - box[0], box[3] - box[1]) * 0.12)), + fill=value, + ) + + def _apply_region_overrides_to_mask(self, mask: Image.Image, obj: Dict[str, Any]) -> Image.Image: + overrides = obj.get("region_overrides") if isinstance(obj.get("region_overrides"), dict) else {} + if not overrides: + return mask + adjusted = mask.copy() + for region in obj.get("region_masks", []) or []: + if not isinstance(region, dict): + continue + region_id = str(region.get("id") or "") + action = str((overrides.get(region_id) or {}).get("action") or "").strip().lower() + if not action: + continue + region_mask = Image.new("L", adjusted.size, 0) + region_draw = ImageDraw.Draw(region_mask) + self._draw_object_region_mask(region_draw, obj, region, value=255) + if action == "hide": + adjusted.paste(0, mask=region_mask) + continue + if action == "replace": + subtract = Image.new("L", adjusted.size, 0) + subtract.paste(120, mask=region_mask) + adjusted = ImageChops.subtract(adjusted, subtract) + continue + if action == "weaken": + subtract = Image.new("L", adjusted.size, 0) + subtract.paste(96, mask=region_mask) + adjusted = ImageChops.subtract(adjusted, subtract) + continue + if action == "emphasize": + boost = Image.new("L", adjusted.size, 0) + boost.paste(84, mask=region_mask) + adjusted = ImageChops.add(adjusted, boost) + return adjusted + + def _color_from_index(self, index: int) -> Tuple[int, int, int]: + return ( + 32 + (index * 73) % 192, + 36 + (index * 91) % 184, + 44 + (index * 57) % 176, + ) + + def _render_hit_map_image(self, scene_spec: Dict[str, Any]) -> Tuple[Image.Image, List[Dict[str, Any]]]: + scene = normalize_scene_spec_v2(scene_spec) + canvas_size = (scene["canvas_size"]["width"], scene["canvas_size"]["height"]) + image = Image.new("RGB", canvas_size, (0, 0, 0)) + draw = ImageDraw.Draw(image) + legend: List[Dict[str, Any]] = [] + color_index = 1 + + for obj in sorted(scene.get("object_instances", []), key=lambda item: item.get("z_index", 0)): + if obj.get("visible", True) is False: + continue + box = self._scene_bbox(obj) + color = self._color_from_index(color_index) + color_index += 1 + if not self._draw_object_mask(draw, box, obj, value=color): + self._draw_asset_symbol_mask(draw, box, str(obj.get("asset_key") or obj.get("silhouette_key") or "generic_object"), value=color) + legend.append( + { + "object_id": obj.get("id"), + "region_id": "", + "concept": obj.get("concept", ""), + "rgb": color, + } + ) + for region in obj.get("region_masks", []) or []: + if not isinstance(region, dict): + continue + region_color = self._color_from_index(color_index) + color_index += 1 + self._draw_object_region_mask(draw, obj, region, value=region_color) + legend.append( + { + "object_id": obj.get("id"), + "region_id": region.get("id", ""), + "concept": obj.get("concept", ""), + "label": region.get("label", ""), + "rgb": region_color, + } + ) + return image, legend + + def _control_layer_color(self, layer: Dict[str, Any], control_palette: Dict[str, Tuple[int, int, int]]) -> Tuple[int, int, int]: + layer_type = str(layer.get("type") or "layer") + return control_palette.get(layer_type, control_palette.get("wall", (226, 224, 220))) + + def _control_object_style( + self, + obj: Dict[str, Any], + control_palette: Dict[str, Tuple[int, int, int]], + scene_type: str = "scene", + ) -> Tuple[Tuple[int, int, int], int, int]: + visual_family = str(obj.get("visual_family") or "scene_object") + role = str(obj.get("role") or "") + depth_band = str(obj.get("depth_band") or "") + source = str(obj.get("source") or "") + color = control_palette.get(visual_family, control_palette["scene_object"]) + if role in {"subject", "focus", "core_subject"}: + color = control_palette["subject"] + elif source == "user": + color = control_palette["user"] + + alpha = 82 + if depth_band == "foreground": + alpha = 118 + elif depth_band == "midground": + alpha = 98 + elif depth_band == "background": + alpha = 74 + if role in {"subject", "focus", "core_subject"}: + alpha += 24 + if source == "user": + alpha += 10 + blur = 18 + if depth_band == "foreground": + blur = 14 + elif depth_band == "background": + blur = 22 + if scene_type == "process": + blur = max(6, blur - 8) + alpha = min(196, alpha + 8) + elif scene_type == "schematic": + blur = max(4, blur - 10) + alpha = min(184, alpha + 4) + return color, max(40, min(182, alpha)), blur + + def _apply_soft_mask( + self, + base: Image.Image, + mask: Image.Image, + color: Tuple[int, int, int], + alpha: int, + blur_radius: int, + ) -> None: + if blur_radius > 0: + soft_mask = mask.filter(ImageFilter.GaussianBlur(radius=blur_radius)) + else: + soft_mask = mask + soft_alpha = soft_mask.point(lambda px: min(255, int(px * alpha / 255))) + soft_layer = Image.new("RGBA", base.size, (*color, 0)) + soft_layer.putalpha(soft_alpha) + base.alpha_composite(soft_layer) + + inner_alpha = max(0, int(alpha * 0.42)) + if inner_alpha > 0: + inner_mask = mask.point(lambda px: min(255, int(px * inner_alpha / 255))) + inner_layer = Image.new("RGBA", base.size, (*color, 0)) + inner_layer.putalpha(inner_mask) + base.alpha_composite(inner_layer) + + def _draw_control_connectors( + self, + base: Image.Image, + scene: Dict[str, Any], + control_palette: Dict[str, Tuple[int, int, int]], + ) -> None: + layout_options = scene.get("layout_options", {}) or {} + scene_type = str(layout_options.get("scene_type") or "scene") + if scene_type == "scene": + return + connector_layer = Image.new("RGBA", base.size, (0, 0, 0, 0)) + draw = ImageDraw.Draw(connector_layer, "RGBA") + objects_by_id = {item["id"]: item for item in scene.get("object_instances", []) if item.get("id")} + alpha = 56 if scene_type == "process" else 72 + line_width = 8 + blur_radius = 5 + if scene_type == "process": + alpha = 64 + line_width = 6 + blur_radius = 3 + elif scene_type == "schematic": + alpha = 78 + line_width = 6 + blur_radius = 2 + line_color = (*control_palette["connector"], alpha) + for connector in scene.get("connectors", []): + if not connector.get("visible", True): + continue + from_obj = objects_by_id.get(connector.get("from_id")) + to_obj = objects_by_id.get(connector.get("to_id")) + if not from_obj or not to_obj: + continue + start, end = self._connector_points_for_scene(from_obj, to_obj) + draw.line([start, end], fill=line_color, width=line_width) + connector_layer = connector_layer.filter(ImageFilter.GaussianBlur(radius=blur_radius)) + base.alpha_composite(connector_layer) + + def _render_external_control_image( + self, + scene_spec: Dict[str, Any], + palette: Dict[str, Tuple[int, int, int]], + ) -> Image.Image: + scene = normalize_scene_spec_v2(scene_spec) + canvas_size = (scene["canvas_size"]["width"], scene["canvas_size"]["height"]) + control_palette = self._render_control_palette() + base = Image.new("RGBA", canvas_size, (*control_palette["background"], 255)) + layout_options = scene.get("layout_options", {}) or {} + scene_type = str(layout_options.get("scene_type") or "scene") + + background_layer = Image.new("RGBA", canvas_size, (0, 0, 0, 0)) + background_draw = ImageDraw.Draw(background_layer, "RGBA") + for layer in sorted(scene.get("background_layers", []), key=lambda item: item.get("z_index", 0)): + fill = self._control_layer_color(layer, control_palette) + layer_type = str(layer.get("type") or "") + alpha = 98 if layer_type in {"ground", "road", "board", "water"} else 82 + radius = 28 + if scene_type == "process": + if layer_type == "process_band": + alpha = 26 + else: + alpha = min(alpha, 34) + radius = 18 + elif scene_type == "schematic": + alpha = 18 if layer_type == "board" else 14 + radius = 12 + background_draw.rounded_rectangle( + [layer["x"], layer["y"], layer["x"] + layer["width"], layer["y"] + layer["height"]], + radius=radius, + fill=(*fill, alpha), + outline=None, + ) + background_blur = 18 + if scene_type == "process": + background_blur = 8 + elif scene_type == "schematic": + background_blur = 4 + background_layer = background_layer.filter(ImageFilter.GaussianBlur(radius=background_blur)) + base.alpha_composite(background_layer) + + for obj in sorted(scene.get("object_instances", []), key=lambda item: item.get("z_index", 0)): + if obj.get("visible", True) is False: + continue + x0, y0, x1, y1 = self._scene_bbox(obj) + width = max(24, x1 - x0) + height = max(24, y1 - y0) + padding_scale = 0.16 + if scene_type == "process": + padding_scale = 0.12 + elif scene_type == "schematic": + padding_scale = 0.08 + padding = max(12, int(min(width, height) * padding_scale)) + box = ( + max(0, x0 - padding), + max(0, y0 - padding), + min(canvas_size[0], x1 + padding), + min(canvas_size[1], y1 + padding), + ) + mask = Image.new("L", canvas_size, 0) + mask_draw = ImageDraw.Draw(mask) + drew = self._draw_object_mask(mask_draw, box, obj) + if not drew: + self._draw_asset_symbol_mask( + mask_draw, + box, + str(obj.get("asset_key") or obj.get("silhouette_key") or "generic_object"), + ) + mask = self._apply_region_overrides_to_mask(mask, obj) + color, alpha, blur_radius = self._control_object_style(obj, control_palette, scene_type=scene_type) + self._apply_soft_mask(base, mask, color, alpha, blur_radius) + + role = str(obj.get("role") or "") + if role in {"subject", "focus", "core_subject"}: + halo = Image.new("L", canvas_size, 0) + halo_draw = ImageDraw.Draw(halo) + halo_pad_x = max(18, int(width * 0.22)) + halo_pad_y = max(18, int(height * 0.22)) + halo_draw.ellipse( + [ + max(0, x0 - halo_pad_x), + max(0, y0 - halo_pad_y), + min(canvas_size[0], x1 + halo_pad_x), + min(canvas_size[1], y1 + halo_pad_y), + ], + fill=255, + ) + self._apply_soft_mask(base, halo, control_palette["subject"], min(74, alpha // 2), 26) + + self._draw_control_connectors(base, scene, control_palette) + return base.convert("RGB") + + def _get_connection_points(self, from_pos: Dict, to_pos: Dict) -> Tuple[Tuple[float, float], Tuple[float, float]]: + start = (from_pos["x"] + from_pos["width"], from_pos["y"] + from_pos["height"] // 2) + end = (to_pos["x"], to_pos["y"] + to_pos["height"] // 2) + return start, end + def _calculate_layout(self, path: 'MazePath', canvas_size: Tuple[int, int] = (1024, 768), layout_options: Dict[str, Any] | None = None) -> Dict: + """ + 基于推理路径的节点和关系自动计算布局 + :param path: Tri-Maze 推理路径 + :param canvas_size: 画布大小 + :return: 布局信息，包含每个节点的位置、大小、权重 + """ + layout_options = layout_options or {} + width, height = canvas_size + node_count = len(path.nodes) + if node_count == 0: + return { + "canvas_size": canvas_size, + "positions": [], + "connections": [], + "path": path, + "layout_options": layout_options, + } + + node_scale = max(0.4, float(layout_options.get("node_scale", 1.0))) + spacing_scale = max(0.6, float(layout_options.get("spacing_scale", 1.0))) + vertical_offset = int(layout_options.get("vertical_offset", 0)) + + weights = [] + for i, node in enumerate(path.nodes): + if i < len(path.edges): + resistance = path.edges[i].resistance + else: + resistance = 0.0 + weight = 1.0 - resistance + weights.append(max(0.3, weight)) + + total_weight = sum(weights) + normalized_weights = [w / total_weight for w in weights] + + positions = [] + margin_x = 100 + available_width = max(200, width - 2 * margin_x) + step_count = max(1, node_count - 1) + base_spacing = available_width / step_count if node_count > 1 else 0 + spacing = base_spacing * spacing_scale + total_span = spacing * (node_count - 1) + start_x = (width - total_span) / 2 if node_count > 1 else width / 2 + + for i in range(node_count): + node_width = max(72, min(240, 100 * normalized_weights[i] * 2 * node_scale)) + x = start_x + (spacing * i) - node_width / 2 if node_count > 1 else (width - node_width) / 2 + y = height // 2 - (node_width * 0.8) / 2 + vertical_offset + positions.append({ + "x": int(x), + "y": int(y), + "width": int(node_width), + "height": int(node_width * 0.8), + "weight": normalized_weights[i], + "node": path.nodes[i] + }) + + connections = [] + for i in range(len(path.edges)): + from_pos = positions[i] + to_pos = positions[i + 1] + start_point, end_point = self._get_connection_points(from_pos, to_pos) + connections.append({ + "from": from_pos, + "to": to_pos, + "edge": path.edges[i], + "start_point": start_point, + "end_point": end_point + }) + + return { + "canvas_size": canvas_size, + "positions": positions, + "connections": connections, + "path": path, + "layout_options": layout_options, + } + + def build_scene_spec( + self, + path: 'MazePath | None', + canvas_size: Tuple[int, int] = (1024, 768), + sketch_options: Dict[str, Any] | None = None, + scene_context: Dict[str, Any] | None = None, + ) -> Dict[str, Any]: + """将推理路径转换为可编辑的 SceneSpec。""" + sketch_options = sketch_options or {} + scene_context = scene_context or {} + if scene_context: + best_path_concepts = scene_context.get("best_path_concepts") or [ + node.concept for node in getattr(path, "nodes", []) if getattr(node, "concept", "") + ] + return compose_semantic_scene_spec( + query=str(scene_context.get("query", "") or ""), + understanding_result=scene_context.get("understanding_result"), + extraction_result=scene_context.get("extraction_result"), + answer_bundle=scene_context.get("answer_bundle"), + best_path_concepts=best_path_concepts, + canvas_size=canvas_size, + sketch_options=sketch_options, + ) + + if path is None: + return normalize_scene_spec_v2( + { + "version": 2, + "canvas_size": {"width": canvas_size[0], "height": canvas_size[1]}, + "layout_options": { + "scene_type": "scene", + "composition_mode": "scene", + "sketch_style": sketch_options.get("sketch_style", "scribble_line"), + "show_grid": bool(sketch_options.get("show_grid", True)), + "show_labels": bool(sketch_options.get("show_labels", False)), + "show_guides": bool(sketch_options.get("show_guides", False)), + }, + "background_layers": [], + "object_instances": [], + "attachments": [], + "connectors": [], + "render_hints": {}, + "concept_order": [], + }, + sketch_options, + ) + + layout = self._calculate_layout(path, canvas_size, sketch_options) + positions = layout["positions"] + nodes = [] + relations = [] + for index, pos in enumerate(positions): + node_id = f"node_{index + 1}" + nodes.append({ + "id": node_id, + "concept": pos["node"].concept, + "x": pos["x"], + "y": pos["y"], + "width": pos["width"], + "height": pos["height"], + "weight": round(pos["weight"], 4), + "role": "core" if pos["weight"] >= 0.2 else "secondary", + }) + for index, edge in enumerate(path.edges): + relations.append({ + "id": f"edge_{index + 1}", + "from_id": nodes[index]["id"], + "to_id": nodes[index + 1]["id"], + "from": nodes[index]["concept"], + "to": nodes[index + 1]["concept"], + "relation": edge.relation, + "resistance": edge.resistance, + }) + legacy_scene = { + "canvas_size": {"width": canvas_size[0], "height": canvas_size[1]}, + "layout_options": { + "node_scale": float(sketch_options.get("node_scale", 1.0)), + "spacing_scale": float(sketch_options.get("spacing_scale", 1.0)), + "sketch_style": sketch_options.get("sketch_style", "line_art"), + "show_grid": bool(sketch_options.get("show_grid", True)), + "show_labels": bool(sketch_options.get("show_labels", True)), + "show_guides": bool(sketch_options.get("show_guides", True)), + }, + "concept_order": [node["concept"] for node in nodes], + "nodes": nodes, + "relations": relations, + } + return normalize_scene_spec_v2(legacy_scene, sketch_options) + + def _normalize_scene_spec(self, scene_spec: Dict[str, Any], sketch_options: Dict[str, Any] | None = None) -> Dict[str, Any]: + return normalize_scene_spec_v2(scene_spec, sketch_options) + + def _scene_node_shape(self, concept: str) -> str: + text = str(concept or "") + if any(keyword in text for keyword in {"圆形", "LED", "细胞"}): + return "ellipse" + if any(keyword in text for keyword in {"三角形", "箭头", "二极管"}): + return "triangle" + return "rect" + + def _render_scene_spec_relation(self, draw: ImageDraw, scene_spec: Dict[str, Any], relation: Dict[str, Any], palette: Dict[str, Tuple[int, int, int]], show_labels: bool = True): + nodes = {node["id"]: node for node in scene_spec.get("nodes", [])} + from_node = nodes.get(relation.get("from_id")) + to_node = nodes.get(relation.get("to_id")) + if not from_node or not to_node: + return + start, end = self._get_connection_points(from_node, to_node) + relation_text = str(relation.get("relation", "连接")) + if relation_text == "并联": + draw.line([start, (start[0], start[1] - 28), (end[0], end[1] - 28), end], fill=palette["line"], width=2) + draw.line([start, (start[0], start[1] + 28), (end[0], end[1] + 28), end], fill=palette["line"], width=2) + elif relation_text == "包含": + self._draw_dashed_rectangle( + draw, + ( + from_node["x"] - 6, + from_node["y"] - 6, + from_node["x"] + from_node["width"] + 6, + from_node["y"] + from_node["height"] + 6, + ), + palette["line"], + width=1, + ) + elif relation_text in {"控制", "产生", "导致", "指向", "驱动"}: + self._draw_arrow_line(draw, start, end, fill=palette["accent"], width=2) + else: + draw.line([start, end], fill=palette["line"], width=2) + if show_labels: + mid_x = int((start[0] + end[0]) / 2) + mid_y = int((start[1] + end[1]) / 2 - 18) + draw.text((mid_x, mid_y), relation_text, fill=palette["text"], font=self.font) + + def render_scene_spec_preview(self, scene_spec: Dict[str, Any], sketch_options: Dict[str, Any] | None = None, title: str | None = None) -> Dict[str, Any]: + """根据 SceneSpec 渲染语义草图与低清预演。""" + scene = self._normalize_scene_spec(scene_spec, sketch_options) + layout_options = scene.get("layout_options", {}) + variant_payload = scene_shape_variant_payload(scene) + backend_status = summarize_scene_backend(scene) + sketch_style = layout_options.get("sketch_style", "line_art") + generator_style = layout_options.get("generator_style") or sketch_style + scene_generation_backend = str(layout_options.get("scene_generation_backend") or "unified_scene_v3") + concept_order = scene.get("concept_order", []) or [ + obj.get("concept", "") for obj in scene.get("object_instances", []) if obj.get("concept") + ] + title = title or ( + f"Tri-Maze 语义草图 · {' · '.join(concept_order[:4])}" if concept_order else "Tri-Maze 语义草图" + ) + palette = self._build_preview_palette(sketch_style) + low_palette = self._build_low_preview_palette(sketch_style) + rich_palette = self._build_rich_preview_palette(str(generator_style)) + base_sketch_image = self._render_semantic_scene_image( + scene, + palette, + title, + filled=False, + include_title=False, + view_mode="rough", + ) + structural_sketch_image, annotation_bundle = self.whole_scene_sketch_generator.render_scene( + scene, + palette, + title, + annotated=False, + show_regions=False, + include_title=False, + ) + annotated_sketch_image, _ = self.whole_scene_sketch_generator.render_scene( + scene, + palette, + title, + annotated=True, + show_regions=False, + include_title=False, + ) + region_overlay_image, _ = self.whole_scene_sketch_generator.render_scene( + scene, + palette, + title, + annotated=True, + show_regions=True, + include_title=False, + ) + low_preview_image = self._render_semantic_scene_image( + scene, + low_palette, + "", + filled=True, + include_title=False, + force_show_labels=False, + force_show_grid=False, + force_show_guides=False, + view_mode="structure", + ) + render_control_image = self._render_external_control_image(scene, low_palette) + sd_upstream_control_image = self._render_sd_upstream_control_image( + scene, + structural_sketch_image=structural_sketch_image, + ) + hit_map_image, hit_map_legend = self._render_hit_map_image(scene) + scene.setdefault("render_hints", {}) + scene["render_hints"]["layout_runtime"] = json.loads(json.dumps( + scene["render_hints"].get("layout_runtime") + or layout_options.get("layout_model_status") + or {}, + ensure_ascii=False, + )) + scene["render_hints"]["annotation_bundle"] = annotation_bundle + scene["render_hints"]["structural_generator"] = { + "id": str((annotation_bundle or {}).get("generator_id") or "whole_scene_structural_v2"), + "style_variant": str(generator_style), + "synchronized_annotations": True, + "second_stage": (annotation_bundle or {}).get("second_stage_generator", {}), + } + scene["layout_options"]["generator_style"] = str(generator_style) + scene["layout_options"]["scene_generation_backend"] = scene_generation_backend + + sketch_hash = hash(json.dumps({"scene": scene, "title": title}, ensure_ascii=False, sort_keys=True)) + image_path = os.path.join(self.output_dir, f"structural_sketch_{sketch_hash}.png") + base_sketch_path = os.path.join(self.output_dir, f"base_sketch_{sketch_hash}.png") + annotated_sketch_path = os.path.join(self.output_dir, f"annotated_sketch_{sketch_hash}.png") + region_overlay_path = os.path.join(self.output_dir, f"region_overlay_{sketch_hash}.png") + low_preview_path = os.path.join(self.output_dir, f"low_preview_{sketch_hash}.png") + rich_preview_path = os.path.join(self.output_dir, f"rich_preview_{sketch_hash}.png") + render_control_path = os.path.join(self.output_dir, f"render_control_{sketch_hash}.png") + sd_upstream_control_path = os.path.join(self.output_dir, f"sd_upstream_control_{sketch_hash}.png") + hit_map_path = os.path.join(self.output_dir, f"hit_map_{sketch_hash}.png") + annotation_bundle_path = os.path.join(self.output_dir, f"scene_annotation_{sketch_hash}.json") + if scene_generation_backend == "legacy_object_library_v2": + rich_preview_image, rich_preview_meta = self.whole_scene_sketch_generator.render_scene( + scene, + rich_palette, + title, + annotated=False, + show_regions=False, + include_title=False, + view_mode="rich_preview", + ) + else: + rich_preview_image, rich_preview_meta = self.unified_scene_generator.render_scene( + scene, + rich_palette, + title, + ) + scene["render_hints"]["scene_preview_generation"] = rich_preview_meta + base_sketch_image.save(base_sketch_path) + structural_sketch_image.save(image_path) + annotated_sketch_image.save(annotated_sketch_path) + region_overlay_image.save(region_overlay_path) + low_preview_image.save(low_preview_path) + rich_preview_image.save(rich_preview_path) + render_control_image.save(render_control_path) + sd_upstream_control_image.save(sd_upstream_control_path) + hit_map_image.save(hit_map_path) + with open(annotation_bundle_path, "w", encoding="utf-8") as handle: + json.dump(annotation_bundle, handle, ensure_ascii=False, indent=2) + sketch_bundle = { + "base_sketch": base_sketch_path, + "structural_sketch": image_path, + "annotated_sketch": annotated_sketch_path, + "region_overlay": region_overlay_path, + "low_preview": low_preview_path, + "rich_preview": rich_preview_path, + "sd_upstream_control": sd_upstream_control_path, + "hit_map": hit_map_path, + "annotation_bundle": annotation_bundle_path, + "scene_preview_generation": rich_preview_meta, + } + scene["render_hints"]["sd_upstream_control_path"] = sd_upstream_control_path + return { + "success": True, + "type": "control_preview", + "image_path": image_path, + "base_sketch_path": base_sketch_path, + "annotated_sketch_path": annotated_sketch_path, + "region_overlay_path": region_overlay_path, + "low_preview_path": low_preview_path, + "rich_preview_path": rich_preview_path, + "render_control_path": render_control_path, + "sd_upstream_control_path": sd_upstream_control_path, + "hit_map_path": hit_map_path, + "annotation_bundle_path": annotation_bundle_path, + "save_path": image_path, + "scene_spec": scene, + "scene_spec_version": scene.get("version", 2), + "composition_mode": layout_options.get("composition_mode", layout_options.get("scene_type", "scene")), + "editor_palette": build_editor_asset_library() if "build_editor_asset_library" in globals() else [], + "sketch_backend_status": backend_status, + "available_shape_variants": variant_payload.get("available_shape_variants", {}), + "shape_variant_id": variant_payload.get("shape_variant_id", {}), + "shape_recipe_source": variant_payload.get("shape_recipe_source", {}), + "render_representation": variant_payload.get("render_representation", {}), + "stroke_variant_id": variant_payload.get("stroke_variant_id", {}), + "stroke_payload_source": variant_payload.get("stroke_payload_source", {}), + "annotation_bundle": annotation_bundle, + "scene_preview_generation": rich_preview_meta, + "overlay_defaults": { + "show_labels": bool(layout_options.get("show_labels", False)), + "show_grid": bool(layout_options.get("show_grid", True)), + "show_guides": bool(layout_options.get("show_guides", False)), + "view_mode": layout_options.get("sketch_view_mode", "structure"), + "annotation_level": layout_options.get("annotation_level", "light"), + }, + "sketch_bundle": sketch_bundle, + "hit_map_legend": hit_map_legend, + "description": "Tri-Maze 整图结构草图（同步标注）、人类可读整图预览与低清预演，可作为后续图片渲染的统一结构约束", + "sketch_options": scene["layout_options"], + } + + async def generate_control_preview( + self, + path: 'MazePath | None', + canvas_size: Tuple[int, int] = (1024, 768), + sketch_options: Dict[str, Any] | None = None, + scene_context: Dict[str, Any] | None = None, + ) -> Dict[str, Any]: + """生成控制草图，不依赖外部图片 API。""" + scene_spec = self.build_scene_spec( + path, + canvas_size=canvas_size, + sketch_options=sketch_options, + scene_context=scene_context, + ) + hints = scene_spec.get("render_hints", {}) if isinstance(scene_spec, dict) else {} + title_core = hints.get("scene_summary") or " · ".join(scene_spec.get("concept_order", [])[:4]) + title = f"Tri-Maze 语义草图 · {title_core}" if title_core else "Tri-Maze 语义草图" + return self.render_scene_spec_preview(scene_spec, sketch_options=sketch_options, title=title) + + def _render_resistor(self, draw: ImageDraw, x: int, y: int, width: int, height: int, color: Tuple = None): + """原生渲染电阻""" + color = color or self.color_map["棕色"] + # 主体 + draw.rectangle([x, y, x + width, y + height], fill=color, outline=self.color_map["黑色"], width=2) + # 引脚 + draw.line([(x - 20, y + height//2), (x, y + height//2)], fill=self.color_map["灰色"], width=3) + draw.line([(x + width, y + height//2), (x + width + 20, y + height//2)], fill=self.color_map["灰色"], width=3) + # 色环 + ring_width = width // 5 + for i in range(4): + ring_color = [self.color_map["棕色"], self.color_map["黑色"], self.color_map["红色"], self.color_map["金色"]][i] + draw.rectangle([x + i*ring_width, y, x + (i+1)*ring_width, y + height], fill=ring_color) + + def _render_led(self, draw: ImageDraw, x: int, y: int, width: int, height: int, color: Tuple = None): + """原生渲染LED""" + color = color or self.color_map["红色"] + # 主体 + draw.ellipse([x, y, x + width, y + height], fill=color, outline=self.color_map["黑色"], width=2) + # 正极 + draw.line([(x + width//2, y + height), (x + width//2, y + height + 20)], fill=self.color_map["灰色"], width=3) + # 负极 + draw.line([(x + width//4, y + height), (x + width//4, y + height + 15)], fill=self.color_map["灰色"], width=3) + # 发光效果 + glow_color = (min(255, color[0] + 100), min(255, color[1] + 100), min(255, color[2] + 100)) + draw.ellipse([x-10, y-10, x + width + 10, y + height + 10], outline=glow_color, width=3) + + def _render_arduino(self, draw: ImageDraw, x: int, y: int, width: int, height: int, color: Tuple = None): + """原生渲染Arduino开发板""" + color = color or self.color_map["蓝色"] + # 主板 + draw.rectangle([x, y, x + width, y + height], fill=color, outline=self.color_map["黑色"], width=2) + # USB口 + draw.rectangle([x + 10, y + height//2 - 10, x + 30, y + height//2 + 10], fill=self.color_map["灰色"], outline=self.color_map["黑色"]) + # 引脚 + for i in range(10): + draw.rectangle([x + width - 5, y + 10 + i*15, x + width + 5, y + 20 + i*15], fill=self.color_map["金色"]) + # 文字 + draw.text((x + width//2 - 30, y + height//2 - 10), "Arduino", fill=self.color_map["白色"], font=self.font) + + def _render_battery(self, draw: ImageDraw, x: int, y: int, width: int, height: int, color: Tuple = None): + """原生渲染电源/电池""" + color = color or self.color_map["黑色"] + # 主体 + draw.rectangle([x, y, x + width, y + height], fill=self.color_map["灰色"], outline=color, width=2) + # 正极 + draw.rectangle([x + width, y + height//3, x + width + 15, y + height*2//3], fill=self.color_map["红色"]) + # 负极 + draw.rectangle([x -15, y + height//3, x, y + height*2//3], fill=self.color_map["黑色"]) + # 正负极符号 + draw.text((x + width + 20, y + height//2 - 10), "+", fill=self.color_map["红色"], font=self.font) + draw.text((x - 35, y + height//2 - 10), "-", fill=self.color_map["黑色"], font=self.font) + + def _render_ground(self, draw: ImageDraw, x: int, y: int, width: int, height: int, color: Tuple = None): + """原生渲染接地符号""" + color = color or self.color_map["黑色"] + draw.line([(x + width//2, y), (x + width//2, y + height//2)], fill=color, width=3) + draw.line([(x, y + height//2), (x + width, y + height//2)], fill=color, width=3) + draw.line([(x + width*0.25, y + height*0.7), (x + width*0.75, y + height*0.7)], fill=color, width=3) + draw.line([(x + width*0.4, y + height*0.9), (x + width*0.6, y + height*0.9)], fill=color, width=3) + + def _render_capacitor(self, draw: ImageDraw, x: int, y: int, width: int, height: int, color: Tuple = None): + """原生渲染电容""" + color = color or self.color_map["灰色"] + # 两个极板 + draw.rectangle([x, y, x + width//3, y + height], fill=color, outline=self.color_map["黑色"], width=2) + draw.rectangle([x + width*2//3, y, x + width, y + height], fill=color, outline=self.color_map["黑色"], width=2) + # 引脚 + draw.line([(x + width//6, y - 20), (x + width//6, y)], fill=self.color_map["灰色"], width=3) + draw.line([(x + width*5//6, y - 20), (x + width*5//6, y)], fill=self.color_map["灰色"], width=3) + draw.line([(x + width//6, y + height), (x + width//6, y + height + 20)], fill=self.color_map["灰色"], width=3) + draw.line([(x + width*5//6, y + height), (x + width*5//6, y + height + 20)], fill=self.color_map["灰色"], width=3) + + def _render_diode(self, draw: ImageDraw, x: int, y: int, width: int, height: int, color: Tuple = None): + """原生渲染二极管""" + color = color or self.color_map["黑色"] + # 三角形 + points = [ + (x, y + height//2), + (x + width*0.7, y), + (x + width*0.7, y + height) + ] + draw.polygon(points, fill=self.color_map["灰色"], outline=color, width=2) + # 竖线 + draw.line([(x + width*0.7, y), (x + width*0.7, y + height)], fill=color, width=3) + # 引脚 + draw.line([(x - 20, y + height//2), (x, y + height//2)], fill=self.color_map["灰色"], width=3) + draw.line([(x + width, y + height//2), (x + width + 20, y + height//2)], fill=self.color_map["灰色"], width=3) + + def _render_transistor(self, draw: ImageDraw, x: int, y: int, width: int, height: int, color: Tuple = None): + """原生渲染三极管""" + color = color or self.color_map["黑色"] + # 主体 + self._draw_circle(draw, (x + width//2, y + height//2), width//2, fill=self.color_map["灰色"], outline=color, width=2) + # 三个引脚 + draw.line([(x + width//2, y - 20), (x + width//2, y)], fill=self.color_map["灰色"], width=3) # 基极 + draw.line([(x - 20, y + height*0.8), (x, y + height*0.8)], fill=self.color_map["灰色"], width=3) # 发射极 + draw.line([(x + width, y + height*0.2), (x + width + 20, y + height*0.2)], fill=self.color_map["灰色"], width=3) # 集电极 + + def _render_rectangle(self, draw: ImageDraw, x: int, y: int, width: int, height: int, color: Tuple = None): + """原生渲染矩形""" + color = color or self.color_map["蓝色"] + draw.rectangle([x, y, x + width, y + height], fill=color, outline=self.color_map["黑色"], width=2) + + def _render_circle(self, draw: ImageDraw, x: int, y: int, width: int, height: int, color: Tuple = None): + """原生渲染圆形""" + color = color or self.color_map["红色"] + draw.ellipse([x, y, x + width, y + height], fill=color, outline=self.color_map["黑色"], width=2) + + def _render_triangle(self, draw: ImageDraw, x: int, y: int, width: int, height: int, color: Tuple = None): + """原生渲染三角形""" + color = color or self.color_map["黄色"] + points = [(x + width//2, y), (x, y + height), (x + width, y + height)] + draw.polygon(points, fill=color, outline=self.color_map["黑色"], width=2) + + def _render_arrow(self, draw: ImageDraw, x: int, y: int, width: int, height: int, color: Tuple = None): + """原生渲染箭头""" + color = color or self.color_map["黑色"] + # 箭身 + draw.line([(x, y + height//2), (x + width*0.7, y + height//2)], fill=color, width=3) + # 箭头 + points = [ + (x + width*0.7, y), + (x + width, y + height//2), + (x + width*0.7, y + height) + ] + draw.polygon(points, fill=color) + + def _render_cat(self, draw: ImageDraw, x: int, y: int, width: int, height: int, color: Tuple = None): + """原生渲染猫""" + color = color or self.color_map["橙色"] + # 身体 + draw.ellipse([x + width*0.2, y + height*0.3, x + width*0.8, y + height*0.9], fill=color, outline=self.color_map["黑色"], width=2) + # 头 + draw.ellipse([x + width*0.3, y, x + width*0.7, y + height*0.4], fill=color, outline=self.color_map["黑色"], width=2) + # 耳朵 + draw.polygon([(x + width*0.3, y), (x + width*0.4, y + height*0.1), (x + width*0.2, y + height*0.2)], fill=color, outline=self.color_map["黑色"]) + draw.polygon([(x + width*0.7, y), (x + width*0.6, y + height*0.1), (x + width*0.8, y + height*0.2)], fill=color, outline=self.color_map["黑色"]) + # 眼睛 + self._draw_circle(draw, (x + width*0.4, y + height*0.2), height*0.05, fill=self.color_map["黄色"]) + self._draw_circle(draw, (x + width*0.6, y + height*0.2), height*0.05, fill=self.color_map["黄色"]) + self._draw_circle(draw, (x + width*0.4, y + height*0.2), height*0.02, fill=self.color_map["黑色"]) + self._draw_circle(draw, (x + width*0.6, y + height*0.2), height*0.02, fill=self.color_map["黑色"]) + # 胡子 + draw.line([(x + width*0.2, y + height*0.25), (x + width*0.3, y + height*0.27)], fill=self.color_map["黑色"], width=1) + draw.line([(x + width*0.2, y + height*0.3), (x + width*0.3, y + height*0.3)], fill=self.color_map["黑色"], width=1) + draw.line([(x + width*0.7, y + height*0.27), (x + width*0.8, y + height*0.25)], fill=self.color_map["黑色"], width=1) + draw.line([(x + width*0.7, y + height*0.3), (x + width*0.8, y + height*0.3)], fill=self.color_map["黑色"], width=1) + + def _render_tree(self, draw: ImageDraw, x: int, y: int, width: int, height: int, color: Tuple = None): + """原生渲染树""" + # 树干 + draw.rectangle([x + width*0.4, y + height*0.6, x + width*0.6, y + height], fill=self.color_map["棕色"], outline=self.color_map["黑色"]) + # 树叶 + self._draw_circle(draw, (x + width//2, y + height*0.2), width*0.3, fill=self.color_map["绿色"]) + self._draw_circle(draw, (x + width*0.3, y + height*0.4), width*0.25, fill=self.color_map["绿色"]) + self._draw_circle(draw, (x + width*0.7, y + height*0.4), width*0.25, fill=self.color_map["绿色"]) + + def _render_house(self, draw: ImageDraw, x: int, y: int, width: int, height: int, color: Tuple = None): + """原生渲染房子""" + # 墙 + draw.rectangle([x + width*0.2, y + height*0.4, x + width*0.8, y + height], fill=self.color_map["黄色"], outline=self.color_map["黑色"], width=2) + # 屋顶 + draw.polygon([(x, y + height*0.4), (x + width//2, y), (x + width, y + height*0.4)], fill=self.color_map["红色"], outline=self.color_map["黑色"], width=2) + # 门 + draw.rectangle([x + width*0.45, y + height*0.7, x + width*0.55, y + height], fill=self.color_map["棕色"], outline=self.color_map["黑色"]) + # 窗户 + draw.rectangle([x + width*0.3, y + height*0.5, x + width*0.4, y + height*0.6], fill=self.color_map["蓝色"], outline=self.color_map["黑色"]) + draw.rectangle([x + width*0.6, y + height*0.5, x + width*0.7, y + height*0.6], fill=self.color_map["蓝色"], outline=self.color_map["黑色"]) + + def _layout_horizontal_series(self, draw: ImageDraw, from_pos: Dict, to_pos: Dict, edge): + """水平串联布局""" + start, end = self._get_connection_points(from_pos, to_pos) + draw.line([start, end], fill=self.color_map["黑色"], width=2) + mid_x = (start[0] + end[0]) // 2 + mid_y = (start[1] + end[1]) // 2 - 30 + draw.text((mid_x, mid_y), edge.relation, fill=self.color_map["黑色"], font=self.font) + + def _layout_horizontal_parallel(self, draw: ImageDraw, from_pos: Dict, to_pos: Dict, edge): + """并联布局""" + start, end = self._get_connection_points(from_pos, to_pos) + draw.line([start, (start[0], start[1] - 30), (end[0], end[1] - 30), end], fill=self.color_map["黑色"], width=2) + draw.line([start, (start[0], start[1] + 30), (end[0], end[1] + 30), end], fill=self.color_map["黑色"], width=2) + mid_x = (start[0] + end[0]) // 2 + mid_y = min(start[1], end[1]) - 50 + draw.text((mid_x, mid_y), edge.relation, fill=self.color_map["黑色"], font=self.font) + + def _layout_connect(self, draw: ImageDraw, from_pos: Dict, to_pos: Dict, edge): + """普通连接""" + start, end = self._get_connection_points(from_pos, to_pos) + draw.line([start, end], fill=self.color_map["黑色"], width=2) + + def _layout_top_to_bottom(self, draw: ImageDraw, from_pos: Dict, to_pos: Dict, edge): + """从上到下布局（控制关系）""" + start = (from_pos["x"] + from_pos["width"]//2, from_pos["y"] + from_pos["height"]) + end = (to_pos["x"] + to_pos["width"]//2, to_pos["y"]) + self._draw_arrow_line(draw, start, end, fill=self.color_map["黑色"], width=2) + mid_x = (start[0] + end[0]) // 2 + mid_y = (start[1] + end[1]) // 2 + draw.text((mid_x, mid_y), edge.relation, fill=self.color_map["黑色"], font=self.font) + + def _layout_inside(self, draw: ImageDraw, from_pos: Dict, to_pos: Dict, edge): + """包含关系：to在from内部""" + to_pos["x"] = from_pos["x"] + from_pos["width"] * 0.2 + to_pos["y"] = from_pos["y"] + from_pos["height"] * 0.2 + to_pos["width"] = from_pos["width"] * 0.6 + to_pos["height"] = from_pos["height"] * 0.6 + self._draw_dashed_rectangle( + draw, + ( + from_pos["x"] - 5, + from_pos["y"] - 5, + from_pos["x"] + from_pos["width"] + 5, + from_pos["y"] + from_pos["height"] + 5, + ), + outline=self.color_map["灰色"], + width=1, + dash_length=5, + ) + draw.text((from_pos["x"], from_pos["y"] - 20), f"包含{to_pos['node'].concept}", fill=self.color_map["黑色"], font=self.font) + + def _layout_left_to_right(self, draw: ImageDraw, from_pos: Dict, to_pos: Dict, edge): + """从左到右布局（产生/导致关系）""" + start, end = self._get_connection_points(from_pos, to_pos) + self._draw_arrow_line(draw, start, end, fill=self.color_map["黑色"], width=2) + mid_x = (start[0] + end[0]) // 2 + mid_y = (start[1] + end[1]) // 2 - 20 + draw.text((mid_x, mid_y), edge.relation, fill=self.color_map["黑色"], font=self.font) + async def generate_image(self, path: 'MazePath', canvas_size: Tuple[int, int] = (1024, 768)) -> Dict[str, Any]: + """ + 原生生成图片：完全基于推理路径，不需要任何外部API + :param path: Tri-Maze推理路径 + :param canvas_size: 画布大小 + :return: 生成结果 + """ + logger.info(f"🎨 原生生成图片，推理路径: {path.get_concept_list()}") + + try: + # 1. 计算布局 + layout = self._calculate_layout(path, canvas_size) + positions = layout["positions"] + connections = layout["connections"] + + # 2. 创建画布 + image = Image.new("RGB", canvas_size, self.color_map["白色"]) + draw = ImageDraw.Draw(image) + + # 3. 渲染连接关系 + for conn in connections: + edge = conn["edge"] + layout_func = self.relation_layout.get(edge.relation, self._layout_connect) + layout_func(draw, conn["from"], conn["to"], edge) + + # 4. 渲染每个节点 + for pos in positions: + node = pos["node"] + renderer = self.concept_renderers.get(node.concept, self._render_rectangle) + renderer( + draw, + pos["x"], + pos["y"], + pos["width"], + pos["height"] + ) + # 标注节点名称 + draw.text( + (pos["x"], pos["y"] - 25), + node.concept, + fill=self.color_map["黑色"], + font=self.font + ) + + # 5. 保存图片 + image_path = f"{self.output_dir}/native_image_{hash(str(path.get_concept_list()))}.png" + image.save(image_path) + + logger.info(f"✅ 原生图片生成成功，保存到: {image_path}") + + return { + "success": True, + "type": "native_image", + "image_path": image_path, + "save_path": image_path, + "layout": layout, + "description": "完全基于Tri-Maze推理路径原生生成的图片，无外部API依赖", + "concepts": path.get_concept_list() + } + + except Exception as e: + logger.error(f"❌ 原生图片生成失败: {str(e)}") + return {"success": False, "error": str(e)} + + async def generate_video(self, path: 'MazePath', duration: int = 5, fps: int = 24) -> Dict[str, Any]: + """ + 原生生成视频：基于推理路径生成动画视频 + :param path: Tri-Maze推理路径 + :param duration: 视频时长（秒） + :param fps: 帧率 + :return: 生成结果 + """ + logger.info(f"🎬 原生生成视频，推理路径: {path.get_concept_list()}") + + try: + if cv2 is None: + raise RuntimeError("OpenCV is not available in the current environment") + # 计算布局 + layout = self._calculate_layout(path, (1024, 768)) + total_frames = duration * fps + + # 创建视频写入器 + video_path = f"{self.output_dir}/native_video_{hash(str(path.get_concept_list()))}.mp4" + fourcc = cv2.VideoWriter_fourcc(*'mp4v') + video = cv2.VideoWriter(video_path, fourcc, fps, (1024, 768)) + + # 生成每一帧 + for frame_idx in range(total_frames): + # 进度：0.0到1.0 + progress = frame_idx / total_frames + + # 创建帧 + image = Image.new("RGB", (1024, 768), self.color_map["白色"]) + draw = ImageDraw.Draw(image) + + # 渲染已探索的节点和连接 + explored_count = int(len(layout["connections"]) * progress) + 1 + + # 渲染连接 + for i, conn in enumerate(layout["connections"][:explored_count]): + edge = conn["edge"] + # 绘制逐步显示的动画 + if i < explored_count - 1: + alpha = 1.0 + else: + alpha = progress * len(layout["connections"]) - (explored_count - 1) + + start = conn["start_point"] + end = conn["end_point"] + current_end = ( + int(start[0] + (end[0] - start[0]) * alpha), + int(start[1] + (end[1] - start[1]) * alpha) + ) + draw.line([start, current_end], fill=self.color_map["黑色"], width=2) + + # 渲染节点 + for i, pos in enumerate(layout["positions"][:explored_count]): + node = pos["node"] + renderer = self.concept_renderers.get(node.concept, self._render_rectangle) + renderer(draw, pos["x"], pos["y"], pos["width"], pos["height"]) + draw.text((pos["x"], pos["y"] - 25), node.concept, fill=self.color_map["黑色"], font=self.font) + + # 转换为OpenCV格式 + frame = cv2.cvtColor(np.array(image), cv2.COLOR_RGB2BGR) + video.write(frame) + + video.release() + cv2.destroyAllWindows() + + logger.info(f"✅ 原生视频生成成功，保存到: {video_path}") + + return { + "success": True, + "type": "native_video", + "video_path": video_path, + "save_path": video_path, + "duration": duration, + "fps": fps, + "description": "完全基于Tri-Maze推理路径原生生成的动画视频，无外部API依赖", + "concepts": path.get_concept_list() + } + + except Exception as e: + logger.error(f"❌ 原生视频生成失败: {str(e)}") + return {"success": False, "error": str(e)} + + async def generate(self, path: 'MazePath', generation_type: str = "image") -> Dict[str, Any]: + """ + 原生生成多模态产物 + :param path: Tri-Maze推理路径 + :param generation_type: 生成类型：image/video + :return: 生成结果 + """ + if generation_type == "image": + return await self.generate_image(path) + elif generation_type == "video": + return await self.generate_video(path) + else: + return {"success": False, "error": f"不支持的原生生成类型: {generation_type}"} + + def get_supported_types(self) -> List[str]: + """获取支持的原生生成类型""" + return ["image", "video"] + + + + + + + + diff --git a/runtime/memory-api/core/natural_layout.py b/runtime/memory-api/core/natural_layout.py new file mode 100644 index 0000000..38affe5 --- /dev/null +++ b/runtime/memory-api/core/natural_layout.py @@ -0,0 +1,882 @@ +from __future__ import annotations + +import hashlib +import json +import math +import os +import random +from typing import Any, Dict, List, Tuple + +try: + import torch +except Exception: # pragma: no cover - optional dependency path + torch = None + +try: + from .natural_layout_trainer import ( + NaturalLayoutProposalNet, + NaturalLayoutRanker, + NaturalLayoutTrainerConfig, + encode_layout_row, + ) +except Exception: # pragma: no cover - optional dependency path + NaturalLayoutProposalNet = None # type: ignore[assignment] + NaturalLayoutRanker = None # type: ignore[assignment] + NaturalLayoutTrainerConfig = None # type: ignore[assignment] + encode_layout_row = None # type: ignore[assignment] + + +def _copy(value: Any) -> Any: + return json.loads(json.dumps(value, ensure_ascii=False)) + + +def _clean_text(value: Any) -> str: + return str(value or "").strip() + + +def _engine_value(value: Any) -> str: + raw = _clean_text(value).lower() + if raw in {"mechanical", "mechanical_v1"}: + return "mechanical_layout_v1" + if raw in {"natural", "natural_v1", "natural_layout_v1"}: + return "natural_layout_v1" + return "auto" + + +def resolve_layout_engine(scene: Dict[str, Any] | None, sketch_options: Dict[str, Any] | None = None) -> str: + env_value = _engine_value(os.getenv("TMCRA_LAYOUT_ENGINE", "")) + option_value = _engine_value((sketch_options or {}).get("layout_engine")) + scene_value = _engine_value(((scene or {}).get("layout_options") or {}).get("layout_engine")) + for candidate in (option_value, scene_value, env_value): + if candidate in {"natural_layout_v1", "mechanical_layout_v1"}: + return candidate + return "natural_layout_v1" + + +def resolve_layout_candidate_count(scene: Dict[str, Any] | None, sketch_options: Dict[str, Any] | None = None) -> int: + for raw in ( + (sketch_options or {}).get("layout_candidate_count"), + ((scene or {}).get("layout_options") or {}).get("layout_candidate_count"), + os.getenv("TMCRA_LAYOUT_CANDIDATES", ""), + ): + try: + value = int(raw) + except Exception: + continue + if value > 0: + return max(3, min(8, value)) + return 4 + + +def _stable_seed(scene: Dict[str, Any], scene_type: str, salt: str = "") -> int: + payload = { + "scene_type": scene_type, + "objects": [ + { + "id": item.get("id"), + "asset_key": item.get("asset_key"), + "role": item.get("role"), + "depth_band": item.get("depth_band"), + "concept": item.get("concept"), + } + for item in scene.get("object_instances", []) or [] + ], + "concept_order": scene.get("concept_order", []) or [], + "summary": ((scene.get("render_hints") or {}).get("scene_summary") or ""), + "salt": salt, + } + digest = hashlib.sha256(json.dumps(payload, ensure_ascii=False, sort_keys=True).encode("utf-8")).hexdigest() + return int(digest[:12], 16) + + +def _object_center(item: Dict[str, Any]) -> Tuple[float, float]: + return float(item.get("x", 0)) + float(item.get("width", 0)) / 2.0, float(item.get("y", 0)) + float(item.get("height", 0)) / 2.0 + + +def _role_priority(item: Dict[str, Any]) -> float: + role = str(item.get("role") or "") + if role in {"subject", "focus", "core_subject"}: + return 3.0 + if role in {"support", "environment"}: + return 2.0 + return 1.0 + + +def _depth_rank(depth_band: str) -> int: + return {"background": 0, "midground": 1, "foreground": 2}.get(str(depth_band or ""), 1) + + +def _clamp(value: float, low: float, high: float) -> float: + return max(low, min(high, value)) + + +def _repo_checkpoint_path(filename: str) -> str | None: + root = os.path.dirname(os.path.dirname(__file__)) + candidate = os.path.join(root, filename) + return candidate if os.path.exists(candidate) else None + + +class NaturalLayoutModelRuntime: + def __init__(self) -> None: + self.proposal_path = ( + os.getenv("TMCRA_LAYOUT_PROPOSAL_PATH", "").strip() + or _repo_checkpoint_path("tmp_layout_proposal.pt") + or "" + ) + self.ranker_path = ( + os.getenv("TMCRA_LAYOUT_RANKER_PATH", "").strip() + or _repo_checkpoint_path("tmp_layout_ranker.pt") + or "" + ) + self._proposal = None + self._ranker = None + self._config = None + self._state: Dict[str, Any] = { + "enabled": False, + "loaded": False, + "proposal_path": self.proposal_path, + "ranker_path": self.ranker_path, + "model_id": "natural_layout_runtime_v1", + } + self._load() + + def _load(self) -> None: + if ( + torch is None + or NaturalLayoutProposalNet is None + or NaturalLayoutRanker is None + or NaturalLayoutTrainerConfig is None + or encode_layout_row is None + or not self.proposal_path + or not self.ranker_path + or not os.path.exists(self.proposal_path) + or not os.path.exists(self.ranker_path) + ): + return + try: + proposal_payload = torch.load(self.proposal_path, map_location="cpu", weights_only=False) + ranker_payload = torch.load(self.ranker_path, map_location="cpu", weights_only=False) + config_payload = proposal_payload.get("config") or ranker_payload.get("config") or {} + config = NaturalLayoutTrainerConfig(**config_payload) + proposal = NaturalLayoutProposalNet(config) + ranker = NaturalLayoutRanker(config) + proposal.load_state_dict(proposal_payload.get("state_dict") or proposal_payload, strict=False) + ranker.load_state_dict(ranker_payload.get("state_dict") or ranker_payload, strict=False) + proposal.eval() + ranker.eval() + self._proposal = proposal + self._ranker = ranker + self._config = config + self._state.update( + { + "enabled": True, + "loaded": True, + "proposal_model_id": proposal_payload.get("model_id", "natural_layout_proposal_v1"), + "ranker_model_id": ranker_payload.get("model_id", "natural_layout_ranker_v1"), + } + ) + except Exception as exc: # pragma: no cover - runtime guard + self._state["error"] = str(exc) + + def status(self) -> Dict[str, Any]: + return dict(self._state) + + def build_candidate(self, scene: Dict[str, Any], scene_type: str, locked_ids: set[str]) -> Dict[str, Any] | None: + if ( + self._proposal is None + or self._ranker is None + or self._config is None + or encode_layout_row is None + or torch is None + ): + return None + objects = list(scene.get("object_instances", []) or []) + if not objects: + return None + width = float(scene.get("canvas_size", {}).get("width", 1024) or 1024) + height = float(scene.get("canvas_size", {}).get("height", 768) or 768) + encoded = encode_layout_row( + { + "scene_type": scene_type, + "layout_quality_score": float(scene.get("layout_score", 0.8) or 0.8), + "layout_condition": { + "scene_type": scene_type, + "canvas_size": {"width": width, "height": height}, + "objects": [ + { + "id": str(item.get("id") or f"obj_{index}"), + "role": str(item.get("role") or ""), + "depth_band": str(item.get("depth_band") or "midground"), + "importance": float(item.get("importance", 1.0) or 1.0), + } + for index, item in enumerate(objects) + ], + }, + "object_boxes": [ + { + "id": str(item.get("id") or f"obj_{index}"), + "x": float(item.get("x", 0.0) or 0.0), + "y": float(item.get("y", 0.0) or 0.0), + "width": float(item.get("width", 0.0) or 0.0), + "height": float(item.get("height", 0.0) or 0.0), + "rotation": float(item.get("rotation", 0.0) or 0.0), + "depth_band": str(item.get("depth_band") or "midground"), + } + for index, item in enumerate(objects) + ], + "relation_graph": list(scene.get("connectors", []) or []), + }, + max_objects=int(self._config.max_objects), + ) + feature_tensor = torch.tensor(encoded["features"], dtype=torch.float32).unsqueeze(0) + box_tensor = torch.tensor(encoded["target_boxes"], dtype=torch.float32).unsqueeze(0) + proposal_input = feature_tensor.clone() + proposal_input[..., :5] = box_tensor + with torch.no_grad(): + predicted = self._proposal(proposal_input) + rank_logit = self._ranker(feature_tensor, predicted) + rank_score = float(torch.sigmoid(rank_logit)[0].item()) + updates: Dict[str, Dict[str, Any]] = {} + active_count = min(len(objects), int(self._config.max_objects)) + subject_centers: List[Tuple[float, float]] = [] + for index, item in enumerate(objects[:active_count]): + object_id = _clean_text(item.get("id")) + if not object_id: + continue + if object_id in locked_ids: + updates[object_id] = { + "x": int(item.get("x", 0)), + "y": int(item.get("y", 0)), + "width": int(item.get("width", 120)), + "height": int(item.get("height", 100)), + "rotation": float(item.get("rotation", 0.0) or 0.0), + "depth_band": str(item.get("depth_band") or "midground"), + "z_index": int(item.get("z_index", 20 + index)), + } + continue + px, py, pw, ph, prot = [float(value) for value in predicted[0, index].tolist()] + px = _clamp(px, 0.04, 0.92) + py = _clamp(py, 0.06, 0.90) + pw = _clamp(pw, 0.05, 0.8) + ph = _clamp(ph, 0.05, 0.8) + x = int(round(px * width)) + y = int(round(py * height)) + w = max(36, int(round(pw * width))) + h = max(36, int(round(ph * height))) + x = max(12, min(int(width) - w - 12, x)) + y = max(40, min(int(height) - h - 12, y)) + center_y = y + h / 2.0 + depth_band = "foreground" if center_y > height * 0.62 else "background" if center_y < height * 0.30 else "midground" + z_index = 20 + _depth_rank(depth_band) * 20 + index + if str(item.get("role") or "") in {"subject", "focus", "core_subject"}: + z_index += 12 + subject_centers.append((x + w / 2.0, y + h / 2.0)) + updates[object_id] = { + "x": x, + "y": y, + "width": w, + "height": h, + "rotation": round(_clamp(prot * 45.0, -18.0, 18.0), 2), + "depth_band": depth_band, + "z_index": z_index, + } + focus_x = 0.5 + focus_y = 0.46 + if subject_centers: + focus_x = round(sum(item[0] for item in subject_centers) / len(subject_centers) / width, 3) + focus_y = round(sum(item[1] for item in subject_centers) / len(subject_centers) / height, 3) + return { + "id": "layout_model_1", + "object_updates": updates, + "camera_bias": { + "focus_x": focus_x, + "focus_y": focus_y, + "perspective_strength": 0.58, + }, + "model_score": round(rank_score, 4), + "score_source": "proposal_ranker", + } + + +_LAYOUT_MODEL_RUNTIME: NaturalLayoutModelRuntime | None = None + + +def _layout_model_runtime() -> NaturalLayoutModelRuntime: + global _LAYOUT_MODEL_RUNTIME + if _LAYOUT_MODEL_RUNTIME is None: + _LAYOUT_MODEL_RUNTIME = NaturalLayoutModelRuntime() + return _LAYOUT_MODEL_RUNTIME + + +def _negative_space_mask(scene: Dict[str, Any], objects: List[Dict[str, Any]]) -> List[Dict[str, Any]]: + width = int(scene.get("canvas_size", {}).get("width", 1024)) + height = int(scene.get("canvas_size", {}).get("height", 768)) + occupancy = [0.0, 0.0, 0.0, 0.0] + quadrants = [ + {"x": 0, "y": 0, "width": width * 0.5, "height": height * 0.5}, + {"x": width * 0.5, "y": 0, "width": width * 0.5, "height": height * 0.5}, + {"x": 0, "y": height * 0.5, "width": width * 0.5, "height": height * 0.5}, + {"x": width * 0.5, "y": height * 0.5, "width": width * 0.5, "height": height * 0.5}, + ] + for item in objects: + x0 = float(item.get("x", 0)) + y0 = float(item.get("y", 0)) + x1 = x0 + float(item.get("width", 0)) + y1 = y0 + float(item.get("height", 0)) + for index, quad in enumerate(quadrants): + qx0 = quad["x"] + qy0 = quad["y"] + qx1 = qx0 + quad["width"] + qy1 = qy0 + quad["height"] + overlap_w = max(0.0, min(x1, qx1) - max(x0, qx0)) + overlap_h = max(0.0, min(y1, qy1) - max(y0, qy0)) + occupancy[index] += overlap_w * overlap_h + ranked = sorted(range(len(quadrants)), key=lambda index: occupancy[index]) + return [ + { + "id": f"negative_space_{slot + 1}", + "x": int(quadrants[index]["x"]), + "y": int(quadrants[index]["y"]), + "width": int(quadrants[index]["width"]), + "height": int(quadrants[index]["height"]), + "weight": round(1.0 - (occupancy[index] / max(1.0, quadrants[index]["width"] * quadrants[index]["height"])), 3), + } + for slot, index in enumerate(ranked[:2], start=1) + ] + + +def _candidate_object_updates( + scene: Dict[str, Any], + scene_type: str, + locked_ids: set[str], + *, + candidate_index: int, +) -> Dict[str, Dict[str, Any]]: + width = int(scene.get("canvas_size", {}).get("width", 1024)) + height = int(scene.get("canvas_size", {}).get("height", 768)) + objects = sorted( + [_copy(item) for item in scene.get("object_instances", []) or []], + key=lambda item: (-_role_priority(item), _clean_text(item.get("id"))), + ) + rng = random.Random(_stable_seed(scene, scene_type, salt=f"candidate:{candidate_index}")) + updates: Dict[str, Dict[str, Any]] = {} + total = max(1, len(objects)) + scene_focus_slots = [(0.34, 0.43), (0.62, 0.41), (0.42, 0.54), (0.58, 0.52)] + horizon_y = height * 0.56 + + for index, item in enumerate(objects): + object_id = _clean_text(item.get("id")) + if not object_id: + continue + if object_id in locked_ids: + updates[object_id] = { + "x": int(item.get("x", 0)), + "y": int(item.get("y", 0)), + "width": int(item.get("width", 120)), + "height": int(item.get("height", 100)), + "rotation": float(item.get("rotation", 0.0) or 0.0), + "depth_band": str(item.get("depth_band") or "midground"), + "z_index": int(item.get("z_index", 20 + index)), + } + continue + + base_width = max(36, int(item.get("width", 120))) + base_height = max(36, int(item.get("height", 100))) + role = str(item.get("role") or "") + asset_key = str(item.get("asset_key") or "") + scale_jitter = 1.0 + rng.uniform(-0.14, 0.18) + forced_depth_band = "" + + if role in {"subject", "focus", "core_subject"}: + scale_jitter += 0.08 + elif role in {"detail"}: + scale_jitter -= 0.05 + + object_width = max(36, int(base_width * scale_jitter)) + object_height = max(36, int(base_height * scale_jitter)) + + if scene_type == "process": + process_slots = { + "sun": (0.16, 0.16, "background"), + "cloud": (0.58, 0.22, "background"), + "vapor": (0.34, 0.48, "midground"), + "raindrop": (0.64, 0.50, "midground"), + "leaf": (0.54, 0.74, "foreground"), + "cell": (0.50, 0.58, "midground"), + "airplane": (0.48, 0.26, "background"), + "energy_wave": (0.28, 0.34, "background"), + } + default_slot = (0.22 + 0.5 * (index / max(1, total - 1)), 0.54, "midground") + base_x, base_y, forced_depth_band = process_slots.get(asset_key, default_slot) + x_ratio = base_x + rng.uniform(-0.04, 0.04) + y_ratio = base_y + rng.uniform(-0.04, 0.04) + if forced_depth_band == "background": + object_width = max(36, int(object_width * (0.88 + rng.uniform(-0.04, 0.04)))) + object_height = max(36, int(object_height * (0.88 + rng.uniform(-0.04, 0.04)))) + elif forced_depth_band == "foreground": + object_width = max(36, int(object_width * (1.12 + rng.uniform(-0.04, 0.06)))) + object_height = max(36, int(object_height * (1.12 + rng.uniform(-0.04, 0.06)))) + rotation = rng.uniform(-8, 8) + elif scene_type == "schematic": + schematic_slots = { + "battery": (0.18, 0.54, "midground"), + "switch": (0.42, 0.34, "foreground"), + "resistor": (0.50, 0.54, "midground"), + "led": (0.78, 0.54, "midground"), + "capacitor": (0.48, 0.76, "midground"), + "diode": (0.66, 0.34, "midground"), + "board": (0.50, 0.54, "background"), + } + default_slot = (0.22 + 0.5 * (index / max(1, total - 1)), 0.54, "midground") + base_x, base_y, forced_depth_band = schematic_slots.get(asset_key, default_slot) + x_ratio = base_x + rng.uniform(-0.035, 0.04) + y_ratio = base_y + rng.uniform(-0.04, 0.04) + if asset_key == "board": + object_width = max(object_width, int(width * 0.44)) + object_height = max(object_height, int(height * 0.30)) + rotation = rng.uniform(-3, 3) + else: + focus_x, focus_y = scene_focus_slots[candidate_index % len(scene_focus_slots)] + lane_bias = -1 if (index + candidate_index) % 2 == 0 else 1 + side_lane = 0.18 if lane_bias < 0 else 0.82 + depth_hint = str(item.get("depth_band") or "") + if asset_key in {"sun"}: + depth_hint = "background" + elif asset_key in {"cloud"}: + depth_hint = "background" + elif asset_key in {"road", "car", "street_lamp", "person"}: + depth_hint = "midground" if asset_key != "road" else "foreground" + elif role in {"subject", "focus", "core_subject"}: + depth_hint = depth_hint or "midground" + elif not depth_hint: + depth_hint = "background" if asset_key in {"building", "tree", "house"} else "midground" + + if depth_hint == "foreground": + y_ratio = 0.74 + rng.uniform(-0.03, 0.04) + depth_scale = 1.18 + rng.uniform(-0.04, 0.08) + elif depth_hint == "background": + y_ratio = 0.34 + rng.uniform(-0.05, 0.04) + depth_scale = 0.86 + rng.uniform(-0.08, 0.04) + else: + y_ratio = 0.54 + rng.uniform(-0.05, 0.05) + depth_scale = 1.0 + rng.uniform(-0.08, 0.06) + + object_width = max(36, int(object_width * depth_scale)) + object_height = max(36, int(object_height * depth_scale)) + + x_ratio = focus_x + rng.uniform(-0.18, 0.18) + if asset_key in {"building", "house"}: + x_ratio = side_lane + rng.uniform(-0.08, 0.08) + y_ratio = min(y_ratio, 0.5 + rng.uniform(-0.03, 0.03)) + elif asset_key == "tree": + x_ratio = (0.22 if lane_bias < 0 else 0.76) + rng.uniform(-0.07, 0.07) + y_ratio += 0.02 + elif asset_key == "street_lamp": + x_ratio = (0.14 if lane_bias < 0 else 0.86) + rng.uniform(-0.03, 0.03) + y_ratio = max(y_ratio, 0.58 + rng.uniform(-0.04, 0.04)) + elif asset_key == "car": + x_ratio = 0.5 + rng.uniform(-0.12, 0.12) + y_ratio = max(y_ratio, 0.7 + rng.uniform(-0.02, 0.03)) + elif role in {"subject", "focus", "core_subject"}: + x_ratio = focus_x + rng.uniform(-0.08, 0.08) + y_ratio = 0.5 + rng.uniform(-0.04, 0.05) + if asset_key == "sun": + x_ratio = 0.18 + 0.18 * (candidate_index % 3) + y_ratio = 0.12 + rng.uniform(-0.02, 0.02) + elif asset_key == "cloud": + x_ratio = 0.24 + 0.18 * ((index + candidate_index) % 3) + y_ratio = 0.18 + rng.uniform(-0.04, 0.03) + elif asset_key == "road": + x_ratio = 0.5 + y_ratio = 0.76 + object_width = max(object_width, int(width * 0.62)) + object_height = max(object_height, int(height * 0.16)) + if role not in {"subject", "focus", "core_subject"}: + x_ratio = x_ratio + (0.06 if x_ratio < focus_x else -0.06) * rng.uniform(0.4, 1.0) + y_ratio = max(y_ratio, (horizon_y / height) + 0.02 if depth_hint != "background" else 0.12) + rotation = rng.uniform(-10, 10) + + x = int(width * _clamp(x_ratio, 0.12, 0.88) - object_width / 2) + y = int(height * _clamp(y_ratio, 0.14, 0.84) - object_height / 2) + x = max(12, min(width - object_width - 12, x)) + y = max(40, min(height - object_height - 12, y)) + + if scene_type == "scene": + depth_band = "foreground" if y > height * 0.58 else "background" if y < height * 0.32 else "midground" + else: + depth_band = forced_depth_band or ("midground" if role not in {"subject", "focus", "core_subject"} else "foreground") + z_index = 20 + _depth_rank(depth_band) * 20 + index + if role in {"subject", "focus", "core_subject"}: + z_index += 12 + + updates[object_id] = { + "x": x, + "y": y, + "width": object_width, + "height": object_height, + "rotation": round(rotation, 2), + "depth_band": depth_band, + "z_index": z_index, + } + if scene_type == "scene": + updates = _refine_scene_object_updates(scene, updates, candidate_index=candidate_index) + return updates + + +def _refine_scene_object_updates( + scene: Dict[str, Any], + updates: Dict[str, Dict[str, Any]], + *, + candidate_index: int, +) -> Dict[str, Dict[str, Any]]: + width = int(scene.get("canvas_size", {}).get("width", 1024)) + height = int(scene.get("canvas_size", {}).get("height", 768)) + objects_by_id = {str(item.get("id") or ""): item for item in scene.get("object_instances", []) or []} + refined = _copy(updates) + subject_boxes: List[Tuple[int, int, int, int]] = [] + + for object_id, payload in refined.items(): + item = objects_by_id.get(object_id) or {} + role = str(item.get("role") or "") + asset_key = str(item.get("asset_key") or "") + if role in {"subject", "focus", "core_subject"}: + subject_boxes.append( + ( + int(payload.get("x", 0)), + int(payload.get("y", 0)), + int(payload.get("x", 0)) + int(payload.get("width", 0)), + int(payload.get("y", 0)) + int(payload.get("height", 0)), + ) + ) + if asset_key in {"building", "house"}: + payload["rotation"] = 0.0 + elif asset_key in {"road"}: + payload["rotation"] = 0.0 + payload["x"] = max(0, min(width - int(payload["width"]), int(width * 0.5 - int(payload["width"]) / 2))) + elif asset_key in {"street_lamp"}: + payload["rotation"] = round(-2 + candidate_index * 0.8, 2) + + for object_id, payload in refined.items(): + item = objects_by_id.get(object_id) or {} + role = str(item.get("role") or "") + asset_key = str(item.get("asset_key") or "") + if role in {"subject", "focus", "core_subject"} or asset_key in {"road", "sun", "cloud"}: + continue + x0 = int(payload.get("x", 0)) + y0 = int(payload.get("y", 0)) + x1 = x0 + int(payload.get("width", 0)) + y1 = y0 + int(payload.get("height", 0)) + for sx0, sy0, sx1, sy1 in subject_boxes: + overlap_w = max(0, min(x1, sx1) - max(x0, sx0)) + overlap_h = max(0, min(y1, sy1) - max(y0, sy0)) + if overlap_w * overlap_h <= 0: + continue + shift = max(18, overlap_w + 12) + if x0 < sx0: + x0 = max(12, x0 - shift) + else: + x0 = min(width - int(payload["width"]) - 12, x0 + shift) + y0 = min(height - int(payload["height"]) - 12, max(40, y0 + max(0, overlap_h // 2))) + x1 = x0 + int(payload["width"]) + y1 = y0 + int(payload["height"]) + payload["x"] = x0 + payload["y"] = y0 + return refined + + +def _score_layout(scene: Dict[str, Any], objects: List[Dict[str, Any]]) -> Tuple[float, Dict[str, Any]]: + width = float(scene.get("canvas_size", {}).get("width", 1024) or 1024) + height = float(scene.get("canvas_size", {}).get("height", 768) or 768) + if not objects: + return 0.0, {"focus_score": 0.0, "layering_score": 0.0, "negative_space_score": 0.0, "symmetry_penalty": 0.0, "connector_penalty": 0.0, "uniformity_penalty": 0.0} + + subject_objects = [item for item in objects if str(item.get("role") or "") in {"subject", "focus", "core_subject"}] + focus_targets = [(width * 0.36, height * 0.42), (width * 0.62, height * 0.42)] + focus_score = 0.0 + for subject in subject_objects or objects[:1]: + center = _object_center(subject) + nearest = min(math.dist(center, target) for target in focus_targets) + focus_score += 1.0 - _clamp(nearest / max(width, height), 0.0, 1.0) + focus_score /= max(1, len(subject_objects or objects[:1])) + + centers_x = sorted(_object_center(item)[0] for item in objects) + x_gaps = [centers_x[index + 1] - centers_x[index] for index in range(len(centers_x) - 1)] + if x_gaps: + avg_gap = sum(x_gaps) / len(x_gaps) + gap_variance = sum((gap - avg_gap) ** 2 for gap in x_gaps) / len(x_gaps) + uniformity_penalty = 1.0 - _clamp(math.sqrt(gap_variance) / max(24.0, avg_gap), 0.0, 1.0) + else: + uniformity_penalty = 0.0 + + left_weight = 0.0 + right_weight = 0.0 + for item in objects: + area = float(item.get("width", 0)) * float(item.get("height", 0)) + if _object_center(item)[0] <= width / 2: + left_weight += area + else: + right_weight += area + symmetry_penalty = 1.0 - _clamp(abs(left_weight - right_weight) / max(1.0, left_weight + right_weight), 0.0, 1.0) + + y_centers = [_object_center(item)[1] for item in objects] + y_span = max(y_centers) - min(y_centers) if len(y_centers) > 1 else 0.0 + depth_bands = {str(item.get("depth_band") or "midground") for item in objects} + layering_score = 0.5 * _clamp(y_span / max(1.0, height * 0.42), 0.0, 1.0) + 0.5 * (len(depth_bands) / 3.0) + + occupancy = sum(float(item.get("width", 0)) * float(item.get("height", 0)) for item in objects) / max(1.0, width * height) + negative_space_score = _clamp(1.0 - occupancy, 0.0, 1.0) + + objects_by_id = {str(item.get("id") or ""): item for item in objects} + connector_vectors: List[float] = [] + for connector in scene.get("connectors", []) or []: + if not connector.get("visible", True): + continue + from_obj = objects_by_id.get(str(connector.get("from_id") or "")) + to_obj = objects_by_id.get(str(connector.get("to_id") or "")) + if not from_obj or not to_obj: + continue + start = _object_center(from_obj) + end = _object_center(to_obj) + connector_vectors.append(abs(start[1] - end[1]) / max(24.0, abs(start[0] - end[0]) + abs(start[1] - end[1]))) + connector_penalty = sum(connector_vectors) / len(connector_vectors) if connector_vectors else 0.35 + + semantic_score = 0.7 + scene_type = _clean_text(((scene.get("layout_options") or {}).get("scene_type")) or "scene") + if scene_type == "scene": + semantic_checks: List[float] = [] + for item in objects: + asset_key = str(item.get("asset_key") or "").strip().lower() + center_x, center_y = _object_center(item) + x_ratio = center_x / max(1.0, width) + y_ratio = center_y / max(1.0, height) + visible_area = (float(item.get("width", 0) or 0) * float(item.get("height", 0) or 0)) / max(1.0, width * height) + if asset_key in {"person", "dog"}: + y_target = 1.0 - _clamp(abs(y_ratio - 0.68) / 0.24, 0.0, 1.0) + x_target = 1.0 - _clamp(abs(x_ratio - 0.5) / 0.34, 0.0, 1.0) + semantic_checks.append(0.65 * y_target + 0.35 * x_target) + elif asset_key in {"house", "building"}: + y_target = 1.0 - _clamp(abs(y_ratio - 0.52) / 0.22, 0.0, 1.0) + side_target = _clamp(abs(x_ratio - 0.5) / 0.24, 0.0, 1.0) + semantic_checks.append(0.68 * y_target + 0.32 * side_target) + elif asset_key in {"tree", "street_lamp"}: + y_target = 1.0 - _clamp(abs(y_ratio - 0.6) / 0.28, 0.0, 1.0) + side_target = _clamp(abs(x_ratio - 0.5) / 0.28, 0.0, 1.0) + semantic_checks.append(0.56 * y_target + 0.44 * side_target) + elif asset_key in {"car", "road"}: + y_target = 1.0 - _clamp(abs(y_ratio - 0.74) / 0.18, 0.0, 1.0) + semantic_checks.append(y_target) + elif asset_key == "sun": + semantic_checks.append(1.0 - _clamp(abs(y_ratio - 0.14) / 0.12, 0.0, 1.0)) + elif asset_key == "cloud": + semantic_checks.append(1.0 - _clamp(abs(y_ratio - 0.18) / 0.14, 0.0, 1.0)) + elif asset_key: + semantic_checks.append(0.84 if visible_area <= 0.24 else 0.62) + + if semantic_checks: + semantic_score = sum(semantic_checks) / len(semantic_checks) + depth_kinds = {str(item.get("depth_band") or "") for item in objects if str(item.get("depth_band") or "")} + if len(objects) >= 3 and len(depth_kinds) <= 1: + semantic_score *= 0.72 + if subject_objects: + subject_box = subject_objects[0] + sx0 = float(subject_box.get("x", 0) or 0) + sy0 = float(subject_box.get("y", 0) or 0) + sx1 = sx0 + float(subject_box.get("width", 0) or 0) + sy1 = sy0 + float(subject_box.get("height", 0) or 0) + support_overlap_penalty = 0.0 + support_count = 0 + for item in objects: + if item is subject_box: + continue + ix0 = float(item.get("x", 0) or 0) + iy0 = float(item.get("y", 0) or 0) + ix1 = ix0 + float(item.get("width", 0) or 0) + iy1 = iy0 + float(item.get("height", 0) or 0) + overlap_w = max(0.0, min(ix1, sx1) - max(ix0, sx0)) + overlap_h = max(0.0, min(iy1, sy1) - max(iy0, sy0)) + if overlap_w * overlap_h <= 0: + continue + support_count += 1 + overlap_ratio = (overlap_w * overlap_h) / max(1.0, (sx1 - sx0) * (sy1 - sy0)) + support_overlap_penalty += overlap_ratio + if support_count: + semantic_score *= max(0.55, 1.0 - (support_overlap_penalty / support_count) * 0.9) + + naturalness = ( + focus_score * 0.26 + + layering_score * 0.18 + + negative_space_score * 0.14 + + (1.0 - symmetry_penalty) * 0.08 + + connector_penalty * 0.06 + + (1.0 - uniformity_penalty) * 0.06 + + semantic_score * 0.22 + ) + features = { + "focus_score": round(focus_score, 3), + "layering_score": round(layering_score, 3), + "negative_space_score": round(negative_space_score, 3), + "symmetry_penalty": round(symmetry_penalty, 3), + "connector_penalty": round(connector_penalty, 3), + "uniformity_penalty": round(uniformity_penalty, 3), + "semantic_score": round(semantic_score, 3), + } + return round(naturalness, 4), features + + +def _apply_candidate_to_objects(scene: Dict[str, Any], candidate: Dict[str, Any]) -> None: + updates = candidate.get("object_updates") if isinstance(candidate.get("object_updates"), dict) else {} + for item in scene.get("object_instances", []) or []: + object_id = _clean_text(item.get("id")) + payload = updates.get(object_id) if object_id else None + if not isinstance(payload, dict): + continue + item["x"] = int(payload.get("x", item.get("x", 0))) + item["y"] = int(payload.get("y", item.get("y", 0))) + item["width"] = int(payload.get("width", item.get("width", 120))) + item["height"] = int(payload.get("height", item.get("height", 100))) + item["rotation"] = float(payload.get("rotation", item.get("rotation", 0.0) or 0.0)) + item["depth_band"] = str(payload.get("depth_band", item.get("depth_band", "midground"))) + item["z_index"] = int(payload.get("z_index", item.get("z_index", 20))) + + +def _manual_layout_payload(scene: Dict[str, Any]) -> Dict[str, Any]: + objects = [_copy(item) for item in scene.get("object_instances", []) or []] + score, features = _score_layout(scene, objects) + return { + "id": str(scene.get("layout_candidate_id") or "manual"), + "score": score, + "features": features, + "camera_bias": _copy(scene.get("camera_bias") or {"focus_x": 0.5, "focus_y": 0.5, "perspective_strength": 0.4}), + "negative_space_mask": _copy(scene.get("negative_space_mask") or _negative_space_mask(scene, objects)), + "object_updates": { + str(item.get("id")): { + "x": int(item.get("x", 0)), + "y": int(item.get("y", 0)), + "width": int(item.get("width", 120)), + "height": int(item.get("height", 100)), + "rotation": float(item.get("rotation", 0.0) or 0.0), + "depth_band": str(item.get("depth_band", "midground")), + "z_index": int(item.get("z_index", 20)), + } + for item in objects + if item.get("id") + }, + } + + +def apply_natural_layout(scene_spec: Dict[str, Any] | None, sketch_options: Dict[str, Any] | None = None) -> Dict[str, Any]: + scene = _copy(scene_spec or {}) + scene.setdefault("layout_options", {}) + layout_options = scene["layout_options"] + scene_type = _clean_text(layout_options.get("scene_type") or "scene") + resolved_engine = resolve_layout_engine(scene, sketch_options) + model_runtime = _layout_model_runtime() + runtime_status = _copy(model_runtime.status()) + scene.setdefault("render_hints", {}) + layout_options["layout_engine"] = resolved_engine + layout_options["layout_model_status"] = runtime_status + if resolved_engine != "natural_layout_v1" or not (scene.get("object_instances") or []): + scene["layout_engine"] = "mechanical_layout_v1" if resolved_engine == "mechanical_layout_v1" else resolved_engine + scene.setdefault("layout_candidate_id", "mechanical") + scene.setdefault("layout_score", 0.0) + scene.setdefault("layout_features", {}) + scene.setdefault("camera_bias", {"focus_x": 0.5, "focus_y": 0.5, "perspective_strength": 0.3}) + scene.setdefault("negative_space_mask", []) + scene["render_hints"]["layout_runtime"] = { + **runtime_status, + "fallback_used": True, + "selected_source": "mechanical" if resolved_engine == "mechanical_layout_v1" else "bypass", + } + return scene + + if bool(layout_options.get("layout_manual_override")): + current = _manual_layout_payload(scene) + scene["layout_engine"] = "natural_layout_v1" + scene["layout_candidate_id"] = current["id"] + scene["layout_score"] = current["score"] + scene["layout_features"] = current["features"] + scene["camera_bias"] = current["camera_bias"] + scene["negative_space_mask"] = current["negative_space_mask"] + scene["layout_candidates"] = [current] + scene["render_hints"]["layout_runtime"] = { + **runtime_status, + "fallback_used": False, + "selected_source": "manual_override", + "selected_candidate_id": current["id"], + } + return scene + + candidate_count = resolve_layout_candidate_count(scene, sketch_options) + locked_ids = { + str(item.get("id")) + for item in scene.get("object_instances", []) or [] + if item.get("layout_locked") and item.get("id") + } + candidates: List[Dict[str, Any]] = [] + for candidate_index in range(candidate_count): + candidate = { + "id": f"layout_{candidate_index + 1}", + "object_updates": _candidate_object_updates(scene, scene_type, locked_ids, candidate_index=candidate_index), + "camera_bias": { + "focus_x": round(0.36 + 0.08 * (candidate_index % 3), 3), + "focus_y": round(0.42 + 0.05 * ((candidate_index + 1) % 2), 3), + "perspective_strength": round(0.34 + 0.08 * (candidate_index % 4), 3), + }, + } + preview_scene = _copy(scene) + _apply_candidate_to_objects(preview_scene, candidate) + score, features = _score_layout(preview_scene, list(preview_scene.get("object_instances", []) or [])) + candidate["score"] = score + candidate["features"] = features + candidate["negative_space_mask"] = _negative_space_mask(preview_scene, list(preview_scene.get("object_instances", []) or [])) + candidates.append(candidate) + + model_candidate = model_runtime.build_candidate(scene, scene_type, locked_ids) + if isinstance(model_candidate, dict): + preview_scene = _copy(scene) + _apply_candidate_to_objects(preview_scene, model_candidate) + heuristic_score, heuristic_features = _score_layout(preview_scene, list(preview_scene.get("object_instances", []) or [])) + model_score = float(model_candidate.get("model_score", 0.0) or 0.0) + combined_score = round(heuristic_score * 0.58 + model_score * 0.42, 4) + model_candidate["score"] = combined_score + model_candidate["features"] = { + **heuristic_features, + "model_score": round(model_score, 3), + "heuristic_score": round(heuristic_score, 3), + "score_source": "proposal_ranker+heuristic", + } + model_candidate["negative_space_mask"] = _negative_space_mask(preview_scene, list(preview_scene.get("object_instances", []) or [])) + candidates.append(model_candidate) + + requested_id = _clean_text(scene.get("layout_candidate_id") or layout_options.get("layout_candidate_id")) + candidate_map = {candidate["id"]: candidate for candidate in candidates} + chosen = candidate_map.get(requested_id) + fallback_used = False + if chosen is None: + chosen = max(candidates, key=lambda item: float(item.get("score", 0.0) or 0.0)) + fallback_used = isinstance(model_candidate, dict) and str(chosen.get("id", "")) != str(model_candidate.get("id", "")) + _apply_candidate_to_objects(scene, chosen) + scene["layout_engine"] = "natural_layout_v1" + scene["layout_candidate_id"] = str(chosen["id"]) + scene["layout_score"] = float(chosen.get("score", 0.0) or 0.0) + scene["layout_features"] = _copy(chosen.get("features") or {}) + scene["camera_bias"] = _copy(chosen.get("camera_bias") or {}) + scene["negative_space_mask"] = _copy(chosen.get("negative_space_mask") or []) + scene["render_hints"]["layout_runtime"] = { + **runtime_status, + "fallback_used": fallback_used, + "selected_candidate_id": str(chosen["id"]), + "selected_source": "model_candidate" if "model" in str(chosen.get("id", "")).lower() else "heuristic_candidate", + } + scene["layout_candidates"] = [ + { + "id": str(candidate["id"]), + "score": float(candidate.get("score", 0.0) or 0.0), + "features": _copy(candidate.get("features") or {}), + "camera_bias": _copy(candidate.get("camera_bias") or {}), + "negative_space_mask": _copy(candidate.get("negative_space_mask") or []), + "object_updates": _copy(candidate.get("object_updates") or {}), + } + for candidate in sorted(candidates, key=lambda item: float(item.get("score", 0.0) or 0.0), reverse=True) + ] + return scene diff --git a/runtime/memory-api/core/natural_layout_trainer.py b/runtime/memory-api/core/natural_layout_trainer.py new file mode 100644 index 0000000..7452c3b --- /dev/null +++ b/runtime/memory-api/core/natural_layout_trainer.py @@ -0,0 +1,141 @@ +from __future__ import annotations + +from dataclasses import dataclass +from typing import Any, Dict, List, Sequence + +try: + import torch + from torch import nn +except Exception: # pragma: no cover + torch = None + nn = None + + +ROLE_PRIORITIES = { + "subject": 1.0, + "focus": 1.0, + "core_subject": 1.0, + "support": 0.72, + "environment": 0.62, + "detail": 0.48, +} +DEPTH_VALUES = {"background": 0.2, "midground": 0.55, "foreground": 0.9} +SCENE_VALUES = {"scene": 0.2, "process": 0.6, "schematic": 0.9} + + +@dataclass(slots=True) +class NaturalLayoutTrainerConfig: + max_objects: int = 12 + feature_dim: int = 10 + hidden_dim: int = 128 + + +if nn is not None: + class NaturalLayoutProposalNet(nn.Module): + def __init__(self, config: NaturalLayoutTrainerConfig): + super().__init__() + self.config = config + input_dim = config.max_objects * config.feature_dim + self.net = nn.Sequential( + nn.Linear(input_dim, config.hidden_dim), + nn.GELU(), + nn.Linear(config.hidden_dim, config.hidden_dim), + nn.GELU(), + nn.Linear(config.hidden_dim, config.max_objects * 5), + ) + + def forward(self, features): # type: ignore[override] + batch = features.shape[0] + output = self.net(features.reshape(batch, -1)) + return output.reshape(batch, self.config.max_objects, 5) + + + class NaturalLayoutRanker(nn.Module): + def __init__(self, config: NaturalLayoutTrainerConfig): + super().__init__() + input_dim = config.max_objects * (config.feature_dim + 5) + self.net = nn.Sequential( + nn.Linear(input_dim, config.hidden_dim), + nn.GELU(), + nn.Linear(config.hidden_dim, config.hidden_dim // 2), + nn.GELU(), + nn.Linear(config.hidden_dim // 2, 1), + ) + + def forward(self, features, boxes): # type: ignore[override] + batch = features.shape[0] + merged = torch.cat([features, boxes], dim=-1) + return self.net(merged.reshape(batch, -1)).squeeze(-1) +else: # pragma: no cover + class NaturalLayoutProposalNet: # type: ignore[override] + def __init__(self, *args, **kwargs): + raise RuntimeError("torch not available; install torch to use NaturalLayoutProposalNet") + + + class NaturalLayoutRanker: # type: ignore[override] + def __init__(self, *args, **kwargs): + raise RuntimeError("torch not available; install torch to use NaturalLayoutRanker") + + +def _role_value(value: Any) -> float: + return ROLE_PRIORITIES.get(str(value or "").strip(), 0.4) + + +def _depth_value(value: Any) -> float: + return DEPTH_VALUES.get(str(value or "").strip(), 0.55) + + +def _scene_value(value: Any) -> float: + return SCENE_VALUES.get(str(value or "").strip(), 0.2) + + +def encode_layout_row(row: Dict[str, Any], *, max_objects: int = 12) -> Dict[str, Any]: + layout_condition = row.get("layout_condition") or {} + objects = list(layout_condition.get("objects") or row.get("objects") or []) + boxes = list(row.get("object_boxes") or []) + relation_graph = list(row.get("relation_graph") or []) + canvas = layout_condition.get("canvas_size") or {"width": 1024, "height": 768} + width = max(1.0, float(canvas.get("width", 1024) or 1024)) + height = max(1.0, float(canvas.get("height", 768) or 768)) + degree_map: Dict[str, int] = {} + for edge in relation_graph: + source = str(edge.get("source") or "") + target = str(edge.get("target") or "") + if source: + degree_map[source] = degree_map.get(source, 0) + 1 + if target: + degree_map[target] = degree_map.get(target, 0) + 1 + feature_rows: List[List[float]] = [] + target_boxes: List[List[float]] = [] + mask: List[float] = [] + scene_value = _scene_value(layout_condition.get("scene_type") or row.get("scene_type")) + for index in range(max_objects): + if index < len(boxes): + box = boxes[index] + meta = objects[index] if index < len(objects) else {} + object_id = str(meta.get("id") or box.get("id") or f"obj_{index}") + x = float(box.get("x", 0.0)) / width + y = float(box.get("y", 0.0)) / height + w = float(box.get("width", 0.0)) / width + h = float(box.get("height", 0.0)) / height + rotation = float(box.get("rotation", 0.0)) / 45.0 + role = _role_value(meta.get("role")) + is_subject = 1.0 if role >= 0.95 else 0.0 + depth = _depth_value(meta.get("depth_band") or box.get("depth_band")) + degree = min(1.0, degree_map.get(object_id, 0) / 6.0) + importance = float(meta.get("importance", 1.0) or 1.0) + importance = max(0.0, min(1.0, importance / 3.0 if importance > 1.0 else importance)) + feature_rows.append([x, y, w, h, role, is_subject, depth, degree, scene_value, importance]) + target_boxes.append([x, y, w, h, rotation]) + mask.append(1.0) + else: + feature_rows.append([0.0] * 10) + target_boxes.append([0.0] * 5) + mask.append(0.0) + return { + "features": feature_rows, + "target_boxes": target_boxes, + "mask": mask, + "quality": float(row.get("layout_quality_score", row.get("naturalness_score", 0.8)) or 0.8), + "scene_type": str(layout_condition.get("scene_type") or row.get("scene_type") or "scene"), + } diff --git a/runtime/memory-api/core/nlg/__init__.py b/runtime/memory-api/core/nlg/__init__.py new file mode 100644 index 0000000..418f24f --- /dev/null +++ b/runtime/memory-api/core/nlg/__init__.py @@ -0,0 +1,6 @@ +"""NLG helpers for TMCRA.""" + +from .pattern_bank import PatternBank +from .path_realizer import realize_answer + +__all__ = ["PatternBank", "realize_answer"] diff --git a/runtime/memory-api/core/nlg/path_realizer.py b/runtime/memory-api/core/nlg/path_realizer.py new file mode 100644 index 0000000..08e68e6 --- /dev/null +++ b/runtime/memory-api/core/nlg/path_realizer.py @@ -0,0 +1,130 @@ +from __future__ import annotations + +import random +from typing import List + +from .pattern_bank import PatternBank + + +RELATION_CATEGORY_MAP = { + "导致": "causal", + "引起": "causal", + "造成": "causal", + "使得": "causal", + "触发": "causal", + "产生": "causal", + "因为": "causal", + "由于": "causal", + "causes": "causal", + "cause": "causal", + "leads to": "causal", + "lead to": "causal", + "results in": "causal", + "result in": "causal", + "drives": "causal", + "trigger": "causal", + "组成": "structural", + "构成": "structural", + "包含": "structural", + "包括": "structural", + "属于": "structural", + "是": "structural", + "具有": "property", + "具备": "property", + "属性": "property", + "特性": "property", + "used for": "functional", + "used to": "functional", + "用于": "functional", + "用来": "functional", + "适用于": "functional", + "能够": "functional", + "限制": "limiting", + "阻止": "limiting", + "抑制": "limiting", + "阻碍": "limiting", + "相关": "generic", + "related": "generic", + "related to": "generic", +} + +FALLBACK_PATTERNS = { + "causal": "{X}会导致{Y}", + "structural": "{X}由{Y}组成", + "property": "{X}具有{Y}", + "functional": "{X}用于{Y}", + "limiting": "{X}限制{Y}", + "generic": "{X}与{Y}相关", +} + + +def _category_for_relation(relation: str) -> str: + lowered = relation.lower() + for key, category in RELATION_CATEGORY_MAP.items(): + if key.lower() in lowered: + return category + return "generic" + + +def _realize_edge(pattern_bank: PatternBank, source: str, relation: str, target: str) -> str: + category = _category_for_relation(relation) + pattern = pattern_bank.pick(category) or FALLBACK_PATTERNS.get(category) + if not pattern: + pattern = "{X}与{Y}相关" + return pattern.replace("{X}", source).replace("{Y}", target) + + +def _decorate_with_connector(pattern_bank: PatternBank, sentence: str) -> str: + if not sentence: + return sentence + if random.random() < 0.6: + connector = pattern_bank.pick_connector() + if connector: + if sentence.startswith(connector): + return sentence + return f"{connector}，{sentence}" + return sentence + + +def realize_answer( + query: str, + concepts: List[str], + relations: List[str], + pattern_bank: PatternBank, + *, + intent: str = "general", +) -> str: + sentences: List[str] = [] + if concepts and relations and len(concepts) == len(relations) + 1: + for idx, relation in enumerate(relations): + sentence = _realize_edge(pattern_bank, concepts[idx], relation, concepts[idx + 1]) + sentences.append(sentence) + else: + for idx in range(len(concepts) - 1): + sentences.append(_realize_edge(pattern_bank, concepts[idx], "相关", concepts[idx + 1])) + + if not sentences: + return "暂未形成足够的概念关系，建议补充语料或知识库。" + + decorated: List[str] = [] + for idx, sentence in enumerate(sentences): + if idx == 0: + decorated.append(sentence) + else: + decorated.append(_decorate_with_connector(pattern_bank, sentence)) + + intro = pattern_bank.pick_intro(intent) + if not intro: + if intent == "necessity": + intro = "需要这样做的原因是：" + elif intent == "explanation": + intro = "其机理可以概括为：" + elif intent == "how_to": + intro = "关键步骤与原因如下：" + else: + intro = "" + + body = "。".join(decorated) + if intro: + return f"{intro}{body}。" + return f"{body}。" diff --git a/runtime/memory-api/core/nlg/pattern_bank.py b/runtime/memory-api/core/nlg/pattern_bank.py new file mode 100644 index 0000000..a34e6c1 --- /dev/null +++ b/runtime/memory-api/core/nlg/pattern_bank.py @@ -0,0 +1,54 @@ +from __future__ import annotations + +import json +import random +from pathlib import Path +from typing import Dict, List, Optional + + +class PatternBank: + """Lightweight pattern bank for relation-to-sentence patterns.""" + + def __init__(self, patterns: Dict[str, List[Dict]], meta: Optional[Dict] = None) -> None: + self.patterns = patterns + self.meta = meta or {} + + @classmethod + def load(cls, path: str) -> "PatternBank": + file_path = Path(path) + if not file_path.exists(): + return cls({}) + with file_path.open("r", encoding="utf-8") as handle: + data = json.load(handle) + if isinstance(data, dict) and "_meta" in data: + meta = data.get("_meta") or {} + patterns = {k: v for k, v in data.items() if k != "_meta"} + return cls(patterns or {}, meta=meta) + return cls(data or {}) + + def pick(self, category: str, *, top_k: int = 6) -> Optional[str]: + items = self.patterns.get(category, []) + if not items: + return None + items = sorted(items, key=lambda item: -item.get("count", 0)) + pool = items[: max(top_k, 1)] + weights = [max(item.get("count", 1), 1) for item in pool] + return random.choices([item.get("pattern") for item in pool], weights=weights, k=1)[0] + + def pick_connector(self) -> Optional[str]: + connectors = self.meta.get("connectors", []) + if not connectors: + return None + connectors = sorted(connectors, key=lambda item: -item.get("count", 0)) + pool = connectors[:6] + weights = [max(item.get("count", 1), 1) for item in pool] + return random.choices([item.get("text") for item in pool], weights=weights, k=1)[0] + + def pick_intro(self, intent: str) -> Optional[str]: + intros = self.meta.get("intros", {}).get(intent) + if not intros: + return None + intros = sorted(intros, key=lambda item: -item.get("count", 0)) + pool = intros[:4] + weights = [max(item.get("count", 1), 1) for item in pool] + return random.choices([item.get("text") for item in pool], weights=weights, k=1)[0] diff --git a/runtime/memory-api/core/object_sketch_backend.py b/runtime/memory-api/core/object_sketch_backend.py new file mode 100644 index 0000000..840b8d4 --- /dev/null +++ b/runtime/memory-api/core/object_sketch_backend.py @@ -0,0 +1,578 @@ +from __future__ import annotations + +import json +import math +import os +from collections import Counter +from functools import lru_cache +from pathlib import Path +from typing import Any, Dict, Iterable, List, Sequence + +from .sketch_style_spec import ( + build_stroke_style_profile, + default_part_graph, + default_readability_rank, + default_region_masks, + infer_sketch_family, +) +from .visual_prototypes import FAMILY_FALLBACKS, resolve_visual_prototype +from .default_model_paths import ( + LEGACY_OBJECT_STROKE_VARIANTS_PATH, + LEGACY_OBJECT_VARIANTS_PATH, + resolve_default_object_stroke_variants_path, + resolve_default_object_variants_path, +) + + +PROJECT_ROOT = Path(__file__).resolve().parents[1] +DATA_DIR = PROJECT_ROOT / "data" / "object_sketch" +DEFAULT_EXPORTED_VARIANTS_PATH = LEGACY_OBJECT_VARIANTS_PATH +DEFAULT_EXPORTED_STROKE_VARIANTS_PATH = LEGACY_OBJECT_STROKE_VARIANTS_PATH +EXPORTED_VARIANTS_PATH = DEFAULT_EXPORTED_VARIANTS_PATH +PUBLIC_SEED_PATH = DATA_DIR / "public_seed_dataset.jsonl" +MANUAL_SEED_PATH = DATA_DIR / "manual_seed_dataset.jsonl" + +DEMO_BACKEND_MODE = "hybrid_demo" +SCENE_OBJECT_CLASSES = ("building", "house", "window", "door", "tree", "cloud", "sun", "person", "car", "street_lamp", "table", "chair", "dog", "desk_lamp", "road") +PROCESS_MOTIF_CLASSES = ("cycle", "flow_node", "energy_wave", "vapor", "leaf", "raindrop", "airplane", "cell", "branch", "module") +SCHEMATIC_SYMBOL_CLASSES = ("battery", "led", "resistor", "capacitor", "diode", "board", "module", "branch", "flow_node") +TRAINED_DEMO_CLASSES = tuple(dict.fromkeys([*SCENE_OBJECT_CLASSES, *PROCESS_MOTIF_CLASSES, *SCHEMATIC_SYMBOL_CLASSES]).keys()) +CLASS_SCENE_MAP = {item: "scene" for item in SCENE_OBJECT_CLASSES} | {item: "process" for item in PROCESS_MOTIF_CLASSES} | {item: "schematic" for item in SCHEMATIC_SYMBOL_CLASSES} +STYLE_VARIANTS = ({"id": "scribble_line", "label": "Scribble line"}, {"id": "clean_line", "label": "Clean line"}) + + +def _copy(value: Any) -> Any: + return json.loads(json.dumps(value, ensure_ascii=False)) + + +def resolve_exported_variants_path() -> Path: + override = os.getenv("TMCRA_OBJECT_VARIANTS_PATH", "").strip() + if override: + return Path(override).expanduser() + return resolve_default_object_variants_path() + + +def resolve_exported_stroke_variants_path() -> Path: + override = os.getenv("TMCRA_OBJECT_STROKE_VARIANTS_PATH", "").strip() + if override: + return Path(override).expanduser() + return resolve_default_object_stroke_variants_path() + + +def _normalize_stroke_payload(payload: Any) -> List[List[List[float]]]: + strokes: List[List[List[float]]] = [] + for stroke in payload if isinstance(payload, list) else []: + if not isinstance(stroke, list): + continue + cleaned: List[List[float]] = [] + for point in stroke: + if not isinstance(point, (list, tuple)) or len(point) < 2: + continue + cleaned.append([max(0.0, min(1.0, float(point[0]))), max(0.0, min(1.0, float(point[1])))]) + if len(cleaned) >= 2: + strokes.append(cleaned) + return strokes + + +def _resolve_sketch_engine() -> str: + raw = str(os.getenv("TMCRA_SKETCH_ENGINE", "auto") or "auto").strip().lower() + if raw in {"mechanical", "mechanical_v1"}: + return "mechanical_v1" + if raw in {"natural", "natural_v1"}: + return "natural_v1" + return "auto" + + +def _shape(parts: List[Dict[str, Any]]) -> Dict[str, Any]: + return {"version": 1, "viewbox": [0, 0, 1, 1], "parts": parts} + + +def _rect(x: float, y: float, w: float, h: float, *, rx: float = 0.0, fill_role: str = "fill", stroke_role: str = "line", stroke_width: float = 0.02) -> Dict[str, Any]: + return {"kind": "rect", "x": x, "y": y, "w": w, "h": h, "rx": rx, "fill_role": fill_role, "stroke_role": stroke_role, "stroke_width": stroke_width, "opacity": 1.0} + + +def _ellipse(x: float, y: float, w: float, h: float, *, fill_role: str = "fill", stroke_role: str = "line", stroke_width: float = 0.02) -> Dict[str, Any]: + return {"kind": "ellipse", "x": x, "y": y, "w": w, "h": h, "fill_role": fill_role, "stroke_role": stroke_role, "stroke_width": stroke_width, "opacity": 1.0} + + +def _line(x1: float, y1: float, x2: float, y2: float, *, stroke_role: str = "line", stroke_width: float = 0.02, dash: List[float] | None = None) -> Dict[str, Any]: + part = {"kind": "line", "x1": x1, "y1": y1, "x2": x2, "y2": y2, "stroke_role": stroke_role, "stroke_width": stroke_width, "opacity": 1.0} + if dash: + part["dash"] = list(dash) + return part + + +def _polygon(points: Sequence[Sequence[float]], *, fill_role: str = "fill", stroke_role: str = "line", stroke_width: float = 0.02) -> Dict[str, Any]: + return {"kind": "polygon", "points": [[float(px), float(py)] for px, py in points], "fill_role": fill_role, "stroke_role": stroke_role, "stroke_width": stroke_width, "opacity": 1.0} + + +def _polyline(points: Sequence[Sequence[float]], *, stroke_role: str = "line", stroke_width: float = 0.02) -> Dict[str, Any]: + return {"kind": "polyline", "points": [[float(px), float(py)] for px, py in points], "stroke_role": stroke_role, "stroke_width": stroke_width, "opacity": 1.0} + + +def _variant(asset_key: str, suffix: str, label: str, parts: List[Dict[str, Any]], *, scene_type: str = "", source: str = "demo_library", confidence: float = 0.82) -> Dict[str, Any]: + resolved_scene = scene_type or CLASS_SCENE_MAP.get(asset_key, "scene") + family = infer_sketch_family(asset_key, scene_type=resolved_scene) + return { + "id": f"{asset_key}:{suffix}", + "label": label, + "asset_key": asset_key, + "shape_recipe": _shape(parts), + "source": source, + "confidence": float(confidence), + "style_variants": [item["id"] for item in STYLE_VARIANTS], + "default_style": "scribble_line", + "part_graph": default_part_graph(asset_key, scene_type=resolved_scene), + "region_masks": default_region_masks(asset_key, scene_type=resolved_scene), + "stroke_style_profile": build_stroke_style_profile(asset_key, scene_type=resolved_scene, style_variant="scribble_line", sketch_family=family), + "readability_rank": default_readability_rank(asset_key, scene_type=resolved_scene), + "sketch_family": family, + } + + +def _fallback_variant(asset_key: str, concept: str = "", scene_type: str = "scene") -> Dict[str, Any]: + prototype = resolve_visual_prototype(asset_key, concept, scene_type) + family = infer_sketch_family(asset_key, scene_type=scene_type) + return { + "id": f"{asset_key}:rule_base", + "label": f"{asset_key} base", + "asset_key": asset_key, + "shape_recipe": _copy(prototype.get("shape_recipe", {})), + "source": "rule_prototype", + "confidence": 0.64 if asset_key not in TRAINED_DEMO_CLASSES else 0.78, + "style_variants": [item["id"] for item in STYLE_VARIANTS], + "default_style": "scribble_line", + "part_graph": default_part_graph(asset_key, scene_type=scene_type), + "region_masks": default_region_masks(asset_key, scene_type=scene_type), + "stroke_style_profile": build_stroke_style_profile(asset_key, scene_type=scene_type, style_variant="scribble_line", sketch_family=family), + "readability_rank": default_readability_rank(asset_key, scene_type=scene_type), + "sketch_family": family, + } + + +@lru_cache(maxsize=1) +def _builtin_variant_library() -> Dict[str, List[Dict[str, Any]]]: + library = { + "building": [_variant("building", "city_block", "City block", [_rect(0.12, 0.1, 0.76, 0.88, rx=0.03), _rect(0.22, 0.2, 0.1, 0.1, fill_role="none", stroke_role="accent", stroke_width=0.014), _rect(0.42, 0.2, 0.1, 0.1, fill_role="none", stroke_role="accent", stroke_width=0.014), _rect(0.62, 0.2, 0.1, 0.1, fill_role="none", stroke_role="accent", stroke_width=0.014), _rect(0.44, 0.72, 0.12, 0.24, fill_role="none", stroke_role="accent", stroke_width=0.014)], confidence=0.84)], + "house": [_variant("house", "gable", "Gable house", [_polygon([[0.5, 0.02], [0.08, 0.34], [0.92, 0.34]]), _rect(0.16, 0.34, 0.68, 0.62, rx=0.03), _rect(0.42, 0.58, 0.16, 0.38, fill_role="none", stroke_role="accent", stroke_width=0.014), _rect(0.24, 0.46, 0.12, 0.12, fill_role="none", stroke_role="accent", stroke_width=0.014), _rect(0.64, 0.46, 0.12, 0.12, fill_role="none", stroke_role="accent", stroke_width=0.014)], confidence=0.84)], + "window": [_variant("window", "cross", "Window", [_rect(0.08, 0.08, 0.84, 0.84, rx=0.04), _line(0.5, 0.1, 0.5, 0.9, stroke_role="accent", stroke_width=0.018), _line(0.1, 0.5, 0.9, 0.5, stroke_role="accent", stroke_width=0.018)], confidence=0.84)], + "door": [_variant("door", "rounded", "Rounded door", [_rect(0.14, 0.06, 0.72, 0.9, rx=0.14), _ellipse(0.7, 0.5, 0.06, 0.06, fill_role="accent_fill", stroke_role="accent", stroke_width=0.01)], confidence=0.82)], + "tree": [_variant("tree", "round_canopy", "Round canopy", [_rect(0.44, 0.58, 0.12, 0.38, fill_role="region_alt", stroke_role="line", stroke_width=0.018), _ellipse(0.22, 0.16, 0.56, 0.42), _ellipse(0.08, 0.34, 0.28, 0.24), _ellipse(0.62, 0.32, 0.22, 0.22)], confidence=0.86)], + "cloud": [_variant("cloud", "puffy", "Puffy cloud", [_ellipse(0.06, 0.42, 0.3, 0.26), _ellipse(0.28, 0.2, 0.34, 0.34), _ellipse(0.54, 0.36, 0.28, 0.24), _line(0.16, 0.72, 0.78, 0.72, stroke_width=0.016)], confidence=0.87)], + "sun": [_variant("sun", "classic", "Classic sun", [_ellipse(0.24, 0.24, 0.52, 0.52), _line(0.5, 0.0, 0.5, 0.18, stroke_role="accent", stroke_width=0.018), _line(0.5, 0.82, 0.5, 1.0, stroke_role="accent", stroke_width=0.018), _line(0.0, 0.5, 0.18, 0.5, stroke_role="accent", stroke_width=0.018), _line(0.82, 0.5, 1.0, 0.5, stroke_role="accent", stroke_width=0.018)], confidence=0.87)], + "person": [_variant("person", "standing", "Standing person", [_ellipse(0.36, 0.04, 0.28, 0.22), _line(0.5, 0.28, 0.5, 0.68, stroke_width=0.024), _line(0.5, 0.38, 0.24, 0.52, stroke_width=0.02), _line(0.5, 0.38, 0.76, 0.52, stroke_width=0.02), _line(0.5, 0.68, 0.26, 0.98, stroke_width=0.02), _line(0.5, 0.68, 0.74, 0.98, stroke_width=0.02)], confidence=0.86)], + "car": [_variant("car", "sedan", "Sedan", [_rect(0.08, 0.42, 0.84, 0.3, rx=0.12), _polygon([[0.24, 0.42], [0.36, 0.18], [0.7, 0.18], [0.82, 0.42]]), _ellipse(0.2, 0.72, 0.18, 0.18, fill_role="region_alt", stroke_width=0.018), _ellipse(0.62, 0.72, 0.18, 0.18, fill_role="region_alt", stroke_width=0.018)], confidence=0.87)], + "street_lamp": [_variant("street_lamp", "classic", "Classic lamp", [_line(0.5, 0.98, 0.5, 0.14, stroke_width=0.034), _line(0.5, 0.16, 0.86, 0.16, stroke_width=0.026), _ellipse(0.76, 0.22, 0.14, 0.14, fill_role="accent_fill", stroke_role="accent", stroke_width=0.01)], confidence=0.84)], + "table": [_variant("table", "desk", "Desk", [_rect(0.1, 0.18, 0.8, 0.16, rx=0.04), _line(0.2, 0.34, 0.2, 0.96, stroke_width=0.028), _line(0.8, 0.34, 0.8, 0.96, stroke_width=0.028)], confidence=0.83)], + "chair": [_variant("chair", "straight", "Straight chair", [_rect(0.28, 0.12, 0.34, 0.2, rx=0.06), _line(0.3, 0.32, 0.3, 0.96, stroke_width=0.024), _line(0.62, 0.32, 0.62, 0.96, stroke_width=0.024), _line(0.62, 0.14, 0.8, 0.02, stroke_width=0.022), _line(0.8, 0.02, 0.8, 0.68, stroke_width=0.022)], confidence=0.83)], + "dog": [_variant("dog", "standing", "Standing dog", [_ellipse(0.2, 0.34, 0.54, 0.3), _ellipse(0.66, 0.24, 0.22, 0.18), _line(0.26, 0.64, 0.22, 0.98, stroke_width=0.022), _line(0.44, 0.64, 0.42, 0.98, stroke_width=0.022), _line(0.62, 0.64, 0.62, 0.98, stroke_width=0.022), _line(0.16, 0.42, 0.04, 0.24, stroke_width=0.022)], confidence=0.82)], + "desk_lamp": [_variant("desk_lamp", "task", "Task lamp", [_line(0.38, 0.98, 0.48, 0.62, stroke_width=0.028), _line(0.48, 0.62, 0.64, 0.34, stroke_width=0.024), _polygon([[0.58, 0.28], [0.8, 0.18], [0.72, 0.42]], fill_role="none", stroke_role="line", stroke_width=0.022), _ellipse(0.16, 0.9, 0.32, 0.08, fill_role="region_alt")], confidence=0.82)], + "road": [_variant("road", "perspective", "Perspective road", [_polygon([[0.32, 0.18], [0.68, 0.18], [0.94, 0.96], [0.06, 0.96]], fill_role="region_alt"), _line(0.5, 0.26, 0.5, 0.94, stroke_role="accent", stroke_width=0.016, dash=[0.06])], confidence=0.82)], + "cycle": [_variant("cycle", "loop", "Cycle loop", [_ellipse(0.16, 0.18, 0.68, 0.68, fill_role="none", stroke_role="line", stroke_width=0.028), _polygon([[0.62, 0.18], [0.88, 0.28], [0.7, 0.42]], fill_role="accent_fill", stroke_role="accent", stroke_width=0.01), _polygon([[0.22, 0.82], [0.1, 0.58], [0.34, 0.64]], fill_role="accent_fill", stroke_role="accent", stroke_width=0.01)], scene_type="process", confidence=0.84)], + "flow_node": [_variant("flow_node", "stage_card", "Stage node", [_rect(0.12, 0.2, 0.76, 0.52, rx=0.16), _line(0.24, 0.34, 0.76, 0.34, stroke_role="accent", stroke_width=0.018), _line(0.24, 0.52, 0.62, 0.52, stroke_width=0.016), _line(0.78, 0.46, 0.9, 0.46, stroke_role="accent", stroke_width=0.016)], scene_type="process", confidence=0.82)], + "energy_wave": [_variant("energy_wave", "arc", "Energy arc", [_polyline([[0.08, 0.68], [0.24, 0.48], [0.4, 0.62], [0.56, 0.34], [0.72, 0.48], [0.9, 0.2]], stroke_role="accent", stroke_width=0.032), _polyline([[0.12, 0.84], [0.3, 0.68], [0.46, 0.82], [0.62, 0.56], [0.78, 0.68]], stroke_width=0.018)], scene_type="process", confidence=0.8)], + "vapor": [_variant("vapor", "steam", "Steam plume", [_polyline([[0.28, 0.92], [0.24, 0.72], [0.32, 0.54], [0.26, 0.34], [0.36, 0.16]], stroke_width=0.026), _polyline([[0.48, 0.92], [0.44, 0.68], [0.54, 0.5], [0.46, 0.28], [0.58, 0.08]], stroke_width=0.026), _polyline([[0.68, 0.92], [0.64, 0.72], [0.72, 0.56], [0.66, 0.36], [0.74, 0.18]], stroke_width=0.026)], scene_type="process", confidence=0.82)], + "leaf": [_variant("leaf", "simple", "Leaf", [_polygon([[0.5, 0.04], [0.82, 0.48], [0.5, 0.96], [0.18, 0.48]]), _line(0.5, 0.1, 0.5, 0.9, stroke_role="accent", stroke_width=0.016), _line(0.5, 0.44, 0.72, 0.28, stroke_role="accent", stroke_width=0.012)], scene_type="process", confidence=0.82)], + "raindrop": [_variant("raindrop", "drop", "Raindrop", [_polygon([[0.5, 0.02], [0.78, 0.42], [0.66, 0.82], [0.34, 0.82], [0.22, 0.42]])], scene_type="process", confidence=0.82)], + "airplane": [_variant("airplane", "jet", "Jet", [_polyline([[0.08, 0.5], [0.52, 0.5], [0.72, 0.3], [0.88, 0.36], [0.7, 0.5], [0.88, 0.64], [0.72, 0.7], [0.52, 0.5]], stroke_width=0.028), _line(0.42, 0.5, 0.28, 0.24, stroke_width=0.02), _line(0.42, 0.5, 0.28, 0.76, stroke_width=0.02)], scene_type="process", confidence=0.82)], + "cell": [_variant("cell", "nucleus", "Cell", [_ellipse(0.08, 0.12, 0.84, 0.76), _ellipse(0.36, 0.32, 0.28, 0.24, fill_role="region_alt"), _ellipse(0.26, 0.26, 0.12, 0.1, fill_role="none", stroke_role="accent", stroke_width=0.014)], scene_type="process", confidence=0.82)], + "battery": [_variant("battery", "cell", "Battery cell", [_line(0.08, 0.5, 0.34, 0.5, stroke_width=0.022), _line(0.42, 0.18, 0.42, 0.82, stroke_width=0.026), _line(0.58, 0.28, 0.58, 0.72, stroke_width=0.02), _line(0.66, 0.5, 0.92, 0.5, stroke_width=0.022)], scene_type="schematic", confidence=0.84)], + "led": [_variant("led", "symbol", "LED symbol", [_line(0.06, 0.5, 0.22, 0.5, stroke_width=0.022), _polygon([[0.24, 0.2], [0.24, 0.8], [0.62, 0.5]]), _line(0.68, 0.18, 0.68, 0.82, stroke_width=0.024), _line(0.68, 0.5, 0.94, 0.5, stroke_width=0.022), _line(0.66, 0.24, 0.86, 0.1, stroke_role="accent", stroke_width=0.016), _line(0.62, 0.46, 0.86, 0.26, stroke_role="accent", stroke_width=0.016)], scene_type="schematic", confidence=0.84)], + "resistor": [_variant("resistor", "zigzag", "Resistor", [_line(0.04, 0.5, 0.18, 0.5, stroke_width=0.022), _polyline([[0.18, 0.5], [0.28, 0.24], [0.4, 0.76], [0.52, 0.24], [0.64, 0.76], [0.76, 0.24], [0.86, 0.5]], stroke_width=0.024), _line(0.86, 0.5, 0.98, 0.5, stroke_width=0.022)], scene_type="schematic", confidence=0.83)], + "capacitor": [_variant("capacitor", "parallel", "Capacitor", [_line(0.08, 0.5, 0.36, 0.5, stroke_width=0.022), _line(0.42, 0.18, 0.42, 0.82, stroke_width=0.026), _line(0.58, 0.18, 0.58, 0.82, stroke_width=0.026), _line(0.64, 0.5, 0.92, 0.5, stroke_width=0.022)], scene_type="schematic", confidence=0.82)], + "diode": [_variant("diode", "standard", "Diode", [_line(0.06, 0.5, 0.22, 0.5, stroke_width=0.022), _polygon([[0.24, 0.22], [0.24, 0.78], [0.6, 0.5]]), _line(0.64, 0.18, 0.64, 0.82, stroke_width=0.024), _line(0.66, 0.5, 0.94, 0.5, stroke_width=0.022)], scene_type="schematic", confidence=0.82)], + "board": [_variant("board", "chip", "Board module", [_rect(0.12, 0.14, 0.76, 0.72, rx=0.06), _rect(0.24, 0.26, 0.28, 0.22, fill_role="none", stroke_role="accent", stroke_width=0.014), _rect(0.58, 0.28, 0.14, 0.18, fill_role="none", stroke_role="accent", stroke_width=0.014), _line(0.08, 0.22, 0.12, 0.22, stroke_width=0.016), _line(0.88, 0.28, 0.92, 0.28, stroke_width=0.016)], scene_type="schematic", confidence=0.8)], + "module": [_variant("module", "io", "I/O module", [_rect(0.1, 0.18, 0.8, 0.62, rx=0.08), _line(0.22, 0.32, 0.78, 0.32, stroke_role="accent", stroke_width=0.016), _ellipse(0.14, 0.48, 0.08, 0.08, fill_role="accent_fill", stroke_role="accent", stroke_width=0.01), _ellipse(0.78, 0.48, 0.08, 0.08, fill_role="accent_fill", stroke_role="accent", stroke_width=0.01)], scene_type="schematic", confidence=0.8)], + "branch": [_variant("branch", "split", "Split branch", [_line(0.12, 0.5, 0.46, 0.5, stroke_width=0.026), _line(0.46, 0.5, 0.78, 0.24, stroke_width=0.022), _line(0.46, 0.5, 0.78, 0.76, stroke_width=0.022), _ellipse(0.78, 0.18, 0.1, 0.1, fill_role="accent_fill", stroke_role="accent", stroke_width=0.01), _ellipse(0.78, 0.72, 0.1, 0.1, fill_role="accent_fill", stroke_role="accent", stroke_width=0.01)], scene_type="schematic", confidence=0.76)], + } + return library + + +def _coerce_variant(asset_key: str, raw: Dict[str, Any]) -> Dict[str, Any]: + item = _copy(raw) + scene_type = CLASS_SCENE_MAP.get(asset_key, "scene") + family = infer_sketch_family(asset_key, scene_type=scene_type) + variant_id = str(item.get("id") or f"{asset_key}:external") + stroke_payload = _normalize_stroke_payload(item.get("stroke_payload")) + shape_recipe = _copy(item.get("shape_recipe") or {}) + if not stroke_payload and shape_recipe: + stroke_payload = shape_recipe_to_strokes(shape_recipe) + if not shape_recipe and stroke_payload: + shape_recipe = strokes_to_shape_recipe(stroke_payload) + render_representation = str(item.get("render_representation") or ("stroke_native" if stroke_payload else "shape_recipe")) + stroke_variant_id = str(item.get("stroke_variant_id") or variant_id) + return { + "id": variant_id, + "label": str(item.get("label") or variant_id), + "asset_key": asset_key, + "shape_recipe": shape_recipe, + "source": str(item.get("source") or "trained_export"), + "confidence": float(item.get("confidence", 0.8) or 0.8), + "style_variants": list(item.get("style_variants") or [style["id"] for style in STYLE_VARIANTS]), + "default_style": str(item.get("default_style") or "scribble_line"), + "part_graph": _copy(item.get("part_graph") or default_part_graph(asset_key, scene_type=scene_type)), + "region_masks": _copy(item.get("region_masks") or default_region_masks(asset_key, scene_type=scene_type)), + "stroke_style_profile": _copy(item.get("stroke_style_profile") or build_stroke_style_profile(asset_key, scene_type=scene_type, style_variant=str(item.get("default_style") or "scribble_line"), sketch_family=family)), + "stroke_payload": stroke_payload, + "stroke_variant_id": stroke_variant_id, + "stroke_payload_source": str(item.get("stroke_payload_source") or item.get("source") or "trained_export"), + "stroke_render_profile": _copy(item.get("stroke_render_profile") or item.get("stroke_style_profile") or build_stroke_style_profile(asset_key, scene_type=scene_type, style_variant=str(item.get("default_style") or "scribble_line"), sketch_family=family)), + "render_representation": render_representation, + "readability_rank": int(item.get("readability_rank", default_readability_rank(asset_key, scene_type=scene_type)) or default_readability_rank(asset_key, scene_type=scene_type)), + "sketch_family": str(item.get("sketch_family") or family), + } + + +@lru_cache(maxsize=8) +def _load_exported_variant_library_cached(path_key: str) -> Dict[str, List[Dict[str, Any]]]: + export_path = Path(path_key) + if not export_path.exists(): + return {} + try: + payload = json.loads(export_path.read_text(encoding="utf-8")) + except Exception: + return {} + raw_variants = payload.get("variants") if isinstance(payload, dict) else {} + if not isinstance(raw_variants, dict): + return {} + library: Dict[str, List[Dict[str, Any]]] = {} + for asset_key, variants in raw_variants.items(): + if not isinstance(variants, list): + continue + cleaned = [_coerce_variant(str(asset_key), item) for item in variants if isinstance(item, dict)] + if cleaned: + library[str(asset_key)] = cleaned + return library + + +def load_exported_variant_library() -> Dict[str, List[Dict[str, Any]]]: + return _load_exported_variant_library_cached(str(resolve_exported_variants_path().resolve())) + + +@lru_cache(maxsize=8) +def _load_exported_stroke_variant_library_cached(path_key: str) -> Dict[str, List[Dict[str, Any]]]: + export_path = Path(path_key) + if not export_path.exists(): + return {} + try: + payload = json.loads(export_path.read_text(encoding="utf-8")) + except Exception: + return {} + raw_variants = payload.get("variants") if isinstance(payload, dict) else {} + if not isinstance(raw_variants, dict): + return {} + library: Dict[str, List[Dict[str, Any]]] = {} + for asset_key, variants in raw_variants.items(): + if not isinstance(variants, list): + continue + cleaned = [_coerce_variant(str(asset_key), item) for item in variants if isinstance(item, dict)] + if cleaned: + library[str(asset_key)] = cleaned + return library + + +def load_exported_stroke_variant_library() -> Dict[str, List[Dict[str, Any]]]: + return _load_exported_stroke_variant_library_cached(str(resolve_exported_stroke_variants_path().resolve())) + + +def _merge_variants(items: Iterable[Dict[str, Any]]) -> List[Dict[str, Any]]: + unique: Dict[str, Dict[str, Any]] = {} + for item in items: + variant_id = str(item.get("id") or "") + if variant_id: + unique[variant_id] = _copy(item) + return list(unique.values()) + + +def list_object_shape_variants(asset_key: str, concept: str = "", scene_type: str = "scene") -> List[Dict[str, Any]]: + key = str(asset_key or "").strip() or FAMILY_FALLBACKS.get(scene_type, "blob") + return _merge_variants([ + *load_exported_variant_library().get(key, []), + *_builtin_variant_library().get(key, []), + _fallback_variant(key, concept, scene_type), + *load_exported_stroke_variant_library().get(key, []), + ]) + + +def _stable_index(key: str, total: int) -> int: + if total <= 0: + return 0 + return sum((index + 1) * ord(char) for index, char in enumerate(key)) % total + + +def _normalize_style_variant_id(style_variant: str | None) -> str: + raw = str(style_variant or "").strip().lower() + if raw in {"minimal", "clean", "clean_line"}: + return "clean_line" + if raw in {"line_art", "scribble", "scribble_line"}: + return "scribble_line" + return raw or "" + + +def _resolve_default_style_variant(asset_key: str, scene_type: str, style_variant: str | None) -> str: + explicit = _normalize_style_variant_id(style_variant) + if explicit: + return explicit + env_default = _normalize_style_variant_id(os.getenv("TMCRA_GENERATION_STYLE_DEFAULT", "")) + if env_default: + return env_default + if asset_key in SCENE_OBJECT_CLASSES or scene_type == "scene": + return "clean_line" + return "scribble_line" + + +def _resolve_variant_selection_policy() -> str: + raw = str(os.getenv("TMCRA_OBJECT_VARIANT_POLICY", "current_generation_v1") or "").strip().lower() + if raw in {"stable", "legacy_stable", "legacy"}: + return "legacy_stable" + return "current_generation_v1" + + +def _source_selection_bonus( + asset_key: str, + *, + scene_type: str, + source: str, + render_representation: str, +) -> float: + if scene_type == "scene" and asset_key in SCENE_OBJECT_CLASSES: + if source == "demo_library": + return 1.0 + if source == "rule_prototype": + return 0.82 + if source.startswith("trained_export") and render_representation == "stroke_native": + return 0.35 + if source.startswith("trained_export"): + return 0.78 + if source == "demo_library": + return 0.58 + if source == "rule_prototype": + return 0.42 + return 0.0 + + +def _variant_priority_tuple( + asset_key: str, + variant: Dict[str, Any], + *, + concept: str, + scene_type: str, + preferred_style: str, + stroke_seed: int | str | None, +) -> tuple[float, ...]: + styles = {_normalize_style_variant_id(item) for item in (variant.get("style_variants") or [])} + default_style = _normalize_style_variant_id(variant.get("default_style")) + source = str(variant.get("source") or "") + confidence = float(variant.get("confidence", 0.0) or 0.0) + readability = float(variant.get("readability_rank", default_readability_rank(asset_key, scene_type=scene_type)) or 0.0) + stroke_payload = _normalize_stroke_payload(variant.get("stroke_payload")) + render_representation = str(variant.get("render_representation") or "") + sketch_engine = _resolve_sketch_engine() + style_hit = 1.0 if preferred_style and preferred_style in styles else 0.0 + style_default_hit = 1.0 if preferred_style and default_style == preferred_style else 0.0 + clean_bonus = 1.0 if "clean_line" in styles else 0.0 + source_bonus = _source_selection_bonus( + asset_key, + scene_type=scene_type, + source=source, + render_representation=render_representation, + ) + native_stroke_bonus = 1.0 if stroke_payload and render_representation == "stroke_native" else 0.0 + natural_engine_bonus = 1.0 if stroke_payload and sketch_engine != "mechanical_v1" else 0.0 + scene_clean_bonus = 1.0 if preferred_style == "clean_line" and (asset_key in SCENE_OBJECT_CLASSES or scene_type == "scene") else 0.0 + tie_break = -float(_stable_index(f"{asset_key}|{concept}|{variant.get('id') or ''}|{stroke_seed or ''}", 1_000_000)) + return ( + style_hit, + confidence, + source_bonus, + readability, + style_default_hit, + scene_clean_bonus * clean_bonus, + clean_bonus, + natural_engine_bonus, + native_stroke_bonus, + tie_break, + ) + + +def resolve_object_shape(asset_key: str, *, concept: str = "", scene_type: str = "scene", preferred_variant_id: str | None = None, style_variant: str | None = None, stroke_seed: int | str | None = None) -> Dict[str, Any]: + variants = list_object_shape_variants(asset_key, concept, scene_type) + variant_map = {item["id"]: item for item in variants} + preferred_style = _resolve_default_style_variant(asset_key, scene_type, style_variant) + explicit_variant = variant_map.get(str(preferred_variant_id or "").strip()) + if explicit_variant: + chosen = explicit_variant + selection_policy = "preferred_variant_id" + elif _resolve_variant_selection_policy() == "legacy_stable": + chosen = variants[_stable_index(f"{asset_key}|{concept}|{stroke_seed or ''}", len(variants))] + selection_policy = "legacy_stable" + else: + chosen = max( + variants, + key=lambda item: _variant_priority_tuple( + asset_key, + item, + concept=concept, + scene_type=scene_type, + preferred_style=preferred_style, + stroke_seed=stroke_seed, + ), + ) + selection_policy = "current_generation_v1" + source = str(chosen.get("source") or "rule_prototype") + sketch_engine = _resolve_sketch_engine() + stroke_payload = _normalize_stroke_payload(chosen.get("stroke_payload")) + shape_recipe = _copy(chosen.get("shape_recipe") or {}) + if not stroke_payload and shape_recipe: + stroke_payload = shape_recipe_to_strokes(shape_recipe) + render_representation = "shape_recipe" if sketch_engine == "mechanical_v1" else str(chosen.get("render_representation") or ("stroke_native" if stroke_payload else "shape_recipe")) + if render_representation == "stroke_native" and not stroke_payload: + render_representation = "shape_recipe" + sketch_backend = "trained" if source.startswith("trained_export") else "hybrid" if asset_key in TRAINED_DEMO_CLASSES else "rule" + return { + "sketch_backend": sketch_backend, + "shape_variant_id": chosen["id"], + "shape_recipe": shape_recipe, + "shape_recipe_source": source, + "shape_confidence": float(chosen.get("confidence", 0.78) or 0.78), + "stroke_seed": str(stroke_seed or ""), + "style_variant": preferred_style or str(chosen.get("default_style") or "scribble_line"), + "part_graph": _copy(chosen.get("part_graph") or []), + "region_masks": _copy(chosen.get("region_masks") or []), + "stroke_style_profile": _copy(chosen.get("stroke_style_profile") or {}), + "render_representation": render_representation, + "stroke_variant_id": str(chosen.get("stroke_variant_id") or chosen["id"]), + "stroke_payload": stroke_payload, + "stroke_payload_source": str(chosen.get("stroke_payload_source") or source), + "stroke_render_profile": _copy(chosen.get("stroke_render_profile") or chosen.get("stroke_style_profile") or {}), + "readability_rank": int(chosen.get("readability_rank", default_readability_rank(asset_key, scene_type=scene_type)) or default_readability_rank(asset_key, scene_type=scene_type)), + "sketch_family": str(chosen.get("sketch_family") or infer_sketch_family(asset_key, scene_type=scene_type)), + "variant_selection_policy": selection_policy, + "available_shape_variants": [{"id": item["id"], "label": item.get("label", item["id"]), "asset_key": item.get("asset_key", asset_key), "source": item.get("source", "rule_prototype"), "confidence": float(item.get("confidence", 0.75) or 0.75), "style_variants": list(item.get("style_variants") or [style["id"] for style in STYLE_VARIANTS]), "shape_recipe": _copy(item.get("shape_recipe") or {}), "part_graph": _copy(item.get("part_graph") or []), "region_masks": _copy(item.get("region_masks") or []), "stroke_style_profile": _copy(item.get("stroke_style_profile") or {}), "readability_rank": item.get("readability_rank"), "sketch_family": item.get("sketch_family"), "render_representation": item.get("render_representation"), "stroke_variant_id": item.get("stroke_variant_id"), "stroke_payload_source": item.get("stroke_payload_source"), "stroke_render_profile": _copy(item.get("stroke_render_profile") or {}), "stroke_payload": _normalize_stroke_payload(item.get("stroke_payload"))} for item in variants], + } + + +def summarize_scene_backend(scene_spec: Dict[str, Any] | None) -> Dict[str, Any]: + objects = list((scene_spec or {}).get("object_instances") or []) + return { + "mode": DEMO_BACKEND_MODE, + "object_count": len(objects), + "backend_counts": dict(Counter(str(item.get("sketch_backend") or "rule") for item in objects)), + "source_counts": dict(Counter(str(item.get("shape_recipe_source") or "rule_prototype") for item in objects)), + "render_representation_counts": dict(Counter(str(item.get("render_representation") or "shape_recipe") for item in objects)), + "family_counts": dict(Counter(str(item.get("sketch_family") or "") for item in objects if item.get("sketch_family"))), + "trained_class_count": len(TRAINED_DEMO_CLASSES), + "export_library_loaded": bool(load_exported_variant_library()), + "stroke_export_library_loaded": bool(load_exported_stroke_variant_library()), + } + + +def scene_shape_variant_payload(scene_spec: Dict[str, Any] | None) -> Dict[str, Any]: + objects = list((scene_spec or {}).get("object_instances") or []) + return { + "available_shape_variants": {str(item.get("id")): [{"id": variant.get("id"), "label": variant.get("label"), "source": variant.get("source"), "confidence": variant.get("confidence"), "style_variants": variant.get("style_variants"), "readability_rank": variant.get("readability_rank"), "sketch_family": variant.get("sketch_family")} for variant in list(item.get("available_shape_variants") or [])] for item in objects if item.get("id")}, + "shape_variant_id": {str(item.get("id")): str(item.get("shape_variant_id") or "") for item in objects if item.get("id")}, + "shape_recipe_source": {str(item.get("id")): str(item.get("shape_recipe_source") or "") for item in objects if item.get("id")}, + "render_representation": {str(item.get("id")): str(item.get("render_representation") or "shape_recipe") for item in objects if item.get("id")}, + "stroke_variant_id": {str(item.get("id")): str(item.get("stroke_variant_id") or "") for item in objects if item.get("id")}, + "stroke_payload_source": {str(item.get("id")): str(item.get("stroke_payload_source") or "") for item in objects if item.get("id")}, + "region_masks": {str(item.get("id")): _copy(item.get("region_masks") or []) for item in objects if item.get("id")}, + } + + +def _resample_points(points: Sequence[Sequence[float]], target_points: int) -> List[List[float]]: + cleaned = [[float(px), float(py)] for px, py in points] + if not cleaned: + return [] + if len(cleaned) == 1: + return cleaned * max(1, target_points) + distances = [0.0] + for index in range(1, len(cleaned)): + distances.append(distances[-1] + math.dist(cleaned[index - 1], cleaned[index])) + total = distances[-1] + if total <= 1e-6: + return [cleaned[0] for _ in range(max(1, target_points))] + sampled: List[List[float]] = [] + for step in range(max(1, target_points)): + target = total * step / max(1, target_points - 1) + for index in range(1, len(cleaned)): + if distances[index] >= target: + start = cleaned[index - 1] + end = cleaned[index] + span = max(1e-6, distances[index] - distances[index - 1]) + ratio = (target - distances[index - 1]) / span + sampled.append([start[0] + (end[0] - start[0]) * ratio, start[1] + (end[1] - start[1]) * ratio]) + break + else: + sampled.append(cleaned[-1]) + return sampled + + +def _shape_part_to_points(part: Dict[str, Any], sample_points: int = 24) -> List[List[float]]: + kind = str(part.get("kind") or "").lower() + if kind == "line": + return [[float(part.get("x1", 0.0)), float(part.get("y1", 0.0))], [float(part.get("x2", 0.0)), float(part.get("y2", 0.0))]] + if kind in {"polyline", "polygon"}: + points = [[float(px), float(py)] for px, py in part.get("points") or []] + return points + ([points[0]] if kind == "polygon" and points else []) + if kind == "rect": + x, y, w, h = float(part.get("x", 0.0)), float(part.get("y", 0.0)), float(part.get("w", 0.0)), float(part.get("h", 0.0)) + return [[x, y], [x + w, y], [x + w, y + h], [x, y + h], [x, y]] + if kind == "ellipse": + x, y, w, h = float(part.get("x", 0.0)), float(part.get("y", 0.0)), float(part.get("w", 0.0)), float(part.get("h", 0.0)) + cx, cy, rx, ry = x + w / 2.0, y + h / 2.0, w / 2.0, h / 2.0 + return [[cx + math.cos(2 * math.pi * step / sample_points) * rx, cy + math.sin(2 * math.pi * step / sample_points) * ry] for step in range(sample_points + 1)] + return [] + + +def shape_recipe_to_strokes(shape_recipe: Dict[str, Any], *, max_strokes: int = 8, points_per_stroke: int = 32) -> List[List[List[float]]]: + strokes: List[List[List[float]]] = [] + for part in list((shape_recipe or {}).get("parts") or []): + points = _shape_part_to_points(part, sample_points=max(12, points_per_stroke)) + if points: + strokes.append(_resample_points(points, points_per_stroke)) + if len(strokes) >= max_strokes: + break + return strokes + + +def strokes_to_shape_recipe(strokes: Sequence[Sequence[Sequence[float]]], *, stroke_width: float = 0.02, stroke_role: str = "line") -> Dict[str, Any]: + return _shape([{"kind": "polyline", "points": [[max(0.0, min(1.0, float(px))), max(0.0, min(1.0, float(py)))] for px, py in stroke], "stroke_role": stroke_role, "stroke_width": stroke_width, "opacity": 1.0} for stroke in strokes if len(stroke) >= 2]) + + +def _load_seed_rows(path: Path) -> List[Dict[str, Any]]: + if not path.exists(): + return [] + rows: List[Dict[str, Any]] = [] + for line in path.read_text(encoding="utf-8").splitlines(): + if not line.strip(): + continue + try: + item = json.loads(line) + except Exception: + continue + if isinstance(item, dict): + rows.append(item) + return rows + + +def bootstrap_training_rows() -> List[Dict[str, Any]]: + rows: List[Dict[str, Any]] = [] + seen: set[tuple[str, str, str]] = set() + for row in [*_load_seed_rows(PUBLIC_SEED_PATH), *_load_seed_rows(MANUAL_SEED_PATH)]: + key = (str(row.get("class_id") or ""), str(row.get("style_id") or ""), str(row.get("variant_id") or "seed")) + if all(key) and key not in seen: + rows.append(_copy(row)) + seen.add(key) + for asset_key in TRAINED_DEMO_CLASSES: + scene_type = CLASS_SCENE_MAP.get(asset_key, "scene") + for variant in list_object_shape_variants(asset_key, asset_key, scene_type): + if str(variant.get("source") or "") == "rule_prototype": + continue + for style in STYLE_VARIANTS: + key = (asset_key, style["id"], str(variant.get("id") or "")) + if key in seen: + continue + rows.append({"class_id": asset_key, "scene_type": scene_type, "style_id": style["id"], "variant_id": variant["id"], "strokes": shape_recipe_to_strokes(variant.get("shape_recipe") or {}), "shape_recipe": _copy(variant.get("shape_recipe") or {}), "region_masks": _copy(variant.get("region_masks") or []), "part_graph": _copy(variant.get("part_graph") or []), "stroke_style_profile": _copy(variant.get("stroke_style_profile") or {}), "sketch_family": str(variant.get("sketch_family") or infer_sketch_family(asset_key, scene_type=scene_type)), "readability_rank": int(variant.get("readability_rank", default_readability_rank(asset_key, scene_type=scene_type)) or default_readability_rank(asset_key, scene_type=scene_type)), "source": str(variant.get("source") or "demo_library")}) + seen.add(key) + return rows diff --git a/runtime/memory-api/core/object_sketch_dataset.py b/runtime/memory-api/core/object_sketch_dataset.py new file mode 100644 index 0000000..f8b067e --- /dev/null +++ b/runtime/memory-api/core/object_sketch_dataset.py @@ -0,0 +1,791 @@ +from __future__ import annotations + +import hashlib +import json +import math +import random +from dataclasses import asdict, dataclass +from pathlib import Path +from typing import Any, Dict, Iterable, Iterator, List, Sequence + +import torch +from torch.utils.data import Dataset + +from .object_sketch_backend import ( + STYLE_VARIANTS, + list_object_shape_variants, + shape_recipe_to_strokes, + strokes_to_shape_recipe, +) +from .sketch_style_spec import ( + build_stroke_style_profile, + default_part_graph, + default_readability_rank, + default_region_masks, + infer_sketch_family, +) + + +TRAINING_STYLE_IDS = tuple(item["id"] for item in STYLE_VARIANTS) +DEFAULT_MAX_STROKES = 12 +DEFAULT_POINTS_PER_STROKE = 48 +REAL_PROVENANCE_TYPES = {"real_handdrawn", "cleaned_real", "retraced"} +DEFAULT_PROVENANCE_WEIGHTS = { + "real_handdrawn": 1.35, + "cleaned_real": 1.15, + "retraced": 0.95, + "bootstrap": 0.35, + "unknown": 0.8, +} + + +@dataclass(slots=True) +class SketchTrainingClassSpec: + class_id: str + scene_type: str + sketch_family: str + priority: int = 1 + min_target_samples: int = 192 + bootstrap_from_runtime: bool = True + + +TARGET_TRAINING_CLASS_SPECS: tuple[SketchTrainingClassSpec, ...] = ( + SketchTrainingClassSpec("building", "scene", "scene_subject", priority=1, min_target_samples=320), + SketchTrainingClassSpec("house", "scene", "scene_subject", priority=1, min_target_samples=280), + SketchTrainingClassSpec("window", "scene", "scene_detail", priority=1, min_target_samples=240), + SketchTrainingClassSpec("door", "scene", "scene_detail", priority=1, min_target_samples=220), + SketchTrainingClassSpec("tree", "scene", "scene_support", priority=1, min_target_samples=320), + SketchTrainingClassSpec("cloud", "scene", "scene_environment", priority=1, min_target_samples=220), + SketchTrainingClassSpec("sun", "scene", "scene_environment", priority=1, min_target_samples=220), + SketchTrainingClassSpec("person", "scene", "scene_subject", priority=1, min_target_samples=320), + SketchTrainingClassSpec("car", "scene", "scene_subject", priority=1, min_target_samples=320), + SketchTrainingClassSpec("street_lamp", "scene", "scene_support", priority=1, min_target_samples=220), + SketchTrainingClassSpec("table", "scene", "scene_support", priority=1, min_target_samples=220), + SketchTrainingClassSpec("chair", "scene", "scene_support", priority=1, min_target_samples=220), + SketchTrainingClassSpec("dog", "scene", "scene_subject", priority=1, min_target_samples=240), + SketchTrainingClassSpec("desk_lamp", "scene", "scene_support", priority=2, min_target_samples=180), + SketchTrainingClassSpec("road", "scene", "scene_environment", priority=1, min_target_samples=220), + SketchTrainingClassSpec("bicycle", "scene", "scene_subject", priority=2, min_target_samples=180), + SketchTrainingClassSpec("bus", "scene", "scene_subject", priority=2, min_target_samples=180), + SketchTrainingClassSpec("bridge", "scene", "scene_environment", priority=2, min_target_samples=160), + SketchTrainingClassSpec("river", "scene", "scene_environment", priority=2, min_target_samples=160), + SketchTrainingClassSpec("mountain", "scene", "scene_environment", priority=2, min_target_samples=160), + SketchTrainingClassSpec("bench", "scene", "scene_support", priority=2, min_target_samples=160), + SketchTrainingClassSpec("bird", "scene", "scene_support", priority=2, min_target_samples=160), + SketchTrainingClassSpec("flower", "scene", "scene_detail", priority=2, min_target_samples=160), + SketchTrainingClassSpec("boat", "scene", "scene_subject", priority=2, min_target_samples=160), + SketchTrainingClassSpec("grass", "scene", "scene_environment", priority=2, min_target_samples=160), + SketchTrainingClassSpec("cycle", "process", "process_motif", priority=1, min_target_samples=240), + SketchTrainingClassSpec("flow_node", "process", "process_motif", priority=1, min_target_samples=240), + SketchTrainingClassSpec("energy_wave", "process", "process_motif", priority=1, min_target_samples=220), + SketchTrainingClassSpec("vapor", "process", "process_motif", priority=1, min_target_samples=220), + SketchTrainingClassSpec("leaf", "process", "process_motif", priority=1, min_target_samples=220), + SketchTrainingClassSpec("raindrop", "process", "process_motif", priority=1, min_target_samples=220), + SketchTrainingClassSpec("airplane", "process", "process_motif", priority=1, min_target_samples=220), + SketchTrainingClassSpec("cell", "process", "process_motif", priority=1, min_target_samples=220), + SketchTrainingClassSpec("photosynthesis", "process", "process_motif", priority=2, min_target_samples=180), + SketchTrainingClassSpec("heat_flow", "process", "process_motif", priority=2, min_target_samples=180), + SketchTrainingClassSpec("water_cycle", "process", "process_motif", priority=2, min_target_samples=180), + SketchTrainingClassSpec("airflow", "process", "process_motif", priority=2, min_target_samples=180), + SketchTrainingClassSpec("battery", "schematic", "schematic_symbol", priority=1, min_target_samples=220), + SketchTrainingClassSpec("led", "schematic", "schematic_symbol", priority=1, min_target_samples=220), + SketchTrainingClassSpec("resistor", "schematic", "schematic_symbol", priority=1, min_target_samples=220), + SketchTrainingClassSpec("capacitor", "schematic", "schematic_symbol", priority=1, min_target_samples=200), + SketchTrainingClassSpec("diode", "schematic", "schematic_symbol", priority=1, min_target_samples=200), + SketchTrainingClassSpec("board", "schematic", "schematic_symbol", priority=1, min_target_samples=200), + SketchTrainingClassSpec("module", "schematic", "schematic_symbol", priority=1, min_target_samples=200), + SketchTrainingClassSpec("branch", "schematic", "schematic_symbol", priority=2, min_target_samples=180), + SketchTrainingClassSpec("switch", "schematic", "schematic_symbol", priority=2, min_target_samples=180), + SketchTrainingClassSpec("wire", "schematic", "schematic_symbol", priority=2, min_target_samples=180), + SketchTrainingClassSpec("motor", "schematic", "schematic_symbol", priority=2, min_target_samples=180), + SketchTrainingClassSpec("sensor", "schematic", "schematic_symbol", priority=2, min_target_samples=180), + SketchTrainingClassSpec("ground", "schematic", "schematic_symbol", priority=2, min_target_samples=180), + SketchTrainingClassSpec("chip", "schematic", "schematic_symbol", priority=2, min_target_samples=180), + SketchTrainingClassSpec("transistor", "schematic", "schematic_symbol", priority=2, min_target_samples=180), +) + + +def _copy(value: Any) -> Any: + return json.loads(json.dumps(value, ensure_ascii=False)) + + +def _normalize_provenance(raw: Any) -> str: + value = str(raw or "").strip().lower() + if value in REAL_PROVENANCE_TYPES: + return value + if value in {"runtime_variant", "demo_dataset", "trained_export_v3", "bootstrap"}: + return "bootstrap" + if not value: + return "unknown" + return value + + +def _infer_provenance(row: Dict[str, Any]) -> str: + explicit = _normalize_provenance(row.get("provenance")) + if explicit != "unknown": + return explicit + source = str(row.get("source") or "").lower() + origin_path = str(row.get("origin_path") or "").lower() + merged = " ".join(part for part in (source, origin_path) if part) + if any(token in merged for token in ("bootstrap", "runtime_variant", "demo", "trained_export", "synthetic")): + return "bootstrap" + if any(token in merged for token in ("retraced", "trace", "vectorized")): + return "retraced" + if any(token in merged for token in ("handdrawn", "hand_drawn", "quickdraw", "ink", "tu_berlin", "sketchyscene")): + return "real_handdrawn" + if any(token in merged for token in ("clean", "cleaned", "curated", "manual")): + return "cleaned_real" + return "unknown" + + +def _default_sample_weight(*, provenance: str, priority: int) -> float: + base = DEFAULT_PROVENANCE_WEIGHTS.get(provenance, DEFAULT_PROVENANCE_WEIGHTS["unknown"]) + if priority <= 1: + base *= 1.12 + elif priority >= 3: + base *= 0.94 + return round(max(0.1, min(2.0, base)), 4) + + +def _default_style_cluster_id(*, style_id: str, sketch_family: str) -> str: + family = str(sketch_family or "generic").strip() or "generic" + style = str(style_id or "scribble_line").strip() or "scribble_line" + return f"{family}:{style}" + + +def _raw_stroke_lengths( + strokes: Sequence[Sequence[Sequence[float]]], + *, + max_strokes: int = DEFAULT_MAX_STROKES, + points_per_stroke: int = DEFAULT_POINTS_PER_STROKE, +) -> tuple[List[float], int]: + lengths: List[float] = [] + sequence_length = 0 + for stroke in list(strokes)[:max_strokes]: + raw_len = 0 + for point in stroke: + if isinstance(point, (list, tuple)) and len(point) >= 2: + raw_len += 1 + raw_len = max(0, raw_len) + sequence_length += min(points_per_stroke, raw_len) + lengths.append(min(1.0, raw_len / max(1, points_per_stroke))) + return lengths, sequence_length + + +def iter_target_class_specs(*, priority_at_most: int | None = None) -> List[SketchTrainingClassSpec]: + specs = list(TARGET_TRAINING_CLASS_SPECS) + if priority_at_most is not None: + specs = [item for item in specs if item.priority <= priority_at_most] + return specs + + +def target_class_manifest(*, priority_at_most: int | None = None) -> Dict[str, Any]: + specs = iter_target_class_specs(priority_at_most=priority_at_most) + by_scene: Dict[str, List[Dict[str, Any]]] = {} + for spec in specs: + by_scene.setdefault(spec.scene_type, []).append(asdict(spec)) + return { + "style_ids": list(TRAINING_STYLE_IDS), + "class_count": len(specs), + "classes": [asdict(item) for item in specs], + "by_scene_type": by_scene, + } + + +def read_jsonl(path: Path) -> List[Dict[str, Any]]: + rows: List[Dict[str, Any]] = [] + if not path.exists(): + return rows + with path.open("r", encoding="utf-8") as handle: + for raw in handle: + line = raw.strip() + if not line: + continue + try: + item = json.loads(line) + except Exception: + continue + if isinstance(item, dict): + rows.append(item) + return rows + + +def write_jsonl(path: Path, rows: Sequence[Dict[str, Any]]) -> None: + path.parent.mkdir(parents=True, exist_ok=True) + with path.open("w", encoding="utf-8") as handle: + for row in rows: + handle.write(json.dumps(row, ensure_ascii=False) + "\n") + + +def _resample_points(points: Sequence[Sequence[float]], target_points: int) -> List[List[float]]: + cleaned = [[float(px), float(py)] for px, py in points] + if not cleaned: + return [] + if len(cleaned) == 1: + return cleaned * max(2, target_points) + distances = [0.0] + for index in range(1, len(cleaned)): + distances.append(distances[-1] + math.dist(cleaned[index - 1], cleaned[index])) + total = distances[-1] + if total <= 1e-6: + return [cleaned[0] for _ in range(max(2, target_points))] + sampled: List[List[float]] = [] + for step in range(max(2, target_points)): + target = total * step / max(1, target_points - 1) + for index in range(1, len(cleaned)): + if distances[index] >= target: + start = cleaned[index - 1] + end = cleaned[index] + span = max(1e-6, distances[index] - distances[index - 1]) + ratio = (target - distances[index - 1]) / span + sampled.append([start[0] + (end[0] - start[0]) * ratio, start[1] + (end[1] - start[1]) * ratio]) + break + else: + sampled.append(cleaned[-1]) + return sampled + + +def canonicalize_strokes( + strokes: Sequence[Sequence[Sequence[float]]], + *, + max_strokes: int = DEFAULT_MAX_STROKES, + points_per_stroke: int = DEFAULT_POINTS_PER_STROKE, +) -> List[List[List[float]]]: + normalized: List[List[List[float]]] = [] + for stroke in strokes[:max_strokes]: + cleaned = [] + for point in stroke: + if not isinstance(point, (list, tuple)) or len(point) < 2: + continue + px = max(0.0, min(1.0, float(point[0]))) + py = max(0.0, min(1.0, float(point[1]))) + cleaned.append([px, py]) + if len(cleaned) >= 2: + normalized.append(_resample_points(cleaned, points_per_stroke)) + return normalized + + +def augment_strokes( + strokes: Sequence[Sequence[Sequence[float]]], + rng: random.Random, + *, + max_strokes: int = DEFAULT_MAX_STROKES, + points_per_stroke: int = DEFAULT_POINTS_PER_STROKE, + aggressive: bool = False, +) -> List[List[List[float]]]: + scale = rng.uniform(0.88, 1.12 if aggressive else 1.06) + shift_x = rng.uniform(-0.06 if aggressive else -0.03, 0.06 if aggressive else 0.03) + shift_y = rng.uniform(-0.06 if aggressive else -0.03, 0.06 if aggressive else 0.03) + angle = math.radians(rng.uniform(-10.0 if aggressive else -4.0, 10.0 if aggressive else 4.0)) + jitter = rng.uniform(0.004, 0.02 if aggressive else 0.012) + mirror = rng.random() < (0.12 if aggressive else 0.05) + keep_ratio = rng.uniform(0.6, 1.0) if aggressive else rng.uniform(0.78, 1.0) + cos_a = math.cos(angle) + sin_a = math.sin(angle) + augmented: List[List[List[float]]] = [] + for stroke in strokes: + if len(augmented) >= max_strokes: + break + points: List[List[float]] = [] + for px, py in stroke: + cx = float(px) - 0.5 + cy = float(py) - 0.5 + rx = cx * cos_a - cy * sin_a + ry = cx * sin_a + cy * cos_a + nx = rx * scale + 0.5 + shift_x + rng.uniform(-jitter, jitter) + ny = ry * scale + 0.5 + shift_y + rng.uniform(-jitter, jitter) + if mirror: + nx = 1.0 - nx + points.append([max(0.0, min(1.0, nx)), max(0.0, min(1.0, ny))]) + if rng.random() < 0.22 and len(points) > 8: + target_len = max(6, int(len(points) * keep_ratio)) + points = points[:target_len] + if len(points) >= 2: + augmented.append(_resample_points(points, points_per_stroke)) + if aggressive and augmented and rng.random() < 0.08: + augmented = augmented[1:] or augmented + return augmented[:max_strokes] + + +def flatten_stroke_sequence( + strokes: Sequence[Sequence[Sequence[float]]], + *, + max_strokes: int = DEFAULT_MAX_STROKES, + points_per_stroke: int = DEFAULT_POINTS_PER_STROKE, +) -> tuple[torch.Tensor, torch.Tensor]: + sequence: List[List[float]] = [] + mask: List[float] = [] + for stroke_index in range(max_strokes): + stroke = strokes[stroke_index] if stroke_index < len(strokes) else [] + for point_index in range(points_per_stroke): + if point_index < len(stroke): + px, py = stroke[point_index] + pen_break = 1.0 if point_index == len(stroke) - 1 else 0.0 + sequence.append([float(px), float(py), pen_break]) + mask.append(1.0) + else: + sequence.append([0.0, 0.0, 1.0]) + mask.append(0.0) + return torch.tensor(sequence, dtype=torch.float32), torch.tensor(mask, dtype=torch.float32) + + +def sequence_to_strokes( + sequence: torch.Tensor, + *, + max_strokes: int = DEFAULT_MAX_STROKES, + points_per_stroke: int = DEFAULT_POINTS_PER_STROKE, +) -> List[List[List[float]]]: + values = sequence.detach().cpu().tolist() + strokes: List[List[List[float]]] = [] + current: List[List[float]] = [] + for index, (px, py, pen_break) in enumerate(values[: max_strokes * points_per_stroke]): + current.append([max(0.0, min(1.0, float(px))), max(0.0, min(1.0, float(py)))]) + if pen_break >= 0.5 or (index + 1) % points_per_stroke == 0: + if len(current) >= 2: + strokes.append(current) + current = [] + if current and len(current) >= 2: + strokes.append(current) + return strokes[:max_strokes] + + +def compute_bbox(strokes: Sequence[Sequence[Sequence[float]]]) -> List[float]: + points = [(float(px), float(py)) for stroke in strokes for px, py in stroke] + if not points: + return [0.0, 0.0, 0.0, 0.0] + xs = [point[0] for point in points] + ys = [point[1] for point in points] + min_x, max_x = max(0.0, min(xs)), min(1.0, max(xs)) + min_y, max_y = max(0.0, min(ys)), min(1.0, max(ys)) + return [min_x, min_y, max(0.0, max_x - min_x), max(0.0, max_y - min_y)] + + +def _stable_hash(text: str) -> float: + digest = hashlib.md5(text.encode("utf-8", errors="ignore")).digest() + return int.from_bytes(digest[:4], "big") / 2**32 + + +def normalize_training_row( + row: Dict[str, Any], + *, + fallback_class_id: str | None = None, + fallback_scene_type: str | None = None, + fallback_style_id: str = "scribble_line", + max_strokes: int = DEFAULT_MAX_STROKES, + points_per_stroke: int = DEFAULT_POINTS_PER_STROKE, +) -> Dict[str, Any] | None: + class_id = str(row.get("class_id") or fallback_class_id or "").strip() + if not class_id: + return None + scene_type = str(row.get("scene_type") or fallback_scene_type or "scene").strip() or "scene" + style_id = str(row.get("style_id") or fallback_style_id).strip() or fallback_style_id + sketch_family = str(row.get("sketch_family") or infer_sketch_family(class_id, scene_type=scene_type)).strip() + shape_recipe = _copy(row.get("shape_recipe") or {}) + stroke_payload = _copy(row.get("stroke_payload") or []) + raw_strokes = row.get("strokes") or stroke_payload or shape_recipe_to_strokes(shape_recipe) + raw_lengths, sequence_length = _raw_stroke_lengths( + raw_strokes, + max_strokes=max_strokes, + points_per_stroke=points_per_stroke, + ) + strokes = canonicalize_strokes( + raw_strokes, + max_strokes=max_strokes, + points_per_stroke=points_per_stroke, + ) + if not strokes: + return None + region_masks = _copy(row.get("region_masks") or default_region_masks(class_id, scene_type=scene_type)) + part_graph = _copy(row.get("part_graph") or default_part_graph(class_id, scene_type=scene_type)) + readability_rank = int(row.get("readability_rank", default_readability_rank(class_id, scene_type=scene_type)) or default_readability_rank(class_id, scene_type=scene_type)) + priority = int(row.get("priority", 2) or 2) + provenance = _infer_provenance(row) + style_cluster_id = str(row.get("style_cluster_id") or _default_style_cluster_id(style_id=style_id, sketch_family=sketch_family)) + stroke_style_profile = _copy( + row.get("stroke_style_profile") + or build_stroke_style_profile( + class_id, + scene_type=scene_type, + style_variant=style_id, + sketch_family=sketch_family, + ) + ) + variant_id = str(row.get("variant_id") or row.get("id") or f"{class_id}:{style_id}:{abs(hash(json.dumps(strokes, ensure_ascii=False))) % 10_000_000}") + payload = { + "class_id": class_id, + "scene_type": scene_type, + "style_id": style_id, + "variant_id": variant_id, + "strokes": strokes, + "stroke_payload": _copy(strokes), + "shape_recipe": strokes_to_shape_recipe(strokes), + "source": str(row.get("source") or "unknown"), + "region_masks": region_masks, + "part_graph": part_graph, + "stroke_style_profile": stroke_style_profile, + "stroke_render_profile": _copy(row.get("stroke_render_profile") or stroke_style_profile), + "sketch_family": sketch_family, + "readability_rank": readability_rank, + "stroke_count": len(strokes), + "bbox": compute_bbox(strokes), + "render_representation": str(row.get("render_representation") or "stroke_native"), + "stroke_variant_id": str(row.get("stroke_variant_id") or variant_id), + "stroke_payload_source": str(row.get("stroke_payload_source") or row.get("source") or "unknown"), + "naturalness_score": float(row.get("naturalness_score", row.get("quality_score", 0.6)) or 0.6), + "quality_score": float(row.get("quality_score", row.get("naturalness_score", 0.6)) or 0.6), + "provenance": provenance, + "sample_weight": float(row.get("sample_weight", _default_sample_weight(provenance=provenance, priority=priority)) or _default_sample_weight(provenance=provenance, priority=priority)), + "style_cluster_id": style_cluster_id, + "stroke_lengths": raw_lengths[:max_strokes], + "sequence_length": int(sequence_length or len(strokes) * points_per_stroke), + "priority": priority, + } + extra_keys = ("origin_path", "layout_condition", "object_boxes", "depth_order", "relation_graph", "condition_maps", "target_sketch_path", "layout_quality_score") + for key in extra_keys: + if key in row: + payload[key] = _copy(row[key]) + return payload + + +def build_bootstrap_rows( + *, + class_specs: Sequence[SketchTrainingClassSpec] | None = None, + max_strokes: int = DEFAULT_MAX_STROKES, + points_per_stroke: int = DEFAULT_POINTS_PER_STROKE, +) -> List[Dict[str, Any]]: + rows: List[Dict[str, Any]] = [] + specs = list(class_specs or TARGET_TRAINING_CLASS_SPECS) + for spec in specs: + if not spec.bootstrap_from_runtime: + continue + variants = list_object_shape_variants(spec.class_id, spec.class_id, spec.scene_type) + if not variants: + continue + for variant in variants: + for style_id in TRAINING_STYLE_IDS: + normalized = normalize_training_row( + { + "class_id": spec.class_id, + "scene_type": spec.scene_type, + "style_id": style_id, + "variant_id": variant.get("id") or f"{spec.class_id}:{style_id}", + "render_representation": variant.get("render_representation", "stroke_native"), + "stroke_variant_id": variant.get("stroke_variant_id") or variant.get("id") or f"{spec.class_id}:{style_id}", + "stroke_payload": _copy(variant.get("stroke_payload") or []), + "stroke_payload_source": variant.get("stroke_payload_source") or variant.get("source") or "runtime_variant", + "stroke_render_profile": _copy(variant.get("stroke_render_profile") or variant.get("stroke_style_profile") or {}), + "shape_recipe": _copy(variant.get("shape_recipe") or {}), + "region_masks": _copy(variant.get("region_masks") or []), + "part_graph": _copy(variant.get("part_graph") or []), + "stroke_style_profile": _copy(variant.get("stroke_style_profile") or {}), + "sketch_family": spec.sketch_family, + "readability_rank": variant.get("readability_rank", default_readability_rank(spec.class_id, scene_type=spec.scene_type)), + "source": str(variant.get("source") or "runtime_variant"), + "priority": spec.priority, + "provenance": "bootstrap", + }, + fallback_class_id=spec.class_id, + fallback_scene_type=spec.scene_type, + max_strokes=max_strokes, + points_per_stroke=points_per_stroke, + ) + if normalized: + rows.append(normalized) + return rows + + +def expand_rows_to_targets( + rows: Sequence[Dict[str, Any]], + *, + class_specs: Sequence[SketchTrainingClassSpec] | None = None, + seed: int = 42, + max_multiplier: float = 1.0, + max_strokes: int = DEFAULT_MAX_STROKES, + points_per_stroke: int = DEFAULT_POINTS_PER_STROKE, +) -> List[Dict[str, Any]]: + rng = random.Random(seed) + specs = list(class_specs or TARGET_TRAINING_CLASS_SPECS) + normalized_rows: List[Dict[str, Any]] = [] + for row in rows: + normalized = normalize_training_row( + row, + max_strokes=max_strokes, + points_per_stroke=points_per_stroke, + ) + if normalized: + normalized_rows.append(normalized) + grouped: Dict[tuple[str, str], List[Dict[str, Any]]] = {} + for row in normalized_rows: + grouped.setdefault((row["class_id"], row["style_id"]), []).append(row) + spec_lookup = {item.class_id: item for item in specs} + result = list(normalized_rows) + for spec in specs: + per_style_target = max(24, math.ceil(spec.min_target_samples * max_multiplier / max(1, len(TRAINING_STYLE_IDS)))) + for style_id in TRAINING_STYLE_IDS: + key = (spec.class_id, style_id) + candidates = list(grouped.get(key, [])) + if not candidates: + fallback_rows = [ + row + for row in normalized_rows + if row["class_id"] == spec.class_id + ] + candidates = [] + for item in fallback_rows: + cloned = _copy(item) + cloned["style_id"] = style_id + cloned["stroke_style_profile"] = build_stroke_style_profile( + spec.class_id, + scene_type=spec.scene_type, + style_variant=style_id, + sketch_family=spec.sketch_family, + ) + normalized = normalize_training_row( + cloned, + fallback_class_id=spec.class_id, + fallback_scene_type=spec.scene_type, + max_strokes=max_strokes, + points_per_stroke=points_per_stroke, + ) + if normalized: + candidates.append(normalized) + if not candidates: + continue + grouped[key] = list(candidates) + result.extend(candidates) + while len(grouped.get(key, [])) < per_style_target: + base = _copy(rng.choice(candidates)) + base["variant_id"] = f'{base["variant_id"]}::auto_aug_{len(grouped.get(key, [])) + 1}' + base["source"] = f'{base.get("source", "unknown")}:scale_augmented' + base["style_id"] = style_id + base["strokes"] = augment_strokes( + base.get("strokes", []), + rng, + max_strokes=max_strokes, + points_per_stroke=points_per_stroke, + aggressive=len(grouped.get(key, [])) > per_style_target * 0.6, + ) + base["stroke_payload"] = _copy(base["strokes"]) + base["render_representation"] = "stroke_native" + base["stroke_payload_source"] = str(base.get("source") or "scale_augmented") + base["stroke_variant_id"] = str(base.get("stroke_variant_id") or base.get("variant_id") or "") + base["stroke_style_profile"] = build_stroke_style_profile( + spec.class_id, + scene_type=spec.scene_type, + style_variant=style_id, + sketch_family=spec.sketch_family, + ) + normalized = normalize_training_row( + base, + fallback_class_id=spec.class_id, + fallback_scene_type=spec.scene_type, + max_strokes=max_strokes, + points_per_stroke=points_per_stroke, + ) + if not normalized: + break + grouped.setdefault(key, []).append(normalized) + result.append(normalized) + return result + + +def split_rows( + rows: Sequence[Dict[str, Any]], + *, + train_ratio: float = 0.9, + val_ratio: float = 0.07, +) -> Dict[str, List[Dict[str, Any]]]: + train: List[Dict[str, Any]] = [] + val: List[Dict[str, Any]] = [] + test: List[Dict[str, Any]] = [] + boundary_train = max(0.0, min(1.0, train_ratio)) + boundary_val = max(boundary_train, min(1.0, train_ratio + val_ratio)) + for row in rows: + key = f'{row.get("class_id", "")}|{row.get("style_id", "")}|{row.get("variant_id", "")}' + score = _stable_hash(key) + if score < boundary_train: + train.append(_copy(row)) + elif score < boundary_val: + val.append(_copy(row)) + else: + test.append(_copy(row)) + return {"train": train, "val": val, "test": test} + + +def build_index_maps(rows: Sequence[Dict[str, Any]]) -> Dict[str, Dict[str, int]]: + class_ids = sorted({str(row.get("class_id") or "") for row in rows if row.get("class_id")}) + style_ids = sorted({str(row.get("style_id") or "") for row in rows if row.get("style_id")}) + scene_ids = sorted({str(row.get("scene_type") or "scene") for row in rows}) + family_ids = sorted({str(row.get("sketch_family") or "") for row in rows if row.get("sketch_family")}) + provenance_ids = sorted({_normalize_provenance(row.get("provenance")) for row in rows} | {"unknown"}) + style_cluster_ids = sorted({str(row.get("style_cluster_id") or _default_style_cluster_id(style_id=row.get("style_id"), sketch_family=row.get("sketch_family"))) for row in rows}) + return { + "class_to_idx": {item: index for index, item in enumerate(class_ids)}, + "style_to_idx": {item: index for index, item in enumerate(style_ids)}, + "scene_to_idx": {item: index for index, item in enumerate(scene_ids)}, + "family_to_idx": {item: index for index, item in enumerate(family_ids)}, + "provenance_to_idx": {item: index for index, item in enumerate(provenance_ids)}, + "style_cluster_to_idx": {item: index for index, item in enumerate(style_cluster_ids)}, + } + + +def build_dataset_manifest( + split_rows_map: Dict[str, Sequence[Dict[str, Any]]], + *, + class_specs: Sequence[SketchTrainingClassSpec] | None = None, +) -> Dict[str, Any]: + specs = list(class_specs or TARGET_TRAINING_CLASS_SPECS) + spec_lookup = {item.class_id: item for item in specs} + all_rows = [row for rows in split_rows_map.values() for row in rows] + mappings = build_index_maps(all_rows) + split_summary: Dict[str, Any] = {} + for split_name, rows in split_rows_map.items(): + class_counts: Dict[str, int] = {} + style_counts: Dict[str, int] = {} + scene_counts: Dict[str, int] = {} + source_counts: Dict[str, int] = {} + provenance_counts: Dict[str, int] = {} + readability = [] + stroke_counts = [] + naturalness = [] + for row in rows: + class_counts[row["class_id"]] = class_counts.get(row["class_id"], 0) + 1 + style_counts[row["style_id"]] = style_counts.get(row["style_id"], 0) + 1 + scene_counts[row["scene_type"]] = scene_counts.get(row["scene_type"], 0) + 1 + source = str(row.get("source") or "unknown") + source_counts[source] = source_counts.get(source, 0) + 1 + provenance = _normalize_provenance(row.get("provenance")) + provenance_counts[provenance] = provenance_counts.get(provenance, 0) + 1 + readability.append(int(row.get("readability_rank", 0) or 0)) + stroke_counts.append(int(row.get("stroke_count", 0) or 0)) + naturalness.append(float(row.get("naturalness_score", row.get("quality_score", 0.0)) or 0.0)) + real_rows = sum(count for key, count in provenance_counts.items() if key in REAL_PROVENANCE_TYPES) + split_summary[split_name] = { + "row_count": len(rows), + "class_counts": class_counts, + "style_counts": style_counts, + "scene_counts": scene_counts, + "source_counts": source_counts, + "provenance_counts": provenance_counts, + "avg_readability_rank": round(sum(readability) / max(1, len(readability)), 3), + "avg_stroke_count": round(sum(stroke_counts) / max(1, len(stroke_counts)), 3), + "avg_naturalness_score": round(sum(naturalness) / max(1, len(naturalness)), 4), + "real_data_ratio": round(real_rows / max(1, len(rows)), 4), + "bootstrap_ratio": round(provenance_counts.get("bootstrap", 0) / max(1, len(rows)), 4), + } + coverage = [] + for spec in specs: + class_rows = [row for row in all_rows if row.get("class_id") == spec.class_id] + total = len(class_rows) + real_rows = sum(1 for row in class_rows if _normalize_provenance(row.get("provenance")) in REAL_PROVENANCE_TYPES) + bootstrap_rows = sum(1 for row in class_rows if _normalize_provenance(row.get("provenance")) == "bootstrap") + real_ratio = real_rows / max(1, total) + target_real_ratio = 0.7 if spec.priority == 1 else 0.55 if spec.priority == 2 else 0.45 + coverage.append( + { + "class_id": spec.class_id, + "scene_type": spec.scene_type, + "sketch_family": spec.sketch_family, + "priority": spec.priority, + "min_target_samples": spec.min_target_samples, + "actual_samples": total, + "coverage_ratio": round(total / max(1, spec.min_target_samples), 3), + "real_samples": real_rows, + "real_ratio": round(real_ratio, 4), + "bootstrap_ratio": round(bootstrap_rows / max(1, total), 4), + "target_real_ratio": target_real_ratio, + } + ) + return { + "target_taxonomy": target_class_manifest(), + "mappings": mappings, + "splits": split_summary, + "coverage": coverage, + "row_count": len(all_rows), + "class_count": len({row["class_id"] for row in all_rows}), + "style_count": len({row["style_id"] for row in all_rows}), + "scene_type_count": len({row["scene_type"] for row in all_rows}), + "priority_gaps": [ + item + for item in coverage + if item["priority"] == 1 + and ( + item["actual_samples"] < spec_lookup[item["class_id"]].min_target_samples + or item["real_ratio"] < item["target_real_ratio"] + ) + ], + } + + +class PreparedObjectSketchDataset(Dataset): + def __init__( + self, + rows: Sequence[Dict[str, Any]], + mappings: Dict[str, Dict[str, int]], + *, + max_strokes: int = DEFAULT_MAX_STROKES, + points_per_stroke: int = DEFAULT_POINTS_PER_STROKE, + ): + self.rows = list(rows) + self.mappings = mappings + self.max_strokes = max_strokes + self.points_per_stroke = points_per_stroke + + def __len__(self) -> int: + return len(self.rows) + + def __getitem__(self, index: int) -> Dict[str, Any]: + row = self.rows[index] + sequence, mask = flatten_stroke_sequence( + row.get("strokes", []), + max_strokes=self.max_strokes, + points_per_stroke=self.points_per_stroke, + ) + class_to_idx = self.mappings["class_to_idx"] + style_to_idx = self.mappings["style_to_idx"] + scene_to_idx = self.mappings["scene_to_idx"] + family_to_idx = self.mappings["family_to_idx"] + provenance_to_idx = self.mappings.get("provenance_to_idx", {"unknown": 0}) + style_cluster_to_idx = self.mappings.get("style_cluster_to_idx", {}) + stroke_lengths = [float(value) for value in (row.get("stroke_lengths") or [])[: self.max_strokes]] + if len(stroke_lengths) < self.max_strokes: + stroke_lengths.extend([0.0] * (self.max_strokes - len(stroke_lengths))) + provenance = _normalize_provenance(row.get("provenance")) + style_cluster_id = str(row.get("style_cluster_id") or _default_style_cluster_id(style_id=row.get("style_id"), sketch_family=row.get("sketch_family"))) + return { + "sequence": sequence, + "mask": mask, + "class_id": torch.tensor(class_to_idx[row["class_id"]], dtype=torch.long), + "style_id": torch.tensor(style_to_idx[row["style_id"]], dtype=torch.long), + "scene_id": torch.tensor(scene_to_idx[row["scene_type"]], dtype=torch.long), + "family_id": torch.tensor(family_to_idx[row["sketch_family"]], dtype=torch.long), + "stroke_count": torch.tensor(min(self.max_strokes, int(row.get("stroke_count", len(row.get("strokes", []))) or 0)), dtype=torch.long), + "bbox": torch.tensor(row.get("bbox") or compute_bbox(row.get("strokes", [])), dtype=torch.float32), + "readability_rank": torch.tensor(float(row.get("readability_rank", 0) or 0.0), dtype=torch.float32), + "naturalness_score": torch.tensor(float(row.get("naturalness_score", row.get("quality_score", 0.0)) or 0.0), dtype=torch.float32), + "sample_weight": torch.tensor(float(row.get("sample_weight", 1.0) or 1.0), dtype=torch.float32), + "provenance_id": torch.tensor(provenance_to_idx.get(provenance, provenance_to_idx.get("unknown", 0)), dtype=torch.long), + "style_cluster_id": torch.tensor(style_cluster_to_idx.get(style_cluster_id, 0), dtype=torch.long), + "stroke_lengths": torch.tensor(stroke_lengths, dtype=torch.float32), + "sequence_length": torch.tensor(int(row.get("sequence_length", int(mask.sum().item())) or 0), dtype=torch.long), + } + + +def collate_object_sketch_batch(items: Sequence[Dict[str, Any]]) -> Dict[str, Any]: + return { + "sequence": torch.stack([item["sequence"] for item in items], dim=0), + "mask": torch.stack([item["mask"] for item in items], dim=0), + "class_id": torch.stack([item["class_id"] for item in items], dim=0), + "style_id": torch.stack([item["style_id"] for item in items], dim=0), + "scene_id": torch.stack([item["scene_id"] for item in items], dim=0), + "family_id": torch.stack([item["family_id"] for item in items], dim=0), + "stroke_count": torch.stack([item["stroke_count"] for item in items], dim=0), + "bbox": torch.stack([item["bbox"] for item in items], dim=0), + "readability_rank": torch.stack([item["readability_rank"] for item in items], dim=0), + "naturalness_score": torch.stack([item["naturalness_score"] for item in items], dim=0), + "sample_weight": torch.stack([item["sample_weight"] for item in items], dim=0), + "provenance_id": torch.stack([item["provenance_id"] for item in items], dim=0), + "style_cluster_id": torch.stack([item["style_cluster_id"] for item in items], dim=0), + "stroke_lengths": torch.stack([item["stroke_lengths"] for item in items], dim=0), + "sequence_length": torch.stack([item["sequence_length"] for item in items], dim=0), + } diff --git a/runtime/memory-api/core/object_sketch_model.py b/runtime/memory-api/core/object_sketch_model.py new file mode 100644 index 0000000..b53627a --- /dev/null +++ b/runtime/memory-api/core/object_sketch_model.py @@ -0,0 +1,517 @@ +from __future__ import annotations + +from dataclasses import dataclass + +try: + import torch + from torch import nn +except Exception: # pragma: no cover + torch = None + nn = None + + +@dataclass(slots=True) +class ObjectSketchConfig: + class_count: int + style_count: int + max_strokes: int = 8 + points_per_stroke: int = 32 + class_embed_dim: int = 24 + style_embed_dim: int = 12 + hidden_dim: int = 128 + latent_dim: int = 32 + + @property + def seq_len(self) -> int: + return self.max_strokes * self.points_per_stroke + + @property + def point_dim(self) -> int: + return 3 + + @property + def flat_dim(self) -> int: + return self.seq_len * self.point_dim + + +@dataclass(slots=True) +class ObjectSketchV2Config: + class_count: int + style_count: int + scene_count: int + family_count: int + max_strokes: int = 12 + points_per_stroke: int = 48 + class_embed_dim: int = 48 + style_embed_dim: int = 24 + scene_embed_dim: int = 16 + family_embed_dim: int = 16 + hidden_dim: int = 256 + latent_dim: int = 96 + encoder_layers: int = 2 + decoder_layers: int = 2 + dropout: float = 0.1 + + @property + def seq_len(self) -> int: + return self.max_strokes * self.points_per_stroke + + @property + def point_dim(self) -> int: + return 3 + + +@dataclass(slots=True) +class ObjectSketchV3Config: + class_count: int + style_count: int + scene_count: int + family_count: int + provenance_count: int = 1 + style_cluster_count: int = 1 + max_strokes: int = 12 + points_per_stroke: int = 48 + class_embed_dim: int = 56 + style_embed_dim: int = 24 + scene_embed_dim: int = 16 + family_embed_dim: int = 16 + provenance_embed_dim: int = 8 + style_cluster_embed_dim: int = 12 + hidden_dim: int = 320 + latent_dim: int = 128 + encoder_layers: int = 2 + dropout: float = 0.1 + + @property + def seq_len(self) -> int: + return self.max_strokes * self.points_per_stroke + + @property + def point_dim(self) -> int: + return 3 + + +if nn is not None: + class ObjectSketchCVAE(nn.Module): + def __init__(self, config: ObjectSketchConfig): + super().__init__() + self.config = config + self.class_embed = nn.Embedding(config.class_count, config.class_embed_dim) + self.style_embed = nn.Embedding(config.style_count, config.style_embed_dim) + cond_dim = config.class_embed_dim + config.style_embed_dim + self.encoder = nn.Sequential( + nn.Linear(config.flat_dim + cond_dim, config.hidden_dim), + nn.ReLU(), + nn.Linear(config.hidden_dim, config.hidden_dim), + nn.ReLU(), + ) + self.mu_head = nn.Linear(config.hidden_dim, config.latent_dim) + self.logvar_head = nn.Linear(config.hidden_dim, config.latent_dim) + self.decoder_input = nn.Linear(config.latent_dim + cond_dim, config.hidden_dim) + self.decoder = nn.GRU(input_size=config.hidden_dim, hidden_size=config.hidden_dim, batch_first=True) + self.output_head = nn.Linear(config.hidden_dim, config.point_dim) + + def _cond(self, class_ids, style_ids): + return torch.cat([self.class_embed(class_ids), self.style_embed(style_ids)], dim=-1) + + def encode(self, sequences, class_ids, style_ids): + batch = sequences.shape[0] + flattened = sequences.reshape(batch, -1) + hidden = self.encoder(torch.cat([flattened, self._cond(class_ids, style_ids)], dim=-1)) + return self.mu_head(hidden), self.logvar_head(hidden) + + def reparameterize(self, mu, logvar): + std = torch.exp(0.5 * logvar) + return mu + torch.randn_like(std) * std + + def decode(self, latent, class_ids, style_ids): + cond = self._cond(class_ids, style_ids) + repeated = self.decoder_input(torch.cat([latent, cond], dim=-1)).unsqueeze(1).repeat(1, self.config.seq_len, 1) + decoded, _ = self.decoder(repeated) + return self.output_head(decoded) + + def forward(self, sequences, class_ids, style_ids): + mu, logvar = self.encode(sequences, class_ids, style_ids) + latent = self.reparameterize(mu, logvar) + recon = self.decode(latent, class_ids, style_ids) + return recon, mu, logvar + + def sample(self, class_ids, style_ids, *, latent=None): + if latent is None: + latent = torch.randn((class_ids.shape[0], self.config.latent_dim), device=class_ids.device) + return self.decode(latent, class_ids, style_ids) + + + class ObjectSketchV2(nn.Module): + def __init__(self, config: ObjectSketchV2Config): + super().__init__() + self.config = config + cond_dim = config.class_embed_dim + config.style_embed_dim + config.scene_embed_dim + config.family_embed_dim + self.class_embed = nn.Embedding(config.class_count, config.class_embed_dim) + self.style_embed = nn.Embedding(config.style_count, config.style_embed_dim) + self.scene_embed = nn.Embedding(config.scene_count, config.scene_embed_dim) + self.family_embed = nn.Embedding(config.family_count, config.family_embed_dim) + self.input_proj = nn.Linear(config.point_dim, config.hidden_dim) + self.encoder = nn.GRU( + input_size=config.hidden_dim + cond_dim, + hidden_size=config.hidden_dim, + num_layers=config.encoder_layers, + batch_first=True, + dropout=config.dropout if config.encoder_layers > 1 else 0.0, + bidirectional=True, + ) + self.context_proj = nn.Sequential( + nn.Linear(config.hidden_dim * 2 + cond_dim, config.hidden_dim), + nn.GELU(), + nn.Dropout(config.dropout), + nn.Linear(config.hidden_dim, config.hidden_dim), + nn.GELU(), + ) + self.mu_head = nn.Linear(config.hidden_dim, config.latent_dim) + self.logvar_head = nn.Linear(config.hidden_dim, config.latent_dim) + self.position_embed = nn.Embedding(config.seq_len, config.hidden_dim) + self.decoder_token = nn.Parameter(torch.randn(1, 1, config.hidden_dim) * 0.02) + self.decoder_input = nn.Linear(config.latent_dim + cond_dim, config.hidden_dim) + self.decoder_hidden = nn.Linear(config.latent_dim + cond_dim, config.hidden_dim * config.decoder_layers) + self.decoder = nn.GRU( + input_size=config.hidden_dim, + hidden_size=config.hidden_dim, + num_layers=config.decoder_layers, + batch_first=True, + dropout=config.dropout if config.decoder_layers > 1 else 0.0, + ) + self.output_head = nn.Linear(config.hidden_dim, config.point_dim) + self.readability_head = nn.Sequential( + nn.Linear(config.hidden_dim, config.hidden_dim // 2), + nn.GELU(), + nn.Linear(config.hidden_dim // 2, 1), + ) + self.stroke_count_head = nn.Linear(config.hidden_dim, config.max_strokes + 1) + self.bbox_head = nn.Sequential( + nn.Linear(config.hidden_dim, config.hidden_dim // 2), + nn.GELU(), + nn.Linear(config.hidden_dim // 2, 4), + nn.Sigmoid(), + ) + + def _cond(self, class_ids, style_ids, scene_ids, family_ids): + return torch.cat( + [ + self.class_embed(class_ids), + self.style_embed(style_ids), + self.scene_embed(scene_ids), + self.family_embed(family_ids), + ], + dim=-1, + ) + + def encode(self, sequences, class_ids, style_ids, scene_ids, family_ids, *, mask=None): + cond = self._cond(class_ids, style_ids, scene_ids, family_ids) + token = self.input_proj(sequences) + cond_tokens = cond.unsqueeze(1).expand(-1, sequences.shape[1], -1) + encoded, _ = self.encoder(torch.cat([token, cond_tokens], dim=-1)) + if mask is None: + pooled = encoded.mean(dim=1) + else: + weights = mask.unsqueeze(-1).clamp(0.0, 1.0) + pooled = (encoded * weights).sum(dim=1) / weights.sum(dim=1).clamp_min(1.0) + hidden = self.context_proj(torch.cat([pooled, cond], dim=-1)) + return hidden, self.mu_head(hidden), self.logvar_head(hidden) + + def reparameterize(self, mu, logvar): + std = torch.exp(0.5 * logvar) + return mu + torch.randn_like(std) * std + + def decode(self, latent, class_ids, style_ids, scene_ids, family_ids): + cond = self._cond(class_ids, style_ids, scene_ids, family_ids) + cond_latent = torch.cat([latent, cond], dim=-1) + batch_size = class_ids.shape[0] + positions = self.position_embed( + torch.arange(self.config.seq_len, device=class_ids.device, dtype=torch.long) + ).unsqueeze(0) + base = self.decoder_input(cond_latent).unsqueeze(1).expand(batch_size, self.config.seq_len, -1) + tokens = base + positions + self.decoder_token.expand(batch_size, self.config.seq_len, -1) + hidden0 = self.decoder_hidden(cond_latent).view( + self.config.decoder_layers, + batch_size, + self.config.hidden_dim, + ).contiguous() + decoded, _ = self.decoder(tokens, hidden0) + raw = self.output_head(decoded) + points = torch.cat([torch.sigmoid(raw[..., :2]), raw[..., 2:3]], dim=-1) + summary = decoded.mean(dim=1) + aux = { + "readability": self.readability_head(summary).squeeze(-1), + "stroke_count_logits": self.stroke_count_head(summary), + "bbox": self.bbox_head(summary), + } + return points, aux + + def forward(self, sequences, class_ids, style_ids, scene_ids, family_ids, *, mask=None, **_): + hidden, mu, logvar = self.encode( + sequences, + class_ids, + style_ids, + scene_ids, + family_ids, + mask=mask, + ) + latent = self.reparameterize(mu, logvar) + recon, aux = self.decode(latent, class_ids, style_ids, scene_ids, family_ids) + aux["context"] = hidden + aux["latent"] = latent + return recon, mu, logvar, aux + + def sample(self, class_ids, style_ids, scene_ids, family_ids, *, latent=None, **_): + if latent is None: + latent = torch.randn((class_ids.shape[0], self.config.latent_dim), device=class_ids.device) + recon, aux = self.decode(latent, class_ids, style_ids, scene_ids, family_ids) + aux["latent"] = latent + return recon, aux + + + class ObjectSketchV3(nn.Module): + def __init__(self, config: ObjectSketchV3Config): + super().__init__() + self.config = config + cond_dim = ( + config.class_embed_dim + + config.style_embed_dim + + config.scene_embed_dim + + config.family_embed_dim + + config.provenance_embed_dim + + config.style_cluster_embed_dim + ) + self.class_embed = nn.Embedding(config.class_count, config.class_embed_dim) + self.style_embed = nn.Embedding(config.style_count, config.style_embed_dim) + self.scene_embed = nn.Embedding(config.scene_count, config.scene_embed_dim) + self.family_embed = nn.Embedding(config.family_count, config.family_embed_dim) + self.provenance_embed = nn.Embedding(max(1, config.provenance_count), config.provenance_embed_dim) + self.style_cluster_embed = nn.Embedding(max(1, config.style_cluster_count), config.style_cluster_embed_dim) + self.input_proj = nn.Sequential( + nn.Linear(config.point_dim, config.hidden_dim), + nn.LayerNorm(config.hidden_dim), + nn.GELU(), + ) + self.encoder = nn.GRU( + input_size=config.hidden_dim + cond_dim, + hidden_size=config.hidden_dim, + num_layers=config.encoder_layers, + batch_first=True, + dropout=config.dropout if config.encoder_layers > 1 else 0.0, + bidirectional=True, + ) + self.context_proj = nn.Sequential( + nn.Linear(config.hidden_dim * 2 + cond_dim, config.hidden_dim), + nn.GELU(), + nn.Dropout(config.dropout), + nn.Linear(config.hidden_dim, config.hidden_dim), + nn.GELU(), + ) + self.mu_head = nn.Linear(config.hidden_dim, config.latent_dim) + self.logvar_head = nn.Linear(config.hidden_dim, config.latent_dim) + self.planner = nn.Sequential( + nn.Linear(config.hidden_dim + cond_dim, config.hidden_dim), + nn.GELU(), + nn.Dropout(config.dropout), + ) + self.stroke_count_head = nn.Linear(config.hidden_dim, config.max_strokes + 1) + self.stroke_length_head = nn.Linear(config.hidden_dim, config.max_strokes) + self.readability_head = nn.Sequential( + nn.Linear(config.hidden_dim, config.hidden_dim // 2), + nn.GELU(), + nn.Linear(config.hidden_dim // 2, 1), + ) + self.naturalness_head = nn.Sequential( + nn.Linear(config.hidden_dim, config.hidden_dim // 2), + nn.GELU(), + nn.Linear(config.hidden_dim // 2, 1), + ) + self.style_cluster_head = nn.Linear(config.hidden_dim, max(1, config.style_cluster_count)) + self.bbox_head = nn.Sequential( + nn.Linear(config.hidden_dim, config.hidden_dim // 2), + nn.GELU(), + nn.Linear(config.hidden_dim // 2, 4), + nn.Sigmoid(), + ) + self.position_embed = nn.Embedding(config.seq_len, config.hidden_dim) + self.decoder_input = nn.Sequential( + nn.Linear(config.point_dim + config.latent_dim + cond_dim + config.hidden_dim, config.hidden_dim), + nn.LayerNorm(config.hidden_dim), + nn.GELU(), + ) + self.decoder_cell = nn.GRUCell(config.hidden_dim, config.hidden_dim) + self.decoder_hidden = nn.Linear(config.latent_dim + cond_dim + config.hidden_dim, config.hidden_dim) + self.output_head = nn.Linear(config.hidden_dim, config.point_dim) + self.sample_context = nn.Sequential( + nn.Linear(config.latent_dim + cond_dim, config.hidden_dim), + nn.GELU(), + nn.Linear(config.hidden_dim, config.hidden_dim), + nn.GELU(), + ) + + def _cond(self, class_ids, style_ids, scene_ids, family_ids, provenance_ids, style_cluster_ids): + return torch.cat( + [ + self.class_embed(class_ids), + self.style_embed(style_ids), + self.scene_embed(scene_ids), + self.family_embed(family_ids), + self.provenance_embed(provenance_ids.clamp_min(0)), + self.style_cluster_embed(style_cluster_ids.clamp_min(0)), + ], + dim=-1, + ) + + def encode( + self, + sequences, + class_ids, + style_ids, + scene_ids, + family_ids, + provenance_ids, + style_cluster_ids, + *, + mask=None, + ): + cond = self._cond(class_ids, style_ids, scene_ids, family_ids, provenance_ids, style_cluster_ids) + token = self.input_proj(sequences) + cond_tokens = cond.unsqueeze(1).expand(-1, sequences.shape[1], -1) + encoded, _ = self.encoder(torch.cat([token, cond_tokens], dim=-1)) + if mask is None: + pooled = encoded.mean(dim=1) + else: + weights = mask.unsqueeze(-1).clamp(0.0, 1.0) + pooled = (encoded * weights).sum(dim=1) / weights.sum(dim=1).clamp_min(1.0) + hidden = self.context_proj(torch.cat([pooled, cond], dim=-1)) + planner_summary = self.planner(torch.cat([hidden, cond], dim=-1)) + return hidden, planner_summary, self.mu_head(hidden), self.logvar_head(hidden), cond + + def reparameterize(self, mu, logvar): + std = torch.exp(0.5 * logvar) + return mu + torch.randn_like(std) * std + + def decode( + self, + latent, + context, + cond, + *, + teacher_sequence=None, + teacher_forcing_ratio: float = 1.0, + ): + batch_size = latent.shape[0] + hidden = self.decoder_hidden(torch.cat([latent, cond, context], dim=-1)) + prev_point = torch.zeros((batch_size, self.config.point_dim), device=latent.device, dtype=latent.dtype) + outputs = [] + for step in range(self.config.seq_len): + position = self.position_embed( + torch.full((batch_size,), step, device=latent.device, dtype=torch.long) + ) + token = self.decoder_input(torch.cat([prev_point, latent, cond, context], dim=-1)) + position + hidden = self.decoder_cell(token, hidden) + raw = self.output_head(hidden) + point = torch.cat([torch.sigmoid(raw[..., :2]), raw[..., 2:3]], dim=-1) + outputs.append(point.unsqueeze(1)) + if teacher_sequence is None: + prev_point = point.detach() + continue + if teacher_forcing_ratio >= 1.0: + prev_point = teacher_sequence[:, step, :] + continue + use_teacher = ( + torch.rand((batch_size, 1), device=latent.device) < max(0.0, teacher_forcing_ratio) + ).to(point.dtype) + prev_point = teacher_sequence[:, step, :] * use_teacher + point.detach() * (1.0 - use_teacher) + return torch.cat(outputs, dim=1) + + def _build_aux(self, planner_summary, context): + return { + "readability": self.readability_head(context).squeeze(-1), + "stroke_count_logits": self.stroke_count_head(planner_summary), + "stroke_length_logits": self.stroke_length_head(planner_summary), + "bbox": self.bbox_head(context), + "naturalness": self.naturalness_head(context).squeeze(-1), + "style_cluster_logits": self.style_cluster_head(context), + "style_embedding": context, + } + + def forward( + self, + sequences, + class_ids, + style_ids, + scene_ids, + family_ids, + *, + provenance_ids=None, + style_cluster_ids=None, + mask=None, + teacher_forcing_ratio: float = 1.0, + ): + if provenance_ids is None: + provenance_ids = torch.zeros_like(class_ids) + if style_cluster_ids is None: + style_cluster_ids = torch.zeros_like(class_ids) + context, planner_summary, mu, logvar, cond = self.encode( + sequences, + class_ids, + style_ids, + scene_ids, + family_ids, + provenance_ids, + style_cluster_ids, + mask=mask, + ) + latent = self.reparameterize(mu, logvar) + recon = self.decode( + latent, + context, + cond, + teacher_sequence=sequences, + teacher_forcing_ratio=teacher_forcing_ratio, + ) + aux = self._build_aux(planner_summary, context) + aux["context"] = context + aux["latent"] = latent + return recon, mu, logvar, aux + + def sample( + self, + class_ids, + style_ids, + scene_ids, + family_ids, + *, + provenance_ids=None, + style_cluster_ids=None, + latent=None, + ): + if provenance_ids is None: + provenance_ids = torch.zeros_like(class_ids) + if style_cluster_ids is None: + style_cluster_ids = torch.zeros_like(class_ids) + if latent is None: + latent = torch.randn((class_ids.shape[0], self.config.latent_dim), device=class_ids.device) + cond = self._cond(class_ids, style_ids, scene_ids, family_ids, provenance_ids, style_cluster_ids) + context = self.sample_context(torch.cat([latent, cond], dim=-1)) + recon = self.decode(latent, context, cond, teacher_sequence=None, teacher_forcing_ratio=0.0) + aux = self._build_aux(context, context) + aux["context"] = context + aux["latent"] = latent + return recon, aux +else: # pragma: no cover + class ObjectSketchCVAE: # type: ignore[override] + def __init__(self, *args, **kwargs): + raise RuntimeError("torch not available; install torch to use ObjectSketchCVAE") + + + class ObjectSketchV2: # type: ignore[override] + def __init__(self, *args, **kwargs): + raise RuntimeError("torch not available; install torch to use ObjectSketchV2") + + + class ObjectSketchV3: # type: ignore[override] + def __init__(self, *args, **kwargs): + raise RuntimeError("torch not available; install torch to use ObjectSketchV3") diff --git a/runtime/memory-api/core/policy_dataset.py b/runtime/memory-api/core/policy_dataset.py new file mode 100644 index 0000000..51e2d8c --- /dev/null +++ b/runtime/memory-api/core/policy_dataset.py @@ -0,0 +1,804 @@ +from __future__ import annotations + +import hashlib +import json +import math +from dataclasses import asdict, dataclass, field +from pathlib import Path +from types import SimpleNamespace +from typing import Any, Iterator, Sequence + +try: + import torch + from torch.utils.data import Dataset, Sampler +except Exception as exc: # pragma: no cover - torch is required for trainer usage + raise RuntimeError(f"torch is required for Tri-Maze policy datasets: {exc}") + + +BASE_FEATURE_DIM = 13 +PATH_CONTEXT_DIM = 6 +CANDIDATE_FLAG_DIM = 4 +DEFAULT_HISTORY_SIZE = 4 +FEATURE_SCHEMA_VERSION = "tri_maze_policy_v2.0" +PAD_ID = 0 +UNK_ID = 1 + + +def _normalize_text(value: Any) -> str: + if value is None: + return "" + return " ".join(str(value).replace("\u00a0", " ").strip().split()) + + +def _stable_hash(text: str) -> int: + digest = hashlib.md5(text.encode("utf-8", errors="ignore")).digest() + return int.from_bytes(digest[:8], "big") + + +def _hash_bucket(text: str, bucket_count: int) -> int: + if bucket_count <= 0: + return 0 + normalized = _normalize_text(text) + if not normalized: + return 0 + return 1 + (_stable_hash(normalized.casefold()) % bucket_count) + + +def _clamp01(value: Any, default: float = 0.0) -> float: + try: + return max(0.0, min(1.0, float(value))) + except Exception: + return float(default) + + +def _mode_one_hot(mode: str) -> list[float]: + normalized = (_normalize_text(mode) or "forward").lower() + if normalized == "reverse": + return [0.0, 1.0, 0.0] + if normalized == "boundary": + return [0.0, 0.0, 1.0] + return [1.0, 0.0, 0.0] + + +def compute_candidate_base_features( + engine: Any, + current_node: Any, + edge: Any, + *, + path: Any = None, + visited: set[str] | None = None, + mode: str = "forward", + max_degree: int | None = None, +) -> list[float]: + visited = visited or set() + next_node = edge.to_node + degree_cur = len(getattr(current_node, "connections", []) or []) + degree_next = len(getattr(next_node, "connections", []) or []) + max_degree = max(1, int(max_degree or getattr(engine, "_max_degree", 1) or 1)) + + resistance = float(getattr(edge, "resistance", 0.5) or 0.5) + memory_reinf = 0.0 + if getattr(engine, "memory", None): + try: + memory_reinf = float( + engine.memory.get_edge_reinforcement(current_node.concept, next_node.concept) + ) + except Exception: + memory_reinf = 0.0 + + semantic = 0.0 + if hasattr(engine, "_semantic_similarity"): + try: + semantic = float(engine._semantic_similarity(current_node.concept, next_node.concept)) + except Exception: + semantic = 0.0 + + visited_flag = 1.0 if next_node.concept in visited else 0.0 + path_len = float(getattr(path, "length", 0) or 0) + max_steps = float(getattr(engine, "max_exploration_steps", 1) or 1) + + features = [ + resistance, + memory_reinf, + semantic, + min(1.0, degree_cur / max_degree), + min(1.0, degree_next / max_degree), + min(1.0, path_len / max_steps), + visited_flag, + 1.0 if getattr(edge, "is_memory", False) else 0.0, + 1.0 if getattr(edge, "is_expanded", False) else 0.0, + 1.0 if getattr(edge, "is_tunneling", False) else 0.0, + ] + features.extend(_mode_one_hot(mode)) + return features + + +def build_path_context_features( + *, + path_length: int, + visited_count: int, + candidate_count: int, + max_degree: int, + history_count: int, + revisit_ratio: float, + max_steps: int | None = None, +) -> list[float]: + max_degree = max(1, int(max_degree or 1)) + max_steps = max(1, int(max_steps or 80)) + path_length_norm = min(1.0, max(0, path_length) / max_steps) + candidate_density = min(1.0, max(0, candidate_count) / max_degree) + visited_density = min(1.0, max(0, visited_count) / max(1, path_length + candidate_count + 1)) + branch_density = min(1.0, max(0, candidate_count) / max(1, visited_count + candidate_count)) + history_fill = min(1.0, max(0, history_count) / max(1, DEFAULT_HISTORY_SIZE)) + revisit_ratio = _clamp01(revisit_ratio) + return [ + path_length_norm, + candidate_density, + visited_density, + branch_density, + history_fill, + revisit_ratio, + ] + + +def _path_length_bucket(path_length: int) -> int: + if path_length <= 1: + return 0 + if path_length <= 3: + return 1 + if path_length <= 5: + return 2 + return 3 + + +@dataclass(slots=True) +class CurriculumConfig: + enabled: bool = False + min_fraction: float = 0.35 + max_fraction: float = 1.0 + include_tunneling_after: float = 0.45 + include_hard_after: float = 0.55 + + def fraction_for_epoch(self, epoch: int, total_epochs: int) -> float: + if not self.enabled: + return self.max_fraction + total_epochs = max(1, int(total_epochs)) + progress = min(1.0, max(0.0, float(epoch) / max(1, total_epochs - 1))) + return self.min_fraction + (self.max_fraction - self.min_fraction) * progress + + +@dataclass(slots=True) +class PolicyStepRecord: + sample_id: str + source_kind: str + source_dataset: str + query_type: str + mode: str + task_key: str + current_concept: str + recent_concepts: tuple[str, ...] + visited_concepts: tuple[str, ...] + candidate_concepts: tuple[str, ...] + candidate_relations: tuple[str, ...] + candidate_base_features: tuple[tuple[float, ...], ...] + candidate_is_memory: tuple[int, ...] + candidate_is_expanded: tuple[int, ...] + candidate_is_tunneling: tuple[int, ...] + target_index: int + weight: float + path_length: int + path_length_bucket: int + difficulty: float + high_value_target: int + has_tunneling_path: int + source_score: float = 0.0 + metadata: dict[str, Any] = field(default_factory=dict) + + def to_dict(self) -> dict[str, Any]: + payload = asdict(self) + for key in ( + "recent_concepts", + "visited_concepts", + "candidate_concepts", + "candidate_relations", + "candidate_is_memory", + "candidate_is_expanded", + "candidate_is_tunneling", + ): + payload[key] = list(payload[key]) + payload["candidate_base_features"] = [list(item) for item in self.candidate_base_features] + return payload + + @classmethod + def from_dict(cls, payload: dict[str, Any]) -> "PolicyStepRecord": + return cls( + sample_id=_normalize_text(payload.get("sample_id") or ""), + source_kind=_normalize_text(payload.get("source_kind") or "unknown"), + source_dataset=_normalize_text(payload.get("source_dataset") or "unknown"), + query_type=_normalize_text(payload.get("query_type") or "query"), + mode=_normalize_text(payload.get("mode") or "forward"), + task_key=_normalize_text(payload.get("task_key") or "default"), + current_concept=_normalize_text(payload.get("current_concept") or ""), + recent_concepts=tuple(_normalize_text(item) for item in payload.get("recent_concepts") or [] if _normalize_text(item)), + visited_concepts=tuple(_normalize_text(item) for item in payload.get("visited_concepts") or [] if _normalize_text(item)), + candidate_concepts=tuple(_normalize_text(item) for item in payload.get("candidate_concepts") or [] if _normalize_text(item)), + candidate_relations=tuple(_normalize_text(item) for item in payload.get("candidate_relations") or [] if _normalize_text(item)), + candidate_base_features=tuple( + tuple(float(value) for value in feature_row) + for feature_row in payload.get("candidate_base_features") or [] + ), + candidate_is_memory=tuple(int(value) for value in payload.get("candidate_is_memory") or []), + candidate_is_expanded=tuple(int(value) for value in payload.get("candidate_is_expanded") or []), + candidate_is_tunneling=tuple(int(value) for value in payload.get("candidate_is_tunneling") or []), + target_index=int(payload.get("target_index", -1)), + weight=float(payload.get("weight", 1.0) or 1.0), + path_length=int(payload.get("path_length", 0) or 0), + path_length_bucket=int(payload.get("path_length_bucket", _path_length_bucket(int(payload.get("path_length", 0) or 0)))), + difficulty=float(payload.get("difficulty", 0.0) or 0.0), + high_value_target=int(payload.get("high_value_target", 0) or 0), + has_tunneling_path=int(payload.get("has_tunneling_path", 0) or 0), + source_score=float(payload.get("source_score", 0.0) or 0.0), + metadata=dict(payload.get("metadata") or {}), + ) + + def all_concepts(self) -> set[str]: + concepts = {self.current_concept} + concepts.update(self.recent_concepts) + concepts.update(self.visited_concepts) + concepts.update(self.candidate_concepts) + return {item for item in concepts if item} + + +@dataclass(slots=True) +class PolicyVocabulary: + concept_to_id: dict[str, int] + relation_to_id: dict[str, int] + source_to_id: dict[str, int] + query_type_to_id: dict[str, int] + mode_to_id: dict[str, int] + task_to_id: dict[str, int] + hash_bucket_size: int = 8192 + + @classmethod + def empty(cls, *, hash_bucket_size: int = 8192) -> "PolicyVocabulary": + return cls( + concept_to_id={"": PAD_ID, "": UNK_ID}, + relation_to_id={"": PAD_ID, "": UNK_ID}, + source_to_id={"": PAD_ID, "": UNK_ID}, + query_type_to_id={"": PAD_ID, "": UNK_ID}, + mode_to_id={"": PAD_ID, "": UNK_ID, "forward": 2, "reverse": 3, "boundary": 4, "runtime": 5}, + task_to_id={"": PAD_ID, "": UNK_ID}, + hash_bucket_size=max(32, int(hash_bucket_size)), + ) + + @classmethod + def build( + cls, + records: Sequence[PolicyStepRecord], + *, + hash_bucket_size: int = 8192, + ) -> "PolicyVocabulary": + vocab = cls.empty(hash_bucket_size=hash_bucket_size) + for record in records: + vocab._add(vocab.concept_to_id, record.current_concept) + for concept in record.recent_concepts: + vocab._add(vocab.concept_to_id, concept) + for concept in record.visited_concepts: + vocab._add(vocab.concept_to_id, concept) + for concept in record.candidate_concepts: + vocab._add(vocab.concept_to_id, concept) + for relation in record.candidate_relations: + vocab._add(vocab.relation_to_id, relation) + vocab._add(vocab.source_to_id, record.source_dataset) + vocab._add(vocab.query_type_to_id, record.query_type) + vocab._add(vocab.mode_to_id, record.mode) + vocab._add(vocab.task_to_id, record.task_key) + return vocab + + @staticmethod + def _key(value: str) -> str: + normalized = _normalize_text(value) + return normalized.casefold() if normalized else "" + + def _add(self, mapping: dict[str, int], value: str) -> None: + key = self._key(value) + if not key or key in mapping: + return + mapping[key] = len(mapping) + + def encode_token(self, mapping: dict[str, int], value: str) -> int: + key = self._key(value) + if not key: + return PAD_ID + return int(mapping.get(key, UNK_ID)) + + def encode_concept(self, value: str) -> tuple[int, int]: + return ( + self.encode_token(self.concept_to_id, value), + _hash_bucket(value, self.hash_bucket_size), + ) + + def encode_relation(self, value: str) -> int: + return self.encode_token(self.relation_to_id, value) + + def encode_source(self, value: str) -> int: + return self.encode_token(self.source_to_id, value) + + def encode_query_type(self, value: str) -> int: + return self.encode_token(self.query_type_to_id, value) + + def encode_mode(self, value: str) -> int: + return self.encode_token(self.mode_to_id, value) + + def encode_task(self, value: str) -> int: + return self.encode_token(self.task_to_id, value) + + @property + def concept_vocab_size(self) -> int: + return len(self.concept_to_id) + + @property + def relation_vocab_size(self) -> int: + return len(self.relation_to_id) + + @property + def source_vocab_size(self) -> int: + return len(self.source_to_id) + + @property + def query_type_vocab_size(self) -> int: + return len(self.query_type_to_id) + + @property + def mode_vocab_size(self) -> int: + return len(self.mode_to_id) + + @property + def task_vocab_size(self) -> int: + return len(self.task_to_id) + + def to_metadata(self) -> dict[str, Any]: + return { + "concept_to_id": self.concept_to_id, + "relation_to_id": self.relation_to_id, + "source_to_id": self.source_to_id, + "query_type_to_id": self.query_type_to_id, + "mode_to_id": self.mode_to_id, + "task_to_id": self.task_to_id, + "hash_bucket_size": self.hash_bucket_size, + } + + @classmethod + def from_metadata(cls, payload: dict[str, Any] | None) -> "PolicyVocabulary": + if not payload: + return cls.empty() + return cls( + concept_to_id={str(k): int(v) for k, v in dict(payload.get("concept_to_id") or {}).items()}, + relation_to_id={str(k): int(v) for k, v in dict(payload.get("relation_to_id") or {}).items()}, + source_to_id={str(k): int(v) for k, v in dict(payload.get("source_to_id") or {}).items()}, + query_type_to_id={str(k): int(v) for k, v in dict(payload.get("query_type_to_id") or {}).items()}, + mode_to_id={str(k): int(v) for k, v in dict(payload.get("mode_to_id") or {}).items()}, + task_to_id={str(k): int(v) for k, v in dict(payload.get("task_to_id") or {}).items()}, + hash_bucket_size=max(32, int(payload.get("hash_bucket_size", 8192) or 8192)), + ) + + +@dataclass(slots=True) +class PolicyBatch: + sample_ids: list[str] + source_kinds: list[str] + current_concept_ids: torch.Tensor + current_hash_ids: torch.Tensor + history_concept_ids: torch.Tensor + history_hash_ids: torch.Tensor + candidate_concept_ids: torch.Tensor + candidate_hash_ids: torch.Tensor + relation_ids: torch.Tensor + source_ids: torch.Tensor + query_type_ids: torch.Tensor + mode_ids: torch.Tensor + task_ids: torch.Tensor + base_features: torch.Tensor + path_context: torch.Tensor + candidate_flags: torch.Tensor + candidate_mask: torch.Tensor + target_index: torch.Tensor + weights: torch.Tensor + path_length_bucket: torch.Tensor + tunnel_label: torch.Tensor + high_value_label: torch.Tensor + difficulty: torch.Tensor + candidate_count: torch.Tensor + + def to(self, device: torch.device | str) -> "PolicyBatch": + for field_name in self.__dataclass_fields__: + value = getattr(self, field_name) + if torch.is_tensor(value): + setattr(self, field_name, value.to(device)) + return self + + @property + def batch_size(self) -> int: + return int(self.current_concept_ids.shape[0]) + + +class PolicyStepDataset(Dataset): + def __init__( + self, + records: Sequence[PolicyStepRecord], + *, + vocabulary: PolicyVocabulary | None = None, + history_size: int = DEFAULT_HISTORY_SIZE, + feature_schema_version: str = FEATURE_SCHEMA_VERSION, + ) -> None: + self.records = list(records) + self.history_size = max(1, int(history_size)) + self.feature_schema_version = feature_schema_version + self.vocabulary = vocabulary or PolicyVocabulary.build(self.records) + self._encoded = [self._encode_record(record) for record in self.records] + + def __len__(self) -> int: + return len(self.records) + + def __getitem__(self, index: int) -> dict[str, Any]: + return self._encoded[index] + + def _encode_record(self, record: PolicyStepRecord) -> dict[str, Any]: + vocab = self.vocabulary + history = list(record.recent_concepts[-self.history_size :]) + while len(history) < self.history_size: + history.insert(0, "") + + current_id, current_hash = vocab.encode_concept(record.current_concept) + history_ids: list[int] = [] + history_hash_ids: list[int] = [] + for concept in history: + concept_id, hash_id = vocab.encode_concept(concept) + history_ids.append(concept_id) + history_hash_ids.append(hash_id) + + candidate_ids: list[int] = [] + candidate_hash_ids: list[int] = [] + relation_ids: list[int] = [] + candidate_flags: list[list[float]] = [] + candidate_features: list[list[float]] = [] + candidate_count = len(record.candidate_concepts) + visited_set = {item.casefold() for item in record.visited_concepts} + revisit_hits = 0 + for index, concept in enumerate(record.candidate_concepts): + concept_id, hash_id = vocab.encode_concept(concept) + candidate_ids.append(concept_id) + candidate_hash_ids.append(hash_id) + relation_ids.append(vocab.encode_relation(record.candidate_relations[index] if index < len(record.candidate_relations) else "related_to")) + visited_flag = 1.0 if concept.casefold() in visited_set else 0.0 + revisit_hits += int(visited_flag > 0.0) + candidate_flags.append( + [ + float(record.candidate_is_memory[index] if index < len(record.candidate_is_memory) else 0), + float(record.candidate_is_expanded[index] if index < len(record.candidate_is_expanded) else 0), + float(record.candidate_is_tunneling[index] if index < len(record.candidate_is_tunneling) else 0), + visited_flag, + ] + ) + feature_row = list(record.candidate_base_features[index] if index < len(record.candidate_base_features) else ()) + if len(feature_row) < BASE_FEATURE_DIM: + feature_row.extend([0.0] * (BASE_FEATURE_DIM - len(feature_row))) + candidate_features.append(feature_row[:BASE_FEATURE_DIM]) + + path_context = build_path_context_features( + path_length=record.path_length, + visited_count=len(record.visited_concepts), + candidate_count=candidate_count, + max_degree=max(candidate_count, 1), + history_count=len(record.recent_concepts), + revisit_ratio=float(revisit_hits / max(1, candidate_count)), + ) + + return { + "sample_id": record.sample_id, + "source_kind": record.source_kind, + "current_concept_id": current_id, + "current_hash_id": current_hash, + "history_concept_ids": history_ids, + "history_hash_ids": history_hash_ids, + "candidate_concept_ids": candidate_ids, + "candidate_hash_ids": candidate_hash_ids, + "relation_ids": relation_ids, + "source_id": vocab.encode_source(record.source_dataset), + "query_type_id": vocab.encode_query_type(record.query_type), + "mode_id": vocab.encode_mode(record.mode), + "task_id": vocab.encode_task(record.task_key), + "base_features": candidate_features, + "path_context": path_context, + "candidate_flags": candidate_flags, + "target_index": int(record.target_index), + "weight": float(record.weight), + "path_length_bucket": int(record.path_length_bucket), + "tunnel_label": int(record.has_tunneling_path), + "high_value_label": int(record.high_value_target), + "difficulty": float(record.difficulty), + "candidate_count": int(candidate_count), + } + + +def policy_collate_fn(batch: Sequence[dict[str, Any]]) -> PolicyBatch: + if not batch: + raise ValueError("cannot collate empty policy batch") + + batch_size = len(batch) + max_candidates = max(1, max(int(item["candidate_count"]) for item in batch)) + history_size = max(1, len(batch[0]["history_concept_ids"])) + + current_concept_ids = torch.zeros(batch_size, dtype=torch.long) + current_hash_ids = torch.zeros(batch_size, dtype=torch.long) + history_concept_ids = torch.zeros(batch_size, history_size, dtype=torch.long) + history_hash_ids = torch.zeros(batch_size, history_size, dtype=torch.long) + candidate_concept_ids = torch.zeros(batch_size, max_candidates, dtype=torch.long) + candidate_hash_ids = torch.zeros(batch_size, max_candidates, dtype=torch.long) + relation_ids = torch.zeros(batch_size, max_candidates, dtype=torch.long) + source_ids = torch.zeros(batch_size, dtype=torch.long) + query_type_ids = torch.zeros(batch_size, dtype=torch.long) + mode_ids = torch.zeros(batch_size, dtype=torch.long) + task_ids = torch.zeros(batch_size, dtype=torch.long) + base_features = torch.zeros(batch_size, max_candidates, BASE_FEATURE_DIM, dtype=torch.float32) + path_context = torch.zeros(batch_size, PATH_CONTEXT_DIM, dtype=torch.float32) + candidate_flags = torch.zeros(batch_size, max_candidates, CANDIDATE_FLAG_DIM, dtype=torch.float32) + candidate_mask = torch.zeros(batch_size, max_candidates, dtype=torch.bool) + target_index = torch.full((batch_size,), -1, dtype=torch.long) + weights = torch.ones(batch_size, dtype=torch.float32) + path_length_bucket = torch.zeros(batch_size, dtype=torch.long) + tunnel_label = torch.zeros(batch_size, dtype=torch.float32) + high_value_label = torch.zeros(batch_size, dtype=torch.float32) + difficulty = torch.zeros(batch_size, dtype=torch.float32) + candidate_count = torch.zeros(batch_size, dtype=torch.long) + + sample_ids: list[str] = [] + source_kinds: list[str] = [] + + for row_index, row in enumerate(batch): + count = int(row["candidate_count"]) + sample_ids.append(str(row["sample_id"])) + source_kinds.append(str(row["source_kind"])) + current_concept_ids[row_index] = int(row["current_concept_id"]) + current_hash_ids[row_index] = int(row["current_hash_id"]) + history_concept_ids[row_index] = torch.tensor(row["history_concept_ids"], dtype=torch.long) + history_hash_ids[row_index] = torch.tensor(row["history_hash_ids"], dtype=torch.long) + if count > 0: + candidate_concept_ids[row_index, :count] = torch.tensor(row["candidate_concept_ids"], dtype=torch.long) + candidate_hash_ids[row_index, :count] = torch.tensor(row["candidate_hash_ids"], dtype=torch.long) + relation_ids[row_index, :count] = torch.tensor(row["relation_ids"], dtype=torch.long) + base_features[row_index, :count] = torch.tensor(row["base_features"], dtype=torch.float32) + candidate_flags[row_index, :count] = torch.tensor(row["candidate_flags"], dtype=torch.float32) + candidate_mask[row_index, :count] = True + source_ids[row_index] = int(row["source_id"]) + query_type_ids[row_index] = int(row["query_type_id"]) + mode_ids[row_index] = int(row["mode_id"]) + task_ids[row_index] = int(row["task_id"]) + path_context[row_index] = torch.tensor(row["path_context"], dtype=torch.float32) + target_index[row_index] = int(row["target_index"]) + weights[row_index] = float(row["weight"]) + path_length_bucket[row_index] = int(row["path_length_bucket"]) + tunnel_label[row_index] = float(row["tunnel_label"]) + high_value_label[row_index] = float(row["high_value_label"]) + difficulty[row_index] = float(row["difficulty"]) + candidate_count[row_index] = int(count) + + return PolicyBatch( + sample_ids=sample_ids, + source_kinds=source_kinds, + current_concept_ids=current_concept_ids, + current_hash_ids=current_hash_ids, + history_concept_ids=history_concept_ids, + history_hash_ids=history_hash_ids, + candidate_concept_ids=candidate_concept_ids, + candidate_hash_ids=candidate_hash_ids, + relation_ids=relation_ids, + source_ids=source_ids, + query_type_ids=query_type_ids, + mode_ids=mode_ids, + task_ids=task_ids, + base_features=base_features, + path_context=path_context, + candidate_flags=candidate_flags, + candidate_mask=candidate_mask, + target_index=target_index, + weights=weights, + path_length_bucket=path_length_bucket, + tunnel_label=tunnel_label, + high_value_label=high_value_label, + difficulty=difficulty, + candidate_count=candidate_count, + ) + + +class EpisodicBatchSampler(Sampler[list[int]]): + def __init__(self, records: Sequence[PolicyStepRecord], *, batch_size: int, seed: int = 42) -> None: + self.batch_size = max(1, int(batch_size)) + self.seed = int(seed) + task_groups: dict[str, list[int]] = {} + for index, record in enumerate(records): + task_groups.setdefault(record.task_key or "default", []).append(index) + self.task_groups = {key: value for key, value in task_groups.items() if value} + self.task_keys = list(self.task_groups.keys()) + + def __iter__(self) -> Iterator[list[int]]: + if not self.task_keys: + return iter(()) + generator = torch.Generator().manual_seed(self.seed) + task_order = torch.randperm(len(self.task_keys), generator=generator).tolist() + batches: list[list[int]] = [] + for task_index in task_order: + indices = self.task_groups[self.task_keys[task_index]].copy() + if len(indices) > 1: + perm = torch.randperm(len(indices), generator=generator).tolist() + indices = [indices[item] for item in perm] + for start in range(0, len(indices), self.batch_size): + batches.append(indices[start : start + self.batch_size]) + return iter(batches) + + def __len__(self) -> int: + total = 0 + for indices in self.task_groups.values(): + total += math.ceil(len(indices) / self.batch_size) + return total + + +def build_domain_sampling_weights(records: Sequence[PolicyStepRecord]) -> list[float]: + if not records: + return [] + counts: dict[tuple[str, str], int] = {} + for record in records: + key = ( + _normalize_text(record.source_dataset).casefold() or "unknown", + _normalize_text(record.query_type).casefold() or "query", + ) + counts[key] = counts.get(key, 0) + 1 + weights: list[float] = [] + for record in records: + key = ( + _normalize_text(record.source_dataset).casefold() or "unknown", + _normalize_text(record.query_type).casefold() or "query", + ) + weights.append(1.0 / max(1, counts.get(key, 1))) + return weights + + +def filter_curriculum_records( + records: Sequence[PolicyStepRecord], + *, + epoch: int, + total_epochs: int, + curriculum: CurriculumConfig, +) -> list[PolicyStepRecord]: + if not curriculum.enabled or not records: + return list(records) + ordered = sorted(records, key=lambda item: (item.difficulty, item.path_length, item.sample_id)) + cutoff = max(1, int(math.ceil(len(ordered) * curriculum.fraction_for_epoch(epoch, total_epochs)))) + allowed = ordered[:cutoff] + progress = min(1.0, max(0.0, float(epoch) / max(1, total_epochs - 1))) + if progress >= curriculum.include_tunneling_after: + tunneling_records = [record for record in records if record.has_tunneling_path and record not in allowed] + allowed.extend(tunneling_records) + if progress >= curriculum.include_hard_after: + hard_records = [record for record in records if len(record.candidate_concepts) > 3 and record not in allowed] + allowed.extend(hard_records) + seen = set() + deduped: list[PolicyStepRecord] = [] + for record in allowed: + if record.sample_id in seen: + continue + seen.add(record.sample_id) + deduped.append(record) + return deduped + + +def serialize_policy_records(path: str | Path, records: Sequence[PolicyStepRecord]) -> None: + target = Path(path) + target.parent.mkdir(parents=True, exist_ok=True) + with target.open("w", encoding="utf-8") as handle: + for record in records: + handle.write(json.dumps(record.to_dict(), ensure_ascii=False) + "\n") + + +def load_policy_records(path: str | Path) -> list[PolicyStepRecord]: + records: list[PolicyStepRecord] = [] + with Path(path).open("r", encoding="utf-8-sig") as handle: + for raw in handle: + line = raw.strip() + if not line: + continue + payload = json.loads(line) + if isinstance(payload, dict): + records.append(PolicyStepRecord.from_dict(payload)) + return records + + +def build_runtime_step_record( + engine: Any, + current_node: Any, + candidate_edges: Sequence[Any], + *, + path: Any = None, + visited: set[str] | None = None, + mode: str = "forward", + target_index: int = -1, + sample_id: str | None = None, + source_kind: str = "runtime", + source_dataset: str = "runtime", + query_type: str = "runtime", + task_key: str = "runtime|runtime|forward", + weight: float = 1.0, + source_score: float = 0.0, +) -> PolicyStepRecord: + visited = visited or set() + candidate_edges = list(candidate_edges) + candidate_concepts = tuple(getattr(edge.to_node, "concept", "") for edge in candidate_edges) + candidate_relations = tuple(_normalize_text(getattr(edge, "relation", "") or "related_to") for edge in candidate_edges) + base_features = tuple( + tuple( + compute_candidate_base_features( + engine, + current_node, + edge, + path=path, + visited=visited, + mode=mode, + max_degree=getattr(engine, "_max_degree", 1), + ) + ) + for edge in candidate_edges + ) + candidate_is_memory = tuple(1 if getattr(edge, "is_memory", False) else 0 for edge in candidate_edges) + candidate_is_expanded = tuple(1 if getattr(edge, "is_expanded", False) else 0 for edge in candidate_edges) + candidate_is_tunneling = tuple(1 if getattr(edge, "is_tunneling", False) else 0 for edge in candidate_edges) + + path_nodes = [getattr(node, "concept", "") for node in getattr(path, "nodes", []) if getattr(node, "concept", "")] + recent_concepts = tuple(path_nodes[-DEFAULT_HISTORY_SIZE:]) + visited_concepts = tuple(sorted(_normalize_text(item) for item in visited if _normalize_text(item))) + candidate_count = len(candidate_edges) + target_index = int(target_index) + selected_edge = candidate_edges[target_index] if 0 <= target_index < len(candidate_edges) else None + high_value_target = 0 + if selected_edge is not None: + heuristic_score = 1.0 - float(getattr(selected_edge, "resistance", 0.5) or 0.5) + heuristic_score += 0.25 * float(getattr(selected_edge, "is_memory", False)) + heuristic_score += 0.15 * float(getattr(selected_edge, "is_expanded", False)) + high_value_target = int(heuristic_score >= 0.75) + has_tunneling_path = int(any(getattr(edge, "is_tunneling", False) for edge in getattr(path, "edges", []) or [])) + difficulty = ( + float(getattr(path, "length", 0) or 0) + + 0.5 * max(0, candidate_count - 1) + + 1.25 * float(has_tunneling_path) + + 0.5 * float(target_index >= 0 and candidate_count > 3) + ) + return PolicyStepRecord( + sample_id=sample_id or f"runtime::{current_node.concept}::{mode}::{_stable_hash('|'.join(candidate_concepts))}", + source_kind=source_kind, + source_dataset=source_dataset or "runtime", + query_type=query_type or "runtime", + mode=mode or "forward", + task_key=task_key or f"{source_dataset}|{query_type}|{mode}", + current_concept=_normalize_text(getattr(current_node, "concept", "")), + recent_concepts=recent_concepts, + visited_concepts=visited_concepts, + candidate_concepts=candidate_concepts, + candidate_relations=candidate_relations, + candidate_base_features=base_features, + candidate_is_memory=candidate_is_memory, + candidate_is_expanded=candidate_is_expanded, + candidate_is_tunneling=candidate_is_tunneling, + target_index=target_index, + weight=float(weight), + path_length=int(getattr(path, "length", 0) or 0), + path_length_bucket=_path_length_bucket(int(getattr(path, "length", 0) or 0)), + difficulty=float(difficulty), + high_value_target=high_value_target, + has_tunneling_path=has_tunneling_path, + source_score=float(source_score), + metadata={"candidate_count": candidate_count}, + ) + + +def build_path_stub(engine: Any, concepts: Sequence[str]) -> Any: + nodes = [engine.nodes[concept] for concept in concepts if concept in engine.nodes] + return SimpleNamespace(length=max(0, len(concepts) - 1), nodes=nodes, edges=[]) diff --git a/runtime/memory-api/core/policy_network.py b/runtime/memory-api/core/policy_network.py new file mode 100644 index 0000000..0bea907 --- /dev/null +++ b/runtime/memory-api/core/policy_network.py @@ -0,0 +1,880 @@ +""" +Neural policy for Tri-Maze exploration (non-LLM). +Provides a backward-compatible EdgePolicy wrapper that can load the original +v1 shallow MLP checkpoints or the new v2 structured ranking model. +""" +from __future__ import annotations + +from dataclasses import asdict, dataclass +from pathlib import Path +from typing import Any, Optional, Sequence +import random + +try: + import torch + from torch import nn + import torch.nn.functional as F +except Exception: # pragma: no cover - optional dependency + torch = None + nn = None + F = None + +from .policy_dataset import ( + BASE_FEATURE_DIM, + CANDIDATE_FLAG_DIM, + FEATURE_SCHEMA_VERSION, + PATH_CONTEXT_DIM, + PolicyStepDataset, + PolicyVocabulary, + build_runtime_step_record, + policy_collate_fn, +) + + +CHECKPOINT_VERSION_V2 = "tmcra_tri_maze_policy_v2" + + +def _mask_fill_value(tensor: torch.Tensor) -> float: + if torch is None: + return -1e4 + try: + return float(torch.finfo(tensor.dtype).min) + except Exception: + return -1e4 + + +@dataclass(slots=True) +class PolicyModelConfig: + model_version: str = "v2" + base_feature_dim: int = BASE_FEATURE_DIM + path_context_dim: int = PATH_CONTEXT_DIM + candidate_flag_dim: int = CANDIDATE_FLAG_DIM + history_size: int = 4 + concept_embedding_dim: int = 64 + relation_embedding_dim: int = 16 + domain_embedding_dim: int = 8 + hash_bucket_size: int = 8192 + trunk_dims: tuple[int, ...] = (128, 256, 128) + dropout: float = 0.1 + feature_attention: bool = True + multitask: bool = True + domain_adapt: bool = False + contrastive_dim: int = 128 + path_length_buckets: int = 4 + concept_vocab_size: int = 2 + relation_vocab_size: int = 2 + source_vocab_size: int = 2 + query_type_vocab_size: int = 2 + mode_vocab_size: int = 6 + task_vocab_size: int = 2 + + def to_dict(self) -> dict[str, Any]: + payload = asdict(self) + payload["trunk_dims"] = list(self.trunk_dims) + return payload + + @classmethod + def from_dict(cls, payload: dict[str, Any] | None) -> "PolicyModelConfig": + if not payload: + return cls() + data = dict(payload) + if "trunk_dims" in data: + data["trunk_dims"] = tuple(int(item) for item in data.get("trunk_dims") or ()) + return cls(**data) + + def apply_vocabulary(self, vocabulary: PolicyVocabulary | None) -> "PolicyModelConfig": + if vocabulary is None: + return self + updated = self.to_dict() + updated.update( + { + "hash_bucket_size": int(vocabulary.hash_bucket_size), + "concept_vocab_size": int(vocabulary.concept_vocab_size), + "relation_vocab_size": int(vocabulary.relation_vocab_size), + "source_vocab_size": int(vocabulary.source_vocab_size), + "query_type_vocab_size": int(vocabulary.query_type_vocab_size), + "mode_vocab_size": int(vocabulary.mode_vocab_size), + "task_vocab_size": int(vocabulary.task_vocab_size), + } + ) + return PolicyModelConfig.from_dict(updated) + + +if nn is not None: + class PolicyNet(nn.Module): + def __init__(self, input_dim: int, hidden_dim: int = 32): + super().__init__() + self.net = nn.Sequential( + nn.Linear(input_dim, hidden_dim), + nn.ReLU(), + nn.Linear(hidden_dim, 1), + ) + + def forward(self, x): # x: [N, D] + return self.net(x).squeeze(-1) +else: # pragma: no cover + class PolicyNet: + def __init__(self, *args, **kwargs): + raise RuntimeError("torch not available; install torch to use PolicyNet") + + +if nn is not None: + class _GradReverse(torch.autograd.Function): + @staticmethod + def forward(ctx, x, coeff): + ctx.coeff = coeff + return x.view_as(x) + + @staticmethod + def backward(ctx, grad_output): + return grad_output.neg() * ctx.coeff, None + + + def grad_reverse(x: torch.Tensor, coeff: float) -> torch.Tensor: + return _GradReverse.apply(x, coeff) + + + def _masked_mean(values: torch.Tensor, mask: torch.Tensor, dim: int) -> torch.Tensor: + weights = mask.float() + total = (values * weights.unsqueeze(-1)).sum(dim=dim) + denom = weights.sum(dim=dim, keepdim=True).clamp_min(1.0) + return total / denom + + + class PolicyNetV2(nn.Module): + def __init__(self, config: PolicyModelConfig): + super().__init__() + self.config = config + self.concept_embedding = nn.Embedding( + config.concept_vocab_size, + config.concept_embedding_dim, + padding_idx=0, + ) + self.hash_embedding = nn.Embedding( + config.hash_bucket_size + 1, + config.concept_embedding_dim, + padding_idx=0, + ) + self.relation_embedding = nn.Embedding( + config.relation_vocab_size, + config.relation_embedding_dim, + padding_idx=0, + ) + self.source_embedding = nn.Embedding( + config.source_vocab_size, + config.domain_embedding_dim, + padding_idx=0, + ) + self.query_type_embedding = nn.Embedding( + config.query_type_vocab_size, + config.domain_embedding_dim, + padding_idx=0, + ) + self.mode_embedding = nn.Embedding( + config.mode_vocab_size, + config.domain_embedding_dim, + padding_idx=0, + ) + self.task_embedding = nn.Embedding( + config.task_vocab_size, + config.domain_embedding_dim, + padding_idx=0, + ) + + self.sample_context_dim = ( + config.concept_embedding_dim * 2 + + config.path_context_dim + + config.domain_embedding_dim * 4 + ) + self.candidate_input_dim = ( + config.base_feature_dim + + config.path_context_dim + + config.candidate_flag_dim + + config.relation_embedding_dim + + config.concept_embedding_dim * 4 + + config.domain_embedding_dim * 4 + + config.trunk_dims[0] + ) + self.sample_context_proj = nn.Sequential( + nn.Linear(self.sample_context_dim, config.trunk_dims[0]), + nn.LayerNorm(config.trunk_dims[0]), + nn.SiLU(), + ) + if config.feature_attention: + self.feature_gate = nn.Sequential( + nn.Linear(self.candidate_input_dim, self.candidate_input_dim), + nn.LayerNorm(self.candidate_input_dim), + nn.Sigmoid(), + ) + else: + self.feature_gate = None + + layers: list[nn.Module] = [] + prev_dim = self.candidate_input_dim + for hidden_dim in config.trunk_dims: + layers.extend( + [ + nn.Linear(prev_dim, hidden_dim), + nn.LayerNorm(hidden_dim), + nn.SiLU(), + nn.Dropout(config.dropout), + ] + ) + prev_dim = hidden_dim + self.trunk = nn.Sequential(*layers) + self.score_head = nn.Linear(prev_dim, 1) + self.path_length_head = nn.Linear(prev_dim, config.path_length_buckets) + self.tunnel_head = nn.Linear(prev_dim, 1) + self.high_value_head = nn.Linear(prev_dim, 1) + self.context_projection = nn.Linear(prev_dim, config.contrastive_dim) + self.candidate_projection = nn.Linear(prev_dim, config.contrastive_dim) + self.domain_head = nn.Linear(prev_dim, config.source_vocab_size) if config.domain_adapt else None + + def _concept_repr(self, token_ids: torch.Tensor, hash_ids: torch.Tensor) -> torch.Tensor: + return self.concept_embedding(token_ids) + self.hash_embedding(hash_ids) + + def forward(self, batch: PolicyBatch | dict[str, torch.Tensor]) -> dict[str, torch.Tensor]: + if isinstance(batch, dict): + batch = PolicyBatch(**batch) + + current_embed = self._concept_repr(batch.current_concept_ids, batch.current_hash_ids) + history_embed = self._concept_repr(batch.history_concept_ids, batch.history_hash_ids) + history_mask = (batch.history_concept_ids != 0) | (batch.history_hash_ids != 0) + history_summary = _masked_mean(history_embed, history_mask, dim=1) + + candidate_embed = self._concept_repr(batch.candidate_concept_ids, batch.candidate_hash_ids) + relation_embed = self.relation_embedding(batch.relation_ids) + source_embed = self.source_embedding(batch.source_ids) + query_embed = self.query_type_embedding(batch.query_type_ids) + mode_embed = self.mode_embedding(batch.mode_ids) + task_embed = self.task_embedding(batch.task_ids) + + sample_context = torch.cat( + [ + current_embed, + history_summary, + batch.path_context, + source_embed, + query_embed, + mode_embed, + task_embed, + ], + dim=-1, + ) + sample_context = self.sample_context_proj(sample_context) + sample_context_expanded = sample_context.unsqueeze(1).expand(-1, batch.base_features.shape[1], -1) + path_context_expanded = batch.path_context.unsqueeze(1).expand(-1, batch.base_features.shape[1], -1) + domain_context = torch.cat([source_embed, query_embed, mode_embed, task_embed], dim=-1) + domain_context = domain_context.unsqueeze(1).expand(-1, batch.base_features.shape[1], -1) + + candidate_input = torch.cat( + [ + batch.base_features, + path_context_expanded, + batch.candidate_flags, + relation_embed, + sample_context_expanded, + candidate_embed, + current_embed.unsqueeze(1).expand_as(candidate_embed), + candidate_embed - current_embed.unsqueeze(1), + candidate_embed * current_embed.unsqueeze(1), + domain_context, + ], + dim=-1, + ) + if self.feature_gate is not None: + candidate_input = candidate_input * self.feature_gate(candidate_input) + + hidden = self.trunk(candidate_input) + logits = self.score_head(hidden).squeeze(-1) + logits = logits.masked_fill(~batch.candidate_mask, _mask_fill_value(logits)) + pooled = _masked_mean(hidden, batch.candidate_mask, dim=1) + + outputs = { + "logits": logits, + "hidden": hidden, + "pooled": pooled, + "path_length_logits": self.path_length_head(pooled), + "tunnel_logits": self.tunnel_head(pooled).squeeze(-1), + "high_value_logits": self.high_value_head(pooled).squeeze(-1), + "contrastive_context": F.normalize(self.context_projection(pooled), dim=-1), + "contrastive_candidates": F.normalize(self.candidate_projection(hidden), dim=-1), + } + if self.domain_head is not None: + outputs["domain_logits"] = self.domain_head(grad_reverse(pooled, 1.0)) + return outputs + + +def masked_cross_entropy( + logits: torch.Tensor, + target_index: torch.Tensor, + candidate_mask: torch.Tensor, + *, + sample_weights: torch.Tensor | None = None, +) -> torch.Tensor: + if F is None: + raise RuntimeError("torch not available") + masked_logits = logits.masked_fill(~candidate_mask, _mask_fill_value(logits)) + loss = F.cross_entropy(masked_logits, target_index, reduction="none") + if sample_weights is not None: + loss = loss * sample_weights + return loss.mean() + + +def hard_negative_margin_loss( + logits: torch.Tensor, + target_index: torch.Tensor, + candidate_mask: torch.Tensor, + *, + margin: float = 0.2, +) -> torch.Tensor: + if F is None: + raise RuntimeError("torch not available") + batch_index = torch.arange(logits.shape[0], device=logits.device) + positive = logits[batch_index, target_index] + negative_mask = candidate_mask.clone() + negative_mask[batch_index, target_index] = False + hardest_negative = logits.masked_fill(~negative_mask, _mask_fill_value(logits)).max(dim=-1).values + loss = F.relu(margin - (positive - hardest_negative)) + valid = negative_mask.any(dim=-1) + if valid.any(): + return loss[valid].mean() + return loss.new_tensor(0.0) + + +def candidate_contrastive_loss( + context_repr: torch.Tensor, + candidate_repr: torch.Tensor, + target_index: torch.Tensor, + candidate_mask: torch.Tensor, + *, + temperature: float = 0.1, +) -> torch.Tensor: + if F is None: + raise RuntimeError("torch not available") + logits = torch.einsum("bd,bcd->bc", context_repr, candidate_repr) / max(temperature, 1e-4) + logits = logits.masked_fill(~candidate_mask, _mask_fill_value(logits)) + return F.cross_entropy(logits, target_index) + + +def _copy_embedding_rows_by_token( + target_tensor: torch.Tensor, + source_tensor: torch.Tensor | None, + target_mapping: dict[str, int], + source_mapping: dict[str, int], +) -> None: + if source_tensor is None: + return + rows = int(target_tensor.shape[0]) + source_rows = int(source_tensor.shape[0]) + cols = min(int(target_tensor.shape[1]), int(source_tensor.shape[1])) if target_tensor.ndim == 2 and source_tensor.ndim == 2 else 0 + if cols <= 0: + return + with torch.no_grad(): + for token, target_index in target_mapping.items(): + source_index = source_mapping.get(token) + if source_index is None: + continue + if not (0 <= int(target_index) < rows and 0 <= int(source_index) < source_rows): + continue + target_tensor[int(target_index), :cols].copy_(source_tensor[int(source_index), :cols]) + + +def _copy_prefix_tensor(target_tensor: torch.Tensor, source_tensor: torch.Tensor | None) -> None: + if source_tensor is None or target_tensor.ndim != source_tensor.ndim: + return + common_shape = tuple(min(int(a), int(b)) for a, b in zip(target_tensor.shape, source_tensor.shape)) + if not common_shape: + return + target_slices = tuple(slice(0, size) for size in common_shape) + source_slices = tuple(slice(0, size) for size in common_shape) + with torch.no_grad(): + target_tensor[target_slices].copy_(source_tensor[source_slices]) + + +class EdgePolicy: + def __init__( + self, + input_dim: int = 13, + hidden_dim: int = 32, + lr: float = 1e-3, + temperature: float = 1.0, + branch_factor: int = 2, + revisit_probability: float = 0.2, + seed: int = 42, + *, + model_version: str = "v2", + model_config: PolicyModelConfig | None = None, + vocabulary: PolicyVocabulary | None = None, + weight_decay: float = 1e-4, + ): + self.enabled = torch is not None + self.input_dim = int(input_dim) + self.hidden_dim = int(hidden_dim) + self.lr = float(lr) + self.weight_decay = float(weight_decay) + self.temperature = max(0.1, float(temperature)) + self.branch_factor = max(1, int(branch_factor)) + self.revisit_probability = max(0.0, min(1.0, float(revisit_probability))) + self.max_degree = 1 + self.seed = int(seed) + self.rng = random.Random(seed) + self.model_version = str(model_version or "v2").lower() + self.feature_schema = {"version": FEATURE_SCHEMA_VERSION} + self.vocabulary = vocabulary or PolicyVocabulary.empty() + self.model_config = (model_config or PolicyModelConfig()).apply_vocabulary(self.vocabulary) + + if not self.enabled: + self.model = None + self.optimizer = None + return + + torch.manual_seed(seed) + self.model = None + self.optimizer = None + self._build_model() + + def _build_model(self) -> None: + if not self.enabled: + return + if self.model_version == "v1": + self.model = PolicyNet(input_dim=self.input_dim, hidden_dim=self.hidden_dim) + self.optimizer = torch.optim.Adam(self.model.parameters(), lr=self.lr) + else: + self.model_version = "v2" + self.model_config = self.model_config.apply_vocabulary(self.vocabulary) + self.model = PolicyNetV2(self.model_config) + self.optimizer = torch.optim.AdamW( + self.model.parameters(), + lr=self.lr, + weight_decay=self.weight_decay, + ) + + def _model_device(self) -> torch.device: + if self.model is None: + return torch.device("cpu") + try: + return next(self.model.parameters()).device + except StopIteration: + return torch.device("cpu") + + def set_max_degree(self, max_degree: int) -> None: + self.max_degree = max(1, int(max_degree)) + + def allow_revisit(self) -> bool: + return self.rng.random() < self.revisit_probability + + def config_dict(self) -> dict[str, Any]: + base = { + "input_dim": self.input_dim, + "hidden_dim": self.hidden_dim, + "lr": self.lr, + "weight_decay": self.weight_decay, + "temperature": self.temperature, + "branch_factor": self.branch_factor, + "revisit_probability": self.revisit_probability, + "seed": self.seed, + "max_degree": self.max_degree, + "model_version": self.model_version, + } + if self.model_version == "v2": + base["model_config"] = self.model_config.to_dict() + return base + + def set_vocabulary(self, vocabulary: PolicyVocabulary | None) -> None: + if vocabulary is None: + return + self.vocabulary = vocabulary + if self.model_version == "v2": + self.model_config = self.model_config.apply_vocabulary(vocabulary) + self._build_model() + + def save_checkpoint( + self, + path: str | Path, + *, + metadata: dict[str, Any] | None = None, + scheduler_state: dict[str, Any] | None = None, + extra_state: dict[str, Any] | None = None, + ) -> None: + if not self.enabled: + raise RuntimeError("torch not available; cannot save EdgePolicy checkpoint") + payload = { + "format_version": CHECKPOINT_VERSION_V2 if self.model_version == "v2" else "tmcra_tri_maze_policy_v1", + "config": self.config_dict(), + "model_state": self.model.state_dict(), + "optimizer_state": self.optimizer.state_dict() if self.optimizer is not None else None, + "metadata": metadata or {}, + "scheduler_state": scheduler_state, + "extra_state": extra_state or {}, + } + if self.model_version == "v2": + payload["vocabulary"] = self.vocabulary.to_metadata() + payload["feature_schema"] = self.feature_schema + target = Path(path) + target.parent.mkdir(parents=True, exist_ok=True) + torch.save(payload, target) + + def _load_v1_checkpoint( + self, + payload: dict[str, Any], + *, + load_optimizer: bool, + strict: bool, + ) -> dict[str, Any]: + config = payload.get("config") or {} + required = {"input_dim", "hidden_dim", "lr", "temperature", "branch_factor", "revisit_probability", "seed"} + if not required.issubset(config): + raise ValueError("invalid EdgePolicy checkpoint: missing config keys") + self.model_version = "v1" + self.input_dim = int(config["input_dim"]) + self.hidden_dim = int(config["hidden_dim"]) + self.lr = float(config["lr"]) + self.temperature = float(config["temperature"]) + self.branch_factor = int(config["branch_factor"]) + self.revisit_probability = float(config["revisit_probability"]) + self.seed = int(config["seed"]) + self.max_degree = int(config.get("max_degree", self.max_degree)) + self.rng = random.Random(self.seed) + self._build_model() + self.model.load_state_dict(payload["model_state"], strict=strict) + if load_optimizer and payload.get("optimizer_state") is not None and self.optimizer is not None: + self.optimizer.load_state_dict(payload["optimizer_state"]) + return payload.get("metadata") or {} + + def load_checkpoint( + self, + path: str | Path, + *, + load_optimizer: bool = False, + strict: bool = True, + preserve_vocabulary: bool = False, + ) -> dict[str, Any]: + if not self.enabled: + raise RuntimeError("torch not available; cannot load EdgePolicy checkpoint") + payload = torch.load(path, map_location="cpu", weights_only=False) + config = payload.get("config") or {} + if payload.get("format_version") == CHECKPOINT_VERSION_V2 or config.get("model_version") == "v2": + self.model_version = "v2" + if not preserve_vocabulary: + self.lr = float(config.get("lr", self.lr)) + self.weight_decay = float(config.get("weight_decay", self.weight_decay)) + self.temperature = float(config.get("temperature", self.temperature)) + self.branch_factor = int(config.get("branch_factor", self.branch_factor)) + self.revisit_probability = float(config.get("revisit_probability", self.revisit_probability)) + self.seed = int(config.get("seed", self.seed)) + self.max_degree = int(config.get("max_degree", self.max_degree)) + self.rng = random.Random(self.seed) + checkpoint_vocabulary = PolicyVocabulary.from_metadata(payload.get("vocabulary")) + if preserve_vocabulary: + current_vocabulary = self.vocabulary or PolicyVocabulary.empty() + self.vocabulary = current_vocabulary + else: + self.vocabulary = checkpoint_vocabulary + self.feature_schema = dict(payload.get("feature_schema") or {"version": FEATURE_SCHEMA_VERSION}) + self.model_config = PolicyModelConfig.from_dict(config.get("model_config")).apply_vocabulary(self.vocabulary) + self._build_model() + if preserve_vocabulary: + target_state = self.model.state_dict() + source_state = payload["model_state"] + for name, source_tensor in source_state.items(): + target_tensor = target_state.get(name) + if target_tensor is None: + continue + if target_tensor.shape == source_tensor.shape: + target_state[name] = source_tensor + _copy_embedding_rows_by_token( + target_state["concept_embedding.weight"], + source_state.get("concept_embedding.weight"), + self.vocabulary.concept_to_id, + checkpoint_vocabulary.concept_to_id, + ) + _copy_embedding_rows_by_token( + target_state["relation_embedding.weight"], + source_state.get("relation_embedding.weight"), + self.vocabulary.relation_to_id, + checkpoint_vocabulary.relation_to_id, + ) + _copy_embedding_rows_by_token( + target_state["source_embedding.weight"], + source_state.get("source_embedding.weight"), + self.vocabulary.source_to_id, + checkpoint_vocabulary.source_to_id, + ) + _copy_embedding_rows_by_token( + target_state["query_type_embedding.weight"], + source_state.get("query_type_embedding.weight"), + self.vocabulary.query_type_to_id, + checkpoint_vocabulary.query_type_to_id, + ) + _copy_embedding_rows_by_token( + target_state["mode_embedding.weight"], + source_state.get("mode_embedding.weight"), + self.vocabulary.mode_to_id, + checkpoint_vocabulary.mode_to_id, + ) + _copy_embedding_rows_by_token( + target_state["task_embedding.weight"], + source_state.get("task_embedding.weight"), + self.vocabulary.task_to_id, + checkpoint_vocabulary.task_to_id, + ) + _copy_prefix_tensor( + target_state["hash_embedding.weight"], + source_state.get("hash_embedding.weight"), + ) + self.model.load_state_dict(target_state, strict=False) + else: + self.model.load_state_dict(payload["model_state"], strict=strict) + if load_optimizer and not preserve_vocabulary and payload.get("optimizer_state") is not None and self.optimizer is not None: + self.optimizer.load_state_dict(payload["optimizer_state"]) + return payload.get("metadata") or {} + return self._load_v1_checkpoint(payload, load_optimizer=load_optimizer, strict=strict) + + def _encode_runtime_batch( + self, + engine, + current_node, + candidate_edges, + path, + visited: set[str], + mode: str, + *, + target_index: int = -1, + sample_id: str | None = None, + weight: float = 1.0, + ) -> PolicyBatch: + record = build_runtime_step_record( + engine=engine, + current_node=current_node, + candidate_edges=candidate_edges, + path=path, + visited=visited, + mode=mode, + target_index=target_index, + sample_id=sample_id, + weight=weight, + source_kind="runtime_update" if target_index >= 0 else "runtime", + source_dataset="runtime", + query_type="runtime", + task_key=f"runtime|runtime|{mode}", + ) + dataset = PolicyStepDataset( + [record], + vocabulary=self.vocabulary, + history_size=self.model_config.history_size, + ) + batch = policy_collate_fn([dataset[0]]) + return batch.to(self._model_device()) + + def evaluate_candidates(self, engine, current_node, candidate_edges, path, visited: set, mode: str = "forward"): + if not self.enabled or not candidate_edges: + return None + self.model.eval() + with torch.no_grad(): + if self.model_version == "v1": + features = torch.tensor( + [ + row + for row in [ + build_runtime_step_record( + engine, + current_node, + [edge], + path=path, + visited=visited, + mode=mode, + sample_id=f"single::{index}", + ).candidate_base_features[0] + for index, edge in enumerate(candidate_edges) + ] + ], + dtype=torch.float32, + device=self._model_device(), + ) + logits = self.model(features) + probs = torch.softmax(logits / self.temperature, dim=0) + return {"features": features, "logits": logits, "probs": probs} + + batch = self._encode_runtime_batch( + engine=engine, + current_node=current_node, + candidate_edges=candidate_edges, + path=path, + visited=visited, + mode=mode, + ) + outputs = self.model(batch) + logits = outputs["logits"][0, : len(candidate_edges)] + probs = torch.softmax(logits / self.temperature, dim=0) + return {"batch": batch, "outputs": outputs, "logits": logits, "probs": probs} + + def score_edges(self, engine, current_node, edges, path, visited: set, mode: str): + if not self.enabled or not edges: + return None + evaluated = self.evaluate_candidates(engine, current_node, edges, path, visited, mode) + if evaluated is None: + return None + return evaluated["logits"] + + def select_edges( + self, + engine, + current_node, + candidate_edges, + path, + visited: set, + mode: str = "forward", + k: Optional[int] = None, + deterministic: bool = False, + ): + if not self.enabled or not candidate_edges: + return [] + + evaluated = self.evaluate_candidates(engine, current_node, candidate_edges, path, visited, mode) + if evaluated is None: + return [] + probs = evaluated["probs"] + + k = k or self.branch_factor + k = max(1, min(int(k), len(candidate_edges))) + + if deterministic: + top_idx = torch.topk(probs, k=k).indices.tolist() + return [candidate_edges[i] for i in top_idx] + + if k == 1: + idx = torch.multinomial(probs, num_samples=1).item() + return [candidate_edges[idx]] + + idxs = torch.multinomial(probs, num_samples=k, replacement=False).tolist() + return [candidate_edges[i] for i in idxs] + + def _online_supervised_step(self, batch: PolicyBatch) -> float: + if self.optimizer is None: + return 0.0 + self.model.train() + outputs = self.model(batch) + loss = masked_cross_entropy( + outputs["logits"], + batch.target_index, + batch.candidate_mask, + sample_weights=batch.weights, + ) + self.optimizer.zero_grad() + loss.backward() + self.optimizer.step() + return float(loss.item()) + + def warm_start_from_memory( + self, + engine, + max_paths: int = 200, + max_steps: int = 800, + ) -> int: + if not self.enabled: + return 0 + memory = getattr(engine, "memory", None) + if not memory: + return 0 + paths = memory.get_all_paths() + if not paths: + return 0 + + steps = 0 + self.rng.shuffle(paths) + for path_item in paths[:max_paths]: + concept_list = [str(item).strip() for item in (path_item.get("path") or []) if str(item).strip()] + if len(concept_list) < 2: + continue + weight = max(0.1, min(1.0, float(path_item.get("score", 0.5) or 0.5))) + visited: set[str] = set() + for index in range(len(concept_list) - 1): + if steps >= max_steps: + return steps + current = concept_list[index] + target = concept_list[index + 1] + current_node = engine.nodes.get(current) + if not current_node: + continue + edges = list(current_node.connections) + target_idx = next((item for item, edge in enumerate(edges) if edge.to_node.concept == target), None) + if target_idx is None: + continue + visited.add(current) + path_stub = type("PathStub", (), {"length": index, "nodes": [engine.nodes[c] for c in concept_list[: index + 1] if c in engine.nodes], "edges": []})() + if self.model_version == "v1": + features = torch.tensor( + [build_runtime_step_record(engine, current_node, [edge], path=path_stub, visited=visited, mode="forward").candidate_base_features[0] for edge in edges], + dtype=torch.float32, + device=self._model_device(), + ) + logits = self.model(features).unsqueeze(0) + target_tensor = torch.tensor([target_idx], dtype=torch.long, device=self._model_device()) + loss = F.cross_entropy(logits, target_tensor) * weight + self.optimizer.zero_grad() + loss.backward() + self.optimizer.step() + else: + batch = self._encode_runtime_batch( + engine=engine, + current_node=current_node, + candidate_edges=edges, + path=path_stub, + visited=visited, + mode="forward", + target_index=target_idx, + sample_id=f"warm::{current}::{target}::{index}", + weight=weight, + ) + self._online_supervised_step(batch) + steps += 1 + return steps + + def update_from_path(self, engine, path, mode: str = "forward") -> int: + if not self.enabled or not path or not getattr(path, "edges", None): + return 0 + + reward = 1.0 + if hasattr(path, "score") and hasattr(engine, "length_penalty"): + reward = max(0.05, 1.0 - float(path.score(engine.length_penalty))) + + visited: set[str] = set() + steps = 0 + for index, edge in enumerate(path.edges): + current_node = path.nodes[index] + visited.add(current_node.concept) + candidate_edges = list(current_node.connections) + if not candidate_edges: + continue + try: + target_idx = candidate_edges.index(edge) + except ValueError: + continue + if self.model_version == "v1": + features = torch.tensor( + [build_runtime_step_record(engine, current_node, [candidate], path=path, visited=visited, mode=mode).candidate_base_features[0] for candidate in candidate_edges], + dtype=torch.float32, + device=self._model_device(), + ) + logits = self.model(features).unsqueeze(0) + target_tensor = torch.tensor([target_idx], dtype=torch.long, device=self._model_device()) + loss = F.cross_entropy(logits, target_tensor) * reward + self.optimizer.zero_grad() + loss.backward() + self.optimizer.step() + else: + batch = self._encode_runtime_batch( + engine=engine, + current_node=current_node, + candidate_edges=candidate_edges, + path=path, + visited=visited, + mode=mode, + target_index=target_idx, + sample_id=f"update::{current_node.concept}::{index}", + weight=reward, + ) + self._online_supervised_step(batch) + steps += 1 + return steps diff --git a/runtime/memory-api/core/query_understanding.py b/runtime/memory-api/core/query_understanding.py new file mode 100644 index 0000000..6b87604 --- /dev/null +++ b/runtime/memory-api/core/query_understanding.py @@ -0,0 +1,197 @@ +""" +LLM front-layer query understanding. +Normalizes user queries into structured seeds before graph extraction/search. +""" +from __future__ import annotations + +import json +import os +from typing import Dict, List + +from loguru import logger +from openai import OpenAI + + +class QueryUnderstandingLayer: + """LLM-based front-layer understanding for TMCRA.""" + + def __init__(self, api_key: str | None = None, base_url: str | None = None, model: str | None = None): + self.api_key = (api_key if api_key is not None else os.getenv("API_KEY", "")).strip() + self.base_url = (base_url if base_url is not None else os.getenv("API_BASE_URL", "https://api.deepseek.com/v1")).strip() + self.model = (model if model is not None else os.getenv("TMCRA_QUERY_MODEL", os.getenv("TMCRA_LLM_MODEL", "deepseek-chat"))).strip() or "deepseek-chat" + self.max_concepts = None + self.max_relations = 18 + self.client = self._build_client() + self.system_prompt = """ +你是 TMCRA 的前置理解层。你的任务不是直接回答问题，而是把用户自然语言整理成适合后续图推理系统处理的结构化输入。 + +目标： +1. 判断问题意图（general / explanation / necessity / how_to / design / code） +2. 把原问题改写成更适合机制推理的规范化问题 +3. 提取核心概念、候选关系、关注焦点 +4. 尽量避免抽象空泛概念，优先保留可进入知识图谱的实体、结构、过程、属性、材料、能量 +5. 输出严格 JSON，不要额外解释 + +输出格式： +{ + "intent": "explanation", + "normalized_query": "解释 LED 串联电阻限制电流的机制", + "focus_concept": "LED", + "concepts": [ + {"concept": "LED", "type": "entity"}, + {"concept": "电阻", "type": "component"} + ], + "relations": [ + {"from": "电阻", "to": "电流", "relation": "限制", "weight": 0.78} + ], + "constraints": ["优先机制链", "避免抽象概念"], + "confidence": 0.86 +} + +要求： +- concepts 不设固定上限，尽量完整保留关键概念 +- relations 最多 18 个 +- weight 在 0 到 1 之间 +- normalized_query 必须保留用户原始意图，但改写得更适合图推理 +- 如果用户问题本身很清楚，也可以基本保持原句 +- 如果无法判断，就保守输出，confidence 降低 +""" + + def _build_client(self): + if not self.api_key: + return None + return OpenAI(api_key=self.api_key, base_url=self.base_url) + + @property + def available(self) -> bool: + return self.client is not None and bool(self.api_key) + + def set_api_config(self, api_key: str, base_url: str | None = None, model: str | None = None) -> None: + self.api_key = (api_key or "").strip() + if base_url is not None and base_url.strip(): + self.base_url = base_url.strip() + if model is not None and model.strip(): + self.model = model.strip() + self.client = self._build_client() + if self.client: + logger.info("✅ 前置理解层 API 配置已更新") + else: + logger.info("ℹ️ 前置理解层 API 配置已清空") + + def _clamp_weight(self, value) -> float: + try: + return max(0.0, min(1.0, float(value))) + except Exception: + return 0.5 + + def _normalize_concepts(self, concepts: List[Dict]) -> List[Dict]: + seen = set() + normalized: List[Dict] = [] + for item in concepts or []: + if not isinstance(item, dict): + continue + concept = str(item.get("concept", "")).strip() + if not concept or concept in seen: + continue + seen.add(concept) + normalized.append({ + "concept": concept, + "type": str(item.get("type", "general") or "general").strip() or "general", + }) + if self.max_concepts and self.max_concepts > 0 and len(normalized) >= self.max_concepts: + break + return normalized + + def _normalize_relations(self, relations: List[Dict], concept_names: set[str]) -> List[Dict]: + seen = set() + normalized: List[Dict] = [] + for item in relations or []: + if not isinstance(item, dict): + continue + src = str(item.get("from", "")).strip() + dst = str(item.get("to", "")).strip() + relation = str(item.get("relation", "")).strip() + if not src or not dst or not relation or src == dst: + continue + key = (src, dst, relation) + if key in seen: + continue + seen.add(key) + if concept_names and (src not in concept_names or dst not in concept_names): + continue + normalized.append({ + "from": src, + "to": dst, + "relation": relation, + "weight": self._clamp_weight(item.get("weight", 0.6)), + }) + if len(normalized) >= self.max_relations: + break + return normalized + + def _normalize_result(self, result: Dict, query: str) -> Dict: + concepts = self._normalize_concepts(result.get("concepts", [])) + concept_names = {item["concept"] for item in concepts} + relations = self._normalize_relations(result.get("relations", []), concept_names) + focus = str(result.get("focus_concept", "")).strip() + if focus and focus not in concept_names: + focus = "" + if not focus and concepts: + focus = concepts[0]["concept"] + + intent = str(result.get("intent", "general") or "general").strip().lower() + if intent not in {"general", "explanation", "necessity", "how_to", "design", "code"}: + intent = "general" + + constraints = [] + for item in result.get("constraints", []): + text = str(item).strip() + if text: + constraints.append(text) + constraints = constraints[:6] + + normalized_query = str(result.get("normalized_query", "")).strip() or query.strip() + confidence = self._clamp_weight(result.get("confidence", 0.5)) + + return { + "intent": intent, + "normalized_query": normalized_query, + "focus_concept": focus, + "concepts": concepts, + "relations": relations, + "constraints": constraints, + "confidence": confidence, + } + + def preprocess(self, query: str) -> Dict | None: + text = query.strip() + if not text: + return None + if not self.available: + return None + + try: + response = self.client.chat.completions.create( + model=self.model, + messages=[ + {"role": "system", "content": self.system_prompt}, + {"role": "user", "content": text}, + ], + temperature=0.1, + max_tokens=1200, + response_format={"type": "json_object"}, + ) + raw = response.choices[0].message.content + result = json.loads(raw) + normalized = self._normalize_result(result, text) + logger.info( + "✅ 前置理解完成：intent={} concepts={} relations={} confidence={}", + normalized["intent"], + len(normalized["concepts"]), + len(normalized["relations"]), + normalized["confidence"], + ) + return normalized + except Exception as exc: + logger.warning("前置理解层调用失败: {}", exc) + return None diff --git a/runtime/memory-api/core/scene_harmonizer.py b/runtime/memory-api/core/scene_harmonizer.py new file mode 100644 index 0000000..3d99251 --- /dev/null +++ b/runtime/memory-api/core/scene_harmonizer.py @@ -0,0 +1,44 @@ +from __future__ import annotations + +import os +from dataclasses import dataclass +from typing import Any, Dict + +import numpy as np +from PIL import Image, ImageFilter + +from .scene_line_generator import SceneLineGeneratorRuntime + + +@dataclass +class SceneSketchHarmonizerRuntime: + checkpoint_path: str | None = None + + def __post_init__(self) -> None: + harmonizer_path = self.checkpoint_path or os.getenv("TMCRA_SCENE_HARMONIZER_PATH", "").strip() or None + self._runtime = SceneLineGeneratorRuntime(checkpoint_path=harmonizer_path) if harmonizer_path else SceneLineGeneratorRuntime() + self._state: Dict[str, Any] = { + "enabled": bool(self._runtime.status().get("enabled")), + "model_id": "scene_sketch_harmonizer_v1", + "checkpoint_path": harmonizer_path or self._runtime.status().get("checkpoint_path", ""), + "fallback_model_id": self._runtime.status().get("model_id", "scene_line_generator_v1"), + "loaded": bool(self._runtime.status().get("loaded")), + } + if self._runtime.status().get("error"): + self._state["error"] = self._runtime.status()["error"] + + def status(self) -> Dict[str, Any]: + payload = dict(self._state) + payload["fallback_status"] = self._runtime.status() + return payload + + def harmonize(self, *, base_image: Image.Image, condition_maps: np.ndarray) -> Image.Image | None: + refined = self._runtime.refine(base_image=base_image, condition_maps=condition_maps) + if refined is None: + return None + softened = refined.filter(ImageFilter.GaussianBlur(radius=0.35)) + lines = refined.convert("L").point(lambda value: 255 - value) + lines = lines.filter(ImageFilter.GaussianBlur(radius=0.6)) + overlay = Image.merge("RGB", (lines, lines, lines)) + blended = Image.blend(softened.convert("RGB"), overlay, alpha=0.08) + return blended diff --git a/runtime/memory-api/core/scene_line_generator.py b/runtime/memory-api/core/scene_line_generator.py new file mode 100644 index 0000000..ae58931 --- /dev/null +++ b/runtime/memory-api/core/scene_line_generator.py @@ -0,0 +1,103 @@ +from __future__ import annotations + +import os +from dataclasses import dataclass +from typing import Any, Dict + +import numpy as np +from PIL import Image + +try: + import torch + from torch import nn +except Exception: # pragma: no cover - optional dependency path + torch = None + nn = None + + +if nn is not None: + class _ConvBlock(nn.Module): + def __init__(self, in_channels: int, out_channels: int): + super().__init__() + self.net = nn.Sequential( + nn.Conv2d(in_channels, out_channels, kernel_size=3, padding=1), + nn.BatchNorm2d(out_channels), + nn.SiLU(), + nn.Conv2d(out_channels, out_channels, kernel_size=3, padding=1), + nn.BatchNorm2d(out_channels), + nn.SiLU(), + ) + + def forward(self, x): # type: ignore[override] + return self.net(x) + + + class SceneLineGenerator(nn.Module): + """Trainable second-stage whole-scene line sketch refiner.""" + + def __init__(self, in_channels: int = 6, base_channels: int = 32): + super().__init__() + self.enc1 = _ConvBlock(in_channels, base_channels) + self.pool1 = nn.MaxPool2d(2) + self.enc2 = _ConvBlock(base_channels, base_channels * 2) + self.pool2 = nn.MaxPool2d(2) + self.enc3 = _ConvBlock(base_channels * 2, base_channels * 4) + self.up2 = nn.ConvTranspose2d(base_channels * 4, base_channels * 2, kernel_size=2, stride=2) + self.dec2 = _ConvBlock(base_channels * 4, base_channels * 2) + self.up1 = nn.ConvTranspose2d(base_channels * 2, base_channels, kernel_size=2, stride=2) + self.dec1 = _ConvBlock(base_channels * 2, base_channels) + self.head = nn.Conv2d(base_channels, 1, kernel_size=1) + + def forward(self, x): # type: ignore[override] + e1 = self.enc1(x) + e2 = self.enc2(self.pool1(e1)) + e3 = self.enc3(self.pool2(e2)) + d2 = self.up2(e3) + d2 = self.dec2(torch.cat([d2, e2], dim=1)) + d1 = self.up1(d2) + d1 = self.dec1(torch.cat([d1, e1], dim=1)) + return torch.sigmoid(self.head(d1)) + + +@dataclass +class SceneLineGeneratorRuntime: + checkpoint_path: str | None = None + + def __post_init__(self) -> None: + self.checkpoint_path = self.checkpoint_path or os.getenv("TMCRA_SCENE_LINE_GENERATOR_PATH", "").strip() or None + self._model = None + self._state: Dict[str, Any] = { + "enabled": False, + "model_id": "scene_line_generator_v1", + "checkpoint_path": self.checkpoint_path or "", + "loaded": False, + } + if torch is None or nn is None or not self.checkpoint_path or not os.path.exists(self.checkpoint_path): + return + try: + model = SceneLineGenerator() + payload = torch.load(self.checkpoint_path, map_location="cpu") + state_dict = payload.get("state_dict") if isinstance(payload, dict) and "state_dict" in payload else payload + model.load_state_dict(state_dict, strict=False) + model.eval() + self._model = model + self._state.update({"enabled": True, "loaded": True}) + except Exception as exc: # pragma: no cover - runtime guard + self._state["error"] = str(exc) + + def status(self) -> Dict[str, Any]: + return dict(self._state) + + def refine(self, *, base_image: Image.Image, condition_maps: np.ndarray) -> Image.Image | None: + if self._model is None or torch is None: + return None + height, width = condition_maps.shape[:2] + tensor = torch.from_numpy(condition_maps.transpose(2, 0, 1)).unsqueeze(0).float() + with torch.no_grad(): + prediction = self._model(tensor)[0, 0].cpu().numpy() + prediction = np.clip(prediction, 0.0, 1.0) + refined = base_image.convert("RGB").resize((width, height)) + arr = np.asarray(refined, dtype=np.uint8).copy() + line_mask = prediction > 0.42 + arr[line_mask] = np.minimum(arr[line_mask], np.array([44, 52, 64], dtype=np.uint8)) + return Image.fromarray(arr, mode="RGB") diff --git a/runtime/memory-api/core/scene_training_dataset.py b/runtime/memory-api/core/scene_training_dataset.py new file mode 100644 index 0000000..8c6000e --- /dev/null +++ b/runtime/memory-api/core/scene_training_dataset.py @@ -0,0 +1,299 @@ +from __future__ import annotations + +import json +import math +import random +from collections import Counter +from dataclasses import asdict, dataclass +from pathlib import Path +from typing import Any, Dict, Iterable, List, Sequence + +import numpy as np +import torch +from PIL import Image +from torch.utils.data import Dataset + + +DEFAULT_IMAGE_SIZE = 256 + + +@dataclass(slots=True) +class SceneTrainingRecord: + dataset_id: str + scene_type: str + style_id: str + source_family: str + recommended_use: str + split: str + image_path: str + component_count: int + mapped_component_count: int + mapped_internal_classes: List[str] + metadata: Dict[str, Any] + + +def read_json(path: Path) -> Dict[str, Any]: + return json.loads(path.read_text(encoding="utf-8")) + + +def write_json(path: Path, payload: Dict[str, Any]) -> None: + path.parent.mkdir(parents=True, exist_ok=True) + path.write_text(json.dumps(payload, ensure_ascii=False, indent=2), encoding="utf-8") + + +def read_jsonl(path: Path) -> List[Dict[str, Any]]: + rows: List[Dict[str, Any]] = [] + if not path.exists(): + return rows + with path.open("r", encoding="utf-8") as handle: + for raw in handle: + line = raw.strip() + if not line: + continue + try: + item = json.loads(line) + except Exception: + continue + if isinstance(item, dict): + rows.append(item) + return rows + + +def write_jsonl(path: Path, rows: Sequence[Dict[str, Any]]) -> None: + path.parent.mkdir(parents=True, exist_ok=True) + with path.open("w", encoding="utf-8") as handle: + for row in rows: + handle.write(json.dumps(row, ensure_ascii=False) + "\n") + + +def _copy(value: Any) -> Any: + return json.loads(json.dumps(value, ensure_ascii=False)) + + +def _split_from_bucket(bucket: str, fallback: str = "train") -> str: + text = str(bucket or "").strip().lower() + if text in {"primary_val", "style_val"}: + return "val" + if text in {"primary_test", "style_test", "holdout_eval"}: + return "test" + if text: + return "train" + return fallback + + +def _infer_image_path(row: Dict[str, Any]) -> str: + drawing_png = str(row.get("drawing_png") or "").strip() + if drawing_png: + return drawing_png + drawing_svg = str(row.get("drawing_svg") or "").strip() + return drawing_svg + + +def registry_rows_to_scene_records( + rows: Sequence[Dict[str, Any]], + *, + min_mapped_components: int = 1, +) -> List[Dict[str, Any]]: + records: List[Dict[str, Any]] = [] + for row in rows: + if str(row.get("record_type") or "") != "scene_sample": + continue + if str(row.get("readiness") or "") != "ready": + continue + image_path = _infer_image_path(row) + if not image_path or not Path(image_path).exists(): + continue + mapped_component_count = int(row.get("mapped_component_count", 0) or 0) + allow_unmapped_training = bool(row.get("allow_unmapped_training")) + if mapped_component_count < min_mapped_components and not allow_unmapped_training: + continue + recommended_bucket = str(row.get("recommended_bucket") or "") + records.append( + asdict( + SceneTrainingRecord( + dataset_id=str(row.get("dataset_id") or "unknown"), + scene_type=str(row.get("scene_type") or "scene"), + style_id=str(row.get("style_variant") or "unknown"), + source_family=str(row.get("source_family") or "unknown"), + recommended_use=str(row.get("recommended_use") or "scene_sketch_pretrain"), + split=_split_from_bucket(recommended_bucket), + image_path=image_path, + component_count=int(row.get("component_count", 0) or 0), + mapped_component_count=mapped_component_count, + mapped_internal_classes=[ + str(item) + for item in (row.get("mapped_internal_classes") or []) + if str(item).strip() + ], + metadata={ + "dataset_id": row.get("dataset_id"), + "archive_name": row.get("archive_name"), + "scene_id": row.get("scene_id"), + "recommended_bucket": recommended_bucket, + "recommended_extract_dir": row.get("recommended_extract_dir"), + "component_labels": _copy(row.get("component_labels") or []), + "allow_unmapped_training": allow_unmapped_training, + }, + ) + ) + ) + return records + + +def build_scene_index_maps(rows: Sequence[Dict[str, Any]]) -> Dict[str, Dict[str, int]]: + scene_types = sorted({str(row.get("scene_type") or "scene") for row in rows}) + style_ids = sorted({str(row.get("style_id") or "unknown") for row in rows}) + source_families = sorted({str(row.get("source_family") or "unknown") for row in rows}) + recommended_uses = sorted({str(row.get("recommended_use") or "scene_sketch_pretrain") for row in rows}) + internal_classes = sorted( + { + str(class_id) + for row in rows + for class_id in (row.get("mapped_internal_classes") or []) + if str(class_id).strip() + } + ) + return { + "scene_to_idx": {value: idx for idx, value in enumerate(scene_types)}, + "style_to_idx": {value: idx for idx, value in enumerate(style_ids)}, + "source_family_to_idx": {value: idx for idx, value in enumerate(source_families)}, + "use_to_idx": {value: idx for idx, value in enumerate(recommended_uses)}, + "class_to_idx": {value: idx for idx, value in enumerate(internal_classes)}, + } + + +def split_scene_rows(rows: Sequence[Dict[str, Any]]) -> Dict[str, List[Dict[str, Any]]]: + payload = {"train": [], "val": [], "test": []} + for row in rows: + split = str(row.get("split") or "train") + payload.setdefault(split, []).append(_copy(row)) + return payload + + +def build_scene_manifest(split_rows_payload: Dict[str, List[Dict[str, Any]]]) -> Dict[str, Any]: + all_rows = [row for rows in split_rows_payload.values() for row in rows] + by_dataset = Counter(str(row.get("dataset_id") or "") for row in all_rows) + by_scene = Counter(str(row.get("scene_type") or "scene") for row in all_rows) + by_style = Counter(str(row.get("style_id") or "unknown") for row in all_rows) + return { + "row_count": len(all_rows), + "dataset_count": len(by_dataset), + "scene_type_count": len(by_scene), + "style_count": len(by_style), + "splits": { + split_name: {"row_count": len(rows)} + for split_name, rows in split_rows_payload.items() + }, + "by_dataset": dict(sorted(by_dataset.items())), + "by_scene_type": dict(sorted(by_scene.items())), + "by_style": dict(sorted(by_style.items())), + } + + +def prepare_scene_dataset_from_registry( + *, + registry_path: Path, + output_dir: Path, + min_mapped_components: int = 1, +) -> Dict[str, Any]: + registry_rows = read_jsonl(registry_path) + scene_rows = registry_rows_to_scene_records( + registry_rows, + min_mapped_components=min_mapped_components, + ) + split_map = split_scene_rows(scene_rows) + mappings = build_scene_index_maps(scene_rows) + manifest = build_scene_manifest(split_map) + output_dir.mkdir(parents=True, exist_ok=True) + for split_name, rows in split_map.items(): + write_jsonl(output_dir / f"{split_name}.jsonl", rows) + write_json(output_dir / "manifest.json", manifest) + write_json(output_dir / "mappings.json", mappings) + return { + "output_dir": str(output_dir), + "row_count": len(scene_rows), + "manifest": manifest, + } + + +def _load_image_grayscale(path: Path, image_size: int) -> torch.Tensor: + with Image.open(path) as image: + image = image.convert("L") + image = image.resize((image_size, image_size), Image.BILINEAR) + array = np.asarray(image, dtype=np.float32) / 255.0 + tensor = torch.from_numpy(array).unsqueeze(0) + return tensor + + +def _augment_image(image: torch.Tensor, rng: random.Random) -> torch.Tensor: + output = image.clone() + if rng.random() < 0.5: + output = torch.flip(output, dims=[2]) + if rng.random() < 0.25: + output = torch.flip(output, dims=[1]) + if rng.random() < 0.3: + output = torch.clamp(output + rng.uniform(-0.08, 0.08), 0.0, 1.0) + if rng.random() < 0.25: + noise = torch.randn_like(output) * rng.uniform(0.01, 0.04) + output = torch.clamp(output + noise, 0.0, 1.0) + return output + + +class PreparedSceneTrainingDataset(Dataset): + def __init__( + self, + rows: Sequence[Dict[str, Any]], + mappings: Dict[str, Dict[str, int]], + *, + image_size: int = DEFAULT_IMAGE_SIZE, + augment: bool = False, + seed: int = 42, + ): + self.rows = list(rows) + self.mappings = mappings + self.image_size = int(image_size) + self.augment = bool(augment) + self.seed = int(seed) + self.class_count = len(mappings.get("class_to_idx") or {}) + + def __len__(self) -> int: + return len(self.rows) + + def __getitem__(self, index: int) -> Dict[str, Any]: + row = self.rows[index] + path = Path(str(row.get("image_path") or "")) + image = _load_image_grayscale(path, self.image_size) + if self.augment: + image = _augment_image(image, random.Random(self.seed + index)) + class_target = torch.zeros(self.class_count, dtype=torch.float32) + for class_id in row.get("mapped_internal_classes") or []: + class_index = self.mappings["class_to_idx"].get(str(class_id)) + if class_index is not None: + class_target[class_index] = 1.0 + return { + "image": image, + "scene_id": torch.tensor(self.mappings["scene_to_idx"][str(row.get("scene_type") or "scene")], dtype=torch.long), + "style_id": torch.tensor(self.mappings["style_to_idx"][str(row.get("style_id") or "unknown")], dtype=torch.long), + "source_family_id": torch.tensor(self.mappings["source_family_to_idx"][str(row.get("source_family") or "unknown")], dtype=torch.long), + "use_id": torch.tensor(self.mappings["use_to_idx"][str(row.get("recommended_use") or "scene_sketch_pretrain")], dtype=torch.long), + "component_count": torch.tensor(math.log1p(float(row.get("component_count", 0) or 0)), dtype=torch.float32), + "mapped_component_count": torch.tensor(math.log1p(float(row.get("mapped_component_count", 0) or 0)), dtype=torch.float32), + "class_target": class_target, + "image_path": str(path), + "raw_row": row, + } + + +def collate_scene_training_batch(batch: Sequence[Dict[str, Any]]) -> Dict[str, Any]: + return { + "image": torch.stack([item["image"] for item in batch], dim=0), + "scene_id": torch.stack([item["scene_id"] for item in batch], dim=0), + "style_id": torch.stack([item["style_id"] for item in batch], dim=0), + "source_family_id": torch.stack([item["source_family_id"] for item in batch], dim=0), + "use_id": torch.stack([item["use_id"] for item in batch], dim=0), + "component_count": torch.stack([item["component_count"] for item in batch], dim=0), + "mapped_component_count": torch.stack([item["mapped_component_count"] for item in batch], dim=0), + "class_target": torch.stack([item["class_target"] for item in batch], dim=0), + "image_path": [item["image_path"] for item in batch], + "raw_row": [item["raw_row"] for item in batch], + } diff --git a/runtime/memory-api/core/scene_training_model.py b/runtime/memory-api/core/scene_training_model.py new file mode 100644 index 0000000..d279366 --- /dev/null +++ b/runtime/memory-api/core/scene_training_model.py @@ -0,0 +1,95 @@ +from __future__ import annotations + +from dataclasses import dataclass + +try: + import torch + from torch import nn +except Exception: # pragma: no cover + torch = None + nn = None + + +@dataclass(slots=True) +class SceneRepresentationConfig: + scene_count: int + style_count: int + source_family_count: int + use_count: int + class_count: int + image_size: int = 256 + width: int = 48 + embed_dim: int = 160 + dropout: float = 0.1 + + +if nn is not None: + class ConvBlock(nn.Module): + def __init__(self, in_channels: int, out_channels: int, *, stride: int = 1): + super().__init__() + self.block = nn.Sequential( + nn.Conv2d(in_channels, out_channels, kernel_size=3, stride=stride, padding=1, bias=False), + nn.BatchNorm2d(out_channels), + nn.GELU(), + nn.Conv2d(out_channels, out_channels, kernel_size=3, padding=1, bias=False), + nn.BatchNorm2d(out_channels), + nn.GELU(), + ) + + def forward(self, x): + return self.block(x) + + + class SceneRepresentationNet(nn.Module): + def __init__(self, config: SceneRepresentationConfig): + super().__init__() + self.config = config + width = config.width + self.stem = nn.Sequential( + nn.Conv2d(1, width, kernel_size=5, stride=2, padding=2, bias=False), + nn.BatchNorm2d(width), + nn.GELU(), + ) + self.encoder = nn.Sequential( + ConvBlock(width, width), + ConvBlock(width, width * 2, stride=2), + ConvBlock(width * 2, width * 2), + ConvBlock(width * 2, width * 4, stride=2), + ConvBlock(width * 4, width * 4), + ) + self.pool = nn.AdaptiveAvgPool2d((1, 1)) + self.backbone_head = nn.Sequential( + nn.Linear(width * 4, config.embed_dim), + nn.GELU(), + nn.Dropout(config.dropout), + ) + self.scene_head = nn.Linear(config.embed_dim, config.scene_count) + self.style_head = nn.Linear(config.embed_dim, config.style_count) + self.source_family_head = nn.Linear(config.embed_dim, config.source_family_count) + self.use_head = nn.Linear(config.embed_dim, config.use_count) + self.class_presence_head = nn.Linear(config.embed_dim, config.class_count) + self.component_count_head = nn.Linear(config.embed_dim, 1) + self.mapped_component_count_head = nn.Linear(config.embed_dim, 1) + + def encode(self, image): + features = self.stem(image) + features = self.encoder(features) + pooled = self.pool(features).flatten(1) + return self.backbone_head(pooled) + + def forward(self, image): + embedding = self.encode(image) + return { + "embedding": embedding, + "scene_logits": self.scene_head(embedding), + "style_logits": self.style_head(embedding), + "source_family_logits": self.source_family_head(embedding), + "use_logits": self.use_head(embedding), + "class_presence_logits": self.class_presence_head(embedding), + "component_count": self.component_count_head(embedding).squeeze(-1), + "mapped_component_count": self.mapped_component_count_head(embedding).squeeze(-1), + } +else: # pragma: no cover + class SceneRepresentationNet: # type: ignore[override] + def __init__(self, *args, **kwargs): + raise RuntimeError("torch not available; install torch to use SceneRepresentationNet") diff --git a/runtime/memory-api/core/sd_sketch_generator.py b/runtime/memory-api/core/sd_sketch_generator.py new file mode 100644 index 0000000..fdc478b --- /dev/null +++ b/runtime/memory-api/core/sd_sketch_generator.py @@ -0,0 +1,1716 @@ +from __future__ import annotations + +import base64 +import os +from pathlib import Path +from typing import Any, Dict, List, Tuple + +import requests +from loguru import logger +from PIL import Image, ImageChops, ImageDraw, ImageFilter, ImageOps + +from .comfyui_client import ComfyUIClient +from .semantic_scene_v2 import summarize_scene_spec + + +class SDSketchGenerator: + def __init__(self, output_dir: str = "outputs", sd_api_url: str = "") -> None: + self.output_dir = output_dir + self.sd_api_url = str(sd_api_url or "").strip().rstrip("/") + self.comfy_client = ComfyUIClient(api_url=self.sd_api_url, output_dir=output_dir) + self.last_conditioning_report: Dict[str, Any] = {} + Path(self.output_dir).mkdir(parents=True, exist_ok=True) + + @property + def available(self) -> bool: + return self.sd_api_url.startswith("http") + + def set_sd_api_url(self, api_url: str) -> None: + self.sd_api_url = str(api_url or "").strip().rstrip("/") + self.comfy_client.set_api_url(self.sd_api_url) + + def _encode_image_to_base64(self, image_path: str) -> str: + with open(image_path, "rb") as handle: + return base64.b64encode(handle.read()).decode("utf-8") + + def _control_image_path(self, preview: Dict[str, Any]) -> str: + sketch_bundle = preview.get("sketch_bundle", {}) if isinstance(preview.get("sketch_bundle"), dict) else {} + for candidate in ( + sketch_bundle.get("sd_upstream_control"), + sketch_bundle.get("rich_preview"), + preview.get("sd_upstream_control_path"), + preview.get("rich_preview_path"), + preview.get("render_control_path"), + preview.get("low_preview_path"), + preview.get("image_path"), + ): + value = str(candidate or "").strip() + if value and os.path.exists(value): + return value + return "" + + def _style_prompt(self, sketch_style: str) -> str: + style = str(sketch_style or "").strip().lower() + mapping = { + "scribble_line": "expressive monochrome concept sketch, loose but readable contour lines", + "line_art": "clean monochrome line art sketch, readable contour lines, minimal shading", + "clean_line": "clean monochrome line art sketch, readable contour lines, minimal shading", + "wireframe": "technical wireframe sketch, structural contour drawing, monochrome", + "blueprint": "blueprint-style technical sketch, clean construction lines, minimal fill", + "minimal": "minimal line drawing, sparse contour lines, clean white background", + } + return mapping.get(style, "clean monochrome line art sketch, readable contour lines") + + def _build_prompt( + self, + scene_spec: Dict[str, Any] | None, + sketch_options: Dict[str, Any] | None = None, + title: str | None = None, + ) -> str: + sketch_options = sketch_options or {} + style_prompt = self._style_prompt(str(sketch_options.get("sketch_style", "line_art"))) + scene_summary = summarize_scene_spec(scene_spec or {}) if isinstance(scene_spec, dict) else "" + style_hint = str(sketch_options.get("style_hint", "") or "").strip() + prompt_suffix = str(sketch_options.get("prompt_suffix", "") or "").strip() + parts = [ + style_prompt, + "preserve composition, object placement, scale, and layering from the input control image", + "white or light paper background", + "high readability", + "no photorealistic shading", + ] + if title: + parts.append(str(title).strip()) + if scene_summary: + parts.append(scene_summary) + if style_hint: + parts.append(style_hint) + if prompt_suffix: + parts.append(prompt_suffix) + return ", ".join(part for part in parts if part) + + def _build_negative_prompt(self, sketch_style: str) -> str: + negative = [ + "photorealistic", + "full color rendering", + "oil painting", + "watercolor", + "3d render", + "ui screenshot", + "text", + "labels", + "arrows", + "boxes", + "watermark", + "blurry", + "messy composition", + "heavy shadows", + "thick paint texture", + ] + if str(sketch_style or "").strip().lower() == "blueprint": + negative.extend(["black paper", "dark background"]) + return ", ".join(negative) + + def _fallback_preview(self, preview: Dict[str, Any], reason: str) -> Dict[str, Any]: + payload = dict(preview or {}) + sketch_bundle = dict(payload.get("sketch_bundle") or {}) + if payload.get("image_path") and not sketch_bundle.get("native_structural_sketch"): + sketch_bundle["native_structural_sketch"] = payload.get("image_path") + sketch_bundle["active_sketch_backend"] = "native" + payload["sketch_bundle"] = sketch_bundle + payload["backend"] = payload.get("backend", "native_scene_spec_preview") + payload["sketch_backend"] = "native" + payload["note"] = reason + return payload + + def _conditioning_action_rank(self, action: str) -> int: + mapping = { + "hide": 0, + "replace": 1, + "inpaint": 2, + "emphasize": 3, + "weaken": 4, + "show": 5, + "transform": 8, + "idle": 9, + } + return mapping.get(str(action or "idle").strip().lower(), 9) + + def _region_conditioning_prompt(self, base_prompt: str, region: Dict[str, Any]) -> str: + label = str(region.get("label") or region.get("region_id") or "region").strip() + action = str(region.get("action") or region.get("edit_state") or "idle").strip().lower() + render_intent = region.get("render_intent") if isinstance(region.get("render_intent"), dict) else {} + prompt_hint = str(render_intent.get("prompt") or region.get("prompt") or "").strip() + if action in {"idle", "transform"} and not prompt_hint: + return "" + instruction = "" + if action == "hide": + instruction = f"remove the masked {label} and blend the surrounding structure naturally" + elif action == "replace": + instruction = f"replace the masked {label} with {prompt_hint or f'a clearer {label} matching the scene'}" + elif action == "inpaint": + instruction = f"redraw only the masked {label} region as {prompt_hint or f'a clearer {label}'}" + elif action == "emphasize": + instruction = f"make the masked {label} more prominent, clearer, and easier to read" + elif action == "weaken": + instruction = f"make the masked {label} subtler, lighter, and less dominant" + elif action == "show": + instruction = f"restore a readable {label} in the masked region consistent with the scene" + elif prompt_hint: + instruction = f"refine the masked {label} region as {prompt_hint}" + if not instruction: + return "" + return f"{base_prompt}. Apply only inside the masked region: {instruction}. Keep everything outside the mask stable." + + def _patch_conditioning_prompt(self, base_prompt: str, patch: Dict[str, Any]) -> str: + kind = str(patch.get("kind") or "").strip().lower() + prompt_hint = str(patch.get("prompt") or "").strip() + if kind == "erase_region": + instruction = prompt_hint or "remove the masked content and blend it naturally" + elif kind == "brush_mask": + instruction = prompt_hint or "clean and simplify the masked area while keeping the composition stable" + elif kind == "inpaint_region": + instruction = prompt_hint or "repaint the masked area so it is clean and readable" + else: + instruction = prompt_hint + if not instruction: + return "" + return f"{base_prompt}. Apply only inside the masked region: {instruction}. Keep everything outside the mask stable." + + def _region_mask_canvas(self, region: Dict[str, Any], canvas_size: tuple[int, int]) -> Image.Image: + canvas = Image.new("L", canvas_size, 0) + rect = region.get("current_rect") if isinstance(region.get("current_rect"), dict) else {} + if not rect: + return canvas + x = int(round(float(rect.get("x", 0) or 0))) + y = int(round(float(rect.get("y", 0) or 0))) + width = max(1, int(round(float(rect.get("width", 1) or 1)))) + height = max(1, int(round(float(rect.get("height", 1) or 1)))) + mask_path = str(region.get("mask_image_path") or "").strip() + if mask_path and os.path.exists(mask_path): + region_mask = Image.open(mask_path).convert("L").resize((width, height), Image.Resampling.LANCZOS) + else: + region_mask = Image.new("L", (width, height), 0) + draw = ImageDraw.Draw(region_mask) + shape = str(region.get("shape") or "rect").strip().lower() + if shape == "ellipse": + draw.ellipse([0, 0, max(0, width - 1), max(0, height - 1)], fill=255) + else: + draw.rounded_rectangle([0, 0, max(0, width - 1), max(0, height - 1)], radius=max(4, int(min(width, height) * 0.08)), fill=255) + layer = Image.new("L", canvas_size, 0) + layer.paste(region_mask, (x, y)) + rotation = float(region.get("rotation", 0.0) or 0.0) + if abs(rotation) > 0.01: + center = (x + width / 2.0, y + height / 2.0) + layer = layer.rotate(rotation, resample=Image.Resampling.BICUBIC, center=center) + return layer.filter(ImageFilter.GaussianBlur(radius=1.6)) + + def _patch_mask_canvas(self, patch: Dict[str, Any], canvas_size: tuple[int, int]) -> Image.Image: + canvas = Image.new("L", canvas_size, 0) + rect = patch.get("rect") if isinstance(patch.get("rect"), dict) else {} + if not rect: + return canvas + x = int(round(float(rect.get("x", 0) or 0))) + y = int(round(float(rect.get("y", 0) or 0))) + width = max(1, int(round(float(rect.get("width", 1) or 1)))) + height = max(1, int(round(float(rect.get("height", 1) or 1)))) + draw = ImageDraw.Draw(canvas) + draw.rounded_rectangle( + [x, y, x + width, y + height], + radius=max(6, int(min(width, height) * 0.12)), + fill=255, + ) + blur_radius = 8 if str(patch.get("kind") or "").strip().lower() == "brush_mask" else 4 + return canvas.filter(ImageFilter.GaussianBlur(radius=blur_radius)) + + def _save_mask_canvas(self, mask: Image.Image, filename_prefix: str) -> str: + rgba = Image.new("RGBA", mask.size, (255, 255, 255, 0)) + rgba.putalpha(mask) + output_path = os.path.join(self.output_dir, f"{filename_prefix}_{abs(hash(mask.tobytes()))}.png") + rgba.save(output_path) + return output_path + + def _save_luma_canvas(self, image: Image.Image, filename_prefix: str, suffix: str) -> str: + output_path = os.path.join(self.output_dir, f"{filename_prefix}_{suffix}_{abs(hash(image.tobytes()))}.png") + image.convert("L").save(output_path) + return output_path + + def _scene_canvas_size(self, scene_spec: Dict[str, Any] | None, fallback_size: tuple[int, int]) -> tuple[int, int]: + scene_spec = scene_spec if isinstance(scene_spec, dict) else {} + canvas = scene_spec.get("canvas_size") if isinstance(scene_spec.get("canvas_size"), dict) else {} + width = max(1, int(canvas.get("width", fallback_size[0]) or fallback_size[0])) + height = max(1, int(canvas.get("height", fallback_size[1]) or fallback_size[1])) + return width, height + + def _scene_bbox(self, item: Dict[str, Any], canvas_size: tuple[int, int]) -> tuple[int, int, int, int]: + width_limit, height_limit = canvas_size + x0 = max(0, min(width_limit - 1, int(round(float(item.get("x", 0) or 0))))) + y0 = max(0, min(height_limit - 1, int(round(float(item.get("y", 0) or 0))))) + width = max(2, int(round(float(item.get("width", 1) or 1)))) + height = max(2, int(round(float(item.get("height", 1) or 1)))) + x1 = max(x0 + 2, min(width_limit, x0 + width)) + y1 = max(y0 + 2, min(height_limit, y0 + height)) + return x0, y0, x1, y1 + + def _scaled_points(self, points: List[List[float]], box: tuple[int, int, int, int]) -> List[Tuple[float, float]]: + x0, y0, x1, y1 = box + width = max(1, x1 - x0) + height = max(1, y1 - y0) + return [(x0 + width * float(px), y0 + height * float(py)) for px, py in points if len([px, py]) == 2] + + def _draw_dashed_line(self, draw: ImageDraw.ImageDraw, start: Tuple[float, float], end: Tuple[float, float], *, fill: int, width: int = 1, dash_length: int = 10) -> None: + dx = end[0] - start[0] + dy = end[1] - start[1] + length = max(1.0, (dx * dx + dy * dy) ** 0.5) + steps = max(1, int(length / max(2, dash_length))) + for index in range(steps): + start_ratio = index / steps + end_ratio = min(1.0, (index + 0.55) / steps) + sx = start[0] + dx * start_ratio + sy = start[1] + dy * start_ratio + ex = start[0] + dx * end_ratio + ey = start[1] + dy * end_ratio + draw.line([(sx, sy), (ex, ey)], fill=fill, width=width) + + def _draw_shape_recipe_control( + self, + draw: ImageDraw.ImageDraw, + box: tuple[int, int, int, int], + shape_recipe: Dict[str, Any], + *, + fill_value: int, + outline_value: int, + accent_value: int, + ) -> bool: + parts = list((shape_recipe or {}).get("parts") or []) + if not parts: + return False + x0, y0, x1, y1 = box + width = max(1, x1 - x0) + height = max(1, y1 - y0) + drew = False + + for part in parts: + kind = str(part.get("kind") or "").strip().lower() + fill_role = str(part.get("fill_role", "fill") or "fill").strip().lower() + stroke_role = str(part.get("stroke_role", "line") or "line").strip().lower() + stroke_value = accent_value if stroke_role == "accent" else outline_value + stroke_width = max(1, int(round(max(width, height) * float(part.get("stroke_width", 0.02) or 0.02)))) + fill = None if fill_role in {"none", "transparent"} else fill_value + + if kind == "rect": + rect = [ + x0 + width * float(part.get("x", 0.0)), + y0 + height * float(part.get("y", 0.0)), + x0 + width * (float(part.get("x", 0.0)) + float(part.get("w", 0.0))), + y0 + height * (float(part.get("y", 0.0)) + float(part.get("h", 0.0))), + ] + rx = max(0, int(min(width, height) * float(part.get("rx", 0.0) or 0.0))) + draw.rounded_rectangle(rect, radius=rx, fill=fill, outline=stroke_value, width=stroke_width) + drew = True + continue + if kind == "ellipse": + rect = [ + x0 + width * float(part.get("x", 0.0)), + y0 + height * float(part.get("y", 0.0)), + x0 + width * (float(part.get("x", 0.0)) + float(part.get("w", 0.0))), + y0 + height * (float(part.get("y", 0.0)) + float(part.get("h", 0.0))), + ] + draw.ellipse(rect, fill=fill, outline=stroke_value, width=stroke_width) + drew = True + continue + if kind == "line": + start = (x0 + width * float(part.get("x1", 0.0)), y0 + height * float(part.get("y1", 0.0))) + end = (x0 + width * float(part.get("x2", 0.0)), y0 + height * float(part.get("y2", 0.0))) + dash = list(part.get("dash") or []) + if dash: + dash_len = max(6, int(max(width, height) * float(dash[0] or 0.08))) + self._draw_dashed_line(draw, start, end, fill=stroke_value, width=stroke_width, dash_length=dash_len) + else: + draw.line([start, end], fill=stroke_value, width=stroke_width) + drew = True + continue + if kind == "polygon": + points = self._scaled_points(list(part.get("points") or []), box) + if points: + draw.polygon(points, fill=fill, outline=stroke_value) + if len(points) >= 2 and stroke_width > 1: + draw.line(points + [points[0]], fill=stroke_value, width=stroke_width) + drew = True + continue + if kind in {"polyline", "path"}: + points = self._scaled_points(list(part.get("points") or []), box) + if len(points) >= 2: + draw.line(points, fill=stroke_value, width=stroke_width) + drew = True + return drew + + def _draw_structure_asset_prior( + self, + draw: ImageDraw.ImageDraw, + box: tuple[int, int, int, int], + asset_key: str, + *, + fill_value: int, + outline_value: int, + accent_value: int, + ) -> None: + x0, y0, x1, y1 = box + width = max(2, x1 - x0) + height = max(2, y1 - y0) + key = str(asset_key or "").strip().lower() + line_w = max(2, int(round(min(width, height) * 0.03))) + accent_w = max(1, line_w - 1) + + if key in {"house", "home"}: + body = [x0 + width * 0.16, y0 + height * 0.30, x1 - width * 0.16, y1 - height * 0.02] + roof = [(x0 + width * 0.5, y0 + height * 0.03), (x0 + width * 0.10, y0 + height * 0.34), (x1 - width * 0.10, y0 + height * 0.34)] + draw.polygon(roof, fill=fill_value, outline=outline_value) + draw.line(roof + [roof[0]], fill=outline_value, width=line_w) + draw.rounded_rectangle(body, radius=max(6, int(min(width, height) * 0.06)), fill=fill_value, outline=outline_value, width=line_w) + door = [x0 + width * 0.43, y0 + height * 0.58, x0 + width * 0.57, y1 - height * 0.02] + left_window = [x0 + width * 0.24, y0 + height * 0.46, x0 + width * 0.36, y0 + height * 0.58] + right_window = [x0 + width * 0.64, y0 + height * 0.46, x0 + width * 0.76, y0 + height * 0.58] + for rect in (door, left_window, right_window): + draw.rectangle(rect, outline=accent_value, width=accent_w) + return + + if key in {"tree", "leaf", "plant", "bush"}: + trunk = [x0 + width * 0.44, y0 + height * 0.56, x0 + width * 0.56, y1] + draw.rounded_rectangle(trunk, radius=max(3, int(min(width, height) * 0.04)), fill=max(0, fill_value - 14), outline=outline_value, width=line_w) + canopy_boxes = [ + [x0 + width * 0.08, y0 + height * 0.18, x0 + width * 0.56, y0 + height * 0.74], + [x0 + width * 0.26, y0 + height * 0.02, x0 + width * 0.78, y0 + height * 0.66], + [x0 + width * 0.48, y0 + height * 0.16, x1, y0 + height * 0.80], + ] + for canopy in canopy_boxes: + draw.ellipse(canopy, fill=fill_value, outline=outline_value, width=line_w) + return + + if key in {"person", "human", "figure", "character"}: + head = [x0 + width * 0.37, y0 + height * 0.02, x0 + width * 0.63, y0 + height * 0.18] + torso = [x0 + width * 0.37, y0 + height * 0.20, x0 + width * 0.63, y0 + height * 0.60] + draw.ellipse(head, fill=fill_value, outline=outline_value, width=line_w) + draw.rounded_rectangle(torso, radius=max(4, int(min(width, height) * 0.06)), fill=fill_value, outline=outline_value, width=line_w) + draw.line([(x0 + width * 0.37, y0 + height * 0.30), (x0 + width * 0.22, y0 + height * 0.52)], fill=outline_value, width=line_w) + draw.line([(x0 + width * 0.63, y0 + height * 0.30), (x0 + width * 0.78, y0 + height * 0.52)], fill=outline_value, width=line_w) + draw.line([(x0 + width * 0.46, y0 + height * 0.60), (x0 + width * 0.38, y1)], fill=outline_value, width=line_w) + draw.line([(x0 + width * 0.54, y0 + height * 0.60), (x0 + width * 0.62, y1)], fill=outline_value, width=line_w) + return + + if key in {"building", "tower"}: + draw.rounded_rectangle([x0 + width * 0.12, y0 + height * 0.04, x1 - width * 0.12, y1], radius=max(6, int(min(width, height) * 0.04)), fill=fill_value, outline=outline_value, width=line_w) + for row in range(3): + for col in range(3): + wx = x0 + width * (0.24 + col * 0.18) + wy = y0 + height * (0.18 + row * 0.18) + ww = width * 0.08 + wh = height * 0.08 + draw.rectangle([wx, wy, wx + ww, wy + wh], outline=accent_value, width=accent_w) + return + + draw.rounded_rectangle( + [x0 + width * 0.08, y0 + height * 0.06, x1 - width * 0.08, y1 - height * 0.04], + radius=max(8, int(min(width, height) * 0.12)), + fill=fill_value, + outline=outline_value, + width=line_w, + ) + + def _structure_values(self, obj: Dict[str, Any], *, purpose: str) -> tuple[int, int, int]: + depth_band = str(obj.get("depth_band") or "").strip().lower() + role = str(obj.get("role") or "").strip().lower() + fill = {"background": 226, "midground": 208, "foreground": 190}.get(depth_band, 206) + outline = {"background": 108, "midground": 88, "foreground": 72}.get(depth_band, 84) + accent = {"background": 138, "midground": 116, "foreground": 96}.get(depth_band, 112) + if role in {"subject", "focus", "core_subject", "primary"}: + fill = max(150, fill - 10) + outline = max(46, outline - 10) + accent = max(62, accent - 8) + if purpose == "final_render": + fill = max(142, fill - 8) + outline = max(42, outline - 6) + accent = max(58, accent - 6) + return fill, outline, accent + + def _draw_structure_background_layer(self, draw: ImageDraw.ImageDraw, layer: Dict[str, Any], *, canvas_size: tuple[int, int]) -> None: + x0, y0, x1, y1 = self._scene_bbox(layer, canvas_size) + layer_type = str(layer.get("type") or "").strip().lower() + if layer_type == "process_band": + return + if layer_type == "sky": + draw.rectangle([x0, y0, x1, y1], fill=246) + draw.line([(x0, y1), (x1, y1)], fill=198, width=2) + return + if layer_type == "ground": + draw.rectangle([x0, y0, x1, y1], fill=238) + draw.line([(x0, y0), (x1, y0)], fill=184, width=2) + return + if layer_type == "road": + draw.rounded_rectangle([x0, y0, x1, y1], radius=max(8, int(min(x1 - x0, y1 - y0) * 0.08)), fill=232, outline=182, width=2) + center_y = (y0 + y1) / 2.0 + self._draw_dashed_line(draw, (x0 + 22, center_y), (x1 - 22, center_y), fill=170, width=2, dash_length=22) + return + if layer_type == "water": + draw.rounded_rectangle([x0, y0, x1, y1], radius=max(8, int(min(x1 - x0, y1 - y0) * 0.08)), fill=240, outline=188, width=2) + wave_y = y0 + (y1 - y0) * 0.35 + self._draw_dashed_line(draw, (x0 + 18, wave_y), (x1 - 18, wave_y), fill=180, width=2, dash_length=18) + return + draw.rounded_rectangle([x0, y0, x1, y1], radius=max(8, int(min(x1 - x0, y1 - y0) * 0.08)), fill=242, outline=196, width=2) + + def _draw_structure_connectors(self, draw: ImageDraw.ImageDraw, scene_spec: Dict[str, Any], *, canvas_size: tuple[int, int]) -> None: + scene_type = str(((scene_spec.get("layout_options") or {}).get("scene_type")) or "scene").strip().lower() + if scene_type == "scene": + return + objects_by_id = { + str(item.get("id")): item + for item in (scene_spec.get("object_instances") or []) + if isinstance(item, dict) and item.get("id") and item.get("visible", True) is not False + } + for connector in scene_spec.get("connectors", []) or []: + if not isinstance(connector, dict): + continue + from_id = str(connector.get("from_id") or connector.get("source_id") or "") + to_id = str(connector.get("to_id") or connector.get("target_id") or "") + if not from_id or not to_id or from_id not in objects_by_id or to_id not in objects_by_id: + continue + fx0, fy0, fx1, fy1 = self._scene_bbox(objects_by_id[from_id], canvas_size) + tx0, ty0, tx1, ty1 = self._scene_bbox(objects_by_id[to_id], canvas_size) + start = ((fx0 + fx1) / 2.0, (fy0 + fy1) / 2.0) + end = ((tx0 + tx1) / 2.0, (ty0 + ty1) / 2.0) + self._draw_dashed_line(draw, start, end, fill=156, width=2, dash_length=14) + + def _draw_structure_region_constraints( + self, + draw: ImageDraw.ImageDraw, + scene_spec: Dict[str, Any] | None, + *, + purpose: str, + ) -> None: + if purpose != "final_render": + return + render_hints = (scene_spec or {}).get("render_hints") if isinstance((scene_spec or {}).get("render_hints"), dict) else {} + constraints = list(render_hints.get("region_edit_constraints") or []) + for item in constraints: + if not isinstance(item, dict): + continue + rect = item.get("current_rect") if isinstance(item.get("current_rect"), dict) else item.get("source_rect") if isinstance(item.get("source_rect"), dict) else {} + if not rect: + continue + x = int(round(float(rect.get("x", 0) or 0))) + y = int(round(float(rect.get("y", 0) or 0))) + width = max(2, int(round(float(rect.get("width", 1) or 1)))) + height = max(2, int(round(float(rect.get("height", 1) or 1)))) + box = [x, y, x + width, y + height] + action = str(item.get("action") or "").strip().lower() + visible = bool(item.get("visible", True)) + if action == "hide" or not visible: + draw.rounded_rectangle(box, radius=max(4, int(min(width, height) * 0.12)), fill=248, outline=214, width=2) + continue + emphasis = 84 if action in {"replace", "show", "inpaint"} else 98 if action == "emphasize" else 116 + draw.rounded_rectangle(box, radius=max(4, int(min(width, height) * 0.12)), fill=None, outline=emphasis, width=3) + + def _explicit_structure_canvas( + self, + scene_spec: Dict[str, Any] | None, + *, + control_image_path: str, + filename_prefix: str, + purpose: str, + ) -> str: + scene_spec = scene_spec if isinstance(scene_spec, dict) else {} + with Image.open(control_image_path) as control_image: + canvas_size = self._scene_canvas_size(scene_spec, control_image.size) + image = Image.new("L", canvas_size, 248) + draw = ImageDraw.Draw(image) + scene_type = str(((scene_spec.get("layout_options") or {}).get("scene_type")) or "scene").strip().lower() + + for layer in sorted(scene_spec.get("background_layers", []) or [], key=lambda item: item.get("z_index", 0) if isinstance(item, dict) else 0): + if isinstance(layer, dict): + self._draw_structure_background_layer(draw, layer, canvas_size=canvas_size) + + objects = [obj for obj in (scene_spec.get("object_instances") or []) if isinstance(obj, dict) and obj.get("visible", True) is not False] + if scene_type in {"process", "schematic"}: + objects = [obj for obj in objects if not self._should_skip_direct_object(scene_type, obj)] + objects.sort(key=lambda item: (float(item.get("depth_z", 0.5) or 0.5), int(item.get("z_index", 0) or 0))) + prior_overlay_keys = { + "house", + "home", + "tree", + "leaf", + "plant", + "bush", + "person", + "human", + "figure", + "character", + "building", + "tower", + "sun", + "cloud", + "vapor", + "raindrop", + "battery", + "resistor", + "led", + "switch", + "diode", + "board", + } + for obj in objects: + box = self._scene_bbox(obj, canvas_size) + fill_value, outline_value, accent_value = self._structure_values(obj, purpose=purpose) + asset_key = str(obj.get("asset_key") or obj.get("silhouette_key") or obj.get("concept") or "") + shape_recipe = obj.get("shape_recipe") if isinstance(obj.get("shape_recipe"), dict) else {} + drew = self._draw_shape_recipe_control( + draw, + box, + shape_recipe, + fill_value=fill_value, + outline_value=outline_value, + accent_value=accent_value, + ) + should_overlay_prior = asset_key.strip().lower() in prior_overlay_keys + if not drew or should_overlay_prior: + if should_overlay_prior: + self._draw_direct_scene_object_mass(draw, obj, scene_type=scene_type, canvas_size=canvas_size) + else: + self._draw_structure_asset_prior( + draw, + box, + asset_key, + fill_value=fill_value, + outline_value=outline_value, + accent_value=accent_value, + ) + + self._draw_structure_connectors(draw, scene_spec, canvas_size=canvas_size) + self._draw_structure_region_constraints(draw, scene_spec, purpose=purpose) + + image = ImageOps.autocontrast(image) + if purpose == "sketch_upstream": + image = image.filter(ImageFilter.GaussianBlur(radius=0.2)) + return self._save_luma_canvas(image, filename_prefix, "structure_control") + + def _edge_control_canvas(self, control_image_path: str, filename_prefix: str) -> str: + with Image.open(control_image_path) as image: + gray = ImageOps.autocontrast(image.convert("L")) + smoothed = gray.filter(ImageFilter.GaussianBlur(radius=0.8)) + edges = smoothed.filter(ImageFilter.FIND_EDGES).point(lambda px: 255 if px > 18 else 0) + line_seed = gray.point(lambda px: 255 if px < 214 else 0).filter(ImageFilter.MaxFilter(size=3)) + merged = ImageChops.lighter(edges, line_seed).filter(ImageFilter.MaxFilter(size=3)) + merged = merged.filter(ImageFilter.GaussianBlur(radius=0.6)).point(lambda px: 255 if px > 18 else 0) + return self._save_luma_canvas(merged, filename_prefix, "edge_control") + + def _direct_scene_type(self, scene_spec: Dict[str, Any] | None) -> str: + scene_spec = scene_spec if isinstance(scene_spec, dict) else {} + layout_options = scene_spec.get("layout_options") if isinstance(scene_spec.get("layout_options"), dict) else {} + return str(layout_options.get("scene_type") or layout_options.get("composition_mode") or "scene").strip().lower() or "scene" + + def _direct_scene_asset_allowlist(self, scene_type: str) -> set[str]: + if scene_type == "process": + return {"sun", "vapor", "cloud", "raindrop", "leaf", "energy_wave", "airplane", "cell"} + if scene_type == "schematic": + return {"battery", "resistor", "led", "switch", "capacitor", "diode", "board"} + return {"person", "house", "home", "building", "tree", "leaf", "plant", "bush", "road", "car", "street_lamp", "cloud", "sun", "dog", "table", "chair", "desk_lamp"} + + def _should_skip_direct_object(self, scene_type: str, obj: Dict[str, Any]) -> bool: + asset_key = str(obj.get("asset_key") or obj.get("silhouette_key") or "").strip().lower() + concept = str(obj.get("concept") or obj.get("label") or "").strip().lower() + allowlist = self._direct_scene_asset_allowlist(scene_type) + if asset_key and allowlist and asset_key not in allowlist: + return True + noise_terms = ("tri-maze", "scene sketch", "semantic sketch", "readable", "editable", "direct edit", "后续", "可编辑", "直接编辑", "包含", "contains", "结构", "说明", "描述") + if concept and any(token in concept for token in noise_terms): + return True + if scene_type == "schematic" and asset_key == "road": + return True + return False + + def _depth_value(self, obj: Dict[str, Any]) -> float: + depth_z = obj.get("depth_z") + if depth_z is not None: + try: + return max(0.0, min(1.0, float(depth_z))) + except Exception: + pass + return {"background": 0.28, "midground": 0.56, "foreground": 0.86}.get(str(obj.get("depth_band") or "").strip().lower(), 0.48) + + def _depth_control_canvas( + self, + scene_spec: Dict[str, Any] | None, + *, + canvas_size: tuple[int, int], + filename_prefix: str, + ) -> str: + scene_spec = scene_spec if isinstance(scene_spec, dict) else {} + scene_type = self._direct_scene_type(scene_spec) + image = Image.new("L", canvas_size, 40) + draw = ImageDraw.Draw(image) + objects = [ + obj + for obj in (scene_spec.get("object_instances") or []) + if isinstance(obj, dict) and obj.get("visible", True) is not False and not self._should_skip_direct_object(scene_type, obj) + ] + for obj in sorted(objects, key=lambda item: float(item.get("depth_z", 0.5) or 0.5)): + x0 = int(round(float(obj.get("x", 0) or 0))) + y0 = int(round(float(obj.get("y", 0) or 0))) + width = max(1, int(round(float(obj.get("width", 1) or 1)))) + height = max(1, int(round(float(obj.get("height", 1) or 1)))) + pad = max(8, int(min(width, height) * 0.08)) + rect = [ + max(0, x0 - pad), + max(0, y0 - pad), + min(canvas_size[0], x0 + width + pad), + min(canvas_size[1], y0 + height + pad), + ] + depth_value = int(round(self._depth_value(obj) * 255)) + draw.rounded_rectangle(rect, radius=max(10, int(min(width, height) * 0.14)), fill=depth_value) + image = image.filter(ImageFilter.GaussianBlur(radius=10)) + return self._save_luma_canvas(image, filename_prefix, "depth_control") + + def _draw_direct_scene_background( + self, + draw: ImageDraw.ImageDraw, + scene_spec: Dict[str, Any] | None, + *, + canvas_size: tuple[int, int], + ) -> None: + scene_spec = scene_spec if isinstance(scene_spec, dict) else {} + scene_type = self._direct_scene_type(scene_spec) + width, height = canvas_size + if scene_type == "schematic": + return + for layer in sorted(scene_spec.get("background_layers", []) or [], key=lambda item: item.get("z_index", 0) if isinstance(item, dict) else 0): + if not isinstance(layer, dict): + continue + x0, y0, x1, y1 = self._scene_bbox(layer, canvas_size) + layer_type = str(layer.get("type") or "").strip().lower() + if scene_type == "process" and layer_type not in {"sky", "ground", "water"}: + continue + if layer_type == "sky": + draw.rectangle([x0, y0, x1, y1], fill=246) + continue + if layer_type == "ground": + draw.rectangle([x0, y0, x1, y1], fill=232) + draw.line([(0, y0), (width, y0)], fill=220, width=max(2, height // 256)) + continue + if layer_type == "road": + if scene_type != "scene": + continue + draw.rounded_rectangle([x0, y0, x1, y1], radius=max(14, int(min(x1 - x0, y1 - y0) * 0.08)), fill=226) + continue + if layer_type == "water": + draw.rounded_rectangle([x0, y0, x1, y1], radius=max(14, int(min(x1 - x0, y1 - y0) * 0.08)), fill=236) + continue + if scene_type == "process": + continue + draw.rounded_rectangle([x0, y0, x1, y1], radius=max(12, int(min(x1 - x0, y1 - y0) * 0.08)), fill=240) + + def _scene_region_box( + self, + obj: Dict[str, Any], + region: Dict[str, Any], + canvas_size: tuple[int, int], + ) -> tuple[int, int, int, int]: + x0, y0, x1, y1 = self._scene_bbox(obj, canvas_size) + width = max(1, x1 - x0) + height = max(1, y1 - y0) + rx0 = x0 + width * float(region.get("x", 0.0) or 0.0) + ry0 = y0 + height * float(region.get("y", 0.0) or 0.0) + rx1 = rx0 + width * float(region.get("width", 0.0) or 0.0) + ry1 = ry0 + height * float(region.get("height", 0.0) or 0.0) + return ( + int(round(rx0)), + int(round(ry0)), + max(int(round(rx0)) + 2, int(round(rx1))), + max(int(round(ry0)) + 2, int(round(ry1))), + ) + + def _mass_fill_value(self, obj: Dict[str, Any], *, delta: int = 0) -> int: + depth_band = str(obj.get("depth_band") or "").strip().lower() + base = {"background": 206, "midground": 160, "foreground": 116}.get(depth_band, 150) + role = str(obj.get("role") or "").strip().lower() + if role in {"subject", "focus", "core_subject", "primary"}: + base = max(88, base - 12) + return max(56, min(228, base + delta)) + + def _draw_direct_scene_object_mass( + self, + draw: ImageDraw.ImageDraw, + obj: Dict[str, Any], + *, + scene_type: str, + canvas_size: tuple[int, int], + ) -> None: + asset_key = str(obj.get("asset_key") or obj.get("concept") or "").strip().lower() + concept = str(obj.get("concept") or obj.get("label") or "").strip().lower() + x0, y0, x1, y1 = self._scene_bbox(obj, canvas_size) + width = max(2, x1 - x0) + height = max(2, y1 - y0) + primary_fill = self._mass_fill_value(obj) + secondary_fill = self._mass_fill_value(obj, delta=18) + accent_fill = self._mass_fill_value(obj, delta=-12) + regions = [item for item in (obj.get("region_masks") or []) if isinstance(item, dict)] + if self._should_skip_direct_object(scene_type, obj): + return + + if regions: + for index, region in enumerate(regions): + rx0, ry0, rx1, ry1 = self._scene_region_box(obj, region, canvas_size) + fill_value = max(48, min(236, primary_fill + index * 8)) + shape = str(region.get("shape") or "rect").strip().lower() + if shape == "ellipse": + draw.ellipse([rx0, ry0, rx1, ry1], fill=fill_value) + else: + draw.rounded_rectangle( + [rx0, ry0, rx1, ry1], + radius=max(8, int(min(rx1 - rx0, ry1 - ry0) * 0.16)), + fill=fill_value, + ) + return + + if asset_key in {"person", "human", "figure", "character"}: + head = [x0 + width * 0.34, y0 + height * 0.04, x0 + width * 0.66, y0 + height * 0.24] + torso = [x0 + width * 0.30, y0 + height * 0.22, x0 + width * 0.70, y0 + height * 0.62] + leg_left = [x0 + width * 0.34, y0 + height * 0.58, x0 + width * 0.48, y1] + leg_right = [x0 + width * 0.52, y0 + height * 0.58, x0 + width * 0.66, y1] + draw.ellipse(head, fill=primary_fill) + draw.rounded_rectangle(torso, radius=max(10, int(min(width, height) * 0.12)), fill=accent_fill) + draw.rounded_rectangle(leg_left, radius=max(6, int(min(width, height) * 0.08)), fill=secondary_fill) + draw.rounded_rectangle(leg_right, radius=max(6, int(min(width, height) * 0.08)), fill=secondary_fill) + return + + if asset_key in {"house", "home"}: + roof = [(x0 + width * 0.50, y0 + height * 0.02), (x0 + width * 0.08, y0 + height * 0.34), (x1 - width * 0.08, y0 + height * 0.34)] + body = [x0 + width * 0.14, y0 + height * 0.28, x1 - width * 0.14, y1] + draw.polygon(roof, fill=accent_fill) + draw.rounded_rectangle(body, radius=max(10, int(min(width, height) * 0.08)), fill=primary_fill) + return + + if asset_key in {"tree", "leaf", "plant", "bush"}: + canopy_a = [x0 + width * 0.06, y0 + height * 0.10, x0 + width * 0.60, y0 + height * 0.72] + canopy_b = [x0 + width * 0.30, y0 + height * 0.02, x1 - width * 0.02, y0 + height * 0.68] + trunk = [x0 + width * 0.42, y0 + height * 0.56, x0 + width * 0.58, y1] + draw.ellipse(canopy_a, fill=primary_fill) + draw.ellipse(canopy_b, fill=secondary_fill) + draw.rounded_rectangle(trunk, radius=max(6, int(min(width, height) * 0.06)), fill=accent_fill) + return + + if asset_key in {"building", "tower"}: + draw.rounded_rectangle([x0 + width * 0.10, y0 + height * 0.04, x1 - width * 0.10, y1], radius=max(10, int(min(width, height) * 0.06)), fill=primary_fill) + return + + if asset_key == "sun": + halo = [x0 + width * 0.08, y0 + height * 0.08, x1 - width * 0.08, y1 - height * 0.08] + core = [x0 + width * 0.22, y0 + height * 0.22, x1 - width * 0.22, y1 - height * 0.22] + draw.ellipse(halo, fill=secondary_fill) + draw.ellipse(core, fill=accent_fill) + return + + if asset_key == "cloud": + draw.ellipse([x0 + width * 0.06, y0 + height * 0.28, x0 + width * 0.46, y1 - height * 0.08], fill=secondary_fill) + draw.ellipse([x0 + width * 0.28, y0 + height * 0.08, x0 + width * 0.72, y1 - height * 0.16], fill=primary_fill) + draw.ellipse([x0 + width * 0.52, y0 + height * 0.22, x1 - width * 0.04, y1 - height * 0.06], fill=secondary_fill) + return + + if asset_key == "vapor": + for index in range(3): + left = x0 + width * (0.18 + index * 0.18) + top = y0 + height * (0.16 + (index % 2) * 0.08) + right = left + width * 0.16 + bottom = y1 - height * 0.08 + draw.ellipse([left, top, right, bottom], fill=primary_fill if index == 1 else secondary_fill) + return + + if asset_key == "raindrop": + drop = [ + (x0 + width * 0.50, y0 + height * 0.06), + (x0 + width * 0.24, y0 + height * 0.42), + (x0 + width * 0.30, y1 - height * 0.10), + (x0 + width * 0.70, y1 - height * 0.10), + (x0 + width * 0.76, y0 + height * 0.42), + ] + draw.polygon(drop, fill=primary_fill) + return + + if asset_key in {"cycle", "flow_node"}: + outer = [x0 + width * 0.12, y0 + height * 0.16, x1 - width * 0.12, y1 - height * 0.16] + inner = [x0 + width * 0.30, y0 + height * 0.34, x1 - width * 0.30, y1 - height * 0.34] + draw.ellipse(outer, fill=secondary_fill) + draw.ellipse(inner, fill=248) + return + + if asset_key == "battery": + body = [x0 + width * 0.14, y0 + height * 0.28, x1 - width * 0.12, y1 - height * 0.18] + nub = [x1 - width * 0.16, y0 + height * 0.38, x1 - width * 0.04, y0 + height * 0.58] + draw.rounded_rectangle(body, radius=max(8, int(min(width, height) * 0.12)), fill=primary_fill) + draw.rounded_rectangle(nub, radius=max(4, int(min(width, height) * 0.06)), fill=accent_fill) + return + + if asset_key == "resistor": + left_lead = [x0 + width * 0.04, y0 + height * 0.46, x0 + width * 0.20, y0 + height * 0.54] + core = [x0 + width * 0.18, y0 + height * 0.30, x1 - width * 0.18, y1 - height * 0.30] + right_lead = [x1 - width * 0.20, y0 + height * 0.46, x1 - width * 0.04, y0 + height * 0.54] + draw.rounded_rectangle(left_lead, radius=max(4, int(min(width, height) * 0.05)), fill=secondary_fill) + draw.rounded_rectangle(core, radius=max(8, int(min(width, height) * 0.10)), fill=primary_fill) + draw.rounded_rectangle(right_lead, radius=max(4, int(min(width, height) * 0.05)), fill=secondary_fill) + return + + if asset_key in {"led", "diode"}: + left_lead = [x0 + width * 0.06, y0 + height * 0.46, x0 + width * 0.24, y0 + height * 0.54] + bulb = [x0 + width * 0.22, y0 + height * 0.22, x0 + width * 0.72, y1 - height * 0.18] + base = [x0 + width * 0.56, y0 + height * 0.36, x1 - width * 0.08, y0 + height * 0.62] + draw.rounded_rectangle(left_lead, radius=max(4, int(min(width, height) * 0.05)), fill=secondary_fill) + draw.ellipse(bulb, fill=primary_fill) + draw.rounded_rectangle(base, radius=max(6, int(min(width, height) * 0.08)), fill=accent_fill) + return + + if asset_key == "switch" or (asset_key in {"module", "board"} and any(token in concept for token in ("开关", "switch", "toggle", "button"))): + left_contact = [x0 + width * 0.14, y0 + height * 0.42, x0 + width * 0.28, y0 + height * 0.58] + right_contact = [x1 - width * 0.28, y0 + height * 0.42, x1 - width * 0.14, y0 + height * 0.58] + draw.ellipse(left_contact, fill=secondary_fill) + draw.ellipse(right_contact, fill=secondary_fill) + draw.line( + [(x0 + width * 0.28, y0 + height * 0.50), (x1 - width * 0.18, y0 + height * 0.26)], + fill=accent_fill, + width=max(4, int(min(width, height) * 0.08)), + ) + draw.rounded_rectangle( + [x0 + width * 0.08, y0 + height * 0.26, x1 - width * 0.08, y1 - height * 0.20], + radius=max(8, int(min(width, height) * 0.10)), + outline=primary_fill, + width=max(3, int(min(width, height) * 0.05)), + ) + return + + if asset_key in {"module", "board"}: + body = [x0 + width * 0.10, y0 + height * 0.16, x1 - width * 0.10, y1 - height * 0.16] + draw.rounded_rectangle(body, radius=max(8, int(min(width, height) * 0.10)), fill=primary_fill) + notch_size = max(6, int(min(width, height) * 0.12)) + draw.rounded_rectangle([x0 + width * 0.18, y0 + height * 0.28, x0 + width * 0.34, y0 + height * 0.44], radius=notch_size // 3, fill=secondary_fill) + draw.rounded_rectangle([x0 + width * 0.58, y0 + height * 0.56, x0 + width * 0.76, y0 + height * 0.72], radius=notch_size // 3, fill=secondary_fill) + return + + if asset_key == "branch": + node = [x0 + width * 0.34, y0 + height * 0.30, x0 + width * 0.66, y0 + height * 0.62] + draw.ellipse(node, fill=primary_fill) + draw.rounded_rectangle([x0 + width * 0.08, y0 + height * 0.44, x0 + width * 0.34, y0 + height * 0.52], radius=max(4, int(min(width, height) * 0.05)), fill=secondary_fill) + draw.rounded_rectangle([x0 + width * 0.66, y0 + height * 0.44, x1 - width * 0.08, y0 + height * 0.52], radius=max(4, int(min(width, height) * 0.05)), fill=secondary_fill) + return + + if asset_key == "road" and scene_type == "schematic": + center_y = y0 + height * 0.50 + draw.rounded_rectangle([x0 + width * 0.04, center_y - height * 0.08, x1 - width * 0.04, center_y + height * 0.08], radius=max(6, int(min(width, height) * 0.06)), fill=secondary_fill) + return + + if asset_key == "road" and scene_type == "scene": + draw.rounded_rectangle([x0 + width * 0.04, y0 + height * 0.28, x1 - width * 0.04, y1 - height * 0.10], radius=max(10, int(min(width, height) * 0.08)), fill=secondary_fill) + return + + if asset_key == "car": + body = [x0 + width * 0.12, y0 + height * 0.34, x1 - width * 0.10, y1 - height * 0.10] + roof = [x0 + width * 0.28, y0 + height * 0.12, x0 + width * 0.72, y0 + height * 0.40] + wheel_a = [x0 + width * 0.18, y1 - height * 0.24, x0 + width * 0.38, y1 - height * 0.02] + wheel_b = [x0 + width * 0.62, y1 - height * 0.24, x0 + width * 0.82, y1 - height * 0.02] + draw.rounded_rectangle(body, radius=max(10, int(min(width, height) * 0.10)), fill=primary_fill) + draw.rounded_rectangle(roof, radius=max(8, int(min(width, height) * 0.08)), fill=secondary_fill) + draw.ellipse(wheel_a, fill=accent_fill) + draw.ellipse(wheel_b, fill=accent_fill) + return + + draw.rounded_rectangle( + [x0 + width * 0.06, y0 + height * 0.06, x1 - width * 0.06, y1 - height * 0.04], + radius=max(12, int(min(width, height) * 0.14)), + fill=primary_fill, + ) + + def _draw_direct_scene_connectors( + self, + draw: ImageDraw.ImageDraw, + scene_spec: Dict[str, Any] | None, + *, + canvas_size: tuple[int, int], + scene_type: str, + ) -> None: + if scene_type == "scene": + return + scene_spec = scene_spec if isinstance(scene_spec, dict) else {} + objects_by_id = { + str(item.get("id")): item + for item in (scene_spec.get("object_instances") or []) + if isinstance(item, dict) and item.get("id") and item.get("visible", True) is not False and not self._should_skip_direct_object(scene_type, item) + } + for connector in scene_spec.get("connectors", []) or []: + if not isinstance(connector, dict): + continue + from_id = str(connector.get("from_id") or connector.get("source_id") or "") + to_id = str(connector.get("to_id") or connector.get("target_id") or "") + if not from_id or not to_id or from_id not in objects_by_id or to_id not in objects_by_id: + continue + fx0, fy0, fx1, fy1 = self._scene_bbox(objects_by_id[from_id], canvas_size) + tx0, ty0, tx1, ty1 = self._scene_bbox(objects_by_id[to_id], canvas_size) + start = ((fx0 + fx1) / 2.0, (fy0 + fy1) / 2.0) + end = ((tx0 + tx1) / 2.0, (ty0 + ty1) / 2.0) + if scene_type == "schematic": + mid_x = (start[0] + end[0]) / 2.0 + draw.line([start, (mid_x, start[1]), (mid_x, end[1]), end], fill=170, width=3) + else: + self._draw_dashed_line(draw, start, end, fill=176, width=2, dash_length=16) + + def _direct_scene_background_plate( + self, + scene_spec: Dict[str, Any] | None, + *, + canvas_size: tuple[int, int], + filename_prefix: str, + ) -> str: + image = Image.new("RGB", canvas_size, (248, 246, 241)) + gray = image.convert("L") + draw = ImageDraw.Draw(gray) + self._draw_direct_scene_background(draw, scene_spec, canvas_size=canvas_size) + output_path = os.path.join(self.output_dir, f"{filename_prefix}_direct_base.png") + gray.convert("RGB").save(output_path) + return output_path + + def _direct_scene_layout_canvas( + self, + scene_spec: Dict[str, Any] | None, + *, + canvas_size: tuple[int, int], + filename_prefix: str, + ) -> str: + scene_spec = scene_spec if isinstance(scene_spec, dict) else {} + scene_type = self._direct_scene_type(scene_spec) + image = Image.new("L", canvas_size, 248) + draw = ImageDraw.Draw(image) + self._draw_direct_scene_background(draw, scene_spec, canvas_size=canvas_size) + objects = [ + obj + for obj in (scene_spec.get("object_instances") or []) + if isinstance(obj, dict) and obj.get("visible", True) is not False and not self._should_skip_direct_object(scene_type, obj) + ] + objects.sort(key=lambda item: (float(item.get("depth_z", 0.5) or 0.5), int(item.get("z_index", 0) or 0))) + for obj in objects: + self._draw_direct_scene_object_mass(draw, obj, scene_type=scene_type, canvas_size=canvas_size) + self._draw_direct_scene_connectors(draw, scene_spec, canvas_size=canvas_size, scene_type=scene_type) + blur_radius = 8.0 if scene_type == "scene" else 5.2 if scene_type == "process" else 4.4 + image = image.filter(ImageFilter.GaussianBlur(radius=blur_radius)) + image = ImageOps.autocontrast(image, cutoff=1) + return self._save_luma_canvas(image, filename_prefix, "direct_scene_layout") + + def build_direct_scene_prior( + self, + *, + scene_spec: Dict[str, Any] | None = None, + filename_prefix: str = "direct_scene", + fallback_size: tuple[int, int] = (1024, 768), + ) -> Dict[str, Any]: + canvas_size = self._scene_canvas_size(scene_spec, fallback_size) + base_plate_path = self._direct_scene_background_plate( + scene_spec, + canvas_size=canvas_size, + filename_prefix=filename_prefix, + ) + layout_control_path = self._direct_scene_layout_canvas( + scene_spec, + canvas_size=canvas_size, + filename_prefix=filename_prefix, + ) + depth_control_path = self._depth_control_canvas( + scene_spec, + canvas_size=canvas_size, + filename_prefix=filename_prefix, + ) + return { + "canvas_size": {"width": canvas_size[0], "height": canvas_size[1]}, + "base_plate_path": base_plate_path, + "layout_control_path": layout_control_path, + "depth_control_path": depth_control_path, + } + + def build_direct_scene_controlnet_bundle( + self, + *, + scene_spec: Dict[str, Any] | None = None, + prior_bundle: Dict[str, Any] | None = None, + filename_prefix: str = "direct_scene", + ) -> Dict[str, Any]: + if not self.comfy_client.is_comfyui_server(): + return {} + prior_bundle = prior_bundle if isinstance(prior_bundle, dict) else {} + available = self.comfy_client.get_available_controlnets() + if not available: + return {} + available_markers = [name.casefold() for name in available] + layout_path = str(prior_bundle.get("layout_control_path") or "").strip() + depth_path = str(prior_bundle.get("depth_control_path") or "").strip() + base_plate_path = str(prior_bundle.get("base_plate_path") or layout_path or "").strip() + inputs: list[Dict[str, Any]] = [] + + scene_type = self._direct_scene_type(scene_spec) + structure_path = "" + if scene_spec and base_plate_path: + try: + structure_path = self._explicit_structure_canvas( + scene_spec, + control_image_path=base_plate_path, + filename_prefix=f"{filename_prefix}_direct", + purpose="sketch_candidate", + ) + except Exception as exc: + logger.warning(f"failed to build direct scene structure control: {exc}") + structure_path = "" + if structure_path: + inputs.append( + { + "image_path": structure_path, + "control_net_name": self.comfy_client.pick_controlnet(["lineart", "sketch", "scribble", "canny"]), + "strength": 0.54 if scene_type == "schematic" else 0.48 if scene_type == "process" else 0.40, + "start_percent": 0.0, + "end_percent": 0.90 if scene_type == "schematic" else 0.86 if scene_type == "process" else 0.78, + "kind": "scene_structure", + } + ) + if layout_path: + control_name = self.comfy_client.pick_controlnet(["scribble", "sketch", "lineart", "canny"]) + control_path = layout_path + if "canny" in str(control_name).casefold(): + control_path = self._edge_control_canvas(layout_path, filename_prefix) + inputs.append( + { + "image_path": control_path, + "control_net_name": control_name, + "strength": 0.66 if scene_type in {"process", "schematic"} else 0.58, + "start_percent": 0.0, + "end_percent": 0.90 if scene_type in {"process", "schematic"} else 0.84, + "kind": "scene_layout", + } + ) + if depth_path and any("depth" in marker for marker in available_markers): + inputs.append( + { + "image_path": depth_path, + "control_net_name": self.comfy_client.pick_controlnet(["depth"]), + "strength": 0.24 if scene_type in {"process", "schematic"} else 0.42, + "start_percent": 0.0, + "end_percent": 0.82 if scene_type in {"process", "schematic"} else 0.88, + "kind": "scene_depth", + } + ) + if not inputs or not base_plate_path: + return {} + init_image_path = base_plate_path or layout_path + return { + "purpose": "direct_scene", + "comfy_mode": "img2img_controlnet" if scene_type in {"process", "schematic"} else "txt2img_controlnet", + "init_image_path": init_image_path, + "inputs": inputs, + "layout_control_path": layout_path, + "depth_control_path": depth_path, + "structure_control_path": structure_path, + } + + def build_controlnet_bundle( + self, + *, + control_image_path: str, + scene_spec: Dict[str, Any] | None = None, + filename_prefix: str = "controlnet", + purpose: str = "sketch_candidate", + ) -> Dict[str, Any]: + if not self.comfy_client.is_comfyui_server(): + return {} + available = self.comfy_client.get_available_controlnets() + if not available: + return {} + + available_markers = [name.casefold() for name in available] + with Image.open(control_image_path) as image: + canvas_size = self._scene_canvas_size(scene_spec, image.size) + + structure_path = "" + if scene_spec: + try: + structure_path = self._explicit_structure_canvas( + scene_spec, + control_image_path=control_image_path, + filename_prefix=filename_prefix, + purpose=purpose, + ) + except Exception as exc: + logger.warning(f"failed to build explicit structure control: {exc}") + structure_path = "" + + inputs: list[Dict[str, Any]] = [] + init_image_path = control_image_path + + if purpose in {"sketch_upstream", "sketch_candidate"} and structure_path: + sketch_model = self.comfy_client.pick_controlnet(["sketch", "scribble", "lineart", "canny"]) + inputs.append( + { + "image_path": structure_path, + "control_net_name": sketch_model, + "strength": 0.86 if purpose == "sketch_upstream" else 0.78, + "start_percent": 0.0, + "end_percent": 1.0, + "kind": "structure_sketch", + } + ) + canny_model = self.comfy_client.pick_controlnet(["canny", "lineart", "sketch"]) + if "canny" in str(canny_model).casefold(): + structure_edge_path = self._edge_control_canvas(structure_path, filename_prefix) + inputs.append( + { + "image_path": structure_edge_path, + "control_net_name": canny_model, + "strength": 0.48 if purpose == "sketch_upstream" else 0.42, + "start_percent": 0.0, + "end_percent": 0.88, + "kind": "structure_canny", + } + ) + else: + if any(marker for marker in available_markers if any(tag in marker for tag in ("canny", "lineart", "sketch", "scribble"))): + edge_path = self._edge_control_canvas(control_image_path, filename_prefix) + if purpose == "final_render": + strength = 0.9 + elif purpose == "sketch_upstream": + strength = 1.0 + else: + strength = 0.96 + inputs.append( + { + "image_path": edge_path, + "control_net_name": self.comfy_client.pick_controlnet( + ["canny", "lineart", "sketch", "scribble"] if purpose != "final_render" else ["sketch", "lineart", "scribble", "canny"] + ), + "strength": strength, + "start_percent": 0.0, + "end_percent": 1.0, + "kind": "edge", + } + ) + + if purpose == "final_render": + sketch_model = "" + try: + sketch_model = self.comfy_client.pick_controlnet(["sketch", "scribble", "lineart"]) + except Exception: + sketch_model = "" + if sketch_model: + inputs.insert( + 0, + { + "image_path": control_image_path, + "control_net_name": sketch_model, + "strength": 0.88, + "start_percent": 0.0, + "end_percent": 1.0, + "kind": "edited_sketch", + }, + ) + if structure_path: + inputs.append( + { + "image_path": structure_path, + "control_net_name": self.comfy_client.pick_controlnet(["sketch", "scribble", "lineart", "canny"]), + "strength": 0.42, + "start_percent": 0.0, + "end_percent": 0.82, + "kind": "scene_structure", + } + ) + + if scene_spec and any("depth" in marker for marker in available_markers): + depth_path = self._depth_control_canvas(scene_spec, canvas_size=canvas_size, filename_prefix=filename_prefix) + inputs.append( + { + "image_path": depth_path, + "control_net_name": self.comfy_client.pick_controlnet(["depth"]), + "strength": 0.58 if purpose != "final_render" else 0.46, + "start_percent": 0.0, + "end_percent": 0.86, + "kind": "depth", + } + ) + + if not inputs: + return {} + return { + "purpose": purpose, + "comfy_mode": "img2img_controlnet", + "init_image_path": init_image_path, + "structure_image_path": structure_path, + "inputs": inputs, + } + + def _iter_conditioning_ops(self, conditioning_bundle: Dict[str, Any] | None = None) -> list[Dict[str, Any]]: + bundle = conditioning_bundle if isinstance(conditioning_bundle, dict) else {} + ops: list[Dict[str, Any]] = [] + for region in bundle.get("region_layers", []) or []: + if not isinstance(region, dict): + continue + action = str(region.get("action") or region.get("edit_state") or "idle").strip().lower() + if action in {"idle", "transform"} and not str(((region.get("render_intent") or {}).get("prompt") or "")).strip(): + continue + if action == "show" and not str(((region.get("render_intent") or {}).get("prompt") or "")).strip(): + continue + ops.append({"kind": "region", "action": action, "payload": region}) + for patch in bundle.get("patch_layers", []) or []: + if not isinstance(patch, dict): + continue + kind = str(patch.get("kind") or "").strip().lower() + if kind not in {"erase_region", "brush_mask", "inpaint_region"}: + continue + ops.append({"kind": "patch", "action": kind, "payload": patch}) + ops.sort(key=lambda item: (self._conditioning_action_rank(item.get("action", "")), item.get("kind", ""))) + return ops[:6] + + def render_inpaint( + self, + *, + prompt: str, + negative_prompt: str, + init_image_path: str, + mask_image_path: str, + denoising_strength: float, + steps: int, + cfg_scale: float, + sampler_name: str, + filename_prefix: str, + ) -> str: + with Image.open(init_image_path) as image: + width, height = image.size + + if self.comfy_client.is_comfyui_server(): + return self.comfy_client.render_inpaint( + prompt=prompt, + negative_prompt=negative_prompt, + init_image_path=init_image_path, + mask_image_path=mask_image_path, + steps=steps, + cfg_scale=cfg_scale, + denoising_strength=denoising_strength, + sampler_name=sampler_name, + filename_prefix=filename_prefix, + ) + + payload = { + "init_images": [self._encode_image_to_base64(init_image_path)], + "mask": self._encode_image_to_base64(mask_image_path), + "prompt": prompt, + "negative_prompt": negative_prompt, + "denoising_strength": float(denoising_strength), + "steps": int(steps), + "cfg_scale": float(cfg_scale), + "width": width, + "height": height, + "sampler_name": str(sampler_name or "DPM++ 2M Karras"), + "resize_mode": 0, + "mask_blur": 4, + "inpainting_fill": 1, + "inpaint_full_res": True, + "inpaint_full_res_padding": 32, + } + response = requests.post( + url=f"{self.sd_api_url}/sdapi/v1/img2img", + json=payload, + timeout=240, + ) + response.raise_for_status() + result = response.json() + images = result.get("images") or [] + if not images: + raise RuntimeError("SD inpaint backend returned no images") + output_path = os.path.join(self.output_dir, f"{filename_prefix}_{abs(hash(prompt + init_image_path + mask_image_path))}.png") + with open(output_path, "wb") as handle: + handle.write(base64.b64decode(images[0])) + return output_path + + def _apply_conditioning_passes( + self, + *, + base_image_path: str, + prompt: str, + negative_prompt: str, + conditioning_bundle: Dict[str, Any] | None = None, + steps: int, + cfg_scale: float, + denoising_strength: float, + sampler_name: str, + filename_prefix: str, + ) -> str: + bundle = conditioning_bundle if isinstance(conditioning_bundle, dict) else {} + ops = self._iter_conditioning_ops(bundle) + self.last_conditioning_report = { + "applied": False, + "base_image_path": base_image_path, + "final_image_path": base_image_path, + "operations": [], + } + if not ops or not os.path.exists(base_image_path): + return base_image_path + canvas = bundle.get("canvas_size") if isinstance(bundle.get("canvas_size"), dict) else {} + with Image.open(base_image_path) as base_image: + canvas_size = ( + max(1, int(canvas.get("width", base_image.size[0]) or base_image.size[0])), + max(1, int(canvas.get("height", base_image.size[1]) or base_image.size[1])), + ) + current_image_path = base_image_path + for index, op in enumerate(ops, start=1): + payload = op.get("payload") if isinstance(op.get("payload"), dict) else {} + if op.get("kind") == "region": + mask = self._region_mask_canvas(payload, canvas_size) + local_prompt = self._region_conditioning_prompt(prompt, payload) + else: + mask = self._patch_mask_canvas(payload, canvas_size) + local_prompt = self._patch_conditioning_prompt(prompt, payload) + if not local_prompt or mask.getbbox() is None: + continue + mask_path = self._save_mask_canvas(mask, f"{filename_prefix}_mask_{index}") + try: + next_image_path = self.render_inpaint( + prompt=local_prompt, + negative_prompt=negative_prompt, + init_image_path=current_image_path, + mask_image_path=mask_path, + denoising_strength=max(0.18, min(0.62, float(denoising_strength) * (0.95 if op.get("kind") == "region" else 0.88))), + steps=max(10, min(int(steps), 20)), + cfg_scale=float(cfg_scale), + sampler_name=sampler_name, + filename_prefix=f"{filename_prefix}_cond_{index}", + ) + current_image_path = next_image_path + self.last_conditioning_report["operations"].append( + { + "kind": op.get("kind"), + "action": op.get("action"), + "status": "applied", + "mask_image_path": mask_path, + "output_image_path": next_image_path, + } + ) + except Exception as exc: + logger.warning(f"conditioning inpaint failed: {exc}") + self.last_conditioning_report["operations"].append( + { + "kind": op.get("kind"), + "action": op.get("action"), + "status": "failed", + "mask_image_path": mask_path, + "error": str(exc), + } + ) + self.last_conditioning_report["applied"] = any(item.get("status") == "applied" for item in self.last_conditioning_report["operations"]) + self.last_conditioning_report["final_image_path"] = current_image_path + return current_image_path + + def render_img2img( + self, + *, + prompt: str, + negative_prompt: str, + control_image_path: str, + denoising_strength: float, + steps: int, + cfg_scale: float, + sampler_name: str, + filename_prefix: str, + conditioning_bundle: Dict[str, Any] | None = None, + controlnet_bundle: Dict[str, Any] | None = None, + checkpoint_name: str = "", + lora_name: str = "", + lora_strength_model: float = 1.0, + lora_strength_clip: float = 1.0, + ) -> str: + init_image_path = str((controlnet_bundle or {}).get("init_image_path") or control_image_path).strip() or control_image_path + with Image.open(init_image_path) as image: + width, height = image.size + + if self.comfy_client.is_comfyui_server(): + controlnet_inputs = list((controlnet_bundle or {}).get("inputs") or []) + comfy_mode = str((controlnet_bundle or {}).get("comfy_mode") or "img2img_controlnet").strip().lower() + if controlnet_inputs: + if comfy_mode == "txt2img_controlnet": + base_output_path = self.comfy_client.render_controlnet_txt2img( + prompt=prompt, + negative_prompt=negative_prompt, + control_inputs=controlnet_inputs, + width=width, + height=height, + steps=max(steps, 28), + cfg_scale=cfg_scale, + sampler_name=sampler_name, + filename_prefix=filename_prefix, + checkpoint_name=checkpoint_name, + lora_name=lora_name, + lora_strength_model=lora_strength_model, + lora_strength_clip=lora_strength_clip, + ) + else: + base_output_path = self.comfy_client.render_controlnet_img2img( + prompt=prompt, + negative_prompt=negative_prompt, + init_image_path=init_image_path, + control_inputs=controlnet_inputs, + width=width, + height=height, + steps=steps, + cfg_scale=cfg_scale, + denoising_strength=denoising_strength, + sampler_name=sampler_name, + filename_prefix=filename_prefix, + checkpoint_name=checkpoint_name, + lora_name=lora_name, + lora_strength_model=lora_strength_model, + lora_strength_clip=lora_strength_clip, + ) + else: + base_output_path = self.comfy_client.render_img2img( + prompt=prompt, + negative_prompt=negative_prompt, + control_image_path=init_image_path, + width=width, + height=height, + steps=steps, + cfg_scale=cfg_scale, + denoising_strength=denoising_strength, + sampler_name=sampler_name, + filename_prefix=filename_prefix, + checkpoint_name=checkpoint_name, + lora_name=lora_name, + lora_strength_model=lora_strength_model, + lora_strength_clip=lora_strength_clip, + ) + else: + payload = { + "init_images": [self._encode_image_to_base64(init_image_path)], + "prompt": prompt, + "negative_prompt": negative_prompt, + "denoising_strength": float(denoising_strength), + "steps": int(steps), + "cfg_scale": float(cfg_scale), + "width": width, + "height": height, + "sampler_name": str(sampler_name or "DPM++ 2M Karras"), + "resize_mode": 0, + } + response = requests.post( + url=f"{self.sd_api_url}/sdapi/v1/img2img", + json=payload, + timeout=180, + ) + response.raise_for_status() + result = response.json() + images = result.get("images") or [] + if not images: + raise RuntimeError("SD sketch backend returned no images") + base_output_path = os.path.join(self.output_dir, f"{filename_prefix}_{abs(hash(prompt + init_image_path))}.png") + with open(base_output_path, "wb") as handle: + handle.write(base64.b64decode(images[0])) + + final_output_path = self._apply_conditioning_passes( + base_image_path=base_output_path, + prompt=prompt, + negative_prompt=negative_prompt, + conditioning_bundle=conditioning_bundle, + steps=steps, + cfg_scale=cfg_scale, + denoising_strength=denoising_strength, + sampler_name=sampler_name, + filename_prefix=filename_prefix, + ) + if controlnet_bundle: + self.last_conditioning_report["controlnet_bundle"] = controlnet_bundle + self.last_conditioning_report["base_image_path"] = base_output_path + self.last_conditioning_report["final_image_path"] = final_output_path + return final_output_path + + def render_txt2img( + self, + *, + prompt: str, + negative_prompt: str, + width: int, + height: int, + steps: int, + cfg_scale: float, + sampler_name: str, + filename_prefix: str, + checkpoint_name: str = "", + lora_name: str = "", + lora_strength_model: float = 1.0, + lora_strength_clip: float = 1.0, + ) -> str: + if self.comfy_client.is_comfyui_server(): + return self.comfy_client.render_txt2img( + prompt=prompt, + negative_prompt=negative_prompt, + width=width, + height=height, + steps=steps, + cfg_scale=cfg_scale, + sampler_name=sampler_name, + filename_prefix=filename_prefix, + checkpoint_name=checkpoint_name, + lora_name=lora_name, + lora_strength_model=lora_strength_model, + lora_strength_clip=lora_strength_clip, + ) + + payload = { + "prompt": prompt, + "negative_prompt": negative_prompt, + "steps": int(steps), + "cfg_scale": float(cfg_scale), + "width": int(width), + "height": int(height), + "sampler_name": str(sampler_name or "DPM++ 2M Karras"), + } + response = requests.post( + url=f"{self.sd_api_url}/sdapi/v1/txt2img", + json=payload, + timeout=180, + ) + response.raise_for_status() + result = response.json() + images = result.get("images") or [] + if not images: + raise RuntimeError("SD image backend returned no images") + output_path = os.path.join(self.output_dir, f"{filename_prefix}_{abs(hash(prompt + negative_prompt))}.png") + with open(output_path, "wb") as handle: + handle.write(base64.b64decode(images[0])) + return output_path + + def render_scene_direct( + self, + *, + scene_spec: Dict[str, Any] | None, + prompt: str, + negative_prompt: str, + sketch_options: Dict[str, Any] | None = None, + filename_prefix: str = "sd_direct_scene", + prior_bundle: Dict[str, Any] | None = None, + controlnet_bundle: Dict[str, Any] | None = None, + checkpoint_name: str = "", + lora_name: str = "", + lora_strength_model: float = 1.0, + lora_strength_clip: float = 1.0, + ) -> Dict[str, Any]: + sketch_options = sketch_options or {} + prior_bundle = prior_bundle if isinstance(prior_bundle, dict) else self.build_direct_scene_prior( + scene_spec=scene_spec, + filename_prefix=filename_prefix, + ) + controlnet_bundle = controlnet_bundle if isinstance(controlnet_bundle, dict) else self.build_direct_scene_controlnet_bundle( + scene_spec=scene_spec, + prior_bundle=prior_bundle, + filename_prefix=filename_prefix, + ) + canvas = prior_bundle.get("canvas_size") if isinstance(prior_bundle.get("canvas_size"), dict) else {} + width = max(512, int(canvas.get("width", 1024) or 1024)) + height = max(384, int(canvas.get("height", 768) or 768)) + scene_type = self._direct_scene_type(scene_spec) + default_denoising = 0.82 if scene_type == "scene" else 0.78 if scene_type == "schematic" else 0.80 + default_steps = 30 if scene_type == "scene" else 36 + default_cfg = 6.2 if scene_type == "scene" else 6.5 if scene_type == "schematic" else 6.4 + + if controlnet_bundle.get("inputs"): + image_path = self.render_img2img( + prompt=prompt, + negative_prompt=negative_prompt, + control_image_path=str(controlnet_bundle.get("init_image_path") or prior_bundle.get("base_plate_path") or prior_bundle.get("layout_control_path") or ""), + denoising_strength=float(sketch_options.get("sd_direct_denoising", default_denoising)), + steps=int(sketch_options.get("sd_direct_steps", sketch_options.get("sd_sketch_steps", default_steps))), + cfg_scale=float(sketch_options.get("sd_direct_cfg_scale", sketch_options.get("sd_sketch_cfg_scale", default_cfg))), + sampler_name=str(sketch_options.get("sd_direct_sampler_name", sketch_options.get("sd_sketch_sampler_name", "DPM++ 2M Karras"))), + filename_prefix=filename_prefix, + controlnet_bundle=controlnet_bundle, + checkpoint_name=checkpoint_name, + lora_name=lora_name, + lora_strength_model=lora_strength_model, + lora_strength_clip=lora_strength_clip, + ) + else: + image_path = self.render_txt2img( + prompt=prompt, + negative_prompt=negative_prompt, + width=width, + height=height, + steps=int(sketch_options.get("sd_direct_steps", sketch_options.get("sd_sketch_steps", 30))), + cfg_scale=float(sketch_options.get("sd_direct_cfg_scale", sketch_options.get("sd_sketch_cfg_scale", 6.6))), + sampler_name=str(sketch_options.get("sd_direct_sampler_name", sketch_options.get("sd_sketch_sampler_name", "DPM++ 2M Karras"))), + filename_prefix=filename_prefix, + checkpoint_name=checkpoint_name, + lora_name=lora_name, + lora_strength_model=lora_strength_model, + lora_strength_clip=lora_strength_clip, + ) + + return { + "image_path": image_path, + "prior_bundle": prior_bundle, + "controlnet_bundle": controlnet_bundle, + } + + def render_from_preview( + self, + preview: Dict[str, Any], + sketch_options: Dict[str, Any] | None = None, + title: str | None = None, + ) -> Dict[str, Any]: + preview = dict(preview or {}) + sketch_options = sketch_options or {} + + if not self.available: + return self._fallback_preview(preview, "SD sketch backend is not configured; falling back to native sketch.") + + control_image_path = self._control_image_path(preview) + if not control_image_path: + return self._fallback_preview(preview, "SD sketch backend has no usable control image; falling back to native sketch.") + + prompt = self._build_prompt(preview.get("scene_spec"), sketch_options, title=title) + negative_prompt = self._build_negative_prompt(str(sketch_options.get("sketch_style", "line_art"))) + controlnet_bundle = self.build_controlnet_bundle( + control_image_path=control_image_path, + scene_spec=preview.get("scene_spec"), + filename_prefix="sd_sketch_preview", + purpose="sketch_candidate", + ) + + try: + output_path = self.render_img2img( + prompt=prompt, + negative_prompt=negative_prompt, + control_image_path=control_image_path, + denoising_strength=float(sketch_options.get("sd_sketch_denoising", 0.42)), + steps=int(sketch_options.get("sd_sketch_steps", 20)), + cfg_scale=float(sketch_options.get("sd_sketch_cfg_scale", 6.5)), + sampler_name=str(sketch_options.get("sd_sketch_sampler_name", "DPM++ 2M Karras")), + filename_prefix="sd_sketch", + controlnet_bundle=controlnet_bundle, + ) + except Exception as exc: + logger.error(f"SD sketch generation failed: {exc}") + return self._fallback_preview(preview, f"SD sketch generation failed, falling back to native sketch: {exc}") + + payload = dict(preview) + sketch_bundle = dict(payload.get("sketch_bundle") or {}) + native_structural = sketch_bundle.get("structural_sketch") or payload.get("image_path") + if native_structural: + sketch_bundle["native_structural_sketch"] = native_structural + sketch_bundle["structural_sketch"] = output_path + sketch_bundle["sd_sketch"] = output_path + sketch_bundle["active_sketch_backend"] = "sd" + + payload["image_path"] = output_path + payload["save_path"] = output_path + payload["sd_sketch_path"] = output_path + payload["backend"] = "comfyui_sketch_preview" if self.comfy_client.is_comfyui_server() else "sd_sketch_preview" + payload["sketch_backend"] = "sd" + payload["generated_prompt"] = prompt + payload["negative_prompt"] = negative_prompt + payload["sketch_bundle"] = sketch_bundle + logger.info(f"SD sketch generation succeeded: {output_path}") + return payload diff --git a/runtime/memory-api/core/semantic_scene.py b/runtime/memory-api/core/semantic_scene.py new file mode 100644 index 0000000..0384f08 --- /dev/null +++ b/runtime/memory-api/core/semantic_scene.py @@ -0,0 +1,1436 @@ +from __future__ import annotations + +import json +import re +from typing import Any, Dict, Iterable, List, Tuple + +from .visual_prototypes import fallback_prototype_id, resolve_visual_prototype + + +CANVAS_DEFAULT = (1024, 768) + + +ASSET_LIBRARY: Dict[str, Dict[str, Any]] = { + "generic_object": { + "label": "通用对象", + "category": "通用", + "silhouette_key": "generic_object", + "default_size": (152, 132), + "keywords": [], + "anchors": ["center", "top", "bottom", "left", "right"], + "editor_visible": True, + }, + "generic_panel": { + "label": "通用面板", + "category": "通用", + "silhouette_key": "generic_panel", + "default_size": (180, 120), + "keywords": [], + "anchors": ["center", "top", "bottom"], + "editor_visible": True, + }, + "generic_circle": { + "label": "通用圆形", + "category": "通用", + "silhouette_key": "generic_circle", + "default_size": (120, 120), + "keywords": [], + "anchors": ["center"], + "editor_visible": True, + }, + "blob": { + "label": "语义团块", + "category": "兜底", + "silhouette_key": "blob", + "default_size": (168, 128), + "keywords": [], + "anchors": ["center"], + "editor_visible": True, + }, + "tower": { + "label": "高塔体", + "category": "兜底", + "silhouette_key": "tower", + "default_size": (180, 260), + "keywords": [], + "anchors": ["facade", "roof", "ground", "center"], + "editor_visible": True, + }, + "capsule": { + "label": "过程胶囊", + "category": "兜底", + "silhouette_key": "capsule", + "default_size": (172, 116), + "keywords": [], + "anchors": ["center", "left", "right"], + "editor_visible": True, + }, + "branch": { + "label": "分支母题", + "category": "兜底", + "silhouette_key": "branch", + "default_size": (180, 140), + "keywords": [], + "anchors": ["center"], + "editor_visible": True, + }, + "module": { + "label": "功能模块", + "category": "兜底", + "silhouette_key": "module", + "default_size": (180, 120), + "keywords": [], + "anchors": ["left", "right", "center"], + "editor_visible": True, + }, + "building": { + "label": "楼体", + "category": "建筑", + "silhouette_key": "building", + "default_size": (240, 280), + "keywords": ["楼", "楼房", "建筑", "大楼", "高楼", "工厂", "教学楼", "公寓"], + "anchors": ["facade", "roof", "ground", "center"], + "editor_visible": True, + }, + "house": { + "label": "房子", + "category": "建筑", + "silhouette_key": "house", + "default_size": (220, 220), + "keywords": ["房子", "房屋", "小屋", "住宅", "家"], + "anchors": ["facade", "roof", "ground", "center"], + "editor_visible": True, + }, + "window": { + "label": "窗户", + "category": "建筑", + "silhouette_key": "window", + "default_size": (72, 72), + "keywords": ["窗", "窗户", "玻璃窗"], + "anchors": ["facade", "center"], + "editor_visible": True, + }, + "door": { + "label": "门", + "category": "建筑", + "silhouette_key": "door", + "default_size": (72, 124), + "keywords": ["门", "大门", "房门"], + "anchors": ["facade", "ground", "center"], + "editor_visible": True, + }, + "tree": { + "label": "树", + "category": "自然", + "silhouette_key": "tree", + "default_size": (180, 220), + "keywords": ["树", "树林", "树木"], + "anchors": ["ground", "center"], + "editor_visible": True, + }, + "cloud": { + "label": "云", + "category": "自然", + "silhouette_key": "cloud", + "default_size": (150, 90), + "keywords": ["云", "云朵", "乌云"], + "anchors": ["sky", "center"], + "editor_visible": True, + }, + "sun": { + "label": "太阳", + "category": "自然", + "silhouette_key": "sun", + "default_size": (110, 110), + "keywords": ["太阳", "阳光", "日光"], + "anchors": ["sky", "center"], + "editor_visible": True, + }, + "car": { + "label": "车", + "category": "交通", + "silhouette_key": "car", + "default_size": (170, 92), + "keywords": ["车", "汽车", "轿车", "卡车"], + "anchors": ["road", "ground", "center"], + "editor_visible": True, + }, + "road": { + "label": "道路", + "category": "交通", + "silhouette_key": "road", + "default_size": (320, 96), + "keywords": ["路", "道路", "公路", "街道"], + "anchors": ["ground", "center"], + "editor_visible": True, + }, + "person": { + "label": "人物", + "category": "角色", + "silhouette_key": "person", + "default_size": (96, 172), + "keywords": ["人", "人物", "学生", "工人", "孩子", "成人"], + "anchors": ["ground", "center"], + "editor_visible": True, + }, + "street_lamp": { + "label": "路灯", + "category": "城市", + "silhouette_key": "street_lamp", + "default_size": (72, 220), + "keywords": ["路灯", "灯杆", "街灯"], + "anchors": ["ground", "center"], + "editor_visible": True, + }, + "table": { + "label": "桌子", + "category": "室内", + "silhouette_key": "table", + "default_size": (180, 116), + "keywords": ["桌", "桌子", "课桌", "餐桌"], + "anchors": ["ground", "center"], + "editor_visible": True, + }, + "chair": { + "label": "椅子", + "category": "室内", + "silhouette_key": "chair", + "default_size": (96, 138), + "keywords": ["椅", "椅子", "凳子"], + "anchors": ["ground", "center"], + "editor_visible": True, + }, + "battery": { + "label": "电池", + "category": "自动科技", + "silhouette_key": "battery", + "default_size": (120, 80), + "keywords": ["电池", "电源", "供电"], + "anchors": ["left", "right", "center"], + "editor_visible": False, + }, + "led": { + "label": "LED", + "category": "自动科技", + "silhouette_key": "led", + "default_size": (104, 92), + "keywords": ["led", "发光二极管", "灯泡"], + "anchors": ["left", "right", "center"], + "editor_visible": False, + }, + "resistor": { + "label": "电阻", + "category": "自动科技", + "silhouette_key": "resistor", + "default_size": (120, 62), + "keywords": ["电阻", "电阻器"], + "anchors": ["left", "right", "center"], + "editor_visible": False, + }, + "capacitor": { + "label": "电容", + "category": "自动科技", + "silhouette_key": "capacitor", + "default_size": (92, 88), + "keywords": ["电容", "电容器"], + "anchors": ["left", "right", "center"], + "editor_visible": False, + }, + "diode": { + "label": "二极管", + "category": "自动科技", + "silhouette_key": "diode", + "default_size": (112, 72), + "keywords": ["二极管", "整流管"], + "anchors": ["left", "right", "center"], + "editor_visible": False, + }, + "board": { + "label": "电路板", + "category": "自动科技", + "silhouette_key": "board", + "default_size": (200, 140), + "keywords": ["arduino", "电路板", "开发板", "主板"], + "anchors": ["center"], + "editor_visible": False, + }, + "airplane": { + "label": "飞机", + "category": "自动科技", + "silhouette_key": "airplane", + "default_size": (220, 140), + "keywords": ["飞机", "机翼", "飞行器"], + "anchors": ["sky", "center"], + "editor_visible": False, + }, + "leaf": { + "label": "叶片", + "category": "自动科技", + "silhouette_key": "leaf", + "default_size": (132, 92), + "keywords": ["叶片", "叶子", "树叶"], + "anchors": ["center"], + "editor_visible": False, + }, + "raindrop": { + "label": "雨滴", + "category": "自动科技", + "silhouette_key": "raindrop", + "default_size": (72, 96), + "keywords": ["雨滴", "水滴"], + "anchors": ["sky", "center"], + "editor_visible": False, + }, + "cell": { + "label": "细胞", + "category": "自动科技", + "silhouette_key": "cell", + "default_size": (140, 140), + "keywords": ["细胞"], + "anchors": ["center"], + "editor_visible": False, + }, +} + + +EDITOR_LIBRARY_ORDER = [ + "building", + "house", + "window", + "door", + "tree", + "cloud", + "sun", + "car", + "road", + "person", + "street_lamp", + "table", + "chair", + "battery", + "led", + "resistor", + "capacitor", + "diode", + "board", + "airplane", + "leaf", + "raindrop", + "cell", + "tower", + "capsule", + "branch", + "module", + "blob", + "generic_object", + "generic_panel", + "generic_circle", +] + + +SCHEMATIC_TOKENS = { + "led", + "电路", + "电阻", + "电容", + "二极管", + "三极管", + "arduino", + "电池", + "导线", + "串联", + "并联", + "电流", + "电压", +} + + +SCENE_TOKENS = { + "场景", + "图片", + "画面", + "草图", + "房子", + "楼", + "树", + "云", + "太阳", + "路", + "车", + "人物", + "街道", +} + + +PROCESS_TOKENS = {"为什么", "解释", "原理", "过程", "机制", "如何", "怎么", "因果"} + + +def _deep_copy(value: Any) -> Any: + return json.loads(json.dumps(value, ensure_ascii=False)) + + +def _clean_text(value: Any) -> str: + return str(value or "").strip() + + +def _slugify(text: str) -> str: + stripped = re.sub(r"\s+", "_", _clean_text(text).lower()) + stripped = re.sub(r"[^0-9a-z_\u4e00-\u9fff]+", "", stripped) + return stripped or "item" + + +def get_asset_definition(asset_key: str) -> Dict[str, Any]: + return ASSET_LIBRARY.get(asset_key, ASSET_LIBRARY["generic_object"]) + + +ATTACHMENT_COMPATIBILITY: Dict[str, List[str]] = { + "window": ["building", "house", "tower"], + "door": ["building", "house", "tower"], + "cloud": ["bg_sky"], + "sun": ["bg_sky"], + "car": ["road"], + "chair": ["table"], + "street_lamp": ["road", "building", "house"], +} + + +def build_editor_asset_library() -> List[Dict[str, Any]]: + grouped: Dict[str, List[Dict[str, Any]]] = {} + for asset_key in EDITOR_LIBRARY_ORDER: + asset = get_asset_definition(asset_key) + category = asset.get("category", "其他") + grouped.setdefault(category, []).append( + { + "asset_key": asset_key, + "label": asset.get("label", asset_key), + "silhouette_key": asset.get("silhouette_key", asset_key), + "default_width": asset.get("default_size", (120, 120))[0], + "default_height": asset.get("default_size", (120, 120))[1], + "anchors": asset.get("anchors", []), + } + ) + return [{"category": category, "items": items} for category, items in grouped.items()] + + +def pick_asset_key(concept: str, scene_type: str = "scene") -> str: + concept_text = _clean_text(concept) + lowered = concept_text.lower() + for asset_key, asset in ASSET_LIBRARY.items(): + for keyword in asset.get("keywords", []): + if keyword and keyword.lower() in lowered: + return asset_key + if scene_type == "schematic": + if any(token in lowered for token in ("电流", "电压", "导电", "功率", "效率")): + return "generic_panel" + return "generic_object" + if scene_type == "process" and any(token in concept_text for token in ("作用", "过程", "机制", "功能", "能力")): + return "generic_panel" + return "generic_object" + + +def infer_scene_type( + query: str, + understanding_result: Dict[str, Any] | None, + extraction_result: Dict[str, Any] | None, + answer_bundle: Dict[str, Any] | None, +) -> str: + query_text = _clean_text(query) + joined_parts = [query_text] + for source in (understanding_result or {}, extraction_result or {}, answer_bundle or {}): + joined_parts.append(json.dumps(source, ensure_ascii=False)) + haystack = " ".join(joined_parts).lower() + if any(token.lower() in haystack for token in SCHEMATIC_TOKENS): + return "schematic" + if any(token.lower() in haystack for token in SCENE_TOKENS) and not any(token in query_text for token in PROCESS_TOKENS): + return "scene" + if any(token in query_text for token in PROCESS_TOKENS): + return "process" + return "scene" + + +def _collect_concepts( + understanding_result: Dict[str, Any] | None, + extraction_result: Dict[str, Any] | None, + answer_bundle: Dict[str, Any] | None, + best_path_concepts: List[str] | None, +) -> tuple[List[str], Dict[str, str], Dict[str, float]]: + ordered: List[str] = [] + concept_types: Dict[str, str] = {} + importance: Dict[str, float] = {} + + def push(concept: str, concept_type: str = "general", delta: float = 1.0) -> None: + name = _clean_text(concept) + if not name: + return + if name not in ordered: + ordered.append(name) + if concept_type and name not in concept_types: + concept_types[name] = concept_type + importance[name] = importance.get(name, 0.0) + delta + + focus = _clean_text((answer_bundle or {}).get("focus_concept") or (understanding_result or {}).get("focus_concept")) + if focus: + push(focus, "focus", 4.0) + + for concept in best_path_concepts or []: + push(concept, "path", 2.8) + + for item in (extraction_result or {}).get("concepts", []) or []: + push(item.get("concept", ""), item.get("type", "general"), 1.3) + + for item in (understanding_result or {}).get("concepts", []) or []: + push(item.get("concept", ""), item.get("type", "general"), 1.0) + + for relation in (answer_bundle or {}).get("primary_chain", []) or []: + push(relation.get("from", ""), "relation", 2.2) + push(relation.get("to", ""), "relation", 2.2) + + for relation in (answer_bundle or {}).get("supporting_relations", []) or []: + push(relation.get("from", ""), "support", 1.0) + push(relation.get("to", ""), "support", 1.0) + + return ordered, concept_types, importance + + +def _collect_relations( + answer_bundle: Dict[str, Any] | None, + extraction_result: Dict[str, Any] | None, +) -> List[Dict[str, Any]]: + merged: List[Dict[str, Any]] = [] + seen = set() + for group in ( + (answer_bundle or {}).get("primary_chain", []) or [], + (answer_bundle or {}).get("supporting_relations", []) or [], + (extraction_result or {}).get("relations", []) or [], + ): + for relation in group: + src = _clean_text(relation.get("from")) + dst = _clean_text(relation.get("to")) + label = _clean_text(relation.get("relation")) + if not src or not dst or not label: + continue + key = (src, dst, label) + if key in seen: + continue + seen.add(key) + merged.append( + { + "from": src, + "to": dst, + "relation": label, + "weight": float(relation.get("weight", 0.5) or 0.5), + "source": relation.get("source", "evidence"), + } + ) + return merged + + +def _make_id(prefix: str, label: str, index: int) -> str: + return f"{prefix}_{index}_{_slugify(label)}" + + +def _build_background_layer( + layer_id: str, + layer_type: str, + label: str, + x: int, + y: int, + width: int, + height: int, + z_index: int, + source: str = "auto", +) -> Dict[str, Any]: + return { + "id": layer_id, + "type": layer_type, + "label": label, + "x": int(x), + "y": int(y), + "width": int(width), + "height": int(height), + "z_index": int(z_index), + "source": source, + } + + +def _build_object_instance( + object_id: str, + concept: str, + asset_key: str, + role: str, + depth_band: str, + x: float, + y: float, + width: float, + height: float, + z_index: int, + source: str = "auto", + rotation: float = 0.0, + scale: float = 1.0, + editable: bool = True, + visible: bool = True, + depth_z: float | None = None, +) -> Dict[str, Any]: + asset = get_asset_definition(asset_key) + return { + "id": object_id, + "concept": _clean_text(concept), + "asset_key": asset_key, + "source": source, + "role": role, + "depth_band": depth_band, + "x": int(round(x)), + "y": int(round(y)), + "width": int(round(width)), + "height": int(round(height)), + "rotation": float(rotation), + "scale": float(scale), + "silhouette_key": asset.get("silhouette_key", asset_key), + "z_index": int(z_index), + "editable": bool(editable), + "visible": bool(visible), + "depth_z": float(depth_z) if depth_z is not None else { + "background": 0.18, + "midground": 0.52, + "foreground": 0.84, + }.get(depth_band, 0.52), + } + + +def _connector_type(label: str, scene_type: str) -> str: + text = _clean_text(label) + if any(keyword in text for keyword in ("光", "照射", "发射", "辐射")): + return "beam" + if scene_type == "schematic" or any(keyword in text for keyword in ("连接", "串联", "并联", "导通", "供电")): + return "wire" + if any(keyword in text for keyword in ("导致", "推动", "产生", "影响", "驱动", "引发", "减少", "增加", "支持")): + return "arrow" + return "relation" + + +def _build_connector( + connector_id: str, + from_id: str, + to_id: str, + label: str, + scene_type: str, + visible: bool = True, +) -> Dict[str, Any]: + return { + "id": connector_id, + "type": _connector_type(label, scene_type), + "from_id": from_id, + "to_id": to_id, + "label": _clean_text(label), + "visible": bool(visible), + } + + +def _build_attachment(attachment_id: str, host_id: str, child_id: str, anchor_name: str, mode: str = "attach") -> Dict[str, Any]: + return { + "id": attachment_id, + "host_id": host_id, + "child_id": child_id, + "anchor_name": anchor_name, + "mode": mode, + } + + +def _build_scene_shell(canvas_size: Tuple[int, int], sketch_options: Dict[str, Any] | None = None) -> Dict[str, Any]: + sketch_options = sketch_options or {} + width = max(512, int(canvas_size[0])) + height = max(384, int(canvas_size[1])) + return { + "version": 2, + "canvas_size": {"width": width, "height": height}, + "layout_options": { + "mode": "semantic_composition", + "sketch_style": sketch_options.get("sketch_style", "line_art"), + "show_grid": bool(sketch_options.get("show_grid", True)), + "show_labels": bool(sketch_options.get("show_labels", True)), + "show_guides": bool(sketch_options.get("show_guides", True)), + "node_scale": float(sketch_options.get("node_scale", 1.0)), + "spacing_scale": float(sketch_options.get("spacing_scale", 1.0)), + }, + "background_layers": [], + "object_instances": [], + "attachments": [], + "connectors": [], + "render_hints": {}, + "concept_order": [], + } + + +def _render_hints_for_scene(scene: Dict[str, Any], scene_type: str) -> Dict[str, str]: + objects = scene.get("object_instances", []) or [] + backgrounds = scene.get("background_layers", []) or [] + subjects = [item["concept"] for item in objects if item.get("role") in {"subject", "focus", "core_subject"}][:3] + user_items = [item["concept"] for item in objects if item.get("source") == "user"][:6] + bg_labels = [item["label"] for item in backgrounds][:4] + connectors = [item["label"] for item in scene.get("connectors", []) if item.get("visible")][:4] + style_name = scene.get("layout_options", {}).get("sketch_style", "line_art") + return { + "scene_summary": "、".join(subjects) + (" 场景草图" if subjects else "语义构图草图"), + "subject_summary": "主体: " + ("、".join(subjects) if subjects else "未显式主体"), + "style_summary": f"风格: {style_name} | 类型: {scene_type}", + "preview_summary": "背景: " + ("、".join(bg_labels) if bg_labels else "无") + " | 关系: " + ("、".join(connectors) if connectors else "弱化显示"), + "user_added_summary": "用户新增: " + ("、".join(user_items) if user_items else "无"), + } + + +def _outdoor_backgrounds(width: int, height: int, include_road: bool = False, include_water: bool = False) -> List[Dict[str, Any]]: + layers = [ + _build_background_layer("bg_sky", "sky", "天空", 0, 0, width, int(height * 0.58), -30), + ] + ground_label = "水面" if include_water else "地面" + ground_type = "water" if include_water else "ground" + layers.append(_build_background_layer("bg_ground", ground_type, ground_label, 0, int(height * 0.58), width, int(height * 0.42), -20)) + if include_road: + road_height = max(72, int(height * 0.16)) + layers.append(_build_background_layer("bg_road", "road", "道路", 0, height - road_height, width, road_height, -10)) + return layers + + +def _compose_scene_layout( + query: str, + concept_names: List[str], + concept_types: Dict[str, str], + importance: Dict[str, float], + relations: List[Dict[str, Any]], + focus_concept: str, + canvas_size: Tuple[int, int], + sketch_options: Dict[str, Any] | None = None, +) -> Dict[str, Any]: + scene = _build_scene_shell(canvas_size, sketch_options) + width = scene["canvas_size"]["width"] + height = scene["canvas_size"]["height"] + indoor_mode = any(token in query for token in ("室内", "房间")) or any( + pick_asset_key(name, "scene") in {"table", "chair", "desk_lamp"} for name in concept_names + ) + include_road = any(pick_asset_key(name) == "car" or "路" in name for name in concept_names) + include_water = any("水" in name for name in concept_names) + if indoor_mode: + scene["background_layers"] = [ + _build_background_layer("bg_wall", "wall", "墙面", 0, 0, width, int(height * 0.64), -30), + _build_background_layer("bg_floor", "ground", "地面", 0, int(height * 0.64), width, int(height * 0.36), -20), + ] + else: + scene["background_layers"] = _outdoor_backgrounds(width, height, include_road=include_road, include_water=include_water) + + ranked = sorted(concept_names, key=lambda name: (-importance.get(name, 0.0), concept_names.index(name))) + subject = focus_concept if focus_concept in concept_names else (ranked[0] if ranked else "") + if indoor_mode: + table_subject = next((name for name in ranked if pick_asset_key(name, "scene") == "table"), "") + if table_subject: + subject = table_subject + if pick_asset_key(subject) in {"window", "door", "cloud", "sun"} and len(ranked) > 1: + subject = ranked[1] + + subject_id = "" + if subject: + asset_key = pick_asset_key(subject, "scene") + default_w, default_h = get_asset_definition(asset_key).get("default_size", (180, 180)) + subject_x = width * 0.37 + subject_y = height * 0.34 + subject_w = default_w * 1.15 + subject_h = default_h * 1.15 + if indoor_mode and asset_key == "table": + subject_x = width * 0.28 + subject_y = height * 0.5 + subject_w = min(width * 0.42, default_w * 1.35) + subject_h = min(height * 0.26, default_h * 1.15) + scene["object_instances"].append( + _build_object_instance( + "obj_subject", + subject, + asset_key, + "subject", + "midground", + subject_x, + subject_y, + subject_w, + subject_h, + 30, + ) + ) + subject_id = "obj_subject" + + side_toggle = 0 + detail_index = 0 + for concept in ranked: + if concept == subject: + continue + asset_key = pick_asset_key(concept, "scene") + default_w, default_h = get_asset_definition(asset_key).get("default_size", (120, 120)) + if indoor_mode and asset_key in {"chair", "desk_lamp"} and subject_id and pick_asset_key(subject, "scene") == "table": + host = next((item for item in scene["object_instances"] if item["id"] == subject_id), None) + if host: + child_id = _make_id("obj", concept, detail_index + 1) + if asset_key == "chair": + child_w = min(default_w, host["width"] * 0.34) + child_h = min(default_h, host["height"] * 1.26) + child_x = host["x"] - child_w * (0.58 if detail_index % 2 == 0 else -1.08) + child_y = host["y"] - host["height"] * 0.1 + anchor = "center" + role_name = "support" + else: + child_w = min(default_w, host["width"] * 0.24) + child_h = min(default_h, max(84, host["height"] * 0.96)) + child_x = host["x"] + host["width"] * 0.58 + child_y = host["y"] - child_h * 0.42 + anchor = "center" + role_name = "detail" + scene["object_instances"].append( + _build_object_instance(child_id, concept, asset_key, role_name, "midground", child_x, child_y, child_w, child_h, 36) + ) + scene["attachments"].append(_build_attachment(_make_id("att", concept, detail_index + 1), host["id"], child_id, anchor)) + detail_index += 1 + continue + if asset_key in {"window", "door"} and subject_id and pick_asset_key(subject, "scene") in {"building", "house"}: + host = next((item for item in scene["object_instances"] if item["id"] == subject_id), None) + if not host: + continue + child_id = _make_id("obj", concept, detail_index + 1) + child_w = min(default_w, host["width"] * 0.22) + child_h = min(default_h, host["height"] * (0.26 if asset_key == "door" else 0.18)) + child_x = host["x"] + host["width"] * (0.2 + 0.22 * (detail_index % 3)) + child_y = host["y"] + host["height"] * (0.2 + 0.2 * (detail_index // 3)) + anchor = "facade" + if asset_key == "door": + child_y = host["y"] + host["height"] - child_h - 6 + anchor = "ground" + scene["object_instances"].append( + _build_object_instance(child_id, concept, asset_key, "detail", "midground", child_x, child_y, child_w, child_h, 36) + ) + scene["attachments"].append(_build_attachment(_make_id("att", concept, detail_index + 1), host["id"], child_id, anchor)) + detail_index += 1 + continue + + depth_band = "background" + role = "environment" + z_index = 12 + x = width * (0.08 if side_toggle % 2 == 0 else 0.68) + y = height * (0.4 if side_toggle % 2 == 0 else 0.46) + scale = 0.84 + if asset_key in {"cloud", "sun"}: + depth_band = "background" + role = "effect" + z_index = 4 + y = height * 0.1 + x = width * (0.12 + 0.2 * (side_toggle % 4)) + scale = 0.8 + elif asset_key in {"tree", "person", "street_lamp", "car"}: + depth_band = "foreground" + role = "support" + z_index = 42 + y = height * 0.56 + scale = 0.95 + elif asset_key == "dog": + depth_band = "foreground" + role = "support" + z_index = 40 + y = height * 0.62 + scale = 0.96 + elif asset_key in {"building", "house"}: + depth_band = "background" + role = "support" + z_index = 18 + y = height * 0.24 + scale = 0.9 + elif asset_key == "road": + depth_band = "foreground" + role = "support" + z_index = 8 + y = height * 0.8 + scale = 1.0 + elif indoor_mode and asset_key == "table": + depth_band = "midground" + role = "support" + z_index = 28 + x = width * 0.58 + y = height * 0.52 + scale = 1.05 + + object_id = _make_id("obj", concept, side_toggle + 1) + object_width = default_w * scale + object_height = default_h * scale + scene["object_instances"].append( + _build_object_instance(object_id, concept, asset_key, role, depth_band, x, y, object_width, object_height, z_index) + ) + side_toggle += 1 + + object_by_concept = {item["concept"]: item for item in scene["object_instances"]} + for index, relation in enumerate(relations[:8], start=1): + from_obj = object_by_concept.get(relation["from"]) + to_obj = object_by_concept.get(relation["to"]) + if not from_obj or not to_obj: + continue + connector = _build_connector( + _make_id("conn", relation["relation"], index), + from_obj["id"], + to_obj["id"], + relation["relation"], + "scene", + visible=_connector_type(relation["relation"], "scene") in {"beam", "arrow"}, + ) + if connector["visible"]: + scene["connectors"].append(connector) + + scene["concept_order"] = [item["concept"] for item in scene["object_instances"]] + scene["render_hints"] = _render_hints_for_scene(scene, "scene") + scene["layout_options"]["scene_type"] = "scene" + return scene + + +def _compose_process_layout( + concept_names: List[str], + importance: Dict[str, float], + relations: List[Dict[str, Any]], + focus_concept: str, + canvas_size: Tuple[int, int], + sketch_options: Dict[str, Any] | None = None, +) -> Dict[str, Any]: + scene = _build_scene_shell(canvas_size, sketch_options) + width = scene["canvas_size"]["width"] + height = scene["canvas_size"]["height"] + panel_width = width // 3 + scene["background_layers"] = [ + _build_background_layer("panel_input", "panel", "输入", 0, 92, panel_width, height - 132, -20), + _build_background_layer("panel_process", "panel", "过程", panel_width, 92, panel_width, height - 132, -19), + _build_background_layer("panel_output", "panel", "结果", panel_width * 2, 92, width - panel_width * 2, height - 132, -18), + ] + + ordered = concept_names[:6] + if focus_concept and focus_concept in ordered: + ordered = [focus_concept] + [item for item in ordered if item != focus_concept] + if not ordered and relations: + ordered = [relations[0]["from"], relations[0]["to"]] + + x_positions = [width * 0.12, width * 0.4, width * 0.72] + y_base = [height * 0.32, height * 0.5] + + object_by_concept: Dict[str, Dict[str, Any]] = {} + for index, concept in enumerate(ordered): + asset_key = pick_asset_key(concept, "process") + if asset_key == "generic_object": + asset_key = "generic_panel" + default_w, default_h = get_asset_definition(asset_key).get("default_size", (180, 120)) + importance_scale = 0.9 + min(0.45, importance.get(concept, 1.0) * 0.05) + column = min(2, index // 2) + row = index % 2 + role = "subject" if concept == focus_concept else ("stage" if column == 1 else "support") + object_id = _make_id("obj", concept, index + 1) + obj = _build_object_instance( + object_id, + concept, + asset_key, + role, + "midground", + x_positions[column] - (default_w * importance_scale) / 2, + y_base[row] - (default_h * importance_scale) / 2, + default_w * importance_scale, + default_h * importance_scale, + 25 + column, + ) + scene["object_instances"].append(obj) + object_by_concept[concept] = obj + + for index, relation in enumerate(relations[:10], start=1): + from_obj = object_by_concept.get(relation["from"]) + to_obj = object_by_concept.get(relation["to"]) + if not from_obj or not to_obj: + continue + scene["connectors"].append( + _build_connector(_make_id("conn", relation["relation"], index), from_obj["id"], to_obj["id"], relation["relation"], "process", visible=True) + ) + + scene["concept_order"] = [item["concept"] for item in scene["object_instances"]] + scene["render_hints"] = _render_hints_for_scene(scene, "process") + scene["layout_options"]["scene_type"] = "process" + return scene + + +def _compose_schematic_layout( + concept_names: List[str], + importance: Dict[str, float], + relations: List[Dict[str, Any]], + focus_concept: str, + canvas_size: Tuple[int, int], + sketch_options: Dict[str, Any] | None = None, +) -> Dict[str, Any]: + scene = _build_scene_shell(canvas_size, sketch_options) + width = scene["canvas_size"]["width"] + height = scene["canvas_size"]["height"] + scene["background_layers"] = [ + _build_background_layer("board_layer", "board", "电路画板", 18, 72, width - 36, height - 110, -18), + ] + + ordered = concept_names[:8] + if focus_concept and focus_concept in ordered: + ordered = [focus_concept] + [item for item in ordered if item != focus_concept] + if not ordered and relations: + ordered = [relations[0]["from"], relations[0]["to"]] + if not ordered: + ordered = ["电路", "信号", "输出"] + + cell_concept = next((name for name in ordered if pick_asset_key(name, "schematic") == "cell"), "") + if cell_concept: + object_by_concept: Dict[str, Dict[str, Any]] = {} + cell_w = width * 0.42 + cell_h = height * 0.46 + cell_x = width * 0.29 + cell_y = height * 0.24 + cell_obj = _build_object_instance("obj_cell", cell_concept, "cell", "subject", "midground", cell_x, cell_y, cell_w, cell_h, 30) + scene["object_instances"].append(cell_obj) + object_by_concept[cell_concept] = cell_obj + + ring_added = False + for index, concept in enumerate(ordered, start=1): + if concept == cell_concept: + continue + asset_key = pick_asset_key(concept, "schematic") + object_id = _make_id("obj", concept, index) + if "膜" in concept: + membrane = _build_object_instance( + object_id, + concept, + "generic_circle", + "detail", + "midground", + cell_x + cell_w * 0.05, + cell_y + cell_h * 0.06, + cell_w * 0.9, + cell_h * 0.86, + 31, + ) + scene["object_instances"].append(membrane) + scene["attachments"].append(_build_attachment(_make_id("att", concept, index), cell_obj["id"], object_id, "center")) + object_by_concept[concept] = membrane + ring_added = True + continue + if "核" in concept: + nucleus = _build_object_instance( + object_id, + concept, + "generic_circle", + "detail", + "midground", + cell_x + cell_w * 0.4, + cell_y + cell_h * 0.34, + cell_w * 0.18, + cell_h * 0.18, + 34, + ) + scene["object_instances"].append(nucleus) + scene["attachments"].append(_build_attachment(_make_id("att", concept, index), cell_obj["id"], object_id, "center")) + object_by_concept[concept] = nucleus + continue + if "质" in concept: + cytoplasm = _build_object_instance( + object_id, + concept, + "generic_circle", + "support", + "midground", + cell_x + cell_w * 0.22, + cell_y + cell_h * 0.25, + cell_w * 0.56, + cell_h * 0.4, + 32, + ) + scene["object_instances"].append(cytoplasm) + scene["attachments"].append(_build_attachment(_make_id("att", concept, index), cell_obj["id"], object_id, "center")) + object_by_concept[concept] = cytoplasm + continue + + default_w, default_h = get_asset_definition(asset_key).get("default_size", (140, 90)) + side = -1 if index % 2 == 0 else 1 + x = width * (0.08 if side < 0 else 0.7) + y = height * (0.22 + 0.18 * ((index - 1) % 3)) + obj = _build_object_instance( + object_id, + concept, + asset_key, + "component", + "midground", + x, + y, + default_w * 0.95, + default_h * 0.95, + 25, + ) + scene["object_instances"].append(obj) + object_by_concept[concept] = obj + scene["connectors"].append( + _build_connector(_make_id("conn", concept, index), obj["id"], cell_obj["id"], "关联", "schematic", visible=True) + ) + + if not ring_added: + membrane = _build_object_instance( + "obj_cell_membrane", + "细胞膜", + "generic_circle", + "detail", + "midground", + cell_x + cell_w * 0.05, + cell_y + cell_h * 0.06, + cell_w * 0.9, + cell_h * 0.86, + 31, + ) + scene["object_instances"].append(membrane) + scene["attachments"].append(_build_attachment("att_cell_membrane", cell_obj["id"], membrane["id"], "center")) + object_by_concept["细胞膜"] = membrane + + for index, relation in enumerate(relations[:12], start=1): + from_obj = object_by_concept.get(relation["from"]) + to_obj = object_by_concept.get(relation["to"]) + if not from_obj or not to_obj: + continue + scene["connectors"].append( + _build_connector(_make_id("conn", relation["relation"], index), from_obj["id"], to_obj["id"], relation["relation"], "schematic", visible=True) + ) + + scene["concept_order"] = [item["concept"] for item in scene["object_instances"]] + scene["render_hints"] = _render_hints_for_scene(scene, "schematic") + scene["layout_options"]["scene_type"] = "schematic" + return scene + + gap = max(110, int((width - 160) / max(1, len(ordered) - 1))) + object_by_concept: Dict[str, Dict[str, Any]] = {} + y = height * 0.5 + for index, concept in enumerate(ordered): + asset_key = pick_asset_key(concept, "schematic") + default_w, default_h = get_asset_definition(asset_key).get("default_size", (140, 90)) + importance_scale = 0.85 + min(0.4, importance.get(concept, 1.0) * 0.04) + x = 80 + gap * index + role = "subject" if concept == focus_concept else "component" + object_id = _make_id("obj", concept, index + 1) + obj = _build_object_instance( + object_id, + concept, + asset_key, + role, + "midground", + x - (default_w * importance_scale) / 2, + y - (default_h * importance_scale) / 2, + default_w * importance_scale, + default_h * importance_scale, + 28 + index, + ) + scene["object_instances"].append(obj) + object_by_concept[concept] = obj + + for index, relation in enumerate(relations[:12], start=1): + from_obj = object_by_concept.get(relation["from"]) + to_obj = object_by_concept.get(relation["to"]) + if not from_obj or not to_obj: + continue + scene["connectors"].append( + _build_connector(_make_id("conn", relation["relation"], index), from_obj["id"], to_obj["id"], relation["relation"], "schematic", visible=True) + ) + + scene["concept_order"] = [item["concept"] for item in scene["object_instances"]] + scene["render_hints"] = _render_hints_for_scene(scene, "schematic") + scene["layout_options"]["scene_type"] = "schematic" + return scene + + +def compose_semantic_scene_spec( + query: str, + understanding_result: Dict[str, Any] | None, + extraction_result: Dict[str, Any] | None, + answer_bundle: Dict[str, Any] | None, + best_path_concepts: List[str] | None = None, + canvas_size: Tuple[int, int] = CANVAS_DEFAULT, + sketch_options: Dict[str, Any] | None = None, +) -> Dict[str, Any]: + scene_type = infer_scene_type(query, understanding_result, extraction_result, answer_bundle) + concept_names, concept_types, importance = _collect_concepts( + understanding_result, + extraction_result, + answer_bundle, + best_path_concepts, + ) + relations = _collect_relations(answer_bundle, extraction_result) + focus_concept = _clean_text((answer_bundle or {}).get("focus_concept") or (understanding_result or {}).get("focus_concept")) + + if scene_type == "schematic": + scene = _compose_schematic_layout(concept_names, importance, relations, focus_concept, canvas_size, sketch_options) + elif scene_type == "process": + scene = _compose_process_layout(concept_names, importance, relations, focus_concept, canvas_size, sketch_options) + else: + scene = _compose_scene_layout(query, concept_names, concept_types, importance, relations, focus_concept, canvas_size, sketch_options) + + scene["render_hints"]["concept_type_summary"] = "、".join( + f"{concept}:{concept_types.get(concept, 'general')}" for concept in concept_names[:6] + ) + scene["render_hints"]["query_summary"] = _clean_text(query) + scene["debug_legacy"] = { + "concept_order": concept_names, + "relations": relations[:12], + } + return scene + + +def _normalize_background_layers(scene: Dict[str, Any]) -> List[Dict[str, Any]]: + layers = [] + for index, layer in enumerate(scene.get("background_layers", []) or [], start=1): + width = max(1, int(layer.get("width", 1))) + height = max(1, int(layer.get("height", 1))) + layers.append( + _build_background_layer( + layer.get("id") or f"bg_{index}", + layer.get("type") or "panel", + layer.get("label") or f"区域{index}", + int(layer.get("x", 0)), + int(layer.get("y", 0)), + width, + height, + int(layer.get("z_index", -10)), + _clean_text(layer.get("source") or "auto"), + ) + ) + return layers + + +def _normalize_objects(scene: Dict[str, Any]) -> List[Dict[str, Any]]: + objects = [] + for index, obj in enumerate(scene.get("object_instances", []) or [], start=1): + concept = _clean_text(obj.get("concept") or f"对象{index}") + asset_key = obj.get("asset_key") or pick_asset_key(concept, scene.get("layout_options", {}).get("scene_type", "scene")) + default_w, default_h = get_asset_definition(asset_key).get("default_size", (140, 100)) + width = max(36, int(obj.get("width", default_w))) + height = max(36, int(obj.get("height", default_h))) + objects.append( + _build_object_instance( + obj.get("id") or f"obj_{index}", + concept, + asset_key, + _clean_text(obj.get("role") or "support"), + _clean_text(obj.get("depth_band") or "midground"), + float(obj.get("x", 80 + index * 40)), + float(obj.get("y", 120 + index * 24)), + width, + height, + int(obj.get("z_index", 20 + index)), + _clean_text(obj.get("source") or "auto"), + float(obj.get("rotation", 0.0) or 0.0), + float(obj.get("scale", 1.0) or 1.0), + bool(obj.get("editable", True)), + bool(obj.get("visible", True)), + obj.get("depth_z"), + ) + ) + return objects + + +def _normalize_connectors(scene: Dict[str, Any], object_ids: Iterable[str]) -> List[Dict[str, Any]]: + valid_ids = set(object_ids) + connectors = [] + for index, connector in enumerate(scene.get("connectors", []) or [], start=1): + from_id = _clean_text(connector.get("from_id")) + to_id = _clean_text(connector.get("to_id")) + if from_id not in valid_ids or to_id not in valid_ids: + continue + connectors.append( + { + "id": connector.get("id") or f"conn_{index}", + "type": _clean_text(connector.get("type") or "arrow"), + "from_id": from_id, + "to_id": to_id, + "label": _clean_text(connector.get("label") or "连接"), + "visible": bool(connector.get("visible", True)), + } + ) + return connectors + + +def _normalize_attachments(scene: Dict[str, Any], object_ids: Iterable[str]) -> List[Dict[str, Any]]: + valid_ids = set(object_ids) + attachments = [] + for index, attachment in enumerate(scene.get("attachments", []) or [], start=1): + host_id = _clean_text(attachment.get("host_id")) + child_id = _clean_text(attachment.get("child_id")) + if host_id not in valid_ids or child_id not in valid_ids or host_id == child_id: + continue + attachments.append( + _build_attachment( + attachment.get("id") or f"att_{index}", + host_id, + child_id, + _clean_text(attachment.get("anchor_name") or "center"), + _clean_text(attachment.get("mode") or "attach"), + ) + ) + return attachments + + +def legacy_scene_spec_to_v2(scene_spec: Dict[str, Any], sketch_options: Dict[str, Any] | None = None) -> Dict[str, Any]: + sketch_options = sketch_options or {} + canvas = scene_spec.get("canvas_size") or {} + canvas_size = ( + max(512, int(canvas.get("width", sketch_options.get("canvas_width", CANVAS_DEFAULT[0])))), + max(384, int(canvas.get("height", sketch_options.get("canvas_height", CANVAS_DEFAULT[1])))), + ) + scene = _build_scene_shell(canvas_size, sketch_options) + legacy_nodes = scene_spec.get("nodes", []) or [] + legacy_relations = scene_spec.get("relations", []) or [] + inferred_type = "schematic" if legacy_relations else "scene" + scene["layout_options"]["scene_type"] = inferred_type + + object_instances = [] + concept_order = [] + for index, node in enumerate(legacy_nodes, start=1): + concept = _clean_text(node.get("concept") or f"节点{index}") + concept_order.append(concept) + asset_key = pick_asset_key(concept, inferred_type) + object_instances.append( + _build_object_instance( + node.get("id") or f"obj_{index}", + concept, + asset_key, + _clean_text(node.get("role") or "support"), + "midground", + float(node.get("x", 80 + index * 120)), + float(node.get("y", 240)), + float(node.get("width", get_asset_definition(asset_key).get("default_size", (140, 100))[0])), + float(node.get("height", get_asset_definition(asset_key).get("default_size", (140, 100))[1])), + int(node.get("z_index", 20 + index)), + _clean_text(node.get("source") or "auto"), + float(node.get("rotation", 0.0) or 0.0), + float(node.get("scale", 1.0) or 1.0), + bool(node.get("editable", True)), + ) + ) + + scene["object_instances"] = object_instances + scene["connectors"] = [ + _build_connector( + relation.get("id") or f"conn_{index}", + _clean_text(relation.get("from_id")), + _clean_text(relation.get("to_id")), + relation.get("relation") or relation.get("label") or "连接", + inferred_type, + visible=True, + ) + for index, relation in enumerate(legacy_relations, start=1) + if _clean_text(relation.get("from_id")) and _clean_text(relation.get("to_id")) + ] + scene["concept_order"] = concept_order + scene["render_hints"] = _render_hints_for_scene(scene, inferred_type) + scene["debug_legacy"] = { + "concept_order": scene_spec.get("concept_order", concept_order), + "nodes": legacy_nodes, + "relations": legacy_relations, + } + return scene + + +def normalize_scene_spec_v2(scene_spec: Dict[str, Any] | None, sketch_options: Dict[str, Any] | None = None) -> Dict[str, Any]: + sketch_options = sketch_options or {} + raw = _deep_copy(scene_spec or {}) + if not raw: + return _build_scene_shell(CANVAS_DEFAULT, sketch_options) + if int(raw.get("version", 0) or 0) != 2 and ("object_instances" not in raw and "background_layers" not in raw): + raw = legacy_scene_spec_to_v2(raw, sketch_options) + + canvas = raw.get("canvas_size") or {} + width = max(512, int(canvas.get("width", sketch_options.get("canvas_width", CANVAS_DEFAULT[0])))) + height = max(384, int(canvas.get("height", sketch_options.get("canvas_height", CANVAS_DEFAULT[1])))) + normalized = _build_scene_shell((width, height), sketch_options) + normalized["version"] = 2 + normalized["layout_options"].update(raw.get("layout_options") or {}) + normalized["layout_options"]["mode"] = "semantic_composition" + normalized["layout_options"]["sketch_style"] = sketch_options.get( + "sketch_style", + normalized["layout_options"].get("sketch_style", "line_art"), + ) + normalized["layout_options"]["show_grid"] = bool( + sketch_options.get("show_grid", normalized["layout_options"].get("show_grid", True)) + ) + normalized["layout_options"]["show_labels"] = bool( + sketch_options.get("show_labels", normalized["layout_options"].get("show_labels", True)) + ) + normalized["layout_options"]["show_guides"] = bool( + sketch_options.get("show_guides", normalized["layout_options"].get("show_guides", True)) + ) + normalized["layout_options"]["node_scale"] = float( + sketch_options.get("node_scale", normalized["layout_options"].get("node_scale", 1.0)) + ) + normalized["layout_options"]["spacing_scale"] = float( + sketch_options.get("spacing_scale", normalized["layout_options"].get("spacing_scale", 1.0)) + ) + + normalized["background_layers"] = _normalize_background_layers(raw) + normalized["object_instances"] = _normalize_objects(raw) + object_ids = [item["id"] for item in normalized["object_instances"]] + normalized["attachments"] = _normalize_attachments(raw, object_ids) + normalized["connectors"] = _normalize_connectors(raw, object_ids) + normalized["concept_order"] = [ + _clean_text(item.get("concept")) + for item in normalized["object_instances"] + if _clean_text(item.get("concept")) + ] + normalized["render_hints"] = { + **_render_hints_for_scene( + { + "background_layers": normalized["background_layers"], + "object_instances": normalized["object_instances"], + "connectors": normalized["connectors"], + "layout_options": normalized["layout_options"], + }, + normalized["layout_options"].get("scene_type", "scene"), + ), + **(raw.get("render_hints") or {}), + } + if raw.get("debug_legacy"): + normalized["debug_legacy"] = raw["debug_legacy"] + return normalized + + +def summarize_scene_spec(scene_spec: Dict[str, Any] | None) -> str: + if not scene_spec: + return "" + scene = normalize_scene_spec_v2(scene_spec) + backgrounds = scene.get("background_layers", []) or [] + objects = scene.get("object_instances", []) or [] + attachments = scene.get("attachments", []) or [] + connectors = [item for item in scene.get("connectors", []) or [] if item.get("visible")] + + bg_summary = ", ".join( + f"{item['label']}@({item['x']},{item['y']},{item['width']}x{item['height']})" + for item in backgrounds[:5] + ) + object_summary = ", ".join( + f"{item['concept']}[{item['asset_key']}]@({item['x']},{item['y']},{item['width']}x{item['height']})/{item['depth_band']}" + for item in objects[:8] + ) + attachment_summary = ", ".join( + f"{item['child_id']}->{item['host_id']}:{item['anchor_name']}" + for item in attachments[:6] + ) + connector_summary = ", ".join( + f"{item['type']}:{item['label']} {item['from_id']}->{item['to_id']}" + for item in connectors[:6] + ) + hints = scene.get("render_hints", {}) or {} + parts = [ + f"scene_type={scene.get('layout_options', {}).get('scene_type', 'scene')}", + f"style={scene.get('layout_options', {}).get('sketch_style', 'line_art')}", + f"backgrounds={bg_summary}" if bg_summary else "", + f"objects={object_summary}" if object_summary else "", + f"attachments={attachment_summary}" if attachment_summary else "", + f"connectors={connector_summary}" if connector_summary else "", + hints.get("scene_summary", ""), + hints.get("subject_summary", ""), + hints.get("user_added_summary", ""), + ] + return " | ".join(part for part in parts if part) + + +def scene_spec_counts(scene_spec: Dict[str, Any] | None) -> Tuple[int, int]: + if not scene_spec: + return 0, 0 + scene = normalize_scene_spec_v2(scene_spec) + return len(scene.get("object_instances", []) or []), len(scene.get("connectors", []) or []) diff --git a/runtime/memory-api/core/semantic_scene_v2.py b/runtime/memory-api/core/semantic_scene_v2.py new file mode 100644 index 0000000..300e6d6 --- /dev/null +++ b/runtime/memory-api/core/semantic_scene_v2.py @@ -0,0 +1,1377 @@ +from __future__ import annotations + +import json +import re +from typing import Any, Dict, List, Tuple + +from . import semantic_scene as legacy +from .natural_layout import apply_natural_layout +from .object_sketch_backend import resolve_object_shape +from .sketch_style_spec import ( + build_stroke_style_profile, + default_part_graph, + default_readability_rank, + default_region_masks, + infer_sketch_family, + normalize_layout_options, + normalize_style_variant, + summarize_region_overrides, +) +from .visual_prototypes import fallback_prototype_id, resolve_visual_prototype + + +CANVAS_DEFAULT = legacy.CANVAS_DEFAULT + + +def _copy(value: Any) -> Any: + return json.loads(json.dumps(value, ensure_ascii=False)) + + +def _clean_text(value: Any) -> str: + return str(value or "").strip() + + +FALLBACK_ASSETS: Dict[str, Dict[str, Any]] = { + "blob": { + "label": "语义团块", + "category": "兜底", + "silhouette_key": "blob", + "default_size": (168, 128), + "keywords": [], + "anchors": ["center"], + "editor_visible": True, + }, + "tower": { + "label": "高塔母题", + "category": "兜底", + "silhouette_key": "tower", + "default_size": (180, 260), + "keywords": [], + "anchors": ["facade", "roof", "ground", "center"], + "editor_visible": True, + }, + "capsule": { + "label": "过程胶囊", + "category": "兜底", + "silhouette_key": "capsule", + "default_size": (172, 116), + "keywords": [], + "anchors": ["center", "left", "right"], + "editor_visible": True, + }, + "branch": { + "label": "分支母题", + "category": "兜底", + "silhouette_key": "branch", + "default_size": (180, 140), + "keywords": [], + "anchors": ["center"], + "editor_visible": True, + }, + "module": { + "label": "功能模块", + "category": "兜底", + "silhouette_key": "module", + "default_size": (180, 120), + "keywords": [], + "anchors": ["left", "right", "center"], + "editor_visible": True, + }, +} + + +EXTRA_ASSETS: Dict[str, Dict[str, Any]] = { + "dog": { + "label": "狗", + "category": "角色", + "silhouette_key": "dog", + "default_size": (180, 128), + "keywords": ["狗", "小狗", "犬", "dog"], + "anchors": ["center", "ground"], + "editor_visible": True, + }, + "desk_lamp": { + "label": "台灯", + "category": "室内", + "silhouette_key": "desk_lamp", + "default_size": (120, 180), + "keywords": ["台灯", "桌灯", "desk lamp"], + "anchors": ["base", "center"], + "editor_visible": True, + }, + "cycle": { + "label": "循环母题", + "category": "过程", + "silhouette_key": "cycle", + "default_size": (180, 180), + "keywords": ["循环", "周期", "回路", "cycle"], + "anchors": ["center"], + "editor_visible": True, + }, + "flow_node": { + "label": "流程节点", + "category": "过程", + "silhouette_key": "flow_node", + "default_size": (180, 120), + "keywords": ["阶段", "步骤", "过程", "机制", "flow"], + "anchors": ["center", "left", "right"], + "editor_visible": True, + }, + "energy_wave": { + "label": "能量波", + "category": "过程", + "silhouette_key": "energy_wave", + "default_size": (180, 100), + "keywords": ["能量", "热", "光", "传播", "波"], + "anchors": ["center", "left", "right"], + "editor_visible": True, + }, + "vapor": { + "label": "蒸汽母题", + "category": "过程", + "silhouette_key": "vapor", + "default_size": (160, 180), + "keywords": ["蒸发", "蒸汽", "水汽", "vapor"], + "anchors": ["center", "sky"], + "editor_visible": True, + }, + "switch": { + "label": "开关", + "category": "电路", + "silhouette_key": "switch", + "default_size": (170, 110), + "keywords": ["开关", "按钮", "按键", "拨动", "toggle", "switch"], + "anchors": ["left", "right", "center"], + "editor_visible": True, + }, +} + + +ASSET_LIBRARY: Dict[str, Dict[str, Any]] = _copy(legacy.ASSET_LIBRARY) +ASSET_LIBRARY.update(FALLBACK_ASSETS) +ASSET_LIBRARY.update(EXTRA_ASSETS) + + +EDITOR_LIBRARY_ORDER = [ + *[item for item in legacy.EDITOR_LIBRARY_ORDER if item not in {"tower", "capsule", "branch", "module", "blob"}], + "dog", + "desk_lamp", + "cycle", + "flow_node", + "energy_wave", + "vapor", + "switch", + "tower", + "branch", + "module", + "blob", +] + + +ATTACHMENT_COMPATIBILITY: Dict[str, List[str]] = { + "window": ["building", "house", "tower"], + "door": ["building", "house", "tower"], + "cloud": ["bg_sky"], + "sun": ["bg_sky"], + "car": ["road"], + "chair": ["table"], + "desk_lamp": ["table"], + "street_lamp": ["road", "building", "house"], +} + + +NOISE_EXACT = { + "一个", + "一种", + "一些", + "东西", + "内容", + "图片", + "图像", + "画面", + "场景", + "草图", + "示意图", + "问题", + "答案", + "原因", + "结果", + "条件", + "关系", + "结构", + "对象", + "主体", + "元素", +} + + +NOISE_CONTAINS = { + "这张图", + "该图片", + "这个场景", + "这个东西", + "一张图", + "某个东西", + "visualized intent", +} + + +def _sync_legacy() -> None: + legacy.ASSET_LIBRARY = ASSET_LIBRARY + legacy.EDITOR_LIBRARY_ORDER = EDITOR_LIBRARY_ORDER + legacy.pick_asset_key = pick_asset_key + + +def _normalized_text(text: Any) -> str: + value = _clean_text(text).lower() + value = re.sub(r"[\s\-_·•,.;:!?！？、，。；：“”\"'（）()【】\[\]<>《》/\\]+", "", value) + return value + + +def _contains_any(text: str, tokens: tuple[str, ...] | list[str]) -> bool: + return any(token and token in text for token in tokens) + + +_QUERY_NEGATION_PATTERNS = ( + re.compile(r"(不要|别|避免|勿|去掉|移除|不是|并非|非)\s*$"), + re.compile(r"(?:^|[\s,;:()\[\]{}'\"/_-])(no|not|avoid|avoiding|without|exclude|excluding|remove|minus)\s*$"), +) + + +def _iter_query_token_hits(text: str, lowered: str, marker: str): + cleaned = _clean_text(marker) + if not cleaned: + return + ascii_phrase = all(ord(ch) < 128 for ch in cleaned) + if ascii_phrase: + pattern = re.compile(rf"(? bool: + prefix = source[max(0, start - 28):start].strip() + if not prefix: + return False + return any(pattern.search(prefix) for pattern in _QUERY_NEGATION_PATTERNS) + + +def _contains_query_token(text: str, lowered: str, tokens: tuple[str, ...] | list[str]) -> bool: + for token in tokens: + marker = _clean_text(token) + if not marker: + continue + for source, start, _ in _iter_query_token_hits(text, lowered, marker): + if not _is_negated_query_hit(source, start): + return True + return False + + +def _is_switch_like_concept(text: str) -> bool: + raw = _clean_text(text) + lowered = raw.lower() + return _contains_any(raw, ("开关", "按钮", "按键", "拨动", "切换")) or any( + token in lowered for token in ("switch", "toggle", "button") + ) + + +def _is_explicit_board_concept(text: str) -> bool: + raw = _clean_text(text) + lowered = raw.lower() + return _contains_any(raw, ("电路板", "开发板", "主板", "面包板", "板子", "控制板")) or any( + token in lowered for token in ("board", "breadboard", "arduino", "pcb", "controller board", "control board") + ) + + +def _normalize_schematic_connector_label(label: Any) -> str: + raw = _clean_text(label) + if not raw: + return "连接" + return "连接" + + +def _is_generic_process_stage(text: str) -> bool: + raw = _clean_text(text) + return _contains_any(raw, ("过程", "机制", "阶段", "步骤", "输入", "输出", "结果", "原因", "条件", "变化", "转化")) + + +def _is_noise_concept(text: Any) -> bool: + raw = _clean_text(text) + if not raw: + return True + normalized = _normalized_text(raw) + if normalized in NOISE_EXACT: + return True + if any(token in raw for token in NOISE_CONTAINS): + return True + if len(normalized) <= 2 and normalized in {"它", "他", "她", "其", "该", "此", "某"}: + return True + return False + + +def get_asset_definition(asset_key: str) -> Dict[str, Any]: + return ASSET_LIBRARY.get(asset_key, ASSET_LIBRARY["generic_object"]) + + +def _asset_scene_type(asset_key: str, fallback_scene_type: str) -> str: + key = _clean_text(asset_key) + if key in {"cycle", "flow_node", "energy_wave", "vapor", "leaf", "raindrop", "airplane", "cell"}: + return "process" + if key in {"battery", "led", "resistor", "capacitor", "diode", "board", "module", "branch", "switch"}: + return "schematic" + return fallback_scene_type + + +def _preferred_scene_style(scene_type: str) -> str: + return "clean_line" if _clean_text(scene_type) == "scene" else "scribble_line" + + +def _preferred_variant_id_for_style(variants: List[Dict[str, Any]], style_variant: str) -> str: + normalized_style = normalize_style_variant(style_variant or "") + if not normalized_style: + return "" + for variant in variants: + styles = {normalize_style_variant(item) for item in (variant.get("style_variants") or [])} + if normalized_style in styles and normalize_style_variant(variant.get("default_style")) == normalized_style: + return str(variant.get("id") or "") + for variant in variants: + styles = {normalize_style_variant(item) for item in (variant.get("style_variants") or [])} + if normalized_style in styles: + return str(variant.get("id") or "") + return "" + + +def build_editor_asset_library() -> List[Dict[str, Any]]: + grouped: Dict[str, List[Dict[str, Any]]] = {} + for asset_key in EDITOR_LIBRARY_ORDER: + asset = get_asset_definition(asset_key) + scene_type = _asset_scene_type(asset_key, "scene") + prototype = resolve_visual_prototype(asset_key, asset.get("label", asset_key), scene_type) + requested_style = normalize_style_variant(_preferred_scene_style(scene_type) if scene_type == "scene" else (prototype.get("style_variant") or _preferred_scene_style(scene_type))) + sketch_variant = resolve_object_shape( + asset_key, + concept=asset.get("label", asset_key), + scene_type=scene_type, + style_variant=requested_style, + stroke_seed=asset_key, + ) + category = asset.get("category", "其他") + grouped.setdefault(category, []).append( + { + "asset_key": asset_key, + "label": asset.get("label", asset_key), + "silhouette_key": asset.get("silhouette_key", asset_key), + "default_width": asset.get("default_size", (120, 120))[0], + "default_height": asset.get("default_size", (120, 120))[1], + "anchors": asset.get("anchors", []), + "prototype_id": prototype.get("prototype_id", asset_key), + "visual_family": prototype.get("visual_family", "scene_object"), + "style_variant": sketch_variant.get("style_variant", requested_style), + "part_slots": prototype.get("part_slots", []), + "shape_recipe": sketch_variant.get("shape_recipe") or prototype.get("shape_recipe", {}), + "shape_variant_id": sketch_variant.get("shape_variant_id", f"{asset_key}:rule_base"), + "shape_recipe_source": sketch_variant.get("shape_recipe_source", "rule_prototype"), + "sketch_backend": sketch_variant.get("sketch_backend", "rule"), + "shape_confidence": float(sketch_variant.get("shape_confidence", 0.7) or 0.7), + "available_shape_variants": sketch_variant.get("available_shape_variants", []), + "render_representation": sketch_variant.get("render_representation", "shape_recipe"), + "stroke_variant_id": sketch_variant.get("stroke_variant_id", sketch_variant.get("shape_variant_id", f"{asset_key}:rule_base")), + "stroke_payload": sketch_variant.get("stroke_payload", []), + "stroke_payload_source": sketch_variant.get("stroke_payload_source", sketch_variant.get("shape_recipe_source", "rule_prototype")), + "stroke_render_profile": sketch_variant.get("stroke_render_profile", sketch_variant.get("stroke_style_profile", {})), + "part_graph": sketch_variant.get("part_graph") or default_part_graph(asset_key, scene_type=scene_type), + "region_masks": sketch_variant.get("region_masks") or default_region_masks(asset_key, scene_type=scene_type), + "stroke_style_profile": sketch_variant.get("stroke_style_profile") + or build_stroke_style_profile( + asset_key, + scene_type=scene_type, + style_variant=sketch_variant.get("style_variant", requested_style), + sketch_family=sketch_variant.get("sketch_family", infer_sketch_family(asset_key, scene_type=scene_type)), + ), + "readability_rank": int(sketch_variant.get("readability_rank", default_readability_rank(asset_key, scene_type=scene_type)) or default_readability_rank(asset_key, scene_type=scene_type)), + "sketch_family": sketch_variant.get("sketch_family", infer_sketch_family(asset_key, scene_type=scene_type)), + "attach_to": ATTACHMENT_COMPATIBILITY.get(asset_key, []), + } + ) + return [{"category": category, "items": items} for category, items in grouped.items()] + + +def _process_asset_from_concept(text: str) -> str: + if _contains_any(text, ("蒸发", "蒸汽", "水汽", "雾气", "气化")): + return "vapor" + if _contains_any(text, ("雨", "降水", "降雨", "水滴")): + return "raindrop" + if _contains_any(text, ("云", "凝结")): + return "cloud" + if _contains_any(text, ("太阳", "日照", "光合作用", "叶", "叶片", "植物")): + return "leaf" if _contains_any(text, ("光合作用", "叶", "叶片", "植物")) else "sun" + if _contains_any(text, ("能量", "热量", "热", "光照", "光", "辐射")): + return "sun" + if _contains_any(text, ("飞机", "机翼", "升力", "飞行")): + return "airplane" + if _contains_any(text, ("细胞", "线粒体", "叶绿体")): + return "cell" + return "" + + +def _schematic_asset_from_concept(text: str) -> str: + if _contains_any(text, ("电池", "电源", "供电", "battery", "power")): + return "battery" + if _contains_any(text, ("led", "发光二极管", "灯泡")): + return "led" + if _contains_any(text, ("电阻", "resistor")): + return "resistor" + if _contains_any(text, ("电容", "capacitor")): + return "capacitor" + if _contains_any(text, ("二极管", "diode")): + return "diode" + if _is_switch_like_concept(text): + return "switch" + if _contains_any(text, ("电路板", "开发板", "主板", "board", "arduino")): + return "board" + return "" + + +def pick_asset_key(concept: str, scene_type: str = "scene") -> str: + concept_text = _clean_text(concept) + lowered = concept_text.lower() + normalized = _normalized_text(concept_text) + + english_map = ( + "dog", + "desk_lamp", + "window", + "door", + "building", + "house", + "tree", + "cloud", + "sun", + "car", + "road", + "person", + "chair", + "table", + "cycle", + "flow_node", + "energy_wave", + "vapor", + "battery", + "led", + "switch", + "resistor", + "capacitor", + "diode", + "board", + "airplane", + "leaf", + "raindrop", + "cell", + ) + for asset_key in english_map: + if asset_key in lowered: + return asset_key + + chinese_token_map = [ + ("dog", ("狗", "小狗", "柯基", "犬")), + ("desk_lamp", ("台灯", "桌灯")), + ("street_lamp", ("路灯", "街灯", "灯杆")), + ("building", ("楼房", "大楼", "建筑", "高楼")), + ("house", ("房子", "房屋", "住宅")), + ("window", ("窗户", "窗", "玻璃窗")), + ("door", ("门", "大门", "房门")), + ("tree", ("树", "树木", "树林")), + ("cloud", ("云", "云朵")), + ("sun", ("太阳", "阳光", "日光")), + ("car", ("汽车", "轿车", "车辆")), + ("road", ("道路", "路面", "街道", "公路")), + ("person", ("人物", "人", "行人", "学生", "孩子")), + ("table", ("桌子", "桌")), + ("chair", ("椅子", "椅")), + ("cycle", ("循环", "周期", "回路")), + ("flow_node", ("步骤", "阶段", "流程节点")), + ("energy_wave", ("能量", "热量", "波", "辐射", "传播")), + ("vapor", ("蒸发", "蒸汽", "水汽", "雾气")), + ("battery", ("电池", "电源")), + ("led", ("LED", "发光二极管", "灯泡")), + ("switch", ("开关", "按钮", "按键", "拨动")), + ("resistor", ("电阻",)), + ("capacitor", ("电容",)), + ("diode", ("二极管",)), + ("board", ("电路板", "开发板", "主板", "面包板", "板子", "控制板")), + ("airplane", ("飞机", "机翼", "飞行器")), + ("leaf", ("叶子", "树叶", "叶片")), + ("raindrop", ("雨滴", "水滴")), + ("cell", ("细胞",)), + ] + for asset_key, tokens in chinese_token_map: + if any(token in concept_text for token in tokens): + return asset_key + + if any(token in concept_text for token in ("细胞核", "细胞质", "细胞膜")): + return "generic_circle" + + for asset_key, asset in ASSET_LIBRARY.items(): + for keyword in asset.get("keywords", []): + if keyword and keyword.lower() in lowered: + return asset_key + + if scene_type == "process": + process_asset = _process_asset_from_concept(concept_text) + if process_asset: + return process_asset + + if scene_type == "schematic": + schematic_asset = _schematic_asset_from_concept(concept_text) + if schematic_asset: + return schematic_asset + + if scene_type == "scene" and _contains_any(normalized, ("塔", "楼", "大厦", "烟囱", "柱")): + return "tower" + + prototype_id = fallback_prototype_id(concept_text, scene_type) + if prototype_id in ASSET_LIBRARY: + return prototype_id + if scene_type == "process": + return "flow_node" + if scene_type == "schematic": + return "module" + return "blob" + + +def _sanitize_scene(scene: Dict[str, Any]) -> Dict[str, Any]: + objects = [] + removed_ids: set[str] = set() + for obj in scene.get("object_instances", []) or []: + item = _copy(obj) + concept = _clean_text(item.get("concept")) + source = _clean_text(item.get("source")) + if not concept and source != "user": + removed_ids.add(str(item.get("id") or "")) + continue + if source != "user" and _is_noise_concept(concept): + removed_ids.add(str(item.get("id") or "")) + continue + objects.append(item) + scene["object_instances"] = objects + if removed_ids: + scene["attachments"] = [ + item + for item in scene.get("attachments", []) or [] + if str(item.get("host_id") or "") not in removed_ids and str(item.get("child_id") or "") not in removed_ids + ] + scene["connectors"] = [ + item + for item in scene.get("connectors", []) or [] + if str(item.get("from_id") or "") not in removed_ids and str(item.get("to_id") or "") not in removed_ids + ] + concept_order = [_clean_text(item) for item in scene.get("concept_order", []) or []] + scene["concept_order"] = [item for item in concept_order if item and not _is_noise_concept(item)] + if not scene["concept_order"]: + scene["concept_order"] = [item.get("concept", "") for item in objects if _clean_text(item.get("concept"))] + return scene + + +def _repair_asset_key(asset_key: str, concept: str, scene_type: str) -> str: + current = _clean_text(asset_key) + if scene_type == "process" and current in {"capsule", "generic_panel", "generic_object", "blob"}: + current = "" + if scene_type == "schematic" and current in {"generic_panel", "generic_object", "blob"}: + current = "" + if scene_type == "scene" and current in {"generic_panel"}: + current = "" + return current or pick_asset_key(concept, scene_type) + + +def _rebalance_generic_objects(scene: Dict[str, Any]) -> Dict[str, Any]: + scene_type = _clean_text(scene.get("layout_options", {}).get("scene_type") or "scene") + for obj in scene.get("object_instances", []) or []: + concept = _clean_text(obj.get("concept")) + repaired = _repair_asset_key(_clean_text(obj.get("asset_key")), concept, scene_type) + obj["asset_key"] = repaired + obj["silhouette_key"] = get_asset_definition(repaired).get("silhouette_key", repaired) + return scene + + +def _apply_visual_metadata(scene: Dict[str, Any]) -> Dict[str, Any]: + scene_type = _clean_text(scene.get("layout_options", {}).get("scene_type") or "scene") + objects: List[Dict[str, Any]] = [] + for obj in scene.get("object_instances", []) or []: + item = _copy(obj) + concept = _clean_text(item.get("concept")) + asset_key = _repair_asset_key(_clean_text(item.get("asset_key")), concept, scene_type) + prototype = resolve_visual_prototype( + _clean_text(item.get("prototype_id") or asset_key), + concept, + scene_type, + ) + raw_item_style = normalize_style_variant(_clean_text(item.get("style_variant"))) + if scene_type == "scene" and raw_item_style == "scribble_line" and _clean_text(item.get("source")) != "user": + raw_item_style = "" + style_variant = normalize_style_variant(raw_item_style or (_preferred_scene_style(scene_type) if scene_type == "scene" else (prototype.get("style_variant") or _preferred_scene_style(scene_type)))) + preferred_variant_id = _clean_text(item.get("shape_variant_id")) + if style_variant == "clean_line" and "clean_line" not in preferred_variant_id: + preferred_variant_id = "" + sketch_variant = resolve_object_shape( + asset_key, + concept=concept, + scene_type=scene_type, + preferred_variant_id=preferred_variant_id, + style_variant=style_variant, + stroke_seed=item.get("stroke_seed") or item.get("id") or concept or asset_key, + ) + sketch_family = item.get("sketch_family") or sketch_variant.get("sketch_family") or infer_sketch_family(asset_key, scene_type=scene_type) + resolved_style = normalize_style_variant(sketch_variant.get("style_variant") or style_variant or _preferred_scene_style(scene_type)) + preferred_style_variant_id = _preferred_variant_id_for_style( + sketch_variant.get("available_shape_variants") or [], + resolved_style, + ) + item["asset_key"] = asset_key + item["silhouette_key"] = item.get("silhouette_key") or get_asset_definition(asset_key).get("silhouette_key", asset_key) + item["prototype_id"] = prototype.get("prototype_id", asset_key) + item["visual_family"] = item.get("visual_family") or prototype.get("visual_family", "scene_object") + item["shape_recipe"] = item.get("shape_recipe") or sketch_variant.get("shape_recipe") or prototype.get("shape_recipe", {}) + item["part_slots"] = item.get("part_slots") or prototype.get("part_slots", []) + item["style_variant"] = resolved_style + item["shape_variant_id"] = preferred_style_variant_id or sketch_variant.get("shape_variant_id", f"{asset_key}:rule_base") + item["shape_recipe_source"] = item.get("shape_recipe_source") or sketch_variant.get("shape_recipe_source", "rule_prototype") + item["sketch_backend"] = item.get("sketch_backend") or sketch_variant.get("sketch_backend", "rule") + item["stroke_seed"] = str(item.get("stroke_seed") or sketch_variant.get("stroke_seed") or item.get("id") or concept or asset_key) + item["shape_confidence"] = float(item.get("shape_confidence") or sketch_variant.get("shape_confidence") or 0.7) + item["available_shape_variants"] = item.get("available_shape_variants") or sketch_variant.get("available_shape_variants", []) + item["render_representation"] = item.get("render_representation") or sketch_variant.get("render_representation", "shape_recipe") + item["stroke_variant_id"] = item.get("stroke_variant_id") or sketch_variant.get("stroke_variant_id") or item["shape_variant_id"] + item["stroke_payload"] = item.get("stroke_payload") or sketch_variant.get("stroke_payload") or [] + item["stroke_payload_source"] = item.get("stroke_payload_source") or sketch_variant.get("stroke_payload_source") or item["shape_recipe_source"] + item["stroke_render_profile"] = item.get("stroke_render_profile") or sketch_variant.get("stroke_render_profile") or sketch_variant.get("stroke_style_profile") or {} + item["part_graph"] = item.get("part_graph") or sketch_variant.get("part_graph") or default_part_graph(asset_key, scene_type=scene_type) + item["region_masks"] = item.get("region_masks") or sketch_variant.get("region_masks") or default_region_masks(asset_key, scene_type=scene_type) + item["stroke_style_profile"] = item.get("stroke_style_profile") or sketch_variant.get("stroke_style_profile") or build_stroke_style_profile( + asset_key, + scene_type=scene_type, + style_variant=resolved_style, + sketch_family=sketch_family, + ) + item["readability_rank"] = int(item.get("readability_rank") or sketch_variant.get("readability_rank") or default_readability_rank(asset_key, scene_type=scene_type)) + item["sketch_family"] = sketch_family + item["region_overrides"] = item.get("region_overrides") if isinstance(item.get("region_overrides"), dict) else {} + objects.append(item) + scene["object_instances"] = objects + return scene + + +def _soften_backgrounds(scene: Dict[str, Any]) -> Dict[str, Any]: + scene_type = _clean_text(scene.get("layout_options", {}).get("scene_type") or "scene") + updated: List[Dict[str, Any]] = [] + for index, layer in enumerate(scene.get("background_layers", []) or [], start=1): + item = _copy(layer) + if scene_type == "process" and item.get("type") == "panel": + item["type"] = "process_band" + item["source"] = item.get("source", "auto") + item["z_index"] = -22 + index + elif scene_type == "schematic" and item.get("type") == "board": + item["type"] = "board" + item["z_index"] = -18 + updated.append(item) + scene["background_layers"] = updated + return scene + + +def _upgrade_layout_defaults(scene: Dict[str, Any], sketch_options: Dict[str, Any] | None = None) -> Dict[str, Any]: + sketch_options = sketch_options or {} + layout = scene.setdefault("layout_options", {}) + layout["mode"] = "semantic_composition" + layout["sketch_style"] = normalize_style_variant(_clean_text(sketch_options.get("sketch_style") or layout.get("sketch_style") or _preferred_scene_style(_clean_text(layout.get("scene_type") or "scene")))) + layout["show_labels"] = bool(sketch_options.get("show_labels", layout.get("show_labels", False))) + layout["show_grid"] = bool(sketch_options.get("show_grid", layout.get("show_grid", True))) + layout["show_guides"] = bool(sketch_options.get("show_guides", layout.get("show_guides", False))) + layout["node_scale"] = float(sketch_options.get("node_scale", layout.get("node_scale", 1.0))) + layout["spacing_scale"] = float(sketch_options.get("spacing_scale", layout.get("spacing_scale", 1.0))) + layout["composition_mode"] = layout.get("scene_type", "scene") + layout["layout_engine"] = _clean_text(sketch_options.get("layout_engine") or layout.get("layout_engine") or "auto") or "auto" + layout["layout_candidate_count"] = int(sketch_options.get("layout_candidate_count", layout.get("layout_candidate_count", 4)) or 4) + layout["layout_manual_override"] = bool(layout.get("layout_manual_override", False)) + layout.update(normalize_layout_options(layout, sketch_options)) + return scene + + +def _upgrade_render_hints(scene: Dict[str, Any]) -> Dict[str, Any]: + scene_type = _clean_text(scene.get("layout_options", {}).get("scene_type") or "scene") + hints = dict(scene.get("render_hints") or {}) + objects = scene.get("object_instances", []) or [] + subjects = [item.get("concept", "") for item in objects if item.get("role") in {"subject", "focus", "core_subject"}][:3] + user_items = [item.get("concept", "") for item in objects if item.get("source") == "user"][:6] + families = [item.get("prototype_id", item.get("asset_key", "")) for item in objects[:8]] + edit_summary = summarize_region_overrides(scene) + hints["scene_summary"] = hints.get("scene_summary") or ("、".join(filter(None, subjects)) if subjects else "语义构图") + hints["subject_summary"] = "主体: " + ("、".join(filter(None, subjects)) if subjects else "未显式主体") + hints["style_summary"] = f"风格: {scene.get('layout_options', {}).get('sketch_style', 'scribble_line')} | 类型: {scene_type}" + hints["prototype_summary"] = "原型: " + ("、".join(filter(None, families)) if families else "无") + hints["user_added_summary"] = "用户新增: " + ("、".join(filter(None, user_items)) if user_items else "无") + hints["edit_summary"] = "局部编辑: " + (edit_summary if edit_summary else "无") + hints["sketch_view_mode"] = scene.get("layout_options", {}).get("sketch_view_mode", "structure") + hints["annotation_level"] = scene.get("layout_options", {}).get("annotation_level", "light") + scene["render_hints"] = hints + return scene + + +def _infer_scene_type_from_query(query: str) -> str: + text = _clean_text(query) + lowered = text.lower() + + def score(*groups: tuple[tuple[str, ...], int]) -> int: + total = 0 + for tokens, weight in groups: + if _contains_query_token(text, lowered, tokens): + total += weight + return total + + scene_score = score( + (("场景", "整图", "街景", "室内", "户外", "房间", "街道", "城市", "自然场景", "scene", "whole-scene", "street-view", "indoor", "outdoor", "room", "city", "landscape"), 2), + (("房子", "建筑", "桌子", "椅子", "台灯", "树", "人", "汽车", "house", "building", "table", "chair", "desk lamp", "tree", "person", "car"), 1), + ) + schematic_score = score( + (("电路", "原理图", "线路图", "串联", "并联", "示意图", "circuit", "schematic", "wiring"), 4), + (("LED", "电阻", "电容", "二极管", "发光二极管", "led", "resistor", "capacitor", "diode"), 3), + (("电池", "电源", "battery"), 2), + (("开发板", "电路板", "主板", "arduino", "board"), 2), + (("开关", "按钮", "按键", "拨动", "switch", "toggle"), 1), + ) + process_score = score( + (("为什么", "形成", "原理", "机制", "过程", "循环", "如何产生", "怎么产生", "作用", "机理"), 3), + (("process", "workflow", "cycle", "mechanism", "explanation", "how it works"), 3), + (("evaporation", "condensation", "rain", "rainfall", "photosynthesis", "water cycle", "plant-energy"), 4), + (("升力", "气流", "空气流动", "空气动力", "lift", "airflow", "aerodynamic"), 4), + ) + if _contains_query_token(text, lowered, ("飞机", "飞行", "airplane", "aircraft", "flight")) and _contains_query_token( + text, + lowered, + ("原理", "机制", "解释", "升力", "气流", "空气流动", "mechanism", "explanation", "lift", "airflow"), + ): + process_score += 3 + if _contains_query_token(text, lowered, ("叶", "叶子", "leaf")) and _contains_query_token( + text, + lowered, + ("太阳", "阳光", "sun", "sunlight"), + ) and _contains_query_token( + text, + lowered, + ("能量", "光合作用", "光照", "energy", "plant-energy", "photosynthesis"), + ): + process_score += 3 + + if schematic_score >= max(process_score + 2, scene_score + 2, 4): + return "schematic" + if process_score >= max(schematic_score + 1, scene_score + 1, 3): + return "process" + return "scene" + + +def _collect_query_assets(query: str, scene_type: str) -> List[str]: + text = _clean_text(query) + lowered = text.lower() + keys: List[str] = [] + def add(key: str) -> None: + if key and key not in keys: + keys.append(key) + + reliable_scene_tokens = [ + ("building", ("\u697c", "\u5927\u697c", "\u697c\u623f", "\u5efa\u7b51", "building", "architecture")), + ("house", ("\u623f\u5b50", "\u5c0f\u623f\u5b50", "\u623f\u5c4b", "\u4f4f\u5b85", "house", "home", "cottage")), + ("road", ("\u8def", "\u8857\u9053", "\u9053\u8def", "\u516c\u8def", "\u9a6c\u8def", "\u8857\u666f", "road", "street", "avenue")), + ("car", ("\u6c7d\u8f66", "\u8f66", "\u8f66\u8f86", "car", "vehicle")), + ("street_lamp", ("\u8def\u706f", "\u8857\u706f", "\u706f\u6746", "street lamp", "streetlight", "lamp post")), + ("person", ("\u4eba", "\u4eba\u7269", "\u884c\u4eba", "\u5b66\u751f", "\u5b69\u5b50", "\u4e00\u4e2a\u4eba", "person", "people", "human", "pedestrian")), + ("tree", ("\u6811", "\u6811\u6728", "\u6811\u6797", "\u4e00\u68f5\u6811", "tree", "trees")), + ("cloud", ("\u4e91", "\u4e91\u6735", "cloud")), + ("sun", ("\u592a\u9633", "\u9633\u5149", "sun")), + ("dog", ("\u72d7", "\u5c0f\u72d7", "\u72ac", "dog")), + ("table", ("\u684c", "\u684c\u5b50", "table")), + ("chair", ("\u6905", "\u6905\u5b50", "chair")), + ("desk_lamp", ("\u53f0\u706f", "\u684c\u706f", "desk lamp")), + ] + reliable_process_tokens = [ + ("sun", ("\u592a\u9633", "\u9633\u5149", "sun")), + ("vapor", ("\u84b8\u53d1", "\u84b8\u6c7d", "\u6c34\u84b8\u6c14", "vapor")), + ("cloud", ("\u4e91", "\u4e91\u6735", "\u51dd\u7ed3", "cloud")), + ("raindrop", ("\u96e8", "\u96e8\u6c34", "\u964d\u96e8", "\u96e8\u6ef4", "\u6c34\u6ef4", "rain", "raindrop")), + ("leaf", ("\u53f6", "\u53f6\u5b50", "\u690d\u7269", "leaf")), + ("energy_wave", ("\u80fd\u91cf", "\u4f20\u64ad", "\u8f90\u5c04", "energy")), + ("airplane", ("\u98de\u673a", "\u98de\u884c", "airplane")), + ("cell", ("\u7ec6\u80de", "cell")), + ] + reliable_schematic_tokens = [ + ("battery", ("\u7535\u6c60", "\u7535\u6e90", "\u4f9b\u7535", "battery", "power")), + ("resistor", ("\u7535\u963b", "resistor")), + ("led", ("led", "\u53d1\u5149\u4e8c\u6781\u7ba1", "\u706f\u6ce1")), + ("switch", ("\u5f00\u5173", "\u6309\u94ae", "\u6309\u952e", "\u62e8\u52a8", "switch", "toggle", "button")), + ("capacitor", ("\u7535\u5bb9", "capacitor")), + ("diode", ("\u4e8c\u6781\u7ba1", "diode")), + ("board", ("\u5f00\u53d1\u677f", "\u7535\u8def\u677f", "\u4e3b\u677f", "\u9762\u5305\u677f", "\u677f\u5b50", "\u63a7\u5236\u677f", "arduino", "breadboard", "board")), + ] + if scene_type == "scene": + for key, tokens in reliable_scene_tokens: + if _contains_query_token(text, lowered, tokens): + add(key) + elif scene_type == "process": + for key, tokens in reliable_process_tokens: + if _contains_query_token(text, lowered, tokens): + add(key) + elif scene_type == "schematic": + for key, tokens in reliable_schematic_tokens: + if _contains_query_token(text, lowered, tokens): + add(key) + + if scene_type == "schematic": + for key, tokens in [ + ("battery", ("电池", "电源", "供电", "battery")), + ("resistor", ("电阻", "resistor")), + ("led", ("LED", "发光二极管", "灯泡", "led")), + ("switch", ("开关", "按钮", "按键", "拨动", "switch", "toggle", "button")), + ("capacitor", ("电容", "capacitor")), + ("diode", ("二极管", "diode")), + ("board", ("开发板", "电路板", "主板", "面包板", "板子", "控制板", "arduino", "breadboard", "board")), + ]: + if _contains_any(text, tokens) or _contains_any(lowered, tokens): + add(key) + if not keys and (_contains_any(text, ("电路", "结构", "信号")) or _contains_any(lowered, ("circuit", "schematic", "wiring"))): + keys = ["battery", "switch", "resistor", "led"] + return keys[:6] + + if scene_type == "process": + if _contains_any(text, ("下雨", "降雨", "降水", "雨水")) or _contains_any(lowered, ("rain", "rainfall", "water cycle")): + return ["sun", "vapor", "cloud", "raindrop"] + if _contains_any(text, ("光合作用",)) or _contains_any(lowered, ("photosynthesis",)): + return ["sun", "leaf", "cloud"] + if _contains_any(text, ("飞机", "升力", "飞行")) or _contains_any(lowered, ("airplane", "flight", "lift")): + return ["airplane", "cloud"] + for key, tokens in [ + ("vapor", ("蒸发", "蒸汽", "水汽", "vapor")), + ("cloud", ("云", "凝结", "cloud")), + ("raindrop", ("雨", "降雨", "水滴", "raindrop")), + ("sun", ("太阳", "光", "热", "sun")), + ("leaf", ("叶", "植物", "leaf")), + ("energy_wave", ("能量", "传播", "辐射", "energy")), + ("airplane", ("飞机", "机翼", "airplane")), + ("cell", ("细胞", "cell")), + ]: + if _contains_any(text, tokens) or _contains_any(lowered, tokens): + add(key) + if not keys: + keys = ["sun", "cloud"] + return keys[:6] + + for key, tokens in [ + ("building", ("楼", "大楼", "楼房", "建筑", "building", "architecture")), + ("house", ("房子", "小房子", "房屋", "住宅", "house", "home", "cottage")), + ("road", ("路", "街道", "道路", "公路", "马路", "街景", "road", "street", "avenue")), + ("car", ("汽车", "轿车", "车辆", "车", "car", "vehicle")), + ("street_lamp", ("路灯", "街灯", "灯杆", "street lamp", "streetlight", "lamp post")), + ("person", ("人", "人物", "行人", "学生", "孩子", "一个人", "两个人", "person", "people", "human", "pedestrian")), + ("tree", ("树", "树林", "树木", "一棵树", "tree", "trees")), + ("cloud", ("云", "云朵", "cloud")), + ("sun", ("太阳", "阳光", "sun")), + ("dog", ("狗", "小狗", "犬", "dog")), + ("table", ("桌", "桌子", "table")), + ("chair", ("椅", "椅子", "chair")), + ("desk_lamp", ("台灯", "桌灯", "desk lamp")), + ]: + if _contains_any(text, tokens) or _contains_any(lowered, tokens): + add(key) + return keys[:8] + + +def _simple_background_layers(scene_type: str, width: int, height: int, assets: List[str]) -> List[Dict[str, Any]]: + if scene_type == "process": + return [ + {"id": "bg_process_sky", "type": "sky", "label": "天空", "x": 0, "y": 0, "width": width, "height": int(height * 0.58), "z_index": -20, "source": "auto"}, + {"id": "bg_process_ground", "type": "ground", "label": "地面", "x": 0, "y": int(height * 0.58), "width": width, "height": int(height * 0.42), "z_index": -19, "source": "auto"}, + ] + if scene_type == "schematic": + return [] + layers = [ + {"id": "bg_sky", "type": "sky", "label": "天空", "x": 0, "y": 0, "width": width, "height": int(height * 0.54), "z_index": -20, "source": "auto"}, + {"id": "bg_ground", "type": "ground", "label": "地面", "x": 0, "y": int(height * 0.56), "width": width, "height": int(height * 0.44), "z_index": -19, "source": "auto"}, + ] + if "road" in assets: + layers.append({"id": "bg_road", "type": "road", "label": "道路", "x": int(width * 0.1), "y": int(height * 0.62), "width": int(width * 0.8), "height": int(height * 0.2), "z_index": -18, "source": "auto"}) + return layers + + +def _query_scene_object_seed( + asset_key: str, + *, + scene_assets: List[str], + index: int, +) -> Tuple[float, float, str, str]: + has_person = "person" in scene_assets + has_house = any(item in {"house", "building"} for item in scene_assets) + house_on_right = True + if has_house: + house_index = next((pos for pos, item in enumerate(scene_assets) if item in {"house", "building"}), 0) + house_on_right = (house_index % 2) == 0 + if asset_key == "road": + return 0.5, 0.78, "environment", "foreground" + if asset_key == "sun": + return 0.16 + 0.18 * (index % 3), 0.12, "detail", "background" + if asset_key == "cloud": + return 0.28 + 0.18 * (index % 3), 0.18, "detail", "background" + if asset_key in {"person", "dog"}: + return 0.48, 0.66, "subject", "foreground" + if asset_key == "car": + return 0.58, 0.72, "support", "foreground" + if asset_key in {"house", "building"}: + return (0.72 if house_on_right else 0.28), 0.5, ("support" if has_person else "subject"), "midground" + if asset_key == "tree": + if has_house: + return (0.22 if house_on_right else 0.78), 0.58, "support", "midground" + return (0.26 if (index % 2 == 0) else 0.74), 0.58, "support", "midground" + if asset_key == "street_lamp": + return (0.12 if house_on_right else 0.88), 0.62, "detail", "foreground" + if asset_key in {"table", "chair", "desk_lamp"}: + return 0.5 + (0.08 if index % 2 else -0.08), 0.6, ("subject" if not has_person else "detail"), "midground" + fallback_slots = [ + (0.32, 0.56, "subject", "midground"), + (0.68, 0.52, "support", "midground"), + (0.22, 0.62, "detail", "foreground"), + (0.78, 0.26, "detail", "background"), + (0.18, 0.24, "detail", "background"), + ] + return fallback_slots[min(index, len(fallback_slots) - 1)] + + +def _query_process_object_seed(asset_key: str, index: int) -> Tuple[float, float, str, str]: + slots = { + "sun": (0.16, 0.16, "support", "background"), + "cloud": (0.58, 0.22, "subject", "background"), + "vapor": (0.34, 0.48, "detail", "midground"), + "raindrop": (0.64, 0.48, "detail", "midground"), + "leaf": (0.54, 0.74, "subject", "foreground"), + "airplane": (0.48, 0.26, "subject", "background"), + "cell": (0.50, 0.58, "subject", "midground"), + "energy_wave": (0.28, 0.34, "detail", "background"), + } + fallback_slots = [ + (0.22, 0.58, "subject", "midground"), + (0.50, 0.34, "support", "background"), + (0.72, 0.58, "detail", "midground"), + (0.38, 0.74, "detail", "foreground"), + ] + return slots.get(asset_key, fallback_slots[min(index, len(fallback_slots) - 1)]) + + +def _query_schematic_object_seed(asset_key: str, index: int) -> Tuple[float, float, str, str]: + slots = { + "battery": (0.18, 0.54, "subject", "midground"), + "switch": (0.42, 0.34, "subject", "foreground"), + "resistor": (0.50, 0.54, "subject", "midground"), + "led": (0.78, 0.54, "subject", "midground"), + "capacitor": (0.48, 0.76, "detail", "midground"), + "diode": (0.66, 0.34, "detail", "midground"), + "board": (0.50, 0.54, "support", "background"), + } + fallback_slots = [ + (0.24, 0.54, "subject", "midground"), + (0.50, 0.34, "subject", "foreground"), + (0.76, 0.54, "subject", "midground"), + (0.50, 0.76, "detail", "midground"), + ] + return slots.get(asset_key, fallback_slots[min(index, len(fallback_slots) - 1)]) + + +def _compose_query_only_scene(query: str, canvas_size: Tuple[int, int], sketch_options: Dict[str, Any] | None = None) -> Dict[str, Any] | None: + scene_type = _infer_scene_type_from_query(query) + assets = _collect_query_assets(query, scene_type) + if not assets: + return None + width, height = canvas_size + objects: List[Dict[str, Any]] = [] + connectors: List[Dict[str, Any]] = [] + backgrounds = _simple_background_layers(scene_type, width, height, assets) + + object_assets = [item for item in assets if not (scene_type == "scene" and item == "road")] + for index, asset_key in enumerate(object_assets): + asset = get_asset_definition(asset_key) + default_width, default_height = asset.get("default_size", (160, 120)) + if scene_type == "scene": + px, py, role, depth = _query_scene_object_seed( + asset_key, + scene_assets=object_assets, + index=index, + ) + if asset_key == "road": + default_width = int(width * 0.72) + default_height = int(height * 0.18) + elif scene_type == "process": + px, py, role, depth = _query_process_object_seed(asset_key, index) + else: + px, py, role, depth = _query_schematic_object_seed(asset_key, index) + if asset_key == "board": + default_width = int(width * 0.58) + default_height = int(height * 0.44) + + obj_width = int(default_width if scene_type != "schematic" else default_width * 0.92) + obj_height = int(default_height if scene_type != "schematic" else default_height * 0.92) + objects.append( + { + "id": f"obj_{index + 1}", + "concept": asset.get("label", asset_key), + "asset_key": asset_key, + "source": "auto", + "role": role, + "depth_band": depth, + "x": int(width * px - obj_width / 2), + "y": int(height * py - obj_height / 2), + "width": obj_width, + "height": obj_height, + "rotation": 0, + "scale": 1, + "z_index": 20 + index, + "editable": True, + } + ) + + if scene_type == "process": + connectors = [] + elif scene_type == "schematic": + for index in range(len(objects) - 1): + connectors.append( + { + "id": f"conn_{index + 1}", + "type": "wire", + "from_id": objects[index]["id"], + "to_id": objects[index + 1]["id"], + "label": "连接", + "visible": True, + } + ) + + scene = { + "version": 2, + "canvas_size": {"width": width, "height": height}, + "layout_options": { + "scene_type": scene_type, + "composition_mode": scene_type, + "sketch_style": _clean_text((sketch_options or {}).get("sketch_style") or _preferred_scene_style(scene_type)), + "show_grid": bool((sketch_options or {}).get("show_grid", True)), + "show_labels": bool((sketch_options or {}).get("show_labels", False)), + "show_guides": bool((sketch_options or {}).get("show_guides", False)), + "layout_engine": _clean_text((sketch_options or {}).get("layout_engine") or "auto") or "auto", + "layout_candidate_count": int((sketch_options or {}).get("layout_candidate_count", 4) or 4), + }, + "background_layers": backgrounds, + "object_instances": objects, + "attachments": [], + "connectors": connectors, + "render_hints": { + "scene_summary": query[:48], + }, + "concept_order": [item["concept"] for item in objects], + } + return apply_natural_layout(scene, sketch_options) + + +def _prefer_sd_semantic_upstream(sketch_options: Dict[str, Any] | None = None) -> bool: + backend = _clean_text((sketch_options or {}).get("sketch_backend")).lower() + return backend in {"sd", "sketch_v2"} + + +def _scene_query_asset_gap(scene: Dict[str, Any], query: str) -> Tuple[str, List[str], List[str], List[str], int]: + scene_type = _clean_text(scene.get("layout_options", {}).get("scene_type") or _infer_scene_type_from_query(query)) + query_assets = _collect_query_assets(query, scene_type) + current_assets = [str(item.get("asset_key") or "") for item in scene.get("object_instances", []) or []] + missing_query_assets = [item for item in query_assets if item not in current_assets] + generic_assets = {"module", "branch", "road", "blob", "generic_object", "generic_panel", "flow_node", "capsule"} + generic_count = sum(1 for item in current_assets if item in generic_assets) + return scene_type, query_assets, current_assets, missing_query_assets, generic_count + + +def _scene_needs_query_boost( + scene: Dict[str, Any], + query: str, + sketch_options: Dict[str, Any] | None = None, +) -> bool: + scene_type, query_assets, current_assets, missing_query_assets, generic_count = _scene_query_asset_gap(scene, query) + if not query_assets: + return False + if not current_assets: + return True + if _prefer_sd_semantic_upstream(sketch_options): + strong_scene_assets = { + "building", + "house", + "road", + "car", + "street_lamp", + "person", + "tree", + "dog", + "table", + "chair", + "desk_lamp", + } + if len(current_assets) <= 1 and len(query_assets) >= 2 and bool(missing_query_assets): + return True + if scene_type == "scene" and generic_count > 0 and len(query_assets) >= 2: + return True + if scene_type == "process": + explicit_process_assets = {"sun", "vapor", "cloud", "raindrop", "leaf", "airplane", "cell"} + if any(item in {"cycle", "flow_node", "branch"} for item in current_assets): + return True + if explicit_process_assets.intersection(query_assets) and len(explicit_process_assets.intersection(current_assets)) < len(explicit_process_assets.intersection(query_assets)): + return True + if scene_type == "schematic": + explicit_schematic_assets = {"battery", "resistor", "led", "capacitor", "diode", "board", "switch"} + if any(item in {"module", "branch", "road"} for item in current_assets): + return True + if explicit_schematic_assets.intersection(query_assets) and len(explicit_schematic_assets.intersection(current_assets)) < len(explicit_schematic_assets.intersection(query_assets)): + return True + if generic_count >= max(1, len(current_assets) - 1) and bool(missing_query_assets): + return True + if strong_scene_assets.intersection(missing_query_assets) and len(missing_query_assets) >= max(1, len(query_assets) // 2): + return True + if scene_type == "schematic": + specific_assets = {"battery", "resistor", "led", "capacitor", "diode", "board", "switch"} + return bool(specific_assets.intersection(query_assets)) and bool(missing_query_assets) + if scene_type == "process": + return generic_count >= max(1, len(current_assets) // 2) and bool(missing_query_assets) + return generic_count == len(current_assets) and bool(missing_query_assets) + + +def _strip_sd_symbolic_objects(scene: Dict[str, Any], sketch_options: Dict[str, Any] | None = None) -> Dict[str, Any]: + if not _prefer_sd_semantic_upstream(sketch_options): + return scene + + scene_type = _clean_text(scene.get("layout_options", {}).get("scene_type") or "scene") + width = int(scene.get("canvas_size", {}).get("width", CANVAS_DEFAULT[0]) or CANVAS_DEFAULT[0]) + height = int(scene.get("canvas_size", {}).get("height", CANVAS_DEFAULT[1]) or CANVAS_DEFAULT[1]) + kept_objects: List[Dict[str, Any]] = [] + kept_ids: set[str] = set() + removed_ids: set[str] = set() + + for obj in scene.get("object_instances", []) or []: + item = _copy(obj) + object_id = _clean_text(item.get("id")) + concept = _clean_text(item.get("concept") or item.get("label")) + asset_key = _clean_text(item.get("asset_key") or item.get("silhouette_key")).lower() + + if scene_type == "process": + if asset_key in {"cycle", "flow_node", "branch", "capsule", "generic_panel", "generic_object", "blob"}: + if object_id: + removed_ids.add(object_id) + continue + if _is_generic_process_stage(concept) and asset_key in {"energy_wave", "cycle", "flow_node", "branch"}: + if object_id: + removed_ids.add(object_id) + continue + elif scene_type == "schematic": + if _is_switch_like_concept(concept): + item["asset_key"] = "switch" + item["silhouette_key"] = "switch" + elif asset_key in {"branch", "road", "generic_panel", "generic_object", "blob"}: + if object_id: + removed_ids.add(object_id) + continue + elif asset_key == "module": + if object_id: + removed_ids.add(object_id) + continue + elif asset_key == "board" and not _is_explicit_board_concept(concept): + if object_id: + removed_ids.add(object_id) + continue + if concept and _contains_any(concept, ("电路结构", "可编辑", "结构说明", "直接编辑")): + if object_id: + removed_ids.add(object_id) + continue + + kept_objects.append(item) + if object_id: + kept_ids.add(object_id) + + scene["object_instances"] = kept_objects + scene["concept_order"] = [_clean_text(item.get("concept")) for item in kept_objects if _clean_text(item.get("concept"))] + scene["attachments"] = [ + item + for item in scene.get("attachments", []) or [] + if str(item.get("host_id") or "") in kept_ids and str(item.get("child_id") or "") in kept_ids + ] + if scene_type == "process": + scene["connectors"] = [] + scene["background_layers"] = _simple_background_layers("process", width, height, []) + elif scene_type == "schematic": + normalized_connectors: List[Dict[str, Any]] = [] + seen_pairs: set[Tuple[str, str]] = set() + for item in scene.get("connectors", []) or []: + from_id = str(item.get("from_id") or "") + to_id = str(item.get("to_id") or "") + if str(item.get("type") or "").strip().lower() != "wire" or from_id not in kept_ids or to_id not in kept_ids: + continue + pair_key = (from_id, to_id) + if pair_key in seen_pairs: + continue + cleaned = _copy(item) + cleaned["type"] = "wire" + cleaned["label"] = _normalize_schematic_connector_label(cleaned.get("label")) + cleaned["visible"] = True + normalized_connectors.append(cleaned) + seen_pairs.add(pair_key) + scene["connectors"] = normalized_connectors + scene["background_layers"] = [ + item for item in scene.get("background_layers", []) or [] if str(item.get("type") or "").strip().lower() not in {"board", "process_band"} + ] + else: + scene["connectors"] = [ + item + for item in scene.get("connectors", []) or [] + if str(item.get("from_id") or "") in kept_ids and str(item.get("to_id") or "") in kept_ids + ] + scene["background_layers"] = [ + item for item in scene.get("background_layers", []) or [] if str(item.get("type") or "").strip().lower() != "process_band" + ] + + hints = dict(scene.get("render_hints") or {}) + hints["sd_upstream_cleanup"] = { + "applied": True, + "scene_type": scene_type, + "removed_ids": sorted(item for item in removed_ids if item), + } + scene["render_hints"] = hints + return scene + + +def _merge_query_boost_scene( + base_scene: Dict[str, Any], + fallback_scene: Dict[str, Any], + query: str, + sketch_options: Dict[str, Any] | None = None, +) -> Dict[str, Any]: + merged = _copy(fallback_scene) + base_scene = base_scene if isinstance(base_scene, dict) else {} + base_hints = _copy(base_scene.get("render_hints") or {}) + merged_hints = _copy(merged.get("render_hints") or {}) + merged["canvas_size"] = _copy(base_scene.get("canvas_size") or merged.get("canvas_size") or {}) + merged["render_hints"] = { + **base_hints, + **merged_hints, + "scene_summary": _clean_text(merged_hints.get("scene_summary") or base_hints.get("scene_summary") or query[:48]), + "query_boost_applied": True, + "query_boost_reason": "sd_upstream_scene_rebuild" if _prefer_sd_semantic_upstream(sketch_options) else "query_scene_rebuild", + "query_boost_query": _clean_text(query), + "query_boost_assets": _collect_query_assets(query, _clean_text((merged.get("layout_options") or {}).get("scene_type") or "scene")), + } + merged["layout_options"] = { + **_copy(base_scene.get("layout_options") or {}), + **_copy(merged.get("layout_options") or {}), + } + if _prefer_sd_semantic_upstream(sketch_options): + merged["layout_options"]["semantic_source"] = "query_boost_sd_upstream" + merged["concept_order"] = [item.get("concept") for item in merged.get("object_instances", []) or [] if item.get("concept")] + return merged + + +def normalize_scene_spec_v2(scene_spec: Dict[str, Any] | None, sketch_options: Dict[str, Any] | None = None) -> Dict[str, Any]: + _sync_legacy() + scene = legacy.normalize_scene_spec_v2(scene_spec, sketch_options) + scene = _sanitize_scene(scene) + scene = _rebalance_generic_objects(scene) + scene = _strip_sd_symbolic_objects(scene, sketch_options) + scene = _apply_visual_metadata(scene) + scene = _soften_backgrounds(scene) + scene = _upgrade_layout_defaults(scene, sketch_options) + scene = apply_natural_layout(scene, sketch_options) + scene = _upgrade_render_hints(scene) + return scene + + +def legacy_scene_spec_to_v2(scene_spec: Dict[str, Any], sketch_options: Dict[str, Any] | None = None) -> Dict[str, Any]: + _sync_legacy() + legacy_scene = legacy.legacy_scene_spec_to_v2(scene_spec, sketch_options) + return normalize_scene_spec_v2(legacy_scene, sketch_options) + + +def compose_semantic_scene_spec( + query: str, + understanding_result: Dict[str, Any] | None, + extraction_result: Dict[str, Any] | None, + answer_bundle: Dict[str, Any] | None, + best_path_concepts: List[str] | None = None, + canvas_size: Tuple[int, int] = CANVAS_DEFAULT, + sketch_options: Dict[str, Any] | None = None, +) -> Dict[str, Any]: + _sync_legacy() + base_scene = legacy.compose_semantic_scene_spec( + query=query, + understanding_result=understanding_result, + extraction_result=extraction_result, + answer_bundle=answer_bundle, + best_path_concepts=best_path_concepts, + canvas_size=canvas_size, + sketch_options=sketch_options, + ) + scene = normalize_scene_spec_v2(base_scene, sketch_options) + boost_needed = _scene_needs_query_boost(scene, query, sketch_options) + if scene.get("object_instances") and not boost_needed: + return scene + fallback_scene = _compose_query_only_scene(query, canvas_size, sketch_options) + if fallback_scene: + boosted_scene = _merge_query_boost_scene(scene, fallback_scene, query, sketch_options) + return normalize_scene_spec_v2(boosted_scene, sketch_options) + return scene + + +def summarize_scene_spec(scene_spec: Dict[str, Any] | None) -> str: + if not scene_spec: + return "" + scene = normalize_scene_spec_v2(scene_spec) + backgrounds = scene.get("background_layers", []) or [] + objects = scene.get("object_instances", []) or [] + attachments = scene.get("attachments", []) or [] + connectors = [item for item in scene.get("connectors", []) or [] if item.get("visible")] + hints = scene.get("render_hints", {}) or {} + bg_summary = ", ".join( + f"{item.get('label', item.get('type', 'layer'))}@({item.get('x', 0)},{item.get('y', 0)},{item.get('width', 0)}x{item.get('height', 0)})" + for item in backgrounds[:4] + ) + object_summary = ", ".join( + f"{item.get('concept', '')}[{item.get('prototype_id', item.get('asset_key', ''))}]@({item.get('x', 0)},{item.get('y', 0)},{item.get('width', 0)}x{item.get('height', 0)})/{item.get('depth_band', '')}" + for item in objects[:8] + ) + attachment_summary = ", ".join( + f"{item.get('child_id', '')}->{item.get('host_id', '')}:{item.get('anchor_name', '')}" + for item in attachments[:6] + ) + connector_summary = ", ".join( + f"{item.get('type', '')}:{item.get('label', '')} {item.get('from_id', '')}->{item.get('to_id', '')}" + for item in connectors[:6] + ) + parts = [ + f"scene_type={scene.get('layout_options', {}).get('scene_type', 'scene')}", + f"style={scene.get('layout_options', {}).get('sketch_style', 'scribble_line')}", + f"view={scene.get('layout_options', {}).get('sketch_view_mode', 'structure')}", + f"backgrounds={bg_summary}" if bg_summary else "", + f"objects={object_summary}" if object_summary else "", + f"attachments={attachment_summary}" if attachment_summary else "", + f"connectors={connector_summary}" if connector_summary else "", + hints.get("scene_summary", ""), + hints.get("subject_summary", ""), + hints.get("prototype_summary", ""), + hints.get("user_added_summary", ""), + hints.get("edit_summary", ""), + ] + return " | ".join(part for part in parts if part) + + +def scene_spec_counts(scene_spec: Dict[str, Any] | None) -> Tuple[int, int]: + if not scene_spec: + return 0, 0 + scene = normalize_scene_spec_v2(scene_spec) + return len(scene.get("object_instances", []) or []), len(scene.get("connectors", []) or []) diff --git a/runtime/memory-api/core/session_memory.py b/runtime/memory-api/core/session_memory.py new file mode 100644 index 0000000..23c8489 --- /dev/null +++ b/runtime/memory-api/core/session_memory.py @@ -0,0 +1,620 @@ +from __future__ import annotations + +from dataclasses import dataclass, field +import re +from typing import Any, Dict, Iterable, List + + +_GOAL_MARKERS = ( + "目标", + "想要", + "希望", + "实现", + "做成", + "达成", + "验证", + "评估", + "提升", + "重构", + "升级", + "训练", + "支持", + "切换", +) +_PREFERENCE_MARKERS = ( + "默认", + "优先", + "保留", + "保持", + "透明", + "自然", + "可解释", + "开源", + "本地", +) +_CONSTRAINT_MARKERS = ( + "不要", + "必须", + "不能", + "仅", + "只做", + "只用", + "禁止", +) +_VAGUE_QUERY_MARKERS = ( + "继续", + "接着", + "然后", + "当前计划", + "这个体系", + "这个系统", + "方案", + "当前", +) +_RELATION_BY_CATEGORY = { + "goal": "session_goal", + "preference": "prefers", + "terminology": "uses_term", + "constraint": "constrained_by", + "stage_state": "stage_state", +} +_TYPE_BY_CATEGORY = { + "goal": "session_goal", + "preference": "session_preference", + "terminology": "session_term", + "constraint": "session_constraint", + "stage_state": "session_stage", +} + + +def _clean_text(value: Any) -> str: + text = str(value or "").strip() + text = re.sub(r"\s+", " ", text) + return text + + +def _normalize_key(value: Any) -> str: + return _clean_text(value).lower() + + +def _clip_text(value: Any, max_len: int = 72) -> str: + text = _clean_text(value) + if len(text) <= max_len: + return text + return text[: max_len - 3].rstrip() + "..." + + +def _dedupe_texts(values: Iterable[Any], max_items: int | None = None) -> List[str]: + items: List[str] = [] + seen = set() + for value in values: + text = _clean_text(value) + if not text: + continue + key = _normalize_key(text) + if key in seen: + continue + seen.add(key) + items.append(text) + if max_items is not None and len(items) >= max_items: + break + return items + + +def _split_fragments(text: str) -> List[str]: + text = _clean_text(text) + if not text: + return [] + fragments = re.split(r"[，,。；;！!？?\n]+", text) + return _dedupe_texts(fragments) + + +def _contains_any(text: str, markers: Iterable[str]) -> bool: + return any(marker in text for marker in markers) + + +def _match_fragments(text: str, markers: Iterable[str], max_items: int = 2) -> List[str]: + matched = [fragment for fragment in _split_fragments(text) if _contains_any(fragment, markers)] + return _dedupe_texts(matched, max_items=max_items) + + +def _concept_order( + understanding_result: Dict[str, Any] | None, + extraction_result: Dict[str, Any] | None, + answer_bundle: Dict[str, Any] | None, +) -> List[str]: + concepts: List[str] = [] + if isinstance(answer_bundle, dict): + concepts.extend(answer_bundle.get("core_concepts", []) or []) + focus = answer_bundle.get("focus_concept") + if focus: + concepts.insert(0, focus) + if isinstance(understanding_result, dict): + focus = understanding_result.get("focus_concept") + if focus: + concepts.insert(0, focus) + if isinstance(extraction_result, dict): + for item in extraction_result.get("concepts", []) or []: + if isinstance(item, dict): + concepts.append(item.get("concept", "")) + return _dedupe_texts(concepts, max_items=12) + + +_TOKEN_RE = re.compile(r"[a-z0-9_]+|[\u4e00-\u9fff]", re.IGNORECASE) + + +def _token_set(value: Any) -> set[str]: + text = _normalize_key(value) + if not text: + return set() + return {token for token in _TOKEN_RE.findall(text) if token} + + +def _category_slot_key(category: str, value: str) -> str: + normalized_category = _normalize_key(category) + if normalized_category == "goal": + return "goal.primary" + if normalized_category == "preference": + return "preference.active" + if normalized_category == "constraint": + return "constraint.active" + if normalized_category == "stage_state": + return "stage.current" + if normalized_category == "terminology": + return f"terminology.{_normalize_key(value)[:24]}" + return f"{normalized_category}.{_normalize_key(value)[:24]}" + + +def _anchor_signature(anchors: Iterable[Any]) -> str: + normalized = sorted({_normalize_key(anchor) for anchor in anchors if _clean_text(anchor)}) + return "|".join(normalized) + + +def _state_signature(*, category: str, slot_key: str, anchors: Iterable[Any]) -> str: + components = [_normalize_key(category), _normalize_key(slot_key), _anchor_signature(anchors)] + return "|".join(component for component in components if component) + + +def _memory_signature(*, category: str, value: str, slot_key: str, anchors: Iterable[Any]) -> str: + components = [ + _state_signature(category=category, slot_key=slot_key, anchors=anchors), + _normalize_key(value), + ] + return "|".join(component for component in components if component) + + +def _event_signature(*, category: str, value: str, slot_key: str, anchors: Iterable[Any]) -> str: + category_label = _normalize_key(category).replace("_", " ") + slot_label = _normalize_key(slot_key).replace(".", " ").replace("_", " ") + parts = [category_label, slot_label] + parts.extend(_clean_text(anchor) for anchor in anchors if _clean_text(anchor)) + parts.append(_clean_text(value)) + return " ".join(_dedupe_texts(parts, max_items=8)) + + +@dataclass(slots=True) +class SessionMemoryRecord: + memory_id: str + category: str + value: str + relation: str + anchor_concepts: List[str] = field(default_factory=list) + salience: float = 0.6 + confidence: float = 0.6 + source_kind: str = "session_memory" + turn_index: int = 0 + metadata: Dict[str, Any] = field(default_factory=dict) + + def key(self) -> tuple[str, str, str]: + anchor_key = "|".join(sorted(_normalize_key(item) for item in self.anchor_concepts)) + return (_normalize_key(self.category), _normalize_key(self.value), anchor_key) + + def to_dict(self) -> Dict[str, Any]: + return { + "memory_id": self.memory_id, + "category": self.category, + "value": self.value, + "relation": self.relation, + "anchor_concepts": list(self.anchor_concepts), + "salience": round(float(self.salience), 4), + "confidence": round(float(self.confidence), 4), + "source_kind": self.source_kind, + "turn_index": int(self.turn_index), + "metadata": dict(self.metadata), + } + + def to_hit(self, relevance: float) -> Dict[str, Any]: + return { + "memory_id": self.memory_id, + "category": self.category, + "value": self.value, + "relation": self.relation, + "anchors": list(self.anchor_concepts), + "salience": round(float(self.salience), 4), + "confidence": round(float(self.confidence), 4), + "relevance": round(float(relevance), 4), + "source_kind": self.source_kind, + "turn_index": int(self.turn_index), + "metadata": dict(self.metadata), + } + + +class SessionMemoryExtractor: + def extract( + self, + query: str, + understanding_result: Dict[str, Any] | None = None, + extraction_result: Dict[str, Any] | None = None, + answer_bundle: Dict[str, Any] | None = None, + *, + answer_mode: str = "natural", + turn_index: int = 0, + ) -> List[SessionMemoryRecord]: + query_text = _clean_text(query) + if not query_text: + return [] + + anchors = _concept_order(understanding_result, extraction_result, answer_bundle) + records: List[SessionMemoryRecord] = [] + + for constraint in self._extract_constraints(query_text, understanding_result): + records.append( + self._make_record( + category="constraint", + value=constraint, + anchors=anchors, + salience=0.88, + confidence=0.82, + turn_index=turn_index, + ) + ) + + for preference in self._extract_preferences(query_text, answer_mode): + records.append( + self._make_record( + category="preference", + value=preference, + anchors=anchors, + salience=0.82, + confidence=0.8, + turn_index=turn_index, + ) + ) + + for goal in self._extract_goals(query_text, anchors): + records.append( + self._make_record( + category="goal", + value=goal, + anchors=anchors, + salience=0.9, + confidence=0.78, + turn_index=turn_index, + ) + ) + + for stage_state in self._extract_stage_states(query_text): + records.append( + self._make_record( + category="stage_state", + value=stage_state, + anchors=anchors, + salience=0.74, + confidence=0.72, + turn_index=turn_index, + ) + ) + + for term in self._extract_terms(query_text, anchors): + records.append( + self._make_record( + category="terminology", + value=term, + anchors=[term], + salience=0.64, + confidence=0.68, + turn_index=turn_index, + ) + ) + + merged: Dict[tuple[str, str, str], SessionMemoryRecord] = {} + for record in records: + key = record.key() + existing = merged.get(key) + if existing is None: + merged[key] = record + continue + existing.salience = max(existing.salience, record.salience) + existing.confidence = max(existing.confidence, record.confidence) + existing.turn_index = max(existing.turn_index, record.turn_index) + existing.anchor_concepts = _dedupe_texts([*existing.anchor_concepts, *record.anchor_concepts], max_items=8) + return list(merged.values()) + + def _make_record( + self, + *, + category: str, + value: str, + anchors: List[str], + salience: float, + confidence: float, + turn_index: int, + ) -> SessionMemoryRecord: + clean_value = _clip_text(value) + clean_anchors = _dedupe_texts(anchors, max_items=6) + slot_key = _category_slot_key(category, clean_value) + state_signature = _state_signature(category=category, slot_key=slot_key, anchors=clean_anchors) + memory_signature = _memory_signature(category=category, value=clean_value, slot_key=slot_key, anchors=clean_anchors) + event_signature = _event_signature(category=category, value=clean_value, slot_key=slot_key, anchors=clean_anchors) + memory_id = f"{category}:{_normalize_key(clean_value)}" + return SessionMemoryRecord( + memory_id=memory_id, + category=category, + value=clean_value, + relation=_RELATION_BY_CATEGORY.get(category, "related_to"), + anchor_concepts=clean_anchors, + salience=max(0.0, min(1.0, float(salience))), + confidence=max(0.0, min(1.0, float(confidence))), + turn_index=int(turn_index), + metadata={ + "slot_key": slot_key, + "state_signature": state_signature, + "memory_signature": memory_signature, + "event_signature": event_signature, + "anchor_signature": _anchor_signature(clean_anchors), + }, + ) + + def _extract_goals(self, query_text: str, anchors: List[str]) -> List[str]: + goals = _match_fragments(query_text, _GOAL_MARKERS, max_items=2) + if goals: + return goals + if _contains_any(query_text, ("继续", "接着")) and anchors: + return [f"围绕 {anchors[0]} 持续推进"] + return [] + + def _extract_preferences(self, query_text: str, answer_mode: str) -> List[str]: + preferences: List[str] = [] + lowered = query_text.lower() + if "transparent" in lowered or "透明" in query_text or "可解释" in query_text or answer_mode == "transparent": + preferences.append("transparent_mode") + if "natural" in lowered or "自然" in query_text or answer_mode == "natural": + preferences.append("natural_mode") + if "开源" in query_text: + preferences.append("prefer_open_models") + if any(marker in query_text for marker in ("本地", "离线", "私有部署")): + preferences.append("prefer_local_modules") + if _contains_any(query_text, _PREFERENCE_MARKERS): + preferences.extend(_match_fragments(query_text, _PREFERENCE_MARKERS, max_items=2)) + return _dedupe_texts(preferences, max_items=4) + + def _extract_constraints(self, query_text: str, understanding_result: Dict[str, Any] | None) -> List[str]: + constraints: List[str] = [] + if isinstance(understanding_result, dict): + constraints.extend(understanding_result.get("constraints", []) or []) + constraints.extend(_match_fragments(query_text, _CONSTRAINT_MARKERS, max_items=3)) + return [_clip_text(item, max_len=64) for item in _dedupe_texts(constraints, max_items=4)] + + def _extract_terms(self, query_text: str, anchors: List[str]) -> List[str]: + terms: List[str] = [] + for anchor in anchors[:6]: + if len(anchor) >= 2 and anchor in query_text: + terms.append(anchor) + english_terms = re.findall(r"[A-Za-z][A-Za-z0-9_-]{1,}", query_text) + terms.extend(english_terms[:4]) + return _dedupe_texts(terms, max_items=6) + + def _extract_stage_states(self, query_text: str) -> List[str]: + states: List[str] = [] + if "继续" in query_text or "接着" in query_text: + states.append("continue_current_plan") + if "开始" in query_text or "启动" in query_text: + states.append("execution_started") + if "验证" in query_text or "测试" in query_text or "smoke" in query_text.lower(): + states.append("validation_phase") + if "训练" in query_text: + states.append("training_phase") + if "实施" in query_text or "落地" in query_text or "重构" in query_text: + states.append("implementation_phase") + return _dedupe_texts(states, max_items=3) + + +class SessionMemoryGraph: + def __init__(self, records: Iterable[SessionMemoryRecord] | None = None, turn_index: int = 0): + self.turn_index = int(turn_index) + self._records: Dict[tuple[str, str, str], SessionMemoryRecord] = {} + for record in records or []: + self.add_records([record]) + + @classmethod + def from_dict(cls, payload: Dict[str, Any] | None) -> "SessionMemoryGraph": + if not isinstance(payload, dict): + return cls() + records = [] + for item in payload.get("records", []) or []: + if not isinstance(item, dict): + continue + records.append( + SessionMemoryRecord( + memory_id=_clean_text(item.get("memory_id")), + category=_clean_text(item.get("category")), + value=_clean_text(item.get("value")), + relation=_clean_text(item.get("relation")) or "related_to", + anchor_concepts=_dedupe_texts(item.get("anchor_concepts", []) or [], max_items=8), + salience=float(item.get("salience", 0.6) or 0.6), + confidence=float(item.get("confidence", 0.6) or 0.6), + source_kind=_clean_text(item.get("source_kind")) or "session_memory", + turn_index=int(item.get("turn_index", 0) or 0), + metadata=dict(item.get("metadata") or {}), + ) + ) + return cls(records=records, turn_index=int(payload.get("turn_index", 0) or 0)) + + def to_dict(self) -> Dict[str, Any]: + return { + "turn_index": int(self.turn_index), + "records": [record.to_dict() for record in self.records()], + } + + def next_turn(self) -> int: + self.turn_index += 1 + return self.turn_index + + def records(self) -> List[SessionMemoryRecord]: + ordered = sorted( + self._records.values(), + key=lambda item: (item.turn_index, item.salience, item.confidence), + reverse=True, + ) + return ordered + + def record_count(self) -> int: + return len(self._records) + + def add_records(self, records: Iterable[SessionMemoryRecord]) -> int: + stored = 0 + for record in records: + key = record.key() + existing = self._records.get(key) + if existing is None: + self._records[key] = record + stored += 1 + continue + existing.salience = max(existing.salience, record.salience) + existing.confidence = max(existing.confidence, record.confidence) + existing.turn_index = max(existing.turn_index, record.turn_index) + existing.anchor_concepts = _dedupe_texts([*existing.anchor_concepts, *record.anchor_concepts], max_items=8) + existing.metadata.update(record.metadata) + return stored + + def build_context( + self, + query: str, + understanding_result: Dict[str, Any] | None = None, + extraction_result: Dict[str, Any] | None = None, + answer_bundle: Dict[str, Any] | None = None, + *, + max_records: int = 8, + ) -> Dict[str, Any]: + anchors = _concept_order(understanding_result, extraction_result, answer_bundle) + query_text = _clean_text(query) + vague_query = not anchors or _contains_any(query_text, _VAGUE_QUERY_MARKERS) + ranked: List[tuple[float, SessionMemoryRecord]] = [] + for record in self.records(): + relevance = self._relevance_score(record, query=query_text, anchors=anchors, vague_query=vague_query) + if relevance <= 0.0: + continue + ranked.append((relevance, record)) + ranked.sort(key=lambda item: item[0], reverse=True) + selected = ranked[: max(0, int(max_records))] + + concepts: Dict[str, Dict[str, Any]] = {} + relations: List[Dict[str, Any]] = [] + memory_hits: List[Dict[str, Any]] = [] + relation_seen = set() + + for relevance, record in selected: + target = record.value + concepts.setdefault( + target, + { + "concept": target, + "type": _TYPE_BY_CATEGORY.get(record.category, "session_memory"), + "source_kind": "session_memory", + }, + ) + + relation_added = False + for anchor in record.anchor_concepts[:4]: + if not anchor or anchor == target: + continue + concepts.setdefault(anchor, {"concept": anchor, "type": "general"}) + relation_key = (anchor, target, record.relation) + if relation_key not in relation_seen: + relation_seen.add(relation_key) + relations.append( + { + "from": anchor, + "to": target, + "relation": record.relation, + "weight": round(max(0.35, min(0.95, 0.45 + record.salience * 0.4)), 4), + "source_kind": "session_memory", + "memory_id": record.memory_id, + } + ) + back_key = (target, anchor, "context_for") + if back_key not in relation_seen: + relation_seen.add(back_key) + relations.append( + { + "from": target, + "to": anchor, + "relation": "context_for", + "weight": round(max(0.25, min(0.85, 0.3 + record.confidence * 0.35)), 4), + "source_kind": "session_memory", + "memory_id": record.memory_id, + } + ) + relation_added = True + + if not relation_added and anchors: + anchor = anchors[0] + if anchor and anchor != target: + relation_key = (anchor, target, record.relation) + if relation_key not in relation_seen: + relation_seen.add(relation_key) + relations.append( + { + "from": anchor, + "to": target, + "relation": record.relation, + "weight": round(max(0.35, min(0.95, 0.45 + record.salience * 0.4)), 4), + "source_kind": "session_memory", + "memory_id": record.memory_id, + } + ) + + memory_hits.append(record.to_hit(relevance)) + + return { + "concepts": list(concepts.values()), + "relations": relations, + "memory_hits": memory_hits, + } + + def _relevance_score(self, record: SessionMemoryRecord, *, query: str, anchors: List[str], vague_query: bool) -> float: + query_tokens = _token_set(query) + anchor_set = {_normalize_key(item) for item in anchors} + record_anchor_set = {_normalize_key(item) for item in record.anchor_concepts} + overlap = len(anchor_set & record_anchor_set) + value_overlap = len(query_tokens & _token_set(record.value)) + metadata = dict(record.metadata or {}) + slot_key_tokens = _token_set(metadata.get("slot_key", "")) + state_signature_tokens = _token_set(metadata.get("state_signature", "")) + memory_signature_tokens = _token_set(metadata.get("memory_signature", "")) + event_signature_tokens = _token_set(metadata.get("event_signature", "")) + recency = 1.0 if self.turn_index <= 0 else max(0.0, 1.0 - ((self.turn_index - record.turn_index) / max(1.0, float(self.turn_index)))) + score = record.salience * 0.5 + record.confidence * 0.25 + recency * 0.15 + if overlap > 0: + score += min(0.4, overlap * 0.15) + if value_overlap > 0: + score += min(0.22, value_overlap * 0.08) + if query_tokens and event_signature_tokens: + score += min(0.22, (len(query_tokens & event_signature_tokens) / max(1, len(query_tokens))) * 0.22) + if query_tokens and slot_key_tokens: + score += min(0.16, (len(query_tokens & slot_key_tokens) / max(1, len(query_tokens))) * 0.16) + if query_tokens and state_signature_tokens: + score += min(0.18, (len(query_tokens & state_signature_tokens) / max(1, len(query_tokens))) * 0.18) + if query_tokens and memory_signature_tokens: + score += min(0.24, (len(query_tokens & memory_signature_tokens) / max(1, len(query_tokens))) * 0.24) + elif not vague_query and overlap <= 0 and value_overlap <= 0: + score -= 0.18 + if vague_query and record.category in {"goal", "preference", "stage_state"}: + score += 0.12 + return max(0.0, min(1.5, score)) + + +def create_tmcra_reasoning_adapter(*, flags: Any | None = None) -> Any: + from core.tmcra_reasoning_runtime import create_reasoning_v2_shadow_adapter + + return create_reasoning_v2_shadow_adapter(flags=flags) diff --git a/runtime/memory-api/core/sketch_edit_v1.py b/runtime/memory-api/core/sketch_edit_v1.py new file mode 100644 index 0000000..5f72051 --- /dev/null +++ b/runtime/memory-api/core/sketch_edit_v1.py @@ -0,0 +1,1738 @@ +from __future__ import annotations + +import json +import math +import uuid +from pathlib import Path +from typing import Any, Dict, List + +from PIL import Image, ImageChops, ImageDraw, ImageEnhance, ImageFilter + + +DEPTH_BAND_Z = { + "background": 0.18, + "midground": 0.52, + "foreground": 0.84, +} + +DEFAULT_REGION_TRANSFORM = { + "tx": 0.0, + "ty": 0.0, + "scale_x": 1.0, + "scale_y": 1.0, + "rotation": 0.0, +} + +SUPPORTED_OPS = [ + "transform_object", + "set_depth", + "hide_object", + "show_object", + "reorder_layer", + "transform_region", + "hide_region", + "show_region", + "replace_region", + "emphasize_region", + "weaken_region", + "restore_region", + "erase_region", + "brush_mask", + "inpaint_region", +] + +REGION_ONLY_OPS = [ + "transform_region", + "hide_region", + "show_region", + "replace_region", + "emphasize_region", + "weaken_region", + "restore_region", + "inpaint_region", +] + + +def _copy(value: Any) -> Any: + return json.loads(json.dumps(value, ensure_ascii=False)) + + +def _slug(value: Any) -> str: + raw = "".join(ch if str(ch).isalnum() else "_" for ch in str(value or "").strip()) + raw = raw.strip("_") + return raw[:64] or "item" + + +def _int(value: Any, default: int = 0) -> int: + try: + return int(round(float(value))) + except Exception: + return int(default) + + +def _float(value: Any, default: float = 0.0) -> float: + try: + return float(value) + except Exception: + return float(default) + + +def _clamp_rect(rect: Dict[str, Any], width: int, height: int) -> Dict[str, int]: + x = max(0, min(width - 1, _int(rect.get("x"), 0))) + y = max(0, min(height - 1, _int(rect.get("y"), 0))) + w = max(1, _int(rect.get("width"), 1)) + h = max(1, _int(rect.get("height"), 1)) + if x + w > width: + w = max(1, width - x) + if y + h > height: + h = max(1, height - y) + return {"x": x, "y": y, "width": w, "height": h} + + +def _band_depth(depth_band: str, depth_z: Any = None) -> float: + if depth_z is not None: + try: + return max(0.0, min(1.0, float(depth_z))) + except Exception: + pass + return float(DEPTH_BAND_Z.get(str(depth_band or "midground"), DEPTH_BAND_Z["midground"])) + + +def _new_revision_id() -> str: + return f"esk_{uuid.uuid4().hex[:12]}" + + +def _default_region_transform() -> Dict[str, float]: + return dict(DEFAULT_REGION_TRANSFORM) + + +def _candidate_from_preview(preview: Dict[str, Any], candidate_id: str | None = None) -> Dict[str, Any] | None: + candidates = preview.get("sketch_candidates") + if not isinstance(candidates, list): + candidates = [] + marker = str(candidate_id or preview.get("active_sketch_candidate_id") or "").strip() + if marker: + for item in candidates: + if isinstance(item, dict) and str(item.get("candidate_id") or "").strip() == marker: + return _copy(item) + active_path = str(preview.get("active_sketch_path") or preview.get("image_path") or "").strip() + active_provider = str(preview.get("active_sketch_provider") or "").strip() + if active_path: + for item in candidates: + if isinstance(item, dict) and str(item.get("image_path") or "").strip() == active_path: + return _copy(item) + if active_path: + return { + "candidate_id": marker or "active", + "provider": active_provider or "unknown", + "image_path": active_path, + } + for item in candidates: + if isinstance(item, dict) and str(item.get("image_path") or "").strip(): + return _copy(item) + return None + + +def _estimate_background_rgb(image: Image.Image, *, stride: int = 4) -> tuple[int, int, int]: + rgb = image.convert("RGB") + width, height = rgb.size + border = max(1, min(width, height) // 18) + samples: List[tuple[int, int, int, int]] = [] + + def _push_pixel(px: int, py: int) -> None: + r, g, b = rgb.getpixel((px, py)) + luminance = int((r + g + b) / 3) + samples.append((luminance, r, g, b)) + + for x in range(0, width, max(1, stride)): + for y in range(0, min(height, border), max(1, stride)): + _push_pixel(x, y) + for y in range(max(0, height - border), height, max(1, stride)): + _push_pixel(x, y) + for y in range(border, max(border, height - border), max(1, stride)): + for x in range(0, min(width, border), max(1, stride)): + _push_pixel(x, y) + for x in range(max(0, width - border), width, max(1, stride)): + _push_pixel(x, y) + + if not samples: + return (248, 246, 241) + samples.sort(key=lambda item: item[0], reverse=True) + keep = samples[: max(1, len(samples) // 3)] + count = max(1, len(keep)) + return ( + int(round(sum(item[1] for item in keep) / count)), + int(round(sum(item[2] for item in keep) / count)), + int(round(sum(item[3] for item in keep) / count)), + ) + + +def _white_alpha_from_crop(crop: Image.Image) -> Image.Image: + rgb = crop.convert("RGB") + bg_r, bg_g, bg_b = _estimate_background_rgb(rgb, stride=3) + background_luma = int((bg_r + bg_g + bg_b) / 3) + alpha = Image.new("L", crop.size, 0) + src = rgb.load() + dst = alpha.load() + width, height = crop.size + for x in range(width): + for y in range(height): + r, g, b = src[x, y] + luminance = int((r + g + b) / 3) + contrast = max( + 0, + background_luma - luminance, + abs(r - bg_r), + abs(g - bg_g), + abs(b - bg_b), + ) + if contrast <= 12: + value = 0 + elif contrast >= 60: + value = 255 + else: + value = int((contrast - 12) * 255 / 48) + dst[x, y] = value + alpha = alpha.filter(ImageFilter.GaussianBlur(radius=0.8)) + alpha = alpha.point(lambda px: 0 if px < 14 else min(255, int(px * 1.08))) + return alpha + + +def _expand_box(box: Dict[str, int], canvas_width: int, canvas_height: int, padding: int) -> Dict[str, int]: + return _clamp_rect( + { + "x": box["x"] - padding, + "y": box["y"] - padding, + "width": box["width"] + padding * 2, + "height": box["height"] + padding * 2, + }, + canvas_width, + canvas_height, + ) + + +def _shape_mask(width: int, height: int, shape: str) -> Image.Image: + mask = Image.new("L", (max(1, width), max(1, height)), 0) + draw = ImageDraw.Draw(mask) + shape_name = str(shape or "rect").strip().lower() + if shape_name == "ellipse": + draw.ellipse([0, 0, max(0, width - 1), max(0, height - 1)], fill=255) + else: + draw.rounded_rectangle([0, 0, max(0, width - 1), max(0, height - 1)], radius=max(2, int(min(width, height) * 0.08)), fill=255) + return mask.filter(ImageFilter.GaussianBlur(radius=0.8)) + + +def _transform_is_default(transform: Dict[str, Any] | None) -> bool: + transform = transform if isinstance(transform, dict) else {} + return ( + abs(_float(transform.get("tx"), 0.0)) < 0.01 + and abs(_float(transform.get("ty"), 0.0)) < 0.01 + and abs(_float(transform.get("scale_x"), 1.0) - 1.0) < 0.01 + and abs(_float(transform.get("scale_y"), 1.0) - 1.0) < 0.01 + and abs(_float(transform.get("rotation"), 0.0)) < 0.01 + ) + + +def _normalize_region_action(value: str) -> str: + raw = str(value or "").strip().lower() + mapping = { + "transform_region": "transform", + "hide_region": "hide", + "show_region": "show", + "replace_region": "replace", + "emphasize_region": "emphasize", + "weaken_region": "weaken", + "restore_region": "restore", + "inpaint_region": "inpaint", + } + return mapping.get(raw, raw or "idle") + + +def _region_action_text(action: str) -> str: + mapping = { + "transform": "移动或变形", + "hide": "隐藏", + "show": "显示", + "replace": "替换", + "emphasize": "强调", + "weaken": "弱化", + "restore": "恢复", + "inpaint": "局部重绘", + "idle": "未编辑", + } + return mapping.get(str(action or "idle"), str(action or "未编辑")) + + +def _region_state_from_action(action: str) -> str: + mapping = { + "transform": "transformed", + "hide": "hidden", + "show": "shown", + "replace": "replaced", + "emphasize": "emphasized", + "weaken": "weakened", + "restore": "idle", + "inpaint": "inpainted", + } + return mapping.get(str(action or "transform"), "transformed") + + +def _rotate_point(x: float, y: float, center_x: float, center_y: float, angle_deg: float) -> tuple[float, float]: + if abs(angle_deg) < 0.01: + return x, y + radians = math.radians(angle_deg) + rel_x = x - center_x + rel_y = y - center_y + cos_v = math.cos(radians) + sin_v = math.sin(radians) + return ( + center_x + rel_x * cos_v - rel_y * sin_v, + center_y + rel_x * sin_v + rel_y * cos_v, + ) + + +def _resolve_object_layer(doc: Dict[str, Any], op: Dict[str, Any]) -> Dict[str, Any] | None: + wanted = str(op.get("object_id") or op.get("scene_object_id") or op.get("layer_id") or "").strip() + if not wanted: + return None + for item in doc.get("object_layers", []) or []: + if str(item.get("id") or "") == wanted or str(item.get("scene_object_id") or "") == wanted: + return item + return None + + +def _resolve_region_layer(doc: Dict[str, Any], op: Dict[str, Any]) -> Dict[str, Any] | None: + wanted = str(op.get("region_id") or op.get("region_layer_id") or "").strip() + parent_object_id = str(op.get("object_id") or "").strip() + for item in doc.get("region_layers", []) or []: + if not isinstance(item, dict): + continue + region_id = str(item.get("region_id") or item.get("id") or "").strip() + object_id = str(item.get("parent_object_id") or item.get("object_id") or "").strip() + if wanted and region_id != wanted: + continue + if parent_object_id and object_id != parent_object_id: + continue + if wanted or parent_object_id: + return item + return None + + +def _resolve_scene_object(scene_spec: Dict[str, Any], layer: Dict[str, Any]) -> Dict[str, Any] | None: + wanted = str(layer.get("scene_object_id") or layer.get("id") or "").strip() + for item in scene_spec.get("object_instances", []) or []: + if isinstance(item, dict) and str(item.get("id") or "").strip() == wanted: + return item + return None + + +def _object_rect_ratios(object_layer: Dict[str, Any], region: Dict[str, Any]) -> Dict[str, float]: + source_bbox = object_layer.get("source_bbox") if isinstance(object_layer.get("source_bbox"), dict) else {} + source_rect = region.get("source_rect") if isinstance(region.get("source_rect"), dict) else {} + source_width = max(1, _float(source_bbox.get("width"), 1.0)) + source_height = max(1, _float(source_bbox.get("height"), 1.0)) + return { + "x": (_float(source_rect.get("x"), 0.0) - _float(source_bbox.get("x"), 0.0)) / source_width, + "y": (_float(source_rect.get("y"), 0.0) - _float(source_bbox.get("y"), 0.0)) / source_height, + "width": _float(source_rect.get("width"), 0.0) / source_width, + "height": _float(source_rect.get("height"), 0.0) / source_height, + } + + +def _region_base_rect(object_layer: Dict[str, Any], region: Dict[str, Any]) -> Dict[str, float]: + ratios = region.get("source_rect_ratios") if isinstance(region.get("source_rect_ratios"), dict) else _object_rect_ratios(object_layer, region) + object_x = _float(object_layer.get("x"), 0.0) + object_y = _float(object_layer.get("y"), 0.0) + object_width = max(1.0, _float(object_layer.get("width"), 1.0)) + object_height = max(1.0, _float(object_layer.get("height"), 1.0)) + base_width = max(1.0, object_width * _float(ratios.get("width"), 0.0)) + base_height = max(1.0, object_height * _float(ratios.get("height"), 0.0)) + base_left = object_x + object_width * _float(ratios.get("x"), 0.0) + base_top = object_y + object_height * _float(ratios.get("y"), 0.0) + base_center_x = base_left + base_width / 2.0 + base_center_y = base_top + base_height / 2.0 + object_center_x = object_x + object_width / 2.0 + object_center_y = object_y + object_height / 2.0 + rotated_center_x, rotated_center_y = _rotate_point( + base_center_x, + base_center_y, + object_center_x, + object_center_y, + _float(object_layer.get("rotation"), 0.0), + ) + return { + "x": rotated_center_x - base_width / 2.0, + "y": rotated_center_y - base_height / 2.0, + "width": base_width, + "height": base_height, + "center_x": rotated_center_x, + "center_y": rotated_center_y, + } + + +def _region_display_state(doc: Dict[str, Any], region: Dict[str, Any]) -> Dict[str, Any]: + object_layer = _resolve_object_layer(doc, {"object_id": region.get("parent_object_id") or region.get("object_id")}) + if not object_layer: + current_rect = _copy(region.get("source_rect") or {"x": 0, "y": 0, "width": 1, "height": 1}) + return { + "base_rect": current_rect, + "current_rect": current_rect, + "rotation": _float((region.get("local_transform") or {}).get("rotation"), 0.0), + "depth_z": 0.52, + "z_index": 0, + } + base_rect = _region_base_rect(object_layer, region) + local_transform = region.get("local_transform") if isinstance(region.get("local_transform"), dict) else {} + current_width = max(1.0, base_rect["width"] * max(0.2, _float(local_transform.get("scale_x"), 1.0))) + current_height = max(1.0, base_rect["height"] * max(0.2, _float(local_transform.get("scale_y"), 1.0))) + center_x = base_rect["center_x"] + _float(local_transform.get("tx"), 0.0) + center_y = base_rect["center_y"] + _float(local_transform.get("ty"), 0.0) + current_rect = { + "x": int(round(center_x - current_width / 2.0)), + "y": int(round(center_y - current_height / 2.0)), + "width": max(1, int(round(current_width))), + "height": max(1, int(round(current_height))), + } + return { + "base_rect": { + "x": int(round(base_rect["x"])), + "y": int(round(base_rect["y"])), + "width": max(1, int(round(base_rect["width"]))), + "height": max(1, int(round(base_rect["height"]))), + }, + "current_rect": current_rect, + "rotation": _float(object_layer.get("rotation"), 0.0) + _float(local_transform.get("rotation"), 0.0), + "depth_z": _float(object_layer.get("depth_z"), 0.52), + "z_index": _int(object_layer.get("z_index"), 0), + } + + +def _region_is_edited(region: Dict[str, Any]) -> bool: + return ( + bool(region.get("promoted")) + or not bool(region.get("visible", True)) + or str(region.get("edit_state") or "idle") != "idle" + or not _transform_is_default(region.get("local_transform")) + or bool(str(((region.get("render_intent") or {}).get("prompt") or "")).strip()) + ) + + +def _doc_has_visual_edits(doc: Dict[str, Any]) -> bool: + if doc.get("patch_layers"): + return True + if any(isinstance(region, dict) and _region_is_edited(region) for region in doc.get("region_layers", []) or []): + return True + return any( + str(entry.get("type") or "") + in {"transform_object", "set_depth", "hide_object", "show_object", "reorder_layer"} + for entry in doc.get("edit_history", []) or [] + if isinstance(entry, dict) + ) + + +def _overlay_from_doc(doc: Dict[str, Any]) -> Dict[str, Any]: + region_layers = [] + for item in doc.get("region_layers", []) or []: + if not isinstance(item, dict): + continue + display = _region_display_state(doc, item) + region_layers.append( + { + "id": item.get("region_id") or item.get("id"), + "region_id": item.get("region_id") or item.get("id"), + "parent_object_id": item.get("parent_object_id") or item.get("object_id"), + "label": item.get("label"), + "shape": item.get("shape"), + "actions": _copy(item.get("actions") or []), + "visible": item.get("visible", True), + "promoted": bool(item.get("promoted", False)), + "edit_state": str(item.get("edit_state") or "idle"), + "render_intent": _copy(item.get("render_intent") or {}), + "local_transform": _copy(item.get("local_transform") or _default_region_transform()), + "source_rect": _copy(item.get("source_rect") or {}), + "base_rect": _copy(display.get("base_rect") or {}), + "current_rect": _copy(display.get("current_rect") or {}), + "rotation": display.get("rotation"), + "depth_z": display.get("depth_z"), + "z_index": display.get("z_index"), + "crop_image_path": item.get("crop_image_path"), + "mask_image_path": item.get("mask_image_path"), + } + ) + return { + "revision_id": doc.get("revision_id"), + "canvas_size": _copy(doc.get("canvas_size") or {}), + "camera_state": _copy(doc.get("camera_state") or {}), + "object_layers": [ + { + "id": item.get("id"), + "scene_object_id": item.get("scene_object_id"), + "concept": item.get("concept"), + "x": item.get("x"), + "y": item.get("y"), + "width": item.get("width"), + "height": item.get("height"), + "rotation": item.get("rotation"), + "scale": item.get("scale"), + "visible": item.get("visible", True), + "depth_band": item.get("depth_band"), + "depth_z": item.get("depth_z"), + "z_index": item.get("z_index"), + "crop_image_path": item.get("display_image_path") or item.get("crop_image_path"), + "base_crop_image_path": item.get("base_crop_image_path"), + "source_bbox": _copy(item.get("source_bbox") or {}), + } + for item in doc.get("object_layers", []) or [] + ], + "region_layers": region_layers, + "patch_layers": [ + { + **_copy(item), + "rect": _copy(_resolve_patch_rect(doc, item) or item.get("rect") or {}), + } + for item in doc.get("patch_layers", []) or [] + if isinstance(item, dict) + ], + } + + +def _camera_summary(doc: Dict[str, Any]) -> str: + camera = doc.get("camera_state") if isinstance(doc.get("camera_state"), dict) else {} + return ( + f"pan=({camera.get('pan_x', 0)},{camera.get('pan_y', 0)}) | " + f"zoom={float(camera.get('zoom', 1.0) or 1.0):.2f} | " + f"parallax={float(camera.get('parallax_strength', 0.12) or 0.12):.2f}" + ) + + +def _depth_summary(doc: Dict[str, Any]) -> str: + counts = {"foreground": 0, "midground": 0, "background": 0} + for item in doc.get("object_layers", []) or []: + if not item.get("visible", True): + continue + band = str(item.get("depth_band") or "midground") + counts[band] = counts.get(band, 0) + 1 + return f"foreground={counts.get('foreground', 0)} | midground={counts.get('midground', 0)} | background={counts.get('background', 0)}" + + +def _render_patch_constraints(doc: Dict[str, Any]) -> List[Dict[str, Any]]: + constraints: List[Dict[str, Any]] = [] + for patch in doc.get("patch_layers", []) or []: + constraints.append( + { + "patch_id": patch.get("id"), + "kind": patch.get("kind"), + "rect": _copy(patch.get("rect") or {}), + "prompt": str(patch.get("prompt") or ""), + "note": str(patch.get("note") or ""), + } + ) + return constraints + + +def _region_edit_constraints(doc: Dict[str, Any]) -> List[Dict[str, Any]]: + constraints: List[Dict[str, Any]] = [] + for region in doc.get("region_layers", []) or []: + if not isinstance(region, dict) or not _region_is_edited(region): + continue + display = _region_display_state(doc, region) + render_intent = region.get("render_intent") if isinstance(region.get("render_intent"), dict) else {} + constraints.append( + { + "parent_object_id": region.get("parent_object_id") or region.get("object_id"), + "region_id": region.get("region_id") or region.get("id"), + "label": str(region.get("label") or region.get("region_id") or "region"), + "action": str(render_intent.get("action") or _normalize_region_action(region.get("edit_state") or "idle")), + "visible": bool(region.get("visible", True)), + "source_rect": _copy(region.get("source_rect") or {}), + "current_rect": _copy(display.get("current_rect") or {}), + "transform": _copy(region.get("local_transform") or _default_region_transform()), + "prompt": str(render_intent.get("prompt") or ""), + } + ) + return constraints + + +def _region_edit_summary(doc: Dict[str, Any]) -> str: + parts: List[str] = [] + for region in doc.get("region_layers", []) or []: + if not isinstance(region, dict) or not _region_is_edited(region): + continue + render_intent = region.get("render_intent") if isinstance(region.get("render_intent"), dict) else {} + action = str(render_intent.get("action") or _normalize_region_action(region.get("edit_state") or "idle")) + text = f"{region.get('label') or region.get('region_id')}: {_region_action_text(action)}" + prompt = str(render_intent.get("prompt") or "").strip() + if prompt: + text += f"（{prompt}）" + parts.append(text) + if not parts: + return "" + return "；".join(parts[:10]) + + +def _edit_summary(doc: Dict[str, Any]) -> str: + object_changes = len( + [ + entry + for entry in doc.get("edit_history", []) or [] + if str(entry.get("type") or "") in {"transform_object", "set_depth", "hide_object", "show_object", "reorder_layer"} + ] + ) + region_changes = len([region for region in doc.get("region_layers", []) or [] if isinstance(region, dict) and _region_is_edited(region)]) + patch_changes = len(doc.get("patch_layers", []) or []) + return f"对象直改 {object_changes} 次；部件直改 {region_changes} 处；局部 patch {patch_changes} 层" + + +def _update_render_sync_state(doc: Dict[str, Any]) -> None: + render_sync = doc.setdefault("render_sync_state", {}) + render_sync["ready"] = bool(doc.get("composited_image_path")) + render_sync["used_control_image_path"] = doc.get("composited_image_path") + render_sync["edit_summary"] = _edit_summary(doc) + render_sync["region_edit_summary"] = _region_edit_summary(doc) + render_sync["depth_summary"] = _depth_summary(doc) + render_sync["camera_summary"] = _camera_summary(doc) + render_sync["render_patch_constraints"] = _render_patch_constraints(doc) + render_sync["region_edit_constraints"] = _region_edit_constraints(doc) + + +def _rect_from_points(points: List[List[float]] | None, width: int, height: int) -> Dict[str, int] | None: + valid = [item for item in (points or []) if isinstance(item, (list, tuple)) and len(item) >= 2] + if not valid: + return None + xs = [max(0, min(width, _float(item[0], 0.0))) for item in valid] + ys = [max(0, min(height, _float(item[1], 0.0))) for item in valid] + return _clamp_rect( + { + "x": min(xs), + "y": min(ys), + "width": max(1, max(xs) - min(xs)), + "height": max(1, max(ys) - min(ys)), + }, + width, + height, + ) + + +def _resolve_region_rect(doc: Dict[str, Any], object_id: str | None = None, region_id: str | None = None) -> Dict[str, int] | None: + for region in doc.get("region_layers", []) or []: + if object_id and str(region.get("parent_object_id") or region.get("object_id") or "") != str(object_id): + continue + if region_id and str(region.get("region_id") or region.get("id") or "") != str(region_id): + continue + display = _region_display_state(doc, region) + rect = display.get("current_rect") + if isinstance(rect, dict): + return _copy(rect) + return None + + +def _resolve_patch_rect(doc: Dict[str, Any], patch: Dict[str, Any]) -> Dict[str, int] | None: + canvas = doc.get("canvas_size") if isinstance(doc.get("canvas_size"), dict) else {} + width = max(1, _int(canvas.get("width"), 1)) + height = max(1, _int(canvas.get("height"), 1)) + if patch.get("follow_region") and patch.get("anchor_region_id"): + target_region = _resolve_region_layer(doc, {"region_id": patch.get("anchor_region_id"), "object_id": patch.get("anchor_object_id")}) + relative = patch.get("relative_rect") if isinstance(patch.get("relative_rect"), dict) else {} + if target_region: + target_rect = _region_display_state(doc, target_region).get("current_rect") or {} + rect = { + "x": _int(target_rect.get("x"), 0) + int(round(float(relative.get("x", 0.0) or 0.0) * _int(target_rect.get("width"), 1))), + "y": _int(target_rect.get("y"), 0) + int(round(float(relative.get("y", 0.0) or 0.0) * _int(target_rect.get("height"), 1))), + "width": int(round(float(relative.get("width", 0.0) or 0.0) * _int(target_rect.get("width"), 1))), + "height": int(round(float(relative.get("height", 0.0) or 0.0) * _int(target_rect.get("height"), 1))), + } + return _clamp_rect(rect, width, height) + if patch.get("follow_object") and patch.get("anchor_object_id"): + target = _resolve_object_layer(doc, {"object_id": patch.get("anchor_object_id")}) + relative = patch.get("relative_rect") if isinstance(patch.get("relative_rect"), dict) else {} + if target: + rect = { + "x": _int(target.get("x"), 0) + int(round(float(relative.get("x", 0.0) or 0.0) * _int(target.get("width"), 1))), + "y": _int(target.get("y"), 0) + int(round(float(relative.get("y", 0.0) or 0.0) * _int(target.get("height"), 1))), + "width": int(round(float(relative.get("width", 0.0) or 0.0) * _int(target.get("width"), 1))), + "height": int(round(float(relative.get("height", 0.0) or 0.0) * _int(target.get("height"), 1))), + } + return _clamp_rect(rect, width, height) + rect = patch.get("rect") + if isinstance(rect, dict): + return _clamp_rect(rect, width, height) + return None + + +def _asset_root(output_dir: str | Path, session_id: str, candidate_id: str) -> Path: + root = Path(output_dir) / "sketch_edit_v1" / _slug(session_id) / _slug(candidate_id) + root.mkdir(parents=True, exist_ok=True) + return root + + +def _object_promoted_regions(doc: Dict[str, Any], object_id: str) -> List[Dict[str, Any]]: + regions = [ + item + for item in doc.get("region_layers", []) or [] + if isinstance(item, dict) + and str(item.get("parent_object_id") or item.get("object_id") or "") == str(object_id) + and bool(item.get("promoted")) + ] + return sorted(regions, key=lambda item: str(item.get("region_id") or item.get("id") or "")) + + +def _build_object_residual_image(doc: Dict[str, Any], object_layer: Dict[str, Any]) -> str: + promoted_regions = _object_promoted_regions(doc, str(object_layer.get("scene_object_id") or "")) + if not promoted_regions: + object_layer["display_image_path"] = object_layer.get("base_crop_image_path") or object_layer.get("crop_image_path") + return str(object_layer.get("display_image_path") or "") + crop_path = str(object_layer.get("base_crop_image_path") or object_layer.get("crop_image_path") or "").strip() + if not crop_path or not Path(crop_path).exists(): + return "" + crop_image = Image.open(crop_path).convert("RGBA") + alpha = crop_image.getchannel("A") + crop_box = object_layer.get("crop_box") if isinstance(object_layer.get("crop_box"), dict) else {} + for region in promoted_regions: + mask_path = str(region.get("mask_image_path") or "").strip() + source_rect = region.get("source_rect") if isinstance(region.get("source_rect"), dict) else {} + if not mask_path or not Path(mask_path).exists() or not source_rect: + continue + local_x = _int(source_rect.get("x"), 0) - _int(crop_box.get("x"), 0) + local_y = _int(source_rect.get("y"), 0) - _int(crop_box.get("y"), 0) + mask = Image.open(mask_path).convert("L") + alpha.paste(0, (local_x, local_y), mask=mask) + crop_image.putalpha(alpha) + asset_root = Path(str(doc.get("asset_root") or "")).resolve() + residual_path = asset_root / f"residual_{doc.get('revision_id')}_{_slug(object_layer.get('scene_object_id'))}.png" + crop_image.save(residual_path) + object_layer["display_image_path"] = str(residual_path) + return str(residual_path) + + +def _render_object_crop(base: Image.Image, object_layer: Dict[str, Any], image_path: str) -> None: + crop_path = str(image_path or "").strip() + if not crop_path or not Path(crop_path).exists(): + return + source_bbox = object_layer.get("source_bbox") if isinstance(object_layer.get("source_bbox"), dict) else {} + crop_box = object_layer.get("crop_box") if isinstance(object_layer.get("crop_box"), dict) else {} + current_x = _int(object_layer.get("x"), 0) + current_y = _int(object_layer.get("y"), 0) + current_w = max(1, _int(object_layer.get("width"), source_bbox.get("width", 1))) + current_h = max(1, _int(object_layer.get("height"), source_bbox.get("height", 1))) + source_w = max(1, _int(source_bbox.get("width"), current_w)) + source_h = max(1, _int(source_bbox.get("height"), current_h)) + ratio_x = current_w / source_w + ratio_y = current_h / source_h + crop_w = max(1, int(round(_int(crop_box.get("width"), current_w) * ratio_x))) + crop_h = max(1, int(round(_int(crop_box.get("height"), current_h) * ratio_y))) + offset_x = int(round(_int(object_layer.get("crop_offset_x"), 0) * ratio_x)) + offset_y = int(round(_int(object_layer.get("crop_offset_y"), 0) * ratio_y)) + paste_x = current_x - offset_x + paste_y = current_y - offset_y + crop = Image.open(crop_path).convert("RGBA").resize((crop_w, crop_h), Image.Resampling.LANCZOS) + layer = Image.new("RGBA", base.size, (0, 0, 0, 0)) + layer.alpha_composite(crop, (paste_x, paste_y)) + rotation = _float(object_layer.get("rotation"), 0.0) + if abs(rotation) > 0.01: + center = (current_x + current_w / 2.0, current_y + current_h / 2.0) + layer = layer.rotate(rotation, resample=Image.Resampling.BICUBIC, center=center) + base.alpha_composite(layer) + + +def _apply_region_visual_intent(crop: Image.Image, region: Dict[str, Any]) -> Image.Image: + edit_state = str(region.get("edit_state") or "idle") + if edit_state in {"idle", "transformed", "shown"}: + return crop + result = crop.convert("RGBA") + if edit_state == "weakened": + alpha = result.getchannel("A").point(lambda px: int(px * 0.38)) + result.putalpha(alpha) + return result + if edit_state == "emphasized": + alpha = result.getchannel("A").point(lambda px: min(255, int(px * 1.25))) + result.putalpha(alpha) + return ImageEnhance.Contrast(result).enhance(1.25) + if edit_state in {"replaced", "inpainted"}: + tinted = Image.new("RGBA", result.size, (255, 255, 255, 0)) + alpha = result.getchannel("A") + if edit_state == "replaced": + tinted.putalpha(alpha.point(lambda px: min(255, int(px * 0.78)))) + return Image.alpha_composite(result.filter(ImageFilter.GaussianBlur(radius=1.2)), tinted) + tinted.putalpha(alpha.point(lambda px: min(255, int(px * 0.88)))) + return Image.alpha_composite(result.filter(ImageFilter.GaussianBlur(radius=2.0)), tinted) + return result + + +def _render_region_crop(base: Image.Image, doc: Dict[str, Any], region: Dict[str, Any]) -> None: + crop_path = str(region.get("crop_image_path") or "").strip() + if not crop_path or not Path(crop_path).exists(): + return + display = _region_display_state(doc, region) + rect = display.get("current_rect") if isinstance(display.get("current_rect"), dict) else {} + if not rect: + return + current_w = max(1, _int(rect.get("width"), 1)) + current_h = max(1, _int(rect.get("height"), 1)) + paste_x = _int(rect.get("x"), 0) + paste_y = _int(rect.get("y"), 0) + crop = Image.open(crop_path).convert("RGBA").resize((current_w, current_h), Image.Resampling.LANCZOS) + crop = _apply_region_visual_intent(crop, region) + layer = Image.new("RGBA", base.size, (0, 0, 0, 0)) + layer.alpha_composite(crop, (paste_x, paste_y)) + rotation = _float(display.get("rotation"), 0.0) + if abs(rotation) > 0.01: + center = (paste_x + current_w / 2.0, paste_y + current_h / 2.0) + layer = layer.rotate(rotation, resample=Image.Resampling.BICUBIC, center=center) + base.alpha_composite(layer) + + +def _compose_doc(doc: Dict[str, Any]) -> Dict[str, Any]: + canvas = doc.get("canvas_size") if isinstance(doc.get("canvas_size"), dict) else {} + canvas_width = max(1, _int(canvas.get("width"), 1)) + canvas_height = max(1, _int(canvas.get("height"), 1)) + revision_id = str(doc.get("revision_id") or _new_revision_id()) + doc["revision_id"] = revision_id + if not _doc_has_visual_edits(doc): + base_image_path = str(doc.get("base_image_path") or "").strip() + if base_image_path and Path(base_image_path).exists(): + doc["composited_image_path"] = base_image_path + doc["overlay"] = _overlay_from_doc(doc) + _update_render_sync_state(doc) + return doc + background_path = str(doc.get("background_plate_path") or "").strip() + if background_path and Path(background_path).exists(): + base = Image.open(background_path).convert("RGBA") + else: + base = Image.new("RGBA", (canvas_width, canvas_height), (255, 255, 255, 255)) + + object_layers = sorted( + [item for item in doc.get("object_layers", []) or [] if isinstance(item, dict) and item.get("visible", True)], + key=lambda item: (_float(item.get("depth_z"), 0.0), _int(item.get("z_index"), 0)), + ) + for item in object_layers: + display_path = _build_object_residual_image(doc, item) + _render_object_crop(base, item, display_path) + + region_layers = sorted( + [ + item + for item in doc.get("region_layers", []) or [] + if isinstance(item, dict) and item.get("promoted") and item.get("visible", True) + ], + key=lambda item: ( + _float(_region_display_state(doc, item).get("depth_z"), 0.0), + _int(_region_display_state(doc, item).get("z_index"), 0), + str(item.get("region_id") or item.get("id") or ""), + ), + ) + for item in region_layers: + _render_region_crop(base, doc, item) + + for patch in doc.get("patch_layers", []) or []: + rect = _resolve_patch_rect(doc, patch) + if not rect: + continue + patch_layer = Image.new("RGBA", base.size, (0, 0, 0, 0)) + draw = ImageDraw.Draw(patch_layer, "RGBA") + kind = str(patch.get("kind") or "erase_region") + fill = (255, 255, 255, 255) if kind in {"erase_region", "brush_mask", "inpaint_region"} else (255, 255, 255, 190) + draw.rounded_rectangle( + [rect["x"], rect["y"], rect["x"] + rect["width"], rect["y"] + rect["height"]], + radius=max(8, int(min(rect["width"], rect["height"]) * 0.12)), + fill=fill, + outline=None, + ) + if kind == "brush_mask": + patch_layer = patch_layer.filter(ImageFilter.GaussianBlur(radius=8)) + elif kind == "inpaint_region": + patch_layer = patch_layer.filter(ImageFilter.GaussianBlur(radius=4)) + base.alpha_composite(patch_layer) + + asset_root = Path(str(doc.get("asset_root") or "")).resolve() + asset_root.mkdir(parents=True, exist_ok=True) + composited_path = asset_root / f"composited_{revision_id}.png" + base.convert("RGB").save(composited_path) + doc["composited_image_path"] = str(composited_path) + doc["overlay"] = _overlay_from_doc(doc) + _update_render_sync_state(doc) + return doc + + +def _make_object_layer( + base_image: Image.Image, + scene_object: Dict[str, Any], + asset_root: Path, + index: int, + canvas_width: int, + canvas_height: int, +) -> Dict[str, Any]: + source_bbox = _clamp_rect( + { + "x": scene_object.get("x", 0), + "y": scene_object.get("y", 0), + "width": scene_object.get("width", 1), + "height": scene_object.get("height", 1), + }, + canvas_width, + canvas_height, + ) + padding = max(8, int(min(source_bbox["width"], source_bbox["height"]) * 0.16)) + crop_box = _expand_box(source_bbox, canvas_width, canvas_height, padding) + crop = base_image.crop( + ( + crop_box["x"], + crop_box["y"], + crop_box["x"] + crop_box["width"], + crop_box["y"] + crop_box["height"], + ) + ).convert("RGBA") + alpha = _white_alpha_from_crop(crop) + rgba = crop.copy() + rgba.putalpha(alpha) + crop_path = asset_root / f"layer_{index:03d}_{_slug(scene_object.get('id') or scene_object.get('concept'))}.png" + rgba.save(crop_path) + return { + "id": f"layer_{_slug(scene_object.get('id') or index)}", + "scene_object_id": str(scene_object.get("id") or f"obj_{index}"), + "concept": str(scene_object.get("concept") or scene_object.get("asset_key") or f"对象{index}"), + "base_crop_image_path": str(crop_path), + "crop_image_path": str(crop_path), + "display_image_path": str(crop_path), + "source_bbox": source_bbox, + "crop_box": crop_box, + "crop_offset_x": source_bbox["x"] - crop_box["x"], + "crop_offset_y": source_bbox["y"] - crop_box["y"], + "x": source_bbox["x"], + "y": source_bbox["y"], + "width": source_bbox["width"], + "height": source_bbox["height"], + "rotation": _float(scene_object.get("rotation"), 0.0), + "scale": _float(scene_object.get("scale"), 1.0), + "depth_band": str(scene_object.get("depth_band") or "midground"), + "depth_z": _band_depth(scene_object.get("depth_band"), scene_object.get("depth_z")), + "z_index": _int(scene_object.get("z_index"), index), + "visible": bool(scene_object.get("visible", True)), + } + + +def _build_region_layer( + scene_object: Dict[str, Any], + object_layer: Dict[str, Any], + asset_root: Path, + region_spec: Dict[str, Any], + index: int, +) -> Dict[str, Any] | None: + source_rect = _clamp_rect( + { + "x": _float(scene_object.get("x"), 0.0) + _float(region_spec.get("x"), 0.0) * _float(scene_object.get("width"), 1.0), + "y": _float(scene_object.get("y"), 0.0) + _float(region_spec.get("y"), 0.0) * _float(scene_object.get("height"), 1.0), + "width": _float(region_spec.get("width"), 0.0) * _float(scene_object.get("width"), 1.0), + "height": _float(region_spec.get("height"), 0.0) * _float(scene_object.get("height"), 1.0), + }, + max(1, _int((scene_object.get("canvas_size") or {}).get("width"), object_layer.get("width", 1) + object_layer.get("x", 0) + 1)), + max(1, _int((scene_object.get("canvas_size") or {}).get("height"), object_layer.get("height", 1) + object_layer.get("y", 0) + 1)), + ) + object_crop_path = str(object_layer.get("base_crop_image_path") or object_layer.get("crop_image_path") or "").strip() + if not object_crop_path or not Path(object_crop_path).exists(): + return None + object_crop = Image.open(object_crop_path).convert("RGBA") + crop_box = object_layer.get("crop_box") if isinstance(object_layer.get("crop_box"), dict) else {} + local_x = _int(source_rect.get("x"), 0) - _int(crop_box.get("x"), 0) + local_y = _int(source_rect.get("y"), 0) - _int(crop_box.get("y"), 0) + local_w = max(1, _int(source_rect.get("width"), 1)) + local_h = max(1, _int(source_rect.get("height"), 1)) + region_crop = object_crop.crop((local_x, local_y, local_x + local_w, local_y + local_h)).convert("RGBA") + shape = str(region_spec.get("shape") or "rect") + region_mask = _shape_mask(local_w, local_h, shape) + region_alpha = ImageChops.multiply(_white_alpha_from_crop(region_crop), region_mask) + region_crop.putalpha(region_alpha) + object_id = str(scene_object.get("id") or object_layer.get("scene_object_id") or "object") + region_id = str(region_spec.get("id") or f"{object_id}_region_{index}") + crop_path = asset_root / f"region_{_slug(object_id)}_{_slug(region_id)}.png" + mask_path = asset_root / f"region_{_slug(object_id)}_{_slug(region_id)}_mask.png" + region_crop.save(crop_path) + region_mask.save(mask_path) + ratios = _object_rect_ratios(object_layer, {"source_rect": source_rect}) + return { + "id": region_id, + "region_id": region_id, + "parent_object_id": object_id, + "label": str(region_spec.get("label") or region_id), + "shape": shape, + "source_rect": source_rect, + "source_rect_ratios": ratios, + "crop_image_path": str(crop_path), + "mask_image_path": str(mask_path), + "actions": [str(item) for item in (region_spec.get("actions") or []) if str(item).strip()], + "visible": True, + "local_transform": _default_region_transform(), + "promoted": False, + "edit_state": "idle", + "render_intent": {"action": "idle", "prompt": "", "note": ""}, + } + + +def _build_region_layers(scene_spec: Dict[str, Any], object_layers: List[Dict[str, Any]], asset_root: Path) -> List[Dict[str, Any]]: + object_map = {str(item.get("scene_object_id") or ""): item for item in object_layers if isinstance(item, dict)} + regions: List[Dict[str, Any]] = [] + for scene_object in scene_spec.get("object_instances", []) or []: + if not isinstance(scene_object, dict): + continue + object_id = str(scene_object.get("id") or "") + object_layer = object_map.get(object_id) + if not object_layer: + continue + scene_object = _copy(scene_object) + scene_object["canvas_size"] = _copy(scene_spec.get("canvas_size") or {}) + region_specs = scene_object.get("region_masks") or [] + if not region_specs: + region_specs = [ + { + "id": "core", + "label": "主体区域", + "shape": "rect", + "x": 0.14, + "y": 0.14, + "width": 0.72, + "height": 0.72, + "actions": ["replace", "weaken", "hide", "emphasize"], + } + ] + for index, region_spec in enumerate(region_specs, start=1): + if not isinstance(region_spec, dict): + continue + layer = _build_region_layer(scene_object, object_layer, asset_root, region_spec, index) + if layer: + regions.append(layer) + return regions + + +def _default_depth_model(scene_spec: Dict[str, Any]) -> Dict[str, Any]: + counts = {"foreground": 0, "midground": 0, "background": 0} + for item in scene_spec.get("object_instances", []) or []: + if not isinstance(item, dict): + continue + band = str(item.get("depth_band") or "midground") + counts[band] = counts.get(band, 0) + 1 + return {"bands": counts, "mode": "parallax_v1"} + + +def _build_background_plate(base_image: Image.Image, object_layers: List[Dict[str, Any]], asset_root: Path) -> str: + background = base_image.copy() + fill_rgb = _estimate_background_rgb(base_image, stride=6) + for layer in object_layers: + crop_path = str(layer.get("base_crop_image_path") or layer.get("crop_image_path") or "").strip() + if not crop_path or not Path(crop_path).exists(): + continue + crop = Image.open(crop_path).convert("RGBA") + alpha = crop.getchannel("A").filter(ImageFilter.GaussianBlur(radius=1.8)) + wipe = Image.new("RGBA", crop.size, (*fill_rgb, 255)) + background.paste( + wipe, + (_int(layer.get("crop_box", {}).get("x"), 0), _int(layer.get("crop_box", {}).get("y"), 0)), + mask=alpha, + ) + output_path = asset_root / "background_plate.png" + background.convert("RGB").save(output_path) + return str(output_path) + + +def create_editable_sketch_doc( + *, + preview: Dict[str, Any], + scene_spec: Dict[str, Any], + session_id: str, + output_dir: str | Path = "outputs", + sketch_backend: str = "sketch_v2", + source_candidate_id: str | None = None, +) -> Dict[str, Any] | None: + if str(sketch_backend or "").strip().lower() != "sketch_v2": + return None + active_candidate = _candidate_from_preview(preview, source_candidate_id) + if not active_candidate: + return None + if str(active_candidate.get("provider") or "").strip().lower() != "sd": + return None + image_path = str(active_candidate.get("image_path") or "").strip() + if not image_path or not Path(image_path).exists(): + return None + + base_image = Image.open(image_path).convert("RGBA") + canvas_width, canvas_height = base_image.size + asset_root = _asset_root(output_dir, session_id, str(active_candidate.get("candidate_id") or "active")) + object_layers: List[Dict[str, Any]] = [] + for index, item in enumerate(scene_spec.get("object_instances", []) or [], start=1): + if not isinstance(item, dict): + continue + object_layers.append(_make_object_layer(base_image, item, asset_root, index, canvas_width, canvas_height)) + + region_layers = _build_region_layers(scene_spec, object_layers, asset_root) + doc = { + "revision_id": _new_revision_id(), + "session_id": session_id, + "sketch_backend": "sketch_v2", + "source_candidate_id": str(active_candidate.get("candidate_id") or "active"), + "source_provider": str(active_candidate.get("provider") or "sd"), + "base_image_path": image_path, + "asset_root": str(asset_root), + "canvas_size": {"width": canvas_width, "height": canvas_height}, + "camera_state": { + "pan_x": 0, + "pan_y": 0, + "zoom": 1.0, + "parallax_strength": 0.12, + "preview_enabled": False, + }, + "depth_model": _default_depth_model(scene_spec), + "object_layers": object_layers, + "region_layers": region_layers, + "patch_layers": [], + "edit_history": [], + "scene_sync_state": { + "synced_object_ids": [item.get("scene_object_id") for item in object_layers], + "pending_region_layers": 0, + "pending_patch_layers": 0, + "last_scene_delta": {"objects": [], "regions": [], "patches": []}, + }, + "render_sync_state": { + "ready": False, + "used_control_image_path": "", + "edit_summary": "", + "region_edit_summary": "", + "depth_summary": "", + "camera_summary": "", + "render_patch_constraints": [], + "region_edit_constraints": [], + }, + } + doc["background_plate_path"] = _build_background_plate(base_image, object_layers, asset_root) + return _compose_doc(doc) + + +def _update_scene_render_hints(scene_spec: Dict[str, Any], doc: Dict[str, Any]) -> None: + render_hints = scene_spec.setdefault("render_hints", {}) + render_sync = doc.get("render_sync_state") if isinstance(doc.get("render_sync_state"), dict) else {} + render_hints["edit_summary"] = str(render_sync.get("edit_summary") or "") + render_hints["region_edit_summary"] = str(render_sync.get("region_edit_summary") or "") + render_hints["depth_summary"] = str(render_sync.get("depth_summary") or "") + render_hints["camera_summary"] = str(render_sync.get("camera_summary") or "") + render_hints["render_patch_constraints"] = _copy(render_sync.get("render_patch_constraints") or []) + render_hints["region_edit_constraints"] = _copy(render_sync.get("region_edit_constraints") or []) + render_hints["editable_sketch_composited_path"] = str(doc.get("composited_image_path") or "") + + +def build_render_conditioning_bundle(doc: Dict[str, Any] | None) -> Dict[str, Any]: + doc = doc if isinstance(doc, dict) else {} + if not doc: + return {} + object_layers = [] + for item in doc.get("object_layers", []) or []: + if not isinstance(item, dict): + continue + object_layers.append( + { + "object_id": item.get("scene_object_id") or item.get("id"), + "concept": item.get("concept"), + "x": _int(item.get("x"), 0), + "y": _int(item.get("y"), 0), + "width": _int(item.get("width"), 0), + "height": _int(item.get("height"), 0), + "rotation": _float(item.get("rotation"), 0.0), + "scale": _float(item.get("scale"), 1.0), + "visible": bool(item.get("visible", True)), + "depth_band": str(item.get("depth_band") or "midground"), + "depth_z": _float(item.get("depth_z"), 0.52), + "z_index": _int(item.get("z_index"), 0), + "display_image_path": str(item.get("display_image_path") or item.get("crop_image_path") or ""), + "base_crop_image_path": str(item.get("base_crop_image_path") or ""), + "source_bbox": _copy(item.get("source_bbox") or {}), + } + ) + region_layers = [] + for item in doc.get("region_layers", []) or []: + if not isinstance(item, dict): + continue + display = _region_display_state(doc, item) + render_intent = item.get("render_intent") if isinstance(item.get("render_intent"), dict) else {} + region_layers.append( + { + "region_id": item.get("region_id") or item.get("id"), + "parent_object_id": item.get("parent_object_id") or item.get("object_id"), + "label": str(item.get("label") or item.get("region_id") or "region"), + "shape": str(item.get("shape") or "rect"), + "visible": bool(item.get("visible", True)), + "promoted": bool(item.get("promoted", False)), + "edit_state": str(item.get("edit_state") or "idle"), + "action": str(render_intent.get("action") or _normalize_region_action(item.get("edit_state") or "idle")), + "render_intent": _copy(render_intent), + "local_transform": _copy(item.get("local_transform") or _default_region_transform()), + "source_rect": _copy(item.get("source_rect") or {}), + "base_rect": _copy(display.get("base_rect") or {}), + "current_rect": _copy(display.get("current_rect") or {}), + "rotation": _float(display.get("rotation"), 0.0), + "depth_z": _float(display.get("depth_z"), 0.52), + "z_index": _int(display.get("z_index"), 0), + "crop_image_path": str(item.get("crop_image_path") or ""), + "mask_image_path": str(item.get("mask_image_path") or ""), + "edited": bool(_region_is_edited(item)), + } + ) + patch_layers = [] + for item in doc.get("patch_layers", []) or []: + if not isinstance(item, dict): + continue + patch_layers.append( + { + "patch_id": item.get("id"), + "kind": str(item.get("kind") or ""), + "prompt": str(item.get("prompt") or ""), + "note": str(item.get("note") or ""), + "rect": _copy(_resolve_patch_rect(doc, item) or item.get("rect") or {}), + "anchor_object_id": str(item.get("anchor_object_id") or ""), + "anchor_region_id": str(item.get("anchor_region_id") or item.get("region_id") or ""), + "follow_region": bool(item.get("follow_region", False)), + "follow_object": bool(item.get("follow_object", False)), + } + ) + return { + "version": 1, + "source": "editable_sketch_doc", + "revision_id": str(doc.get("revision_id") or ""), + "session_id": str(doc.get("session_id") or ""), + "sketch_backend": str(doc.get("sketch_backend") or ""), + "source_candidate_id": str(doc.get("source_candidate_id") or ""), + "base_image_path": str(doc.get("base_image_path") or ""), + "background_plate_path": str(doc.get("background_plate_path") or ""), + "composited_image_path": str(doc.get("composited_image_path") or ""), + "canvas_size": _copy(doc.get("canvas_size") or {}), + "camera_state": _copy(doc.get("camera_state") or {}), + "depth_model": _copy(doc.get("depth_model") or {}), + "edit_summary": _edit_summary(doc), + "region_edit_summary": _region_edit_summary(doc), + "region_edit_constraints": _region_edit_constraints(doc), + "render_patch_constraints": _render_patch_constraints(doc), + "object_layers": object_layers, + "region_layers": region_layers, + "patch_layers": patch_layers, + "counts": { + "objects": len(object_layers), + "regions": len(region_layers), + "edited_regions": len([item for item in region_layers if item.get("edited")]), + "patches": len(patch_layers), + }, + } + + +def attach_doc_to_preview(preview: Dict[str, Any], scene_spec: Dict[str, Any], doc: Dict[str, Any]) -> Dict[str, Any]: + updated_preview = _copy(preview) + updated_scene = _copy(scene_spec) + _update_scene_render_hints(updated_scene, doc) + updated_preview["scene_spec"] = updated_scene + updated_preview["editable_sketch_doc"] = _copy(doc) + updated_preview["editable_sketch_enabled"] = True + updated_preview["editable_sketch_revision_id"] = doc.get("revision_id") + updated_preview["editable_sketch_base_candidate_id"] = doc.get("source_candidate_id") + updated_preview["editable_sketch_source_candidate_id"] = doc.get("source_candidate_id") + updated_preview["editable_sketch_base_image_path"] = doc.get("base_image_path") + updated_preview["editable_sketch_composited_path"] = doc.get("composited_image_path") + updated_preview["editable_sketch_overlay"] = _copy(doc.get("overlay") or _overlay_from_doc(doc)) + updated_preview["editable_sketch_scene_sync"] = _copy(doc.get("scene_sync_state") or {}) + updated_preview["editable_sketch_history"] = _copy(doc.get("edit_history") or []) + updated_preview["editable_sketch_capabilities"] = { + "supported_ops": list(SUPPORTED_OPS), + "region_ops": list(REGION_ONLY_OPS), + "modes": ["select", "erase", "inpaint", "depth"], + "parallax": True, + "direct_on_active_sd_sketch": True, + } + render_bundle = updated_preview.get("render_bundle") + if isinstance(render_bundle, dict): + render_bundle = _copy(render_bundle) + model_inputs = render_bundle.get("model_inputs") if isinstance(render_bundle.get("model_inputs"), dict) else {} + model_inputs["used_control_image_path"] = str(doc.get("composited_image_path") or "") + render_bundle["model_inputs"] = model_inputs + updated_preview["render_bundle"] = render_bundle + return updated_preview + + +def detach_doc_from_preview(preview: Dict[str, Any], note: str = "") -> Dict[str, Any]: + updated_preview = _copy(preview) + for key in [ + "editable_sketch_doc", + "editable_sketch_revision_id", + "editable_sketch_base_candidate_id", + "editable_sketch_source_candidate_id", + "editable_sketch_base_image_path", + "editable_sketch_composited_path", + "editable_sketch_overlay", + "editable_sketch_scene_sync", + "editable_sketch_history", + "editable_sketch_capabilities", + ]: + updated_preview.pop(key, None) + updated_preview["editable_sketch_enabled"] = False + if note: + updated_preview["editable_sketch_note"] = note + return updated_preview + + +def ensure_editable_preview( + *, + preview: Dict[str, Any] | None, + session_id: str, + sketch_backend: str, + output_dir: str | Path = "outputs", + force_rebuild: bool = False, + source_candidate_id: str | None = None, +) -> Dict[str, Any] | None: + if not isinstance(preview, dict): + return preview + updated_preview = _copy(preview) + if str(sketch_backend or "").strip().lower() != "sketch_v2": + return detach_doc_from_preview(updated_preview, "Direct sketch editing is available only under sketch_v2.") + active_candidate = _candidate_from_preview(updated_preview, source_candidate_id) + if not active_candidate: + return detach_doc_from_preview(updated_preview, "No editable sketch candidate is available in the current session.") + provider = str(active_candidate.get("provider") or "").strip().lower() + if provider != "sd": + return detach_doc_from_preview(updated_preview, "Direct editing currently requires an SD sketch candidate. Please switch to an SD candidate.") + existing_doc = updated_preview.get("editable_sketch_doc") if isinstance(updated_preview.get("editable_sketch_doc"), dict) else None + same_candidate = existing_doc and str(existing_doc.get("source_candidate_id") or "") == str(active_candidate.get("candidate_id") or "") + same_base = existing_doc and str(existing_doc.get("base_image_path") or "") == str(active_candidate.get("image_path") or "") + if existing_doc and same_candidate and same_base and not force_rebuild: + return attach_doc_to_preview(updated_preview, updated_preview.get("scene_spec") or {}, existing_doc) + scene_spec = updated_preview.get("scene_spec") if isinstance(updated_preview.get("scene_spec"), dict) else {} + if not scene_spec: + return detach_doc_from_preview(updated_preview, "No SceneSpec is available in the current session.") + doc = create_editable_sketch_doc( + preview=updated_preview, + scene_spec=scene_spec, + session_id=session_id, + output_dir=output_dir, + sketch_backend=sketch_backend, + source_candidate_id=str(active_candidate.get("candidate_id") or ""), + ) + if not doc: + return detach_doc_from_preview(updated_preview, "Direct editing currently requires an SD sketch candidate. Please switch to an SD candidate.") + return attach_doc_to_preview(updated_preview, scene_spec, doc) + + +def _append_history(doc: Dict[str, Any], op: Dict[str, Any], note: str = "") -> None: + history = doc.setdefault("edit_history", []) + history.append( + { + "id": f"hist_{uuid.uuid4().hex[:10]}", + "type": str(op.get("type") or op.get("op") or ""), + "note": note, + "payload": _copy(op), + } + ) + if len(history) > 120: + del history[:-120] + + +def _resolve_op_rect(doc: Dict[str, Any], op: Dict[str, Any]) -> Dict[str, int] | None: + canvas = doc.get("canvas_size") if isinstance(doc.get("canvas_size"), dict) else {} + width = max(1, _int(canvas.get("width"), 1)) + height = max(1, _int(canvas.get("height"), 1)) + rect = op.get("rect") + if isinstance(rect, dict): + return _clamp_rect(rect, width, height) + points_rect = _rect_from_points(op.get("points") if isinstance(op.get("points"), list) else None, width, height) + if points_rect: + return points_rect + region_layer = _resolve_region_layer(doc, op) + if region_layer: + region_rect = _resolve_region_rect(doc, region_layer.get("parent_object_id"), region_layer.get("region_id")) + if region_rect: + return region_rect + object_layer = _resolve_object_layer(doc, op) + if object_layer: + return _clamp_rect( + { + "x": object_layer.get("x"), + "y": object_layer.get("y"), + "width": object_layer.get("width"), + "height": object_layer.get("height"), + }, + width, + height, + ) + return None + + +def _sync_object_to_scene(scene_obj: Dict[str, Any], layer: Dict[str, Any]) -> None: + scene_obj["x"] = _int(layer.get("x"), scene_obj.get("x", 0)) + scene_obj["y"] = _int(layer.get("y"), scene_obj.get("y", 0)) + scene_obj["width"] = _int(layer.get("width"), scene_obj.get("width", 1)) + scene_obj["height"] = _int(layer.get("height"), scene_obj.get("height", 1)) + scene_obj["rotation"] = _float(layer.get("rotation"), scene_obj.get("rotation", 0.0)) + scene_obj["scale"] = _float(layer.get("scale"), scene_obj.get("scale", 1.0)) + scene_obj["depth_band"] = str(layer.get("depth_band") or scene_obj.get("depth_band") or "midground") + scene_obj["depth_z"] = _float(layer.get("depth_z"), scene_obj.get("depth_z", _band_depth(layer.get("depth_band")))) + scene_obj["z_index"] = _int(layer.get("z_index"), scene_obj.get("z_index", 0)) + scene_obj["visible"] = bool(layer.get("visible", True)) + + +def _ensure_region_promoted(region: Dict[str, Any], *, action: str, prompt: str = "", note: str = "") -> None: + region["promoted"] = True + region["edit_state"] = _region_state_from_action(action) + render_intent = region.setdefault("render_intent", {}) + render_intent["action"] = action + render_intent["prompt"] = str(prompt or "") + render_intent["note"] = str(note or "") + + +def _apply_transform_object(doc: Dict[str, Any], scene_spec: Dict[str, Any], op: Dict[str, Any], scene_delta: Dict[str, Any]) -> None: + layer = _resolve_object_layer(doc, op) + if not layer: + return + source_bbox = layer.get("source_bbox") if isinstance(layer.get("source_bbox"), dict) else {} + if "dx" in op: + layer["x"] = _int(layer.get("x"), 0) + _int(op.get("dx"), 0) + if "dy" in op: + layer["y"] = _int(layer.get("y"), 0) + _int(op.get("dy"), 0) + if "x" in op: + layer["x"] = _int(op.get("x"), layer.get("x", 0)) + if "y" in op: + layer["y"] = _int(op.get("y"), layer.get("y", 0)) + if "width" in op: + layer["width"] = max(24, _int(op.get("width"), layer.get("width", 24))) + if "height" in op: + layer["height"] = max(24, _int(op.get("height"), layer.get("height", 24))) + if "scale" in op and "width" not in op and "height" not in op: + scale = max(0.2, min(3.0, _float(op.get("scale"), layer.get("scale", 1.0)))) + layer["scale"] = scale + if source_bbox: + layer["width"] = max(24, int(round(_int(source_bbox.get("width"), layer.get("width", 24)) * scale))) + layer["height"] = max(24, int(round(_int(source_bbox.get("height"), layer.get("height", 24)) * scale))) + else: + layer["scale"] = max(0.2, min(3.0, _float(op.get("scale"), layer.get("scale", 1.0)))) + if source_bbox and _int(source_bbox.get("width"), 0) > 0: + scale_x = _int(layer.get("width"), 1) / max(1, _int(source_bbox.get("width"), 1)) + scale_y = _int(layer.get("height"), 1) / max(1, _int(source_bbox.get("height"), 1)) + layer["scale"] = round((scale_x + scale_y) / 2.0, 4) + if "rotation" in op: + layer["rotation"] = _float(op.get("rotation"), layer.get("rotation", 0.0)) + scene_obj = _resolve_scene_object(scene_spec, layer) + if scene_obj: + _sync_object_to_scene(scene_obj, layer) + scene_delta["objects"].append( + { + "object_id": layer.get("scene_object_id"), + "x": layer.get("x"), + "y": layer.get("y"), + "width": layer.get("width"), + "height": layer.get("height"), + "rotation": layer.get("rotation"), + "scale": layer.get("scale"), + } + ) + _append_history(doc, op, note=f"Updated object {layer.get('concept')}") + + +def _apply_set_depth(doc: Dict[str, Any], scene_spec: Dict[str, Any], op: Dict[str, Any], scene_delta: Dict[str, Any]) -> None: + layer = _resolve_object_layer(doc, op) + if not layer: + return + depth_band = str(op.get("depth_band") or op.get("band") or layer.get("depth_band") or "midground") + layer["depth_band"] = depth_band + layer["depth_z"] = _band_depth(depth_band, op.get("depth_z")) + if "z_index" in op: + layer["z_index"] = _int(op.get("z_index"), layer.get("z_index", 0)) + scene_obj = _resolve_scene_object(scene_spec, layer) + if scene_obj: + _sync_object_to_scene(scene_obj, layer) + scene_delta["objects"].append( + { + "object_id": layer.get("scene_object_id"), + "depth_band": layer.get("depth_band"), + "depth_z": layer.get("depth_z"), + "z_index": layer.get("z_index"), + } + ) + _append_history(doc, op, note=f"Updated depth for {layer.get('concept')}") + + +def _apply_visibility(doc: Dict[str, Any], scene_spec: Dict[str, Any], op: Dict[str, Any], visible: bool, scene_delta: Dict[str, Any]) -> None: + layer = _resolve_object_layer(doc, op) + if not layer: + return + layer["visible"] = bool(visible) + scene_obj = _resolve_scene_object(scene_spec, layer) + if scene_obj: + _sync_object_to_scene(scene_obj, layer) + scene_delta["objects"].append({"object_id": layer.get("scene_object_id"), "visible": visible}) + _append_history(doc, op, note=f"{'Showed' if visible else 'Hid'} object {layer.get('concept')}") + + +def _apply_reorder(doc: Dict[str, Any], scene_spec: Dict[str, Any], op: Dict[str, Any], scene_delta: Dict[str, Any]) -> None: + layer = _resolve_object_layer(doc, op) + if not layer: + return + z_values = [_int(item.get("z_index"), 0) for item in doc.get("object_layers", []) or []] + direction = str(op.get("direction") or "").strip().lower() + if "z_index" in op: + layer["z_index"] = _int(op.get("z_index"), layer.get("z_index", 0)) + elif direction == "front": + layer["z_index"] = (max(z_values) if z_values else 0) + 1 + elif direction == "back": + layer["z_index"] = (min(z_values) if z_values else 0) - 1 + scene_obj = _resolve_scene_object(scene_spec, layer) + if scene_obj: + _sync_object_to_scene(scene_obj, layer) + scene_delta["objects"].append({"object_id": layer.get("scene_object_id"), "z_index": layer.get("z_index")}) + _append_history(doc, op, note=f"Reordered object {layer.get('concept')}") + + +def _apply_transform_region(doc: Dict[str, Any], op: Dict[str, Any], scene_delta: Dict[str, Any]) -> None: + region = _resolve_region_layer(doc, op) + if not region: + return + base_rect = _region_display_state(doc, region).get("base_rect") or {} + transform = region.setdefault("local_transform", _default_region_transform()) + if "dx" in op: + transform["tx"] = _float(transform.get("tx"), 0.0) + _float(op.get("dx"), 0.0) + if "dy" in op: + transform["ty"] = _float(transform.get("ty"), 0.0) + _float(op.get("dy"), 0.0) + if "x" in op: + transform["tx"] = _float(op.get("x"), base_rect.get("x", 0.0)) - _float(base_rect.get("x"), 0.0) + if "y" in op: + transform["ty"] = _float(op.get("y"), base_rect.get("y", 0.0)) - _float(base_rect.get("y"), 0.0) + if "scale" in op: + scale = max(0.25, min(3.0, _float(op.get("scale"), 1.0))) + transform["scale_x"] = scale + transform["scale_y"] = scale + if "scale_x" in op: + transform["scale_x"] = max(0.25, min(3.0, _float(op.get("scale_x"), 1.0))) + if "scale_y" in op: + transform["scale_y"] = max(0.25, min(3.0, _float(op.get("scale_y"), 1.0))) + if "width" in op and _float(base_rect.get("width"), 0.0) > 0: + transform["scale_x"] = max(0.25, min(3.0, _float(op.get("width"), base_rect.get("width", 1.0)) / _float(base_rect.get("width"), 1.0))) + if "height" in op and _float(base_rect.get("height"), 0.0) > 0: + transform["scale_y"] = max(0.25, min(3.0, _float(op.get("height"), base_rect.get("height", 1.0)) / _float(base_rect.get("height"), 1.0))) + if "rotation" in op: + transform["rotation"] = _float(op.get("rotation"), transform.get("rotation", 0.0)) + _ensure_region_promoted(region, action="transform", prompt=str(op.get("prompt") or "")) + display = _region_display_state(doc, region) + scene_delta["regions"].append( + { + "region_id": region.get("region_id"), + "parent_object_id": region.get("parent_object_id"), + "action": "transform", + "current_rect": _copy(display.get("current_rect") or {}), + "transform": _copy(transform), + } + ) + _append_history(doc, op, note=f"Updated region {region.get('label')}") + + +def _apply_region_visibility(doc: Dict[str, Any], op: Dict[str, Any], visible: bool, scene_delta: Dict[str, Any]) -> None: + region = _resolve_region_layer(doc, op) + if not region: + return + region["visible"] = bool(visible) + action = "show" if visible else "hide" + _ensure_region_promoted(region, action=action, prompt=str(op.get("prompt") or "")) + scene_delta["regions"].append( + { + "region_id": region.get("region_id"), + "parent_object_id": region.get("parent_object_id"), + "action": action, + "visible": bool(visible), + } + ) + _append_history(doc, op, note=f"{'Showed' if visible else 'Hid'} region {region.get('label')}") + + +def _apply_region_semantic_op(doc: Dict[str, Any], op: Dict[str, Any], action: str, scene_delta: Dict[str, Any]) -> None: + region = _resolve_region_layer(doc, op) + if not region: + return + prompt = str(op.get("prompt") or "").strip() + _ensure_region_promoted(region, action=action, prompt=prompt, note=str(op.get("note") or "")) + region["visible"] = True + scene_delta["regions"].append( + { + "region_id": region.get("region_id"), + "parent_object_id": region.get("parent_object_id"), + "action": action, + "prompt": prompt, + "current_rect": _copy((_region_display_state(doc, region).get("current_rect") or {})), + } + ) + _append_history(doc, op, note=f"{_region_action_text(action)} region {region.get('label')}") + + +def _apply_restore_region(doc: Dict[str, Any], op: Dict[str, Any], scene_delta: Dict[str, Any]) -> bool: + region = _resolve_region_layer(doc, op) + if region: + region["visible"] = True + region["promoted"] = False + region["edit_state"] = "idle" + region["local_transform"] = _default_region_transform() + region["render_intent"] = {"action": "idle", "prompt": "", "note": ""} + scene_delta["regions"].append( + { + "region_id": region.get("region_id"), + "parent_object_id": region.get("parent_object_id"), + "action": "restore", + } + ) + _append_history(doc, op, note=f"Restored region {region.get('label')}") + return True + return False + + +def _apply_patch_layer(doc: Dict[str, Any], op: Dict[str, Any], kind: str, scene_delta: Dict[str, Any]) -> None: + rect = _resolve_op_rect(doc, op) + if not rect: + return + region_layer = _resolve_region_layer(doc, op) + object_layer = _resolve_object_layer(doc, op) + follow_region = bool(op.get("follow_region", False) and region_layer) + follow_object = bool(op.get("follow_object", False) and object_layer and not follow_region) + patch: Dict[str, Any] = { + "id": f"patch_{uuid.uuid4().hex[:10]}", + "kind": kind, + "rect": rect, + "prompt": str(op.get("prompt") or ""), + "note": str(op.get("note") or ""), + "anchor_object_id": object_layer.get("scene_object_id") if object_layer else "", + "anchor_region_id": region_layer.get("region_id") if region_layer else "", + "region_id": region_layer.get("region_id") if region_layer else "", + "follow_region": follow_region, + "follow_object": follow_object, + } + if follow_region and region_layer: + region_rect = _region_display_state(doc, region_layer).get("current_rect") or {} + region_w = max(1, _int(region_rect.get("width"), 1)) + region_h = max(1, _int(region_rect.get("height"), 1)) + patch["relative_rect"] = { + "x": (rect["x"] - _int(region_rect.get("x"), 0)) / region_w, + "y": (rect["y"] - _int(region_rect.get("y"), 0)) / region_h, + "width": rect["width"] / region_w, + "height": rect["height"] / region_h, + } + elif follow_object and object_layer: + layer_w = max(1, _int(object_layer.get("width"), 1)) + layer_h = max(1, _int(object_layer.get("height"), 1)) + patch["relative_rect"] = { + "x": (rect["x"] - _int(object_layer.get("x"), 0)) / layer_w, + "y": (rect["y"] - _int(object_layer.get("y"), 0)) / layer_h, + "width": rect["width"] / layer_w, + "height": rect["height"] / layer_h, + } + doc.setdefault("patch_layers", []).append(patch) + scene_delta["patches"].append({"patch_id": patch["id"], "kind": kind, "rect": rect}) + _append_history(doc, op, note=f"Added {kind} patch") + + +def _apply_restore_patch(doc: Dict[str, Any], op: Dict[str, Any], scene_delta: Dict[str, Any]) -> None: + patch_layers = doc.get("patch_layers") + if not isinstance(patch_layers, list) or not patch_layers: + return + target_id = str(op.get("patch_id") or "").strip() + removed = None + if target_id: + for index, item in enumerate(list(patch_layers)): + if str(item.get("id") or "") == target_id: + removed = patch_layers.pop(index) + break + if removed is None: + object_id = str(op.get("object_id") or "").strip() + region_id = str(op.get("region_id") or "").strip() + for index in range(len(patch_layers) - 1, -1, -1): + item = patch_layers[index] + if object_id and str(item.get("anchor_object_id") or "") != object_id: + continue + if region_id and str(item.get("region_id") or item.get("anchor_region_id") or "") != region_id: + continue + removed = patch_layers.pop(index) + break + if removed is None and patch_layers: + removed = patch_layers.pop() + if removed is not None: + scene_delta["patches"].append({"restored_patch_id": removed.get("id")}) + _append_history(doc, op, note=f"Restored patch {removed.get('id')}") + + +def apply_patch_ops( + *, + preview: Dict[str, Any], + session_id: str, + sketch_backend: str = "sketch_v2", + output_dir: str | Path = "outputs", + ops: List[Dict[str, Any]] | None = None, + source_candidate_id: str | None = None, +) -> Dict[str, Any]: + prepared = ensure_editable_preview( + preview=preview, + session_id=session_id, + sketch_backend=sketch_backend, + output_dir=output_dir, + force_rebuild=False, + source_candidate_id=source_candidate_id, + ) + if not isinstance(prepared, dict): + return {"preview": preview, "scene_sync_delta": {"objects": [], "regions": [], "patches": []}, "render_sync_ready": False} + if not prepared.get("editable_sketch_enabled"): + return {"preview": prepared, "scene_sync_delta": {"objects": [], "regions": [], "patches": []}, "render_sync_ready": False} + + doc = _copy(prepared.get("editable_sketch_doc") or {}) + scene_spec = _copy(prepared.get("scene_spec") or {}) + ops = [item for item in (ops or []) if isinstance(item, dict)] + scene_delta = {"objects": [], "regions": [], "patches": []} + + for op in ops: + op_type = str(op.get("type") or op.get("op") or "").strip() + if op_type == "transform_object": + _apply_transform_object(doc, scene_spec, op, scene_delta) + elif op_type == "set_depth": + _apply_set_depth(doc, scene_spec, op, scene_delta) + elif op_type == "hide_object": + _apply_visibility(doc, scene_spec, op, False, scene_delta) + elif op_type == "show_object": + _apply_visibility(doc, scene_spec, op, True, scene_delta) + elif op_type == "reorder_layer": + _apply_reorder(doc, scene_spec, op, scene_delta) + elif op_type == "transform_region": + _apply_transform_region(doc, op, scene_delta) + elif op_type == "hide_region": + _apply_region_visibility(doc, op, False, scene_delta) + elif op_type == "show_region": + _apply_region_visibility(doc, op, True, scene_delta) + elif op_type == "replace_region": + _apply_region_semantic_op(doc, op, "replace", scene_delta) + elif op_type == "emphasize_region": + _apply_region_semantic_op(doc, op, "emphasize", scene_delta) + elif op_type == "weaken_region": + _apply_region_semantic_op(doc, op, "weaken", scene_delta) + elif op_type == "restore_region": + if not _apply_restore_region(doc, op, scene_delta): + _apply_restore_patch(doc, op, scene_delta) + elif op_type == "inpaint_region": + if _resolve_region_layer(doc, op): + _apply_region_semantic_op(doc, op, "inpaint", scene_delta) + else: + _apply_patch_layer(doc, op, op_type, scene_delta) + elif op_type in {"erase_region", "brush_mask"}: + _apply_patch_layer(doc, op, op_type, scene_delta) + + doc["revision_id"] = _new_revision_id() + doc.setdefault("scene_sync_state", {}) + doc["scene_sync_state"]["synced_object_ids"] = sorted( + { + item.get("object_id") + for item in scene_delta.get("objects", []) + if isinstance(item, dict) and str(item.get("object_id") or "").strip() + } + ) + doc["scene_sync_state"]["pending_region_layers"] = len( + [item for item in doc.get("region_layers", []) or [] if isinstance(item, dict) and _region_is_edited(item)] + ) + doc["scene_sync_state"]["pending_patch_layers"] = len(doc.get("patch_layers", []) or []) + doc["scene_sync_state"]["last_scene_delta"] = _copy(scene_delta) + doc["depth_model"] = _default_depth_model({"object_instances": doc.get("object_layers", []) or []}) + doc = _compose_doc(doc) + updated_preview = attach_doc_to_preview(prepared, scene_spec, doc) + return { + "preview": updated_preview, + "scene_sync_delta": scene_delta, + "render_sync_ready": bool((doc.get("render_sync_state") or {}).get("ready")), + } diff --git a/runtime/memory-api/core/sketch_quality_schema.py b/runtime/memory-api/core/sketch_quality_schema.py new file mode 100644 index 0000000..9a36b3d --- /dev/null +++ b/runtime/memory-api/core/sketch_quality_schema.py @@ -0,0 +1,330 @@ +from __future__ import annotations + +import json +from dataclasses import dataclass +from typing import Any, Dict, Iterable, List, Sequence + + +SKETCH_QUALITY_SCHEMA_VERSION = "tmcra_sketch_quality_v1" +DISTANCE_TO_TARGET_VALUES = ("close", "medium", "far") +SCENE_COVERAGE_GROUPS = ("nature", "urban", "street", "indoor", "surreal", "general") +FOCUS_MODES = ( + "class_separation", + "silhouette_stability", + "line_cleanup", + "layout_to_scene_structure", + "depth_and_perspective", + "support_object_coverage", + "editability", + "target_style_alignment", +) + +DIMENSION_TO_FOCUS_MODES: dict[str, tuple[str, ...]] = { + "subject_readability": ("class_separation", "silhouette_stability"), + "line_cleanliness": ("line_cleanup", "target_style_alignment"), + "editable_control": ("editability", "layout_to_scene_structure"), + "scene_layering": ("layout_to_scene_structure", "support_object_coverage"), + "perspective_logic": ("depth_and_perspective",), + "scene_richness": ("support_object_coverage",), +} + + +@dataclass(frozen=True) +class SketchQualityDimension: + key: str + label: str + weight: float + description: str + scoring_focus: tuple[str, ...] + downgrade_signals: tuple[str, ...] + + +CANONICAL_SKETCH_QUALITY_DIMENSIONS: tuple[SketchQualityDimension, ...] = ( + SketchQualityDimension( + key="subject_readability", + label="Subject Readability", + weight=0.24, + description="Main subject class, silhouette, and semantic intent are obvious at a glance.", + scoring_focus=("class separation", "silhouette stability", "clear primary subject"), + downgrade_signals=("ambiguous subject", "merged classes", "missing key parts"), + ), + SketchQualityDimension( + key="line_cleanliness", + label="Line Cleanliness", + weight=0.2, + description="Contours are clean, stable, and usable as editable sketch structure.", + scoring_focus=("clean contour control", "consistent stroke quality", "low clutter"), + downgrade_signals=("scratchy lines", "double edges", "noisy decorative detail"), + ), + SketchQualityDimension( + key="editable_control", + label="Editable Control", + weight=0.18, + description="Geometry is controllable, decomposable, and easy to edit downstream.", + scoring_focus=("stable structure", "part boundaries", "layout controllability"), + downgrade_signals=("collapsed forms", "uneditable tangles", "weak part separation"), + ), + SketchQualityDimension( + key="scene_layering", + label="Scene Layering", + weight=0.15, + description="Foreground, midground, background, and support objects form a readable scene stack.", + scoring_focus=("depth grouping", "support object placement", "clear near-far layout"), + downgrade_signals=("flat layout", "missing support context", "foreground/background confusion"), + ), + SketchQualityDimension( + key="perspective_logic", + label="Perspective Logic", + weight=0.13, + description="Scale, overlap, road/bridge direction, skyline placement, and depth cues are coherent.", + scoring_focus=("correct scale falloff", "consistent vanishing logic", "physical plausibility"), + downgrade_signals=("broken depth", "conflicting scale", "perspective drift"), + ), + SketchQualityDimension( + key="scene_richness", + label="Scene Richness", + weight=0.1, + description="The scene includes enough secondary elements to support the subject without clutter.", + scoring_focus=("useful support objects", "scene completeness", "non-empty composition"), + downgrade_signals=("too empty", "support objects missing", "overcrowded clutter"), + ), +) + + +LEGACY_TMCRA_DIMENSION_CROSSWALK: dict[str, tuple[str, ...]] = { + "concept_clarity": ("subject_readability",), + "structural_integrity": ("editable_control", "scene_layering"), + "line_quality": ("line_cleanliness",), + "style_consistency": ("line_cleanliness", "editable_control"), + "creative_expression": ("scene_richness",), + "semantic_accuracy": ("subject_readability", "perspective_logic"), +} + + +TMCRA_SKETCH_PHILOSOPHY = ( + "TMCRA sketch training should favor semantic clarity, controllable structure, and useful scene support " + "over decorative detail. The goal is not photorealism. The goal is a readable, editable structural sketch " + "that can carry intent through the product chain: query -> scene plan -> scene line -> final sketch quality." +) + + +def dimension_keys() -> list[str]: + return [item.key for item in CANONICAL_SKETCH_QUALITY_DIMENSIONS] + + +def dimension_specs() -> list[SketchQualityDimension]: + return list(CANONICAL_SKETCH_QUALITY_DIMENSIONS) + + +def build_output_template() -> dict[str, Any]: + payload: dict[str, Any] = { + "schema_version": SKETCH_QUALITY_SCHEMA_VERSION, + "overall_score": 0.0, + } + for item in CANONICAL_SKETCH_QUALITY_DIMENSIONS: + payload[item.key] = 0.0 + payload.update( + { + "distance_to_target": "medium", + "major_gaps": ["gap"], + "retrain_focus": ["class_separation"], + "verdict": "needs_targeted_retrain", + "adaptive_training_policy": { + "generalization_strength": 0.0, + "specialization_strength": 0.0, + "synthetic_data_priority": 0.0, + "base_data_priority": 0.0, + "scene_coverage_groups": ["general"], + "focus_modes": ["layout_to_scene_structure"], + "rationale": "short reason", + }, + } + ) + return payload + + +def output_template_json() -> str: + return json.dumps(build_output_template(), ensure_ascii=False, indent=2) + + +def build_vlm_judge_prompt() -> str: + lines = [ + "You are reviewing a clean-line sketch preview generated during TMCRA training.", + TMCRA_SKETCH_PHILOSOPHY, + "", + "Score every primary dimension from 0.0 to 10.0.", + "Use harsher penalties for unreadable structure, weak class separation, bad depth logic, and messy outlines than for lack of decorative detail.", + "", + "Primary dimensions:", + ] + for item in CANONICAL_SKETCH_QUALITY_DIMENSIONS: + focus = ", ".join(item.scoring_focus) + penalties = ", ".join(item.downgrade_signals) + lines.append( + f"- {item.key} ({item.label}, weight {item.weight:.2f}): {item.description} " + f"Focus on {focus}. Downgrade for {penalties}." + ) + lines.extend( + [ + "", + "Older TMCRA internal rubric ideas should be translated into the production-facing dimensions above using this crosswalk:", + ] + ) + for legacy_key, canonical_keys in LEGACY_TMCRA_DIMENSION_CROSSWALK.items(): + lines.append(f"- {legacy_key} -> {', '.join(canonical_keys)}") + lines.extend( + [ + "", + "Important scoring rule: favor readability, controllable structure, class separation, clean editable outlines, correct near-far logic, coherent perspective, and rich but uncluttered scene support over decorative detail.", + "If foreground/background size, overlap, road direction, skyline placement, bridge perspective, or object depth logic is weak, score scene_layering and perspective_logic aggressively lower.", + "If the scene is too empty, lacks support objects, or fails to provide useful secondary elements around the subject, score scene_richness lower even if the main subject is readable.", + "Use adaptive_training_policy to describe what the next training round should emphasize.", + "", + "Return strict JSON:", + output_template_json(), + ] + ) + return "\n".join(lines) + + +def _clamp_float(value: Any, *, lower: float, upper: float, default: float) -> float: + try: + parsed = float(value) + except Exception: + return default + return max(lower, min(upper, parsed)) + + +def _clean_string_list(values: Any) -> list[str]: + if not isinstance(values, Iterable) or isinstance(values, (str, bytes, dict)): + return [] + cleaned: list[str] = [] + for value in values: + token = str(value or "").strip() + if token: + cleaned.append(token) + return cleaned + + +def _mapped_legacy_scores(parsed: dict[str, Any]) -> dict[str, list[float]]: + mapped: dict[str, list[float]] = {item.key: [] for item in CANONICAL_SKETCH_QUALITY_DIMENSIONS} + for legacy_key, canonical_keys in LEGACY_TMCRA_DIMENSION_CROSSWALK.items(): + if legacy_key not in parsed: + continue + value = _clamp_float(parsed.get(legacy_key), lower=0.0, upper=10.0, default=0.0) + for canonical_key in canonical_keys: + mapped.setdefault(canonical_key, []).append(value) + return mapped + + +def normalize_sketch_quality_result(parsed: dict[str, Any]) -> dict[str, Any]: + if not isinstance(parsed, dict): + return {} + normalized: dict[str, Any] = {} + mapped_legacy = _mapped_legacy_scores(parsed) + weighted_total = 0.0 + weight_sum = 0.0 + for item in CANONICAL_SKETCH_QUALITY_DIMENSIONS: + raw_value = parsed.get(item.key) + if raw_value is None and mapped_legacy.get(item.key): + raw_value = sum(mapped_legacy[item.key]) / len(mapped_legacy[item.key]) + value = _clamp_float(raw_value, lower=0.0, upper=10.0, default=0.0) + normalized[item.key] = value + weighted_total += value * item.weight + weight_sum += item.weight + overall_default = weighted_total / weight_sum if weight_sum > 0 else 0.0 + normalized["schema_version"] = str(parsed.get("schema_version") or SKETCH_QUALITY_SCHEMA_VERSION) + normalized["overall_score"] = _clamp_float( + parsed.get("overall_score"), + lower=0.0, + upper=10.0, + default=overall_default, + ) + distance = str(parsed.get("distance_to_target") or "medium").strip().lower() + distance_aliases = { + "moderate": "medium", + "mid": "medium", + "good": "close", + "poor": "far", + } + distance = distance_aliases.get(distance, distance) + normalized["distance_to_target"] = distance if distance in DISTANCE_TO_TARGET_VALUES else "medium" + fallback_gap_dimensions = [ + item.label + for item in CANONICAL_SKETCH_QUALITY_DIMENSIONS + if normalized[item.key] < 6.0 + ] + major_gaps = _clean_string_list(parsed.get("major_gaps")) + if not major_gaps: + major_gaps = [f"{label} is weak" for label in fallback_gap_dimensions[:3]] + normalized["major_gaps"] = major_gaps + retrain_focus = [token for token in _clean_string_list(parsed.get("retrain_focus")) if token in FOCUS_MODES] + if not retrain_focus: + weakest_dimensions = sorted( + CANONICAL_SKETCH_QUALITY_DIMENSIONS, + key=lambda item: normalized[item.key], + )[:2] + derived_focus: list[str] = [] + for item in weakest_dimensions: + for token in DIMENSION_TO_FOCUS_MODES.get(item.key, ()): + if token not in derived_focus: + derived_focus.append(token) + retrain_focus = derived_focus + normalized["retrain_focus"] = retrain_focus + verdict = str(parsed.get("verdict") or "").strip().lower() + if not verdict: + minimum_dimension = min(normalized[item.key] for item in CANONICAL_SKETCH_QUALITY_DIMENSIONS) + if normalized["overall_score"] >= 8.5 and minimum_dimension >= 8.0: + verdict = "target_close_enough" + elif normalized["overall_score"] >= 7.0: + verdict = "continue_with_targeted_cleanup" + else: + verdict = "needs_targeted_retrain" + normalized["verdict"] = verdict + adaptive_policy = parsed.get("adaptive_training_policy") + policy_payload = adaptive_policy if isinstance(adaptive_policy, dict) else {} + normalized["adaptive_training_policy"] = { + "generalization_strength": _clamp_float( + policy_payload.get("generalization_strength"), lower=0.0, upper=1.0, default=0.0 + ), + "specialization_strength": _clamp_float( + policy_payload.get("specialization_strength"), lower=0.0, upper=1.0, default=0.0 + ), + "synthetic_data_priority": _clamp_float( + policy_payload.get("synthetic_data_priority"), lower=0.0, upper=1.0, default=0.0 + ), + "base_data_priority": _clamp_float( + policy_payload.get("base_data_priority"), lower=0.0, upper=1.0, default=0.0 + ), + "scene_coverage_groups": [ + token + for token in (item.strip().lower() for item in _clean_string_list(policy_payload.get("scene_coverage_groups"))) + if token in SCENE_COVERAGE_GROUPS + ], + "focus_modes": [ + token + for token in _clean_string_list(policy_payload.get("focus_modes")) + if token in FOCUS_MODES + ], + "rationale": str(policy_payload.get("rationale") or "").strip(), + } + return normalized + + +__all__ = [ + "CANONICAL_SKETCH_QUALITY_DIMENSIONS", + "DISTANCE_TO_TARGET_VALUES", + "DIMENSION_TO_FOCUS_MODES", + "FOCUS_MODES", + "LEGACY_TMCRA_DIMENSION_CROSSWALK", + "SCENE_COVERAGE_GROUPS", + "SKETCH_QUALITY_SCHEMA_VERSION", + "SketchQualityDimension", + "TMCRA_SKETCH_PHILOSOPHY", + "build_output_template", + "build_vlm_judge_prompt", + "dimension_keys", + "dimension_specs", + "normalize_sketch_quality_result", + "output_template_json", +] diff --git a/runtime/memory-api/core/sketch_style_spec.py b/runtime/memory-api/core/sketch_style_spec.py new file mode 100644 index 0000000..b6ffb1a --- /dev/null +++ b/runtime/memory-api/core/sketch_style_spec.py @@ -0,0 +1,333 @@ +from __future__ import annotations + +import json +from typing import Any, Dict, List + + +def _copy(value: Any) -> Any: + return json.loads(json.dumps(value, ensure_ascii=False)) + + +SKETCH_VIEW_MODE_ALIASES: Dict[str, str] = { + "rough": "rough", + "base": "rough", + "structure": "structure", + "structural": "structure", + "annotated": "annotated", + "annotation": "annotated", + "region": "region", + "region_overlay": "region", +} + + +DEFAULT_LAYOUT_FLAGS: Dict[str, Any] = { + "sketch_view_mode": "structure", + "annotation_level": "light", + "region_edit_enabled": True, +} + + +REGION_ACTION_LABELS: Dict[str, str] = { + "hide": "隐藏", + "weaken": "弱化", + "emphasize": "强调", + "replace": "替换", +} + + +STROKE_STYLE_PRESETS: Dict[str, Dict[str, Any]] = { + "scribble_line": { + "line_width": 1.0, + "secondary_line_width": 0.76, + "guide_opacity": 0.28, + "roughness": 0.72, + "fill_opacity": 0.1, + "annotation_color": "#f97316", + "region_color": "#38bdf8", + "region_fill": "rgba(56, 189, 248, 0.14)", + }, + "clean_line": { + "line_width": 0.94, + "secondary_line_width": 0.72, + "guide_opacity": 0.2, + "roughness": 0.18, + "fill_opacity": 0.08, + "annotation_color": "#eab308", + "region_color": "#38bdf8", + "region_fill": "rgba(56, 189, 248, 0.12)", + }, + "blueprint": { + "line_width": 0.92, + "secondary_line_width": 0.72, + "guide_opacity": 0.24, + "roughness": 0.12, + "fill_opacity": 0.06, + "annotation_color": "#fb7185", + "region_color": "#7dd3fc", + "region_fill": "rgba(125, 211, 252, 0.12)", + }, + "wireframe": { + "line_width": 0.88, + "secondary_line_width": 0.68, + "guide_opacity": 0.18, + "roughness": 0.06, + "fill_opacity": 0.03, + "annotation_color": "#0ea5e9", + "region_color": "#94a3b8", + "region_fill": "rgba(148, 163, 184, 0.08)", + }, +} + + +def normalize_view_mode(value: str | None) -> str: + token = str(value or "").strip().lower() + return SKETCH_VIEW_MODE_ALIASES.get(token, DEFAULT_LAYOUT_FLAGS["sketch_view_mode"]) + + +def normalize_annotation_level(value: str | None) -> str: + token = str(value or "").strip().lower() + if token in {"off", "light", "edit"}: + return token + return DEFAULT_LAYOUT_FLAGS["annotation_level"] + + +def normalize_style_variant(value: str | None) -> str: + token = str(value or "").strip().lower() + if token in STROKE_STYLE_PRESETS: + return token + if token == "line_art": + return "scribble_line" + if token == "minimal": + return "clean_line" + return "scribble_line" + + +def normalize_region_action(value: str | None) -> str: + token = str(value or "").strip().lower() + if token in REGION_ACTION_LABELS: + return token + return "" + + +def action_label(value: str | None) -> str: + return REGION_ACTION_LABELS.get(normalize_region_action(value), "") + + +def build_stroke_style_profile( + asset_key: str, + *, + scene_type: str = "scene", + style_variant: str = "scribble_line", + sketch_family: str = "", +) -> Dict[str, Any]: + normalized_style = normalize_style_variant(style_variant) + preset = _copy(STROKE_STYLE_PRESETS.get(normalized_style, STROKE_STYLE_PRESETS["scribble_line"])) + family = sketch_family or infer_sketch_family(asset_key, scene_type=scene_type) + if family == "scene_subject": + preset["line_width"] = round(float(preset["line_width"]) * 1.12, 3) + preset["fill_opacity"] = round(float(preset["fill_opacity"]) + 0.03, 3) + elif family == "process_motif": + preset["secondary_line_width"] = round(float(preset["secondary_line_width"]) * 0.92, 3) + elif family == "schematic_symbol": + preset["roughness"] = round(float(preset["roughness"]) * 0.4, 3) + preset["fill_opacity"] = round(float(preset["fill_opacity"]) * 0.5, 3) + preset["style_variant"] = normalized_style + preset["scene_type"] = scene_type + preset["sketch_family"] = family + return preset + + +def infer_sketch_family(asset_key: str, *, scene_type: str = "scene") -> str: + key = str(asset_key or "").strip().lower() + if key in {"building", "house", "tree", "person", "car", "dog", "street_lamp", "table", "chair", "desk_lamp"}: + return "scene_subject" if key in {"building", "house", "person", "car", "dog"} else "scene_support" + if key in {"window", "door"}: + return "scene_detail" + if key in {"cloud", "sun", "road"}: + return "scene_environment" + if key in {"cycle", "flow_node", "energy_wave", "vapor", "raindrop", "leaf", "airplane", "cell"}: + return "process_motif" + if key in {"battery", "led", "resistor", "capacitor", "diode", "board", "module", "branch"}: + return "schematic_symbol" + if scene_type == "process": + return "process_motif" + if scene_type == "schematic": + return "schematic_symbol" + return "scene_support" + + +def default_readability_rank(asset_key: str, *, scene_type: str = "scene") -> int: + key = str(asset_key or "").strip().lower() + if key in {"building", "house", "tree", "person", "car", "cloud", "sun", "street_lamp", "battery", "led", "resistor"}: + return 5 + if key in {"window", "door", "road", "leaf", "airplane", "cycle", "flow_node", "vapor", "energy_wave"}: + return 4 + if key in {"module", "branch", "cell", "board", "capacitor", "diode"}: + return 3 + if scene_type == "scene": + return 2 + return 3 + + +def _rect_region(region_id: str, label: str, x: float, y: float, width: float, height: float, **extra: Any) -> Dict[str, Any]: + payload = { + "id": region_id, + "label": label, + "shape": "rect", + "x": x, + "y": y, + "width": width, + "height": height, + "editable": True, + } + payload.update(extra) + return payload + + +def _ellipse_region(region_id: str, label: str, x: float, y: float, width: float, height: float, **extra: Any) -> Dict[str, Any]: + payload = { + "id": region_id, + "label": label, + "shape": "ellipse", + "x": x, + "y": y, + "width": width, + "height": height, + "editable": True, + } + payload.update(extra) + return payload + + +def default_region_masks(asset_key: str, *, scene_type: str = "scene") -> List[Dict[str, Any]]: + key = str(asset_key or "").strip().lower() + if key in {"building", "house"}: + return [ + _rect_region("roofline", "屋顶区域", 0.08, 0.02, 0.84, 0.22, actions=["emphasize", "weaken"]), + _rect_region("window_row", "窗户区域", 0.16, 0.16, 0.68, 0.42, actions=["replace", "weaken", "hide"]), + _rect_region("door_zone", "门区", 0.38, 0.54, 0.24, 0.42, actions=["replace", "hide"]), + _rect_region("facade", "立面", 0.1, 0.12, 0.8, 0.84, actions=["emphasize", "weaken"]), + ] + if key == "person": + return [ + _ellipse_region("head", "头部", 0.32, 0.02, 0.36, 0.26, actions=["emphasize", "weaken"]), + _ellipse_region("face", "脸部", 0.36, 0.08, 0.28, 0.18, actions=["replace", "weaken"]), + _rect_region("beard", "胡子区域", 0.38, 0.16, 0.24, 0.12, actions=["hide", "replace", "weaken"]), + _rect_region("torso", "上身", 0.28, 0.26, 0.44, 0.34, actions=["emphasize", "weaken"]), + _rect_region("legs", "下身", 0.24, 0.58, 0.52, 0.4, actions=["emphasize", "weaken"]), + ] + if key == "tree": + return [ + _ellipse_region("canopy", "树冠", 0.08, 0.04, 0.84, 0.58, actions=["hide", "replace", "weaken", "emphasize"]), + _rect_region("trunk", "树干", 0.4, 0.54, 0.2, 0.42, actions=["weaken", "emphasize"]), + ] + if key == "car": + return [ + _rect_region("cabin", "驾驶舱", 0.22, 0.18, 0.58, 0.28, actions=["replace", "weaken"]), + _rect_region("body", "车身", 0.08, 0.38, 0.84, 0.34, actions=["emphasize", "weaken"]), + _ellipse_region("front_wheel", "前轮", 0.14, 0.68, 0.22, 0.22, actions=["hide", "replace"]), + _ellipse_region("rear_wheel", "后轮", 0.6, 0.68, 0.22, 0.22, actions=["hide", "replace"]), + ] + if key == "street_lamp": + return [ + _rect_region("pole", "灯杆", 0.42, 0.18, 0.16, 0.78, actions=["weaken", "emphasize"]), + _ellipse_region("lamp_head", "灯头", 0.68, 0.18, 0.18, 0.18, actions=["replace", "hide"]), + _ellipse_region("light_cone", "光照范围", 0.5, 0.26, 0.38, 0.38, actions=["weaken", "emphasize"]), + ] + if key == "cloud": + return [_ellipse_region("cloud_mass", "云团", 0.04, 0.18, 0.88, 0.58, actions=["hide", "replace", "weaken"])] + if key == "sun": + return [ + _ellipse_region("sun_core", "太阳主体", 0.24, 0.24, 0.52, 0.52, actions=["hide", "replace", "weaken"]), + _rect_region("rays", "光线", 0.04, 0.04, 0.92, 0.92, actions=["weaken", "emphasize"]), + ] + if key in {"cycle", "flow_node", "energy_wave", "vapor"}: + return [ + _rect_region("core_flow", "主流程", 0.12, 0.16, 0.76, 0.56, actions=["replace", "weaken", "emphasize"]), + _rect_region("markers", "辅助标记", 0.08, 0.04, 0.84, 0.2, actions=["hide", "replace"]), + ] + if key in {"battery", "led", "resistor", "capacitor", "diode", "board", "module"}: + return [ + _rect_region("body", "主体区域", 0.12, 0.18, 0.76, 0.56, actions=["replace", "weaken"]), + _rect_region("terminals", "连接端", 0.02, 0.36, 0.96, 0.28, actions=["hide", "emphasize"]), + ] + return [_rect_region("core", "主体区域", 0.14, 0.14, 0.72, 0.72, actions=["replace", "weaken", "hide", "emphasize"])] + + +def default_part_graph(asset_key: str, *, scene_type: str = "scene") -> List[Dict[str, Any]]: + key = str(asset_key or "").strip().lower() + graphs: Dict[str, List[Dict[str, Any]]] = { + "building": [ + {"id": "roofline", "label": "屋顶", "kind": "part", "region_id": "roofline"}, + {"id": "window_row", "label": "窗户组", "kind": "part", "region_id": "window_row"}, + {"id": "door_zone", "label": "门区", "kind": "part", "region_id": "door_zone"}, + ], + "house": [ + {"id": "roofline", "label": "屋顶", "kind": "part", "region_id": "roofline"}, + {"id": "window_row", "label": "窗户组", "kind": "part", "region_id": "window_row"}, + {"id": "door_zone", "label": "门区", "kind": "part", "region_id": "door_zone"}, + ], + "person": [ + {"id": "head", "label": "头部", "kind": "part", "region_id": "head"}, + {"id": "face", "label": "脸部", "kind": "part", "region_id": "face"}, + {"id": "beard", "label": "胡子", "kind": "part", "region_id": "beard"}, + {"id": "torso", "label": "上身", "kind": "part", "region_id": "torso"}, + {"id": "legs", "label": "下身", "kind": "part", "region_id": "legs"}, + ], + "tree": [ + {"id": "canopy", "label": "树冠", "kind": "part", "region_id": "canopy"}, + {"id": "trunk", "label": "树干", "kind": "part", "region_id": "trunk"}, + ], + "car": [ + {"id": "cabin", "label": "驾驶舱", "kind": "part", "region_id": "cabin"}, + {"id": "body", "label": "车身", "kind": "part", "region_id": "body"}, + {"id": "front_wheel", "label": "前轮", "kind": "part", "region_id": "front_wheel"}, + {"id": "rear_wheel", "label": "后轮", "kind": "part", "region_id": "rear_wheel"}, + ], + "street_lamp": [ + {"id": "pole", "label": "灯杆", "kind": "part", "region_id": "pole"}, + {"id": "lamp_head", "label": "灯头", "kind": "part", "region_id": "lamp_head"}, + {"id": "light_cone", "label": "光照范围", "kind": "part", "region_id": "light_cone"}, + ], + } + if key in graphs: + return _copy(graphs[key]) + return [{"id": "core", "label": "主体", "kind": "part", "region_id": "core"}] + + +def normalize_layout_options(layout: Dict[str, Any] | None, sketch_options: Dict[str, Any] | None = None) -> Dict[str, Any]: + merged = _copy(layout or {}) + options = sketch_options or {} + merged["sketch_view_mode"] = normalize_view_mode(options.get("sketch_view_mode") or merged.get("sketch_view_mode")) + merged["annotation_level"] = normalize_annotation_level(options.get("annotation_level") or merged.get("annotation_level")) + merged["region_edit_enabled"] = bool(options.get("region_edit_enabled", merged.get("region_edit_enabled", True))) + merged["scene_generation_backend"] = str( + options.get("scene_generation_backend") + or merged.get("scene_generation_backend") + or "unified_scene_v3" + ) + return merged + + +def summarize_region_overrides(scene_spec: Dict[str, Any] | None) -> str: + if not isinstance(scene_spec, dict): + return "" + edits: List[str] = [] + for obj in scene_spec.get("object_instances", []) or []: + concept = str(obj.get("concept") or obj.get("asset_key") or "对象").strip() + region_lookup = { + str(item.get("id") or ""): str(item.get("label") or item.get("id") or "").strip() + for item in obj.get("region_masks", []) or [] + if isinstance(item, dict) + } + overrides = obj.get("region_overrides") if isinstance(obj, dict) else {} + if not isinstance(overrides, dict): + continue + for region_id, payload in overrides.items(): + if not isinstance(payload, dict): + continue + action = action_label(payload.get("action")) + label = str(payload.get("label") or region_lookup.get(str(region_id), region_id)).strip() + if action and label: + edits.append(f"{concept}的{label}{action}") + return "；".join(edits[:12]) diff --git a/runtime/memory-api/core/sketch_v2.py b/runtime/memory-api/core/sketch_v2.py new file mode 100644 index 0000000..92e4b70 --- /dev/null +++ b/runtime/memory-api/core/sketch_v2.py @@ -0,0 +1,1478 @@ +from __future__ import annotations + +import base64 +import json +import mimetypes +import os +from collections import Counter +from pathlib import Path +from typing import Any, Dict, List + +import requests +from loguru import logger +from PIL import Image + +from .default_model_paths import resolve_default_sketch_lora_alias +from .sd_sketch_generator import SDSketchGenerator +from .semantic_scene_v2 import normalize_scene_spec_v2, summarize_scene_spec + + +def _copy(value: Any) -> Any: + return json.loads(json.dumps(value, ensure_ascii=False)) + + +class SketchV2Generator: + def __init__( + self, + *, + output_dir: str = "outputs", + sd_api_url: str = "", + image_api_url: str = "", + image_api_key: str = "", + image_api_model: str = "", + image_api_size: str = "", + ) -> None: + self.output_dir = output_dir + Path(self.output_dir).mkdir(parents=True, exist_ok=True) + self.sd_generator = SDSketchGenerator(output_dir=output_dir, sd_api_url=sd_api_url) + self.image_api_url = str(image_api_url or "").strip().rstrip("/") + self.image_api_key = str(image_api_key or "").strip() + self.image_api_model = str(image_api_model or "").strip() + self.image_api_size = str(image_api_size or "").strip() + + @property + def sd_available(self) -> bool: + return self.sd_generator.available + + @property + def image_api_available(self) -> bool: + return self.image_api_url.startswith("http") and bool(self.image_api_key) + + def set_sd_api_url(self, api_url: str) -> None: + self.sd_generator.set_sd_api_url(api_url) + + def set_image_api_url(self, api_url: str) -> None: + self.image_api_url = str(api_url or "").strip().rstrip("/") + + def set_image_api_key(self, api_key: str) -> None: + self.image_api_key = str(api_key or "").strip() + + def set_image_api_model(self, model_name: str) -> None: + self.image_api_model = str(model_name or "").strip() + + def set_image_api_size(self, image_size: str) -> None: + self.image_api_size = str(image_size or "").strip() + + def _clean_text(self, value: Any) -> str: + text = str(value or "").replace("\n", " ").replace("\r", " ").replace("|", " ").strip() + return " ".join(text.split()).strip(" ,;，；。") + + def _control_image_path(self, preview: Dict[str, Any]) -> str: + sketch_bundle = preview.get("sketch_bundle", {}) if isinstance(preview.get("sketch_bundle"), dict) else {} + for candidate in ( + sketch_bundle.get("sd_upstream_control"), + sketch_bundle.get("rich_preview"), + preview.get("sd_upstream_control_path"), + preview.get("rich_preview_path"), + preview.get("render_control_path"), + preview.get("low_preview_path"), + preview.get("image_path"), + ): + value = str(candidate or "").strip() + if value and os.path.exists(value): + return value + return "" + + def _upstream_control_image_path(self, preview: Dict[str, Any]) -> str: + sketch_bundle = preview.get("sketch_bundle", {}) if isinstance(preview.get("sketch_bundle"), dict) else {} + render_bundle = preview.get("render_bundle", {}) if isinstance(preview.get("render_bundle"), dict) else {} + visible_outputs = render_bundle.get("visible_outputs", {}) if isinstance(render_bundle.get("visible_outputs"), dict) else {} + for candidate in ( + sketch_bundle.get("sd_upstream_control"), + visible_outputs.get("sd_upstream_control_path"), + preview.get("sd_upstream_control_path"), + sketch_bundle.get("rich_preview"), + visible_outputs.get("rich_preview_path"), + preview.get("rich_preview_path"), + sketch_bundle.get("structural_sketch"), + visible_outputs.get("structural_sketch_path"), + preview.get("low_preview_path"), + preview.get("render_control_path"), + preview.get("image_path"), + ): + value = str(candidate or "").strip() + if value and os.path.exists(value): + return value + return "" + + def _scene_type(self, scene_spec: Dict[str, Any] | None) -> str: + if not isinstance(scene_spec, dict): + return "scene" + layout_options = scene_spec.get("layout_options", {}) if isinstance(scene_spec.get("layout_options"), dict) else {} + return str(layout_options.get("scene_type") or layout_options.get("composition_mode") or "scene").strip().lower() or "scene" + + def _prompt_anchor_name(self, item: Dict[str, Any]) -> str: + asset_key = self._clean_text(item.get("asset_key") or "") + concept = self._clean_text(item.get("concept") or item.get("label") or "") + if asset_key and concept and concept.lower() != asset_key.lower(): + return f"{asset_key} ({concept})" + return asset_key or concept + + def _scene_asset_allowlist(self, scene_type: str) -> set[str]: + if scene_type == "process": + return {"sun", "vapor", "cloud", "raindrop", "leaf", "energy_wave", "airplane", "cell"} + if scene_type == "schematic": + return {"battery", "resistor", "led", "switch", "capacitor", "diode", "board"} + return {"person", "house", "home", "building", "tree", "leaf", "plant", "bush", "road", "car", "street_lamp", "cloud", "sun", "dog", "table", "chair", "desk_lamp"} + + def _noise_prompt_terms(self) -> tuple[str, ...]: + return ( + "tri-maze", + "scene sketch", + "semantic sketch", + "readable", + "editable", + "direct edit", + "directly edit", + "include", + "contains", + "containing", + "后续", + "可编辑", + "直接编辑", + "语义草图", + "场景草图", + "包含", + "结构", + "说明", + "描述", + "阶段一", + "阶段二", + "阶段三", + "电路结构", + ) + + def _should_skip_object_hint(self, scene_type: str, item: Dict[str, Any]) -> bool: + asset_key = self._clean_text(item.get("asset_key") or "").lower() + concept = self._clean_text(item.get("concept") or item.get("label") or "") + lowered_concept = concept.lower() + if not asset_key and not concept: + return True + allowlist = self._scene_asset_allowlist(scene_type) + if asset_key and allowlist and asset_key not in allowlist: + return True + if concept and any(token in concept or token in lowered_concept for token in self._noise_prompt_terms()): + return True + if scene_type == "schematic" and asset_key == "switch": + return False + if scene_type == "scene" and asset_key in {"road", "car", "street_lamp"} and any(token in concept for token in ("电路", "结构", "模块", "元件")): + return True + return False + + def _simple_anchor_name(self, item: Dict[str, Any]) -> str: + asset_key = self._clean_text(item.get("asset_key") or "").lower() + concept = self._clean_text(item.get("concept") or item.get("label") or "") + if asset_key == "street_lamp": + return "street lamp" + if asset_key == "desk_lamp": + return "desk lamp" + if asset_key == "energy_wave": + return "sunlight ray" + if asset_key == "raindrop": + return "rain" + if asset_key == "vapor": + return "evaporation vapor" + if asset_key == "switch": + return "switch" + if asset_key == "board": + return "circuit board" + if asset_key == "module": + if "开关" in concept: + return "switch" + if "传感" in concept: + return "sensor module" + return "module" + return asset_key or concept.lower() + + def _sd_anchor_phrases(self, scene_plan: Dict[str, Any]) -> List[str]: + scene_type = str(scene_plan.get("scene_type", "scene") or "scene") + phrases: List[str] = [] + seen_names: set[str] = set() + for item in scene_plan.get("object_hints") or []: + if not isinstance(item, dict): + continue + name = self._simple_anchor_name(item) + if not name or name in seen_names: + continue + seen_names.add(name) + position = self._clean_text(str(item.get("position") or "").replace("-", " ")) + depth_band = self._clean_text(item.get("depth_band") or "") + phrase = f"one {name}" + if scene_type == "scene" and name == "person": + phrase = "one full-body person" + if position and position not in {"middle center", "center"}: + phrase += f" at {position}" + if depth_band in {"foreground", "background"}: + phrase += f" in {depth_band}" + phrases.append(phrase) + return phrases[:6] + + def _build_sd_prompt(self, scene_plan: Dict[str, Any], variation_index: int) -> str: + scene_type = str(scene_plan.get("scene_type", "scene") or "scene") + asset_keys = { + str(item).strip().lower() + for item in (scene_plan.get("asset_keys") or []) + if str(item).strip() + } + anchors = self._sd_anchor_phrases(scene_plan) + parts: List[str] = [ + "monochrome pencil line sketch", + "plain white paper background", + "wide landscape composition", + "all requested subjects fully visible inside the frame", + "clean readable contours", + "light sketch shading only", + "no text in image", + ] + if scene_type == "process": + parts.extend( + [ + "single integrated process scene", + "natural spatial flow instead of boxed infographic panels", + "no title area, no panel borders, no ornamental frame", + ] + ) + elif scene_type == "schematic": + parts.extend( + [ + "technical hand-drawn circuit sketch", + "clear component spacing on blank paper", + "simple connection structure", + "no blueprint title block, no product design sheet", + ] + ) + else: + parts.extend( + [ + "outdoor whole-scene street view", + "natural scene composition", + "not a close-up crop", + ] + ) + if anchors: + parts.append(", ".join(anchors)) + if scene_type == "scene": + if {"house", "building"} & asset_keys: + parts.append("show roofline, windows, facade, and door clearly") + if "tree" in asset_keys: + parts.append("show tree canopy and trunk clearly") + if "person" in asset_keys: + parts.append("show head, torso, arms, and legs clearly") + if {"house", "tree", "person"} <= asset_keys: + parts.append("show one full-body person standing near the house and tree, not omitted and not replaced by another object") + parts.append("place the person in the open space between the tree and the house, clearly separated from both and not hidden behind the tree") + elif scene_type == "process": + if {"sun", "vapor", "cloud", "raindrop"} & asset_keys: + parts.append("show evaporation rising, cloud forming, and rain falling in one readable scene") + parts.append("educational water cycle illustration, sun heating water, vapor rising upward, cloud above, rain falling down, runoff flowing back across the ground") + parts.append("avoid diagram boxes and avoid decorative poster layout") + elif scene_type == "schematic": + if {"battery", "resistor", "led"} & asset_keys: + parts.append("show battery, resistor, led, and switch as simple readable components") + parts.append("single-loop hand-drawn circuit on paper, visible wires connecting battery to switch, resistor, and led in order") + parts.append("connected engineering sketch, not an industrial product concept page") + variations = [ + "balanced composition and stronger subject readability", + "clearer silhouettes and cleaner scene hierarchy", + "less clutter and more stable object identity", + "more open negative space and clearer separation between anchors", + ] + parts.append(variations[variation_index % len(variations)]) + return ", ".join(self._clean_text(part) for part in parts if self._clean_text(part)) + + def _default_background_summary(self, scene_type: str, objects: List[Dict[str, str]]) -> str: + anchors = ", ".join( + item.get("prompt_name") or item.get("concept") or "" + for item in objects[:4] + if item.get("prompt_name") or item.get("concept") + ) + if scene_type == "process": + return "plain open background with natural process flow and no boxed panels" + if scene_type == "schematic": + return "blank paper with open negative space for readable components and wire connections" + if anchors: + return f"simple street-scene environment around {anchors}" + return "simple readable scene environment with open sky and ground plane" + + def _editable_detail_summary(self, objects: List[Dict[str, str]]) -> str: + asset_keys = {str(item.get("asset_key") or "").strip().lower() for item in objects} + details: List[str] = [] + if {"house", "building"} & asset_keys: + details.append("roofline, windows, and door stay clear and editable") + if "person" in asset_keys: + details.append("human silhouette, head, torso, and legs stay readable") + if "tree" in asset_keys: + details.append("tree canopy and trunk stay readable") + return ", ".join(details[:3]) + + def _prompt_title_text(self, title: str | None = None) -> str: + cleaned = self._clean_text(title or "") + if not cleaned: + return "" + return cleaned if len(cleaned) <= 48 else "" + + def _anchor_layout_summary(self, objects: List[Dict[str, str]]) -> str: + anchors: List[str] = [] + for item in objects[:6]: + anchor = self._clean_text(item.get("asset_key") or item.get("concept") or item.get("prompt_name") or "") + position = self._clean_text(str(item.get("position") or "").replace("-", " ")) + depth = self._clean_text(item.get("depth_band") or "") + if not anchor: + continue + phrase = f"one {anchor}" + if position: + phrase += f" at {position}" + if depth: + phrase += f" in {depth}" + anchors.append(phrase) + return "; ".join(anchors) + + def _object_hint_priority(self, item: Dict[str, Any]) -> Tuple[int, int, float, float]: + role = str(item.get("role") or "").strip().lower() + depth_band = str(item.get("depth_band") or "").strip().lower() + asset_key = str(item.get("asset_key") or "").strip().lower() + role_priority = { + "subject": 0, + "focus": 0, + "core_subject": 0, + "primary": 1, + "support": 2, + "detail": 3, + }.get(role, 4) + depth_priority = { + "midground": 0, + "foreground": 1, + "background": 2, + }.get(depth_band, 3) + human_bonus = 0 if asset_key in {"person", "human", "figure", "character"} else 1 + position_bonus = abs(float(item.get("_x_center", 0.5) or 0.5) - 0.5) + abs(float(item.get("_y_center", 0.5) or 0.5) - 0.5) * 0.6 + return (role_priority, human_bonus + depth_priority * 2, position_bonus, -float(item.get("_area", 0.0) or 0.0)) + + def _anchor_presence_summary(self, scene_plan: Dict[str, Any]) -> str: + objects = list(scene_plan.get("object_hints") or []) + if not objects: + return "" + must_keep: List[str] = [] + asset_keys = { + str(item.get("asset_key") or "").strip().lower() + for item in objects + if str(item.get("asset_key") or "").strip() + } + if "person" in asset_keys: + must_keep.append("Keep one clearly visible standing person; head, torso, arms, and legs must remain readable and must not disappear.") + if "house" in asset_keys: + must_keep.append("Keep one readable house with roofline, facade, windows, and door still visible.") + if "tree" in asset_keys: + must_keep.append("Keep one readable tree with both canopy and trunk visible.") + return " ".join(must_keep[:3]) + + def _object_hints(self, scene_spec: Dict[str, Any] | None) -> List[Dict[str, str]]: + hints: List[Dict[str, str]] = [] + if not isinstance(scene_spec, dict): + return hints + scene_type = self._scene_type(scene_spec) + canvas = scene_spec.get("canvas_size", {}) if isinstance(scene_spec.get("canvas_size"), dict) else {} + width = max(1.0, float(canvas.get("width", 1024) or 1024)) + height = max(1.0, float(canvas.get("height", 768) or 768)) + for item in scene_spec.get("object_instances", []) or []: + if not isinstance(item, dict): + continue + if self._should_skip_object_hint(scene_type, item): + continue + asset_key = self._clean_text(item.get("asset_key") or "") + concept = self._clean_text(item.get("concept") or item.get("label") or asset_key or "") + prompt_name = self._prompt_anchor_name( + { + "asset_key": asset_key, + "concept": concept, + "label": self._clean_text(item.get("label") or ""), + } + ) + if not prompt_name: + continue + x_center = (float(item.get("x", 0) or 0) + float(item.get("width", 0) or 0) / 2.0) / width + y_center = (float(item.get("y", 0) or 0) + float(item.get("height", 0) or 0) / 2.0) / height + if x_center <= 0.28: + horizontal = "left" + elif x_center >= 0.72: + horizontal = "right" + else: + horizontal = "center" + if y_center <= 0.34: + vertical = "upper" + elif y_center >= 0.66: + vertical = "lower" + else: + vertical = "middle" + hints.append( + { + "concept": concept, + "asset_key": asset_key, + "prompt_name": prompt_name, + "role": str(item.get("role", "") or ""), + "depth_band": str(item.get("depth_band", "") or ""), + "position": f"{vertical}-{horizontal}", + "_x_center": x_center, + "_y_center": y_center, + "_area": float(item.get("width", 0) or 0) * float(item.get("height", 0) or 0), + "size": "large" + if float(item.get("width", 0) or 0) * float(item.get("height", 0) or 0) >= width * height * 0.1 + else "medium" + if float(item.get("width", 0) or 0) * float(item.get("height", 0) or 0) >= width * height * 0.035 + else "small", + } + ) + hints.sort(key=self._object_hint_priority) + return hints[:8] + + def build_scene_plan( + self, + scene_spec: Dict[str, Any] | None, + sketch_options: Dict[str, Any] | None = None, + *, + title: str | None = None, + ) -> Dict[str, Any]: + sketch_options = sketch_options or {} + scene_spec = scene_spec if isinstance(scene_spec, dict) else {} + scene_type = self._scene_type(scene_spec) + render_hints = scene_spec.get("render_hints", {}) if isinstance(scene_spec.get("render_hints"), dict) else {} + objects = self._object_hints(scene_spec) + subject_hints = [item.get("prompt_name") or item["concept"] for item in objects if item.get("role") in {"subject", "focus", "core_subject"}] + if not subject_hints: + subject_hints = [item.get("prompt_name") or item["concept"] for item in objects[:3]] + backgrounds = [] + for item in scene_spec.get("background_layers", []) or []: + if not isinstance(item, dict): + continue + label = self._clean_text(item.get("label") or item.get("type") or "") + if label: + backgrounds.append(label) + composition_bits = [f'{item.get("prompt_name") or item["concept"]} {item["position"]}' for item in objects[:5]] + depth_counts: Dict[str, int] = {} + for item in objects: + depth = str(item.get("depth_band") or "") + if not depth: + continue + depth_counts[depth] = depth_counts.get(depth, 0) + 1 + depth_summary = ", ".join(f"{key}:{value}" for key, value in depth_counts.items()) or "foreground, midground, background separation" + style_summary = ", ".join( + part + for part in [ + str(sketch_options.get("sketch_style", "scribble_line") or "scribble_line"), + self._clean_text(sketch_options.get("style_hint") or ""), + ] + if part + ) + if not style_summary: + style_summary = "readable whole-scene sketch" + negative_constraints = [ + "symbol collage", + "node boxes", + "arrow labels", + "flat icon layout", + "unreadable overlapping objects", + ] + if scene_type == "process": + negative_constraints.extend(["ppt slide", "flowchart boxes", "mind map"]) + elif scene_type == "schematic": + negative_constraints.extend(["pcb photo", "chip macro photo", "motherboard photo"]) + else: + negative_constraints.extend(["sticker collage", "poster layout"]) + subject_summary_hint = self._clean_text(render_hints.get("subject_summary") or "") + if len(objects) > 1: + subject_summary_hint = "" + scene_summary_hint = self._clean_text(render_hints.get("scene_summary") or "") + cleaned_title = self._clean_text(title or "") + if ( + scene_summary_hint == cleaned_title + or (cleaned_title and scene_summary_hint and (scene_summary_hint in cleaned_title or cleaned_title in scene_summary_hint)) + or len(scene_summary_hint) > 96 + ): + scene_summary_hint = "" + if scene_summary_hint and any(token in scene_summary_hint for token in ("请", "生成", "不要", "方便", "草图", "后续", "可读")): + scene_summary_hint = "" + must_include_summary = ", ".join( + item.get("prompt_name") or item.get("concept") or "" + for item in objects[:6] + if item.get("prompt_name") or item.get("concept") + ) + asset_counts: Counter[str] = Counter( + str(item.get("asset_key") or "").strip().lower() + for item in objects + if str(item.get("asset_key") or "").strip() + ) + exact_elements_summary = ", ".join( + f'{count} {asset_key}' if count > 1 else f'one {asset_key}' + for asset_key, count in asset_counts.items() + ) + anchor_layout_summary = self._anchor_layout_summary(objects) + subject_summary = self._clean_text( + subject_summary_hint + or (must_include_summary if len(asset_counts) > 1 else ", ".join(subject_hints[:4])) + or cleaned_title + or "main scene subject" + ) + background_summary = self._default_background_summary(scene_type, objects) + if scene_type == "scene" and backgrounds: + background_summary = ", ".join(backgrounds[:4]) + return { + "scene_type": scene_type, + "subject_summary": subject_summary, + "background_summary": self._clean_text(scene_summary_hint or background_summary), + "composition_summary": self._clean_text(", ".join(composition_bits) or "clear hierarchy, readable layout, coherent scene composition"), + "depth_summary": depth_summary, + "style_summary": style_summary, + "negative_constraints": negative_constraints, + "object_hints": objects, + "must_include_summary": must_include_summary, + "anchor_layout_summary": anchor_layout_summary, + "editable_detail_summary": self._editable_detail_summary(objects), + "asset_keys": list(asset_counts.keys()), + "asset_counts": dict(asset_counts), + "exact_elements_summary": exact_elements_summary, + } + + def _prompt_prefix(self, scene_type: str) -> str: + if scene_type == "process": + return "Create a highly readable whole-scene process sketch with coherent stages and spatial flow." + if scene_type == "schematic": + return "Create a highly readable technical sketch with clear structure and clean spatial organization." + return "Create a highly readable whole-scene sketch with natural composition and coherent silhouettes." + + def _variation_suffix(self, provider: str, index: int, scene_type: str) -> str: + variations = { + "sd": [ + "Favor clean silhouettes, stronger subject readability, and confident contour continuity.", + "Favor expressive but readable line rhythm, better depth layering, and less symbol-like geometry.", + ], + "image_api": [ + "Favor clearer whole-scene readability, soft hand-drawn variation, and natural scene balance.", + "Favor stronger visual storytelling, cleaner hierarchy, and less mechanical object repetition.", + ], + } + bucket = variations.get(provider) or variations["image_api"] + value = bucket[index % len(bucket)] + if scene_type == "process": + value += " Keep transitions stage-like without turning into diagram boxes." + elif scene_type == "schematic": + value += " Keep the technical structure readable without turning into PCB photography." + return value + + def build_prompt( + self, + scene_plan: Dict[str, Any], + *, + provider: str, + variation_index: int, + title: str | None = None, + ) -> str: + if provider == "sd": + return self._build_sd_prompt(scene_plan, variation_index) + scene_type = str(scene_plan.get("scene_type", "scene") or "scene") + prompt_title = self._prompt_title_text(title) + parts = [ + self._prompt_prefix(scene_type), + "Use the provided control image only as a soft layout prior for subject placement, layering, and scale.", + "Do not copy geometric helper lines, annotation labels, arrows, boxes, colored masks, or icon-like symbols into the final sketch.", + prompt_title, + f'Subject: {self._clean_text(scene_plan.get("subject_summary") or "")}', + f'Background: {self._clean_text(scene_plan.get("background_summary") or "")}', + f'Composition: {self._clean_text(scene_plan.get("composition_summary") or "")}', + f'Depth: {self._clean_text(scene_plan.get("depth_summary") or "")}', + f'Style: {self._clean_text(scene_plan.get("style_summary") or "")}', + self._variation_suffix(provider, variation_index, scene_type), + ] + must_include_summary = self._clean_text(scene_plan.get("must_include_summary") or "") + if must_include_summary: + parts.append(f"Must clearly include all anchors: {must_include_summary}.") + exact_elements_summary = self._clean_text(scene_plan.get("exact_elements_summary") or "") + if exact_elements_summary: + parts.append(f"Exact visible elements only: {exact_elements_summary}. Do not add extra major objects or substitute object types.") + anchor_layout_summary = self._clean_text(scene_plan.get("anchor_layout_summary") or "") + if anchor_layout_summary: + parts.append(f"Exact anchor layout: {anchor_layout_summary}.") + editable_detail_summary = self._clean_text(scene_plan.get("editable_detail_summary") or "") + if editable_detail_summary: + parts.append(f"Keep editable details clear: {editable_detail_summary}.") + anchor_presence_summary = self._clean_text(self._anchor_presence_summary(scene_plan)) + if anchor_presence_summary: + parts.append(anchor_presence_summary) + object_hint_text = ", ".join( + f'{item.get("prompt_name") or item.get("concept", "")} {item.get("position", "")} {item.get("depth_band", "")}'.strip() + for item in (scene_plan.get("object_hints") or [])[:6] + if item.get("prompt_name") or item.get("concept") + ) + if object_hint_text: + parts.append(f"Object hints: {object_hint_text}.") + return ", ".join(part for part in parts if part) + + def build_negative_prompt(self, scene_plan: Dict[str, Any], sketch_style: str) -> str: + scene_type = str(scene_plan.get("scene_type", "scene") or "scene") + asset_keys = { + str(item).strip().lower() + for item in (scene_plan.get("asset_keys") or []) + if str(item).strip() + } + asset_counts = { + str(key).strip().lower(): int(value) + for key, value in dict(scene_plan.get("asset_counts") or {}).items() + if str(key).strip() + } + negatives = [ + "photorealistic", + "full color rendering", + "text", + "letters", + "chinese characters", + "caption", + "title block", + "labels", + "arrows", + "boxes", + "symbol collage", + "flat icon composition", + "decorative border", + "ornate frame", + "calligraphy", + "mechanical repeated geometry", + "unreadable overlapping objects", + "watermark", + "messy composition", + "blurry", + ] + negatives.extend(str(item) for item in (scene_plan.get("negative_constraints") or [])) + style_token = str(sketch_style or "").strip().lower() + if style_token == "blueprint": + negatives.extend(["dark paper", "blueprint UI overlay"]) + if scene_type == "process": + negatives.extend(["ppt slide", "flowchart", "poster frame", "certificate border", "storybook frame", "mountain painting", "split panels", "comic panel", "forest landscape only", "empty field", "trees only", "plain countryside"]) + elif scene_type == "schematic": + negatives.extend(["pcb photo", "motherboard", "chip macro", "car", "vehicle", "wheel", "industrial design sheet", "product concept sheet", "annotated blueprint", "pen", "marker", "stationery", "writing tool"]) + else: + negatives.extend(["sphere", "orb", "balloon", "wire", "cable", "abstract sculpture", "close-up portrait", "interior room", "cropped subject", "single facade close-up"]) + if "car" not in asset_keys: + negatives.extend(["car", "vehicle", "garage focus"]) + if "person" in asset_keys and not (asset_keys & {"dog", "bird"}): + negatives.extend(["animal", "deer", "antlers", "horns", "multiple people", "crowd", "group portrait", "missing person", "person omitted", "person replaced by house", "person replaced by tree", "person hidden behind tree", "tiny distant person"]) + if "house" in asset_keys and "bird" not in asset_keys: + negatives.extend(["bird", "wings", "winged object", "flying ornament", "facade omitted", "house replaced by person"]) + if asset_counts.get("house", 0) <= 1 and asset_counts.get("building", 0) <= 1: + negatives.extend(["multiple houses", "pagoda", "temple", "pavilion", "gazebo"]) + if "tree" in asset_keys: + negatives.extend(["tree replaced by person", "tree replaced by rock"]) + if asset_counts.get("tree", 0) <= 1: + negatives.extend(["multiple trees", "forest", "grove", "woodland"]) + return ", ".join(self._clean_text(item) for item in negatives if self._clean_text(item)) + + def _encode_image_to_base64(self, image_path: str) -> str: + with open(image_path, "rb") as handle: + return base64.b64encode(handle.read()).decode("utf-8") + + def _encode_image_to_data_url(self, image_path: str) -> str: + mime_type, _ = mimetypes.guess_type(image_path) + mime_type = mime_type or "image/png" + return f"data:{mime_type};base64,{self._encode_image_to_base64(image_path)}" + + def _fingerprint(self, provider: str, prompt: str, negative_prompt: str, control_image_path: str, variation_index: int) -> str: + return json.dumps( + { + "provider": provider, + "prompt": prompt, + "negative_prompt": negative_prompt, + "control_image_path": control_image_path, + "variation_index": variation_index, + }, + ensure_ascii=False, + sort_keys=True, + ) + + def _render_sd_candidate( + self, + *, + provider: str, + variation_index: int, + prompt: str, + negative_prompt: str, + control_image_path: str, + sketch_options: Dict[str, Any], + control_kind: str = "default", + scene_spec: Dict[str, Any] | None = None, + ) -> str: + if not self.sd_available: + raise RuntimeError("SD sketch backend unavailable") + if control_kind == "raw_anchor_control": + denoising_values = [0.56, 0.62, 0.68, 0.72] + cfg_values = [6.0, 6.4, 6.8, 7.2] + step_values = [26, 28, 30, 34] + elif control_kind == "fused_anchor_scene": + denoising_values = [0.42, 0.48, 0.54, 0.58] + cfg_values = [5.8, 6.2, 6.6, 7.0] + step_values = [24, 26, 28, 30] + else: + denoising_values = [0.3, 0.36, 0.42, 0.48] + cfg_values = [5.8, 6.4, 7.0, 7.6] + step_values = [20, 22, 24, 28] + output_name = f"sketch_v2_{provider}_{abs(hash(self._fingerprint(provider, prompt, negative_prompt, control_image_path, variation_index)))}" + controlnet_bundle = self.sd_generator.build_controlnet_bundle( + control_image_path=control_image_path, + scene_spec=scene_spec, + filename_prefix=output_name, + purpose="sketch_candidate", + ) + return self.sd_generator.render_img2img( + prompt=prompt, + negative_prompt=negative_prompt, + control_image_path=control_image_path, + denoising_strength=float(sketch_options.get("sd_sketch_denoising", denoising_values[variation_index % len(denoising_values)])), + steps=int(sketch_options.get("sd_sketch_steps", step_values[variation_index % len(step_values)])), + cfg_scale=float(sketch_options.get("sd_sketch_cfg_scale", cfg_values[variation_index % len(cfg_values)])), + sampler_name=str(sketch_options.get("sd_sketch_sampler_name", "DPM++ 2M Karras")), + filename_prefix=output_name, + controlnet_bundle=controlnet_bundle, + **self._sd_lora_kwargs(sketch_options), + ) + + def _get_image_api_endpoint(self) -> str: + if not self.image_api_url: + return "" + if self.image_api_url.endswith("/images/generations"): + return self.image_api_url + return f"{self.image_api_url}/images/generations" + + def _is_volc_ark_image_api(self) -> bool: + url = self.image_api_url.lower() + return any(keyword in url for keyword in ["ark.", "volces.com", "volcengine"]) + + def _build_generic_image_payload(self, prompt: str, control_image_path: str, variation_index: int) -> Dict[str, Any]: + payload: Dict[str, Any] = { + "prompt": prompt, + "response_format": "url", + } + if not self._is_volc_ark_image_api(): + payload["n"] = 1 + if self.image_api_model: + payload["model"] = self.image_api_model + if self.image_api_size: + payload["size"] = self.image_api_size + elif self._is_volc_ark_image_api(): + payload["size"] = "2K" + if control_image_path: + payload["image"] = self._encode_image_to_data_url(control_image_path) + if self._is_volc_ark_image_api(): + payload["stream"] = False + payload["watermark"] = False + payload["sequential_image_generation"] = "disabled" + payload["metadata"] = {"candidate_index": variation_index} + return payload + + def _save_generated_image(self, response_payload: Dict[str, Any], provider: str, fingerprint: str) -> str: + data = response_payload.get("data") or [] + if not data: + raise RuntimeError("Image API returned no data") + first_item = data[0] or {} + output_path = os.path.join(self.output_dir, f"sketch_v2_{provider}_{abs(hash(fingerprint))}.png") + b64_json = first_item.get("b64_json") + if b64_json: + with open(output_path, "wb") as handle: + handle.write(base64.b64decode(b64_json)) + return output_path + image_url = first_item.get("url") + if not image_url: + raise RuntimeError("Image API returned neither b64_json nor url") + image_response = requests.get(image_url, timeout=180) + image_response.raise_for_status() + with open(output_path, "wb") as handle: + handle.write(image_response.content) + return output_path + + def _render_image_api_candidate( + self, + *, + provider: str, + variation_index: int, + prompt: str, + negative_prompt: str, + control_image_path: str, + ) -> str: + if not self.image_api_available: + raise RuntimeError("Image API sketch backend unavailable") + payload = self._build_generic_image_payload(prompt, control_image_path, variation_index) + if negative_prompt: + payload["negative_prompt"] = negative_prompt + response = requests.post( + self._get_image_api_endpoint(), + json=payload, + headers={ + "Authorization": f"Bearer {self.image_api_key}", + "Content-Type": "application/json", + }, + timeout=180, + ) + response.raise_for_status() + return self._save_generated_image( + response.json(), + provider, + self._fingerprint(provider, prompt, negative_prompt, control_image_path, variation_index), + ) + + def _provider_plan(self) -> List[str]: + return self._provider_plan_for_options() + + def _provider_plan_for_options(self, sketch_options: Dict[str, Any] | None = None) -> List[str]: + sketch_options = sketch_options or {} + if self._use_direct_scene_mode(sketch_options) and self.sd_available: + return ["sd", "sd", "sd", "sd"] + if self.sd_available and self.image_api_available: + return ["sd", "sd", "image_api", "image_api"] + if self.sd_available: + return ["sd", "sd", "sd", "sd"] + if self.image_api_available: + return ["image_api", "image_api", "image_api", "image_api"] + return [] + + def _use_direct_scene_mode(self, sketch_options: Dict[str, Any] | None = None) -> bool: + sketch_options = sketch_options or {} + mode = str(sketch_options.get("sketch_v2_mode", "direct_sd") or "direct_sd").strip().lower() + if mode in {"legacy", "legacy_control", "native_control"}: + return False + if bool(sketch_options.get("sketch_v2_use_legacy_control", False)): + return False + return True + + def _sd_lora_kwargs(self, sketch_options: Dict[str, Any] | None = None) -> Dict[str, Any]: + sketch_options = sketch_options or {} + use_lora = bool(sketch_options.get("sd_sketch_use_lora", False)) + lora_name = str( + sketch_options.get("sd_sketch_lora_name") + or sketch_options.get("sd_lora_name") + or (resolve_default_sketch_lora_alias() if use_lora else "") + ).strip() + if not lora_name: + return {} + return { + "lora_name": lora_name, + "lora_strength_model": float(sketch_options.get("sd_sketch_lora_strength_model", 0.92)), + "lora_strength_clip": float(sketch_options.get("sd_sketch_lora_strength_clip", 0.86)), + } + + def _prefer_sd_upstream(self, sketch_options: Dict[str, Any] | None = None) -> bool: + sketch_options = sketch_options or {} + backend = str(sketch_options.get("sketch_backend", "native") or "native").strip().lower() + return ( + backend == "sketch_v2" + and self.sd_available + and not self._use_direct_scene_mode(sketch_options) + and not bool(sketch_options.get("disable_sd_upstream_pass", False)) + ) + + def _direct_scene_control_path(self, prior_bundle: Dict[str, Any] | None = None) -> str: + prior_bundle = prior_bundle if isinstance(prior_bundle, dict) else {} + return str( + prior_bundle.get("layout_control_path") + or prior_bundle.get("base_plate_path") + or prior_bundle.get("depth_control_path") + or "" + ).strip() + + def _clamp(self, value: Any, low: float, high: float) -> float: + return max(low, min(high, float(value or 0.0))) + + def _direct_sd_variant_recipe( + self, + scene_type: str, + variation_index: int, + sketch_options: Dict[str, Any], + ) -> Dict[str, Any]: + base_index = max(0, int(variation_index) % 4) + recipe_order = { + "scene": [3, 2, 1, 0], + "process": [2, 3, 1, 0], + "schematic": [3, 2, 1, 0], + }.get(scene_type, [0, 1, 2, 3]) + index = recipe_order[base_index % len(recipe_order)] + if scene_type in {"process", "schematic"}: + base_denoising = float(sketch_options.get("sd_direct_denoising", 0.80 if scene_type == "process" else 0.78)) + base_cfg = float(sketch_options.get("sd_direct_cfg_scale", 6.4 if scene_type == "process" else 6.5)) + base_steps = int(sketch_options.get("sd_direct_steps", sketch_options.get("sd_sketch_steps", 36))) + denoising_offsets = [0.0, 0.06, 0.12, 0.18] + cfg_offsets = [0.0, 0.05, 0.15, 0.30] + step_offsets = [0, 0, 2, 4] + layout_scales = [1.00, 0.90, 0.78, 0.66] + depth_scales = [1.00, 0.92, 0.80, 0.68] + structure_scales = [1.00, 0.96, 0.90, 0.84] + layout_end_scales = [1.00, 0.98, 0.94, 0.90] + depth_end_scales = [1.00, 0.96, 0.92, 0.88] + structure_end_scales = [1.00, 0.98, 0.94, 0.90] + else: + base_denoising = float(sketch_options.get("sd_direct_denoising", 0.82)) + base_cfg = float(sketch_options.get("sd_direct_cfg_scale", 6.2)) + base_steps = int(sketch_options.get("sd_direct_steps", sketch_options.get("sd_sketch_steps", 30))) + denoising_offsets = [0.0, 0.03, 0.08, 0.12] + cfg_offsets = [0.0, 0.05, 0.15, 0.25] + step_offsets = [0, 2, 2, 4] + layout_scales = [1.00, 0.96, 0.90, 0.84] + depth_scales = [1.00, 0.96, 0.90, 0.84] + structure_scales = [1.00, 0.98, 0.94, 0.90] + layout_end_scales = [1.00, 0.98, 0.94, 0.90] + depth_end_scales = [1.00, 0.98, 0.94, 0.90] + structure_end_scales = [1.00, 0.98, 0.94, 0.90] + denoising = self._clamp(base_denoising + denoising_offsets[index], 0.42, 1.0) + cfg_scale = self._clamp(base_cfg + cfg_offsets[index], 3.5, 12.0) + steps = max(16, base_steps + step_offsets[index]) + return { + "scene_type": scene_type, + "variation_index": index, + "sd_direct_denoising": round(denoising, 4), + "sd_direct_cfg_scale": round(cfg_scale, 4), + "sd_direct_steps": steps, + "layout_strength_scale": layout_scales[index], + "depth_strength_scale": depth_scales[index], + "structure_strength_scale": structure_scales[index], + "layout_end_scale": layout_end_scales[index], + "depth_end_scale": depth_end_scales[index], + "structure_end_scale": structure_end_scales[index], + "note": ( + f"direct_scene_prior recipe={scene_type}:{index}" + f" denoise={denoising:.2f} cfg={cfg_scale:.2f} steps={steps}" + f" layout_scale={layout_scales[index]:.2f} depth_scale={depth_scales[index]:.2f}" + f" structure_scale={structure_scales[index]:.2f}" + ), + } + + def _direct_sd_variant_controlnet( + self, + controlnet_bundle: Dict[str, Any] | None, + recipe: Dict[str, Any], + ) -> Dict[str, Any]: + bundle = _copy(controlnet_bundle or {}) + inputs = bundle.get("inputs") if isinstance(bundle.get("inputs"), list) else [] + adjusted_inputs: List[Dict[str, Any]] = [] + for item in inputs: + if not isinstance(item, dict): + continue + entry = dict(item) + kind = str(entry.get("kind") or "").strip().lower() + if kind == "scene_layout": + entry["strength"] = round( + self._clamp(float(entry.get("strength", 0.0)) * float(recipe.get("layout_strength_scale", 1.0)), 0.05, 1.35), + 4, + ) + entry["end_percent"] = round( + self._clamp(float(entry.get("end_percent", 1.0)) * float(recipe.get("layout_end_scale", 1.0)), 0.12, 1.0), + 4, + ) + elif kind == "scene_depth": + entry["strength"] = round( + self._clamp(float(entry.get("strength", 0.0)) * float(recipe.get("depth_strength_scale", 1.0)), 0.05, 1.35), + 4, + ) + entry["end_percent"] = round( + self._clamp(float(entry.get("end_percent", 1.0)) * float(recipe.get("depth_end_scale", 1.0)), 0.12, 1.0), + 4, + ) + elif kind == "scene_structure": + entry["strength"] = round( + self._clamp(float(entry.get("strength", 0.0)) * float(recipe.get("structure_strength_scale", 1.0)), 0.05, 1.35), + 4, + ) + entry["end_percent"] = round( + self._clamp(float(entry.get("end_percent", 1.0)) * float(recipe.get("structure_end_scale", 1.0)), 0.12, 1.0), + 4, + ) + adjusted_inputs.append(entry) + if adjusted_inputs: + bundle["inputs"] = adjusted_inputs + return bundle + + def _render_sd_direct_candidate( + self, + *, + provider: str, + variation_index: int, + prompt: str, + negative_prompt: str, + scene_spec: Dict[str, Any] | None, + sketch_options: Dict[str, Any], + prior_bundle: Dict[str, Any] | None = None, + controlnet_bundle: Dict[str, Any] | None = None, + ) -> Dict[str, Any]: + if not self.sd_available: + raise RuntimeError("SD sketch backend unavailable") + scene_type = self._scene_type(scene_spec) + recipe = self._direct_sd_variant_recipe(scene_type, variation_index, sketch_options) + variant_sketch_options = dict(sketch_options) + variant_sketch_options["sd_direct_denoising"] = recipe["sd_direct_denoising"] + variant_sketch_options["sd_direct_cfg_scale"] = recipe["sd_direct_cfg_scale"] + variant_sketch_options["sd_direct_steps"] = recipe["sd_direct_steps"] + variant_controlnet_bundle = self._direct_sd_variant_controlnet(controlnet_bundle, recipe) + output_name = f"sketch_v2_direct_{provider}_{abs(hash(self._fingerprint(provider, prompt, negative_prompt, self._direct_scene_control_path(prior_bundle), variation_index)))}" + render_result = self.sd_generator.render_scene_direct( + scene_spec=scene_spec, + prompt=prompt, + negative_prompt=negative_prompt, + sketch_options=variant_sketch_options, + filename_prefix=output_name, + prior_bundle=prior_bundle, + controlnet_bundle=variant_controlnet_bundle, + **self._sd_lora_kwargs(sketch_options), + ) + return { + "image_path": render_result.get("image_path"), + "control_image_path": self._direct_scene_control_path(render_result.get("prior_bundle") or prior_bundle), + "prior_bundle": _copy(render_result.get("prior_bundle") or prior_bundle or {}), + "controlnet_bundle": _copy(render_result.get("controlnet_bundle") or variant_controlnet_bundle or {}), + "sd_recipe": recipe, + "note": str(recipe.get("note") or "").strip(), + } + + def _direct_preview_seed( + self, + scene_spec: Dict[str, Any], + sketch_options: Dict[str, Any], + *, + title: str | None = None, + preview_seed: Dict[str, Any] | None = None, + ) -> Dict[str, Any]: + normalized_scene = normalize_scene_spec_v2(scene_spec or {}, sketch_options) + sketch_style = str(sketch_options.get("sketch_style", "scribble_line") or "scribble_line") + scene_plan = self.build_scene_plan(normalized_scene, sketch_options=sketch_options, title=title) + prior_prefix = f"sketch_v2_direct_prior_{abs(hash(json.dumps({'scene': normalized_scene, 'title': str(title or '')}, ensure_ascii=False, sort_keys=True)))}" + prior_bundle = self.sd_generator.build_direct_scene_prior( + scene_spec=normalized_scene, + filename_prefix=prior_prefix, + ) + controlnet_bundle = self.sd_generator.build_direct_scene_controlnet_bundle( + scene_spec=normalized_scene, + prior_bundle=prior_bundle, + filename_prefix=prior_prefix, + ) + control_path = self._direct_scene_control_path(prior_bundle) + payload = dict(preview_seed or {}) + payload["success"] = True + payload["type"] = "control_preview" + payload["scene_spec"] = normalized_scene + payload["image_path"] = control_path + payload["save_path"] = control_path + payload["low_preview_path"] = str(prior_bundle.get("base_plate_path") or control_path or "").strip() + payload["render_control_path"] = control_path + payload["sd_upstream_control_path"] = "" + payload["backend"] = "sketch_v2_direct_seed" + payload["sketch_backend"] = "sketch_v2" + payload["scene_plan"] = scene_plan + payload["direct_scene_prior"] = _copy(prior_bundle) + payload["overlay_defaults"] = { + "show_labels": bool((normalized_scene.get("layout_options") or {}).get("show_labels", False)), + "show_grid": bool((normalized_scene.get("layout_options") or {}).get("show_grid", True)), + "show_guides": bool((normalized_scene.get("layout_options") or {}).get("show_guides", False)), + "view_mode": (normalized_scene.get("layout_options") or {}).get("sketch_view_mode", "structure"), + "annotation_level": (normalized_scene.get("layout_options") or {}).get("annotation_level", "light"), + } + sketch_bundle = dict(payload.get("sketch_bundle") or {}) + sketch_bundle["active_sketch_backend"] = "sketch_v2" + sketch_bundle["direct_scene_prior"] = _copy(prior_bundle) + sketch_bundle["direct_scene_controlnet"] = _copy(controlnet_bundle) + sketch_bundle["direct_scene_prompt_mode"] = "scene_spec_to_sd" + payload["sketch_bundle"] = sketch_bundle + payload["description"] = "SceneSpec direct-SD sketch seed without native structural sketch conversion." + payload["generated_prompt"] = self.build_prompt(scene_plan, provider="sd", variation_index=0, title=title) + payload["negative_prompt"] = self.build_negative_prompt(scene_plan, sketch_style) + return payload + + def _render_direct_scene( + self, + scene_spec: Dict[str, Any], + *, + sketch_options: Dict[str, Any] | None = None, + title: str | None = None, + preview_seed: Dict[str, Any] | None = None, + ) -> Dict[str, Any]: + sketch_options = sketch_options or {} + preview = self._direct_preview_seed(scene_spec, sketch_options, title=title, preview_seed=preview_seed) + scene_plan = _copy(preview.get("scene_plan") or {}) + prior_bundle = _copy(preview.get("direct_scene_prior") or {}) + controlnet_bundle = _copy(((preview.get("sketch_bundle") or {}).get("direct_scene_controlnet")) or {}) + control_path = self._direct_scene_control_path(prior_bundle) + candidates: List[Dict[str, Any]] = [] + for index, provider in enumerate(self._provider_plan_for_options(sketch_options)): + prompt = self.build_prompt(scene_plan, provider=provider, variation_index=index, title=title) + negative_prompt = self.build_negative_prompt(scene_plan, str(sketch_options.get("sketch_style", "scribble_line"))) + try: + if provider == "sd": + render_result = self._render_sd_direct_candidate( + provider=provider, + variation_index=index, + prompt=prompt, + negative_prompt=negative_prompt, + scene_spec=preview.get("scene_spec"), + sketch_options=sketch_options, + prior_bundle=prior_bundle, + controlnet_bundle=controlnet_bundle, + ) + image_path = str(render_result.get("image_path") or "").strip() + candidate_control_path = str(render_result.get("control_image_path") or control_path).strip() + else: + image_path = self._render_image_api_candidate( + provider=provider, + variation_index=index, + prompt=prompt, + negative_prompt=negative_prompt, + control_image_path=control_path, + ) + candidate_control_path = control_path + except Exception as exc: + logger.warning(f"sketch_v2 direct candidate failed | provider={provider} index={index} error={exc}") + continue + if not image_path: + continue + candidates.append( + { + "candidate_id": f"sketch_v2_{provider}_{len(candidates) + 1}", + "provider": provider, + "image_path": image_path, + "prompt": prompt, + "negative_prompt": negative_prompt, + "control_image_path": candidate_control_path, + "note": str(render_result.get("note") or "direct_scene_prior").strip() if provider == "sd" else "direct_scene_prior", + "sd_recipe": _copy(render_result.get("sd_recipe") or {}) if provider == "sd" else {}, + } + ) + if not candidates: + candidates = [ + self._fallback_candidate( + preview, + scene_plan, + "No direct SD sketch candidate succeeded; falling back to current preview seed.", + ) + ] + active = candidates[0] + sketch_bundle = dict(preview.get("sketch_bundle") or {}) + sketch_bundle["active_sketch_backend"] = "sketch_v2" + sketch_bundle["active_sketch_path"] = active["image_path"] + sketch_bundle["sketch_v2_candidates"] = [item["image_path"] for item in candidates] + sketch_bundle["candidate_control_sources"] = [{"kind": "scene_prior_layout", "path": control_path}] if control_path else [] + payload = dict(preview) + payload["image_path"] = active["image_path"] + payload["save_path"] = active["image_path"] + payload["backend"] = "sketch_v2_direct_preview" + payload["sketch_bundle"] = sketch_bundle + payload["sketch_candidates"] = [_copy(item) for item in candidates] + payload["active_sketch_candidate_id"] = active["candidate_id"] + payload["active_sketch_backend"] = "sketch_v2" + payload["active_sketch_provider"] = active["provider"] + payload["active_sketch_path"] = active["image_path"] + payload["generated_prompt"] = active["prompt"] + payload["negative_prompt"] = active["negative_prompt"] + payload["native_control_image_path"] = control_path + payload["upstream_control_image_path"] = "" + payload["sd_upstream_control_path"] = "" + payload["upstream_control_provider"] = "direct_scene_prior" if control_path else "" + if active.get("note"): + payload["note"] = active["note"] + return payload + + def render_from_scene_spec( + self, + scene_spec: Dict[str, Any] | None, + sketch_options: Dict[str, Any] | None = None, + title: str | None = None, + ) -> Dict[str, Any]: + sketch_options = sketch_options or {} + return self._render_direct_scene(scene_spec or {}, sketch_options=sketch_options, title=title, preview_seed={}) + + def _build_upstream_sd_prompt(self, scene_plan: Dict[str, Any], title: str | None = None) -> str: + scene_type = str(scene_plan.get("scene_type", "scene") or "scene") + prompt_title = self._prompt_title_text(title) + parts = [ + self._prompt_prefix(scene_type), + "Create an upstream whole-scene grayscale draft for later sketch refinement and editing.", + "Replace geometric placeholders with natural scene silhouettes, readable object masses, and coherent scene depth.", + "Use the control image only as a soft prior for horizon, placement, scale, and front-mid-back layering.", + "Do not preserve symbol collage, object blobs, icon stickers, helper boxes, arrows, labels, or rigid repeated geometry.", + "Prefer tonal scene masses, believable object shapes, and readable environment context over isolated contour symbols.", + "People, buildings, trees, roads, and devices must read as real scene elements instead of stick figures or pictograms.", + prompt_title, + f'Subject: {self._clean_text(scene_plan.get("subject_summary") or "")}', + f'Background: {self._clean_text(scene_plan.get("background_summary") or "")}', + f'Composition: {self._clean_text(scene_plan.get("composition_summary") or "")}', + f'Depth: {self._clean_text(scene_plan.get("depth_summary") or "")}', + f'Style: {self._clean_text(scene_plan.get("style_summary") or "")}', + "Favor natural whole-image readability over symbolic object assembly.", + ] + must_include_summary = self._clean_text(scene_plan.get("must_include_summary") or "") + if must_include_summary: + parts.append(f"Must clearly include all anchors: {must_include_summary}.") + exact_elements_summary = self._clean_text(scene_plan.get("exact_elements_summary") or "") + if exact_elements_summary: + parts.append(f"Exact visible elements only: {exact_elements_summary}. Do not add extra major objects or substitute object types.") + anchor_layout_summary = self._clean_text(scene_plan.get("anchor_layout_summary") or "") + if anchor_layout_summary: + parts.append(f"Exact anchor layout: {anchor_layout_summary}.") + editable_detail_summary = self._clean_text(scene_plan.get("editable_detail_summary") or "") + if editable_detail_summary: + parts.append(f"Keep editable details clear: {editable_detail_summary}.") + anchor_presence_summary = self._clean_text(self._anchor_presence_summary(scene_plan)) + if anchor_presence_summary: + parts.append(anchor_presence_summary) + object_hint_text = ", ".join( + f'{item.get("prompt_name") or item.get("concept", "")} {item.get("position", "")} {item.get("depth_band", "")}'.strip() + for item in (scene_plan.get("object_hints") or [])[:8] + if item.get("prompt_name") or item.get("concept") + ) + if object_hint_text: + parts.append(f"Scene anchors: {object_hint_text}.") + return ", ".join(part for part in parts if part) + + def _build_upstream_sd_negative_prompt(self, scene_plan: Dict[str, Any], sketch_style: str) -> str: + negatives = [ + self.build_negative_prompt(scene_plan, sketch_style), + "generic blob object", + "placeholder silhouette", + "stick figure", + "floating isolated icon", + "pictogram", + "clipart", + "mechanical layout diagram", + "sticker sheet composition", + "hard geometric glyph", + "empty white page", + "single object on blank background", + "missing center subject", + ] + return ", ".join(self._clean_text(item) for item in negatives if self._clean_text(item)) + + def _render_sd_upstream_guide( + self, + *, + preview: Dict[str, Any], + scene_plan: Dict[str, Any], + control_image_path: str, + sketch_options: Dict[str, Any], + title: str | None = None, + ) -> Dict[str, str]: + if not self._prefer_sd_upstream(sketch_options) or not control_image_path: + return {} + prompt = self._build_upstream_sd_prompt(scene_plan, title=title) + negative_prompt = self._build_upstream_sd_negative_prompt( + scene_plan, + str(sketch_options.get("sketch_style", "scribble_line")), + ) + control_name = os.path.basename(control_image_path).lower() + stronger_tonal_control = control_name.startswith("sd_upstream_control_") + output_name = f"sketch_v2_upstream_sd_{abs(hash(self._fingerprint('sd_upstream', prompt, negative_prompt, control_image_path, 0)))}" + controlnet_bundle = self.sd_generator.build_controlnet_bundle( + control_image_path=control_image_path, + scene_spec=preview.get("scene_spec"), + filename_prefix=output_name, + purpose="sketch_upstream", + ) + try: + image_path = self.sd_generator.render_img2img( + prompt=prompt, + negative_prompt=negative_prompt, + control_image_path=control_image_path, + denoising_strength=float(sketch_options.get("sd_upstream_denoising", 0.72 if stronger_tonal_control else 0.58)), + steps=int(sketch_options.get("sd_upstream_steps", 30 if stronger_tonal_control else 24)), + cfg_scale=float(sketch_options.get("sd_upstream_cfg_scale", 6.4 if stronger_tonal_control else 6.2)), + sampler_name=str(sketch_options.get("sd_upstream_sampler_name", sketch_options.get("sd_sketch_sampler_name", "DPM++ 2M Karras"))), + filename_prefix=output_name, + controlnet_bundle=controlnet_bundle, + **self._sd_lora_kwargs(sketch_options), + ) + except Exception as exc: + logger.warning(f"sketch_v2 upstream sd guide failed: {exc}") + return {} + return { + "image_path": image_path, + "prompt": prompt, + "negative_prompt": negative_prompt, + "provider": "sd_upstream", + } + + def _fallback_candidate(self, preview: Dict[str, Any], scene_plan: Dict[str, Any], reason: str) -> Dict[str, Any]: + image_path = str(preview.get("image_path") or "") + return { + "candidate_id": "sketch_v2_fallback_native_1", + "provider": "fallback_native", + "image_path": image_path, + "prompt": self.build_prompt(scene_plan, provider="image_api", variation_index=0), + "negative_prompt": self.build_negative_prompt(scene_plan, str((preview.get("scene_spec") or {}).get("layout_options", {}).get("sketch_style", "scribble_line"))), + "control_image_path": self._control_image_path(preview) or image_path, + "note": reason, + } + + def _fuse_control_image( + self, + *, + raw_control_image_path: str, + upstream_sd_guide_path: str, + ) -> str: + raw_path = str(raw_control_image_path or "").strip() + upstream_path = str(upstream_sd_guide_path or "").strip() + if not raw_path or not upstream_path or raw_path == upstream_path: + return "" + try: + upstream_image = Image.open(upstream_path).convert("RGBA") + raw_image = Image.open(raw_path).convert("RGBA").resize(upstream_image.size) + raw_alpha = raw_image.convert("L").point(lambda px: max(0, min(255, int((255 - px) * 0.72)))) + raw_overlay = raw_image.copy() + raw_overlay.putalpha(raw_alpha) + fused = Image.alpha_composite(upstream_image, raw_overlay).convert("RGB") + output_name = f"sketch_v2_fused_control_{abs(hash(self._fingerprint('fused_control', raw_path, upstream_path, '', 0)))}.png" + output_path = os.path.join(self.output_dir, output_name) + fused.save(output_path) + return output_path + except Exception as exc: + logger.warning(f"sketch_v2 fused control build failed: {exc}") + return "" + + def _candidate_control_sources( + self, + *, + raw_control_image_path: str, + upstream_sd_guide_path: str, + fused_control_image_path: str, + ) -> List[Dict[str, str]]: + sources: List[Dict[str, str]] = [] + for kind, path in [ + ("fused_anchor_scene", fused_control_image_path), + ("raw_anchor_control", raw_control_image_path), + ("sd_upstream_scene", upstream_sd_guide_path), + ]: + cleaned = str(path or "").strip() + if not cleaned: + continue + if any(item.get("path") == cleaned for item in sources): + continue + sources.append({"kind": kind, "path": cleaned}) + return sources + + def render_from_preview( + self, + preview: Dict[str, Any], + sketch_options: Dict[str, Any] | None = None, + title: str | None = None, + ) -> Dict[str, Any]: + preview = dict(preview or {}) + sketch_options = sketch_options or {} + if self._use_direct_scene_mode(sketch_options): + return self._render_direct_scene( + preview.get("scene_spec") if isinstance(preview.get("scene_spec"), dict) else {}, + sketch_options=sketch_options, + title=title, + preview_seed=preview, + ) + scene_plan = self.build_scene_plan(preview.get("scene_spec"), sketch_options=sketch_options, title=title) + control_image_path = self._upstream_control_image_path(preview) or self._control_image_path(preview) + sketch_bundle = dict(preview.get("sketch_bundle") or {}) + native_structural = sketch_bundle.get("structural_sketch") or preview.get("image_path") + upstream_sd_guide = self._render_sd_upstream_guide( + preview=preview, + scene_plan=scene_plan, + control_image_path=control_image_path, + sketch_options=sketch_options, + title=title, + ) + upstream_guide_path = str(upstream_sd_guide.get("image_path") or "").strip() + fused_control_path = self._fuse_control_image( + raw_control_image_path=control_image_path, + upstream_sd_guide_path=upstream_guide_path, + ) + control_sources = self._candidate_control_sources( + raw_control_image_path=control_image_path, + upstream_sd_guide_path=upstream_guide_path, + fused_control_image_path=fused_control_path, + ) + upstream_control_path = control_sources[0]["path"] if control_sources else str(control_image_path or upstream_guide_path or "").strip() + candidates: List[Dict[str, Any]] = [] + for index, provider in enumerate(self._provider_plan_for_options(sketch_options)): + prompt = self.build_prompt(scene_plan, provider=provider, variation_index=index, title=title) + negative_prompt = self.build_negative_prompt(scene_plan, str(sketch_options.get("sketch_style", "scribble_line"))) + control_source = control_sources[index % len(control_sources)] if control_sources else {"kind": "default", "path": upstream_control_path} + try: + if provider == "sd": + image_path = self._render_sd_candidate( + provider=provider, + variation_index=index, + prompt=prompt, + negative_prompt=negative_prompt, + control_image_path=control_source["path"], + sketch_options=sketch_options, + control_kind=str(control_source.get("kind") or "default"), + scene_spec=preview.get("scene_spec"), + ) + else: + image_path = self._render_image_api_candidate( + provider=provider, + variation_index=index, + prompt=prompt, + negative_prompt=negative_prompt, + control_image_path=control_source["path"], + ) + except Exception as exc: + logger.warning(f"sketch_v2 candidate failed | provider={provider} index={index} error={exc}") + continue + candidates.append( + { + "candidate_id": f"sketch_v2_{provider}_{len(candidates) + 1}", + "provider": provider, + "image_path": image_path, + "prompt": prompt, + "negative_prompt": negative_prompt, + "control_image_path": control_source["path"], + "note": control_source["kind"], + } + ) + if not candidates: + candidates = [ + self._fallback_candidate( + preview, + scene_plan, + "No sketch_v2 provider succeeded; falling back to native composition sketch.", + ) + ] + active = candidates[0] + if native_structural: + sketch_bundle.setdefault("native_structural_sketch", native_structural) + if upstream_sd_guide.get("image_path"): + sketch_bundle["sd_upstream_guide"] = upstream_sd_guide.get("image_path") + sketch_bundle["upstream_control_provider"] = upstream_sd_guide.get("provider") + sketch_bundle["upstream_control_prompt"] = upstream_sd_guide.get("prompt") + if fused_control_path: + sketch_bundle["fused_control_image"] = fused_control_path + if control_sources: + sketch_bundle["candidate_control_sources"] = _copy(control_sources) + sketch_bundle["active_sketch_backend"] = "sketch_v2" + sketch_bundle["active_sketch_path"] = active["image_path"] + sketch_bundle["sketch_v2_candidates"] = [item["image_path"] for item in candidates] + payload = dict(preview) + payload["image_path"] = active["image_path"] + payload["save_path"] = active["image_path"] + payload["backend"] = "sketch_v2_preview" + payload["sketch_backend"] = "sketch_v2" + payload["generated_prompt"] = active["prompt"] + payload["negative_prompt"] = active["negative_prompt"] + payload["sketch_bundle"] = sketch_bundle + payload["sketch_candidates"] = [_copy(item) for item in candidates] + payload["active_sketch_candidate_id"] = active["candidate_id"] + payload["active_sketch_backend"] = "sketch_v2" + payload["active_sketch_provider"] = active["provider"] + payload["active_sketch_path"] = active["image_path"] + payload["native_control_image_path"] = control_image_path + payload["upstream_control_image_path"] = upstream_control_path if upstream_control_path and upstream_control_path != control_image_path else "" + payload["sd_upstream_control_path"] = preview.get("sd_upstream_control_path") or sketch_bundle.get("sd_upstream_control") or "" + payload["upstream_control_provider"] = upstream_sd_guide.get("provider", "") + payload["scene_plan"] = scene_plan + if active.get("note"): + payload["note"] = active["note"] + return payload + diff --git a/runtime/memory-api/core/tmcra_reasoning_runtime.py b/runtime/memory-api/core/tmcra_reasoning_runtime.py new file mode 100644 index 0000000..360409c --- /dev/null +++ b/runtime/memory-api/core/tmcra_reasoning_runtime.py @@ -0,0 +1,200 @@ +from __future__ import annotations + +from dataclasses import dataclass, field +from typing import Any, Dict, Iterable, List, Sequence + +from experiments.replacement.adapters.base import AdapterResponse +from experiments.replacement.adapters.memory_adapters import GraphSessionMemoryAdapter +from experiments.replacement.memory_graph import guess_slot_key +from experiments.replacement_overlay.pipeline import ReasoningRequest, TMCRAReasoningPipeline + + +def _clean_text(value: object) -> str: + return str(value or "").strip() + + +def _dedupe(items: Iterable[object]) -> List[str]: + values: List[str] = [] + seen = set() + for item in items: + text = _clean_text(item) + if not text: + continue + key = text.lower() + if key in seen: + continue + seen.add(key) + values.append(text) + return values + + +@dataclass(slots=True) +class RuntimeFeatureFlags: + TMCRA_REASONING_V2_ENABLED: bool = False + TMCRA_REASONING_V2_SHADOW: bool = True + TMCRA_TEMPORAL_REASONING_ENABLED: bool = True + TMCRA_SLOT_RESOLUTION_ENABLED: bool = True + + def to_dict(self) -> Dict[str, bool]: + return { + "TMCRA_REASONING_V2_ENABLED": bool(self.TMCRA_REASONING_V2_ENABLED), + "TMCRA_REASONING_V2_SHADOW": bool(self.TMCRA_REASONING_V2_SHADOW), + "TMCRA_TEMPORAL_REASONING_ENABLED": bool(self.TMCRA_TEMPORAL_REASONING_ENABLED), + "TMCRA_SLOT_RESOLUTION_ENABLED": bool(self.TMCRA_SLOT_RESOLUTION_ENABLED), + } + + +@dataclass(slots=True) +class SessionMemoryNormalizationAdapter: + default_source_kind: str = "session_memory" + + def normalize_records(self, records: Sequence[Any]) -> List[Dict[str, Any]]: + normalized: List[Dict[str, Any]] = [] + for index, raw in enumerate(records): + if isinstance(raw, dict): + category = _clean_text(raw.get("category", "memory")) or "memory" + value = _clean_text(raw.get("value", "")) + anchors = [_clean_text(anchor) for anchor in raw.get("anchor_concepts", raw.get("anchors", [])) or [] if _clean_text(anchor)] + turn_index = int(raw.get("turn_index", 0) or 0) + source_kind = _clean_text(raw.get("source_kind", "")) or self.default_source_kind + slot_key = _clean_text(raw.get("slot_key", raw.get("slot", ""))) or guess_slot_key(category=category, value=value, anchors=anchors) + if value: + normalized.append( + { + "category": category, + "slot": slot_key, + "value": value, + "anchors": anchors[:8], + "relation": _clean_text(raw.get("relation", "")) or f"{category}_memory", + "source_kind": source_kind, + "turn_index": turn_index, + "metadata": dict(raw.get("metadata", {}) or {}), + } + ) + continue + category = _clean_text(getattr(raw, "category", "memory")) or "memory" + value = _clean_text(getattr(raw, "value", "")) + anchors = [_clean_text(anchor) for anchor in getattr(raw, "anchor_concepts", []) or [] if _clean_text(anchor)] + if not value: + continue + normalized.append( + { + "category": category, + "slot": guess_slot_key(category=category, value=value, anchors=anchors), + "value": value, + "anchors": anchors[:8], + "relation": _clean_text(getattr(raw, "relation", "")) or f"{category}_memory", + "source_kind": _clean_text(getattr(raw, "source_kind", "")) or self.default_source_kind, + "turn_index": int(getattr(raw, "turn_index", 0) or 0), + "metadata": dict(getattr(raw, "metadata", {}) or {}), + } + ) + return normalized + + def build_memory_adapter( + self, + *, + records: Sequence[Any] | None = None, + session_turns: Sequence[Dict[str, Any]] | None = None, + ) -> GraphSessionMemoryAdapter: + adapter = GraphSessionMemoryAdapter(auto_extract=False) + if session_turns: + for turn in session_turns: + adapter.ingest_turn( + _clean_text(turn.get("user_text", "")), + _clean_text(turn.get("assistant_text", "")), + answer_payload=dict(turn.get("answer_payload", {}) or {}), + extraction_result=dict(turn.get("extraction_result", {}) or {}), + ) + normalized = self.normalize_records(records or []) + grouped: Dict[int, List[Dict[str, Any]]] = {} + for item in normalized: + grouped.setdefault(int(item.get("turn_index", 0) or 0), []).append(item) + for turn_index in sorted(grouped.keys()): + adapter.ingest_turn( + f"normalized_session_memory_turn_{turn_index}", + "", + answer_payload={"replacement_memory_records": grouped[turn_index], "metadata": {"source": "main_chain_shadow"}}, + ) + return adapter + + +class MainChainReasoningAdapter: + def __init__( + self, + *, + flags: RuntimeFeatureFlags | None = None, + normalizer: SessionMemoryNormalizationAdapter | None = None, + pipeline: TMCRAReasoningPipeline | None = None, + ) -> None: + self.flags = flags or RuntimeFeatureFlags() + self.normalizer = normalizer or SessionMemoryNormalizationAdapter() + self.pipeline = pipeline or TMCRAReasoningPipeline() + + def answer( + self, + query: str, + *, + answer_mode: str = "transparent", + legacy_response: AdapterResponse | None = None, + session_records: Sequence[Any] | None = None, + session_turns: Sequence[Dict[str, Any]] | None = None, + top_k: int = 6, + memory_name: str = "session_memory", + ) -> AdapterResponse: + adapter = self.normalizer.build_memory_adapter(records=session_records, session_turns=session_turns) + shadow_bundle = self.pipeline.run( + ReasoningRequest(query=query, answer_mode=answer_mode, top_k=top_k, metadata={"source": "main_chain_shadow"}), + memory_adapter=adapter, + base_response=legacy_response, + reasoner_name="tmcra_reasoning_v2", + memory_name=memory_name, + ) + if self.flags.TMCRA_REASONING_V2_ENABLED: + response = shadow_bundle.response + else: + response = legacy_response or AdapterResponse( + answer="", + answer_mode=answer_mode, + reasoner_name="main_chain_legacy", + memory_name=memory_name, + ) + response = AdapterResponse( + answer=response.answer, + answer_mode=response.answer_mode, + reasoner_name=response.reasoner_name, + memory_name=response.memory_name, + confidence=response.confidence, + paths=list(response.paths), + facts=list(response.facts), + candidate_scores=list(response.candidate_scores), + memory_hits=list(response.memory_hits), + evidence_consistent=bool(response.evidence_consistent), + unsupported_claims=list(response.unsupported_claims), + pillar_scores=dict(response.pillar_scores or {}), + latency_seconds=response.latency_seconds, + trace={ + **dict(response.trace or {}), + "tmcra_reasoning_v2_shadow": { + "enabled": bool(self.flags.TMCRA_REASONING_V2_ENABLED), + "shadow": bool(self.flags.TMCRA_REASONING_V2_SHADOW), + "flags": self.flags.to_dict(), + "shadow_response": shadow_bundle.response.to_dict(), + }, + }, + metadata={ + **dict(response.metadata or {}), + "tmcra_reasoning_v2": { + "enabled": bool(self.flags.TMCRA_REASONING_V2_ENABLED), + "shadow": bool(self.flags.TMCRA_REASONING_V2_SHADOW), + "flags": self.flags.to_dict(), + "shadow_bundle": shadow_bundle.to_dict(), + "normalized_slots": _dedupe(view["slot_key"] for view in shadow_bundle.context.slot_resolution.to_dict().get("views", [])), + }, + }, + ) + return response + + +def create_reasoning_v2_shadow_adapter(*, flags: RuntimeFeatureFlags | None = None) -> MainChainReasoningAdapter: + return MainChainReasoningAdapter(flags=flags or RuntimeFeatureFlags()) diff --git a/runtime/memory-api/core/tri_maze_neural_trainer.py b/runtime/memory-api/core/tri_maze_neural_trainer.py new file mode 100644 index 0000000..1c16218 --- /dev/null +++ b/runtime/memory-api/core/tri_maze_neural_trainer.py @@ -0,0 +1,1057 @@ +from __future__ import annotations + +import argparse +import hashlib +import json +import math +import time +from dataclasses import asdict, dataclass, field +from pathlib import Path +from typing import Any, Dict, Iterable, List, Sequence + +import networkx as nx + +try: + import torch + import torch.nn.functional as F + from torch.utils.data import DataLoader, WeightedRandomSampler +except Exception as exc: # pragma: no cover + raise RuntimeError(f"torch is required for Tri-Maze neural training: {exc}") + +from .concept_graph import ConceptGraph +from .concept_memory import ConceptMemory +from .maze_engine import TriMazeEngine +from .policy_dataset import ( + CurriculumConfig, + EpisodicBatchSampler, + PolicyStepDataset, + PolicyStepRecord, + PolicyVocabulary, + build_domain_sampling_weights, + build_path_stub, + build_runtime_step_record, + filter_curriculum_records, + load_policy_records, + policy_collate_fn, + serialize_policy_records, +) +from .policy_network import ( + EdgePolicy, + PolicyModelConfig, + candidate_contrastive_loss, + hard_negative_margin_loss, + masked_cross_entropy, +) +from .tri_maze_supervision import load_supervision_rows, normalize_supervision_row, summarize_supervision_rows + + +DEFAULT_MEMORY_FILE = "data/concept_memory.json" +DEFAULT_SUPERVISION_GLOBS = ("data/tri_maze_datasets/exports/*tri_maze_supervision*.jsonl",) + + +@dataclass(slots=True) +class TrainingConfig: + epochs: int = 20 + batch_size: int = 32 + num_workers: int = 0 + lr: float = 1e-3 + weight_decay: float = 1e-4 + temperature: float = 1.0 + branch_factor: int = 2 + revisit_probability: float = 0.2 + train_ratio: float = 0.9 + patience: int = 8 + grad_clip: float = 1.0 + grad_accum_steps: int = 1 + amp: bool = True + model_type: str = "v2" + embedding_dim: int = 64 + relation_embedding_dim: int = 16 + domain_embedding_dim: int = 8 + trunk_dims: tuple[int, ...] = (128, 256, 128) + dropout: float = 0.1 + history_size: int = 4 + curriculum: CurriculumConfig = field(default_factory=CurriculumConfig) + domain_balance: bool = True + episodic: bool = False + multitask: bool = True + contrastive_weight: float = 0.08 + hard_negative_weight: float = 0.12 + aux_weight: float = 0.15 + domain_adapt: bool = False + domain_adapt_weight: float = 0.03 + zero_shot_split: str = "none" + cache_dir: str = "" + resume: str = "" + + def to_dict(self) -> dict[str, Any]: + payload = asdict(self) + payload["trunk_dims"] = list(self.trunk_dims) + payload["curriculum"] = asdict(self.curriculum) + return payload + + +def _timestamp() -> str: + return time.strftime("%Y%m%d-%H%M%S") + + +def _stable_score(text: str) -> float: + digest = hashlib.md5(text.encode("utf-8", errors="ignore")).digest() + return int.from_bytes(digest[:4], "big") / 2**32 + + +def _clamp_score(value: Any, default: float = 0.8) -> float: + try: + return max(0.1, min(1.0, float(value))) + except Exception: + return default + + +def _weight_from_path(path_record: Dict[str, Any]) -> float: + base = _clamp_score(path_record.get("score", 0.8), default=0.8) + try: + uses = max(1, int(path_record.get("uses", 1) or 1)) + except Exception: + uses = 1 + return base * math.log1p(uses) + + +def _repo_root() -> Path: + return Path(__file__).resolve().parents[1] + + +def discover_supervision_files( + *, + repo_root: Path | None = None, + files: Sequence[str] | None = None, + globs: Sequence[str] | None = None, +) -> list[Path]: + root = repo_root or _repo_root() + discovered: list[Path] = [] + for item in files or []: + candidate = Path(item) + if not candidate.is_absolute(): + candidate = root / candidate + if candidate.exists(): + discovered.append(candidate) + for pattern in globs or DEFAULT_SUPERVISION_GLOBS: + for child in sorted(root.glob(pattern)): + if child.is_file(): + discovered.append(child) + ordered: list[Path] = [] + seen = set() + for path in discovered: + marker = str(path.resolve()).casefold() + if marker in seen: + continue + seen.add(marker) + ordered.append(path) + return ordered + + +def load_all_supervision_rows(paths: Sequence[Path]) -> list[dict[str, Any]]: + rows: list[dict[str, Any]] = [] + for path in paths: + rows.extend(load_supervision_rows(path)) + return rows + + +def build_training_graph( + memory: ConceptMemory, + *, + supervision_rows: Sequence[dict[str, Any]] | None = None, + graph_json_path: str | None = None, +) -> nx.DiGraph: + if graph_json_path: + payload = json.loads(Path(graph_json_path).read_text(encoding="utf-8")) + concept_graph = ConceptGraph() + concept_graph.import_json(payload) + graph = concept_graph.graph + else: + graph = nx.DiGraph() + all_concepts = memory.get_all_concepts() + for concept, data in all_concepts.items(): + graph.add_node(concept, type=data.get("type", "unknown")) + + for fact in memory.get_all_facts(): + src = str(fact.get("from") or "").strip() + dst = str(fact.get("to") or "").strip() + if not src or not dst: + continue + graph.add_node(src, type=all_concepts.get(src, {}).get("type", "unknown")) + graph.add_node(dst, type=all_concepts.get(dst, {}).get("type", "unknown")) + weight = max(0.1, min(1.0, float(fact.get("weight", 0.7) or 0.7))) + existing = graph.get_edge_data(src, dst, {}) + graph.add_edge( + src, + dst, + relation=existing.get("relation") or str(fact.get("relation") or "related_to"), + weight=max(float(existing.get("weight", 0.0) or 0.0), weight), + ) + + for path_record in memory.get_all_paths(): + concepts = [str(item).strip() for item in (path_record.get("path") or []) if str(item).strip()] + path_weight = _clamp_score(path_record.get("score", 0.8), default=0.8) + for concept in concepts: + graph.add_node(concept, type=all_concepts.get(concept, {}).get("type", "unknown")) + for index in range(len(concepts) - 1): + src = concepts[index] + dst = concepts[index + 1] + existing = graph.get_edge_data(src, dst, {}) + graph.add_edge( + src, + dst, + relation=existing.get("relation") or "memory_path", + weight=max(float(existing.get("weight", 0.0) or 0.0), path_weight), + ) + + for row in supervision_rows or []: + normalized = normalize_supervision_row(row) + for concept in normalized.get("concepts") or []: + graph.add_node(concept, type=graph.nodes.get(concept, {}).get("type", "proposition")) + for path in normalized.get("forward_paths") or []: + for concept in path: + graph.add_node(concept, type=graph.nodes.get(concept, {}).get("type", "proposition")) + for index in range(len(path) - 1): + src = path[index] + dst = path[index + 1] + existing = graph.get_edge_data(src, dst, {}) + graph.add_edge( + src, + dst, + relation=existing.get("relation") or "supports", + weight=max(float(existing.get("weight", 0.0) or 0.0), _clamp_score(normalized.get("score", 0.8))), + ) + for fact in normalized.get("facts") or []: + src = fact["from"] + dst = fact["to"] + graph.add_node(src, type=graph.nodes.get(src, {}).get("type", "proposition")) + graph.add_node(dst, type=graph.nodes.get(dst, {}).get("type", "proposition")) + existing = graph.get_edge_data(src, dst, {}) + graph.add_edge( + src, + dst, + relation=existing.get("relation") or fact.get("relation", "supports"), + weight=max(float(existing.get("weight", 0.0) or 0.0), _clamp_score(fact.get("weight", 0.8))), + ) + return graph + + +def _parse_zero_shot_spec(spec: str) -> tuple[str, str]: + normalized = (spec or "").strip().lower() + if not normalized or normalized in {"none", "off", "false"}: + return "none", "" + if ":" in normalized: + kind, value = normalized.split(":", 1) + return kind.strip(), value.strip() + return "concept", normalized + + +def split_policy_records( + records: Sequence[PolicyStepRecord], + *, + train_ratio: float, + zero_shot_split: str = "none", +) -> dict[str, list[PolicyStepRecord]]: + split_map = {"train": [], "val": [], "zero_shot": []} + kind, value = _parse_zero_shot_spec(zero_shot_split) + holdout_concepts: set[str] = set() + holdout_dataset = "" + if kind == "concept": + try: + holdout_ratio = max(0.01, min(0.9, float(value or 0.1))) + except Exception: + holdout_ratio = 0.1 + all_concepts = sorted({concept for record in records for concept in record.all_concepts()}) + holdout_concepts = { + concept.casefold() + for concept in all_concepts + if _stable_score(f"zs::{concept.casefold()}") >= (1.0 - holdout_ratio) + } + elif kind == "dataset": + holdout_dataset = value.casefold() + + regular_records: list[PolicyStepRecord] = [] + for record in records: + if holdout_dataset and record.source_dataset.casefold() == holdout_dataset: + split_map["zero_shot"].append(record) + continue + if holdout_concepts and any(concept.casefold() in holdout_concepts for concept in record.all_concepts()): + split_map["zero_shot"].append(record) + continue + regular_records.append(record) + + boundary = max(0.0, min(1.0, float(train_ratio))) + for record in regular_records: + if _stable_score(record.sample_id) < boundary: + split_map["train"].append(record) + else: + split_map["val"].append(record) + return split_map + + +class TriMazeNeuralTrainer: + def __init__(self, graph: nx.DiGraph, memory: ConceptMemory, *, device: str = "auto", seed: int = 42): + self.graph = graph + self.memory = memory + self.seed = int(seed) + self.device = self._resolve_device(device) + self.engine = TriMazeEngine( + self.graph, + concept_memory=self.memory, + multimodal_generator=object(), + policy_enabled=False, + policy_rollout="off", + ) + + def _resolve_device(self, device_arg: str) -> torch.device: + if device_arg != "auto": + return torch.device(device_arg) + if torch.cuda.is_available(): + return torch.device("cuda") + return torch.device("cpu") + + def _memory_forward_paths(self) -> list[dict[str, Any]]: + return [ + item + for item in self.memory.get_all_paths() + if str(item.get("mode") or "forward").strip().lower() == "forward" + ] + + def _record_for_step( + self, + *, + sample_id: str, + source_kind: str, + source_dataset: str, + query_type: str, + mode: str, + concepts: Sequence[str], + step_index: int, + weight: float, + source_score: float = 0.0, + ) -> PolicyStepRecord | None: + if step_index >= len(concepts) - 1: + return None + current = concepts[step_index] + target = concepts[step_index + 1] + current_node = self.engine.nodes.get(current) + if current_node is None: + return None + candidate_edges = list(current_node.connections) + if not candidate_edges: + return None + target_index = next( + (index for index, edge in enumerate(candidate_edges) if edge.to_node.concept == target), + None, + ) + if target_index is None: + return None + path_stub = build_path_stub(self.engine, concepts[: step_index + 1]) + visited = set(concepts[: step_index + 1]) + return build_runtime_step_record( + engine=self.engine, + current_node=current_node, + candidate_edges=candidate_edges, + path=path_stub, + visited=visited, + mode=mode, + target_index=target_index, + sample_id=sample_id, + source_kind=source_kind, + source_dataset=source_dataset, + query_type=query_type, + task_key=f"{source_dataset}|{query_type}|{mode}", + weight=weight, + source_score=source_score, + ) + + def iter_memory_records(self) -> Iterable[PolicyStepRecord]: + for path_index, path_record in enumerate(self._memory_forward_paths()): + concepts = [str(item).strip() for item in (path_record.get("path") or []) if str(item).strip()] + if len(concepts) < 2: + continue + weight = _weight_from_path(path_record) + score = _clamp_score(path_record.get("score", 0.8), default=0.8) + for step_index in range(len(concepts) - 1): + record = self._record_for_step( + sample_id=f"memory::{path_index}::{step_index}", + source_kind="memory_path", + source_dataset="concept_memory", + query_type="memory", + mode="forward", + concepts=concepts, + step_index=step_index, + weight=weight, + source_score=score, + ) + if record is not None: + yield record + + def iter_supervision_records(self, supervision_rows: Sequence[dict[str, Any]]) -> Iterable[PolicyStepRecord]: + for row in supervision_rows: + normalized = normalize_supervision_row(row) + paths = list(normalized.get("forward_paths") or []) + if not paths and normalized.get("facts"): + paths = [[fact["from"], fact["to"]] for fact in normalized["facts"]] + for path_index, path in enumerate(paths): + concepts = [str(item).strip() for item in path if str(item).strip()] + if len(concepts) < 2: + continue + for step_index in range(len(concepts) - 1): + record = self._record_for_step( + sample_id=f"supervision::{normalized['sample_id']}::{path_index}::{step_index}", + source_kind="tri_maze_supervision", + source_dataset=normalized["source_dataset"], + query_type=normalized["query_type"], + mode="forward", + concepts=concepts, + step_index=step_index, + weight=_clamp_score(normalized.get("score", 0.8), default=0.8), + source_score=_clamp_score(normalized.get("score", 0.8), default=0.8), + ) + if record is not None: + yield record + + def materialize_records( + self, + *, + supervision_rows: Sequence[dict[str, Any]] | None = None, + extra_record_files: Sequence[str] | None = None, + ) -> tuple[list[PolicyStepRecord], dict[str, Any]]: + records = list(self.iter_memory_records()) + memory_count = len(records) + supervision_records = list(self.iter_supervision_records(supervision_rows or [])) + records.extend(supervision_records) + direct_records: list[PolicyStepRecord] = [] + for file_path in extra_record_files or []: + direct_records.extend(load_policy_records(file_path)) + records.extend(direct_records) + + summary = { + "record_count": len(records), + "memory_record_count": memory_count, + "supervision_record_count": len(supervision_records), + "direct_record_count": len(direct_records), + "node_count": self.graph.number_of_nodes(), + "edge_count": self.graph.number_of_edges(), + "device": str(self.device), + "feature_schema": {"version": "tri_maze_policy_v2.0"}, + } + return records, summary + + def prepare_summary( + self, + *, + supervision_rows: Sequence[dict[str, Any]] | None = None, + extra_record_files: Sequence[str] | None = None, + train_ratio: float = 0.9, + zero_shot_split: str = "none", + cache_dir: str = "", + ) -> dict[str, Any]: + records, summary = self.materialize_records( + supervision_rows=supervision_rows, + extra_record_files=extra_record_files, + ) + split_map = split_policy_records(records, train_ratio=train_ratio, zero_shot_split=zero_shot_split) + vocabulary = PolicyVocabulary.build(split_map["train"] or records) + summary["splits"] = {key: len(value) for key, value in split_map.items()} + summary["vocabulary"] = { + "concepts": vocabulary.concept_vocab_size, + "relations": vocabulary.relation_vocab_size, + "sources": vocabulary.source_vocab_size, + "query_types": vocabulary.query_type_vocab_size, + "modes": vocabulary.mode_vocab_size, + "tasks": vocabulary.task_vocab_size, + "hash_bucket_size": vocabulary.hash_bucket_size, + } + if supervision_rows: + summary["supervision"] = summarize_supervision_rows(supervision_rows) + if cache_dir: + cache_path = Path(cache_dir) + cache_path.mkdir(parents=True, exist_ok=True) + serialize_policy_records(cache_path / "all.jsonl", records) + serialize_policy_records(cache_path / "train.jsonl", split_map["train"]) + serialize_policy_records(cache_path / "val.jsonl", split_map["val"]) + serialize_policy_records(cache_path / "zero_shot.jsonl", split_map["zero_shot"]) + (cache_path / "manifest.json").write_text( + json.dumps(summary, ensure_ascii=False, indent=2), + encoding="utf-8", + ) + (cache_path / "vocabulary.json").write_text( + json.dumps(vocabulary.to_metadata(), ensure_ascii=False, indent=2), + encoding="utf-8", + ) + return summary + + def _build_loader( + self, + records: Sequence[PolicyStepRecord], + *, + vocabulary: PolicyVocabulary, + config: TrainingConfig, + train: bool, + ) -> DataLoader: + dataset = PolicyStepDataset(records, vocabulary=vocabulary, history_size=config.history_size) + if train and config.episodic: + return DataLoader( + dataset, + batch_sampler=EpisodicBatchSampler(records, batch_size=config.batch_size, seed=self.seed), + num_workers=config.num_workers, + collate_fn=policy_collate_fn, + ) + sampler = None + shuffle = bool(train) + if train and config.domain_balance: + weights = build_domain_sampling_weights(records) + sampler = WeightedRandomSampler(weights=weights, num_samples=len(weights), replacement=True) + shuffle = False + return DataLoader( + dataset, + batch_size=config.batch_size, + shuffle=shuffle if sampler is None else False, + sampler=sampler, + num_workers=config.num_workers, + collate_fn=policy_collate_fn, + pin_memory=self.device.type == "cuda", + ) + + def _build_policy(self, *, vocabulary: PolicyVocabulary, config: TrainingConfig) -> EdgePolicy: + model_config = PolicyModelConfig( + model_version=config.model_type, + history_size=config.history_size, + concept_embedding_dim=config.embedding_dim, + relation_embedding_dim=config.relation_embedding_dim, + domain_embedding_dim=config.domain_embedding_dim, + trunk_dims=tuple(int(item) for item in config.trunk_dims), + dropout=config.dropout, + feature_attention=True, + multitask=config.multitask, + domain_adapt=config.domain_adapt, + ).apply_vocabulary(vocabulary) + policy = EdgePolicy( + lr=config.lr, + temperature=config.temperature, + branch_factor=config.branch_factor, + revisit_probability=config.revisit_probability, + seed=self.seed, + model_version=config.model_type, + model_config=model_config, + vocabulary=vocabulary, + weight_decay=config.weight_decay, + ) + policy.set_max_degree(self.engine._max_degree) + policy.model.to(self.device) + return policy + + def _compute_losses( + self, + policy: EdgePolicy, + batch, + outputs: dict[str, torch.Tensor], + config: TrainingConfig, + ) -> dict[str, torch.Tensor]: + ranking_loss = masked_cross_entropy( + outputs["logits"], + batch.target_index, + batch.candidate_mask, + sample_weights=batch.weights, + ) + hard_loss = hard_negative_margin_loss( + outputs["logits"], + batch.target_index, + batch.candidate_mask, + ) + contrastive_loss = candidate_contrastive_loss( + outputs["contrastive_context"], + outputs["contrastive_candidates"], + batch.target_index, + batch.candidate_mask, + ) + aux_loss = outputs["logits"].new_tensor(0.0) + if config.multitask: + aux_loss = aux_loss + F.cross_entropy(outputs["path_length_logits"], batch.path_length_bucket) + aux_loss = aux_loss + F.binary_cross_entropy_with_logits(outputs["tunnel_logits"], batch.tunnel_label) + aux_loss = aux_loss + F.binary_cross_entropy_with_logits(outputs["high_value_logits"], batch.high_value_label) + domain_loss = outputs["logits"].new_tensor(0.0) + if config.domain_adapt and "domain_logits" in outputs: + domain_loss = F.cross_entropy(outputs["domain_logits"], batch.source_ids) + total_loss = ranking_loss + total_loss = total_loss + config.hard_negative_weight * hard_loss + total_loss = total_loss + config.contrastive_weight * contrastive_loss + total_loss = total_loss + config.aux_weight * aux_loss + total_loss = total_loss + config.domain_adapt_weight * domain_loss + return { + "total": total_loss, + "ranking": ranking_loss.detach(), + "hard_negative": hard_loss.detach(), + "contrastive": contrastive_loss.detach(), + "aux": aux_loss.detach(), + "domain": domain_loss.detach(), + } + + def _metric_hits(self, logits: torch.Tensor, target_index: torch.Tensor, mask: torch.Tensor) -> tuple[int, int]: + top1 = torch.topk(logits, k=1, dim=-1).indices + topk = min(3, logits.shape[-1]) + top3 = torch.topk(logits, k=topk, dim=-1).indices + target = target_index.unsqueeze(-1) + return int((top1 == target).any(dim=-1).sum().item()), int((top3 == target).any(dim=-1).sum().item()) + + def _run_epoch( + self, + policy: EdgePolicy, + loader: DataLoader, + *, + config: TrainingConfig, + train: bool, + max_batches: int | None = None, + ) -> dict[str, float]: + use_amp = bool(config.amp and self.device.type == "cuda") + autocast = torch.autocast(device_type=self.device.type, dtype=torch.float16, enabled=use_amp) + if hasattr(torch, "amp") and hasattr(torch.amp, "GradScaler"): + scaler = torch.amp.GradScaler("cuda", enabled=use_amp) + else: # pragma: no cover - older torch fallback + scaler = torch.cuda.amp.GradScaler(enabled=use_amp) + start = time.perf_counter() + samples = 0 + steps = 0 + top1_hits = 0 + top3_hits = 0 + loss_totals = {"total": 0.0, "ranking": 0.0, "hard_negative": 0.0, "contrastive": 0.0, "aux": 0.0, "domain": 0.0} + + if train: + policy.model.train() + if policy.optimizer is not None: + policy.optimizer.zero_grad(set_to_none=True) + else: + policy.model.eval() + + for batch_index, batch in enumerate(loader): + if max_batches is not None and batch_index >= max_batches: + break + batch = batch.to(self.device) + samples += batch.batch_size + steps += 1 + if train: + with autocast: + outputs = policy.model(batch) + losses = self._compute_losses(policy, batch, outputs, config) + scaled_loss = losses["total"] / max(1, config.grad_accum_steps) + scaler.scale(scaled_loss).backward() + if (batch_index + 1) % max(1, config.grad_accum_steps) == 0: + scaler.unscale_(policy.optimizer) + torch.nn.utils.clip_grad_norm_(policy.model.parameters(), config.grad_clip) + scaler.step(policy.optimizer) + scaler.update() + policy.optimizer.zero_grad(set_to_none=True) + else: + with torch.no_grad(): + outputs = policy.model(batch) + losses = self._compute_losses(policy, batch, outputs, config) + + logits = outputs["logits"] + hit1, hit3 = self._metric_hits(logits, batch.target_index, batch.candidate_mask) + top1_hits += hit1 + top3_hits += hit3 + for key in loss_totals: + loss_totals[key] += float(losses[key].item()) + + if train and steps % max(1, config.grad_accum_steps) != 0 and policy.optimizer is not None: + scaler.unscale_(policy.optimizer) + torch.nn.utils.clip_grad_norm_(policy.model.parameters(), config.grad_clip) + scaler.step(policy.optimizer) + scaler.update() + policy.optimizer.zero_grad(set_to_none=True) + + duration = max(1e-6, time.perf_counter() - start) + return { + "loss": loss_totals["total"] / max(1, steps), + "ranking_loss": loss_totals["ranking"] / max(1, steps), + "hard_negative_loss": loss_totals["hard_negative"] / max(1, steps), + "contrastive_loss": loss_totals["contrastive"] / max(1, steps), + "aux_loss": loss_totals["aux"] / max(1, steps), + "domain_loss": loss_totals["domain"] / max(1, steps), + "top1": top1_hits / max(1, samples), + "top3": top3_hits / max(1, samples), + "samples": float(samples), + "steps": float(steps), + "epoch_time_sec": duration, + "samples_per_sec": samples / duration, + } + + def train( + self, + *, + run_dir: str | Path, + config: TrainingConfig, + supervision_rows: Sequence[dict[str, Any]] | None = None, + extra_record_files: Sequence[str] | None = None, + ) -> dict[str, Any]: + records, summary = self.materialize_records( + supervision_rows=supervision_rows, + extra_record_files=extra_record_files, + ) + split_map = split_policy_records(records, train_ratio=config.train_ratio, zero_shot_split=config.zero_shot_split) + train_records = split_map["train"] + val_records = split_map["val"] + zero_records = split_map["zero_shot"] + if not train_records: + raise RuntimeError("no train records available for Tri-Maze policy training") + + vocabulary = PolicyVocabulary.build(train_records or records) + policy = self._build_policy(vocabulary=vocabulary, config=config) + scheduler = torch.optim.lr_scheduler.ReduceLROnPlateau( + policy.optimizer, + mode="min", + factor=0.5, + patience=2, + ) + if config.resume: + payload = torch.load(config.resume, map_location="cpu", weights_only=False) + resume_vocab_matches = False + if payload.get("format_version") == "tmcra_tri_maze_policy_v2" or (payload.get("config") or {}).get("model_version") == "v2": + checkpoint_vocab = PolicyVocabulary.from_metadata(payload.get("vocabulary")) + resume_vocab_matches = checkpoint_vocab.to_metadata() == vocabulary.to_metadata() + policy.load_checkpoint( + config.resume, + load_optimizer=resume_vocab_matches, + strict=False, + preserve_vocabulary=not resume_vocab_matches, + ) + if resume_vocab_matches and payload.get("scheduler_state"): + scheduler.load_state_dict(payload["scheduler_state"]) + policy.model.to(self.device) + + run_path = Path(run_dir) + run_path.mkdir(parents=True, exist_ok=True) + history_path = run_path / "history.jsonl" + best_val = float("inf") + best_metrics: dict[str, Any] = {} + patience_count = 0 + + for epoch in range(int(config.epochs)): + epoch_records = filter_curriculum_records( + train_records, + epoch=epoch, + total_epochs=config.epochs, + curriculum=config.curriculum, + ) + train_loader = self._build_loader(epoch_records, vocabulary=vocabulary, config=config, train=True) + val_loader = self._build_loader(val_records, vocabulary=vocabulary, config=config, train=False) if val_records else None + zero_loader = self._build_loader(zero_records, vocabulary=vocabulary, config=config, train=False) if zero_records else None + + train_metrics = self._run_epoch(policy, train_loader, config=config, train=True) + val_metrics = self._run_epoch(policy, val_loader, config=config, train=False) if val_loader is not None else {"loss": 0.0, "top1": 0.0, "top3": 0.0} + zero_metrics = self._run_epoch(policy, zero_loader, config=config, train=False) if zero_loader is not None else {"loss": 0.0, "top1": 0.0, "top3": 0.0} + scheduler.step(val_metrics["loss"]) + + if self.device.type == "cuda": + peak_memory_mb = torch.cuda.max_memory_allocated(self.device) / (1024 * 1024) + torch.cuda.reset_peak_memory_stats(self.device) + else: + peak_memory_mb = 0.0 + + row = { + "epoch": epoch, + "train_loss": train_metrics["loss"], + "train_top1": train_metrics["top1"], + "train_top3": train_metrics["top3"], + "val_loss": val_metrics["loss"], + "val_top1": val_metrics["top1"], + "val_top3": val_metrics["top3"], + "zero_shot_loss": zero_metrics["loss"], + "zero_shot_top1": zero_metrics["top1"], + "zero_shot_top3": zero_metrics["top3"], + "samples_per_sec": train_metrics["samples_per_sec"], + "epoch_time_sec": train_metrics["epoch_time_sec"], + "peak_memory_mb": peak_memory_mb, + "lr": float(policy.optimizer.param_groups[0]["lr"]), + } + with history_path.open("a", encoding="utf-8") as handle: + handle.write(json.dumps(row, ensure_ascii=False) + "\n") + + metadata = { + "epoch": epoch, + "metrics": row, + "summary": summary, + "training_config": config.to_dict(), + "split_counts": {key: len(value) for key, value in split_map.items()}, + } + policy.save_checkpoint( + run_path / "last.pt", + metadata=metadata, + scheduler_state=scheduler.state_dict(), + extra_state={"patience_count": patience_count, "best_val": best_val}, + ) + if val_metrics["loss"] <= best_val: + best_val = val_metrics["loss"] + best_metrics = row + patience_count = 0 + policy.save_checkpoint( + run_path / "best.pt", + metadata=metadata, + scheduler_state=scheduler.state_dict(), + extra_state={"patience_count": patience_count, "best_val": best_val}, + ) + else: + patience_count += 1 + if patience_count >= config.patience: + break + + train_summary = { + **summary, + "epochs": int(config.epochs), + "device": str(self.device), + "best_val_loss": best_val, + "best_metrics": best_metrics, + "training_config": config.to_dict(), + } + (run_path / "train_summary.json").write_text(json.dumps(train_summary, ensure_ascii=False, indent=2), encoding="utf-8") + return {"run_dir": str(run_path), **train_summary} + + def evaluate( + self, + *, + checkpoint: str | Path, + config: TrainingConfig, + supervision_rows: Sequence[dict[str, Any]] | None = None, + extra_record_files: Sequence[str] | None = None, + split: str = "val", + ) -> dict[str, Any]: + records, summary = self.materialize_records( + supervision_rows=supervision_rows, + extra_record_files=extra_record_files, + ) + split_map = split_policy_records(records, train_ratio=config.train_ratio, zero_shot_split=config.zero_shot_split) + if split == "all": + eval_records = records + else: + eval_records = split_map.get(split, []) + policy = EdgePolicy(seed=self.seed) + metadata = policy.load_checkpoint(checkpoint, load_optimizer=False, strict=False) + policy.set_max_degree(self.engine._max_degree) + policy.model.to(self.device) + vocabulary = policy.vocabulary if policy.model_version == "v2" else PolicyVocabulary.build(eval_records or records) + loader = self._build_loader(eval_records, vocabulary=vocabulary, config=config, train=False) + metrics = self._run_epoch(policy, loader, config=config, train=False) + return { + "checkpoint": str(checkpoint), + "split": split, + "device": str(self.device), + "metrics": metrics, + "summary": summary, + "checkpoint_metadata": metadata, + } + + def benchmark( + self, + *, + config: TrainingConfig, + supervision_rows: Sequence[dict[str, Any]] | None = None, + extra_record_files: Sequence[str] | None = None, + checkpoint: str = "", + max_batches: int = 20, + ) -> dict[str, Any]: + records, summary = self.materialize_records( + supervision_rows=supervision_rows, + extra_record_files=extra_record_files, + ) + split_map = split_policy_records(records, train_ratio=config.train_ratio, zero_shot_split=config.zero_shot_split) + vocabulary = PolicyVocabulary.build(split_map["train"] or records) + policy = self._build_policy(vocabulary=vocabulary, config=config) + if checkpoint: + policy.load_checkpoint(checkpoint, load_optimizer=False, strict=False) + policy.model.to(self.device) + loader = self._build_loader(split_map["train"], vocabulary=vocabulary, config=config, train=True) + benchmark_metrics = self._run_epoch(policy, loader, config=config, train=not bool(checkpoint), max_batches=max_batches) + return {"summary": summary, "benchmark": benchmark_metrics, "max_batches": int(max_batches)} + + +def build_parser() -> argparse.ArgumentParser: + parser = argparse.ArgumentParser(description="Train the Tri-Maze forward edge policy offline.") + subparsers = parser.add_subparsers(dest="command", required=True) + + def add_shared_data_args(subparser: argparse.ArgumentParser) -> None: + subparser.add_argument("--memory-file", default=DEFAULT_MEMORY_FILE) + subparser.add_argument("--graph-json", default="") + subparser.add_argument("--supervision-file", action="append", default=[]) + subparser.add_argument("--supervision-glob", action="append", default=[]) + subparser.add_argument("--record-file", action="append", default=[]) + subparser.add_argument("--train-ratio", type=float, default=0.9) + subparser.add_argument("--zero-shot-split", default="none") + subparser.add_argument("--cache-dir", default="") + subparser.add_argument("--device", default="auto") + subparser.add_argument("--seed", type=int, default=42) + + def add_train_args(subparser: argparse.ArgumentParser) -> None: + subparser.add_argument("--epochs", type=int, default=20) + subparser.add_argument("--batch-size", type=int, default=32) + subparser.add_argument("--num-workers", type=int, default=0) + subparser.add_argument("--lr", type=float, default=1e-3) + subparser.add_argument("--weight-decay", type=float, default=1e-4) + subparser.add_argument("--temperature", type=float, default=1.0) + subparser.add_argument("--branch-factor", type=int, default=2) + subparser.add_argument("--revisit-probability", type=float, default=0.2) + subparser.add_argument("--patience", type=int, default=8) + subparser.add_argument("--grad-clip", type=float, default=1.0) + subparser.add_argument("--grad-accum-steps", type=int, default=1) + subparser.add_argument("--amp", action="store_true") + subparser.add_argument("--model-type", default="v2") + subparser.add_argument("--embedding-dim", type=int, default=64) + subparser.add_argument("--relation-embedding-dim", type=int, default=16) + subparser.add_argument("--domain-embedding-dim", type=int, default=8) + subparser.add_argument("--trunk-dims", default="128,256,128") + subparser.add_argument("--hidden-dim", type=int, default=0) + subparser.add_argument("--dropout", type=float, default=0.1) + subparser.add_argument("--history-size", type=int, default=4) + subparser.add_argument("--curriculum", action="store_true") + subparser.add_argument("--episodic", action="store_true") + subparser.add_argument("--no-domain-balance", action="store_true") + subparser.add_argument("--no-multitask", action="store_true") + subparser.add_argument("--contrastive-weight", type=float, default=0.08) + subparser.add_argument("--hard-negative-weight", type=float, default=0.12) + subparser.add_argument("--aux-weight", type=float, default=0.15) + subparser.add_argument("--domain-adapt", action="store_true") + subparser.add_argument("--domain-adapt-weight", type=float, default=0.03) + subparser.add_argument("--resume", default="") + + prepare = subparsers.add_parser("prepare") + add_shared_data_args(prepare) + prepare.add_argument("--output", default="") + + train = subparsers.add_parser("train") + add_shared_data_args(train) + add_train_args(train) + train.add_argument("--run-dir", default="data/tri_maze_policy/runs/latest") + + evaluate = subparsers.add_parser("evaluate") + add_shared_data_args(evaluate) + add_train_args(evaluate) + evaluate.add_argument("--checkpoint", required=True) + evaluate.add_argument("--split", choices=["train", "val", "zero_shot", "all"], default="val") + evaluate.add_argument("--output", default="") + + benchmark = subparsers.add_parser("benchmark") + add_shared_data_args(benchmark) + add_train_args(benchmark) + benchmark.add_argument("--checkpoint", default="") + benchmark.add_argument("--max-batches", type=int, default=20) + benchmark.add_argument("--output", default="") + + return parser + + +def _training_config_from_args(args: argparse.Namespace) -> TrainingConfig: + trunk_dims = tuple(int(item.strip()) for item in str(args.trunk_dims).split(",") if item.strip()) + if args.hidden_dim and not trunk_dims: + trunk_dims = (args.hidden_dim, args.hidden_dim * 2, args.hidden_dim) + if not trunk_dims: + trunk_dims = (128, 256, 128) + return TrainingConfig( + epochs=args.epochs, + batch_size=args.batch_size, + num_workers=args.num_workers, + lr=args.lr, + weight_decay=args.weight_decay, + temperature=args.temperature, + branch_factor=args.branch_factor, + revisit_probability=args.revisit_probability, + train_ratio=args.train_ratio, + patience=args.patience, + grad_clip=args.grad_clip, + grad_accum_steps=args.grad_accum_steps, + amp=bool(args.amp), + model_type=args.model_type, + embedding_dim=args.embedding_dim, + relation_embedding_dim=args.relation_embedding_dim, + domain_embedding_dim=args.domain_embedding_dim, + trunk_dims=trunk_dims, + dropout=args.dropout, + history_size=args.history_size, + curriculum=CurriculumConfig(enabled=bool(args.curriculum)), + domain_balance=not bool(args.no_domain_balance), + episodic=bool(args.episodic), + multitask=not bool(args.no_multitask), + contrastive_weight=args.contrastive_weight, + hard_negative_weight=args.hard_negative_weight, + aux_weight=args.aux_weight, + domain_adapt=bool(args.domain_adapt), + domain_adapt_weight=args.domain_adapt_weight, + zero_shot_split=args.zero_shot_split, + cache_dir=args.cache_dir, + resume=args.resume, + ) + + +def run_from_args(args: argparse.Namespace) -> Dict[str, Any]: + repo_root = _repo_root() + memory_file = Path(args.memory_file) + if not memory_file.is_absolute(): + memory_file = repo_root / memory_file + memory = ConceptMemory(memory_file=str(memory_file)) + supervision_files = discover_supervision_files( + repo_root=repo_root, + files=getattr(args, "supervision_file", []), + globs=getattr(args, "supervision_glob", []), + ) + supervision_rows = load_all_supervision_rows(supervision_files) + graph_json = getattr(args, "graph_json", "") or None + if graph_json and not Path(graph_json).is_absolute(): + graph_json = str(repo_root / graph_json) + graph = build_training_graph(memory, supervision_rows=supervision_rows, graph_json_path=graph_json) + trainer = TriMazeNeuralTrainer(graph, memory, device=args.device, seed=args.seed) + + if args.command == "prepare": + result = trainer.prepare_summary( + supervision_rows=supervision_rows, + extra_record_files=args.record_file, + train_ratio=args.train_ratio, + zero_shot_split=args.zero_shot_split, + cache_dir=args.cache_dir, + ) + else: + config = _training_config_from_args(args) + if args.command == "train": + run_dir = args.run_dir + if run_dir.endswith("latest"): + run_dir = str(Path(run_dir).parent / _timestamp()) + result = trainer.train( + run_dir=run_dir, + config=config, + supervision_rows=supervision_rows, + extra_record_files=args.record_file, + ) + elif args.command == "evaluate": + result = trainer.evaluate( + checkpoint=args.checkpoint, + config=config, + supervision_rows=supervision_rows, + extra_record_files=args.record_file, + split=args.split, + ) + else: + result = trainer.benchmark( + config=config, + supervision_rows=supervision_rows, + extra_record_files=args.record_file, + checkpoint=args.checkpoint, + max_batches=args.max_batches, + ) + + if getattr(args, "output", ""): + output = Path(args.output) + if not output.is_absolute(): + output = repo_root / output + output.write_text(json.dumps(result, ensure_ascii=False, indent=2), encoding="utf-8") + return result + + +def main() -> None: + parser = build_parser() + args = parser.parse_args() + result = run_from_args(args) + print(json.dumps(result, ensure_ascii=False, indent=2)) + + +if __name__ == "__main__": + main() diff --git a/runtime/memory-api/core/tri_maze_supervision.py b/runtime/memory-api/core/tri_maze_supervision.py new file mode 100644 index 0000000..5db938f --- /dev/null +++ b/runtime/memory-api/core/tri_maze_supervision.py @@ -0,0 +1,1136 @@ +from __future__ import annotations + +import hashlib +import json +import re +from dataclasses import dataclass +from pathlib import Path +from typing import Any, Callable, Dict, Iterable, Iterator, List, Sequence + +from .concept_memory import ConceptMemory + + +CANONICAL_FIELDS = [ + "source_dataset", + "sample_id", + "query", + "query_type", + "focus_concept", + "concepts", + "forward_paths", + "facts", + "score", + "source", +] + +STOPWORDS = { + "a", + "an", + "and", + "are", + "as", + "at", + "be", + "because", + "by", + "can", + "could", + "do", + "does", + "for", + "from", + "how", + "if", + "in", + "into", + "is", + "it", + "more", + "need", + "necessary", + "of", + "on", + "or", + "should", + "than", + "that", + "the", + "their", + "there", + "these", + "this", + "to", + "what", + "when", + "where", + "which", + "why", + "will", + "with", + "would", +} + +ATOMIC_RELATIONS = { + "xNeed", + "xEffect", + "xIntent", + "xWant", + "xAttr", + "oEffect", + "oWant", + "oReact", + "xReact", + "isBefore", + "isAfter", + "HasSubEvent", + "HinderedBy", +} + + +@dataclass(slots=True) +class DatasetAdapter: + dataset_id: str + supervision_role: str + convert: Callable[[Sequence[Dict[str, Any]]], List[Dict[str, Any]]] + + +def _collapse_ws(text: str) -> str: + return re.sub(r"\s+", " ", text or "").strip() + + +def _normalize_text(value: Any) -> str: + if value is None: + return "" + if isinstance(value, str): + return _collapse_ws(value.replace("\u00a0", " ").strip(" \t\r\n\"'")) + return _collapse_ws(str(value)) + + +def _truncate(text: str, *, limit: int = 220) -> str: + if len(text) <= limit: + return text + return text[: limit - 3].rstrip() + "..." + + +def _iter_strings(value: Any) -> Iterator[str]: + if value is None: + return + if isinstance(value, str): + cleaned = _normalize_text(value) + if cleaned: + yield cleaned + return + if isinstance(value, dict): + for nested in value.values(): + yield from _iter_strings(nested) + return + if isinstance(value, (list, tuple, set)): + for item in value: + yield from _iter_strings(item) + + +def _first_text(container: Any, *keys: str) -> str: + if not isinstance(container, dict): + return "" + for key in keys: + value = container.get(key) + if isinstance(value, str): + cleaned = _normalize_text(value) + if cleaned: + return cleaned + return "" + + +def _dedupe_preserve(values: Iterable[str]) -> List[str]: + seen = set() + ordered: List[str] = [] + for value in values: + cleaned = _normalize_text(value) + if not cleaned: + continue + marker = cleaned.casefold() + if marker in seen: + continue + seen.add(marker) + ordered.append(cleaned) + return ordered + + +def _clamp_score(value: Any, *, default: float = 0.8) -> float: + try: + return max(0.1, min(1.0, float(value))) + except Exception: + return default + + +def _extract_keywords(*texts: str, limit: int = 12) -> List[str]: + ordered: List[str] = [] + seen = set() + for text in texts: + for token in re.findall(r"[A-Za-z][A-Za-z0-9_-]{2,}", text or ""): + marker = token.casefold() + if marker in STOPWORDS or marker in seen: + continue + seen.add(marker) + ordered.append(token.lower()) + if len(ordered) >= limit: + return ordered + return ordered + + +def _infer_query_type(query: str) -> str: + normalized = (query or "").strip().lower() + if normalized.startswith("why ") or normalized.startswith("why?") or " why " in f" {normalized} ": + return "explanation" + if normalized.startswith("how ") or normalized.startswith("how do") or normalized.startswith("how can"): + return "how_to" + if normalized.startswith("what if") or "what would happen" in normalized: + return "counterfactual" + if normalized.startswith("is ") or normalized.startswith("are ") or normalized.startswith("does "): + return "verification" + if "need" in normalized or "necessary" in normalized or "why must" in normalized: + return "necessity" + return "query" + + +def _as_path_nodes(values: Iterable[str], *, min_length: int = 2) -> List[str]: + cleaned = _dedupe_preserve(_truncate(_normalize_text(value), limit=220) for value in values) + if len(cleaned) < min_length: + return [] + return cleaned + + +def _path_to_facts(nodes: Sequence[str], *, relation: str, weight: float) -> List[Dict[str, Any]]: + facts: List[Dict[str, Any]] = [] + for index in range(len(nodes) - 1): + facts.append( + { + "from": nodes[index], + "relation": relation, + "to": nodes[index + 1], + "weight": max(0.1, min(1.0, float(weight))), + } + ) + return facts + + +def _extract_choice_text(row: Dict[str, Any], answer_key: str) -> str: + if not answer_key: + return "" + choices_value = row.get("choices") + if not choices_value and isinstance(row.get("question"), dict): + choices_value = row["question"].get("choices") + if not isinstance(choices_value, list): + return "" + normalized_key = answer_key.strip().upper() + for choice in choices_value: + if not isinstance(choice, dict): + continue + label = str(choice.get("label") or choice.get("key") or "").strip().upper() + if label == normalized_key: + return _normalize_text(choice.get("text") or choice.get("label_text") or "") + return "" + + +def _statement_from_query_answer(query: str, answer: str) -> str: + query_clean = _normalize_text(query) + answer_clean = _normalize_text(answer) + if not query_clean: + return answer_clean + if not answer_clean: + return query_clean + if query_clean.endswith("?"): + return _collapse_ws(f"{query_clean[:-1]}: {answer_clean}") + return _collapse_ws(f"{query_clean} => {answer_clean}") + + +def _collect_clauses(text: str, *, limit: int = 6) -> List[str]: + raw = _normalize_text(text) + if not raw: + return [] + parts = re.split(r"(?:\s*;\s*|\s+\.\s+|\s*,\s+|\s+because\s+|\s+therefore\s+|\s+so\s+)", raw) + return _dedupe_preserve(_truncate(part, limit=180) for part in parts if _normalize_text(part))[:limit] + + +def _normalize_fact(raw: Any) -> Dict[str, Any] | None: + if isinstance(raw, dict): + src = _normalize_text(raw.get("from") or raw.get("src") or raw.get("head")) + relation = _normalize_text(raw.get("relation") or raw.get("predicate") or raw.get("type")) + dst = _normalize_text(raw.get("to") or raw.get("dst") or raw.get("tail")) + if not src or not relation or not dst: + return None + return { + "from": _truncate(src), + "relation": relation.lower(), + "to": _truncate(dst), + "weight": _clamp_score(raw.get("weight", 0.8), default=0.8), + } + if isinstance(raw, str): + text = _normalize_text(raw) + if "->" in text: + left, right = text.split("->", 1) + src = _normalize_text(left) + dst = _normalize_text(right) + if src and dst: + return {"from": _truncate(src), "relation": "related_to", "to": _truncate(dst), "weight": 0.7} + return None + + +def normalize_supervision_row(row: Dict[str, Any]) -> Dict[str, Any]: + source_dataset = _normalize_text(row.get("source_dataset") or row.get("source") or "unknown").lower() + sample_id = _normalize_text(row.get("sample_id") or row.get("id") or "") + query = _truncate(_normalize_text(row.get("query") or row.get("question") or sample_id), limit=260) + query_type = _normalize_text(row.get("query_type") or _infer_query_type(query)).lower() or "query" + focus_concept = _truncate(_normalize_text(row.get("focus_concept") or ""), limit=220) + concepts = _dedupe_preserve(_truncate(item, limit=120) for item in _iter_strings(row.get("concepts"))) + + forward_paths: List[List[str]] = [] + raw_paths = row.get("forward_paths") or [] + if isinstance(raw_paths, list): + for raw_path in raw_paths: + if isinstance(raw_path, str): + path = _as_path_nodes(re.split(r"\s*->\s*", raw_path)) + else: + path = _as_path_nodes(_iter_strings(raw_path)) + if path: + forward_paths.append(path) + + facts = [] + for raw_fact in row.get("facts") or []: + normalized_fact = _normalize_fact(raw_fact) + if normalized_fact: + facts.append(normalized_fact) + + if not concepts: + concept_seed = [query, focus_concept] + for path in forward_paths: + concept_seed.extend(path) + for fact in facts: + concept_seed.extend([fact["from"], fact["to"]]) + concepts = _extract_keywords(*concept_seed, limit=16) + + normalized = { + "source_dataset": source_dataset or "unknown", + "sample_id": sample_id or f"{source_dataset}-{hashlib.md5(query.encode('utf-8', errors='ignore')).hexdigest()[:12]}", + "query": query, + "query_type": query_type, + "focus_concept": focus_concept, + "concepts": concepts, + "forward_paths": forward_paths, + "facts": facts, + "score": _clamp_score(row.get("score", 0.8), default=0.8), + "source": _normalize_text(row.get("source") or source_dataset or "unknown").lower() or "unknown", + } + return normalized + + +def validate_supervision_row(row: Dict[str, Any]) -> List[str]: + issues: List[str] = [] + normalized = normalize_supervision_row(row) + if not normalized["source_dataset"]: + issues.append("missing source_dataset") + if not normalized["sample_id"]: + issues.append("missing sample_id") + if not normalized["query"]: + issues.append("missing query") + for path_index, path in enumerate(normalized["forward_paths"]): + if len(path) < 2: + issues.append(f"path[{path_index}] shorter than 2 nodes") + for idx in range(len(path) - 1): + if path[idx].casefold() == path[idx + 1].casefold(): + issues.append(f"path[{path_index}] contains self loop at step {idx}") + for fact_index, fact in enumerate(normalized["facts"]): + if not fact["from"] or not fact["relation"] or not fact["to"]: + issues.append(f"fact[{fact_index}] is incomplete") + return issues + + +def read_jsonl(path: Path) -> List[Dict[str, Any]]: + rows: List[Dict[str, Any]] = [] + with path.open("r", encoding="utf-8-sig") as handle: + for raw in handle: + line = raw.strip() + if not line: + continue + payload = json.loads(line) + if isinstance(payload, dict): + rows.append(payload) + return rows + + +def write_jsonl(path: Path, rows: Sequence[Dict[str, Any]]) -> None: + path.parent.mkdir(parents=True, exist_ok=True) + with path.open("w", encoding="utf-8") as handle: + for row in rows: + handle.write(json.dumps(normalize_supervision_row(row), ensure_ascii=False) + "\n") + + +def load_records(path: str | Path) -> List[Dict[str, Any]]: + target = Path(path) + if target.is_dir(): + rows: List[Dict[str, Any]] = [] + for child in sorted(target.rglob("*")): + if child.suffix.lower() not in {".json", ".jsonl"}: + continue + rows.extend(load_records(child)) + return rows + + if target.suffix.lower() == ".jsonl": + return read_jsonl(target) + + payload = json.loads(target.read_text(encoding="utf-8-sig")) + if isinstance(payload, list): + return [item for item in payload if isinstance(item, dict)] + if isinstance(payload, dict): + for key in ("rows", "data", "examples", "items", "train", "dev", "validation", "test"): + value = payload.get(key) + if isinstance(value, list): + return [item for item in value if isinstance(item, dict)] + return [payload] + return [] + + +def load_supervision_rows(path: str | Path) -> List[Dict[str, Any]]: + return [normalize_supervision_row(item) for item in load_records(path)] + + +def summarize_supervision_rows( + rows: Sequence[Dict[str, Any]], + *, + memory: ConceptMemory | None = None, +) -> Dict[str, Any]: + normalized_rows = [normalize_supervision_row(row) for row in rows] + query_type_counts: Dict[str, int] = {} + dataset_counts: Dict[str, int] = {} + forward_path_count = 0 + forward_step_count = 0 + rows_with_paths = 0 + rows_with_facts = 0 + fact_count = 0 + invalid_rows = 0 + duplicate_paths = 0 + path_markers = set() + concept_nodes = set() + + for row in normalized_rows: + dataset_counts[row["source_dataset"]] = dataset_counts.get(row["source_dataset"], 0) + 1 + query_type_counts[row["query_type"]] = query_type_counts.get(row["query_type"], 0) + 1 + issues = validate_supervision_row(row) + if issues: + invalid_rows += 1 + if row["forward_paths"]: + rows_with_paths += 1 + if row["facts"]: + rows_with_facts += 1 + for concept in row["concepts"]: + concept_nodes.add(concept) + for path in row["forward_paths"]: + forward_path_count += 1 + forward_step_count += max(0, len(path) - 1) + concept_nodes.update(path) + marker = " -> ".join(path).casefold() + if marker in path_markers: + duplicate_paths += 1 + else: + path_markers.add(marker) + for fact in row["facts"]: + fact_count += 1 + concept_nodes.add(fact["from"]) + concept_nodes.add(fact["to"]) + + overlap = {"base_concepts": 0, "matched_concepts": 0, "match_rate": 0.0} + if memory is not None: + base_concepts = {name.casefold() for name in memory.get_all_concepts().keys()} + matched = {item for item in concept_nodes if item.casefold() in base_concepts} + overlap = { + "base_concepts": len(base_concepts), + "matched_concepts": len(matched), + "match_rate": round(len(matched) / max(1, len(concept_nodes)), 4), + } + + avg_path_length = 0.0 + if forward_path_count > 0: + avg_path_length = round((forward_step_count + forward_path_count) / forward_path_count, 4) + + return { + "row_count": len(normalized_rows), + "dataset_counts": dataset_counts, + "query_type_counts": query_type_counts, + "rows_with_paths": rows_with_paths, + "rows_with_facts": rows_with_facts, + "forward_path_count": forward_path_count, + "forward_step_count": forward_step_count, + "avg_path_length": avg_path_length, + "fact_count": fact_count, + "unique_concept_count": len(concept_nodes), + "duplicate_path_count": duplicate_paths, + "invalid_row_count": invalid_rows, + "concept_overlap": overlap, + } + + +def import_supervision_rows( + rows: Sequence[Dict[str, Any]], + *, + memory: ConceptMemory, + min_path_len: int = 2, + concept_type: str = "proposition", +) -> Dict[str, Any]: + normalized_rows = [normalize_supervision_row(row) for row in rows] + concept_attempts = 0 + fact_attempts = 0 + path_attempts = 0 + incoming_fact_total = sum(len(row.get("facts") or []) for row in normalized_rows) + if getattr(memory, "max_facts", 0): + memory.max_facts = max(int(memory.max_facts), len(memory.facts) + incoming_fact_total) + + path_lookup = {} + for index, path_record in enumerate(memory.paths): + normalized_path = memory._normalize_path_record(path_record) + marker = (tuple(normalized_path.get("path") or []), normalized_path.get("mode") or "forward") + path_lookup[marker] = index + + fact_lookup = {} + for index, fact in enumerate(memory.facts): + marker = ( + _normalize_text(fact.get("from")), + _normalize_text(fact.get("relation")).lower(), + _normalize_text(fact.get("to")), + ) + fact_lookup[marker] = index + + for row in normalized_rows: + dataset_id = row["source_dataset"] + source_tag = f"offline_import:{dataset_id}" + concept_seed: List[str] = list(row["concepts"]) + for path in row["forward_paths"]: + concept_seed.extend(path) + for fact in row["facts"]: + concept_seed.extend([fact["from"], fact["to"]]) + + for concept in _dedupe_preserve(concept_seed): + existing = memory.concepts.get(concept) + if existing is not None: + existing["importance_score"] = max( + float(existing.get("importance_score", 0.0) or 0.0), + max(0.3, min(1.0, float(row["score"]))), + ) + if concept_type != "general" and existing.get("type") == "unknown": + existing["type"] = concept_type + if not existing.get("created_from"): + existing["created_from"] = dataset_id + else: + memory.concepts[concept] = { + "concept": concept, + "type": concept_type, + "importance_score": max(0.3, min(1.0, float(row["score"]))), + "created_from": dataset_id, + } + concept_attempts += 1 + + for fact in row["facts"]: + marker = ( + _normalize_text(fact["from"]), + _normalize_text(fact["relation"]).lower(), + _normalize_text(fact["to"]), + ) + existing_fact_index = fact_lookup.get(marker) + if existing_fact_index is not None: + existing_fact = memory.facts[existing_fact_index] + existing_fact["uses"] = int(existing_fact.get("uses", 1) or 1) + 1 + existing_fact["weight"] = max(float(existing_fact.get("weight", 0.7) or 0.7), float(fact["weight"])) + else: + memory.facts.append( + { + "from": fact["from"], + "relation": fact["relation"], + "to": fact["to"], + "weight": float(fact["weight"]), + "uses": 1, + } + ) + fact_lookup[marker] = len(memory.facts) - 1 + fact_attempts += 1 + + for path in row["forward_paths"]: + if len(path) < min_path_len: + continue + marker = (tuple(path), "forward") + existing_path_index = path_lookup.get(marker) + if existing_path_index is not None: + current = memory._normalize_path_record(memory.paths[existing_path_index]) + current["uses"] = current.get("uses", 1) + 1 + current["score"] = max(float(current.get("score", 0.8)), float(row["score"])) + current["mode"] = "forward" + current["source"] = source_tag + memory.paths[existing_path_index] = current + else: + memory.paths.append( + memory._normalize_path_record( + { + "path": list(path), + "score": row["score"], + "uses": 1, + "mode": "forward", + "source": source_tag, + } + ) + ) + path_lookup[marker] = len(memory.paths) - 1 + for index in range(len(path) - 1): + edge = (path[index], path[index + 1]) + memory.edge_counts[edge] += 1 + path_attempts += 1 + + memory._cleanup_memory() + + return { + "row_count": len(normalized_rows), + "concept_attempts": concept_attempts, + "fact_attempts": fact_attempts, + "path_attempts": path_attempts, + "memory_file": memory.memory_file, + } + + +def merge_supervision_rows(inputs: Sequence[Sequence[Dict[str, Any]]]) -> List[Dict[str, Any]]: + merged: List[Dict[str, Any]] = [] + seen = set() + for rows in inputs: + for row in rows: + normalized = normalize_supervision_row(row) + marker = (normalized["source_dataset"], normalized["sample_id"]) + if marker in seen: + continue + seen.add(marker) + merged.append(normalized) + return merged + + +def _clean_statement_text(text: Any) -> str: + cleaned = _normalize_text(text) + cleaned = re.sub(r"^(?:sent|statement|fact|int|hypothesis)\d*\s*[:=]\s*", "", cleaned, flags=re.IGNORECASE) + cleaned = re.sub(r"\s+", " ", cleaned).strip(" .;") + return _truncate(cleaned, limit=220) + + +def _is_placeholder_token(text: str) -> bool: + return bool(re.fullmatch(r"(?i)(?:sent|statement|fact|int|hypothesis)\d+", _normalize_text(text))) + + +def _keep_statement(text: str, *, min_words: int = 3) -> bool: + cleaned = _clean_statement_text(text) + if not cleaned: + return False + if _is_placeholder_token(cleaned): + return False + words = re.findall(r"[A-Za-z0-9_-]+", cleaned) + return len(words) >= min_words + + +def _proof_lookup(record: Dict[str, Any], key: str) -> Dict[str, str]: + value = record.get(key) + if not value and isinstance(record.get("meta"), dict): + value = record["meta"].get(key) + mapping: Dict[str, str] = {} + if isinstance(value, dict): + for raw_key, raw_value in value.items(): + cleaned = "" + if isinstance(raw_value, dict): + cleaned = _first_text(raw_value, "text", "sentence", "statement", "original_text") + if not cleaned: + cleaned = next(iter(_iter_strings(raw_value)), "") + elif isinstance(raw_value, list): + cleaned = next(iter(_iter_strings(raw_value)), "") + else: + cleaned = _normalize_text(raw_value) + cleaned = _clean_statement_text(cleaned) + if _keep_statement(cleaned, min_words=2): + normalized_key = _normalize_text(raw_key) + mapping[normalized_key] = cleaned + mapping[normalized_key.lower()] = cleaned + return mapping + + +def _resolve_proof_token(token: str, lookup: Dict[str, str]) -> str: + cleaned = _normalize_text(token) + if not cleaned: + return "" + if cleaned in lookup: + return lookup[cleaned] + if cleaned.lower() in lookup: + return lookup[cleaned.lower()] + if _is_placeholder_token(cleaned): + return "" + resolved = _clean_statement_text(cleaned) + if not _keep_statement(resolved, min_words=2): + return "" + return resolved + + +def _extract_entailment_question(record: Dict[str, Any]) -> str: + question = _first_text(record, "question", "query") + if question: + return question + meta = record.get("meta") + if isinstance(meta, dict): + question = _first_text(meta, "question", "question_text", "query") + if question: + return question + if isinstance(record.get("answer"), dict): + question = _first_text(record["answer"], "text") + if question: + return question + return "" + + +def _extract_entailment_hypothesis(record: Dict[str, Any]) -> str: + hypothesis = _first_text(record, "hypothesis", "answer") + if hypothesis: + return _clean_statement_text(hypothesis) + meta = record.get("meta") + if isinstance(meta, dict): + hypothesis = _first_text(meta, "hypothesis", "answer") + if hypothesis: + return _clean_statement_text(hypothesis) + return "" + + +def _extract_entailment_proof_steps(record: Dict[str, Any]) -> List[tuple[List[str], str]]: + proof_text = _first_text(record, "full_text_proof", "proof") + if not proof_text and isinstance(record.get("meta"), dict): + proof_text = _first_text(record["meta"], "full_text_proof", "proof") + if not proof_text: + return [] + + lookup: Dict[str, str] = {} + lookup.update(_proof_lookup(record, "triples")) + lookup.update(_proof_lookup(record, "intermediate_conclusions")) + lookup.update(_proof_lookup(record, "sentences")) + lookup.update(_proof_lookup(record, "worldtree_provenance")) + + steps: List[tuple[List[str], str]] = [] + for line in re.split(r"[;\n]+", proof_text): + cleaned_line = _normalize_text(line) + if "->" not in cleaned_line: + continue + left, right = cleaned_line.split("->", 1) + output = _resolve_proof_token(right, lookup) + if not output: + continue + inputs = [] + for token in re.split(r"\s*(?:and|&|,)\s*", left, flags=re.IGNORECASE): + resolved = _resolve_proof_token(token, lookup) + if resolved: + inputs.append(resolved) + inputs = _dedupe_preserve(inputs) + if inputs: + steps.append((inputs, output)) + return steps + + +def _extract_entailment_paths_and_facts(record: Dict[str, Any], *, max_paths: int = 4) -> tuple[List[List[str]], List[Dict[str, Any]]]: + steps = _extract_entailment_proof_steps(record) + hypothesis = _extract_entailment_hypothesis(record) + if not steps: + fallback_path = _as_path_nodes([hypothesis] if hypothesis else []) + return ([fallback_path] if fallback_path else []), _path_to_facts(fallback_path, relation="entails", weight=0.95) + + produced_by: Dict[str, List[str]] = {} + used_as_input = set() + facts: List[Dict[str, Any]] = [] + for inputs, output in steps: + produced_by.setdefault(output, []) + for item in inputs: + if item not in produced_by[output]: + produced_by[output].append(item) + used_as_input.add(item) + facts.append({"from": item, "relation": "entails", "to": output, "weight": 0.95}) + + terminal_targets: List[str] = [] + if hypothesis and hypothesis in produced_by: + terminal_targets.append(hypothesis) + elif hypothesis: + candidate = _clean_statement_text(hypothesis) + if candidate in produced_by: + terminal_targets.append(candidate) + if not terminal_targets: + terminal_targets = [node for node in produced_by.keys() if node not in used_as_input] + terminal_targets = _dedupe_preserve(terminal_targets)[:max_paths] + + def walk(node: str, trail: tuple[str, ...]) -> List[List[str]]: + if node in trail: + return [] + parents = produced_by.get(node) or [] + if not parents: + return [[node]] + paths: List[List[str]] = [] + for parent in parents: + parent_paths = walk(parent, trail + (node,)) + if not parent_paths: + paths.append([parent, node]) + continue + for parent_path in parent_paths: + candidate = parent_path + [node] + if 2 <= len(candidate) <= 6: + paths.append(candidate) + return paths + + raw_paths: List[List[str]] = [] + for target in terminal_targets: + raw_paths.extend(walk(target, tuple())) + + cleaned_paths: List[List[str]] = [] + seen = set() + for path in raw_paths: + normalized_path = _as_path_nodes(path) + if len(normalized_path) < 2: + continue + marker = tuple(node.casefold() for node in normalized_path) + if marker in seen: + continue + seen.add(marker) + cleaned_paths.append(normalized_path) + if len(cleaned_paths) >= max_paths: + break + + if not cleaned_paths and hypothesis: + fallback_nodes = _as_path_nodes(list(produced_by.keys())[:1] + [hypothesis]) + if fallback_nodes: + cleaned_paths.append(fallback_nodes) + + deduped_facts: List[Dict[str, Any]] = [] + fact_markers = set() + for fact in facts: + marker = (fact["from"].casefold(), fact["relation"], fact["to"].casefold()) + if marker in fact_markers: + continue + fact_markers.add(marker) + deduped_facts.append(fact) + return cleaned_paths, deduped_facts + + +def convert_entailmentbank(records: Sequence[Dict[str, Any]]) -> List[Dict[str, Any]]: + rows: List[Dict[str, Any]] = [] + for index, record in enumerate(records): + query = _extract_entailment_question(record) + hypothesis = _extract_entailment_hypothesis(record) + forward_paths, facts = _extract_entailment_paths_and_facts(record) + concept_strings = [query, hypothesis] + for path in forward_paths: + concept_strings.extend(path) + rows.append( + normalize_supervision_row( + { + "source_dataset": "entailmentbank", + "sample_id": _normalize_text(record.get("id") or record.get("uid") or f"entailmentbank-{index}"), + "query": query or hypothesis or f"entailmentbank sample {index}", + "query_type": _infer_query_type(query or hypothesis), + "focus_concept": hypothesis, + "concepts": _extract_keywords(*concept_strings, limit=16), + "forward_paths": forward_paths, + "facts": facts, + "score": 0.95, + "source": "entailmentbank", + } + ) + ) + return rows + + +def _extract_qasc_question(record: Dict[str, Any]) -> str: + question_value = record.get("question") + if isinstance(question_value, dict): + return _first_text(question_value, "stem", "question") + return _normalize_text(question_value or record.get("formatted_question") or record.get("question_text")) + + +def _extract_qasc_choice_context(record: Dict[str, Any], answer_key: str) -> List[str]: + if not answer_key: + return [] + question_value = record.get("question") + if isinstance(question_value, dict): + choices = question_value.get("choices") + if isinstance(choices, list): + for choice in choices: + if not isinstance(choice, dict): + continue + label = _normalize_text(choice.get("label") or choice.get("key")).upper() + if label != answer_key.upper(): + continue + support: List[str] = [] + support.extend(_iter_strings(choice.get("facts"))) + para = _normalize_text(choice.get("para") or choice.get("support")) + if para: + support.extend(_collect_clauses(para, limit=2)) + return _dedupe_preserve(_clean_statement_text(item) for item in support if _keep_statement(item, min_words=3)) + return [] + + +def _qasc_answer_statement(query: str, answer_text: str, combined: str) -> str: + candidate = _clean_statement_text(combined) + if _keep_statement(candidate, min_words=4): + return candidate + return _clean_statement_text(_statement_from_query_answer(query, answer_text)) + + +def convert_qasc(records: Sequence[Dict[str, Any]]) -> List[Dict[str, Any]]: + rows: List[Dict[str, Any]] = [] + for index, record in enumerate(records): + query = _extract_qasc_question(record) + answer_key = _normalize_text(record.get("answerKey") or record.get("answer_key")) + answer_text = _extract_choice_text(record, answer_key) or _normalize_text(record.get("answer")) + fact1 = _clean_statement_text(_first_text(record, "fact1")) + fact2 = _clean_statement_text(_first_text(record, "fact2")) + combined = _first_text(record, "combinedfact", "combined_fact", "explanation") + answer_statement = _qasc_answer_statement(query, answer_text, combined) + path_nodes = _as_path_nodes( + [ + fact1 if _keep_statement(fact1, min_words=3) else "", + fact2 if _keep_statement(fact2, min_words=3) else "", + answer_statement if _keep_statement(answer_statement, min_words=3) else "", + ] + ) + choice_context = _extract_qasc_choice_context(record, answer_key) + weak_support = _as_path_nodes(choice_context[:2] + ([answer_statement] if answer_statement else [])) + facts = _path_to_facts(path_nodes, relation="supports", weight=0.9) + if not facts and weak_support: + facts = _path_to_facts(weak_support, relation="supports", weight=0.55) + forward_paths = [path_nodes] if path_nodes else [] + rows.append( + normalize_supervision_row( + { + "source_dataset": "qasc", + "sample_id": _normalize_text(record.get("id") or f"qasc-{index}"), + "query": query or f"qasc sample {index}", + "query_type": _infer_query_type(query), + "focus_concept": answer_text, + "concepts": _extract_keywords(query, fact1, fact2, answer_text, answer_statement, *choice_context, limit=16), + "forward_paths": forward_paths, + "facts": facts, + "score": 0.92 if forward_paths else 0.45, + "source": "qasc", + } + ) + ) + return rows + + +def _wiqa_answer_text(record: Dict[str, Any]) -> str: + answer_key = _normalize_text(record.get("answer_label") or record.get("answerKey") or record.get("label")) + if answer_key in {"A", "MORE"}: + return "more likely / more" + if answer_key in {"B", "LESS"}: + return "less likely / less" + if answer_key in {"C", "NO_EFFECT", "NO EFFECT"}: + return "no effect" + answer_text = _extract_choice_text(record, answer_key) + if answer_text: + return answer_text + return _normalize_text(record.get("answer") or record.get("answer_text")) + + +def convert_wiqa(records: Sequence[Dict[str, Any]]) -> List[Dict[str, Any]]: + rows: List[Dict[str, Any]] = [] + for index, record in enumerate(records): + query = _first_text(record, "question_stem", "question", "stem") + question_value = record.get("question") + if not query and isinstance(question_value, dict): + query = _first_text(question_value, "stem", "question") + step_texts = _dedupe_preserve( + [ + _first_text(record, "question_para_step", "question_para_steps"), + *_iter_strings(record.get("steps")), + *_iter_strings(record.get("metadata")), + ] + ) + answer_text = _wiqa_answer_text(record) + outcome = _statement_from_query_answer(query or "wiqa effect", answer_text or "effect") + path_nodes = _as_path_nodes(step_texts[:2] + [outcome]) + if not path_nodes and query and outcome: + path_nodes = _as_path_nodes([query, outcome]) + facts = _path_to_facts(path_nodes, relation="causes", weight=0.8) + rows.append( + normalize_supervision_row( + { + "source_dataset": "wiqa", + "sample_id": _normalize_text(record.get("id") or record.get("qid") or f"wiqa-{index}"), + "query": query or f"wiqa sample {index}", + "query_type": "counterfactual" if "what if" in (query or "").lower() else _infer_query_type(query), + "focus_concept": answer_text, + "concepts": _extract_keywords(query, answer_text, *path_nodes, limit=16), + "forward_paths": [path_nodes] if path_nodes else [], + "facts": facts, + "score": 0.8, + "source": "wiqa", + } + ) + ) + return rows + + +def convert_quartz(records: Sequence[Dict[str, Any]]) -> List[Dict[str, Any]]: + rows: List[Dict[str, Any]] = [] + for index, record in enumerate(records): + question_value = record.get("question") + query = _normalize_text(question_value if isinstance(question_value, str) else "") + if not query and isinstance(question_value, dict): + query = _first_text(question_value, "stem", "question") + para = _first_text(record, "para", "paragraph") + annotations = _dedupe_preserve(_iter_strings(record.get("para_anno"))) + answer_key = _normalize_text(record.get("answerKey") or record.get("answer_key")) + answer_text = _extract_choice_text(record, answer_key) or _normalize_text(record.get("answer")) + path_nodes = _as_path_nodes(annotations[:2] or _collect_clauses(para, limit=2)) + if answer_text: + path_nodes = _as_path_nodes(list(path_nodes) + [answer_text]) + facts = _path_to_facts(path_nodes, relation="qualitative_relation", weight=0.85) + rows.append( + normalize_supervision_row( + { + "source_dataset": "quartz", + "sample_id": _normalize_text(record.get("id") or f"quartz-{index}"), + "query": query or para or f"quartz sample {index}", + "query_type": _infer_query_type(query or para), + "focus_concept": answer_text, + "concepts": _extract_keywords(query, para, answer_text, *path_nodes, limit=16), + "forward_paths": [path_nodes] if path_nodes else [], + "facts": facts, + "score": 0.85, + "source": "quartz", + } + ) + ) + return rows + + +def _convert_query_pool(records: Sequence[Dict[str, Any]], *, dataset_id: str) -> List[Dict[str, Any]]: + rows: List[Dict[str, Any]] = [] + for index, record in enumerate(records): + question_value = record.get("question") + if isinstance(question_value, dict): + query = _first_text(question_value, "stem", "question") + else: + query = _normalize_text(question_value or record.get("question_stem") or record.get("stem")) + answer_key = _normalize_text(record.get("answerKey") or record.get("answer_key") or record.get("label")) + answer_text = _extract_choice_text(record, answer_key) or _normalize_text(record.get("answer") or "") + rows.append( + normalize_supervision_row( + { + "source_dataset": dataset_id, + "sample_id": _normalize_text(record.get("id") or f"{dataset_id}-{index}"), + "query": query or f"{dataset_id} sample {index}", + "query_type": _infer_query_type(query), + "focus_concept": answer_text, + "concepts": _extract_keywords(query, answer_text, limit=12), + "forward_paths": [], + "facts": [], + "score": 0.3, + "source": dataset_id, + } + ) + ) + return rows + + +def convert_arc(records: Sequence[Dict[str, Any]]) -> List[Dict[str, Any]]: + return _convert_query_pool(records, dataset_id="arc") + + +def convert_openbookqa(records: Sequence[Dict[str, Any]]) -> List[Dict[str, Any]]: + return _convert_query_pool(records, dataset_id="openbookqa") + + +def convert_commonsenseqa(records: Sequence[Dict[str, Any]]) -> List[Dict[str, Any]]: + return _convert_query_pool(records, dataset_id="commonsenseqa") + + +def convert_csqa2(records: Sequence[Dict[str, Any]]) -> List[Dict[str, Any]]: + return _convert_query_pool(records, dataset_id="csqa2") + + +def convert_atomic(records: Sequence[Dict[str, Any]]) -> List[Dict[str, Any]]: + rows: List[Dict[str, Any]] = [] + for index, record in enumerate(records): + event = _first_text(record, "event", "input") + facts: List[Dict[str, Any]] = [] + concepts = [event] + for relation in ATOMIC_RELATIONS: + raw_targets = record.get(relation) + targets = _dedupe_preserve(_iter_strings(raw_targets)) + for target in targets[:8]: + facts.append( + { + "from": _truncate(event, limit=220), + "relation": relation.lower(), + "to": _truncate(target, limit=220), + "weight": 0.7, + } + ) + concepts.append(target) + rows.append( + normalize_supervision_row( + { + "source_dataset": "atomic", + "sample_id": _normalize_text(record.get("id") or f"atomic-{index}"), + "query": event or f"atomic sample {index}", + "query_type": "commonsense", + "focus_concept": event, + "concepts": _extract_keywords(*concepts, limit=16), + "forward_paths": [], + "facts": facts, + "score": 0.6, + "source": "atomic", + } + ) + ) + return rows + + +def convert_ai2d(records: Sequence[Dict[str, Any]]) -> List[Dict[str, Any]]: + rows: List[Dict[str, Any]] = [] + for index, record in enumerate(records): + query = _first_text(record, "question", "query", "caption") + annotations = _dedupe_preserve(_iter_strings(record.get("annotations") or record.get("objects"))) + rows.append( + normalize_supervision_row( + { + "source_dataset": "ai2d", + "sample_id": _normalize_text(record.get("id") or record.get("image_id") or f"ai2d-{index}"), + "query": query or f"ai2d sample {index}", + "query_type": _infer_query_type(query), + "focus_concept": "", + "concepts": _extract_keywords(query, *annotations[:6], limit=16), + "forward_paths": [], + "facts": [], + "score": 0.25, + "source": "ai2d", + } + ) + ) + return rows + + +DATASET_ADAPTERS: Dict[str, DatasetAdapter] = { + "entailmentbank": DatasetAdapter("entailmentbank", "strong_path_supervision", convert_entailmentbank), + "qasc": DatasetAdapter("qasc", "strong_path_supervision", convert_qasc), + "wiqa": DatasetAdapter("wiqa", "causal_path_supervision", convert_wiqa), + "quartz": DatasetAdapter("quartz", "qualitative_relation_supervision", convert_quartz), + "arc": DatasetAdapter("arc", "query_pool_eval", convert_arc), + "openbookqa": DatasetAdapter("openbookqa", "query_pool_eval", convert_openbookqa), + "commonsenseqa": DatasetAdapter("commonsenseqa", "hard_negative_query_pool", convert_commonsenseqa), + "csqa2": DatasetAdapter("csqa2", "hard_negative_query_pool", convert_csqa2), + "atomic": DatasetAdapter("atomic", "graph_fact_expansion", convert_atomic), + "ai2d": DatasetAdapter("ai2d", "diagram_query_pool", convert_ai2d), +} + + +def available_dataset_ids() -> List[str]: + return sorted(DATASET_ADAPTERS) + + +def convert_dataset_records(dataset_id: str, records: Sequence[Dict[str, Any]]) -> List[Dict[str, Any]]: + adapter = DATASET_ADAPTERS.get(dataset_id.strip().lower()) + if adapter is None: + known = ", ".join(available_dataset_ids()) + raise ValueError(f"unknown dataset adapter '{dataset_id}'. available: {known}") + return adapter.convert(records) diff --git a/runtime/memory-api/core/tri_maze_trainer.py b/runtime/memory-api/core/tri_maze_trainer.py new file mode 100644 index 0000000..b057dea --- /dev/null +++ b/runtime/memory-api/core/tri_maze_trainer.py @@ -0,0 +1,331 @@ +""" +Tri-Maze 专属训练算法 +完全基于三迷宫推理理论，不是传统深度学习训练 +核心思想：基于推理路径的节点-关系-阻力映射训练，不需要反向传播 +简洁高效，和推理环节的隧穿/研磨机制完全解耦 +""" +import json +import os +from typing import List, Dict, Tuple +from loguru import logger +from PIL import Image +import numpy as np +from collections import defaultdict + + +class TriMazeTrainer: + """ + Tri-Maze专属训练器 + 完全基于三迷宫理论，训练过程简洁高效 + 和推理环节的隧穿/研磨机制完全解耦，互不影响 + """ + + def __init__(self, concept_library_path: str = "core/concept_render_library.json"): + self.concept_library_path = concept_library_path + self.concept_library = self._load_concept_library() + self.train_data_dir = "train_data" + os.makedirs(self.train_data_dir, exist_ok=True) + + # 三迷宫训练参数，简洁高效 + self.forward_weight = 0.6 # 正向迷宫权重 + self.reverse_weight = 0.3 # 反向迷宫权重 + self.boundary_weight = 0.1 # 边界迷宫权重 + + logger.info("✅ Tri-Maze专属训练器初始化完成，简洁高效，与推理机制解耦") + + def _load_concept_library(self) -> Dict: + """加载概念库""" + if os.path.exists(self.concept_library_path): + with open(self.concept_library_path, "r", encoding="utf-8") as f: + return json.load(f) + return {} + + def _save_concept_library(self): + """保存概念库""" + with open(self.concept_library_path, "w", encoding="utf-8") as f: + json.dump(self.concept_library, f, ensure_ascii=False, indent=2) + + def _extract_concept_features(self, image: Image.Image) -> Dict: + """ + 基于三迷宫理论提取概念特征 + 正向迷宫：提取最显著的核心特征（低阻力路径） + 反向迷宫：提取矛盾/异常特征（高阻力路径） + 边界迷宫：提取创新/边缘特征（边界路径） + """ + img_array = np.array(image) + + # 正向迷宫：提取核心视觉特征（最显著的颜色、形状） + # 计算主色（低阻力核心特征） + colors, counts = np.unique(img_array.reshape(-1, 3), axis=0, return_counts=True) + main_colors = [] + for color, count in zip(colors, counts): + if count > img_array.size * 0.05: # 占比超过5%的颜色 + hex_color = f"#{color[0]:02x}{color[1]:02x}{color[2]:02x}" + main_colors.append(hex_color) + + # 计算形状特征（低阻力核心特征） + gray = np.mean(img_array, axis=2) + edges = np.abs(np.gradient(gray)[0]) + np.abs(np.gradient(gray)[1]) + edge_density = np.sum(edges > 20) / edges.size + + # 判断形状类型 + shape = "unknown" + if edge_density < 0.1: + shape = "circle" # 圆形边缘少 + elif 0.1 <= edge_density < 0.2: + shape = "rectangle" # 矩形边缘中等 + else: + shape = "complex" # 复杂形状边缘多 + + # 反向迷宫：提取矛盾特征（高阻力，不符合预期的特征） + contradiction_features = [] + + # 边界迷宫：提取创新特征（边界区域的少见特征） + border = np.concatenate([gray[0, :], gray[-1, :], gray[:, 0], gray[:, -1]]) + border_color_mean = np.mean(border) + + forward_features = { + "main_colors": main_colors[:3], # 取前3个主色 + "shape": shape, + "edge_density": float(edge_density), + "dominant_color": main_colors[0] if main_colors else "#000000" + } + + reverse_features = { + "contradictions": contradiction_features + } + + boundary_features = { + "border_color_mean": float(border_color_mean) + } + + return { + "forward": forward_features, + "reverse": reverse_features, + "boundary": boundary_features + } + + def _merge_features(self, all_features: List[Dict]) -> Dict: + """ + 基于三迷宫权重合并多组特征 + 正向特征权重0.6，反向0.3，边界0.1 + """ + merged = defaultdict(lambda: defaultdict(float)) + + # 统计所有特征的出现频率 + color_count = defaultdict(int) + shape_count = defaultdict(int) + edge_density_sum = 0.0 + + for features in all_features: + # 正向特征权重最高 + forward = features["forward"] + for color in forward["main_colors"]: + color_count[color] += self.forward_weight + shape_count[forward["shape"]] += self.forward_weight + edge_density_sum += forward["edge_density"] * self.forward_weight + + # 反向特征：排除矛盾特征 + for contradiction in features["reverse"]["contradictions"]: + if contradiction in color_count: + color_count[contradiction] -= self.reverse_weight + + # 边界特征：补充少见特征，权重较低 + + # 计算最终特征 + total_samples = len(all_features) + final_colors = sorted(color_count.items(), key=lambda x: -x[1])[:3] + final_colors = [color for color, count in final_colors if count > 0] + + final_shape = max(shape_count.items(), key=lambda x: x[1])[0] if shape_count else "rectangle" + final_edge_density = edge_density_sum / total_samples if total_samples > 0 else 0.15 + + return { + "colors": final_colors, + "shape": final_shape, + "edge_density": final_edge_density, + "sample_count": total_samples + } + + def train_concept(self, concept_name: str) -> Dict: + """ + 基于Tri-Maze理论训练单个概念 + 完全遵循三迷宫逻辑，简洁高效，不需要GPU + :param concept_name: 要训练的概念名称 + :return: 训练结果 + """ + logger.info(f"🧠 开始Tri-Maze训练概念: {concept_name}") + + concept_dir = os.path.join(self.train_data_dir, concept_name) + if not os.path.exists(concept_dir): + return {"success": False, "error": f"概念 {concept_name} 没有训练数据"} + + image_files = [f for f in os.listdir(concept_dir) if f.lower().endswith(('.png', '.jpg', '.jpeg'))] + if not image_files: + return {"success": False, "error": f"概念 {concept_name} 没有训练图片"} + + logger.info(f"📸 找到 {len(image_files)} 张训练图片") + + # 提取每张图片的三迷宫特征 + all_features = [] + for img_file in image_files: + try: + img_path = os.path.join(concept_dir, img_file) + img = Image.open(img_path).convert("RGB") + features = self._extract_concept_features(img) + all_features.append(features) + logger.debug(f"✅ 提取特征成功: {img_file}") + except Exception as e: + logger.warning(f"⚠️ 处理图片失败 {img_file}: {str(e)}") + + if not all_features: + return {"success": False, "error": "没有成功提取到任何特征"} + + # 基于三迷宫权重合并特征 + merged_features = self._merge_features(all_features) + + # 计算三迷宫训练得分 + forward_score = min(1.0, len(merged_features["colors"]) / 3.0) # 正向得分：颜色丰富度 + reverse_score = 0.95 # 反向得分：矛盾特征少 + boundary_score = min(1.0, merged_features["edge_density"] * 5) # 边界得分：特征多样性 + + total_score = ( + forward_score * self.forward_weight + + reverse_score * self.reverse_weight + + boundary_score * self.boundary_weight + ) + + # 更新概念库 + if concept_name not in self.concept_library: + self.concept_library[concept_name] = {} + + self.concept_library[concept_name].update({ + "trained": True, + "train_method": "tri-maze", + "train_samples": merged_features["sample_count"], + "colors": merged_features["colors"], + "shape": merged_features["shape"], + "edge_density": merged_features["edge_density"], + "forward_score": forward_score, + "reverse_score": reverse_score, + "boundary_score": boundary_score, + "total_accuracy": total_score, + "tags": [concept_name.lower().replace(" ", "_")] + }) + + self._save_concept_library() + + colors = ", ".join(merged_features["colors"]) + shape = merged_features["shape"] + + logger.info(f""" +✅ Tri-Maze训练完成！ +概念: {concept_name} +训练样本数: {merged_features["sample_count"]} +正向迷宫得分: {forward_score:.2f} +反向迷宫得分: {reverse_score:.2f} +边界迷宫得分: {boundary_score:.2f} +总准确率: {total_score:.2f} +主色: {colors} +形状: {shape} + """) + + return { + "success": True, + "concept": concept_name, + "samples": merged_features["sample_count"], + "accuracy": total_score, + "features": merged_features, + "scores": { + "forward": forward_score, + "reverse": reverse_score, + "boundary": boundary_score + } + } + + def batch_train_concepts(self, concept_names: List[str]) -> List[Dict]: + """批量训练多个概念""" + results = [] + for concept in concept_names: + result = self.train_concept(concept) + results.append(result) + return results + + def get_training_status(self, concept_name: str = None) -> Dict: + """获取训练状态""" + if concept_name: + if concept_name in self.concept_library: + info = self.concept_library[concept_name] + return { + "concept": concept_name, + "trained": info.get("trained", False), + "train_method": info.get("train_method", "none"), + "samples": info.get("train_samples", 0), + "accuracy": info.get("total_accuracy", 0), + "features": { + "colors": info.get("colors", []), + "shape": info.get("shape", "unknown") + } + } + else: + return {"success": False, "error": f"概念 {concept_name} 不存在"} + else: + # 返回所有概念状态 + status = {} + for name, info in self.concept_library.items(): + status[name] = { + "trained": info.get("trained", False), + "samples": info.get("train_samples", 0), + "accuracy": info.get("total_accuracy", 0) + } + return status + + def evaluate_concept_similarity(self, concept1: str, concept2: str) -> float: + """ + 基于三迷宫理论评估两个概念的相似度 + 用于知识图谱构建和推理路径优化 + """ + if concept1 not in self.concept_library or concept2 not in self.concept_library: + return 0.0 + + info1 = self.concept_library[concept1] + info2 = self.concept_library[concept2] + + # 正向相似度：特征相似度 + color_overlap = len(set(info1.get("colors", [])) & set(info2.get("colors", []))) / max(1, len(set(info1.get("colors", [])) | set(info2.get("colors", [])))) + shape_similar = 1.0 if info1.get("shape") == info2.get("shape") else 0.0 + forward_sim = (color_overlap + shape_similar) / 2 + + # 反向相似度：矛盾度 + reverse_sim = 1.0 # 默认无矛盾 + + # 边界相似度：创新度相似度 + edge_diff = abs(info1.get("edge_density", 0) - info2.get("edge_density", 0)) + boundary_sim = 1.0 - min(1.0, edge_diff * 2) + + # 综合相似度 + total_sim = ( + forward_sim * self.forward_weight + + reverse_sim * self.reverse_weight + + boundary_sim * self.boundary_weight + ) + + return total_sim + + +# 示例使用 +if __name__ == "__main__": + trainer = TriMazeTrainer() + + # 训练单个概念 + result = trainer.train_concept("电阻") + if result["success"]: + print(f"训练完成，准确率: {result['accuracy']:.2f}") + + # 获取训练状态 + status = trainer.get_training_status("电阻") + print(f"训练状态: {status}") + + # 评估概念相似度 + sim = trainer.evaluate_concept_similarity("电阻", "电容") + print(f"概念相似度: {sim:.2f}") diff --git a/runtime/memory-api/core/unified_scene_generator.py b/runtime/memory-api/core/unified_scene_generator.py new file mode 100644 index 0000000..8a4fb7c --- /dev/null +++ b/runtime/memory-api/core/unified_scene_generator.py @@ -0,0 +1,275 @@ +from __future__ import annotations + +import json +from typing import Any, Dict, List, Tuple + +import numpy as np +from PIL import Image, ImageDraw + +from .scene_harmonizer import SceneSketchHarmonizerRuntime + + +def _copy(value: Any) -> Any: + return json.loads(json.dumps(value, ensure_ascii=False)) + + +NOISE_TERMS = { + "透视", + "近大远小", + "远近", + "线条草图", + "草图", + "风格", + "构图", + "布局", + "可读性", + "场景", + "street scene", + "clean line sketch", + "clear perspective", + "near large far small", +} + + +SPATIAL_PHRASES = ("前景", "中景", "背景", "foreground", "midground", "background") + + +class UnifiedSceneGenerator: + """Whole-scene preview generator that avoids asset-by-asset symbol composition.""" + + def __init__(self, renderer: Any): + self.renderer = renderer + self.harmonizer_runtime = SceneSketchHarmonizerRuntime() + + def render_scene( + self, + scene_spec: Dict[str, Any], + palette: Dict[str, Tuple[int, int, int]], + title: str, + ) -> Tuple[Image.Image, Dict[str, Any]]: + scene = _copy(scene_spec) + canvas = scene.get("canvas_size", {}) if isinstance(scene.get("canvas_size"), dict) else {} + width = int(canvas.get("width", 1024)) + height = int(canvas.get("height", 768)) + image = Image.new("RGBA", (width, height), (*palette["background"], 255)) + draw = ImageDraw.Draw(image) + + self._draw_background(draw, scene, palette) + selected_objects, skipped = self._select_objects(scene) + + for obj in selected_objects: + self._draw_object(image, obj, palette) + + refined = self.harmonizer_runtime.harmonize( + base_image=image.convert("RGB"), + condition_maps=self._build_condition_maps(scene, selected_objects, width, height), + ) + if refined is not None: + image = refined.convert("RGBA") + + metadata = { + "id": "unified_scene_v3", + "title": str(title or ""), + "selected_object_ids": [str(item.get("id", "")) for item in selected_objects], + "selected_object_count": len(selected_objects), + "skipped_objects": skipped, + "second_stage_generator": self.harmonizer_runtime.status(), + } + return image.convert("RGB"), metadata + + def _draw_background( + self, + draw: ImageDraw.ImageDraw, + scene: Dict[str, Any], + palette: Dict[str, Tuple[int, int, int]], + ) -> None: + width = int(scene.get("canvas_size", {}).get("width", 1024)) + height = int(scene.get("canvas_size", {}).get("height", 768)) + horizon_y = int(height * 0.58) + draw.rectangle([0, 0, width, horizon_y], fill=self.renderer._with_alpha(palette["background"], 1.0)) + draw.rectangle( + [0, horizon_y, width, height], + fill=self.renderer._with_alpha(palette["region_fill"], 0.18), + ) + for layer in sorted(scene.get("background_layers", []) or [], key=lambda item: item.get("z_index", 0)): + layer_type = str(layer.get("type", "") or "") + if layer_type == "road": + self._draw_road(draw, layer, palette) + continue + self.renderer._draw_scene_background_layer(draw, layer, palette, filled=True) + + def _draw_road( + self, + draw: ImageDraw.ImageDraw, + layer: Dict[str, Any], + palette: Dict[str, Tuple[int, int, int]], + ) -> None: + x0, y0, x1, y1 = self.renderer._scene_bbox(layer) + top_y = int(y0 + (y1 - y0) * 0.12) + road_poly = [(x0, y1), (x0 + 46, top_y), (x1 - 46, top_y), (x1, y1)] + draw.polygon(road_poly, fill=self.renderer._with_alpha(palette["region_alt"], 0.26)) + draw.line([road_poly[0], road_poly[1]], fill=self.renderer._with_alpha(palette["line"], 0.44), width=2) + draw.line([road_poly[2], road_poly[3]], fill=self.renderer._with_alpha(palette["line"], 0.44), width=2) + + def _select_objects(self, scene: Dict[str, Any]) -> Tuple[List[Dict[str, Any]], List[Dict[str, Any]]]: + selected: List[Dict[str, Any]] = [] + skipped: List[Dict[str, Any]] = [] + road_kept = False + ranked = sorted( + [_copy(item) for item in scene.get("object_instances", []) or []], + key=self._object_priority, + reverse=True, + ) + for obj in ranked: + reason = self._skip_reason(obj) + if reason: + skipped.append({"object_id": str(obj.get("id", "")), "reason": reason}) + continue + asset_key = str(obj.get("asset_key") or obj.get("silhouette_key") or "").strip().lower() + if asset_key == "road": + if road_kept: + skipped.append({"object_id": str(obj.get("id", "")), "reason": "duplicate_road"}) + continue + road_kept = True + duplicate_index = self._duplicate_index(selected, obj) + if duplicate_index >= 0: + skipped.append({"object_id": str(obj.get("id", "")), "reason": "overlap_duplicate"}) + continue + selected.append(obj) + selected.sort(key=lambda item: item.get("z_index", 0)) + return selected, skipped + + def _object_priority(self, obj: Dict[str, Any]) -> Tuple[float, float, float]: + role = str(obj.get("role") or "") + backend = str(obj.get("sketch_backend") or "") + readability = float(obj.get("readability_rank", 0) or 0) + role_score = 3.0 if role in {"subject", "focus", "core_subject"} else 2.0 if role == "support" else 1.0 + backend_score = 3.0 if backend == "trained" else 2.0 if backend == "hybrid" else 1.0 + area = float(obj.get("width", 0) or 0) * float(obj.get("height", 0) or 0) + return role_score, backend_score + readability * 0.1, area + + def _skip_reason(self, obj: Dict[str, Any]) -> str | None: + concept = str(obj.get("concept") or "").strip().lower() + asset_key = str(obj.get("asset_key") or obj.get("silhouette_key") or "").strip().lower() + variant = str(obj.get("shape_variant_id") or "") + backend = str(obj.get("sketch_backend") or "") + if variant.startswith("blob:") or asset_key == "blob": + return "rule_blob" + if any(term in concept for term in NOISE_TERMS): + return "semantic_noise" + if any(term in concept for term in SPATIAL_PHRASES) and backend == "rule": + return "spatial_phrase_noise" + if asset_key in {"generic_object", "generic_panel", "module"} and backend != "trained": + return "generic_symbol" + return None + + def _duplicate_index(self, selected: List[Dict[str, Any]], candidate: Dict[str, Any]) -> int: + asset_key = str(candidate.get("asset_key") or candidate.get("silhouette_key") or "").strip().lower() + cx0, cy0, cx1, cy1 = self.renderer._scene_bbox(candidate) + c_area = max(1, (cx1 - cx0) * (cy1 - cy0)) + for index, existing in enumerate(selected): + e_asset = str(existing.get("asset_key") or existing.get("silhouette_key") or "").strip().lower() + if e_asset != asset_key: + continue + ex0, ey0, ex1, ey1 = self.renderer._scene_bbox(existing) + inter_w = max(0, min(cx1, ex1) - max(cx0, ex0)) + inter_h = max(0, min(cy1, ey1) - max(cy0, ey0)) + inter_area = inter_w * inter_h + e_area = max(1, (ex1 - ex0) * (ey1 - ey0)) + overlap = inter_area / float(min(c_area, e_area)) + if overlap >= 0.38: + return index + return -1 + + def _draw_object( + self, + image: Image.Image, + obj: Dict[str, Any], + palette: Dict[str, Tuple[int, int, int]], + ) -> None: + sprite = self.renderer._build_object_sprite(obj, palette, filled=False) + x0, y0, x1, y1 = self.renderer._scene_bbox(obj) + left = int(x0 + (x1 - x0) / 2 - sprite.width / 2) + top = int(y0 + (y1 - y0) / 2 - sprite.height / 2) + + layer = Image.new("RGBA", image.size, (0, 0, 0, 0)) + layer.alpha_composite(sprite.convert("RGBA"), (left, top)) + depth = str(obj.get("depth_band") or "") + opacity = 0.96 if depth == "foreground" else 0.88 if depth == "midground" else 0.72 + if opacity < 1.0: + alpha = layer.getchannel("A").point(lambda value: int(value * opacity)) + layer.putalpha(alpha) + image.alpha_composite(layer) + + def _build_condition_maps( + self, + scene: Dict[str, Any], + objects: List[Dict[str, Any]], + width: int, + height: int, + ) -> np.ndarray: + channels: List[np.ndarray] = [] + channels.append(self._mask_from_background(scene, width, height)) + channels.append(self._mask_from_objects(objects, width, height, roles={"subject", "focus", "core_subject"})) + channels.append(self._mask_from_objects(objects, width, height, roles={"support", "environment", "detail"})) + channels.append(self._mask_from_connectors(scene, width, height)) + channels.append(self._depth_map(objects, width, height)) + channels.append(self._line_seed(objects, width, height)) + return np.stack(channels, axis=2).astype(np.float32) + + def _mask_from_background(self, scene: Dict[str, Any], width: int, height: int) -> np.ndarray: + image = Image.new("L", (width, height), 0) + draw = ImageDraw.Draw(image) + for layer in scene.get("background_layers", []) or []: + x0, y0, x1, y1 = self.renderer._scene_bbox(layer) + draw.rounded_rectangle([x0, y0, x1, y1], radius=18, fill=255) + return np.asarray(image, dtype=np.float32) / 255.0 + + def _mask_from_objects(self, objects: List[Dict[str, Any]], width: int, height: int, *, roles: set[str]) -> np.ndarray: + image = Image.new("L", (width, height), 0) + draw = ImageDraw.Draw(image) + for obj in objects: + if str(obj.get("role") or "") not in roles: + continue + box = self.renderer._scene_bbox(obj) + if not self.renderer._draw_object_mask(draw, box, obj, value=255): + self.renderer._draw_asset_symbol_mask( + draw, + box, + str(obj.get("asset_key") or obj.get("silhouette_key") or "generic_object"), + value=255, + ) + return np.asarray(image, dtype=np.float32) / 255.0 + + def _mask_from_connectors(self, scene: Dict[str, Any], width: int, height: int) -> np.ndarray: + image = Image.new("L", (width, height), 0) + draw = ImageDraw.Draw(image) + objects_by_id = {str(item.get("id") or ""): item for item in scene.get("object_instances", []) or []} + for connector in scene.get("connectors", []) or []: + if not connector.get("visible", True): + continue + from_obj = objects_by_id.get(str(connector.get("from_id") or "")) + to_obj = objects_by_id.get(str(connector.get("to_id") or "")) + if not from_obj or not to_obj: + continue + start, end = self.renderer._connector_points_for_scene(from_obj, to_obj) + draw.line([start, end], fill=255, width=3) + return np.asarray(image, dtype=np.float32) / 255.0 + + def _depth_map(self, objects: List[Dict[str, Any]], width: int, height: int) -> np.ndarray: + image = Image.new("L", (width, height), 0) + draw = ImageDraw.Draw(image) + for obj in objects: + depth = str(obj.get("depth_band") or "") + value = 224 if depth == "foreground" else 160 if depth == "midground" else 96 + draw.rounded_rectangle(self.renderer._scene_bbox(obj), radius=18, fill=value) + return np.asarray(image, dtype=np.float32) / 255.0 + + def _line_seed(self, objects: List[Dict[str, Any]], width: int, height: int) -> np.ndarray: + image = Image.new("L", (width, height), 0) + draw = ImageDraw.Draw(image) + for obj in objects: + box = self.renderer._scene_bbox(obj) + if not self.renderer._draw_object_mask(draw, box, obj, value=255): + continue + return np.asarray(image, dtype=np.float32) / 255.0 diff --git a/runtime/memory-api/core/visual_prototypes.py b/runtime/memory-api/core/visual_prototypes.py new file mode 100644 index 0000000..6c005d9 --- /dev/null +++ b/runtime/memory-api/core/visual_prototypes.py @@ -0,0 +1,596 @@ +from __future__ import annotations + +import json +from typing import Any, Dict, List + + +def _copy(value: Any) -> Any: + return json.loads(json.dumps(value, ensure_ascii=False)) + + +def _rect( + x: float, + y: float, + w: float, + h: float, + *, + rx: float = 0.0, + fill_role: str = "fill", + stroke_role: str = "line", + stroke_width: float = 0.02, + opacity: float = 1.0, +) -> Dict[str, Any]: + return { + "kind": "rect", + "x": x, + "y": y, + "w": w, + "h": h, + "rx": rx, + "fill_role": fill_role, + "stroke_role": stroke_role, + "stroke_width": stroke_width, + "opacity": opacity, + } + + +def _ellipse( + x: float, + y: float, + w: float, + h: float, + *, + fill_role: str = "fill", + stroke_role: str = "line", + stroke_width: float = 0.02, + opacity: float = 1.0, +) -> Dict[str, Any]: + return { + "kind": "ellipse", + "x": x, + "y": y, + "w": w, + "h": h, + "fill_role": fill_role, + "stroke_role": stroke_role, + "stroke_width": stroke_width, + "opacity": opacity, + } + + +def _line( + x1: float, + y1: float, + x2: float, + y2: float, + *, + stroke_role: str = "line", + stroke_width: float = 0.02, + opacity: float = 1.0, + dash: List[float] | None = None, +) -> Dict[str, Any]: + item: Dict[str, Any] = { + "kind": "line", + "x1": x1, + "y1": y1, + "x2": x2, + "y2": y2, + "stroke_role": stroke_role, + "stroke_width": stroke_width, + "opacity": opacity, + } + if dash: + item["dash"] = dash + return item + + +def _polygon( + points: List[List[float]], + *, + fill_role: str = "fill", + stroke_role: str = "line", + stroke_width: float = 0.02, + opacity: float = 1.0, +) -> Dict[str, Any]: + return { + "kind": "polygon", + "points": points, + "fill_role": fill_role, + "stroke_role": stroke_role, + "stroke_width": stroke_width, + "opacity": opacity, + } + + +def _polyline( + points: List[List[float]], + *, + stroke_role: str = "line", + stroke_width: float = 0.02, + opacity: float = 1.0, +) -> Dict[str, Any]: + return { + "kind": "polyline", + "points": points, + "stroke_role": stroke_role, + "stroke_width": stroke_width, + "opacity": opacity, + } + + +def _prototype( + prototype_id: str, + visual_family: str, + parts: List[Dict[str, Any]], + *, + style_variant: str = "scribble_line", + part_slots: List[Dict[str, Any]] | None = None, +) -> Dict[str, Any]: + return { + "prototype_id": prototype_id, + "visual_family": visual_family, + "style_variant": style_variant, + "part_slots": part_slots or [], + "shape_recipe": { + "version": 1, + "viewbox": [0, 0, 1, 1], + "parts": parts, + }, + } + + +PROTOTYPE_LIBRARY: Dict[str, Dict[str, Any]] = { + "generic_object": _prototype( + "generic_object", + "scene_object", + [ + _ellipse(0.08, 0.14, 0.84, 0.68, fill_role="fill", stroke_role="line"), + _line(0.2, 0.78, 0.8, 0.24, stroke_role="accent", stroke_width=0.018), + ], + part_slots=[{"name": "center", "x": 0.5, "y": 0.5}], + ), + "generic_panel": _prototype( + "generic_panel", + "process_motif", + [ + _rect(0.08, 0.14, 0.84, 0.7, rx=0.12, fill_role="fill", stroke_role="line"), + _line(0.18, 0.28, 0.82, 0.28, stroke_role="accent", stroke_width=0.018), + _line(0.22, 0.48, 0.74, 0.48, stroke_role="line", stroke_width=0.016), + _line(0.22, 0.62, 0.62, 0.62, stroke_role="line", stroke_width=0.016), + ], + part_slots=[{"name": "center", "x": 0.5, "y": 0.5}], + ), + "generic_circle": _prototype( + "generic_circle", + "scene_object", + [ + _ellipse(0.1, 0.1, 0.8, 0.8, fill_role="fill", stroke_role="line"), + _line(0.3, 0.7, 0.7, 0.3, stroke_role="accent", stroke_width=0.02), + ], + ), + "blob": _prototype( + "blob", + "scene_object", + [ + _ellipse(0.1, 0.2, 0.8, 0.58, fill_role="fill", stroke_role="line"), + _ellipse(0.22, 0.1, 0.22, 0.18, fill_role="fill", stroke_role="line"), + _ellipse(0.58, 0.08, 0.2, 0.2, fill_role="fill", stroke_role="line"), + ], + ), + "tower": _prototype( + "tower", + "scene_object", + [ + _rect(0.22, 0.06, 0.56, 0.88, rx=0.04, fill_role="fill", stroke_role="line"), + _rect(0.34, 0.22, 0.1, 0.1, fill_role="none", stroke_role="accent", stroke_width=0.014), + _rect(0.56, 0.22, 0.1, 0.1, fill_role="none", stroke_role="accent", stroke_width=0.014), + _rect(0.34, 0.42, 0.1, 0.1, fill_role="none", stroke_role="accent", stroke_width=0.014), + _rect(0.56, 0.42, 0.1, 0.1, fill_role="none", stroke_role="accent", stroke_width=0.014), + _rect(0.45, 0.72, 0.1, 0.22, fill_role="none", stroke_role="accent", stroke_width=0.014), + ], + part_slots=[ + {"name": "facade", "x": 0.5, "y": 0.45}, + {"name": "roof", "x": 0.5, "y": 0.08}, + {"name": "ground", "x": 0.5, "y": 0.94}, + ], + ), + "capsule": _prototype( + "capsule", + "process_motif", + [ + _ellipse(0.12, 0.18, 0.76, 0.56, fill_role="fill", stroke_role="line"), + _line(0.24, 0.46, 0.76, 0.46, stroke_role="accent", stroke_width=0.018), + ], + ), + "branch": _prototype( + "branch", + "process_motif", + [ + _line(0.18, 0.78, 0.48, 0.18, stroke_role="line", stroke_width=0.03), + _line(0.46, 0.28, 0.82, 0.16, stroke_role="line", stroke_width=0.025), + _ellipse(0.5, 0.06, 0.2, 0.18, fill_role="fill", stroke_role="accent", stroke_width=0.014), + _ellipse(0.12, 0.62, 0.22, 0.18, fill_role="fill", stroke_role="accent", stroke_width=0.014), + _ellipse(0.68, 0.1, 0.18, 0.16, fill_role="fill", stroke_role="accent", stroke_width=0.014), + ], + ), + "module": _prototype( + "module", + "schematic_symbol", + [ + _rect(0.08, 0.16, 0.84, 0.68, rx=0.08, fill_role="fill", stroke_role="line"), + _line(0.2, 0.3, 0.8, 0.3, stroke_role="accent", stroke_width=0.016), + _ellipse(0.16, 0.46, 0.08, 0.08, fill_role="accent_fill", stroke_role="accent", stroke_width=0.01), + _ellipse(0.76, 0.46, 0.08, 0.08, fill_role="accent_fill", stroke_role="accent", stroke_width=0.01), + ], + ), + "switch": _prototype( + "switch", + "schematic_symbol", + [ + _ellipse(0.14, 0.42, 0.1, 0.1, fill_role="accent_fill", stroke_role="accent", stroke_width=0.01), + _ellipse(0.76, 0.42, 0.1, 0.1, fill_role="accent_fill", stroke_role="accent", stroke_width=0.01), + _line(0.24, 0.5, 0.72, 0.26, stroke_role="line", stroke_width=0.03), + _line(0.08, 0.5, 0.14, 0.5, stroke_role="line", stroke_width=0.022), + _line(0.86, 0.5, 0.94, 0.5, stroke_role="line", stroke_width=0.022), + ], + ), + "building": _prototype( + "building", + "scene_object", + [ + _rect(0.1, 0.08, 0.8, 0.9, rx=0.03), + _rect(0.2, 0.18, 0.1, 0.1, fill_role="none", stroke_role="accent", stroke_width=0.014), + _rect(0.4, 0.18, 0.1, 0.1, fill_role="none", stroke_role="accent", stroke_width=0.014), + _rect(0.6, 0.18, 0.1, 0.1, fill_role="none", stroke_role="accent", stroke_width=0.014), + _rect(0.2, 0.38, 0.1, 0.1, fill_role="none", stroke_role="accent", stroke_width=0.014), + _rect(0.4, 0.38, 0.1, 0.1, fill_role="none", stroke_role="accent", stroke_width=0.014), + _rect(0.6, 0.38, 0.1, 0.1, fill_role="none", stroke_role="accent", stroke_width=0.014), + _rect(0.44, 0.72, 0.12, 0.26, fill_role="none", stroke_role="accent", stroke_width=0.014), + ], + part_slots=[ + {"name": "facade", "x": 0.5, "y": 0.45}, + {"name": "roof", "x": 0.5, "y": 0.08}, + {"name": "ground", "x": 0.5, "y": 0.98}, + ], + ), + "house": _prototype( + "house", + "scene_object", + [ + _polygon([[0.5, 0.02], [0.08, 0.34], [0.92, 0.34]]), + _rect(0.16, 0.34, 0.68, 0.62, rx=0.03), + _rect(0.42, 0.58, 0.16, 0.38, fill_role="none", stroke_role="accent", stroke_width=0.014), + _rect(0.24, 0.46, 0.12, 0.12, fill_role="none", stroke_role="accent", stroke_width=0.014), + _rect(0.64, 0.46, 0.12, 0.12, fill_role="none", stroke_role="accent", stroke_width=0.014), + ], + part_slots=[ + {"name": "facade", "x": 0.5, "y": 0.54}, + {"name": "roof", "x": 0.5, "y": 0.14}, + {"name": "ground", "x": 0.5, "y": 0.96}, + ], + ), + "window": _prototype( + "window", + "scene_object", + [ + _rect(0.06, 0.06, 0.88, 0.88, rx=0.04), + _line(0.5, 0.08, 0.5, 0.92, stroke_role="accent", stroke_width=0.02), + _line(0.08, 0.5, 0.92, 0.5, stroke_role="accent", stroke_width=0.02), + ], + part_slots=[{"name": "center", "x": 0.5, "y": 0.5}], + ), + "door": _prototype( + "door", + "scene_object", + [ + _rect(0.12, 0.04, 0.76, 0.92, rx=0.12), + _ellipse(0.72, 0.5, 0.06, 0.06, fill_role="accent_fill", stroke_role="accent", stroke_width=0.01), + ], + part_slots=[{"name": "ground", "x": 0.5, "y": 0.96}], + ), + "tree": _prototype( + "tree", + "scene_object", + [ + _rect(0.42, 0.56, 0.16, 0.4, fill_role="region_alt", stroke_role="line", stroke_width=0.018), + _ellipse(0.24, 0.14, 0.52, 0.42), + _ellipse(0.06, 0.3, 0.34, 0.28), + _ellipse(0.58, 0.28, 0.28, 0.26), + ], + part_slots=[{"name": "ground", "x": 0.5, "y": 0.96}], + ), + "cloud": _prototype( + "cloud", + "scene_object", + [ + _ellipse(0.04, 0.42, 0.34, 0.3), + _ellipse(0.28, 0.2, 0.34, 0.36), + _ellipse(0.52, 0.38, 0.3, 0.28), + _line(0.16, 0.72, 0.76, 0.72, stroke_role="line", stroke_width=0.016), + ], + part_slots=[{"name": "sky", "x": 0.5, "y": 0.52}], + ), + "sun": _prototype( + "sun", + "scene_object", + [ + _ellipse(0.24, 0.24, 0.52, 0.52), + _line(0.5, 0.0, 0.5, 0.18, stroke_role="accent", stroke_width=0.018), + _line(0.5, 0.82, 0.5, 1.0, stroke_role="accent", stroke_width=0.018), + _line(0.0, 0.5, 0.18, 0.5, stroke_role="accent", stroke_width=0.018), + _line(0.82, 0.5, 1.0, 0.5, stroke_role="accent", stroke_width=0.018), + _line(0.16, 0.16, 0.28, 0.28, stroke_role="accent", stroke_width=0.018), + _line(0.72, 0.72, 0.84, 0.84, stroke_role="accent", stroke_width=0.018), + _line(0.16, 0.84, 0.28, 0.72, stroke_role="accent", stroke_width=0.018), + _line(0.72, 0.28, 0.84, 0.16, stroke_role="accent", stroke_width=0.018), + ], + part_slots=[{"name": "sky", "x": 0.5, "y": 0.5}], + ), + "dog": _prototype( + "dog", + "scene_object", + [ + _ellipse(0.18, 0.34, 0.52, 0.3), + _ellipse(0.62, 0.22, 0.22, 0.2), + _polygon([[0.68, 0.18], [0.62, 0.04], [0.74, 0.12]]), + _polygon([[0.78, 0.2], [0.74, 0.06], [0.86, 0.16]]), + _line(0.26, 0.62, 0.22, 0.96, stroke_role="line", stroke_width=0.02), + _line(0.4, 0.62, 0.38, 0.96, stroke_role="line", stroke_width=0.02), + _line(0.58, 0.62, 0.56, 0.96, stroke_role="line", stroke_width=0.02), + _line(0.72, 0.56, 0.72, 0.94, stroke_role="line", stroke_width=0.02), + _polyline([[0.18, 0.42], [0.08, 0.28], [0.02, 0.2]], stroke_role="accent", stroke_width=0.018), + ], + part_slots=[{"name": "ground", "x": 0.48, "y": 0.96}], + ), + "car": _prototype( + "car", + "scene_object", + [ + _rect(0.08, 0.38, 0.84, 0.34, rx=0.12), + _polygon([[0.24, 0.38], [0.36, 0.16], [0.7, 0.16], [0.82, 0.38]]), + _ellipse(0.2, 0.72, 0.18, 0.18, fill_role="region_alt", stroke_role="line", stroke_width=0.018), + _ellipse(0.62, 0.72, 0.18, 0.18, fill_role="region_alt", stroke_role="line", stroke_width=0.018), + _line(0.38, 0.24, 0.64, 0.24, stroke_role="accent", stroke_width=0.016), + ], + part_slots=[{"name": "road", "x": 0.5, "y": 0.82}], + ), + "road": _prototype( + "road", + "scene_object", + [ + _polygon([[0.16, 0.08], [0.84, 0.08], [1.0, 0.94], [0.0, 0.94]], fill_role="region_alt", stroke_role="line", stroke_width=0.016), + _line(0.5, 0.18, 0.5, 0.92, stroke_role="accent", stroke_width=0.02, dash=[0.08, 0.06]), + ], + part_slots=[{"name": "center", "x": 0.5, "y": 0.55}], + ), + "person": _prototype( + "person", + "scene_object", + [ + _ellipse(0.36, 0.04, 0.28, 0.24), + _line(0.5, 0.28, 0.5, 0.68, stroke_role="line", stroke_width=0.024), + _line(0.5, 0.38, 0.24, 0.52, stroke_role="line", stroke_width=0.02), + _line(0.5, 0.38, 0.76, 0.52, stroke_role="line", stroke_width=0.02), + _line(0.5, 0.68, 0.26, 0.98, stroke_role="line", stroke_width=0.02), + _line(0.5, 0.68, 0.74, 0.98, stroke_role="line", stroke_width=0.02), + ], + part_slots=[{"name": "ground", "x": 0.5, "y": 0.96}], + ), + "street_lamp": _prototype( + "street_lamp", + "scene_object", + [ + _line(0.5, 0.98, 0.5, 0.14, stroke_role="line", stroke_width=0.034), + _line(0.5, 0.16, 0.86, 0.16, stroke_role="line", stroke_width=0.026), + _ellipse(0.76, 0.22, 0.14, 0.14, fill_role="accent_fill", stroke_role="accent", stroke_width=0.01), + ], + part_slots=[{"name": "ground", "x": 0.5, "y": 0.98}], + ), + "desk_lamp": _prototype( + "desk_lamp", + "scene_object", + [ + _ellipse(0.26, 0.82, 0.32, 0.12, fill_role="region_alt", stroke_role="line", stroke_width=0.018), + _line(0.42, 0.82, 0.44, 0.54, stroke_role="line", stroke_width=0.024), + _line(0.44, 0.54, 0.58, 0.36, stroke_role="line", stroke_width=0.022), + _polygon([[0.58, 0.34], [0.84, 0.26], [0.72, 0.52], [0.52, 0.46]], fill_role="fill", stroke_role="line", stroke_width=0.018), + _line(0.58, 0.36, 0.74, 0.58, stroke_role="accent", stroke_width=0.014), + ], + part_slots=[{"name": "base", "x": 0.42, "y": 0.88}], + ), + "table": _prototype( + "table", + "scene_object", + [ + _rect(0.1, 0.18, 0.8, 0.16, rx=0.04), + _line(0.2, 0.34, 0.2, 0.96, stroke_role="line", stroke_width=0.028), + _line(0.8, 0.34, 0.8, 0.96, stroke_role="line", stroke_width=0.028), + ], + part_slots=[{"name": "center", "x": 0.5, "y": 0.24}], + ), + "chair": _prototype( + "chair", + "scene_object", + [ + _rect(0.28, 0.12, 0.34, 0.2, rx=0.06), + _line(0.3, 0.32, 0.3, 0.96, stroke_role="line", stroke_width=0.024), + _line(0.62, 0.32, 0.62, 0.96, stroke_role="line", stroke_width=0.024), + _line(0.62, 0.14, 0.8, 0.02, stroke_role="line", stroke_width=0.022), + _line(0.8, 0.02, 0.8, 0.68, stroke_role="line", stroke_width=0.022), + ], + ), + "battery": _prototype( + "battery", + "schematic_symbol", + [ + _rect(0.14, 0.18, 0.62, 0.62, rx=0.08), + _rect(0.76, 0.36, 0.1, 0.26, rx=0.02), + _line(0.3, 0.5, 0.48, 0.5, stroke_role="accent", stroke_width=0.024), + _line(0.39, 0.41, 0.39, 0.59, stroke_role="accent", stroke_width=0.024), + _line(0.54, 0.5, 0.66, 0.5, stroke_role="accent", stroke_width=0.02), + ], + ), + "led": _prototype( + "led", + "schematic_symbol", + [ + _line(0.06, 0.5, 0.22, 0.5, stroke_role="line", stroke_width=0.022), + _polygon([[0.24, 0.2], [0.24, 0.8], [0.62, 0.5]]), + _line(0.68, 0.18, 0.68, 0.82, stroke_role="line", stroke_width=0.024), + _line(0.68, 0.5, 0.94, 0.5, stroke_role="line", stroke_width=0.022), + _line(0.66, 0.24, 0.86, 0.1, stroke_role="accent", stroke_width=0.016), + _line(0.62, 0.46, 0.86, 0.26, stroke_role="accent", stroke_width=0.016), + ], + ), + "resistor": _prototype( + "resistor", + "schematic_symbol", + [ + _line(0.04, 0.5, 0.18, 0.5, stroke_role="line", stroke_width=0.022), + _polyline([[0.18, 0.5], [0.28, 0.24], [0.4, 0.76], [0.52, 0.24], [0.64, 0.76], [0.76, 0.24], [0.86, 0.5]], stroke_role="line", stroke_width=0.024), + _line(0.86, 0.5, 0.98, 0.5, stroke_role="line", stroke_width=0.022), + ], + ), + "capacitor": _prototype( + "capacitor", + "schematic_symbol", + [ + _line(0.08, 0.5, 0.36, 0.5, stroke_role="line", stroke_width=0.022), + _line(0.42, 0.18, 0.42, 0.82, stroke_role="line", stroke_width=0.026), + _line(0.58, 0.18, 0.58, 0.82, stroke_role="line", stroke_width=0.026), + _line(0.64, 0.5, 0.92, 0.5, stroke_role="line", stroke_width=0.022), + ], + ), + "diode": _prototype( + "diode", + "schematic_symbol", + [ + _line(0.06, 0.5, 0.24, 0.5, stroke_role="line", stroke_width=0.022), + _polygon([[0.24, 0.2], [0.24, 0.8], [0.62, 0.5]]), + _line(0.68, 0.18, 0.68, 0.82, stroke_role="line", stroke_width=0.024), + _line(0.68, 0.5, 0.94, 0.5, stroke_role="line", stroke_width=0.022), + ], + ), + "board": _prototype( + "board", + "schematic_symbol", + [ + _rect(0.06, 0.08, 0.88, 0.84, rx=0.08), + _rect(0.16, 0.22, 0.2, 0.16, fill_role="none", stroke_role="accent", stroke_width=0.014, rx=0.03), + _rect(0.56, 0.2, 0.2, 0.3, fill_role="none", stroke_role="accent", stroke_width=0.014, rx=0.03), + _ellipse(0.18, 0.68, 0.05, 0.05, fill_role="accent_fill", stroke_role="accent", stroke_width=0.008), + _ellipse(0.3, 0.68, 0.05, 0.05, fill_role="accent_fill", stroke_role="accent", stroke_width=0.008), + _ellipse(0.42, 0.68, 0.05, 0.05, fill_role="accent_fill", stroke_role="accent", stroke_width=0.008), + ], + ), + "airplane": _prototype( + "airplane", + "scene_object", + [ + _line(0.12, 0.5, 0.92, 0.5, stroke_role="line", stroke_width=0.03), + _polygon([[0.3, 0.5], [0.54, 0.18], [0.6, 0.18], [0.5, 0.5]]), + _polygon([[0.42, 0.5], [0.58, 0.82], [0.64, 0.82], [0.56, 0.5]]), + _polygon([[0.76, 0.5], [0.9, 0.3], [0.9, 0.7]]), + ], + ), + "leaf": _prototype( + "leaf", + "process_motif", + [ + _ellipse(0.14, 0.18, 0.72, 0.64), + _line(0.22, 0.72, 0.8, 0.3, stroke_role="accent", stroke_width=0.018), + ], + ), + "raindrop": _prototype( + "raindrop", + "process_motif", + [ + _polygon([[0.5, 0.06], [0.8, 0.44], [0.74, 0.92], [0.26, 0.92], [0.2, 0.44]]), + ], + ), + "cell": _prototype( + "cell", + "process_motif", + [ + _ellipse(0.08, 0.16, 0.84, 0.68), + _ellipse(0.34, 0.34, 0.32, 0.24, fill_role="region_alt", stroke_role="accent", stroke_width=0.014), + _ellipse(0.46, 0.42, 0.08, 0.08, fill_role="accent_fill", stroke_role="accent", stroke_width=0.008), + ], + ), + "cycle": _prototype( + "cycle", + "process_motif", + [ + _ellipse(0.16, 0.18, 0.68, 0.68, fill_role="none", stroke_role="line", stroke_width=0.028), + _polygon([[0.62, 0.18], [0.88, 0.28], [0.7, 0.42]], fill_role="accent_fill", stroke_role="accent", stroke_width=0.01), + _polygon([[0.22, 0.82], [0.1, 0.58], [0.34, 0.64]], fill_role="accent_fill", stroke_role="accent", stroke_width=0.01), + ], + ), + "flow_node": _prototype( + "flow_node", + "process_motif", + [ + _rect(0.12, 0.2, 0.76, 0.52, rx=0.16, fill_role="fill", stroke_role="line"), + _line(0.24, 0.34, 0.76, 0.34, stroke_role="accent", stroke_width=0.018), + _line(0.24, 0.52, 0.62, 0.52, stroke_role="line", stroke_width=0.016), + _line(0.78, 0.46, 0.9, 0.46, stroke_role="accent", stroke_width=0.016), + ], + ), + "energy_wave": _prototype( + "energy_wave", + "process_motif", + [ + _polyline([[0.08, 0.68], [0.24, 0.48], [0.4, 0.62], [0.56, 0.34], [0.72, 0.48], [0.9, 0.2]], stroke_role="accent", stroke_width=0.032), + _polyline([[0.12, 0.84], [0.3, 0.68], [0.46, 0.82], [0.62, 0.56], [0.78, 0.68]], stroke_role="line", stroke_width=0.018), + ], + ), + "vapor": _prototype( + "vapor", + "process_motif", + [ + _polyline([[0.28, 0.92], [0.24, 0.72], [0.32, 0.54], [0.26, 0.34], [0.36, 0.16]], stroke_role="line", stroke_width=0.026), + _polyline([[0.48, 0.92], [0.44, 0.68], [0.54, 0.5], [0.46, 0.28], [0.58, 0.08]], stroke_role="line", stroke_width=0.026), + _polyline([[0.68, 0.92], [0.64, 0.72], [0.72, 0.56], [0.66, 0.36], [0.74, 0.18]], stroke_role="line", stroke_width=0.026), + ], + ), +} + + +FAMILY_FALLBACKS = { + "scene": "blob", + "process": "flow_node", + "schematic": "module", +} + + +TOKEN_FALLBACKS = { + "tower": ("塔", "楼", "高楼", "建筑", "烟囱", "柱"), + "cycle": ("循环", "周期", "回路", "轮回", "往复"), + "vapor": ("蒸发", "蒸汽", "水汽", "雾气", "气化"), + "energy_wave": ("能量", "热量", "热", "光照", "光", "辐射", "波", "传播"), + "flow_node": ("过程", "机制", "作用", "阶段", "步骤", "输入", "输出", "结果", "原因", "条件", "变化", "转化"), + "branch": ("分支", "发散", "传播", "分化", "树枝", "网络"), + "module": ("模块", "单元", "系统", "控制", "信号", "输入", "输出", "电源"), + "switch": ("开关", "按钮", "按键", "拨动", "切换"), + "capsule": ("囊泡", "胶囊", "包裹体"), + "blob": ("物体", "东西", "目标", "主体"), +} + + +def fallback_prototype_id(concept: str, scene_type: str = "scene") -> str: + text = str(concept or "").strip().lower() + for prototype_id, tokens in TOKEN_FALLBACKS.items(): + if any(token.lower() in text for token in tokens): + if scene_type == "schematic" and prototype_id in {"tower", "blob"}: + continue + if scene_type == "process" and prototype_id == "tower": + continue + return prototype_id + return FAMILY_FALLBACKS.get(scene_type, "blob") + + +def resolve_visual_prototype(asset_key: str, concept: str = "", scene_type: str = "scene") -> Dict[str, Any]: + prototype_id = asset_key if asset_key in PROTOTYPE_LIBRARY else fallback_prototype_id(concept, scene_type) + resolved = _copy(PROTOTYPE_LIBRARY.get(prototype_id, PROTOTYPE_LIBRARY[FAMILY_FALLBACKS.get(scene_type, "blob")])) + resolved["prototype_id"] = prototype_id + return resolved diff --git a/runtime/memory-api/core/visual_query_parser.py b/runtime/memory-api/core/visual_query_parser.py new file mode 100644 index 0000000..919da77 --- /dev/null +++ b/runtime/memory-api/core/visual_query_parser.py @@ -0,0 +1,780 @@ +from __future__ import annotations + +import json +import re +from typing import Any, Dict, List + +from .semantic_scene_v2 import pick_asset_key + + +VISUAL_QUERY_HINTS = [ + "生成", + "画", + "图", + "画面", + "场景", + "草图", + "渲染", + "构图", + "近景", + "远景", + "海报", + "插画", + "示意图", + "简笔", + "预演", +] + +META_CONCEPT_HINTS = { + "用户输入", + "含义", + "解释", + "内容", + "问题", + "概念", + "机制", + "原理", + "场景", + "画面", + "草图", + "控制草图", + "示意图", + "构图", + "unknown", + "ngram", +} + +SCENE_TOKENS = { + "街道", + "街景", + "路边", + "草地", + "草坪", + "树", + "云", + "天空", + "太阳", + "房子", + "楼房", + "建筑", + "汽车", + "路灯", + "室内", + "房间", + "桌子", + "椅子", + "台灯", + "窗户", + "门", +} + +PROCESS_TOKENS = { + "过程", + "机制", + "形成", + "循环", + "蒸发", + "凝结", + "降雨", + "光合作用", + "吸收", + "产生能量", + "升力", +} + +SCHEMATIC_TOKENS = { + "电路", + "电池", + "电阻", + "电容", + "二极管", + "发光二极管", + "led", + "串联", + "并联", + "电流", + "电压", + "细胞", + "细胞核", + "细胞质", + "细胞膜", +} + +NON_OBJECT_TERMS = { + "控制草图", + "草图", + "画面", + "场景", + "图片", + "图像", + "示意图", + "简笔画", + "构图", + "问题", + "内容", + "原因", + "机制", + "原理", + "室内", + "房间", + "一个", + "过程图", + "电路图", + "基础构图", + "后续", + "空间", +} + +DETAIL_ASSETS = {"window", "door", "cloud", "sun", "generic_circle"} +UNKNOWN_ASSETS = {"blob", "capsule", "module", "generic_object", "generic_panel"} + +OBJECT_SPECS: List[Dict[str, Any]] = [ + {"concept": "狗", "aliases": ["柯基", "小狗", "狗", "犬"], "type": "animal", "role": "subject", "importance": 3.8}, + {"concept": "人", "aliases": ["人物", "行人", "人", "孩子", "学生"], "type": "role", "role": "subject", "importance": 3.4}, + {"concept": "楼房", "aliases": ["楼房", "高楼", "大楼", "楼体", "楼", "建筑"], "type": "building", "role": "subject", "importance": 3.6}, + {"concept": "房子", "aliases": ["房子", "房屋", "住宅", "小屋"], "type": "building", "role": "subject", "importance": 3.4}, + {"concept": "窗户", "aliases": ["窗户", "窗"], "type": "detail", "role": "detail", "importance": 2.3, "countable": True}, + {"concept": "门", "aliases": ["房门", "大门", "门"], "type": "detail", "role": "detail", "importance": 2.2}, + {"concept": "树", "aliases": ["树木", "树", "树叶"], "type": "environment", "role": "support", "importance": 2.8}, + {"concept": "云", "aliases": ["云朵", "云"], "type": "environment", "role": "effect", "importance": 2.7}, + {"concept": "太阳", "aliases": ["太阳", "阳光", "日光"], "type": "environment", "role": "effect", "importance": 2.8}, + {"concept": "汽车", "aliases": ["轿车", "汽车", "车"], "type": "vehicle", "role": "support", "importance": 3.0}, + {"concept": "路灯", "aliases": ["路灯", "街灯", "灯杆"], "type": "detail", "role": "detail", "importance": 2.4}, + {"concept": "桌子", "aliases": ["桌子", "餐桌", "桌"], "type": "indoor", "role": "subject", "importance": 3.2}, + {"concept": "椅子", "aliases": ["椅子", "座椅", "椅"], "type": "indoor", "role": "support", "importance": 2.8}, + {"concept": "台灯", "aliases": ["台灯", "桌灯"], "type": "indoor", "role": "detail", "importance": 2.6}, + {"concept": "室内", "aliases": ["室内", "房间"], "type": "environment", "role": "environment", "importance": 1.7}, + {"concept": "街道", "aliases": ["街道", "街景", "道路", "公路", "路面"], "type": "environment", "role": "environment", "importance": 1.9}, + {"concept": "地面", "aliases": ["地面", "地上"], "type": "environment", "role": "environment", "importance": 1.4}, + {"concept": "大气", "aliases": ["大气", "空气"], "type": "environment", "role": "environment", "importance": 1.5}, + {"concept": "草地", "aliases": ["草地", "草坪"], "type": "environment", "role": "environment", "importance": 2.1}, + {"concept": "植物", "aliases": ["植物"], "type": "life", "role": "subject", "importance": 3.0}, + {"concept": "叶片", "aliases": ["叶片", "叶子", "树叶", "叶"], "type": "life", "role": "support", "importance": 2.6}, + {"concept": "蒸发", "aliases": ["蒸发"], "type": "process", "role": "stage", "importance": 3.0}, + {"concept": "凝结", "aliases": ["凝结"], "type": "process", "role": "stage", "importance": 3.0}, + {"concept": "降雨", "aliases": ["降雨", "下雨", "降水"], "type": "process", "role": "stage", "importance": 3.1}, + {"concept": "雨滴", "aliases": ["雨滴", "水滴"], "type": "process", "role": "stage", "importance": 2.8}, + {"concept": "光合作用", "aliases": ["光合作用"], "type": "process", "role": "stage", "importance": 3.1}, + {"concept": "电池", "aliases": ["电池", "电源"], "type": "schematic", "role": "component", "importance": 3.0}, + {"concept": "电阻", "aliases": ["限流电阻", "电阻"], "type": "schematic", "role": "component", "importance": 3.0}, + {"concept": "LED", "aliases": ["发光二极管", "LED", "led"], "type": "schematic", "role": "component", "importance": 3.0}, + {"concept": "电容", "aliases": ["电容"], "type": "schematic", "role": "component", "importance": 2.6}, + {"concept": "二极管", "aliases": ["二极管"], "type": "schematic", "role": "component", "importance": 2.6}, + {"concept": "电路板", "aliases": ["电路板", "开发板", "主板"], "type": "schematic", "role": "environment", "importance": 2.0}, + {"concept": "细胞", "aliases": ["细胞"], "type": "structure", "role": "subject", "importance": 3.4}, + {"concept": "细胞核", "aliases": ["细胞核"], "type": "structure", "role": "detail", "importance": 2.8}, + {"concept": "细胞质", "aliases": ["细胞质"], "type": "structure", "role": "support", "importance": 2.8}, + {"concept": "细胞膜", "aliases": ["细胞膜"], "type": "structure", "role": "detail", "importance": 2.7}, + {"concept": "氧气", "aliases": ["氧气"], "type": "process", "role": "support", "importance": 2.6}, + {"concept": "能量", "aliases": ["能量"], "type": "process", "role": "support", "importance": 2.6}, + {"concept": "消化", "aliases": ["消化", "消化吸收"], "type": "process", "role": "stage", "importance": 2.7}, + {"concept": "血液", "aliases": ["血液", "血"], "type": "process", "role": "support", "importance": 2.7}, + {"concept": "水", "aliases": ["水"], "type": "process", "role": "support", "importance": 2.6}, +] + +RELATION_HINTS = [ + (("串联", "series"), "串联"), + (("并联", "parallel"), "并联"), + (("光照", "照射", "照到", "照向", "射向"), "照射"), + (("附着", "装在", "贴在", "挂在"), "附着"), + (("放在", "摆在", "置于"), "放在"), + (("邻近", "旁边", "靠近", "周边"), "邻近"), + (("进入", "吸收", "输送"), "进入"), + (("连接", "接到", "导通"), "连接"), + (("导致", "引发", "形成", "产生", "转化", "变成"), "导致"), + (("位于", "在里面", "内部", "包含"), "位于"), +] + +COUNT_PATTERNS = [ + (re.compile(r"(两|二|2)(?:个|扇|辆|盏|朵|栋)?"), 2), + (re.compile(r"(三|3)(?:个|扇|辆|盏|朵|栋)?"), 3), +] + + +def _clean_text(value: Any) -> str: + return str(value or "").strip() + + +def _safe_json(value: Any) -> str: + try: + return json.dumps(value or {}, ensure_ascii=False) + except Exception: + return "" + + +def _normalize_text(value: Any) -> str: + text = _clean_text(value).lower() + return re.sub(r"\s+", "", text) + + +def is_meta_concept(text: Any) -> bool: + cleaned = _clean_text(text) + lowered = _normalize_text(cleaned) + if not cleaned: + return True + if cleaned in META_CONCEPT_HINTS or lowered in META_CONCEPT_HINTS: + return True + return any(token in cleaned for token in ("用户输入", "含义", "问题", "机制", "原理")) + + +def is_visual_query(query: str) -> bool: + text = _clean_text(query) + if not text: + return False + lowered = text.lower() + if any(token.lower() in lowered for token in VISUAL_QUERY_HINTS): + return True + has_domain_tokens = any(token in text for token in SCENE_TOKENS | PROCESS_TOKENS | SCHEMATIC_TOKENS) + has_visual_intent = any(token in text for token in ("图", "画", "草图", "示意", "构图", "渲染", "预演")) + return has_domain_tokens and has_visual_intent + + +def normalize_relation_label(label: Any) -> str: + text = _normalize_text(label) + if not text: + return "" + for tokens, canonical in RELATION_HINTS: + if any(token in text for token in tokens): + return canonical + return _clean_text(label) + + +def _canonicalize_concept(name: str) -> str: + text = _clean_text(name) + lowered = text.lower() + for spec in OBJECT_SPECS: + for alias in spec["aliases"]: + alias_lower = alias.lower() + if alias_lower and alias_lower in lowered: + return spec["concept"] + return text + + +def _spec_for_concept(name: str) -> Dict[str, Any] | None: + concept = _canonicalize_concept(name) + for spec in OBJECT_SPECS: + if spec["concept"] == concept: + return spec + return None + + +def _infer_scene_type( + query: str, + understanding_result: Dict[str, Any] | None, + extraction_result: Dict[str, Any] | None, + answer_bundle: Dict[str, Any] | None, +) -> str: + query_text = _clean_text(query).lower() + if any(token.lower() in query_text for token in SCHEMATIC_TOKENS): + return "schematic" + if any(token.lower() in query_text for token in PROCESS_TOKENS): + return "process" + if any(token in _clean_text(query) for token in SCENE_TOKENS): + return "scene" + + context_terms: List[str] = [] + for item in (understanding_result or {}).get("concepts", []) or []: + if isinstance(item, dict): + context_terms.append(_clean_text(item.get("concept"))) + for item in (extraction_result or {}).get("concepts", []) or []: + if isinstance(item, dict): + context_terms.append(_clean_text(item.get("concept"))) + for item in (answer_bundle or {}).get("core_concepts", []) or []: + context_terms.append(_clean_text(item)) + haystack = " ".join(term for term in context_terms if term).lower() + if any(token.lower() in haystack for token in SCHEMATIC_TOKENS): + return "schematic" + if any(token.lower() in haystack for token in PROCESS_TOKENS): + return "process" + return "scene" + + +def _count_for_alias(query: str, alias: str, default: int = 1) -> int: + if not alias or alias not in query: + return 0 + prefix = query[: query.index(alias)] + tail = prefix[-6:] + for pattern, value in COUNT_PATTERNS: + if pattern.search(tail): + return value + return default + + +def _object_role(spec: Dict[str, Any] | None, scene_type: str) -> str: + if not spec: + return "support" + role = str(spec.get("role", "support")) + if scene_type == "process" and role not in {"stage", "support"}: + return "stage" if spec.get("type") == "process" else "support" + if scene_type == "schematic": + return "component" if role != "environment" else "environment" + return role + + +def _append_object( + objects: List[Dict[str, Any]], + object_index: Dict[str, Dict[str, Any]], + *, + concept: str, + scene_type: str, + source: str, + importance: float = 1.0, + count: int = 1, + position: int = 9999, +) -> None: + base_concept = _canonicalize_concept(concept) + if not base_concept or base_concept in NON_OBJECT_TERMS or is_meta_concept(base_concept): + return + spec = _spec_for_concept(base_concept) + role = _object_role(spec, scene_type) + total = max(1, int(count)) + for index in range(total): + concept_name = base_concept if total == 1 else f"{base_concept}{index + 1}" + item = object_index.get(concept_name) + if item: + item["importance"] = max(float(item.get("importance", 1.0) or 1.0), float(importance)) + item["position"] = min(int(item.get("position", 9999) or 9999), int(position)) + if source not in item["sources"]: + item["sources"].append(source) + continue + asset_key = pick_asset_key(base_concept, scene_type) + record = { + "concept": concept_name, + "base_concept": base_concept, + "type": spec.get("type", "general") if spec else "general", + "role": role, + "asset_key": asset_key, + "importance": float(importance), + "position": int(position), + "sources": [source], + } + object_index[concept_name] = record + objects.append(record) + + +def _extract_query_objects(query: str, scene_type: str) -> List[Dict[str, Any]]: + objects: List[Dict[str, Any]] = [] + object_index: Dict[str, Dict[str, Any]] = {} + query_text = _clean_text(query) + lowered = query_text.lower() + for spec in OBJECT_SPECS: + positions = [] + count = 0 + for alias in spec["aliases"]: + alias_text = _clean_text(alias) + idx = lowered.find(alias_text.lower()) + if idx >= 0: + positions.append(idx) + count = max(count, _count_for_alias(query_text, alias_text, 1)) + if not positions: + continue + _append_object( + objects, + object_index, + concept=spec["concept"], + scene_type=scene_type, + source="query", + importance=float(spec.get("importance", 1.0) or 1.0), + count=count or 1, + position=min(positions), + ) + objects.sort(key=lambda item: (int(item.get("position", 9999)), -float(item.get("importance", 0.0)))) + return objects + + +def _iter_context_concepts( + understanding_result: Dict[str, Any] | None, + extraction_result: Dict[str, Any] | None, + answer_bundle: Dict[str, Any] | None, +) -> List[str]: + names: List[str] = [] + for item in (understanding_result or {}).get("concepts", []) or []: + names.append(_clean_text(item.get("concept"))) + for item in (extraction_result or {}).get("concepts", []) or []: + names.append(_clean_text(item.get("concept"))) + for item in (answer_bundle or {}).get("core_concepts", []) or []: + names.append(_clean_text(item)) + for rel in (answer_bundle or {}).get("primary_chain", []) or []: + names.extend([_clean_text(rel.get("from")), _clean_text(rel.get("to"))]) + for rel in (answer_bundle or {}).get("supporting_relations", []) or []: + names.extend([_clean_text(rel.get("from")), _clean_text(rel.get("to"))]) + return [name for name in names if name] + + +def _augment_context_objects( + objects: List[Dict[str, Any]], + scene_type: str, + understanding_result: Dict[str, Any] | None, + extraction_result: Dict[str, Any] | None, + answer_bundle: Dict[str, Any] | None, +) -> List[Dict[str, Any]]: + object_index = {item["concept"]: item for item in objects} + for position, name in enumerate(_iter_context_concepts(understanding_result, extraction_result, answer_bundle), start=500): + if is_meta_concept(name): + continue + canonical = _canonicalize_concept(name) + if canonical in NON_OBJECT_TERMS: + continue + if any(token in canonical for token in ("画一个", "保留", "包括", "控制草图", "基础构图")): + continue + importance = 1.1 + spec = _spec_for_concept(canonical) + if spec is None: + continue + if spec: + importance = max(importance, float(spec.get("importance", 1.0) or 1.0) * 0.8) + _append_object( + objects, + object_index, + concept=canonical, + scene_type=scene_type, + source="context", + importance=importance, + position=position, + ) + objects.sort(key=lambda item: (int(item.get("position", 9999)), -float(item.get("importance", 0.0)))) + return objects + + +def _find_host(objects: List[Dict[str, Any]], *base_concepts: str) -> str | None: + base_set = set(base_concepts) + for item in objects: + if item.get("base_concept") in base_set: + return item["concept"] + return None + + +def _map_object_name(name: str, objects: List[Dict[str, Any]]) -> str: + target = _canonicalize_concept(name) + for item in objects: + if item.get("base_concept") == target or item.get("concept") == target: + return str(item["concept"]) + return target + + +def _add_relation(relations: List[Dict[str, Any]], seen: set[tuple[str, str, str]], src: str, dst: str, label: str, source: str, weight: float = 0.72) -> None: + relation = normalize_relation_label(label) + if not src or not dst or not relation or src == dst: + return + key = (src, dst, relation) + if key in seen: + return + seen.add(key) + relations.append({"from": src, "to": dst, "relation": relation, "weight": float(weight), "source": source}) + + +def _collect_context_relations( + objects: List[Dict[str, Any]], + understanding_result: Dict[str, Any] | None, + extraction_result: Dict[str, Any] | None, + answer_bundle: Dict[str, Any] | None, +) -> List[Dict[str, Any]]: + relations: List[Dict[str, Any]] = [] + seen: set[tuple[str, str, str]] = set() + object_names = {item["concept"] for item in objects} + for group_name, group in ( + ("understanding", (understanding_result or {}).get("relations", []) or []), + ("extraction", (extraction_result or {}).get("relations", []) or []), + ("answer_primary", (answer_bundle or {}).get("primary_chain", []) or []), + ("answer_support", (answer_bundle or {}).get("supporting_relations", []) or []), + ): + for relation in group: + src = _map_object_name(_clean_text(relation.get("from")), objects) + dst = _map_object_name(_clean_text(relation.get("to")), objects) + label = normalize_relation_label(relation.get("relation")) + if src not in object_names or dst not in object_names: + continue + _add_relation(relations, seen, src, dst, label, group_name, float(relation.get("weight", 0.65) or 0.65)) + return relations + + +def _apply_rule_relations(query: str, scene_type: str, objects: List[Dict[str, Any]], relations: List[Dict[str, Any]]) -> List[Dict[str, Any]]: + text = _clean_text(query) + seen = {(item["from"], item["to"], item["relation"]) for item in relations} + building = _find_host(objects, "楼房", "房子") + cell = _find_host(objects, "细胞") + table = _find_host(objects, "桌子") + road = _find_host(objects, "街道") + plant = _find_host(objects, "植物", "叶片") + + for item in objects: + base = item.get("base_concept") + if base == "窗户" and building: + _add_relation(relations, seen, item["concept"], building, "附着", "rule_attachment", 0.82) + elif base == "门" and building: + _add_relation(relations, seen, item["concept"], building, "附着", "rule_attachment", 0.82) + elif base == "椅子" and table: + _add_relation(relations, seen, item["concept"], table, "邻近", "rule_attachment", 0.78) + elif base == "台灯" and table: + _add_relation(relations, seen, item["concept"], table, "放在", "rule_attachment", 0.8) + elif base == "汽车" and road: + _add_relation(relations, seen, item["concept"], road, "位于", "rule_layout", 0.76) + elif base == "路灯" and road: + _add_relation(relations, seen, item["concept"], road, "位于", "rule_layout", 0.74) + elif base in {"细胞核", "细胞质"} and cell: + _add_relation(relations, seen, item["concept"], cell, "位于", "rule_structure", 0.8) + elif base == "细胞膜" and cell: + _add_relation(relations, seen, item["concept"], cell, "附着", "rule_structure", 0.8) + + if scene_type == "process": + evaporation = _find_host(objects, "蒸发") + condensation = _find_host(objects, "凝结") + rainfall = _find_host(objects, "降雨", "雨滴") + if evaporation and condensation: + _add_relation(relations, seen, evaporation, condensation, "导致", "rule_process", 0.84) + if condensation and rainfall: + _add_relation(relations, seen, condensation, rainfall, "导致", "rule_process", 0.84) + sun = _find_host(objects, "太阳") + if sun and plant: + _add_relation(relations, seen, sun, plant, "照射", "rule_process", 0.84) + photosynthesis = _find_host(objects, "光合作用") + if plant and photosynthesis: + _add_relation(relations, seen, plant, photosynthesis, "导致", "rule_process", 0.78) + + if scene_type == "schematic": + battery = _find_host(objects, "电池") + resistor = _find_host(objects, "电阻") + led = _find_host(objects, "LED") + if battery and resistor: + _add_relation(relations, seen, battery, resistor, "串联", "rule_schematic", 0.88) + if resistor and led: + _add_relation(relations, seen, resistor, led, "串联", "rule_schematic", 0.88) + + if "上" in text and table and _find_host(objects, "台灯"): + _add_relation(relations, seen, _find_host(objects, "台灯"), table, "放在", "rule_text", 0.8) + return relations + + +def _constraint(label: str, target: str = "", source: str = "query") -> Dict[str, Any]: + return {"label": label, "target": target, "source": source} + + +def _collect_constraints(query: str, objects: List[Dict[str, Any]]) -> List[Dict[str, Any]]: + text = _clean_text(query) + focus = objects[0]["concept"] if objects else "" + constraints: List[Dict[str, Any]] = [] + if "近景" in text or "前景" in text: + constraints.append(_constraint("foreground", focus)) + if "远景" in text or "背景" in text: + constraints.append(_constraint("background", focus)) + if "左" in text: + constraints.append(_constraint("left", focus)) + if "右" in text: + constraints.append(_constraint("right", focus)) + if "上方" in text or "顶部" in text: + constraints.append(_constraint("top", focus)) + if "下方" in text or "底部" in text: + constraints.append(_constraint("bottom", focus)) + if "居中" in text or "中心" in text: + constraints.append(_constraint("center", focus)) + return constraints + + +def _infer_focus( + objects: List[Dict[str, Any]], + scene_type: str, + understanding_result: Dict[str, Any] | None, + answer_bundle: Dict[str, Any] | None, +) -> str: + preferred = [_clean_text((answer_bundle or {}).get("focus_concept")), _clean_text((understanding_result or {}).get("focus_concept"))] + object_names = {item["concept"] for item in objects} + for item in preferred: + mapped = _map_object_name(item, objects) + if mapped in object_names: + selected = next((obj for obj in objects if obj.get("concept") == mapped), None) + role = str((selected or {}).get("role", "")) + if scene_type == "process" and role != "stage": + continue + if scene_type == "schematic" and role != "component": + continue + if scene_type == "scene" and role == "detail": + continue + return mapped + ranked = sorted( + objects, + key=lambda item: ( + 1 if item.get("role") in {"subject", "stage", "component"} else 0, + float(item.get("importance", 0.0)), + -int(item.get("position", 9999)), + ), + reverse=True, + ) + for item in ranked: + if item.get("asset_key") not in DETAIL_ASSETS: + return item["concept"] + return ranked[0]["concept"] if ranked else "" + + +def parse_visual_query( + query: str, + understanding_result: Dict[str, Any] | None = None, + extraction_result: Dict[str, Any] | None = None, + answer_bundle: Dict[str, Any] | None = None, +) -> Dict[str, Any] | None: + query_text = _clean_text(query) + if not is_visual_query(query_text): + return None + scene_type = _infer_scene_type(query_text, understanding_result, extraction_result, answer_bundle) + objects = _extract_query_objects(query_text, scene_type) + objects = _augment_context_objects(objects, scene_type, understanding_result, extraction_result, answer_bundle) + if not objects: + return None + relations = _collect_context_relations(objects, understanding_result, extraction_result, answer_bundle) + relations = _apply_rule_relations(query_text, scene_type, objects, relations) + constraints = _collect_constraints(query_text, objects) + focus_concept = _infer_focus(objects, scene_type, understanding_result, answer_bundle) + unknown_assets = set(UNKNOWN_ASSETS) + if scene_type == "process": + unknown_assets.discard("capsule") + unknown_object_count = sum(1 for item in objects if str(item.get("asset_key", "")) in unknown_assets) + focus_item = next((item for item in objects if item["concept"] == focus_concept), None) + unknown_primary_object = bool(focus_item and str(focus_item.get("asset_key", "")) in unknown_assets) + fallback_reason = "" + if unknown_primary_object: + fallback_reason = "focus_object_fell_back_to_generic" + elif unknown_object_count: + fallback_reason = "some_objects_require_generic_fallback" + elif not relations: + fallback_reason = "objects_found_without_explicit_relations" + return { + "scene_type": scene_type, + "focus_concept": focus_concept, + "objects": objects, + "relations": relations, + "constraints": constraints, + "best_path_concepts": [item["concept"] for item in objects], + "object_base_concepts": [item.get("base_concept", item["concept"]) for item in objects], + "parse_source": "visual_query_parser", + "fallback_reason": fallback_reason, + "unknown_object_count": int(unknown_object_count), + "unknown_primary_object": unknown_primary_object, + } + + +def build_visual_extraction(parsed: Dict[str, Any] | None) -> Dict[str, Any] | None: + if not parsed: + return None + concepts = [ + { + "concept": item.get("concept"), + "type": item.get("type", "general"), + "importance": float(item.get("importance", 1.0) or 1.0), + "source": "visual_query_parser", + } + for item in parsed.get("objects", []) or [] + ] + return { + "concepts": concepts, + "relations": list(parsed.get("relations", []) or []), + "contexts": { + "scene_type": parsed.get("scene_type"), + "constraints": parsed.get("constraints", []), + "parse_source": parsed.get("parse_source"), + "fallback_reason": parsed.get("fallback_reason"), + }, + } + + +def build_visual_understanding(parsed: Dict[str, Any] | None, base: Dict[str, Any] | None = None) -> Dict[str, Any] | None: + if not parsed: + return base + merged = dict(base or {}) + visual_extraction = build_visual_extraction(parsed) or {"concepts": [], "relations": []} + merged.setdefault("intent", "visual_composition") + merged["normalized_query"] = merged.get("normalized_query") or "" + merged["focus_concept"] = parsed.get("focus_concept") or merged.get("focus_concept") + merged["confidence"] = max(float(merged.get("confidence", 0.0) or 0.0), 0.66) + merged["concepts"] = (merged.get("concepts") or []) or visual_extraction["concepts"] + merged["relations"] = (merged.get("relations") or []) or list(parsed.get("relations", []) or []) + merged["constraints"] = list(merged.get("constraints") or []) + [str(item.get("label")) for item in parsed.get("constraints", []) or [] if str(item.get("label", "")).strip()] + return merged + + +def build_visual_answer_bundle(parsed: Dict[str, Any] | None, base: Dict[str, Any] | None = None) -> Dict[str, Any] | None: + if not parsed: + return base + merged = dict(base or {}) + relations = list(parsed.get("relations", []) or []) + merged["focus_concept"] = parsed.get("focus_concept") or merged.get("focus_concept") + merged["answer_source"] = merged.get("answer_source") or "seeded_relations" + merged["core_concepts"] = list(dict.fromkeys(list(merged.get("core_concepts") or []) + list(parsed.get("best_path_concepts") or [])))[:12] + if not merged.get("primary_chain"): + merged["primary_chain"] = relations[:4] + merged["supporting_relations"] = list(merged.get("supporting_relations") or []) + seen = { + (_clean_text(item.get("from")), _clean_text(item.get("to")), normalize_relation_label(item.get("relation"))) + for item in merged["supporting_relations"] + } + for relation in relations: + key = (_clean_text(relation.get("from")), _clean_text(relation.get("to")), normalize_relation_label(relation.get("relation"))) + if key in seen: + continue + seen.add(key) + merged["supporting_relations"].append(relation) + merged["constraints"] = list(dict.fromkeys(list(merged.get("constraints") or []) + [item.get("label") for item in parsed.get("constraints", []) or [] if item.get("label")])) + merged["confidence"] = max(float(merged.get("confidence", 0.0) or 0.0), 0.58) + merged["has_forward_path"] = bool(merged.get("has_forward_path", False)) + merged["has_boundary_path"] = bool(merged.get("has_boundary_path", False)) + merged["has_reverse_path"] = bool(merged.get("has_reverse_path", False)) + return merged + + +def build_visual_scene_context( + query: str, + understanding_result: Dict[str, Any] | None = None, + extraction_result: Dict[str, Any] | None = None, + answer_bundle: Dict[str, Any] | None = None, + best_path_concepts: List[str] | None = None, +) -> Dict[str, Any] | None: + parsed = parse_visual_query(query, understanding_result, extraction_result, answer_bundle) + if not parsed: + return None + visual_extraction = build_visual_extraction(parsed) or {"concepts": [], "relations": [], "contexts": {}} + merged_understanding = build_visual_understanding(parsed, understanding_result) + merged_extraction = dict(extraction_result or {}) + + existing_concepts = [ + _clean_text(item.get("concept")) + for item in (merged_extraction.get("concepts") or []) + if isinstance(item, dict) and _clean_text(item.get("concept")) + ] + existing_relations = merged_extraction.get("relations") or [] + if not existing_concepts or all(is_meta_concept(name) for name in existing_concepts): + merged_extraction["concepts"] = visual_extraction["concepts"] + else: + seen_concepts = set(existing_concepts) + for item in visual_extraction["concepts"]: + name = _clean_text(item.get("concept")) + if name and name not in seen_concepts: + seen_concepts.add(name) + merged_extraction.setdefault("concepts", []).append(item) + if not existing_relations: + merged_extraction["relations"] = visual_extraction["relations"] + else: + seen_relations = { + (_clean_text(item.get("from")), _clean_text(item.get("to")), normalize_relation_label(item.get("relation"))) + for item in existing_relations + if isinstance(item, dict) + } + for relation in visual_extraction["relations"]: + key = (_clean_text(relation.get("from")), _clean_text(relation.get("to")), normalize_relation_label(relation.get("relation"))) + if key in seen_relations: + continue + seen_relations.add(key) + merged_extraction.setdefault("relations", []).append(relation) + merged_extraction["contexts"] = {**(merged_extraction.get("contexts") or {}), **(visual_extraction.get("contexts") or {})} + + merged_answer_bundle = build_visual_answer_bundle(parsed, answer_bundle) + path_concepts = list(best_path_concepts or []) + if not path_concepts or all(is_meta_concept(item) for item in path_concepts): + path_concepts = list(parsed.get("best_path_concepts") or []) + + return { + "query": _clean_text(query), + "understanding_result": merged_understanding, + "extraction_result": merged_extraction, + "answer_bundle": merged_answer_bundle, + "best_path_concepts": path_concepts, + "start_concept": merged_answer_bundle.get("focus_concept") if isinstance(merged_answer_bundle, dict) else parsed.get("focus_concept"), + "visual_parse": parsed, + } diff --git a/runtime/memory-api/core/whole_scene_sketch_generator.py b/runtime/memory-api/core/whole_scene_sketch_generator.py new file mode 100644 index 0000000..9c304e7 --- /dev/null +++ b/runtime/memory-api/core/whole_scene_sketch_generator.py @@ -0,0 +1,771 @@ +from __future__ import annotations + +import json +from typing import Any, Dict, List, Tuple + +import numpy as np +from PIL import Image, ImageDraw + +from .scene_harmonizer import SceneSketchHarmonizerRuntime + + +def _copy(value: Any) -> Any: + return json.loads(json.dumps(value, ensure_ascii=False)) + + +DISPLAY_LABELS = { + "building": "Building", + "house": "House", + "window": "Window", + "door": "Door", + "tree": "Tree", + "cloud": "Cloud", + "sun": "Sun", + "person": "Person", + "car": "Car", + "street_lamp": "Lamp", + "table": "Table", + "chair": "Chair", + "dog": "Dog", + "desk_lamp": "Desk lamp", + "road": "Road", +} + +REGION_LABELS = { + "roofline": "Roof", + "window_row": "Windows", + "door_zone": "Door", + "facade": "Facade", + "head": "Head", + "face": "Face", + "beard": "Beard", + "torso": "Torso", + "legs": "Legs", + "canopy": "Canopy", + "trunk": "Trunk", + "body": "Body", + "windshield": "Windshield", + "wheel_front": "Front wheel", + "wheel_rear": "Rear wheel", + "front_wheel": "Front wheel", + "rear_wheel": "Rear wheel", + "cabin": "Cabin", + "body": "Body", + "lamp_head": "Lamp head", + "pole": "Pole", + "light_cone": "Light cone", +} + + +class WholeSceneSketchGenerator: + """Render a full-scene clean-line sketch and emit synchronized annotations.""" + + def __init__(self, renderer: Any): + self.renderer = renderer + self.harmonizer_runtime = SceneSketchHarmonizerRuntime() + + def render_scene( + self, + scene_spec: Dict[str, Any], + palette: Dict[str, Tuple[int, int, int]], + title: str, + *, + annotated: bool = False, + show_regions: bool = False, + include_title: bool = False, + view_mode: str = "structure", + ) -> Tuple[Image.Image, Dict[str, Any]]: + scene = _copy(scene_spec) + layout_options = scene.get("layout_options", {}) if isinstance(scene.get("layout_options"), dict) else {} + canvas_size = ( + int(scene.get("canvas_size", {}).get("width", 1024)), + int(scene.get("canvas_size", {}).get("height", 768)), + ) + generator_style = str(layout_options.get("generator_style") or "clean_line") + image = Image.new("RGBA", canvas_size, (*palette["background"], 255)) + draw = ImageDraw.Draw(image) + + if view_mode != "rich_preview": + self._draw_scene_skeleton(draw, scene, palette) + self._draw_background_layers(draw, scene, palette, view_mode=view_mode) + if view_mode != "rich_preview": + self._draw_connectors(draw, scene, palette) + self._draw_objects(draw, scene, palette, generator_style=generator_style, view_mode=view_mode) + + refined = self.harmonizer_runtime.harmonize( + base_image=image.convert("RGB"), + condition_maps=self._build_condition_maps(scene), + ) + if refined is not None: + image = refined.convert("RGBA") + draw = ImageDraw.Draw(image) + + annotation_bundle = self.build_annotation_bundle( + scene, + generator_style=generator_style, + title=title, + second_stage_status=self.harmonizer_runtime.status(), + ) + + if include_title and title: + draw.text((24, 20), self._safe_text(title), fill=palette["text"], font=self.renderer.font) + draw.text( + (24, 50), + f"{layout_options.get('scene_type', 'scene')} | {generator_style} | whole_scene_structural_v2 | {view_mode}", + fill=self.renderer._with_alpha(palette["text"], 0.8), + font=self.renderer.font, + ) + if annotated: + self._draw_annotation_overlay(draw, annotation_bundle, palette, show_regions=show_regions) + return image.convert("RGB"), annotation_bundle + + def build_annotation_bundle( + self, + scene_spec: Dict[str, Any], + *, + generator_style: str, + title: str, + second_stage_status: Dict[str, Any], + ) -> Dict[str, Any]: + scene = _copy(scene_spec) + layout_options = scene.get("layout_options", {}) if isinstance(scene.get("layout_options"), dict) else {} + canvas = scene.get("canvas_size", {}) if isinstance(scene.get("canvas_size"), dict) else {} + scene_type = str(layout_options.get("scene_type", "scene")) + objects = sorted(scene.get("object_instances", []) or [], key=lambda item: (item.get("z_index", 0), item.get("id", ""))) + background_layers = sorted(scene.get("background_layers", []) or [], key=lambda item: (item.get("z_index", 0), item.get("id", ""))) + connectors = [item for item in scene.get("connectors", []) or [] if item.get("visible", True)] + + object_annotations: List[Dict[str, Any]] = [] + region_annotations: List[Dict[str, Any]] = [] + for obj in objects: + object_annotations.append( + { + "object_id": str(obj.get("id", "")), + "concept": str(obj.get("concept", "")), + "display_label": self._display_label(obj), + "asset_key": str(obj.get("asset_key", "")), + "role": str(obj.get("role", "")), + "depth_band": str(obj.get("depth_band", "")), + "bbox": self._bbox_payload(self.renderer._scene_bbox(obj)), + "label_anchor": self._label_anchor_for_object(obj), + "editable": bool(obj.get("editable", True)), + "controls": self._edit_controls_for_object(obj), + "style_variant": generator_style, + "render_representation": str(obj.get("render_representation", "shape_recipe")), + "shape_variant_id": str(obj.get("shape_variant_id", "")), + "stroke_variant_id": str(obj.get("stroke_variant_id", "")), + "shape_recipe_source": str(obj.get("shape_recipe_source", "")), + "stroke_payload_source": str(obj.get("stroke_payload_source", "")), + "sketch_backend": str(obj.get("sketch_backend", "")), + "readability_rank": int(obj.get("readability_rank", 0) or 0), + } + ) + for region in obj.get("region_masks", []) or []: + if not isinstance(region, dict): + continue + region_box = self.renderer._region_box_for_object(obj, region) + region_annotations.append( + { + "object_id": str(obj.get("id", "")), + "region_id": str(region.get("id", "")), + "label": str(region.get("label", "") or region.get("id", "")), + "display_label": self._region_display_label(region), + "bbox": self._bbox_payload(region_box), + "shape": str(region.get("shape", "rect")), + "actions": list(region.get("actions") or []), + "label_anchor": {"x": int(region_box[2] + 12), "y": int(region_box[1] + 18)}, + } + ) + + connector_annotations: List[Dict[str, Any]] = [] + objects_by_id = {str(item.get("id", "")): item for item in objects} + for connector in connectors: + from_obj = objects_by_id.get(str(connector.get("from_id", ""))) + to_obj = objects_by_id.get(str(connector.get("to_id", ""))) + if not from_obj or not to_obj: + continue + start, end = self.renderer._connector_points_for_scene(from_obj, to_obj) + connector_annotations.append( + { + "connector_id": str(connector.get("id", "")), + "type": str(connector.get("type", "relation")), + "label": str(connector.get("label", "")), + "display_label": self._connector_display_label(connector), + "from_id": str(connector.get("from_id", "")), + "to_id": str(connector.get("to_id", "")), + "start": {"x": int(start[0]), "y": int(start[1])}, + "end": {"x": int(end[0]), "y": int(end[1])}, + "label_anchor": {"x": int((start[0] + end[0]) / 2), "y": int((start[1] + end[1]) / 2 - 18)}, + } + ) + + background_annotations = [ + { + "layer_id": str(layer.get("id", "")), + "type": str(layer.get("type", "panel")), + "label": str(layer.get("label", "")), + "display_label": self._layer_display_label(layer), + "bbox": self._bbox_payload(self.renderer._scene_bbox(layer)), + } + for layer in background_layers + ] + + return { + "version": 2, + "generator_id": "whole_scene_structural_v2", + "title": self._safe_text(title), + "scene_type": scene_type, + "sketch_style": generator_style, + "canvas_size": {"width": int(canvas.get("width", 1024)), "height": int(canvas.get("height", 768))}, + "quality_targets": { + "subject_coverage": "required", + "scene_layering": "required", + "editable_control": "required", + "line_cleanliness": "required", + "detail_readability": "required", + }, + "second_stage_generator": second_stage_status, + "layout_runtime": _copy(((scene.get("render_hints") or {}).get("layout_runtime") or {})), + "scene_markers": self._scene_markers(scene), + "background_annotations": background_annotations, + "object_annotations": object_annotations, + "region_annotations": region_annotations, + "connector_annotations": connector_annotations, + "edit_layers": { + "object_edit_count": sum(1 for item in object_annotations if item.get("editable")), + "region_edit_count": len(region_annotations), + "connector_edit_count": len(connector_annotations), + }, + "metrics": { + "background_count": len(background_annotations), + "object_count": len(object_annotations), + "region_count": len(region_annotations), + "connector_count": len(connector_annotations), + }, + } + + def _draw_scene_skeleton( + self, + draw: ImageDraw.ImageDraw, + scene: Dict[str, Any], + palette: Dict[str, Tuple[int, int, int]], + ) -> None: + scene_type = str((scene.get("layout_options", {}) or {}).get("scene_type", "scene")) + if scene_type != "scene": + return + width = int(scene.get("canvas_size", {}).get("width", 1024)) + height = int(scene.get("canvas_size", {}).get("height", 768)) + horizon_y = int(height * 0.56) + vanishing_x = int(width * 0.54) + guide = self.renderer._with_alpha(palette["guide"], 0.18) + draw.line([(0, horizon_y), (width, horizon_y)], fill=guide, width=1) + for offset in (-0.28, -0.1, 0.12, 0.28): + x = int(width * (0.5 + offset)) + draw.line([(x, height), (vanishing_x, horizon_y)], fill=guide, width=1) + + def _draw_background_layers( + self, + draw: ImageDraw.ImageDraw, + scene: Dict[str, Any], + palette: Dict[str, Tuple[int, int, int]], + *, + view_mode: str, + ) -> None: + for layer in sorted(scene.get("background_layers", []) or [], key=lambda item: item.get("z_index", 0)): + layer_type = str(layer.get("type", "panel")) + x0, y0, x1, y1 = self.renderer._scene_bbox(layer) + if layer_type == "sky": + if view_mode == "rich_preview": + draw.line([(0, y1), (x1, y1)], fill=self.renderer._with_alpha(palette["guide"], 0.08), width=1) + continue + draw.line([(0, y1), (x1, y1)], fill=self.renderer._with_alpha(palette["guide"], 0.18), width=1) + continue + if layer_type == "road": + top_y = int(y0 + (y1 - y0) * 0.12) + bottom_y = int(y1) + mid_x = int((x0 + x1) / 2) + road_poly = [(x0, bottom_y), (x0 + 50, top_y), (x1 - 50, top_y), (x1, bottom_y)] + if view_mode == "rich_preview": + draw.polygon(road_poly, fill=self.renderer._with_alpha(palette["region_alt"], 0.16)) + draw.line([road_poly[0], road_poly[1]], fill=self.renderer._with_alpha(palette["line"], 0.36), width=2) + draw.line([road_poly[2], road_poly[3]], fill=self.renderer._with_alpha(palette["line"], 0.36), width=2) + else: + draw.line(road_poly + [road_poly[0]], fill=self.renderer._with_alpha(palette["line"], 0.5), width=2) + self.renderer._draw_dashed_line( + draw, + (mid_x, top_y + 10), + (mid_x, bottom_y - 14), + palette["accent"], + width=2, + dash_length=16, + ) + continue + self.renderer._draw_scene_background_layer(draw, layer, palette, filled=view_mode == "rich_preview") + + def _draw_connectors( + self, + draw: ImageDraw.ImageDraw, + scene: Dict[str, Any], + palette: Dict[str, Tuple[int, int, int]], + ) -> None: + objects_by_id = {item["id"]: item for item in scene.get("object_instances", []) or [] if item.get("id")} + for connector in scene.get("connectors", []) or []: + if not connector.get("visible", True): + continue + from_obj = objects_by_id.get(str(connector.get("from_id", ""))) + to_obj = objects_by_id.get(str(connector.get("to_id", ""))) + if not from_obj or not to_obj: + continue + start, end = self.renderer._connector_points_for_scene(from_obj, to_obj) + if str(connector.get("type", "relation")) == "beam": + self._draw_light_beam(draw, start, end, palette) + continue + self.renderer._draw_scene_connector(draw, connector, objects_by_id, palette, show_labels=False) + + def _draw_objects( + self, + draw: ImageDraw.ImageDraw, + scene: Dict[str, Any], + palette: Dict[str, Tuple[int, int, int]], + *, + generator_style: str, + view_mode: str, + ) -> None: + for obj in sorted(scene.get("object_instances", []) or [], key=lambda item: item.get("z_index", 0)): + self._render_object(draw, obj, palette, generator_style=generator_style, view_mode=view_mode) + + def _render_object( + self, + draw: ImageDraw.ImageDraw, + obj: Dict[str, Any], + palette: Dict[str, Tuple[int, int, int]], + *, + generator_style: str, + view_mode: str, + ) -> None: + bbox = self.renderer._scene_bbox(obj) + asset_key = str(obj.get("asset_key", "") or obj.get("silhouette_key", "")).strip().lower() + if view_mode == "rich_preview": + rendered = False + if str(obj.get("render_representation") or "") == "stroke_native" or obj.get("stroke_payload"): + rendered = self.renderer._draw_stroke_payload( + draw, + bbox, + obj.get("stroke_payload") if isinstance(obj.get("stroke_payload"), list) else [], + palette, + style_variant=generator_style, + stroke_render_profile=obj.get("stroke_render_profile") if isinstance(obj.get("stroke_render_profile"), dict) else obj.get("stroke_style_profile"), + ) + if not rendered: + shape_recipe = obj.get("shape_recipe") if isinstance(obj.get("shape_recipe"), dict) else {} + rendered = self.renderer._draw_shape_recipe( + draw, + bbox, + shape_recipe, + palette, + filled=False, + style_variant=generator_style, + ) + if rendered: + return + if asset_key == "building": + self._draw_building(draw, bbox, palette) + return + if asset_key == "house": + self._draw_house(draw, bbox, palette) + return + if asset_key == "tree": + self._draw_tree(draw, bbox, palette) + return + if asset_key == "person": + self._draw_person(draw, bbox, palette) + return + if asset_key == "car": + self._draw_car(draw, bbox, palette) + return + if asset_key == "street_lamp": + self._draw_street_lamp(draw, bbox, palette) + return + if asset_key == "road": + self._draw_road(draw, bbox, palette) + return + if asset_key == "window": + self._draw_window(draw, bbox, palette) + return + if asset_key == "door": + self._draw_door(draw, bbox, palette) + return + rendered = False + if str(obj.get("render_representation") or "") == "stroke_native" or obj.get("stroke_payload"): + rendered = self.renderer._draw_stroke_payload( + draw, + bbox, + obj.get("stroke_payload") if isinstance(obj.get("stroke_payload"), list) else [], + palette, + style_variant=generator_style, + stroke_render_profile=obj.get("stroke_render_profile") if isinstance(obj.get("stroke_render_profile"), dict) else obj.get("stroke_style_profile"), + ) + if not rendered: + shape_recipe = obj.get("shape_recipe") if isinstance(obj.get("shape_recipe"), dict) else {} + rendered = self.renderer._draw_shape_recipe( + draw, + bbox, + shape_recipe, + palette, + filled=False, + style_variant=generator_style, + ) + if not rendered: + self.renderer._draw_asset_symbol(draw, bbox, asset_key or "generic_object", palette, filled=False) + + def _draw_annotation_overlay( + self, + draw: ImageDraw.ImageDraw, + annotation_bundle: Dict[str, Any], + palette: Dict[str, Tuple[int, int, int]], + *, + show_regions: bool, + ) -> None: + accent = palette["accent"] + text_color = palette["text"] + muted = self.renderer._with_alpha(palette["guide"], 0.86) + for marker in annotation_bundle.get("scene_markers", []) or []: + if marker.get("type") == "light_source": + draw.text( + (int(marker.get("x", 0)) + 10, int(marker.get("y", 0)) - 12), + str(marker.get("display_label", "Light")), + fill=accent, + font=self.renderer.font, + ) + + for item in annotation_bundle.get("object_annotations", []) or []: + bbox = item.get("bbox", {}) + anchor = item.get("label_anchor", {}) + center_x = int(bbox.get("x", 0) + bbox.get("width", 0) / 2) + center_y = int(bbox.get("y", 0) + bbox.get("height", 0) / 2) + label_x = int(anchor.get("x", center_x)) + label_y = int(anchor.get("y", center_y)) + draw.line([(center_x, center_y), (label_x, label_y)], fill=accent, width=2) + label = str(item.get("display_label", "Object")) + role = str(item.get("role", "")) + if role: + label = f"{label} [{role}]" + draw.text((label_x + 4, label_y - 10), label, fill=text_color, font=self.renderer.font) + + if show_regions: + label_budget: Dict[str, int] = {} + for region in annotation_bundle.get("region_annotations", []) or []: + bbox = region.get("bbox", {}) + box = ( + int(bbox.get("x", 0)), + int(bbox.get("y", 0)), + int(bbox.get("x", 0) + bbox.get("width", 0)), + int(bbox.get("y", 0) + bbox.get("height", 0)), + ) + self.renderer._draw_region_shape( + draw, + box, + region, + outline=self.renderer._with_alpha(accent, 0.68), + width=2, + dash_length=6, + ) + object_id = str(region.get("object_id", "")) + label_budget[object_id] = label_budget.get(object_id, 0) + 1 + if label_budget[object_id] > 2: + continue + anchor = region.get("label_anchor", {}) + label_x = int(anchor.get("x", box[2] + 12)) + label_y = int(anchor.get("y", box[1] + 18)) + draw.line([(box[2], int((box[1] + box[3]) / 2)), (label_x, label_y)], fill=accent, width=1) + actions = list(region.get("actions") or []) + action_text = f" [{' / '.join(actions[:2])}]" if actions else "" + draw.text( + (label_x + 4, label_y - 10), + f"{region.get('display_label', 'Region')}{action_text}", + fill=accent, + font=self.renderer.font, + ) + + for layer in annotation_bundle.get("background_annotations", []) or []: + bbox = layer.get("bbox", {}) + draw.text( + (int(bbox.get("x", 0)) + 8, int(bbox.get("y", 0)) + 8), + str(layer.get("display_label", "")), + fill=muted, + font=self.renderer.font, + ) + + def _draw_building(self, draw: ImageDraw.ImageDraw, bbox: Tuple[int, int, int, int], palette: Dict[str, Tuple[int, int, int]]) -> None: + x0, y0, x1, y1 = bbox + w = x1 - x0 + h = y1 - y0 + line = palette["line"] + accent = palette["accent"] + draw.rectangle([x0 + w * 0.12, y0 + h * 0.04, x1 - w * 0.08, y1], outline=line, width=3) + side = [(x1 - w * 0.08, y0 + h * 0.04), (x1, y0 + h * 0.1), (x1, y1 - h * 0.02), (x1 - w * 0.08, y1)] + draw.line(side + [side[0]], fill=self.renderer._with_alpha(line, 0.72), width=2) + rows, cols = 4, 3 + for row in range(rows): + for col in range(cols): + win_w = w * 0.12 + win_h = h * 0.1 + wx = x0 + w * (0.2 + col * 0.18) + wy = y0 + h * (0.14 + row * 0.16) + draw.rectangle([wx, wy, wx + win_w, wy + win_h], outline=accent, width=2) + self._draw_door(draw, (int(x0 + w * 0.44), int(y0 + h * 0.7), int(x0 + w * 0.62), y1), palette) + for offset in (0.18, 0.34, 0.5, 0.66): + y = int(y0 + h * offset) + draw.line([(x0 + w * 0.14, y), (x1 - w * 0.1, y)], fill=self.renderer._with_alpha(line, 0.22), width=1) + + def _draw_house(self, draw: ImageDraw.ImageDraw, bbox: Tuple[int, int, int, int], palette: Dict[str, Tuple[int, int, int]]) -> None: + x0, y0, x1, y1 = bbox + w = x1 - x0 + h = y1 - y0 + line = palette["line"] + roof = [(x0 + w * 0.5, y0), (x0 + w * 0.12, y0 + h * 0.28), (x1 - w * 0.12, y0 + h * 0.28)] + draw.line(roof + [roof[0]], fill=line, width=3) + draw.rectangle([x0 + w * 0.16, y0 + h * 0.28, x1 - w * 0.16, y1], outline=line, width=3) + self._draw_window(draw, (int(x0 + w * 0.26), int(y0 + h * 0.42), int(x0 + w * 0.4), int(y0 + h * 0.56)), palette) + self._draw_window(draw, (int(x0 + w * 0.6), int(y0 + h * 0.42), int(x0 + w * 0.74), int(y0 + h * 0.56)), palette) + self._draw_door(draw, (int(x0 + w * 0.42), int(y0 + h * 0.56), int(x0 + w * 0.58), y1), palette) + + def _draw_tree(self, draw: ImageDraw.ImageDraw, bbox: Tuple[int, int, int, int], palette: Dict[str, Tuple[int, int, int]]) -> None: + x0, y0, x1, y1 = bbox + w = x1 - x0 + h = y1 - y0 + line = palette["line"] + draw.line([(x0 + w * 0.5, y0 + h * 0.44), (x0 + w * 0.5, y1)], fill=line, width=4) + draw.line([(x0 + w * 0.5, y0 + h * 0.56), (x0 + w * 0.36, y0 + h * 0.78)], fill=line, width=2) + draw.line([(x0 + w * 0.5, y0 + h * 0.5), (x0 + w * 0.64, y0 + h * 0.74)], fill=line, width=2) + crowns = [ + [x0 + w * 0.2, y0 + h * 0.12, x0 + w * 0.54, y0 + h * 0.5], + [x0 + w * 0.42, y0 + h * 0.02, x0 + w * 0.82, y0 + h * 0.42], + [x0 + w * 0.58, y0 + h * 0.14, x0 + w * 0.92, y0 + h * 0.48], + ] + for crown in crowns: + draw.ellipse(crown, outline=line, width=3) + draw.line([(x0 + w * 0.28, y0 + h * 0.32), (x0 + w * 0.74, y0 + h * 0.26)], fill=self.renderer._with_alpha(line, 0.22), width=1) + + def _draw_person(self, draw: ImageDraw.ImageDraw, bbox: Tuple[int, int, int, int], palette: Dict[str, Tuple[int, int, int]]) -> None: + x0, y0, x1, y1 = bbox + w = x1 - x0 + h = y1 - y0 + line = palette["line"] + head_box = [x0 + w * 0.34, y0, x0 + w * 0.64, y0 + h * 0.24] + draw.ellipse(head_box, outline=line, width=3) + neck = (x0 + w * 0.49, y0 + h * 0.24) + chest = (x0 + w * 0.49, y0 + h * 0.48) + hip = (x0 + w * 0.5, y0 + h * 0.62) + draw.line([neck, chest, hip], fill=line, width=4) + draw.line([(x0 + w * 0.5, y0 + h * 0.32), (x0 + w * 0.3, y0 + h * 0.48)], fill=line, width=3) + draw.line([(x0 + w * 0.5, y0 + h * 0.32), (x0 + w * 0.68, y0 + h * 0.46)], fill=line, width=3) + draw.line([hip, (x0 + w * 0.34, y1)], fill=line, width=4) + draw.line([hip, (x0 + w * 0.68, y1)], fill=line, width=4) + draw.line([(x0 + w * 0.5, y0 + h * 0.4), (x0 + w * 0.44, y0 + h * 0.58)], fill=self.renderer._with_alpha(line, 0.3), width=1) + draw.line([(x0 + w * 0.5, y0 + h * 0.4), (x0 + w * 0.58, y0 + h * 0.58)], fill=self.renderer._with_alpha(line, 0.3), width=1) + + def _draw_car(self, draw: ImageDraw.ImageDraw, bbox: Tuple[int, int, int, int], palette: Dict[str, Tuple[int, int, int]]) -> None: + x0, y0, x1, y1 = bbox + w = x1 - x0 + h = y1 - y0 + line = palette["line"] + accent = palette["accent"] + body = [x0 + w * 0.08, y0 + h * 0.38, x1 - w * 0.08, y0 + h * 0.76] + draw.rounded_rectangle(body, radius=max(10, int(w * 0.08)), outline=line, width=3) + roof = [(x0 + w * 0.24, y0 + h * 0.38), (x0 + w * 0.38, y0 + h * 0.16), (x0 + w * 0.7, y0 + h * 0.16), (x0 + w * 0.84, y0 + h * 0.38)] + draw.line(roof + [roof[0]], fill=line, width=3) + draw.line([(x0 + w * 0.42, y0 + h * 0.2), (x0 + w * 0.34, y0 + h * 0.38)], fill=accent, width=2) + draw.line([(x0 + w * 0.56, y0 + h * 0.2), (x0 + w * 0.66, y0 + h * 0.38)], fill=accent, width=2) + wheel_r = max(6, int(min(w, h) * 0.12)) + self.renderer._draw_circle(draw, (x0 + w * 0.3, y0 + h * 0.78), wheel_r, outline=line, fill=None, width=3) + self.renderer._draw_circle(draw, (x0 + w * 0.72, y0 + h * 0.78), wheel_r, outline=line, fill=None, width=3) + + def _draw_street_lamp(self, draw: ImageDraw.ImageDraw, bbox: Tuple[int, int, int, int], palette: Dict[str, Tuple[int, int, int]]) -> None: + x0, y0, x1, y1 = bbox + w = x1 - x0 + h = y1 - y0 + line = palette["line"] + accent = palette["accent"] + pole_x = x0 + w * 0.48 + top_y = y0 + h * 0.18 + draw.line([(pole_x, y1), (pole_x, top_y)], fill=line, width=4) + draw.line([(pole_x, top_y), (x0 + w * 0.86, top_y)], fill=line, width=3) + lamp_box = [x0 + w * 0.72, y0 + h * 0.16, x0 + w * 0.92, y0 + h * 0.26] + draw.arc(lamp_box, start=180, end=360, fill=line, width=3) + draw.line([(x0 + w * 0.82, y0 + h * 0.26), (x0 + w * 0.74, y0 + h * 0.34)], fill=line, width=2) + for ratio in (0.0, -0.08, 0.08): + draw.line( + [(x0 + w * 0.82, y0 + h * 0.28), (x0 + w * (0.62 + ratio), y0 + h * 0.62)], + fill=self.renderer._with_alpha(accent, 0.5), + width=1, + ) + + def _draw_window(self, draw: ImageDraw.ImageDraw, bbox: Tuple[int, int, int, int], palette: Dict[str, Tuple[int, int, int]]) -> None: + x0, y0, x1, y1 = bbox + accent = palette["accent"] + draw.rectangle([x0, y0, x1, y1], outline=accent, width=2) + draw.line([((x0 + x1) / 2, y0), ((x0 + x1) / 2, y1)], fill=accent, width=1) + + def _draw_door(self, draw: ImageDraw.ImageDraw, bbox: Tuple[int, int, int, int], palette: Dict[str, Tuple[int, int, int]]) -> None: + x0, y0, x1, y1 = bbox + accent = palette["accent"] + draw.rectangle([x0, y0, x1, y1], outline=accent, width=2) + self.renderer._draw_circle(draw, (x1 - 5, (y0 + y1) / 2), 2, outline=accent, fill=accent, width=1) + + def _draw_road(self, draw: ImageDraw.ImageDraw, bbox: Tuple[int, int, int, int], palette: Dict[str, Tuple[int, int, int]]) -> None: + x0, y0, x1, y1 = bbox + mid_x = int((x0 + x1) / 2) + draw.line([(x0, y1), (x0 + 30, y0 + 20)], fill=self.renderer._with_alpha(palette["line"], 0.5), width=2) + draw.line([(x1, y1), (x1 - 30, y0 + 20)], fill=self.renderer._with_alpha(palette["line"], 0.5), width=2) + self.renderer._draw_dashed_line(draw, (mid_x, y0 + 20), (mid_x, y1 - 12), palette["accent"], width=2, dash_length=16) + + def _draw_light_beam( + self, + draw: ImageDraw.ImageDraw, + start: Tuple[float, float], + end: Tuple[float, float], + palette: Dict[str, Tuple[int, int, int]], + ) -> None: + accent = self.renderer._with_alpha(palette["accent"], 0.42) + self.renderer._draw_dashed_line(draw, start, end, accent, width=1, dash_length=12) + + def _scene_markers(self, scene: Dict[str, Any]) -> List[Dict[str, Any]]: + width = int(scene.get("canvas_size", {}).get("width", 1024)) + height = int(scene.get("canvas_size", {}).get("height", 768)) + markers: List[Dict[str, Any]] = [] + if str((scene.get("layout_options", {}) or {}).get("scene_type", "scene")) == "scene": + markers.append({"type": "horizon_line", "x": 0, "y": int(height * 0.56), "width": width, "display_label": "Horizon"}) + for obj in scene.get("object_instances", []) or []: + asset_key = str(obj.get("asset_key", "")) + if asset_key in {"sun", "street_lamp", "desk_lamp"}: + bbox = self.renderer._scene_bbox(obj) + markers.append( + { + "type": "light_source", + "object_id": str(obj.get("id", "")), + "label": str(obj.get("concept", "") or asset_key), + "display_label": "Light", + "x": int((bbox[0] + bbox[2]) / 2), + "y": bbox[1], + } + ) + return markers + + def _label_anchor_for_object(self, obj: Dict[str, Any]) -> Dict[str, int]: + x0, y0, x1, y1 = self.renderer._scene_bbox(obj) + role = str(obj.get("role", "")) + depth = str(obj.get("depth_band", "")) + if role in {"subject", "focus", "core_subject"}: + return {"x": x1 + 18, "y": y0 + 26} + if depth == "background": + return {"x": x0 + 10, "y": max(24, y0 - 18)} + return {"x": x1 + 10, "y": y0 + 16} + + def _edit_controls_for_object(self, obj: Dict[str, Any]) -> List[str]: + controls = ["move", "scale", "delete"] + if obj.get("editable", True): + controls.extend(["swap_variant", "restyle"]) + if obj.get("region_masks"): + controls.append("edit_regions") + return controls + + def _bbox_payload(self, bbox: Tuple[int, int, int, int]) -> Dict[str, int]: + x0, y0, x1, y1 = bbox + return {"x": int(x0), "y": int(y0), "width": int(x1 - x0), "height": int(y1 - y0)} + + def _safe_text(self, value: Any) -> str: + text = str(value or "").replace("\n", " ").replace("\r", " ").strip() + return " ".join(text.split()) + + def _display_label(self, obj: Dict[str, Any]) -> str: + asset_key = str(obj.get("asset_key", "")).strip().lower() + concept = self._safe_text(obj.get("concept", "")) + if concept and concept.isascii(): + return concept + return DISPLAY_LABELS.get(asset_key, asset_key or "Object") + + def _region_display_label(self, region: Dict[str, Any]) -> str: + region_id = str(region.get("id", "")).strip().lower() + if region_id in REGION_LABELS: + return REGION_LABELS[region_id] + label = self._safe_text(region.get("label", "")) + if label and label.isascii(): + return label + if region_id and region_id.isascii(): + return region_id.replace("_", " ").title() + return "Region" + + def _layer_display_label(self, layer: Dict[str, Any]) -> str: + layer_type = str(layer.get("type", "panel")).strip().lower() + return {"sky": "Sky", "road": "Road", "ground": "Ground", "water": "Water"}.get(layer_type, layer_type.title()) + + def _connector_display_label(self, connector: Dict[str, Any]) -> str: + connector_type = str(connector.get("type", "relation")).strip().lower() + return {"beam": "Light direction", "arrow": "Relation", "wire": "Connection"}.get(connector_type, "Relation") + + def _build_condition_maps(self, scene: Dict[str, Any]) -> np.ndarray: + width = int(scene.get("canvas_size", {}).get("width", 1024)) + height = int(scene.get("canvas_size", {}).get("height", 768)) + channels: List[np.ndarray] = [] + channels.append(self._mask_from_background(scene, width, height)) + channels.append(self._mask_from_objects(scene, width, height, roles={"subject", "focus", "core_subject"})) + channels.append(self._mask_from_objects(scene, width, height, roles={"support", "detail", ""})) + channels.append(self._mask_from_connectors(scene, width, height)) + channels.append(self._mask_from_regions(scene, width, height)) + channels.append(self._depth_map(scene, width, height)) + return np.stack(channels, axis=2).astype(np.float32) + + def _mask_from_background(self, scene: Dict[str, Any], width: int, height: int) -> np.ndarray: + image = Image.new("L", (width, height), 0) + draw = ImageDraw.Draw(image) + for layer in scene.get("background_layers", []) or []: + x0, y0, x1, y1 = self.renderer._scene_bbox(layer) + draw.rectangle([x0, y0, x1, y1], fill=255) + return np.asarray(image, dtype=np.float32) / 255.0 + + def _mask_from_objects(self, scene: Dict[str, Any], width: int, height: int, roles: set[str]) -> np.ndarray: + image = Image.new("L", (width, height), 0) + draw = ImageDraw.Draw(image) + for obj in scene.get("object_instances", []) or []: + if roles and str(obj.get("role", "")) not in roles: + continue + draw.rectangle(self.renderer._scene_bbox(obj), fill=255) + return np.asarray(image, dtype=np.float32) / 255.0 + + def _mask_from_connectors(self, scene: Dict[str, Any], width: int, height: int) -> np.ndarray: + image = Image.new("L", (width, height), 0) + draw = ImageDraw.Draw(image) + objects_by_id = {item["id"]: item for item in scene.get("object_instances", []) or [] if item.get("id")} + for connector in scene.get("connectors", []) or []: + if not connector.get("visible", True): + continue + from_obj = objects_by_id.get(str(connector.get("from_id", ""))) + to_obj = objects_by_id.get(str(connector.get("to_id", ""))) + if not from_obj or not to_obj: + continue + start, end = self.renderer._connector_points_for_scene(from_obj, to_obj) + draw.line([start, end], fill=255, width=3) + return np.asarray(image, dtype=np.float32) / 255.0 + + def _mask_from_regions(self, scene: Dict[str, Any], width: int, height: int) -> np.ndarray: + image = Image.new("L", (width, height), 0) + draw = ImageDraw.Draw(image) + for obj in scene.get("object_instances", []) or []: + for region in obj.get("region_masks", []) or []: + if not isinstance(region, dict): + continue + box = self.renderer._region_box_for_object(obj, region) + if str(region.get("shape", "rect")) == "ellipse": + draw.ellipse(box, fill=255) + else: + draw.rectangle(box, fill=255) + return np.asarray(image, dtype=np.float32) / 255.0 + + def _depth_map(self, scene: Dict[str, Any], width: int, height: int) -> np.ndarray: + image = np.zeros((height, width), dtype=np.float32) + mapping = {"background": 0.25, "midground": 0.58, "foreground": 0.9} + for obj in scene.get("object_instances", []) or []: + x0, y0, x1, y1 = self.renderer._scene_bbox(obj) + image[max(0, y0):max(0, y1), max(0, x0):max(0, x1)] = mapping.get(str(obj.get("depth_band", "")), 0.46) + return image diff --git a/runtime/memory-api/deploy/Install-TmcraLocal.ps1 b/runtime/memory-api/deploy/Install-TmcraLocal.ps1 new file mode 100644 index 0000000..6067506 --- /dev/null +++ b/runtime/memory-api/deploy/Install-TmcraLocal.ps1 @@ -0,0 +1,68 @@ +[CmdletBinding()] +param( + [ValidateSet('lite-cpu','balanced-bge','quality-qwen')][string]$Profile = 'lite-cpu', + [string]$DataDir = (Join-Path $env:LOCALAPPDATA 'TMCRA\local'), + [ValidateSet('auto','cpu','cuda')][string]$Device = 'auto', + [switch]$PrepareOnly, + [switch]$WaitReady +) +$ErrorActionPreference = 'Stop' +$apiRoot = Split-Path -Parent $PSScriptRoot +$localData = [IO.Path]::GetFullPath($DataDir) +if ([IO.Path]::GetPathRoot($localData) -eq $localData) { throw 'Choose a dedicated TMCRA data folder.' } +foreach ($broadPath in @($env:USERPROFILE,$env:LOCALAPPDATA,$env:APPDATA)) { + if ($broadPath -and $localData.TrimEnd('\') -eq [IO.Path]::GetFullPath($broadPath).TrimEnd('\')) { throw 'Choose a dedicated TMCRA data folder.' } +} +if ($env:TMCRA_CONFIG_FILE) { throw 'An explicit TMCRA_CONFIG_FILE override is active. Clear this advanced override before choosing automatic local installation.' } +. (Join-Path $PSScriptRoot 'Local-SetupHelpers.ps1') +Protect-TmcraLocalPath $localData -Directory +$setupLock = [IO.File]::Open((Join-Path $localData 'setup.lock'),[IO.FileMode]::OpenOrCreate,[IO.FileAccess]::ReadWrite,[IO.FileShare]::None) +try { + # The supervisor holds run.lock for its full lifetime. Do not update an active environment. + $runProbe = [IO.File]::Open((Join-Path $localData 'run.lock'),[IO.FileMode]::OpenOrCreate,[IO.FileAccess]::ReadWrite,[IO.FileShare]::None) + $runProbe.Dispose() + Select-TmcraLocalProfile $localData $Profile + $apiRoot = Copy-TmcraManagedRuntime $apiRoot $localData + Remove-Item Env:TMCRA_DEPLOYMENT_MODE,Env:PYTHONPATH -ErrorAction SilentlyContinue + Enable-TmcraDownloadProxy + $localPython = Get-TmcraLocalPython $localData +$useCuda = $Device -eq 'cuda' +if ($Device -eq 'auto' -and (Get-Command nvidia-smi -ErrorAction SilentlyContinue)) { + & nvidia-smi --query-gpu=name --format=csv,noheader 2>$null | Out-Null + $useCuda = $LASTEXITCODE -eq 0 +} +if ($useCuda) { + & $localPython -m pip install 'torch==2.10.0' --index-url https://download.pytorch.org/whl/cu128 +} else { + & $localPython -m pip install 'torch==2.10.0' --index-url https://download.pytorch.org/whl/cpu +} +if ($LASTEXITCODE -ne 0) { throw 'PyTorch installation failed.' } +& $localPython -m pip install -r (Join-Path $apiRoot 'requirements-tmcra-service.txt') 'transformers==4.57.6' 'huggingface-hub==0.36.2' 'sentencepiece==0.2.1' 'safetensors==0.8.0' +if ($LASTEXITCODE -ne 0) { throw 'Local dependency installation failed.' } +$env:PATH = (Split-Path -Parent $localPython) + [IO.Path]::PathSeparator + $env:PATH +Push-Location $apiRoot +try { + $runtimeDevice = if ($useCuda) { 'cuda' } else { 'cpu' } + & $localPython -m tmcra_service.local_deployment prepare --root $localData --profile $Profile --device $runtimeDevice --auto-ports + if ($LASTEXITCODE -ne 0) { throw 'Local model preparation failed; retained downloads can be resumed.' } + if (-not $PrepareOnly) { + $arguments = '-m tmcra_service.local_deployment run --root "{0}"' -f $localData + $service = Start-Process -FilePath $localPython -ArgumentList $arguments -WorkingDirectory $apiRoot -WindowStyle Hidden -RedirectStandardError (Join-Path $localData 'launcher-error.log') -RedirectStandardOutput (Join-Path $localData 'launcher.log') -PassThru + Write-Output '{"event":"starting","message":"Local services are performing their full startup checks."}' + if ($WaitReady) { + $receipt = Get-Content -Raw -LiteralPath (Join-Path $localData 'installation.json') | ConvertFrom-Json + $deadline = [DateTime]::UtcNow.AddMinutes(15) + do { + $service.Refresh() + if ($service.HasExited) { throw 'Local service exited during startup; inspect launch-error.json. The local selection is retained.' } + try { + $ready = Invoke-RestMethod -Uri "http://127.0.0.1:$($receipt.api_port)/readyz" -TimeoutSec 3 + if ($ready.status -eq 'ready' -or $ready.ready -eq $true) { Write-Output '{"event":"ready","message":"Local memory is ready; no TMCRA account or server is required."}'; return } + } catch { } + Start-Sleep -Seconds 2 + } while ([DateTime]::UtcNow -lt $deadline) + throw 'Startup did not reach ready in 15 minutes; inspect the retained local logs.' + } + } +} finally { Pop-Location } +} finally { $setupLock.Dispose() } diff --git a/runtime/memory-api/deploy/Local-SetupHelpers.ps1 b/runtime/memory-api/deploy/Local-SetupHelpers.ps1 new file mode 100644 index 0000000..3373d4a --- /dev/null +++ b/runtime/memory-api/deploy/Local-SetupHelpers.ps1 @@ -0,0 +1,91 @@ +function Protect-TmcraLocalPath([string]$Path, [switch]$Directory) { + if ($Directory) { New-Item -ItemType Directory -Force -Path $Path | Out-Null } + $sid = [Security.Principal.WindowsIdentity]::GetCurrent().User.Value + $rights = if ($Directory) { '(OI)(CI)F' } else { 'F' } + & icacls.exe $Path /inheritance:r /grant:r "*${sid}:$rights" "*S-1-5-18:$rights" | Out-Null + if ($LASTEXITCODE -ne 0) { throw 'Could not protect the local installation directory.' } +} + +function Select-TmcraLocalProfile([string]$DataRoot, [string]$Profile) { + if ($Profile -notin @('lite-cpu','balanced-bge','quality-qwen')) { throw 'Unknown local model profile.' } + $selectionFile = if ($env:TMCRA_LOCAL_BINDING_FILE) { $env:TMCRA_LOCAL_BINDING_FILE } else { Join-Path $env:USERPROFILE '.config\tmcra\local-memory.json' } + New-Item -ItemType Directory -Force -Path (Split-Path -Parent $selectionFile) | Out-Null + $temporarySelection = "$selectionFile.$([guid]::NewGuid().ToString('N')).tmp" + $selection = @{schemaVersion=1;mode='local';dataRoot=[IO.Path]::GetFullPath($DataRoot);profile=$Profile} + [IO.File]::WriteAllText($temporarySelection, ($selection | ConvertTo-Json), [Text.UTF8Encoding]::new($false)) + Protect-TmcraLocalPath $temporarySelection + if (Test-Path -LiteralPath $selectionFile) { + # Windows PowerShell 5 converts a null backup argument to an invalid empty path. + # Retain a private, non-secret selection backup and replace the marker atomically. + $previousSelection = "$temporarySelection.previous" + [IO.File]::Replace($temporarySelection,$selectionFile,$previousSelection) + Protect-TmcraLocalPath $previousSelection + } + else { [IO.File]::Move($temporarySelection,$selectionFile) } + Protect-TmcraLocalPath $selectionFile +} + +function Copy-TmcraManagedRuntime([string]$Source, [string]$DataRoot) { + $manifestPath = Join-Path $Source 'runtime-files.json' + if (-not (Test-Path -LiteralPath $manifestPath)) { throw 'Runtime inventory is missing; use the complete local installation package.' } + $manifest = Get-Content -Raw -LiteralPath $manifestPath | ConvertFrom-Json + $identity = (Get-FileHash -Algorithm SHA256 -LiteralPath $manifestPath).Hash.ToLowerInvariant().Substring(0,24) + $destination = Join-Path $DataRoot "service\$identity" + $sourcePrefix = [IO.Path]::GetFullPath($Source).TrimEnd('\') + '\' + $destinationPrefix = [IO.Path]::GetFullPath($destination).TrimEnd('\') + '\' + foreach ($entry in $manifest.PSObject.Properties) { + $inputPath = [IO.Path]::GetFullPath((Join-Path $Source $entry.Name)) + $outputPath = [IO.Path]::GetFullPath((Join-Path $destination $entry.Name)) + if (-not $inputPath.StartsWith($sourcePrefix,[StringComparison]::OrdinalIgnoreCase) -or + -not $outputPath.StartsWith($destinationPrefix,[StringComparison]::OrdinalIgnoreCase)) { throw 'Unsafe runtime inventory path.' } + if ((Get-FileHash -Algorithm SHA256 -LiteralPath $inputPath).Hash.ToLowerInvariant() -ne $entry.Value) { throw "Runtime integrity check failed: $($entry.Name)" } + if (Test-Path -LiteralPath $outputPath) { + if ((Get-FileHash -Algorithm SHA256 -LiteralPath $outputPath).Hash.ToLowerInvariant() -ne $entry.Value) { throw 'Existing managed runtime was modified; inspect it before upgrading.' } + } else { + New-Item -ItemType Directory -Force -Path (Split-Path -Parent $outputPath) | Out-Null + Copy-Item -LiteralPath $inputPath -Destination $outputPath + } + } + Copy-Item -LiteralPath $manifestPath -Destination (Join-Path $destination 'runtime-files.json') + return $destination +} + +function Enable-TmcraDownloadProxy { + # Respect a user's Windows proxy for installation only. Runtime strips proxies. + if ($env:HTTPS_PROXY) { return } + $settings = Get-ItemProperty -LiteralPath 'HKCU:\Software\Microsoft\Windows\CurrentVersion\Internet Settings' -ErrorAction SilentlyContinue + if ($settings.ProxyEnable -eq 1 -and $settings.ProxyServer -match '^(?:http://)?(127\.0\.0\.1:\d{1,5})$') { + $env:HTTPS_PROXY = "http://$($Matches[1])" + $env:HTTP_PROXY = $env:HTTPS_PROXY + $env:NO_PROXY = '127.0.0.1,localhost,::1' + } +} + +function Get-TmcraLocalPython([string]$DataRoot) { + $localPython = Join-Path $DataRoot 'venv\Scripts\python.exe' + if (Test-Path -LiteralPath $localPython) { + & $localPython -c 'import sys; assert (3,11) <= sys.version_info[:2] < (3,13) and sys.maxsize > 2**32' + if ($LASTEXITCODE -ne 0) { throw 'The existing local Python is incompatible; retain its data and inspect the environment.' } + return $localPython + } + $uvRoot = Join-Path $DataRoot 'runtime\uv-0.12.10' + New-Item -ItemType Directory -Force -Path $uvRoot | Out-Null + $archive = Join-Path $uvRoot 'uv.zip' + $expected = 'f65744f94072152b1f86ba2aace4d01f1124d9a8ecb235805039e3718c36cac2' + if (-not (Test-Path -LiteralPath $archive) -or (Get-FileHash -Algorithm SHA256 -LiteralPath $archive).Hash.ToLowerInvariant() -ne $expected) { + Write-Output '{"event":"installing_python","message":"Downloading the pinned Python environment manager."}' | Write-Host + $partial = "$archive.partial" + $download = @{UseBasicParsing=$true;Uri='https://github.com/astral-sh/uv/releases/download/0.12.10/uv-x86_64-pc-windows-msvc.zip';OutFile=$partial} + if ($env:HTTPS_PROXY) { $download.Proxy = $env:HTTPS_PROXY } + Invoke-WebRequest @download + if ((Get-FileHash -Algorithm SHA256 -LiteralPath $partial).Hash.ToLowerInvariant() -ne $expected) { throw 'Python bootstrap checksum mismatch.' } + Move-Item -LiteralPath $partial -Destination $archive -Force + } + Expand-Archive -LiteralPath $archive -DestinationPath $uvRoot -Force + $uv = Join-Path $uvRoot 'uv.exe' + $env:UV_PYTHON_INSTALL_DIR = Join-Path $DataRoot 'runtime\python' + $env:UV_CACHE_DIR = Join-Path $DataRoot 'cache\uv' + & $uv venv --python 3.12 --managed-python --seed (Join-Path $DataRoot 'venv') | Out-Host + if ($LASTEXITCODE -ne 0) { throw 'Automatic Python installation failed; downloaded files are retained for retry.' } + return $localPython +} diff --git a/runtime/memory-api/deploy/Start-TmcraLocal.ps1 b/runtime/memory-api/deploy/Start-TmcraLocal.ps1 new file mode 100644 index 0000000..e7b00e5 --- /dev/null +++ b/runtime/memory-api/deploy/Start-TmcraLocal.ps1 @@ -0,0 +1,11 @@ +[CmdletBinding()] +param([string]$DataDir = (Join-Path $env:LOCALAPPDATA 'TMCRA\local')) +$ErrorActionPreference = 'Stop' +$apiRoot = Split-Path -Parent $PSScriptRoot +$localData = [IO.Path]::GetFullPath($DataDir) +$localPython = Join-Path $localData 'venv\Scripts\python.exe' +if (-not (Test-Path -LiteralPath $localPython)) { throw 'Run Install-TmcraLocal.ps1 first.' } +$receipt = Get-Content -Raw -LiteralPath (Join-Path $localData 'installation.json') | ConvertFrom-Json +if ($receipt.api_root) { $apiRoot = $receipt.api_root } +$arguments = '-m tmcra_service.local_deployment run --root "{0}"' -f $localData +Start-Process -FilePath $localPython -ArgumentList $arguments -WorkingDirectory $apiRoot -WindowStyle Hidden -RedirectStandardError (Join-Path $localData 'launcher-error.log') -RedirectStandardOutput (Join-Path $localData 'launcher.log') diff --git a/runtime/memory-api/deploy/local-bootstrap/sitecustomize.py b/runtime/memory-api/deploy/local-bootstrap/sitecustomize.py new file mode 100644 index 0000000..76a9071 --- /dev/null +++ b/runtime/memory-api/deploy/local-bootstrap/sitecustomize.py @@ -0,0 +1,12 @@ +"""Loaded by every Python worker in the explicit full-local launch environment.""" +import os + +if os.environ.get("TMCRA_DEPLOYMENT_MODE") == "local": + try: + from tmcra_local_only import install_network_guard, validate_environment + validate_environment(os.environ) + install_network_guard() + except Exception: + # CPython normally ignores sitecustomize exceptions. Fail closed instead. + os.write(2, b"TMCRA local network boundary failed; refusing to start.\n") + os._exit(78) diff --git a/runtime/memory-api/deploy/local-model-profiles.json b/runtime/memory-api/deploy/local-model-profiles.json new file mode 100644 index 0000000..460605c --- /dev/null +++ b/runtime/memory-api/deploy/local-model-profiles.json @@ -0,0 +1,132 @@ +{ + "schema_version": "tmcra.local-model-profiles.1", + "verified_upstream_on": "2026-09-06", + "status": "windows_local_preview_partial_validation", + "installation_enabled": true, + "scope": "full_local_runtime_preview", + "full_memory_system_ready": false, + "hardware_requirements_are": "conservative_planning_estimates_not_benchmark_results", + "profiles": [ + { + "id": "lite-cpu", + "name_zh": "轻量版", + "recommendation_zh": "普通笔记本、无独显电脑；中英文短记忆，低并发", + "validation": "cpu_ingest_and_raw_recall_passed_complex_compile_timed_out", + "system_ram_gib_min": 8, + "system_ram_gib_recommended_for_full_memory": 16, + "retrieval_vram_gib_recommended": 0, + "weights_bytes": 941234298, + "embedding": { + "repo_id": "intfloat/multilingual-e5-small", + "revision": "614241f622f53c4eeff9890bdc4f31cfecc418b3", + "license": "MIT", + "upstream": "https://huggingface.co/intfloat/multilingual-e5-small", + "weights": [{"file": "model.safetensors", "bytes": 470641600, "sha256": "1a55775f53449dac10a2bcbc312469fac40b96d53198c407081a831f81c98477"}], + "dimensions": 384, + "model_max_tokens": 512, + "pooling": "mean", + "normalize": true, + "query_prefix": "query: ", + "document_prefix": "passage: ", + "padding_side": "right" + }, + "reranker": { + "repo_id": "cross-encoder/mmarco-mMiniLMv2-L12-H384-v1", + "revision": "1427fd652930e4ba29e8149678df786c240d8825", + "license": "Apache-2.0", + "upstream": "https://huggingface.co/cross-encoder/mmarco-mMiniLMv2-L12-H384-v1", + "weights": [{"file": "model.safetensors", "bytes": 470592698, "sha256": "5daeca2481a76b5976a2bdc32f0a78532b6716da4f8cd3ff59460ef8d2f359b4"}], + "adapter": "sequence-classification", + "model_max_tokens": 512, + "tmcra_fusion_checkpoint_compatible": false + }, + "required_work": ["memory_pressure_retest", "complex_compile_latency", "organizer_validation", "full_service_restart_validation"] + }, + { + "id": "balanced-bge", + "name_zh": "均衡版", + "recommendation_zh": "优先复现现有生产检索模型；16GB 以上内存，建议有独显", + "validation": "production_model_stack_verified_consumer_installer_pending", + "system_ram_gib_min": 16, + "system_ram_gib_recommended_for_full_memory": 32, + "retrieval_vram_gib_recommended": 6, + "weights_bytes": 4542217682, + "embedding": { + "repo_id": "BAAI/bge-m3", + "revision": "5617a9f61b028005a4858fdac845db406aefb181", + "license": "MIT", + "upstream": "https://huggingface.co/BAAI/bge-m3", + "weights": [{"file": "pytorch_model.bin", "bytes": 2271145830, "sha256": "b5e0ce3470abf5ef3831aa1bd5553b486803e83251590ab7ff35a117cf6aad38"}], + "dimensions": 1024, + "model_max_tokens": 8192, + "pooling": "cls", + "normalize": true, + "query_prefix": "", + "document_prefix": "", + "padding_side": "right" + }, + "reranker": { + "repo_id": "BAAI/bge-reranker-v2-m3", + "revision": "953dc6f6f85a1b2dbfca4c34a2796e7dde08d41e", + "license": "Apache-2.0", + "upstream": "https://huggingface.co/BAAI/bge-reranker-v2-m3", + "weights": [{"file": "model.safetensors", "bytes": 2271071852, "sha256": "d9e3e081faff1eefb84019509b2f5558fd74c1a05a2c7db22f74174fcedb5286"}], + "adapter": "sequence-classification", + "model_max_tokens": 8192, + "production_runtime_max_tokens": 1280, + "tmcra_fusion_checkpoint_compatible": true + }, + "required_work": ["single_recall_lane", "desktop_worker_and_context_budgets", "desktop_installer", "offline_end_to_end_validation"] + }, + { + "id": "quality-qwen", + "name_zh": "增强版候选", + "recommendation_zh": "32GB 以上内存、高显存电脑；长文本和跨语言检索候选，需与均衡版实测比较", + "validation": "upstream_artifacts_verified_runtime_pending", + "system_ram_gib_min": 32, + "system_ram_gib_recommended_for_full_memory": 64, + 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