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<divclassName={styles.large_project_card_contact_text}>Are you interested in this project? Either entirely or partially, contact us for more information on how to help us fund it.</div>
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Emscripten-forge is a conda package distribution specifically designed for WebAssembly. When combined with JupyterLite and the jupyterlite-xeus extension, it enables easy deployment of JupyterLite with a preconfigured conda environment that includes essential packages like NumPy, Pandas, Matplotlib, and more.
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While the number of available emscripten-forge packages is growing quickly, many packages are still missing from the ecosystem.
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We will be working on adding new packages upon request.
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We will be working on adding new packages upon request.
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#### Option A
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This is option A.
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#### Option B
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This is option B.
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#### Custom option
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This is custom option.
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##### Are you interested in this project? Either entirely or partially, contact us for more information on how to help us fund it
Similar to QGIS, JupyterGIS currently offers a set of vector processing and conversion tools such as buffer creation, centroid calculation, and convex hull generation. These capabilities are powered by a GDAL WebAssembly (WASM) build running in the browser.
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We will work on extending support to raster processing tools using the same underlying technology. Planned features (non-exhaustive and subject to request needs) include:
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- Clipping by extent
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- Clipping by mask layer
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- Generating contours
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- Polygonizing raster data
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- Polygonizing raster data
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#### Option A
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This is option A.
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#### Option B
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This is option B.
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#### Custom option
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This is custom option.
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##### Are you interested in this project? Either entirely or partially, contact us for more information on how to help us fund it
JupyterGIS currently supports several vector processing and conversion tools such as buffer creation, centroid computation, and convex hull generation, similar to what QGIS offers. These features are powered by a GDAL WebAssembly (WASM) build and are currently available only through the JupyterGIS user interface.
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We plan to extend these capabilities to the JupyterGIS Python API, enabling users to access the same processing tools programmatically, just as they would via the UI. This functionality will be implemented using the GDAL Python bindings.
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We plan to extend these capabilities to the JupyterGIS Python API, enabling users to access the same processing tools programmatically, just as they would via the UI. This functionality will be implemented using the GDAL Python bindings.
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#### Option A
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This is option A.
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#### Option B
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This is option B.
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#### Custom option
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This is custom option.
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##### Are you interested in this project? Either entirely or partially, contact us for more information on how to help us fund it
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