Reduce precision in outputs to eliminate floating point errors#18
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shawest merged 2 commits intoshawest:masterfrom Feb 13, 2026
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This commit reduces the flakiness of the integration tests introduced in the previous commits by reducing the precision of NeucBOT's outputs. Currently, the outputs are formatted in scientific notation with 12+ digits after the decimal, which is well beyond the precision of these calculations. Even small changes to the NeucBOT code can create small differences in the outputs in these last decimal places due to errors produced by floating point aritmetic limitations, resulting in flaky integration tests that make it hard to tell if a regression is introduced. This commit solves this problem by making the following changes: - Installing the numpy package, which will be used in subsequent work - Rounds neucbot.py output values using numpy.format_float_scientific - Modifies tests/integration_tests.sh to produce better error messages
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This commit reduces the flakiness of the integration tests introduced in the previous commits by reducing the precision of NeucBOT's outputs. Currently, the outputs are formatted in scientific notation with 12+ digits after the decimal, which is well beyond the precision of these calculations.
Even small changes to the NeucBOT code can create small differences in the outputs in these last decimal places due to errors produced by floating point aritmetic limitations, resulting in flaky integration tests that make it hard to tell if a regression is introduced. This commit solves this problem by making the following changes: