Initialize HPWHsim presets from embedded CBOR #551
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…sim/cse into init-presets-from-cbor-hpwh
.github/workflows/build-and-test.yml
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| - name: Install uv | ||
| uses: astral-sh/setup-uv@v5 | ||
| - name: Set up Python | ||
| run: uv python install |
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Use the same setup as HPWHsim.
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Only update report files with meaningful differences (i.e., not lines preceded with a !).
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Is this an expected change? It's more than a a few decimal places.
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This file also has bigger than expected differences that need to be justified.
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@nealkruis The differences are primarily due to the use of grid representations replacing polynomials in performance maps, and the limited ability to reproduce a quadratic function with a cubic spline. I have made extensive effort to minimize these difference.
test/ref-macos64-appleclang/dhwx.rep
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What's happening in this file?
…r-hpwh # Conflicts: # test/ref-macos64-appleclang/CHDHW.REP # test/ref-macos64-appleclang/PERFMAP.REP # test/ref-macos64-appleclang/SUBMETER.REP # test/ref-macos64-appleclang/WSHP.REP # test/ref-win32-msvc/CHDHW.REP
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@nealkruis Reduced the executable size by moving model initialization to source file. |
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@chipbarnaby 32-bit EXE is now 8.6 MB. |
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I think we can temporarily live with an 8.6 mb exe. But tuning the number of points and implementing external files should still be a priority. |
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@nealkruis Added Install uv to complete build-doc job in build-and-test.yml. Added |
The initialization of HPWH models is changed to load from a
hpwh_data_modelrepresentation embedded within the HPWHsim source code in CBOR format, rather than via separate code-based setup for each model. These representations were themselves generated from the original code-based setups, which were converted to JSON, then embedded as CBOR. These JSON model files are included with the HPWHsim repository at test/model_json. The embedded representations are generated from these JSON files during the CMake build. Generation is done from python using theuvpackage manager, which is installed during build.