From 4ab2da36505e49b61e9f2e97365528b31936cfb3 Mon Sep 17 00:00:00 2001 From: Andrew Sazonov Date: Wed, 24 Jul 2024 11:08:07 +0200 Subject: [PATCH] pycrysfml v0.1.0 (#13) * Try new implementation of pycfml * Add CFML_Utilities module * Add building pycfml so * Some debugging * Add missing CFML_Wraps_Utils * Clean up * Trigger new backend * Add missing Wraps_Atoms * Add 'Download PYCFML repository' step * Temporarily keep only ubuntu-22.04 + ifort * More dedug * Update unit tests to follow new api syntax * Add py api files to pycfml dist * Restructure CI script * Switch to the new structure of CrysFML2008 * debug pycfml unit tests * Add change_runpath_for_built_pycfml * debug * Debug pycfml import * More debug * More debug * Try windows CI * Temporarily disable parallel builds * Try link *.obj * New template for building pycfml shared object * Add 'Math_In_Limits' to the CrysFML build * add macos and clean up * Temporarily disable macos CI * Clean up * Add missing CFML modules * Disable some problematic modules * Refactor build scripts * rename package from pyproject08 to pyproject * add change_runpath_for_built_pycfml * Refactoring * Rename pycrysfml08 to pycrysfml in tests * Add build CFML test programs * Add run CFML test programs * Fix CFML functional tests * debug * Capitalize test dirs * Clean up * Follow update in CrysFML2008 * Update PythonAPI folder name * Try uv to install python deps * Remove uv * Colorize terminal output * Update scripts.py * fix colors * Debug color * Add flag to enable backslash escapes * Add all platforms * Try on ubuntu only * Fix build pycfml lib cmd * Try ubuntu only * Change build pycfml cmd back * Enable all platforms * Add Wraps_Utilities.f90 * emporary disable due to error when building pycfml shared object * Try calculating diffraction pattern * Fix macos rpath change script * Add more debug * Update pycfml import debug * Try macos 12 + ifort build combination * Modify __init__.py * Suppress the error message when copying files * Enable macos-12 + ifort * Fix suppress the error message command * Add pycrysfml unit tests * Allow parallel builds * Fix python wheel name on macos * Add examples, issues, extend tests * Fix python package name on macos * Fix powder pattern from json tests * Update examples and issues * Licensing (#11) * Updating Licence to comply with ILL rules * Updating Licence Classifier * Updating Licence Classifier * Revert name to Pycrysfml08 --------- Co-authored-by: Elisa Rebolini * Update project description * Upload python wheel to GH releases * Add new step to publish python wheels * Fix required python version to be >= 3.9 * Add CI build on pull_request * Switch from tomllib to toml to support python <3.11 * Add missing toml lib * Remove python 3.9 from build matrix * Minor fixes * Do not suppress error messages * Update rpath delete template to follow gcc bump from 13.2.0 to 13.3.0 * Clean up * Fix rpaths --------- Co-authored-by: Elisa Rebolini --- .github/workflows/main.yml | 318 +- .gitignore | 13 +- COPYING | 674 ++++ COPYING.lesser | 165 + LICENSE | 41 +- README.md | 21 +- RELEASE.md | 5 + __init__.py | 12 + .../srtio3-checkpoint.ipynb | 712 +++++ ...srtio3-pattern-simulation-checkpoint.ipynb | 784 +++++ .../srtio3-pm3m-pattern_Nebil-ifort.xy | 0 .../srtio3-pnma-pattern_Andrew-ifort.y | 0 .../srtio3-pattern-simulation.ipynb | 784 +++++ .../first-calc_vs_second-calc.png | Bin 0 -> 38908 bytes .../first-calc_vs_second-calc/script.py | 155 + .../y-pm3m_first-calc.txt | 2781 +++++++++++++++++ .../y-pm3m_second-calc.txt | 2781 +++++++++++++++++ pyproject.toml | 16 +- scripts.py | 888 ++++-- scripts.toml | 427 ++- scripts/empty.txt | 0 .../{cfml => CFML}/D19_instrm.geom | 0 .../{cfml => CFML}/LiFePO4n.cfl | 0 .../{cfml => CFML}/LiFePO4n_sum_desired.bvs | 0 .../{cfml => CFML}/SrTiO3s.cfl | 0 .../{cfml => CFML}/SrTiO3s_desired.dat | 0 .../{cfml/test_d19.cfl => CFML/d19.cfl} | 0 .../d19_desired.hkl} | 0 .../{cfml => CFML}/if_ponsin_desired.dat | 0 .../{cfml => CFML}/mfe_msfac.cfl | 0 .../{cfml => CFML}/mfe_sfac.cfl | 0 .../{cfml => CFML}/molecule_PPH3_Z.cfl | 0 .../molecule_PPH3_Z_fc_desired.cfl | 0 .../{cfml => CFML}/ponsin.cfl | 0 .../{cfml => CFML}/test__Bond_Str.py | 37 +- .../{cfml => CFML}/test__Molecules.py | 38 +- .../{cfml => CFML}/test__PowderPattern.py | 36 +- .../{cfml => CFML}/test__StructureFactors.py | 53 +- .../{cfml => CFML}/test__hkl_gen.py | 49 +- .../srtio3-pm3m-pattern_Nebil-ifort.xy | 2781 +++++++++++++++++ .../srtio3-pnma-pattern_Andrew-ifort.y | 2781 +++++++++++++++++ .../test__powder_pattern_from_json.py | 133 + .../pycfml/test__powder_mod.py | 185 -- .../pycfml/test__powder_mod_2.py | 187 -- .../pyCFML/_old/_test__cfml_metrics__debug.py | 66 + .../_old/_test__py_cfml_metrics.py} | 18 +- .../_old/_test__py_cfml_profiles.py} | 0 .../_old/_test__py_cfml_sxtal_geom.py} | 0 .../unit_tests/pyCFML/import/test__import.py | 40 + 49 files changed, 15915 insertions(+), 1066 deletions(-) create mode 100644 COPYING create mode 100644 COPYING.lesser create mode 100644 RELEASE.md create mode 100644 __init__.py create mode 100644 examples/.ipynb_checkpoints/srtio3-checkpoint.ipynb create mode 100644 examples/pyCFML/cfml_utilities/powder_pattern_from_json/.ipynb_checkpoints/srtio3-pattern-simulation-checkpoint.ipynb rename {tests/functional_tests/pycfml => examples/pyCFML/cfml_utilities/powder_pattern_from_json/desired}/srtio3-pm3m-pattern_Nebil-ifort.xy (100%) rename tests/functional_tests/pycfml/srtio3-pmmm-pattern_Andrew-ifort.xy => examples/pyCFML/cfml_utilities/powder_pattern_from_json/desired/srtio3-pnma-pattern_Andrew-ifort.y (100%) create mode 100644 examples/pyCFML/cfml_utilities/powder_pattern_from_json/srtio3-pattern-simulation.ipynb create mode 100644 issues/pyCFML/cfml_utilities/powder_pattern_from_json/first-calc_vs_second-calc/first-calc_vs_second-calc.png create mode 100644 issues/pyCFML/cfml_utilities/powder_pattern_from_json/first-calc_vs_second-calc/script.py create mode 100644 issues/pyCFML/cfml_utilities/powder_pattern_from_json/first-calc_vs_second-calc/y-pm3m_first-calc.txt create mode 100644 issues/pyCFML/cfml_utilities/powder_pattern_from_json/first-calc_vs_second-calc/y-pm3m_second-calc.txt delete mode 100644 scripts/empty.txt rename tests/functional_tests/{cfml => CFML}/D19_instrm.geom (100%) rename tests/functional_tests/{cfml => CFML}/LiFePO4n.cfl (100%) rename tests/functional_tests/{cfml => CFML}/LiFePO4n_sum_desired.bvs (100%) rename tests/functional_tests/{cfml => CFML}/SrTiO3s.cfl (100%) rename tests/functional_tests/{cfml => CFML}/SrTiO3s_desired.dat (100%) rename tests/functional_tests/{cfml/test_d19.cfl => CFML/d19.cfl} (100%) rename tests/functional_tests/{cfml/test_d19_desired.hkl => CFML/d19_desired.hkl} (100%) rename tests/functional_tests/{cfml => CFML}/if_ponsin_desired.dat (100%) rename tests/functional_tests/{cfml => CFML}/mfe_msfac.cfl (100%) rename tests/functional_tests/{cfml => CFML}/mfe_sfac.cfl (100%) rename tests/functional_tests/{cfml => CFML}/molecule_PPH3_Z.cfl (100%) rename tests/functional_tests/{cfml => CFML}/molecule_PPH3_Z_fc_desired.cfl (100%) rename tests/functional_tests/{cfml => CFML}/ponsin.cfl (100%) rename tests/functional_tests/{cfml => CFML}/test__Bond_Str.py (79%) rename tests/functional_tests/{cfml => CFML}/test__Molecules.py (76%) rename tests/functional_tests/{cfml => CFML}/test__PowderPattern.py (79%) rename tests/functional_tests/{cfml => CFML}/test__StructureFactors.py (63%) rename tests/functional_tests/{cfml => CFML}/test__hkl_gen.py (60%) create mode 100644 tests/functional_tests/pyCFML/cfml_utilities/powder_pattern_from_json/desired/srtio3-pm3m-pattern_Nebil-ifort.xy create mode 100644 tests/functional_tests/pyCFML/cfml_utilities/powder_pattern_from_json/desired/srtio3-pnma-pattern_Andrew-ifort.y create mode 100644 tests/functional_tests/pyCFML/cfml_utilities/powder_pattern_from_json/test__powder_pattern_from_json.py delete mode 100644 tests/functional_tests/pycfml/test__powder_mod.py delete mode 100644 tests/functional_tests/pycfml/test__powder_mod_2.py create mode 100644 tests/unit_tests/pyCFML/_old/_test__cfml_metrics__debug.py rename tests/unit_tests/{pycfml/test__py_cfml_metrics.py => pyCFML/_old/_test__py_cfml_metrics.py} (92%) rename tests/unit_tests/{pycfml/test__py_cfml_profiles.py => pyCFML/_old/_test__py_cfml_profiles.py} (100%) rename tests/unit_tests/{pycfml/test__py_cfml_sxtal_geom.py => pyCFML/_old/_test__py_cfml_sxtal_geom.py} (100%) create mode 100644 tests/unit_tests/pyCFML/import/test__import.py diff --git a/.github/workflows/main.yml b/.github/workflows/main.yml index 94e499a..ade498a 100644 --- a/.github/workflows/main.yml +++ b/.github/workflows/main.yml @@ -2,11 +2,19 @@ name: build-and-test on: push: + pull_request: #schedule: # - cron: '*/120 8-18 * * *' # every 2 hours from 8:00 to 18:00 every day jobs: - wheel: # the first job + + ############################################################################## + # JOB 1 + ############################################################################## + build: # current job name + + timeout-minutes: 30 + # current job matrix. if modified, remember to UPDATE the strategy in the next job strategy: fail-fast: false @@ -26,8 +34,6 @@ jobs: runs-on: ${{ matrix.os }} - timeout-minutes: 30 - steps: # job steps - name: Check-out repository uses: actions/checkout@v4 @@ -44,29 +50,25 @@ jobs: if: runner.os == 'Windows' uses: ilammy/msvc-dev-cmd@v1 - #- name: debug - # shell: bash - # run: ifort -help - - name: Set up Python environment uses: actions/setup-python@v5 with: - python-version: 3.11 + python-version: '3.11' - name: Upgrade package installer for Python shell: bash - run: python3 -m pip install --upgrade pip + run: pip install --upgrade pip - name: Install Python dependences shell: bash - run: python3 -m pip install '.[ci,test]' # ci extras from pyproject.toml + run: pip install '.[ci,test]' # 'ci' and 'test' extras from pyproject.toml - name: Fix reinstalling gcc [macOS] # needed because of `brew reinstall gcc` if: runner.os == 'macOS' shell: bash run: echo "MACOSX_DEPLOYMENT_TARGET=$(sw_vers -productVersion)" >> $GITHUB_ENV - - name: Create job scripts + - name: Create build scripts in scripts/scripts shell: bash run: > python3 scripts.py @@ -74,27 +76,40 @@ jobs: --compiler ${{ matrix.toolchain.exe }} --mode debug --bash-syntax + --enable-backslash-escapes - - name: Print some build-specific variables + - name: Print build-specific variables shell: bash run: scripts/print_build_variables.sh # bash -x scripts/print_build_variables.sh for printing commands - - name: Download CFML repository + - name: Create scripts, CFML and pyCFML directories shell: bash run: | scripts/create_cfml_repo_dir.sh - scripts/download_cfml_repo.sh + scripts/create_cfml_build_dir.sh + scripts/create_cfml_dist_dir.sh + scripts/create_pycfml_src_dir.sh + scripts/create_pycfml_build_dir.sh + scripts/create_pycfml_dist_dir.sh - - name: Build CFML static library + - name: Download CFML repository + shell: bash + run: scripts/download_cfml_repo.sh + + - name: Build CFML modules shell: bash run: | - scripts/create_cfml_build_dir.sh scripts/rename_global_deps_file.sh - scripts/build_cfml_objs.sh + scripts/build_cfml_modules_obj.sh scripts/delete_renamed_global_deps_file.sh - scripts/build_cfml_static_lib.sh - scripts/create_cfml_dist_dir.sh - scripts/copy_built_to_cfml_dist.sh + + - name: Build CFML static library + shell: bash + run: scripts/build_cfml_static_lib.sh + + - name: Make CFML distribution + shell: bash + run: scripts/move_built_to_cfml_dist.sh - name: Build und run CFML functional test programs (incl. benchmarks) # 1st combination: this always fails with 'Undefined symbols...' error @@ -106,55 +121,57 @@ jobs: shell: bash run: | scripts/build_cfml_test_programs.sh + scripts/copy_cfml_test_programs_to_tests_dir.sh scripts/run_cfml_functional_tests_no_benchmarks.sh - scripts/run_cfml_functional_tests_with_benchmarks.sh + # # scripts/run_cfml_functional_tests_with_benchmarks.sh - - name: Push benchmark results to repository - uses: EndBug/add-and-commit@v9 - with: - add: '.benchmarks' - message: 'Auto push benchmark results by GitHub Action for ${{ runner.os }} + ${{ matrix.toolchain.exe }}' - pull: '--rebase --autostash' + #- name: Push benchmark results to repository + # uses: EndBug/add-and-commit@v9 + # with: + # add: '.benchmarks' + # message: 'Auto push benchmark results by GitHub Action for ${{ runner.os }} + ${{ matrix.toolchain.exe }}' + # pull: '--rebase --autostash' - - name: Download PYCFML repository + #- name: Copy powder_mod from CFML to pyCFML + # shell: bash + # run: scripts/copy_powder_mod_to_pycfml_repo.sh + + - name: Create pyCFML source code shell: bash - run: | - scripts/create_pycfml_repo_dir.sh - scripts/download_pycfml_repo.sh + run: scripts/create_pycfml_src.sh - - name: Copy powder_mod from CFML to PYCFML + - name: Build pyCFML modules shell: bash - run: scripts/copy_powder_mod_to_pycfml_repo.sh + run: scripts/build_pycfml_modules_obj.sh - - name: Build some PYCFML modules one by one + - name: Build pyCFML shared obj / dynamic library shell: bash run: | - scripts/create_pycfml_build_dir.sh - scripts/build_pycfml_objs.sh - scripts/build_pycfml_shared_objs_or_dynamic_libs.sh - scripts/create_pycfml_dist_dir.sh - scripts/copy_built_to_pycfml_dist.sh - scripts/change_runpath_for_built_pycfml.sh + scripts/build_pycfml_lib_obj.sh + scripts/build_pycfml_shared_obj_or_dynamic_lib.sh - - name: Copy extra files to PYCFML dist + - name: Make pyCFML distribution shell: bash run: | + scripts/copy_built_to_pycfml_dist.sh + scripts/change_runpath_for_built_pycfml.sh scripts/copy_extra_libs_to_pycfml_dist.sh + scripts/copy_py_api_files_to_pycfml_dist.sh scripts/copy_init_file_to_pycfml_dist.sh scripts/copy_cfml_databases_to_pycfml_dist.sh - - name: Create Python package wheel of PYCFML + - name: Create Python package wheel of pyCFML shell: bash run: | scripts/validate_pyproject_toml.sh scripts/create_pycfml_python_wheel.sh scripts/rename_pycfml_python_wheel.sh - - name: Prepare for uploading Python package wheel of PYCFML + - name: Prepare for uploading Python package wheel of pyCFML shell: bash run: echo "WHEEL_DIR=$(python3 scripts.py --print-wheel-dir)" >> $GITHUB_ENV - - name: Upload zipped Python package wheel of PYCFML for next job + - name: Upload zipped Python package wheel of pyCFML for next job uses: actions/upload-artifact@v4 with: # if name or path modified, remember to UPDATE those in the download step of the next job name: pycfml-wheel_${{ matrix.os }}_${{ matrix.toolchain.exe }} # name (without .zip) of the zip file to be uploaded @@ -162,7 +179,17 @@ jobs: if-no-files-found: "error" compression-level: 0 - tests: # the second job + ############################################################################## + # JOB 2 + ############################################################################## + tests: # current job name + + needs: build # previous job 'build' need to be finished first + + if: always() # start this job even if the previous job failed + + timeout-minutes: 30 + strategy: fail-fast: false matrix: @@ -173,18 +200,14 @@ jobs: - { exe: ifx, compiler: intel, version: "2023.2" } exclude: - os: macos-12 - toolchain: { exe: ifx, compiler: intel, version: "2023.2" } # no support for macOS + toolchain: { exe: ifx, compiler: intel, version: "2023.2" } # no support for macOS - os: macos-14 - toolchain: { exe: ifx, compiler: intel, version: "2023.2" } # no support for macOS on arm64 + toolchain: { exe: ifx, compiler: intel, version: "2023.2" } # no support for macOS on arm64 - os: macos-14 - toolchain: { exe: ifort, compiler: intel-classic, version: "2021.10" } # no support for macOS on arm64 + toolchain: { exe: ifort, compiler: intel-classic, version: "2021.10" } # no support for macOS on arm64 runs-on: ${{ matrix.os }} - timeout-minutes: 30 - - needs: wheel # previous job need to be finished first - steps: # job steps - name: Check-out repository uses: actions/checkout@v4 @@ -192,7 +215,7 @@ jobs: - name: Set up python environment uses: actions/setup-python@v5 with: - python-version: 3.11 + python-version: '3.11' - name: Upgrade package installer for Python shell: bash @@ -200,7 +223,7 @@ jobs: - name: Install Python dependences shell: bash - run: python3 -m pip install '.[test]' # test extras from pyproject.toml + run: pip install '.[ci,test]' # 'ci' and 'test' extras from pyproject.toml - name: Create job step scripts shell: bash @@ -210,29 +233,200 @@ jobs: --compiler ${{ matrix.toolchain.exe }} --mode debug --bash-syntax + --enable-backslash-escapes - - name: Prepare for downloading Python package wheel of PYCFML + - name: Prepare for downloading Python package wheel of pyCFML shell: bash run: echo "WHEEL_DIR=$(python3 scripts.py --print-wheel-dir)" >> $GITHUB_ENV - - name: Download zipped PYCFML wheel from previous job + - name: Download zipped pyCFML wheel from previous job uses: actions/download-artifact@v4 with: # name or path are taken from the upload step of the previous job name: pycfml-wheel_${{ matrix.os }}_${{ matrix.toolchain.exe }} # name (without .zip) of the zipped artifact uploaded on the previous jobs path: ${{ env.WHEEL_DIR }} # directory to extract downloaded zipped artifacts - - name: Install PYCFML from downloaded Python package wheel (with dev extras) + - name: Install pyCFML from downloaded Python package wheel (with dev extras) shell: bash run: scripts/install_pycfml_from_wheel.sh - - name: Run PYCFML unit tests + - name: Run pyCFML unit tests shell: bash run: scripts/run_pycfml_unit_tests.sh - - name: Run PYCFML powder_mod tests + - name: Run pyCFML functional tests + shell: bash + run: scripts/run_pycfml_functional_tests_no_benchmarks.sh + + ############################################################################## + # JOB 3 + ############################################################################## + publish: # current job name + + needs: tests # previous job 'tests' need to be finished first + + if: always() # start this job even if the previous job failed + + timeout-minutes: 30 + + strategy: + fail-fast: false + matrix: + os: [macos-12, macos-14] + python-version: ['3.10', '3.11', '3.12'] + toolchain: + - { exe: gfortran, compiler: gcc, version: 13 } + + runs-on: ${{ matrix.os }} + + steps: # job steps + - name: Check-out repository + uses: actions/checkout@v4 + + - name: Declare env variables on push only + if: github.event_name == 'push' shell: bash - run: scripts/run_powder_mod_tests.sh + run: echo "BRANCH_NAME=${GITHUB_REF#refs/*/}" >> $GITHUB_ENV - - name: Run PYCFML powder_mod main + - name: Declare env variables on pull_request only + if: github.event_name == 'pull_request' shell: bash - run: scripts/run_powder_mod_main.sh + run: echo "BRANCH_NAME=$GITHUB_HEAD_REF" >> $GITHUB_ENV + + - name: Set up Fortran compiler (FC) [all except Windows + gfortran] # except: use pre-installed gfortran + if: runner.os != 'Windows' || matrix.toolchain.exe != 'gfortran' + uses: fortran-lang/setup-fortran@v1 + id: setup-fortran + with: + compiler: ${{ matrix.toolchain.compiler }} + version: ${{ matrix.toolchain.version }} + + - name: Set up NMake build tool [Windows] + if: runner.os == 'Windows' + uses: ilammy/msvc-dev-cmd@v1 + + - name: Set up Python environment + uses: actions/setup-python@v5 + with: + python-version: ${{ matrix.python-version }} + + - name: Upgrade package installer for Python + shell: bash + run: pip install --upgrade pip + + - name: Install Python dependences + shell: bash + run: pip install '.[ci,test]' # 'ci' and 'test' extras from pyproject.toml + + - name: Fix reinstalling gcc [macOS] # needed because of `brew reinstall gcc` + if: runner.os == 'macOS' + shell: bash + run: echo "MACOSX_DEPLOYMENT_TARGET=$(sw_vers -productVersion)" >> $GITHUB_ENV + + - name: Create build scripts in scripts/scripts + shell: bash + run: > + python3 scripts.py + --platform ${{ runner.os }} + --compiler ${{ matrix.toolchain.exe }} + --mode debug + --bash-syntax + --enable-backslash-escapes + + - name: Print some build-specific variables + shell: bash + run: scripts/print_build_variables.sh # bash -x scripts/print_build_variables.sh for printing commands + + - name: Create scripts, CFML and pyCFML directories + shell: bash + run: | + scripts/create_cfml_repo_dir.sh + scripts/create_cfml_build_dir.sh + scripts/create_cfml_dist_dir.sh + scripts/create_pycfml_src_dir.sh + scripts/create_pycfml_build_dir.sh + scripts/create_pycfml_dist_dir.sh + + - name: Download CFML repository + shell: bash + run: scripts/download_cfml_repo.sh + + - name: Build CFML modules + shell: bash + run: | + scripts/rename_global_deps_file.sh + scripts/build_cfml_modules_obj.sh + scripts/delete_renamed_global_deps_file.sh + + - name: Build CFML static library + shell: bash + run: scripts/build_cfml_static_lib.sh + + - name: Make CFML distribution + shell: bash + run: scripts/move_built_to_cfml_dist.sh + + - name: Create pyCFML source code + shell: bash + run: scripts/create_pycfml_src.sh + + - name: Build pyCFML modules + shell: bash + run: scripts/build_pycfml_modules_obj.sh + + - name: Build pyCFML shared obj / dynamic library + shell: bash + run: | + scripts/build_pycfml_lib_obj.sh + scripts/build_pycfml_shared_obj_or_dynamic_lib.sh + + - name: Make pyCFML distribution + shell: bash + run: | + scripts/copy_built_to_pycfml_dist.sh + scripts/change_runpath_for_built_pycfml.sh + scripts/copy_extra_libs_to_pycfml_dist.sh + scripts/copy_py_api_files_to_pycfml_dist.sh + scripts/copy_init_file_to_pycfml_dist.sh + scripts/copy_cfml_databases_to_pycfml_dist.sh + + - name: Create Python package wheel of pyCFML + shell: bash + run: | + scripts/validate_pyproject_toml.sh + scripts/create_pycfml_python_wheel.sh + scripts/rename_pycfml_python_wheel.sh + + - name: Prepare for uploading Python package wheel of pyCFML + shell: bash + run: | + echo "WHEEL_DIR=$(python3 scripts.py --print-wheel-dir)" >> $GITHUB_ENV + echo "RELEASE_VERSION=$(python3 scripts.py --print-release-version)" >> $GITHUB_ENV + echo "RELEASE_TITLE=$(python3 scripts.py --print-release-title)" >> $GITHUB_ENV + + - name: Upload Python package wheel to releases (non-master branch) + if: github.event_name == 'push' && env.BRANCH_NAME != 'master' + uses: ncipollo/release-action@v1 + with: + draft: true + prerelease: true + allowUpdates: true + replacesArtifacts: true + token: ${{ secrets.GITHUB_TOKEN }} + artifacts: "${{ env.WHEEL_DIR }}/*.whl" + tag: ${{ env.BRANCH_NAME }} + name: ${{ env.BRANCH_NAME }} + bodyFile: "RELEASE.md" + + - name: Upload Python package wheel to releases (master branch) + if: github.event_name == 'push' && env.BRANCH_NAME == 'master' + uses: ncipollo/release-action@v1 + with: + draft: true + prerelease: true + allowUpdates: true + replacesArtifacts: true + token: ${{ secrets.GITHUB_TOKEN }} + artifacts: "${{ env.WHEEL_DIR }}/*.whl" + tag: ${{ env.RELEASE_VERSION }} + name: ${{ env.RELEASE_TITLE }} + bodyFile: "RELEASE.md" diff --git a/.gitignore b/.gitignore index 2d8fa98..8db53f3 100644 --- a/.gitignore +++ b/.gitignore @@ -6,11 +6,20 @@ __pycache__ build *.spec +# PyCharm +.idea + # macOS .DS_Store -# Misc +# Build .venv -.benchmarks/local crysfml* pycrysfml* +build +dist +repo +scripts + +# Misc +.benchmarks/local diff --git a/COPYING b/COPYING new file mode 100644 index 0000000..f288702 --- /dev/null +++ b/COPYING @@ -0,0 +1,674 @@ + GNU GENERAL PUBLIC LICENSE + Version 3, 29 June 2007 + + Copyright (C) 2007 Free Software Foundation, Inc. + Everyone is permitted to copy and distribute verbatim copies + of this license document, but changing it is not allowed. + + Preamble + + The GNU General Public License is a free, copyleft license for +software and other kinds of works. + + The licenses for most software and other practical works are designed +to take away your freedom to share and change the works. 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Conveying Modified Versions. + + If you modify a copy of the Library, and, in your modifications, a +facility refers to a function or data to be supplied by an Application +that uses the facility (other than as an argument passed when the +facility is invoked), then you may convey a copy of the modified +version: + + a) under this License, provided that you make a good faith effort to + ensure that, in the event an Application does not supply the + function or data, the facility still operates, and performs + whatever part of its purpose remains meaningful, or + + b) under the GNU GPL, with none of the additional permissions of + this License applicable to that copy. + + 3. Object Code Incorporating Material from Library Header Files. + + The object code form of an Application may incorporate material from +a header file that is part of the Library. You may convey such object +code under terms of your choice, provided that, if the incorporated +material is not limited to numerical parameters, data structure +layouts and accessors, or small macros, inline functions and templates +(ten or fewer lines in length), you do both of the following: + + a) Give prominent notice with each copy of the object code that the + Library is used in it and that the Library and its use are + covered by this License. + + b) Accompany the object code with a copy of the GNU GPL and this license + document. + + 4. Combined Works. + + You may convey a Combined Work under terms of your choice that, +taken together, effectively do not restrict modification of the +portions of the Library contained in the Combined Work and reverse +engineering for debugging such modifications, if you also do each of +the following: + + a) Give prominent notice with each copy of the Combined Work that + the Library is used in it and that the Library and its use are + covered by this License. + + b) Accompany the Combined Work with a copy of the GNU GPL and this license + document. + + c) For a Combined Work that displays copyright notices during + execution, include the copyright notice for the Library among + these notices, as well as a reference directing the user to the + copies of the GNU GPL and this license document. + + d) Do one of the following: + + 0) Convey the Minimal Corresponding Source under the terms of this + License, and the Corresponding Application Code in a form + suitable for, and under terms that permit, the user to + recombine or relink the Application with a modified version of + the Linked Version to produce a modified Combined Work, in the + manner specified by section 6 of the GNU GPL for conveying + Corresponding Source. + + 1) Use a suitable shared library mechanism for linking with the + Library. A suitable mechanism is one that (a) uses at run time + a copy of the Library already present on the user's computer + system, and (b) will operate properly with a modified version + of the Library that is interface-compatible with the Linked + Version. + + e) Provide Installation Information, but only if you would otherwise + be required to provide such information under section 6 of the + GNU GPL, and only to the extent that such information is + necessary to install and execute a modified version of the + Combined Work produced by recombining or relinking the + Application with a modified version of the Linked Version. (If + you use option 4d0, the Installation Information must accompany + the Minimal Corresponding Source and Corresponding Application + Code. If you use option 4d1, you must provide the Installation + Information in the manner specified by section 6 of the GNU GPL + for conveying Corresponding Source.) + + 5. Combined Libraries. + + You may place library facilities that are a work based on the +Library side by side in a single library together with other library +facilities that are not Applications and are not covered by this +License, and convey such a combined library under terms of your +choice, if you do both of the following: + + a) Accompany the combined library with a copy of the same work based + on the Library, uncombined with any other library facilities, + conveyed under the terms of this License. + + b) Give prominent notice with the combined library that part of it + is a work based on the Library, and explaining where to find the + accompanying uncombined form of the same work. + + 6. Revised Versions of the GNU Lesser General Public License. + + The Free Software Foundation may publish revised and/or new versions +of the GNU Lesser General Public License from time to time. Such new +versions will be similar in spirit to the present version, but may +differ in detail to address new problems or concerns. + + Each version is given a distinguishing version number. If the +Library as you received it specifies that a certain numbered version +of the GNU Lesser General Public License "or any later version" +applies to it, you have the option of following the terms and +conditions either of that published version or of any later version +published by the Free Software Foundation. If the Library as you +received it does not specify a version number of the GNU Lesser +General Public License, you may choose any version of the GNU Lesser +General Public License ever published by the Free Software Foundation. + + If the Library as you received it specifies that a proxy can decide +whether future versions of the GNU Lesser General Public License shall +apply, that proxy's public statement of acceptance of any version is +permanent authorization for you to choose that version for the +Library. \ No newline at end of file diff --git a/LICENSE b/LICENSE index 96f1555..eafa644 100644 --- a/LICENSE +++ b/LICENSE @@ -1,19 +1,28 @@ -Copyright (c) 2018 The Python Packaging Authority +---------------------------------------------------- +Crystallographic Fortran Modules Library (CrysFML08) +---------------------------------------------------- -Permission is hereby granted, free of charge, to any person obtaining a copy -of this software and associated documentation files (the "Software"), to deal -in the Software without restriction, including without limitation the rights -to use, copy, modify, merge, publish, distribute, sublicense, and/or sell -copies of the Software, and to permit persons to whom the Software is -furnished to do so, subject to the following conditions: +The CrysFML08 project is distributed under LGPL. In agreement with the +Intergovernmental Convention of the ILL, this software cannot be used +in military applications. -The above copyright notice and this permission notice shall be included in all -copies or substantial portions of the Software. +Copyright (C) 2019-2020 Institut Laue-Langevin (ILL), Grenoble, FRANCE + Universidad de La Laguna (ULL), Tenerife, SPAIN + Laboratoire Leon Brillouin(LLB), Saclay, FRANCE -THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR -IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, -FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE -AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER -LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, -OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE -SOFTWARE. +Authors: Juan Rodriguez-Carvajal (ILL) + Javier Gonzalez-Platas (ULL) + Nebil Ayape Katcho (ILL) + +This library is free software; you can redistribute it and/or +modify it under the terms of the GNU Lesser General Public +License as published by the Free Software Foundation; either +version 3.0 of the License, or (at your option) any later version. + +This library is distributed in the hope that it will be useful, +but WITHOUT ANY WARRANTY; without even the implied warranty of +MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +Lesser General Public License for more details. + +You should have received a copy of the GNU Lesser General Public +License along with this library; if not, see . \ No newline at end of file diff --git a/README.md b/README.md index 5269f40..3688e86 100644 --- a/README.md +++ b/README.md @@ -4,12 +4,12 @@ This is a repository for testing the build process of both the fortran crystallo ### Build matrix -| Platform / Compiler | gfortran | ifx | ifort | nagfor | -| ------------------------- | -------- | ---------- | ------------- | ---------- | -| Windows 10 | ✅ | ✅ | ✅ | | -| Ubuntu 22.04 | ✅ | ✅ | ✅ | | -| macOS 12 (Intel) | ✅ | Unsupported | ✅ | | -| macOS 14 (Apple Silicone) | ✅ | Unsupported | Unsupported | ✅ Local | +| Platform / Compiler | gfortran | ifx | ifort | nagfor | +| ------------------------- | -------- | ----------- | ------------- | ---------- | +| Windows 10 | ✅ | ✅ | ✅ | | +| Ubuntu 22.04 | ✅ | ✅ | ✅ | | +| macOS 12 (Intel) | ✅ | Unsupported | ✅ | | +| macOS 14 (Apple Silicone) | ✅ | Unsupported | Unsupported | ✅ Local | ### Main steps @@ -26,11 +26,11 @@ More details are in the [CI script](.github/workflows/main.yml). ### To run locally -* Create and activate a python environment (_optional_) +* Create and activate a python environment (_optional_) ``` $ python3.11 -m venv .venv - $ source .venv/bin/activate + $ source .venv/bin/activate ``` * Upgrade the package installer for Python (_optional_) @@ -38,7 +38,7 @@ More details are in the [CI script](.github/workflows/main.yml). ``` $ python -m pip install --upgrade pip ``` - + * Install Python dependences, including extras ``` @@ -48,7 +48,7 @@ More details are in the [CI script](.github/workflows/main.yml). * Print possible options for creating job scripts (_optional_) ``` - $ python scripts.py --help + $ python scripts.py --help ``` * Create job scripts with default options @@ -68,4 +68,3 @@ More details are in the [CI script](.github/workflows/main.yml). ``` $ scripts/main_script.sh ``` - diff --git a/RELEASE.md b/RELEASE.md new file mode 100644 index 0000000..0c4cdb8 --- /dev/null +++ b/RELEASE.md @@ -0,0 +1,5 @@ +This is the first release of the pycrysfml python library based on the new auto-generated Python API for CrysFML08 from https://code.ill.fr/scientific-software/CrysFML2008. + +### Features + +- Simulation of the powder diffraction pattern is implemented in `cfml_utilities`. diff --git a/__init__.py b/__init__.py new file mode 100644 index 0000000..7d61f7b --- /dev/null +++ b/__init__.py @@ -0,0 +1,12 @@ +import os +import sys +import importlib.metadata + +# Set package version +__version__ = importlib.metadata.version("pycrysfml") + +# Add current path to system path +sys.path.append(os.path.dirname(__file__)) + +# Set environment variable CRYSFML_DB to be the path to the Databases directory +os.environ['CRYSFML_DB'] = os.path.join(os.path.dirname(__file__), 'Databases') diff --git a/examples/.ipynb_checkpoints/srtio3-checkpoint.ipynb b/examples/.ipynb_checkpoints/srtio3-checkpoint.ipynb new file mode 100644 index 0000000..1762369 --- /dev/null +++ b/examples/.ipynb_checkpoints/srtio3-checkpoint.ipynb @@ -0,0 +1,712 @@ +{ + "cells": [ + { + "cell_type": "markdown", + "id": "8a365a14", + "metadata": { + "pycharm": { + "name": "#%% md\n" + } + }, + "source": [ + "# Simulation of the diffraction pattern\n", + "This notebook shows how we can create a sample (phase) from atoms and calculate diffraction profiles using both constant wavelength and time-of-flight experiment types." + ] + }, + { + "cell_type": "code", + "execution_count": 9, + "id": "9ecc4733", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-22T16:09:43.291492Z", + "start_time": "2024-07-22T16:09:43.289513Z" + }, + "pycharm": { + "name": "#%%\n" + } + }, + "outputs": [], + "source": [ + "from bokeh.io import output_notebook\n", + "from bokeh.io import show\n", + "from bokeh.plotting import figure\n", + "import copy\n", + "import os\n", + "import numpy as np\n", + "\n", + "from pycrysfml import crysfml08lib" + ] + }, + { + "cell_type": "code", + "execution_count": 10, + "id": "d76d50fc", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-22T16:09:43.577764Z", + "start_time": "2024-07-22T16:09:43.571859Z" + }, + "pycharm": { + "name": "#%%\n" + } + }, + "outputs": [ + { + "data": { + "text/html": [ + " \n", + "
\n", + " \n", + " Loading BokehJS ...\n", + "
\n" + ] + }, + "metadata": {}, + "output_type": "display_data" + }, + { + "data": { + "application/javascript": [ + "'use strict';\n", + "(function(root) {\n", + " function now() {\n", + " return new Date();\n", + " }\n", + "\n", + " const force = true;\n", + "\n", + " if (typeof root._bokeh_onload_callbacks === \"undefined\" || force === true) {\n", + " root._bokeh_onload_callbacks = [];\n", + " root._bokeh_is_loading = undefined;\n", + " }\n", + "\n", + "const JS_MIME_TYPE = 'application/javascript';\n", + " const HTML_MIME_TYPE = 'text/html';\n", + " const EXEC_MIME_TYPE = 'application/vnd.bokehjs_exec.v0+json';\n", + " const CLASS_NAME = 'output_bokeh rendered_html';\n", + "\n", + " /**\n", + " * Render data to the DOM node\n", + " */\n", + " function render(props, node) {\n", + " const script = document.createElement(\"script\");\n", + " node.appendChild(script);\n", + " }\n", + "\n", + " /**\n", + " * Handle when an output is cleared or removed\n", + " */\n", + " function handleClearOutput(event, handle) {\n", + " function drop(id) {\n", + " const view = Bokeh.index.get_by_id(id)\n", + " if (view != null) {\n", + " view.model.document.clear()\n", + " Bokeh.index.delete(view)\n", + " }\n", + " }\n", + "\n", + " const cell = handle.cell;\n", + "\n", + " const id = cell.output_area._bokeh_element_id;\n", + " const server_id = cell.output_area._bokeh_server_id;\n", + "\n", + " // Clean up Bokeh references\n", + " if (id != null) {\n", + " drop(id)\n", + " }\n", + "\n", + " if (server_id !== undefined) {\n", + " // Clean up Bokeh references\n", + " const cmd_clean = \"from bokeh.io.state import curstate; print(curstate().uuid_to_server['\" + server_id + \"'].get_sessions()[0].document.roots[0]._id)\";\n", + " cell.notebook.kernel.execute(cmd_clean, {\n", + " iopub: {\n", + " output: function(msg) {\n", + " const id = msg.content.text.trim()\n", + " drop(id)\n", + " }\n", + " }\n", + " });\n", + " // Destroy server and session\n", + " const cmd_destroy = \"import bokeh.io.notebook as ion; ion.destroy_server('\" + server_id + \"')\";\n", + " cell.notebook.kernel.execute(cmd_destroy);\n", + " }\n", + " }\n", + "\n", + " /**\n", + " * Handle when a new output is added\n", + " */\n", + " function handleAddOutput(event, handle) {\n", + " const output_area = handle.output_area;\n", + " const output = handle.output;\n", + "\n", + " // limit handleAddOutput to display_data with EXEC_MIME_TYPE content only\n", + " if ((output.output_type != \"display_data\") || (!Object.prototype.hasOwnProperty.call(output.data, EXEC_MIME_TYPE))) {\n", + " return\n", + " }\n", + "\n", + " const toinsert = output_area.element.find(\".\" + CLASS_NAME.split(' ')[0]);\n", + "\n", + " if (output.metadata[EXEC_MIME_TYPE][\"id\"] !== undefined) {\n", + " toinsert[toinsert.length - 1].firstChild.textContent = output.data[JS_MIME_TYPE];\n", + " // store reference to embed id on output_area\n", + " output_area._bokeh_element_id = output.metadata[EXEC_MIME_TYPE][\"id\"];\n", + " }\n", + " if (output.metadata[EXEC_MIME_TYPE][\"server_id\"] !== undefined) {\n", + " const bk_div = document.createElement(\"div\");\n", + " bk_div.innerHTML = output.data[HTML_MIME_TYPE];\n", + " const script_attrs = bk_div.children[0].attributes;\n", + " for (let i = 0; i < script_attrs.length; i++) {\n", + " toinsert[toinsert.length - 1].firstChild.setAttribute(script_attrs[i].name, script_attrs[i].value);\n", + " toinsert[toinsert.length - 1].firstChild.textContent = bk_div.children[0].textContent\n", + " }\n", + " // store reference to server id on output_area\n", + " output_area._bokeh_server_id = output.metadata[EXEC_MIME_TYPE][\"server_id\"];\n", + " }\n", + " }\n", + "\n", + " function register_renderer(events, OutputArea) {\n", + "\n", + " function append_mime(data, metadata, element) {\n", + " // create a DOM node to render to\n", + " const toinsert = this.create_output_subarea(\n", + " metadata,\n", + " CLASS_NAME,\n", + " EXEC_MIME_TYPE\n", + " );\n", + " this.keyboard_manager.register_events(toinsert);\n", + " // Render to node\n", + " const props = {data: data, metadata: metadata[EXEC_MIME_TYPE]};\n", + " render(props, toinsert[toinsert.length - 1]);\n", + " element.append(toinsert);\n", + " return toinsert\n", + " }\n", + "\n", + " /* Handle when an output is cleared or removed */\n", + " events.on('clear_output.CodeCell', handleClearOutput);\n", + " events.on('delete.Cell', handleClearOutput);\n", + "\n", + " /* Handle when a new output is added */\n", + " events.on('output_added.OutputArea', handleAddOutput);\n", + "\n", + " /**\n", + " * Register the mime type and append_mime function with output_area\n", + " */\n", + " OutputArea.prototype.register_mime_type(EXEC_MIME_TYPE, append_mime, {\n", + " /* Is output safe? */\n", + " safe: true,\n", + " /* Index of renderer in `output_area.display_order` */\n", + " index: 0\n", + " });\n", + " }\n", + "\n", + " // register the mime type if in Jupyter Notebook environment and previously unregistered\n", + " if (root.Jupyter !== undefined) {\n", + " const events = require('base/js/events');\n", + " const OutputArea = require('notebook/js/outputarea').OutputArea;\n", + "\n", + " if (OutputArea.prototype.mime_types().indexOf(EXEC_MIME_TYPE) == -1) {\n", + " register_renderer(events, OutputArea);\n", + " }\n", + " }\n", + " if (typeof (root._bokeh_timeout) === \"undefined\" || force === true) {\n", + " root._bokeh_timeout = Date.now() + 5000;\n", + " root._bokeh_failed_load = false;\n", + " }\n", + "\n", + " const NB_LOAD_WARNING = {'data': {'text/html':\n", + " \"
\\n\"+\n", + " \"

\\n\"+\n", + " \"BokehJS does not appear to have successfully loaded. If loading BokehJS from CDN, this \\n\"+\n", + " \"may be due to a slow or bad network connection. Possible fixes:\\n\"+\n", + " \"

\\n\"+\n", + " \"
    \\n\"+\n", + " \"
  • re-rerun `output_notebook()` to attempt to load from CDN again, or
    • \\n\"+\n", + " \"
  • use INLINE resources instead, as so:
    • \\n\"+\n", + " \"
\\n\"+\n", + " \"\\n\"+\n", + " \"from bokeh.resources import INLINE\\n\"+\n", + " \"output_notebook(resources=INLINE)\\n\"+\n", + " \"\\n\"+\n", + " \"
\"}};\n", + "\n", + " function display_loaded(error = null) {\n", + " const el = document.getElementById(\"eaed963e-33dc-4f6a-8300-333af7130df7\");\n", + " if (el != null) {\n", + " const html = (() => {\n", + " if (typeof root.Bokeh === \"undefined\") {\n", + " if (error == null) {\n", + " return \"BokehJS is loading ...\";\n", + " } else {\n", + " return \"BokehJS failed to load.\";\n", + " }\n", + " } else {\n", + " const prefix = `BokehJS ${root.Bokeh.version}`;\n", + " if (error == null) {\n", + " return `${prefix} successfully loaded.`;\n", + " } else {\n", + " return `${prefix} encountered errors while loading and may not function as expected.`;\n", + " }\n", + " }\n", + " })();\n", + " el.innerHTML = html;\n", + "\n", + " if (error != null) {\n", + " const wrapper = document.createElement(\"div\");\n", + " wrapper.style.overflow = \"auto\";\n", + " wrapper.style.height = \"5em\";\n", + " wrapper.style.resize = \"vertical\";\n", + " const content = document.createElement(\"div\");\n", + " content.style.fontFamily = \"monospace\";\n", + " content.style.whiteSpace = \"pre-wrap\";\n", + " content.style.backgroundColor = \"rgb(255, 221, 221)\";\n", + " content.textContent = error.stack ?? 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\\n\"+\n \"

\\n\"+\n \"BokehJS does not appear to have successfully loaded. If loading BokehJS from CDN, this \\n\"+\n \"may be due to a slow or bad network connection. Possible fixes:\\n\"+\n \"

\\n\"+\n \"
    \\n\"+\n \"
  • re-rerun `output_notebook()` to attempt to load from CDN again, or
    • \\n\"+\n \"
  • use INLINE resources instead, as so:
    • \\n\"+\n \"
\\n\"+\n \"\\n\"+\n \"from bokeh.resources import INLINE\\n\"+\n \"output_notebook(resources=INLINE)\\n\"+\n \"\\n\"+\n \"
\"}};\n\n function display_loaded(error = null) {\n const el = document.getElementById(\"eaed963e-33dc-4f6a-8300-333af7130df7\");\n if (el != null) {\n const html = (() => {\n if (typeof root.Bokeh === \"undefined\") {\n if (error == null) {\n return \"BokehJS is loading ...\";\n } else {\n return \"BokehJS failed to load.\";\n }\n } else {\n const prefix = `BokehJS ${root.Bokeh.version}`;\n if (error == null) {\n return `${prefix} successfully loaded.`;\n } else {\n return `${prefix} encountered errors while loading and may not function as expected.`;\n }\n }\n })();\n el.innerHTML = html;\n\n if (error != null) {\n const wrapper = document.createElement(\"div\");\n wrapper.style.overflow = \"auto\";\n wrapper.style.height = \"5em\";\n wrapper.style.resize = \"vertical\";\n const content = document.createElement(\"div\");\n content.style.fontFamily = \"monospace\";\n content.style.whiteSpace = \"pre-wrap\";\n content.style.backgroundColor = \"rgb(255, 221, 221)\";\n content.textContent = error.stack ?? error.toString();\n wrapper.append(content);\n el.append(wrapper);\n }\n } else if (Date.now() < root._bokeh_timeout) {\n setTimeout(() => display_loaded(error), 100);\n }\n }\n\n function run_callbacks() {\n try {\n root._bokeh_onload_callbacks.forEach(function(callback) {\n if (callback != null)\n callback();\n });\n } finally {\n delete root._bokeh_onload_callbacks\n }\n console.debug(\"Bokeh: all callbacks have finished\");\n }\n\n function load_libs(css_urls, js_urls, callback) {\n if (css_urls == null) css_urls = [];\n if (js_urls == null) js_urls = [];\n\n root._bokeh_onload_callbacks.push(callback);\n if (root._bokeh_is_loading > 0) {\n console.debug(\"Bokeh: BokehJS is being loaded, scheduling callback at\", now());\n return null;\n }\n if (js_urls == null || js_urls.length === 0) {\n run_callbacks();\n return null;\n }\n console.debug(\"Bokeh: BokehJS not loaded, scheduling load and callback at\", now());\n root._bokeh_is_loading = css_urls.length + js_urls.length;\n\n function on_load() {\n root._bokeh_is_loading--;\n if (root._bokeh_is_loading === 0) {\n console.debug(\"Bokeh: all BokehJS libraries/stylesheets loaded\");\n run_callbacks()\n }\n }\n\n function on_error(url) {\n console.error(\"failed to load \" + url);\n }\n\n for (let i = 0; i < css_urls.length; i++) {\n const url = css_urls[i];\n const element = document.createElement(\"link\");\n element.onload = on_load;\n element.onerror = on_error.bind(null, url);\n element.rel = \"stylesheet\";\n element.type = \"text/css\";\n element.href = url;\n console.debug(\"Bokeh: injecting link tag for BokehJS stylesheet: \", url);\n document.body.appendChild(element);\n }\n\n for (let i = 0; i < js_urls.length; i++) {\n const url = js_urls[i];\n const element = document.createElement('script');\n element.onload = on_load;\n element.onerror = on_error.bind(null, url);\n element.async = false;\n element.src = url;\n console.debug(\"Bokeh: injecting script tag for BokehJS library: \", url);\n document.head.appendChild(element);\n }\n };\n\n function inject_raw_css(css) {\n const element = document.createElement(\"style\");\n element.appendChild(document.createTextNode(css));\n document.body.appendChild(element);\n }\n\n const js_urls = [\"https://cdn.bokeh.org/bokeh/release/bokeh-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-gl-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-widgets-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-tables-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-mathjax-3.5.0.min.js\"];\n const css_urls = [];\n\n const inline_js = [ function(Bokeh) {\n Bokeh.set_log_level(\"info\");\n },\nfunction(Bokeh) {\n }\n ];\n\n function run_inline_js() {\n if (root.Bokeh !== undefined || force === true) {\n try {\n for (let i = 0; i < inline_js.length; i++) {\n inline_js[i].call(root, root.Bokeh);\n }\n\n } catch (error) {display_loaded(error);throw error;\n }if (force === true) {\n display_loaded();\n }} else if (Date.now() < root._bokeh_timeout) {\n setTimeout(run_inline_js, 100);\n } else if (!root._bokeh_failed_load) {\n console.log(\"Bokeh: BokehJS failed to load within specified timeout.\");\n root._bokeh_failed_load = true;\n } else if (force !== true) {\n const cell = $(document.getElementById(\"eaed963e-33dc-4f6a-8300-333af7130df7\")).parents('.cell').data().cell;\n cell.output_area.append_execute_result(NB_LOAD_WARNING)\n }\n }\n\n if (root._bokeh_is_loading === 0) {\n console.debug(\"Bokeh: BokehJS loaded, going straight to plotting\");\n run_inline_js();\n } else {\n load_libs(css_urls, js_urls, function() {\n console.debug(\"Bokeh: BokehJS plotting callback run at\", now());\n run_inline_js();\n });\n }\n}(window));" + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "output_notebook()\n", + "FIGURE_WIDTH = 990\n", + "FIGURE_HEIGHT = 300" + ] + }, + { + "cell_type": "code", + "execution_count": 11, + "id": "d2cc80ff", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-22T16:09:43.799173Z", + "start_time": "2024-07-22T16:09:43.797413Z" + } + }, + "outputs": [], + "source": [ + "# access to Databases/magnetic_data.txt\n", + "os.environ['CRYSFML_DB'] = os.path.join(os.path.dirname(crysfml08lib.__file__), 'Databases')" + ] + }, + { + "cell_type": "code", + "execution_count": 12, + "id": "3752d741", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-22T16:13:01.060488Z", + "start_time": "2024-07-22T16:13:01.054666Z" + } + }, + "outputs": [], + "source": [ + "STUDY_DICT = {\n", + " \"phases\": [\n", + " {\n", + " \"SrTiO3\": {\n", + " \"_space_group_name_H-M_alt\": \"P m -3 m\",\n", + " #\"_space_group_name_H-M_alt\": \"P n m a\",\n", + " \"_cell_length_a\": 3.9,\n", + " \"_cell_length_b\": 3.9,\n", + " \"_cell_length_c\": 3.9,\n", + " \"_cell_angle_alpha\": 90,\n", + " \"_cell_angle_beta\": 90,\n", + " \"_cell_angle_gamma\": 90,\n", + " \"_atom_site\": [\n", + " {\n", + " \"_label\": \"Sr\",\n", + " \"_type_symbol\": \"Sr\",\n", + " \"_fract_x\": 0.5,\n", + " \"_fract_y\": 0.5,\n", + " \"_fract_z\": 0.5,\n", + " \"_occupancy\": 1,\n", + " \"_adp_type\": \"Biso\",\n", + " \"_B_iso_or_equiv\": 0.40\n", + " },\n", + " {\n", + " \"_label\": \"Ti\",\n", + " \"_type_symbol\": \"Ti\",\n", + " \"_fract_x\": 0,\n", + " \"_fract_y\": 0,\n", + " \"_fract_z\": 0,\n", + " \"_occupancy\": 1,\n", + " \"_adp_type\": \"Biso\",\n", + " \"_B_iso_or_equiv\": 0.50\n", + " },\n", + " {\n", + " \"_label\": \"O\",\n", + " \"_type_symbol\": \"O\",\n", + " \"_fract_x\": 0.5,\n", + " \"_fract_y\": 0,\n", + " \"_fract_z\": 0,\n", + " \"_occupancy\": 1,\n", + " \"_adp_type\": \"Biso\",\n", + " \"_B_iso_or_equiv\": 0.65\n", + " }\n", + " ]\n", + " }\n", + " }\n", + " ],\n", + " \"experiments\": [\n", + " {\n", + " \"NPD\": {\n", + " \"_diffrn_source\": \"nuclear reactor\",\n", + " \"_diffrn_radiation_probe\": \"neutron\",\n", + " \"_diffrn_radiation_wavelength\": 1.27,\n", + " \"_pd_instr_resolution_u\": 0.02,\n", + " \"_pd_instr_resolution_v\": -0.02,\n", + " \"_pd_instr_resolution_w\": 0.12,\n", + " \"_pd_instr_resolution_x\": 0.0015,\n", + " \"_pd_instr_resolution_y\": 0,\n", + " \"_pd_instr_reflex_asymmetry_p1\": 0,\n", + " \"_pd_instr_reflex_asymmetry_p2\": 0,\n", + " \"_pd_instr_reflex_asymmetry_p3\": 0,\n", + " \"_pd_instr_reflex_asymmetry_p4\": 0,\n", + " \"_pd_meas_2theta_offset\": 0,\n", + " \"_pd_meas_2theta_range_min\": 1,\n", + " \"_pd_meas_2theta_range_max\": 140,\n", + " \"_pd_meas_2theta_range_inc\": 0.05,\n", + " \"_phase\": [\n", + " {\n", + " \"_label\": \"SrTiO3\",\n", + " \"_scale\": 1\n", + " }\n", + " ],\n", + " \"_pd_background\": [\n", + " {\n", + " \"_2theta\": 1,\n", + " \"_intensity\": 20\n", + " },\n", + " {\n", + " \"_2theta\": 140,\n", + " \"_intensity\": 20\n", + " }\n", + " ]\n", + " }\n", + " }\n", + " ]\n", + "}" + ] + }, + { + "cell_type": "code", + "execution_count": 13, + "id": "80f17cdc", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-22T16:13:01.402554Z", + "start_time": "2024-07-22T16:13:01.398813Z" + } + }, + "outputs": [], + "source": [ + "# Help functions\n", + "\n", + "def path_to_desired(file_name:str):\n", + " return os.path.join(os.getcwd(), file_name)\n", + "\n", + "def phase_name_by_idx(study_dict:dict, phase_idx:int=0):\n", + " return list(study_dict['phases'][phase_idx].keys())[phase_idx]\n", + "\n", + "def space_group_by_phase_idx(study_dict:dict, phase_idx:int=0):\n", + " phase_name = phase_name_by_idx(study_dict, phase_idx)\n", + " return study_dict['phases'][phase_idx][phase_name]['_space_group_name_H-M_alt']\n", + "\n", + "def set_space_group_by_phase_idx(study_dict:dict, phase_idx:int, space_group:str):\n", + " phase_name = phase_name_by_idx(study_dict, phase_idx)\n", + " study_dict['phases'][phase_idx][phase_name]['_space_group_name_H-M_alt'] = space_group\n", + "\n", + "def compute_pattern(study_dict:dict):\n", + " _, y = crysfml08lib.f_powder_pattern_from_json(study_dict) # returns x and y arrays\n", + " y = y.astype(np.float64)\n", + " return y" + ] + }, + { + "cell_type": "code", + "execution_count": 17, + "id": "528e804d5d15225e", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-22T16:13:01.626731Z", + "start_time": "2024-07-22T16:13:01.586998Z" + } + }, + "outputs": [], + "source": [ + "desired = np.loadtxt(path_to_desired('srtio3-pmmm-pattern_Andrew-ifort.xy'), unpack=True)\n", + "_, desired = np.loadtxt(path_to_desired('srtio3-pm3m-pattern_Nebil-ifort.xy'), unpack=True)\n", + "desired = desired - 20.0 # remove background\n", + "study_dict = copy.deepcopy(STUDY_DICT)\n", + "set_space_group_by_phase_idx(study_dict, phase_idx=0, space_group='P n m a')\n", + "actual = compute_pattern(study_dict)\n", + "actual = actual * 1000" + ] + }, + { + "cell_type": "code", + "execution_count": 18, + "id": "f556cc94", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-22T16:13:01.768360Z", + "start_time": "2024-07-22T16:13:01.766211Z" + } + }, + "outputs": [], + "source": [ + "x = np.arange(start=1, stop=140+0.05, step=0.05)" + ] + }, + { + "cell_type": "code", + "execution_count": 20, + "id": "fd69f347d54ec446", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-22T16:13:01.988798Z", + "start_time": "2024-07-22T16:13:01.944451Z" + } + }, + "outputs": [ + { + "data": { + "text/html": [ + "\n", + "
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\"},\"shape\":[2781],\"dtype\":\"float64\",\"order\":\"little\"}]]}}},\"view\":{\"type\":\"object\",\"name\":\"CDSView\",\"id\":\"p1242\",\"attributes\":{\"filter\":{\"type\":\"object\",\"name\":\"AllIndices\",\"id\":\"p1243\"}}},\"glyph\":{\"type\":\"object\",\"name\":\"Line\",\"id\":\"p1238\",\"attributes\":{\"x\":{\"type\":\"field\",\"field\":\"x\"},\"y\":{\"type\":\"field\",\"field\":\"y\"},\"line_color\":\"blue\",\"line_width\":2}},\"nonselection_glyph\":{\"type\":\"object\",\"name\":\"Line\",\"id\":\"p1239\",\"attributes\":{\"x\":{\"type\":\"field\",\"field\":\"x\"},\"y\":{\"type\":\"field\",\"field\":\"y\"},\"line_color\":\"blue\",\"line_alpha\":0.1,\"line_width\":2}},\"muted_glyph\":{\"type\":\"object\",\"name\":\"Line\",\"id\":\"p1240\",\"attributes\":{\"x\":{\"type\":\"field\",\"field\":\"x\"},\"y\":{\"type\":\"field\",\"field\":\"y\"},\"line_color\":\"blue\",\"line_alpha\":0.2,\"line_width\":2}}}}],\"toolbar\":{\"type\":\"object\",\"name\":\"Toolbar\",\"id\":\"p1198\",\"attributes\":{\"tools\":[{\"type\":\"object\",\"name\":\"PanTool\",\"id\":\"p1211\"},{\"type\":\"object\",\"name\":\"WheelZoomTool\",\"id\":\"p1212\",\"attributes\":{\"renderers\":\"auto\"}},{\"type\":\"object\",\"name\":\"BoxZoomTool\",\"id\":\"p1213\",\"attributes\":{\"overlay\":{\"type\":\"object\",\"name\":\"BoxAnnotation\",\"id\":\"p1214\",\"attributes\":{\"syncable\":false,\"line_color\":\"black\",\"line_alpha\":1.0,\"line_width\":2,\"line_dash\":[4,4],\"fill_color\":\"lightgrey\",\"fill_alpha\":0.5,\"level\":\"overlay\",\"visible\":false,\"left\":{\"type\":\"number\",\"value\":\"nan\"},\"right\":{\"type\":\"number\",\"value\":\"nan\"},\"top\":{\"type\":\"number\",\"value\":\"nan\"},\"bottom\":{\"type\":\"number\",\"value\":\"nan\"},\"left_units\":\"canvas\",\"right_units\":\"canvas\",\"top_units\":\"canvas\",\"bottom_units\":\"canvas\",\"handles\":{\"type\":\"object\",\"name\":\"BoxInteractionHandles\",\"id\":\"p1220\",\"attributes\":{\"all\":{\"type\":\"object\",\"name\":\"AreaVisuals\",\"id\":\"p1219\",\"attributes\":{\"fill_color\":\"white\",\"hover_fill_color\":\"lightgray\"}}}}}}}},{\"type\":\"object\",\"name\":\"SaveTool\",\"id\":\"p1221\"},{\"type\":\"object\",\"name\":\"ResetTool\",\"id\":\"p1222\"},{\"type\":\"object\",\"name\":\"HelpTool\",\"id\":\"p1223\"}]}},\"left\":[{\"type\":\"object\",\"name\":\"LinearAxis\",\"id\":\"p1206\",\"attributes\":{\"ticker\":{\"type\":\"object\",\"name\":\"BasicTicker\",\"id\":\"p1207\",\"attributes\":{\"mantissas\":[1,2,5]}},\"formatter\":{\"type\":\"object\",\"name\":\"BasicTickFormatter\",\"id\":\"p1208\"},\"major_label_policy\":{\"type\":\"object\",\"name\":\"AllLabels\",\"id\":\"p1209\"}}}],\"below\":[{\"type\":\"object\",\"name\":\"LinearAxis\",\"id\":\"p1201\",\"attributes\":{\"ticker\":{\"type\":\"object\",\"name\":\"BasicTicker\",\"id\":\"p1202\",\"attributes\":{\"mantissas\":[1,2,5]}},\"formatter\":{\"type\":\"object\",\"name\":\"BasicTickFormatter\",\"id\":\"p1203\"},\"major_label_policy\":{\"type\":\"object\",\"name\":\"AllLabels\",\"id\":\"p1204\"}}}],\"center\":[{\"type\":\"object\",\"name\":\"Grid\",\"id\":\"p1205\",\"attributes\":{\"axis\":{\"id\":\"p1201\"}}},{\"type\":\"object\",\"name\":\"Grid\",\"id\":\"p1210\",\"attributes\":{\"dimension\":1,\"axis\":{\"id\":\"p1206\"}}},{\"type\":\"object\",\"name\":\"Legend\",\"id\":\"p1233\",\"attributes\":{\"items\":[{\"type\":\"object\",\"name\":\"LegendItem\",\"id\":\"p1234\",\"attributes\":{\"label\":{\"type\":\"value\",\"value\":\"desired\"},\"renderers\":[{\"id\":\"p1230\"}]}},{\"type\":\"object\",\"name\":\"LegendItem\",\"id\":\"p1244\",\"attributes\":{\"label\":{\"type\":\"value\",\"value\":\"actual\"},\"renderers\":[{\"id\":\"p1241\"}]}}]}}]}}]}};\n", + " const render_items = [{\"docid\":\"7947612f-4499-4f0c-a203-5197f14f9896\",\"roots\":{\"p1190\":\"f9c09d94-ca3d-4deb-beba-924e0d726685\"},\"root_ids\":[\"p1190\"]}];\n", + " void root.Bokeh.embed.embed_items_notebook(docs_json, render_items);\n", + " }\n", + " if (root.Bokeh !== undefined) {\n", + " embed_document(root);\n", + " } else {\n", + " let attempts = 0;\n", + " const timer = setInterval(function(root) {\n", + " if (root.Bokeh !== undefined) {\n", + " clearInterval(timer);\n", + " embed_document(root);\n", + " } else {\n", + " attempts++;\n", + " if (attempts > 100) {\n", + " clearInterval(timer);\n", + " console.log(\"Bokeh: ERROR: Unable to run BokehJS code because BokehJS library is missing\");\n", + " }\n", + " }\n", + " }, 10, root)\n", + " }\n", + "})(window);" + ], + "application/vnd.bokehjs_exec.v0+json": "" + }, + "metadata": { + "application/vnd.bokehjs_exec.v0+json": { + "id": "p1190" + } + }, + "output_type": "display_data" + } + ], + "source": [ + "fig = figure(width=FIGURE_WIDTH, height=FIGURE_HEIGHT)\n", + "fig.line(x, desired, legend_label='desired', color='orangered', line_width=2)\n", + "fig.line(x, actual, legend_label='actual', color='blue', line_width=2)\n", + "#fig.line(x, actual-desired, legend_label='diff', color='green', line_width=2)\n", + "show(fig)" + ] + }, + { + "cell_type": "code", + "execution_count": 54, + "id": "964a20b70ae16d1", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-22T16:13:02.133367Z", + "start_time": "2024-07-22T16:13:02.131873Z" + } + }, + "outputs": [], + "source": [] + }, + { + "cell_type": "code", + "execution_count": 54, + "id": "5671bf9407b201ef", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-22T16:13:02.289122Z", + "start_time": "2024-07-22T16:13:02.287615Z" + } + }, + "outputs": [], + "source": [] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "6d3cb90d5d3a6877", + "metadata": {}, + "outputs": [], + "source": [] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.11.7" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/examples/pyCFML/cfml_utilities/powder_pattern_from_json/.ipynb_checkpoints/srtio3-pattern-simulation-checkpoint.ipynb b/examples/pyCFML/cfml_utilities/powder_pattern_from_json/.ipynb_checkpoints/srtio3-pattern-simulation-checkpoint.ipynb new file mode 100644 index 0000000..229ad83 --- /dev/null +++ b/examples/pyCFML/cfml_utilities/powder_pattern_from_json/.ipynb_checkpoints/srtio3-pattern-simulation-checkpoint.ipynb @@ -0,0 +1,784 @@ +{ + "cells": [ + { + "cell_type": "code", + "execution_count": 1, + "id": "9ecc4733", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:09.858468Z", + "start_time": "2024-07-23T12:12:09.854247Z" + }, + "pycharm": { + "name": "#%%\n" + } + }, + "outputs": [], + "source": [ + "from bokeh.io import output_notebook\n", + "from bokeh.io import show\n", + "from bokeh.plotting import figure\n", + "import copy\n", + "import os\n", + "import numpy as np\n", + "\n", + "from pycrysfml import cfml_utilities\n", + "#from pycrysfml import crysfml08lib" + ] + }, + { + "cell_type": "code", + "execution_count": 2, + "id": "d76d50fc", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:10.327309Z", + "start_time": "2024-07-23T12:12:10.317495Z" + }, + "pycharm": { + "name": "#%%\n" + } + }, + "outputs": [ + { + "data": { + "text/html": [ + " \n", + "
\n", + " \n", + " Loading BokehJS ...\n", + "
\n" + ] + }, + "metadata": {}, + "output_type": "display_data" + }, + { + "data": { + "application/javascript": [ + "'use strict';\n", + "(function(root) {\n", + " function now() {\n", + " return new Date();\n", + " }\n", + "\n", + " const force = true;\n", + "\n", + " if (typeof root._bokeh_onload_callbacks === \"undefined\" || force === true) {\n", + " root._bokeh_onload_callbacks = [];\n", + " root._bokeh_is_loading = undefined;\n", + " }\n", + "\n", + "const JS_MIME_TYPE = 'application/javascript';\n", + " const HTML_MIME_TYPE = 'text/html';\n", + " const EXEC_MIME_TYPE = 'application/vnd.bokehjs_exec.v0+json';\n", + " const CLASS_NAME = 'output_bokeh rendered_html';\n", + "\n", + " /**\n", + " * Render data to the DOM node\n", + " */\n", + " function render(props, node) {\n", + " const script = document.createElement(\"script\");\n", + " node.appendChild(script);\n", + " }\n", + "\n", + " /**\n", + " * Handle when an output is cleared or removed\n", + " */\n", + " function handleClearOutput(event, handle) {\n", + " function drop(id) {\n", + " const view = Bokeh.index.get_by_id(id)\n", + " if (view != null) {\n", + " view.model.document.clear()\n", + " Bokeh.index.delete(view)\n", + " }\n", + " }\n", + "\n", + " const cell = handle.cell;\n", + "\n", + " const id = cell.output_area._bokeh_element_id;\n", + " const server_id = cell.output_area._bokeh_server_id;\n", + "\n", + " // Clean up Bokeh references\n", + " if (id != null) {\n", + " drop(id)\n", + " }\n", + "\n", + " if (server_id !== undefined) {\n", + " // Clean up Bokeh references\n", + " const cmd_clean = \"from bokeh.io.state import curstate; print(curstate().uuid_to_server['\" + server_id + \"'].get_sessions()[0].document.roots[0]._id)\";\n", + " cell.notebook.kernel.execute(cmd_clean, {\n", + " iopub: {\n", + " output: function(msg) {\n", + " const id = msg.content.text.trim()\n", + " drop(id)\n", + " }\n", + " }\n", + " });\n", + " // Destroy server and session\n", + " const cmd_destroy = \"import bokeh.io.notebook as ion; ion.destroy_server('\" + server_id + \"')\";\n", + " cell.notebook.kernel.execute(cmd_destroy);\n", + " }\n", + " }\n", + "\n", + " /**\n", + " * Handle when a new output is added\n", + " */\n", + " function handleAddOutput(event, handle) {\n", + " const output_area = handle.output_area;\n", + " const output = handle.output;\n", + "\n", + " // limit handleAddOutput to display_data with EXEC_MIME_TYPE content only\n", + " if ((output.output_type != \"display_data\") || (!Object.prototype.hasOwnProperty.call(output.data, EXEC_MIME_TYPE))) {\n", + " return\n", + " }\n", + "\n", + " const toinsert = output_area.element.find(\".\" + CLASS_NAME.split(' ')[0]);\n", + "\n", + " if (output.metadata[EXEC_MIME_TYPE][\"id\"] !== undefined) {\n", + " toinsert[toinsert.length - 1].firstChild.textContent = output.data[JS_MIME_TYPE];\n", + " // store reference to embed id on output_area\n", + " output_area._bokeh_element_id = output.metadata[EXEC_MIME_TYPE][\"id\"];\n", + " }\n", + " if (output.metadata[EXEC_MIME_TYPE][\"server_id\"] !== undefined) {\n", + " const bk_div = document.createElement(\"div\");\n", + " bk_div.innerHTML = output.data[HTML_MIME_TYPE];\n", + " const script_attrs = bk_div.children[0].attributes;\n", + " for (let i = 0; i < script_attrs.length; i++) {\n", + " toinsert[toinsert.length - 1].firstChild.setAttribute(script_attrs[i].name, script_attrs[i].value);\n", + " toinsert[toinsert.length - 1].firstChild.textContent = bk_div.children[0].textContent\n", + " }\n", + " // store reference to server id on output_area\n", + " output_area._bokeh_server_id = output.metadata[EXEC_MIME_TYPE][\"server_id\"];\n", + " }\n", + " }\n", + "\n", + " function register_renderer(events, OutputArea) {\n", + "\n", + " function append_mime(data, metadata, element) {\n", + " // create a DOM node to render to\n", + " const toinsert = this.create_output_subarea(\n", + " metadata,\n", + " CLASS_NAME,\n", + " EXEC_MIME_TYPE\n", + " );\n", + " this.keyboard_manager.register_events(toinsert);\n", + " // Render to node\n", + " const props = {data: data, metadata: metadata[EXEC_MIME_TYPE]};\n", + " render(props, toinsert[toinsert.length - 1]);\n", + " element.append(toinsert);\n", + " return toinsert\n", + " }\n", + "\n", + " /* Handle when an output is cleared or removed */\n", + " events.on('clear_output.CodeCell', handleClearOutput);\n", + " events.on('delete.Cell', handleClearOutput);\n", + "\n", + " /* Handle when a new output is added */\n", + " events.on('output_added.OutputArea', handleAddOutput);\n", + "\n", + " /**\n", + " * Register the mime type and append_mime function with output_area\n", + " */\n", + " OutputArea.prototype.register_mime_type(EXEC_MIME_TYPE, append_mime, {\n", + " /* Is output safe? */\n", + " safe: true,\n", + " /* Index of renderer in `output_area.display_order` */\n", + " index: 0\n", + " });\n", + " }\n", + "\n", + " // register the mime type if in Jupyter Notebook environment and previously unregistered\n", + " if (root.Jupyter !== undefined) {\n", + " const events = require('base/js/events');\n", + " const OutputArea = require('notebook/js/outputarea').OutputArea;\n", + "\n", + " if (OutputArea.prototype.mime_types().indexOf(EXEC_MIME_TYPE) == -1) {\n", + " register_renderer(events, OutputArea);\n", + " }\n", + " }\n", + " if (typeof (root._bokeh_timeout) === \"undefined\" || force === true) {\n", + " root._bokeh_timeout = Date.now() + 5000;\n", + " root._bokeh_failed_load = false;\n", + " }\n", + "\n", + " const NB_LOAD_WARNING = {'data': {'text/html':\n", + " \"
\\n\"+\n", + " \"

\\n\"+\n", + " \"BokehJS does not appear to have successfully loaded. If loading BokehJS from CDN, this \\n\"+\n", + " \"may be due to a slow or bad network connection. Possible fixes:\\n\"+\n", + " \"

\\n\"+\n", + " \"
    \\n\"+\n", + " \"
  • re-rerun `output_notebook()` to attempt to load from CDN again, or
    • \\n\"+\n", + " \"
  • use INLINE resources instead, as so:
    • \\n\"+\n", + " \"
\\n\"+\n", + " \"\\n\"+\n", + " \"from bokeh.resources import INLINE\\n\"+\n", + " \"output_notebook(resources=INLINE)\\n\"+\n", + " \"\\n\"+\n", + " \"
\"}};\n", + "\n", + " function display_loaded(error = null) {\n", + " const el = document.getElementById(\"d1d004ca-3992-45dd-aee9-2b974c4e2726\");\n", + " if (el != null) {\n", + " const html = (() => {\n", + " if (typeof root.Bokeh === \"undefined\") {\n", + " if (error == null) {\n", + " return \"BokehJS is loading ...\";\n", + " } else {\n", + " return \"BokehJS failed to load.\";\n", + " }\n", + " } else {\n", + " const prefix = `BokehJS ${root.Bokeh.version}`;\n", + " if (error == null) {\n", + " return `${prefix} successfully loaded.`;\n", + " } else {\n", + " return `${prefix} encountered errors while loading and may not function as expected.`;\n", + " }\n", + " }\n", + " })();\n", + " el.innerHTML = html;\n", + "\n", + " if (error != null) {\n", + " const wrapper = document.createElement(\"div\");\n", + " wrapper.style.overflow = \"auto\";\n", + " wrapper.style.height = \"5em\";\n", + " wrapper.style.resize = \"vertical\";\n", + " const content = document.createElement(\"div\");\n", + " content.style.fontFamily = \"monospace\";\n", + " content.style.whiteSpace = \"pre-wrap\";\n", + " content.style.backgroundColor = \"rgb(255, 221, 221)\";\n", + " content.textContent = error.stack ?? error.toString();\n", + " wrapper.append(content);\n", + " el.append(wrapper);\n", + " }\n", + " } else if (Date.now() < root._bokeh_timeout) {\n", + " setTimeout(() => display_loaded(error), 100);\n", + " }\n", + " }\n", + "\n", + " function run_callbacks() {\n", + " try {\n", + " root._bokeh_onload_callbacks.forEach(function(callback) {\n", + " if (callback != null)\n", + " callback();\n", + " });\n", + " } finally {\n", + " delete root._bokeh_onload_callbacks\n", + " }\n", + " console.debug(\"Bokeh: all callbacks have finished\");\n", + " }\n", + "\n", + " function load_libs(css_urls, js_urls, callback) {\n", + " if (css_urls == null) css_urls = [];\n", + " if (js_urls == null) js_urls = [];\n", + "\n", + " root._bokeh_onload_callbacks.push(callback);\n", + " if (root._bokeh_is_loading > 0) {\n", + " console.debug(\"Bokeh: BokehJS is being loaded, scheduling callback at\", now());\n", + " return null;\n", + " }\n", + " if (js_urls == null || js_urls.length === 0) {\n", + " run_callbacks();\n", + " return null;\n", + " }\n", + " console.debug(\"Bokeh: BokehJS not loaded, scheduling load and callback at\", now());\n", + " root._bokeh_is_loading = css_urls.length + js_urls.length;\n", + "\n", + " function on_load() {\n", + " root._bokeh_is_loading--;\n", + " if (root._bokeh_is_loading === 0) {\n", + " console.debug(\"Bokeh: all BokehJS libraries/stylesheets loaded\");\n", + " run_callbacks()\n", + " }\n", + " }\n", + "\n", + " function on_error(url) {\n", + " console.error(\"failed to load \" + url);\n", + " }\n", + "\n", + " for (let i = 0; i < css_urls.length; i++) {\n", + " const url = css_urls[i];\n", + " const element = document.createElement(\"link\");\n", + " element.onload = on_load;\n", + " element.onerror = on_error.bind(null, url);\n", + " element.rel = \"stylesheet\";\n", + " element.type = \"text/css\";\n", + " element.href = url;\n", + " console.debug(\"Bokeh: injecting link tag for BokehJS stylesheet: \", url);\n", + " document.body.appendChild(element);\n", + " }\n", + "\n", + " for (let i = 0; i < js_urls.length; i++) {\n", + " const url = js_urls[i];\n", + " const element = document.createElement('script');\n", + " element.onload = on_load;\n", + " element.onerror = on_error.bind(null, url);\n", + " element.async = false;\n", + " element.src = url;\n", + " console.debug(\"Bokeh: injecting script tag for BokehJS library: \", url);\n", + " document.head.appendChild(element);\n", + " }\n", + " };\n", + "\n", + " function inject_raw_css(css) {\n", + " const element = document.createElement(\"style\");\n", + " element.appendChild(document.createTextNode(css));\n", + " document.body.appendChild(element);\n", + " }\n", + "\n", + " const js_urls = [\"https://cdn.bokeh.org/bokeh/release/bokeh-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-gl-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-widgets-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-tables-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-mathjax-3.5.0.min.js\"];\n", + " const css_urls = [];\n", + "\n", + " const inline_js = [ function(Bokeh) {\n", + " Bokeh.set_log_level(\"info\");\n", + " },\n", + "function(Bokeh) {\n", + " }\n", + " ];\n", + "\n", + " function run_inline_js() {\n", + " if (root.Bokeh !== undefined || force === true) {\n", + " try {\n", + " for (let i = 0; i < inline_js.length; i++) {\n", + " inline_js[i].call(root, root.Bokeh);\n", + " }\n", + "\n", + " } catch (error) {display_loaded(error);throw error;\n", + " }if (force === true) {\n", + " display_loaded();\n", + " }} else if (Date.now() < root._bokeh_timeout) {\n", + " setTimeout(run_inline_js, 100);\n", + " } else if (!root._bokeh_failed_load) {\n", + " console.log(\"Bokeh: BokehJS failed to load within specified timeout.\");\n", + " root._bokeh_failed_load = true;\n", + " } else if (force !== true) {\n", + " const cell = $(document.getElementById(\"d1d004ca-3992-45dd-aee9-2b974c4e2726\")).parents('.cell').data().cell;\n", + " cell.output_area.append_execute_result(NB_LOAD_WARNING)\n", + " }\n", + " }\n", + "\n", + " if (root._bokeh_is_loading === 0) {\n", + " console.debug(\"Bokeh: BokehJS loaded, going straight to plotting\");\n", + " run_inline_js();\n", + " } else {\n", + " load_libs(css_urls, js_urls, function() {\n", + " console.debug(\"Bokeh: BokehJS plotting callback run at\", now());\n", + " run_inline_js();\n", + " });\n", + " }\n", + "}(window));" + ], + "application/vnd.bokehjs_load.v0+json": "'use strict';\n(function(root) {\n function now() {\n return new Date();\n }\n\n const force = true;\n\n if (typeof root._bokeh_onload_callbacks === \"undefined\" || force === true) {\n root._bokeh_onload_callbacks = [];\n root._bokeh_is_loading = undefined;\n }\n\n\n if (typeof (root._bokeh_timeout) === \"undefined\" || force === true) {\n root._bokeh_timeout = Date.now() + 5000;\n root._bokeh_failed_load = false;\n }\n\n const NB_LOAD_WARNING = {'data': {'text/html':\n \"
\\n\"+\n \"

\\n\"+\n \"BokehJS does not appear to have successfully loaded. If loading BokehJS from CDN, this \\n\"+\n \"may be due to a slow or bad network connection. Possible fixes:\\n\"+\n \"

\\n\"+\n \"
    \\n\"+\n \"
  • re-rerun `output_notebook()` to attempt to load from CDN again, or
    • \\n\"+\n \"
  • use INLINE resources instead, as so:
    • \\n\"+\n \"
\\n\"+\n \"\\n\"+\n \"from bokeh.resources import INLINE\\n\"+\n \"output_notebook(resources=INLINE)\\n\"+\n \"\\n\"+\n \"
\"}};\n\n function display_loaded(error = null) {\n const el = document.getElementById(\"d1d004ca-3992-45dd-aee9-2b974c4e2726\");\n if (el != null) {\n const html = (() => {\n if (typeof root.Bokeh === \"undefined\") {\n if (error == null) {\n return \"BokehJS is loading ...\";\n } else {\n return \"BokehJS failed to load.\";\n }\n } else {\n const prefix = `BokehJS ${root.Bokeh.version}`;\n if (error == null) {\n return `${prefix} successfully loaded.`;\n } else {\n return `${prefix} encountered errors while loading and may not function as expected.`;\n }\n }\n })();\n el.innerHTML = html;\n\n if (error != null) {\n const wrapper = document.createElement(\"div\");\n wrapper.style.overflow = \"auto\";\n wrapper.style.height = \"5em\";\n wrapper.style.resize = \"vertical\";\n const content = document.createElement(\"div\");\n content.style.fontFamily = \"monospace\";\n content.style.whiteSpace = \"pre-wrap\";\n content.style.backgroundColor = \"rgb(255, 221, 221)\";\n content.textContent = error.stack ?? error.toString();\n wrapper.append(content);\n el.append(wrapper);\n }\n } else if (Date.now() < root._bokeh_timeout) {\n setTimeout(() => display_loaded(error), 100);\n }\n }\n\n function run_callbacks() {\n try {\n root._bokeh_onload_callbacks.forEach(function(callback) {\n if (callback != null)\n callback();\n });\n } finally {\n delete root._bokeh_onload_callbacks\n }\n console.debug(\"Bokeh: all callbacks have finished\");\n }\n\n function load_libs(css_urls, js_urls, callback) {\n if (css_urls == null) css_urls = [];\n if (js_urls == null) js_urls = [];\n\n root._bokeh_onload_callbacks.push(callback);\n if (root._bokeh_is_loading > 0) {\n console.debug(\"Bokeh: BokehJS is being loaded, scheduling callback at\", now());\n return null;\n }\n if (js_urls == null || js_urls.length === 0) {\n run_callbacks();\n return null;\n }\n console.debug(\"Bokeh: BokehJS not loaded, scheduling load and callback at\", now());\n root._bokeh_is_loading = css_urls.length + js_urls.length;\n\n function on_load() {\n root._bokeh_is_loading--;\n if (root._bokeh_is_loading === 0) {\n console.debug(\"Bokeh: all BokehJS libraries/stylesheets loaded\");\n run_callbacks()\n }\n }\n\n function on_error(url) {\n console.error(\"failed to load \" + url);\n }\n\n for (let i = 0; i < css_urls.length; i++) {\n const url = css_urls[i];\n const element = document.createElement(\"link\");\n element.onload = on_load;\n element.onerror = on_error.bind(null, url);\n element.rel = \"stylesheet\";\n element.type = \"text/css\";\n element.href = url;\n console.debug(\"Bokeh: injecting link tag for BokehJS stylesheet: \", url);\n document.body.appendChild(element);\n }\n\n for (let i = 0; i < js_urls.length; i++) {\n const url = js_urls[i];\n const element = document.createElement('script');\n element.onload = on_load;\n element.onerror = on_error.bind(null, url);\n element.async = false;\n element.src = url;\n console.debug(\"Bokeh: injecting script tag for BokehJS library: \", url);\n document.head.appendChild(element);\n }\n };\n\n function inject_raw_css(css) {\n const element = document.createElement(\"style\");\n element.appendChild(document.createTextNode(css));\n document.body.appendChild(element);\n }\n\n const js_urls = [\"https://cdn.bokeh.org/bokeh/release/bokeh-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-gl-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-widgets-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-tables-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-mathjax-3.5.0.min.js\"];\n const css_urls = [];\n\n const inline_js = [ function(Bokeh) {\n Bokeh.set_log_level(\"info\");\n },\nfunction(Bokeh) {\n }\n ];\n\n function run_inline_js() {\n if (root.Bokeh !== undefined || force === true) {\n try {\n for (let i = 0; i < inline_js.length; i++) {\n inline_js[i].call(root, root.Bokeh);\n }\n\n } catch (error) {display_loaded(error);throw error;\n }if (force === true) {\n display_loaded();\n }} else if (Date.now() < root._bokeh_timeout) {\n setTimeout(run_inline_js, 100);\n } else if (!root._bokeh_failed_load) {\n console.log(\"Bokeh: BokehJS failed to load within specified timeout.\");\n root._bokeh_failed_load = true;\n } else if (force !== true) {\n const cell = $(document.getElementById(\"d1d004ca-3992-45dd-aee9-2b974c4e2726\")).parents('.cell').data().cell;\n cell.output_area.append_execute_result(NB_LOAD_WARNING)\n }\n }\n\n if (root._bokeh_is_loading === 0) {\n console.debug(\"Bokeh: BokehJS loaded, going straight to plotting\");\n run_inline_js();\n } else {\n load_libs(css_urls, js_urls, function() {\n console.debug(\"Bokeh: BokehJS plotting callback run at\", now());\n run_inline_js();\n });\n }\n}(window));" + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "output_notebook()\n", + "FIGURE_WIDTH = 990\n", + "FIGURE_HEIGHT = 300" + ] + }, + { + "cell_type": "code", + "execution_count": 3, + "id": "4042fea98af92add", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:10.779123Z", + "start_time": "2024-07-23T12:12:10.776683Z" + } + }, + "outputs": [ + { + "data": { + "text/plain": [ + "'/Users/andrewsazonov/Development/github.com/EasyScience/TEST_PyCrysFML/.venv/lib/python3.11/site-packages/pycrysfml/Databases'" + ] + }, + "execution_count": 3, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "os.environ['CRYSFML_DB']" + ] + }, + { + "cell_type": "code", + "execution_count": 4, + "id": "edaa54d891d63ec1", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:11.331354Z", + "start_time": "2024-07-23T12:12:11.328399Z" + } + }, + "outputs": [ + { + "data": { + "text/plain": [ + "'/Users/andrewsazonov/Development/github.com/EasyScience/TEST_PyCrysFML/examples/pyCFML/cfml_utilities/powder_pattern_from_json'" + ] + }, + "execution_count": 4, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "os.getcwd()" + ] + }, + { + "cell_type": "code", + "execution_count": 5, + "id": "3752d741", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:11.899990Z", + "start_time": "2024-07-23T12:12:11.896406Z" + } + }, + "outputs": [], + "source": [ + "STUDY_DICT_PM3M = {\n", + " \"phases\": [\n", + " {\n", + " \"SrTiO3\": {\n", + " \"_space_group_name_H-M_alt\": \"P m -3 m\",\n", + " \"_cell_length_a\": 3.9,\n", + " \"_cell_length_b\": 3.9,\n", + " \"_cell_length_c\": 3.9,\n", + " \"_cell_angle_alpha\": 90,\n", + " \"_cell_angle_beta\": 90,\n", + " \"_cell_angle_gamma\": 90,\n", + " \"_atom_site\": [\n", + " {\n", + " \"_label\": \"Sr\",\n", + " \"_type_symbol\": \"Sr\",\n", + " \"_fract_x\": 0.5,\n", + " \"_fract_y\": 0.5,\n", + " \"_fract_z\": 0.5,\n", + " \"_occupancy\": 1,\n", + " \"_adp_type\": \"Biso\",\n", + " \"_B_iso_or_equiv\": 0.40\n", + " },\n", + " {\n", + " \"_label\": \"Ti\",\n", + " \"_type_symbol\": \"Ti\",\n", + " \"_fract_x\": 0,\n", + " \"_fract_y\": 0,\n", + " \"_fract_z\": 0,\n", + " \"_occupancy\": 1,\n", + " \"_adp_type\": \"Biso\",\n", + " \"_B_iso_or_equiv\": 0.50\n", + " },\n", + " {\n", + " \"_label\": \"O\",\n", + " \"_type_symbol\": \"O\",\n", + " \"_fract_x\": 0.5,\n", + " \"_fract_y\": 0,\n", + " \"_fract_z\": 0,\n", + " \"_occupancy\": 1,\n", + " \"_adp_type\": \"Biso\",\n", + " \"_B_iso_or_equiv\": 0.65\n", + " }\n", + " ]\n", + " }\n", + " }\n", + " ],\n", + " \"experiments\": [\n", + " {\n", + " \"NPD\": {\n", + " \"_diffrn_source\": \"nuclear reactor\",\n", + " \"_diffrn_radiation_probe\": \"neutron\",\n", + " \"_diffrn_radiation_wavelength\": 1.27,\n", + " \"_pd_instr_resolution_u\": 0.02,\n", + " \"_pd_instr_resolution_v\": -0.02,\n", + " \"_pd_instr_resolution_w\": 0.12,\n", + " \"_pd_instr_resolution_x\": 0.0015,\n", + " \"_pd_instr_resolution_y\": 0,\n", + " \"_pd_instr_reflex_asymmetry_p1\": 0,\n", + " \"_pd_instr_reflex_asymmetry_p2\": 0,\n", + " \"_pd_instr_reflex_asymmetry_p3\": 0,\n", + " \"_pd_instr_reflex_asymmetry_p4\": 0,\n", + " \"_pd_meas_2theta_offset\": 0,\n", + " \"_pd_meas_2theta_range_min\": 1,\n", + " \"_pd_meas_2theta_range_max\": 140,\n", + " \"_pd_meas_2theta_range_inc\": 0.05\n", + " }\n", + " }\n", + " ]\n", + "}" + ] + }, + { + "cell_type": "code", + "execution_count": 6, + "id": "f5f7bb5f040685cc", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:12.506873Z", + "start_time": "2024-07-23T12:12:12.503786Z" + } + }, + "outputs": [], + "source": [ + "# Help functions\n", + "\n", + "def generated_x_array(study_dict:dict):\n", + " experiment = study_dict['experiments'][0]['NPD']\n", + " start = experiment['_pd_meas_2theta_range_min']\n", + " stop = experiment['_pd_meas_2theta_range_max']\n", + " step = experiment['_pd_meas_2theta_range_inc']\n", + " x = np.arange(start=start, stop=stop+step, step=step)\n", + " return x\n", + "\n", + "def compute_pattern(study_dict:dict):\n", + " _, y = cfml_utilities.powder_pattern_from_json(study_dict) # returns x and y arrays\n", + " #_, y = crysfml08lib.f_powder_pattern_from_json(study_dict) # returns x and y arrays\n", + " y = y.astype(np.float64)\n", + " return y" + ] + }, + { + "cell_type": "code", + "execution_count": 7, + "id": "bfa4e963497909dd", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:13.146451Z", + "start_time": "2024-07-23T12:12:13.143147Z" + } + }, + "outputs": [], + "source": [ + "def compute_pattern__SrTiO3_Pm3m():\n", + " study_dict = copy.deepcopy(STUDY_DICT_PM3M)\n", + "\n", + " # x array\n", + " x = generated_x_array(study_dict)\n", + "\n", + " # desired y array\n", + " _, desired = np.loadtxt('desired/srtio3-pm3m-pattern_Nebil-ifort.xy', unpack=True)\n", + " desired = desired - 20.0 # remove background\n", + " desired = np.roll(desired, -1) # compensate for a 1-element shift in y data between old Nebil windows build and Andrew current gfortran build\n", + " \n", + " # set space group\n", + " study_dict['phases'][0]['SrTiO3']['_space_group_name_H-M_alt'] = 'P m -3 m'\n", + "\n", + " # actual y array\n", + " actual = compute_pattern(study_dict)\n", + " \n", + " # compare results\n", + " fig = figure(width=FIGURE_WIDTH, height=FIGURE_HEIGHT)\n", + " fig.line(x, desired, legend_label='desired', color='orangered', line_width=5)\n", + " fig.line(x, actual, legend_label='actual', color='steelblue', line_width=2)\n", + " fig.line(x, actual-desired, legend_label='diff', color='green', line_width=1)\n", + " show(fig)" + ] + }, + { + "cell_type": "code", + "execution_count": 8, + "id": "7836d8d61ea9f2e6", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:13.915802Z", + "start_time": "2024-07-23T12:12:13.912942Z" + } + }, + "outputs": [], + "source": [ + "def compute_pattern__SrTiO3_Pnma():\n", + " study_dict = copy.deepcopy(STUDY_DICT_PM3M)\n", + "\n", + " # x array\n", + " x = generated_x_array(study_dict)\n", + "\n", + " # desired y array\n", + " desired = np.loadtxt('desired/srtio3-pnma-pattern_Andrew-ifort.y', unpack=True)\n", + " desired = desired - 20.0 # remove background\n", + " \n", + " # set space group\n", + " study_dict['phases'][0]['SrTiO3']['_space_group_name_H-M_alt'] = 'P n m a'\n", + "\n", + " # actual y array\n", + " actual = compute_pattern(study_dict)\n", + " \n", + " # compare results\n", + " fig = figure(width=FIGURE_WIDTH, height=FIGURE_HEIGHT)\n", + " fig.line(x, desired, legend_label='desired', color='orangered', line_width=5)\n", + " fig.line(x, actual, legend_label='actual', color='steelblue', line_width=2)\n", + " fig.line(x, actual-desired, legend_label='diff', color='green', line_width=1)\n", + " show(fig)" + ] + }, + { + "cell_type": "code", + "execution_count": 9, + "id": "753b3bd7336cc49c", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:18.068406Z", + "start_time": "2024-07-23T12:12:17.988105Z" + } + }, + "outputs": [ + { + "data": { + "text/html": [ + "\n", + "
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90k1D4AAChcjwIEvwAAYERpb+0+AADgpZuEC78AAHB4euUGvwAAgKUsQ/M+AAAwqRNQ+L4AAPBBz6YKvwAAWPW5Wga/AAAAXwfOsT4AAIDOiNLpvgAAcBKDAAA/AAA4+MLkBL8AAMgpOpICPwAAyOU/pAa/AAAAsVBr7L4AAHBokW39vgAA0BDHuva+AAAACBuenr4AAMgyxLEBPwAAQCV1Auo+AAAAvAUS9r4AAKC7lpD7vgAAEKwcWvG+AADYPXnYCj8AAIBIv33jvgAAwHSTGNA+AACASL99FT8AACAWak0EPwAAyJi7Fgk/AAAwmSqYCD8AAOgmMUgWPwAAIBZqzQ4/AAAgjnUxGj8AAGhEaa8aPwAA0JFcfhk/AAAs9pddKT8AALzjFF0tPwAAsi5uQzU/AACrPldLQz8AAFg5tIhSPwCAs+pzvWI/AIBqvHQzcz8AAKOSOimCPwCA1jTv2I4/AIC/fR14lz8AAOJYFyefPwCArWne0aE/AIB78rCgoD8AAKK0N/iVPwAAsPHSTWw/AADGbTQAkL8AAA8LtUaevwCA9+RhwaG/AIB1cRutoL8AgAN4C3SavwDARgN4Q5K/AADu68BRhr8AgDjWxT14vwAALGUZ4mi/AABYObTYVr8AAOOlm0RHvwAAfPKwsDm/AACmecfpMr8AADirPlcqvwAAUI2XLia/AADQkVy+Gb8AAKA8LDQgvwAAAHgLJBq/AACMuWvJGr8AAGhv8EURvwAAqIJRSQ2/AACASuoEzD4AAADek4e1PgAAQPrt6w6/AABgzF1LC78AAKAaL93pPgAAIA3grfu+AAAg/fZ19z4AAOD7qfH6PgAAALwF0gm/AAAAveMUyb4AANArZZn0vgAAgBbZTvC+AACwlGWI+z4AAADeAkkNvwAAAPd1IAy/AABoImw4AL8AAICutqIGvwAAEC2ynfw+AACwUGsaBr8AAKC9wZf4vgAAqL3Blwu/AAC4QIIiBr8AAPAvuyf1PgAAkGzn+/++AACgAbzFBb8AAAijknoAvwAAICZTBey+AACwUGuaCr8AACjChmcAPwAAqJvEoAe/AABQyAc9+z4AAEBeuknavgAAgOLH2Am/AACg8dJN5j4AANjXgbMJvwAA8GPMXfu+AADg6ZWyA78AAHA0gLf/vgAAAJYhjrW+AAAAfT810j4AAFiGONYAPwAAQHUCmtS+AAC4uI0GAT8AAIjS3mADvwAAkBgE1gY/AABgNIC3+z4AAIB1cRv8vgAAQFUwKuG+AACg1jTv+L4AAPAoXI8JvwAAwOyePOy+AAAAEhQ/CD8AAMD8h/T7PgAAQJLLf+C+AAAgUwWjAb8AACDJ5T/8vgAAIDEIrAC/AACgQ4ts+z4AAPDAOSMKPwAAAJwzogA/AAAAC7Wm9T4AAAD8qfH6vgAAACuHFtk+AACAuWsJCb8AAEDWxW0UvwAAwLEubiO/AAAAz/dTK78AAAABTYQtvwAAwFsgQUm/AACAZYhjPb8AAABgmEwFPwAAABQ/xjy/AACABRIUT78AAABgmEwFvwAAAPAWSEC/AAAAQKTfPr8AAIBbsb88vwAAQGlv8DW/AABA/fZ1ML8AAAD5oGcjvwAAAHS1FQu/AAAAFmpNA78AAAAOvjDZvgAAgJHtfP++AABA30+N9z4AAIDn+6nxPgAAgC0hH+y+AADwlbIMAT8AAIBqvHQBvwAAgPfkYeG+AABA0ZFc9j4AAAAtsp3xPgAAADhnRNE+AAAQtaZ5A78AAIB3nKLTPgAAQM9m1ee+AADwU+MlCD8AAIBQa5rfvgAAgKUsQ/i+AADgeOkm9T4AAJDC9SjyvgAAgKMBvM0+AACIONbFBj8AAMAyxLHqvgAAOHDOCAK/AAAAvAUS1L4AAKAjuXwCPwAAQF66Sdo+AADQeOkm+T4AALhAgiIJvwAAAPBjzJ0+AABAPuhZCb8AAGiR7fwGvwAA4D152PO+AADYVuxvCb8AAEBJnYDYvgAAEGpNc/S+AAAAbHh6vb4AAAACK4fSPgAAwK8D5+++AABItvN9AT8AAEDPZtXrvgAA0F1LKAU/AAAA8BZI4b4AAKC0Nzj2PgAAILn8R/e+AADAOSPK5z4AAJAPerbzPgAAMAis3PS+AAB4LSHfCT8AAPgP6VcHvwAAgIy5q/4+AACAUUnd974AAECZKpjvPgAA0BlRWvy+AABANV666L4AAIjJVCEGPwAA0DLEMf8+AADAWyBB/z4AACC5/Ef5vgAAIGx4OgC/AADgehQu+T4AADiAt6AMPwAAGFHaOwG/AAAYrkchDT8AACDb+T7yvgAAiHzQ0wA/AAA8cM6IFz8AACTb+f4XPwAA6pWybCY/AACBJsJ2Pz8AALByaBFMPwAANV66GVc/AAB5WKj9YD8AANZW7E9nPwAATmIQyGk/AABuowFcaD8AAC1DHKtgPwAAcBKDwDc/AADoait2Vr8AAFyPwlVmvwAASOF69Gm/AAByio50aL8AACqpE6BjvwCATx4Wylq/AACWsgw5UL8AAB6n6PhAvwAAc9cSejG/AABInYBmGb8AAAA7cA7zvgAACD2bNQW/AADot69jBb8AAKikTuAMvwAAsFBr2vs+AAAAFoxKor4AAFBiEFjwPgAAQAis3Ow+AACgZ7PqAz8AAABA5INePgAAALFQ6+A+AACA8rCQ/b4AAAAGgZXLvgAAwGSqYAK/AADABz2b4r4AAGDMXdsAvwAAUFuxP/o+AACAFK6H7z4AAOAtkOD+vgAAACbChqs+AACg375O+r4AAMBifxnjPgAAsEfhagG/AAAAiPTbAz8AALBH4QoHPwAAsEfh2v4+AABQjZfuBb8AAIDbaEDvPgAAQC7/Ida+AAAASS7/3T4AANB46Wb9vgAAIGx4uvI+AABQa5qn8L4AAGCz6jPuPgAAoPgxFgW/AABQ845z+L4AAAAi/SYEPwAAoFWfa/o+AAAgsHLo8T4AAOBYFzfqvgAAoNhf9uw+AAAAMubO+b4AAHgtIZ8HvwAA8I5TVAM/AABAv30d4T4AAKC0NygGvwAAYBBYufi+AAAQYcOjBr8AAIBIv33dvgAAwOyeHPS+AABwmnec8j4AAIC3QILEPgAAoBovTQI/AADwSC6/8T4AAAjXo6AJvwAAmNQJ2AU/AADA2op91r4AAECLbOfwPgAAIIXrke4+AAAAGuJYp74AANDuyYPzvgAAcNcScvu+AACAlUNL574AAKibxGAGPwAAGJXUaQm/AAAQC7UGAj8AAMDlP6ToPgAAQGIQWNE+AACYQ4v8Aj8AACDJ5Z8BPwAAwDkjyvk+AADgvg78BD8AAIBjXZzmPgAAMCqpk/y+AAAQC7WWAr8AAADu6+D7PgAAwCQGgdQ+AAAINBEmBz8AAIBzRpTGvgAAQJLL//Q+AADgzvcz/b4AAMC6uM31PgAAIOvilgA/AADwKFxP8r4AAKAzovQGPwAAIFHam/4+AACAONZl+b4AALA1zdvwvgAAMP8h/f2+AADIILBSA78AAMCkTsDVvgAAEHGsi/M+AACAl27S5r4AACAYlVTqvgAAAF1txdw+AACQU3SEBL8AAEBnRKnpvgAAONbFDQM/AAAA4zYa1b4AAAC8BVL2vgAAqE5AUwI/AADAWyBBBr8AAKCJsCEDvwAA6JWybAQ/AACgTkDT9T4AAADu60DmPgAA4LWEfOu+AABAeVio9r4AADCQoDj2vgAAGK5HYQK/AAAwMzOzCT8AAMA5I8rsPgAAAPVKWee+AACoLEMcDz8AAHD5DykOPwAAoIAmQvk+AAAAAiuH5r4AAExZhjgSPwAAABIUv/W+AAAMtabZET8AACCQoPjivgAAyMNCbQE/AACAarx08T4AAKAzorThPgAAQFdbsdc+AAAQLbKdGz8AALhif5kXPwAAmCGO9Q0/AACIWtM8CT8AALDh6dUcPwAA4HGK7iI/AADIILByHD8AAASjkjooPwAAjLlrySw/AABMyAe9OD8AABTQRPhGPwAA6bevU1g/AAAqOpKLaD8AgF3cRgN4PwAAIv321YU/AICTGAQekj8AgEvIB/2ZPwCA+DHmbqA/AIAtIR+UoT8AAHicouOdPwAAjI7k8o8/AACwYn/Za78AAOSlm8SVvwAA3NeBQ6C/AAA9m1V/ob8AABZqTQOfvwCAFYxKape/AICCUUn9jr8AwPP91GCCvwDAad5xsnO/AABoImzYYr8AAPMf0i9TvwAA1XjpRkO/AAA4+MKkM78AAAajkjoyvwAADCQofiS/AAB4LSEfF78AAOSDnq0gvwAAgB04Jxe/AADog55NH78AALivA6cZvwAAuK8D5wK/AAAoUwVjEL8AAJyiI3kRvwAAzO7JwxW/AADQCWgi9r4AAOBNYhDovgAAMHct4RK/AACYCBseCr8AAEB7gy/mvgAAgNk9+Q2/AAC06nNVEb8AALxJDEIQvwAA6Nms+gu/AADQw0Kt+D4AACiHFhkGvwAAyMNCrQI/AAAAKVyPyr4AAIDrUbjxvgAAoJI6AfU+AADAwRemBr8AADiAt0ADPwAAQBzr4vu+AACwDHGsBb8AAIBliGPNPgAAQB4Wauu+AACAi9towD4AAAD7y+7RPgAAgAskKAO/AAAAXrpJxL4AAADhC5PRvgAAcIEExQe/AACABaOS2j4AAEAc6+L2PgAA4PIf0vm+AACQ0t7gAT8AAIDHKTr0PgAAYKHWNAE/AABAvVKW9z4AAKBuEoP0PgAAkOTyHwA/AACgCBue/j4AAAAgUdqbPgAAgBgEVv6+AACgi9toAD8AAADfT43nPgAAgA1PrwQ/AAAAglFJ/T4AAAAwKqnjvgAAAF4pywA/AAAAIHPX4j4AAAAM4C0AvwAAACDSby8/AAAA6HO1BT8AAACovcEHPwAAwAPnjEA/AAAA6AQ08T4AAADUvOMEPwAAAMIXJgM/AAAAjAbw5j4AAABkzF0bPwAAAM6I0v6+AABA3EYDAD8AAMBvXwf+vgAAYI/C9QS/AABg9+RhAT8AACBz1xIEvwAAAPmgZ/c+AACgKhiV8D4AAGDl0CLxPgAA4LevA/0+AADw/dR4Bz8AAABIUPzQPgAAYHZPHvo+AACASuoE9j4AAEBZhjjmvgAAsDf4wgs/AACAYTJV/j4AAJDLf8gIPwAAENejcAc/AACQ9gZf9r4AAKA8LNTgvgAAAHo2q76+AADYxW20BL8AAEAVjErevgAAaPfk4QY/AABgqDXN874AAABvgUQDPwAAYNxGA+Y+AACgIY51674AAMDTK2XsPgAA0IjS3vk+AACg+DFmCj8AAKC0N3gBvwAAmEwVjAE/AADAMJmqBz8AAADEQq3NPgAASJ2ApgI/AABwEoPA/D4AAODgC1MFvwAAAI9TdNC+AABATtGR2r4AANDuyUP/PgAAIGPuWuQ+AACAFtlO8j4AAMAehWv3vgAAQD7omQQ/AAAAw2Qq9D4AAAC1N/i6vgAAYMPTK+O+AAAgp+hI/D4AAKDtfD/jPgAAkHVxGwk/AAD8XG3lGT8AAJAxdw0jPwAA5h2niCk/AABcsb9MPD8AAEw3icFIPwAAqRPQlFM/AAArGJWEWz8AAD2bVQ9gPwCA/kP6XWA/AADSb1/HWj8AANQJaKJIPwAAACL99jy/AACq8dJNV78AgAn5oBdgvwAATmIQ2F+/AAAydy3xWr8AgPFjzG1UvwAAhJ7Nakq/AAC2pnn3PL8AAK5H4domvwAA2MVt9BW/AACwUGuaAr8AAMB0k5j9PgAA+KnxUgA/AADw29eB+T4AABBhw5MJPwAAwN++Dtg+AABQJ6CJDj8AAADeAgkWPwAA4AIJCg4/AABAGsBb6j4AAGDMXcsNPwAA8KfGSwY/AADAUGua1z4AACDChqf4PgAA0NVW7AA/AAAQHcnl8T4AANjO91MKPwAAANV46Qk/AADIMsSxDj8AAGC6SUwbPwAAAJF+Ox4/AACopE7gID8AADybVZ8hPwAA2D15GBU/AADQAN7CGT8AALiNBjAoPwAAkDF3bSM/AABo3nGKIT8AAFC4HoUtPwAAJlMFgzA/AADwFkiQLT8AABSuR2EwPwAABl+Y7DE/AAAIPZs1ND8AACgPCxU5PwAAtMh2vjs/AACqglGJPz8AAEymCiZDPwAAqaRO4EM/AAAuIR80Rz8AADJVMGpLPwAAaQBvQVE/AAAU0EQ4Uz8AANQrZRlYPwAAvw6cE2A/AIBK6gS0Zj8AgNk9echyPwCAaJHtDII/AACsHFp8kj8AgCbChq+iPwBAPujZtLE/AIDD0yudvj8AwGgAb6HHPwCAodY0/88/AEBkO9/H0j8AgOkmMUjSPwAAV1uxn8o/AABoAG/BsD8AAHQkl/+5vwAAFK5Hwc2/AEBnRGm/0r8AgLuWkE/SvwBA6gQ0Oc6/AEDaG3yhxb8AgKyL21C7vwAAbVZ91q6/AACdEaXln78AgGq8dEuPvwCAFfvLDn+/AIAdOGe8cL8AAJkqGKVkvwAAZohjnV2/AACTGAR2V78AAMbcteRSvwAAIo51sVC/AABg5dDCSr8AACZTBWNFvwAA5WGhNkO/AABX7C/bQL8AAF5LyMc/vwAAHJ5eqTy/AACu2F92Nr8AALwnD0s1vwAAHhZqbTO/AAAk2/n+Kb8AAAhoIiwuvwAA7FG4niq/AAAUg8DKJ78AABzr4rYlvwAAbCv2VyC/AAAkdQIaIr8AAFDjpZsWvwAArM/VViG/AABg/kN6FL8AAJBTdCQQvwAAIGx4ege/AAAIgZWDEr8AAEBO0ZHovgAAQKYKRuG+AABgVn2u+b4AAABGlPa2PgAAYF3cRv8+AACA9gZf5j4AAIAvTKYFvwAAMPaXXQU/AAD4wmTqET8AABhz11IZPwAAsOpzdRQ/AADYEvLBEz8AAFjTvKMUPwAAuI0GcCo/AACE61H4Lj8AAP72daA6PwAAdLUVi00/AIAwKqnjXT8AgOHplSJuPwDARbbzvXw/AABYObToiD8AQPOOUxCTPwBAvVKW+Zk/AIDysFBbnj8AgAG8BYKdPwCA7J48fJU/AAC42op9ez8AAKpgVBKFvwAAi/1l95e/AIBZ9blanr8AABZqTbOdvwBAmSoYlZi/AMDKoUWWkb8AAFpkOzuGvwCAMXctKXm/AACeXimjar8AABiV1NlavwAA78nDgkq/AABuNICXPL8AAMZLN7kzvwAApL3Btyq/AADYrPrcH78AALjRAF4evwAA2KNw/SG/AAAA3gIJDr8AAJAYBFYKvwAAGFHaGwu/AACoNc27G78AAHRxG+0RvwAAgJVDi96+AABg7lpC774AAAiTqUILvwAAANJvX8s+AACIH2PuBb8AAHBWfa4NvwAAoBov3eW+AACAUUmdxD4AAPhsVn0OvwAAgPKw0Pe+AAAwxLFuD78AALAubiMIvwAAACjtDa4+AABoiGOdCL8AAMBm1efWvgAAUMGopPG+AADQXUvI9T4AACDiWBf+PgAA4AuTKQG/AAAARkdyqb4AAChcj0IMvwAAAEcDeMM+AACg1Alo8T4AAGBtxf7xvgAAgOLHGA6/AAAAAiuH3j4AAOCs+lwAvwAAYJ+rrfS+AAAAsVBr5j4AAMBNYhDovgAAIJ5eKfO+AACAcvkP2b4AAEBnRGn3PgAAoH77Ogi/AAAAd76f6j4AAEDzjlMUPwAAgEmdgAY/AAAAZKpg9D4AAMCYu5YwPwAAAC2ynS8/AAAA5j+kNz8AAAAdyeUvPwAAALN78jA/AAAAduCcMT8AAIC2Yn8pPwAAADxO0SE/AAAAGeJYFz8AAIAJ+aAXPwAAgEvIBw0/AACAhVrT/D4AAAA/NV7qPgAAYNO84wg/AABg7lpCDD8AAFDIBz0BvwAAgBKDwOI+AABgxf6y9T4AAKCAJsL+vgAAALwFEtQ+AACgeccp9D4AAEBbsb/sPgAAgHNGFAK/AACA07zj0D4AAECtaV4GvwAAgBbZzuG+AADot68DBL8AAMC4jQb8vgAAEGHD0/K+AABIR3I5Ab8AAICLbOfDvgAAMEMc6wG/AABwRpR28b4AAEidgOYJPwAA8AZfmPq+AACAZ7Pqy74AALAV+8v5vgAAAPKwUKs+AADot6+DAL8AALCUZYgKPwAAyEs3CQK/AAAINBH2CD8AADDNO878vgAAAE+vlN++AACApSzD7L4AAADwWkKOPgAAgCjtDeo+AAAQG54e/r4AABA/xlz4PgAAQNbFrfm+AAAAC7Wm4L4AAFD8GDMQPwAAAMaPMae+AACs+lxNFD8AAGDMXUsPPwAA2Kz6nAM/AADG/rL7Ij8AAFRSJwAsPwAABaOSejw/AABwzoiSSj8AADqSy/dZPwBAZRnikGU/AABhw9NjcD8AgIqO5OJ1PwCAjZduAnk/AIDEILDidz8AACh+jOlwPwAAdr6fWlI/AABfmEzVYr8AgBBYOXR0vwCAc0aUJnm/AIAubqNheL8AgKIjucRzvwCAfvs6iGy/AMDP1VZ0Yr8AANQrZV1UvwCAeHql1EO/AAB8YTJ9N78AACrLELcgvwAApJvE4BG/AAAwTKbK974AAECC4tcVvwAAoDws1OK+AAAA7FG4vr4AADgawOsRvwAAQHL5T/G+AABAjZfu6D4AANhoAE8EvwAAADzfT6U+AACw2F/WC78AAIClLAPzPgAAUOwvO/m+AABgB845+j4AACDkgx71PgAAQHlYKAm/AACAjLmrAL8AAODO9xP3PgAAaDvfDwQ/AABIyAfNAT8AADjvOMUBvwAAOJLL/we/AABQdCTnBr8AABDpt48HvwAAAIj0O/u+AADoriWECr8AAOBYF4cIPwAAIP32JQk/AABI6gQ0Bz8AAJj2Bh8JPwAAALwFEvq+AAAA54w4Br8AAMixLm4CPwAAGMBbUAm/AAD4udqKA78AAGCIY936PgAAQCEf9No+AADQBz17+b4AAIASg8DcPgAAAH9qnPW+AAAQJlNF+b4AAMAwmSryvgAA4D15WOa+AABA4XqU5r4AACBDHOvoPgAAoCoYVfs+AAAQ0ET49j4AABgN4C0DvwAAMMSxDvU+AABgbcV+8b4AAHACmoj/vgAAQOwvO9G+AACwA+dM9b4AABhIUIwJPwAAoGezyvs+AACQl24iCT8AABgdyTUIPwAA0JFcPga/AABIN4lhAD8AAADXo3DmPgAAcFZ9Xge/AADwUbj+9z4AAIAdOIf4vgAAAHUCmsi+AAA4zTsuBb8AAGgAb+EDvwAAgI0G8MA+AABg9+Rh6r4AAHgLJPgKPwAAUIQNj/k+AAAQ4C2Q/r4AAEjhesQEvwAAIHxhEvS+AAAACYovA78AAKBns6oFPwAAACZThd0+AAAQvjBJAL8AAPAGX1j4vgAAmLuWsA0/AADY+X46Dj8AADAIrHwDPwAAQArXo9s+AADgrPqc/74AAMBCrWnlvgAAkCjtDfE+AACgm8Qg/z4AAEC28336vgAAUGIQmAg/AACQOgGN9T4AABAmU0X0vgAAADLmrss+AAAgbHi69T4AAIDAymEMPwAARGlv4BI/AACQMXctCT8AANC849QOPwAA0JFcPgs/AAB8PzXeGD8AAHCBBAUZPwAAFtnO5yU/AAByGw1wJT8AAI4G8FYwPwCA4JwRLUE/AACSXP6zUT8AwJi7lvBgPwCAHhZqTW8/AIC5awnxej8AQIQNT4eEPwBAmEwVFIw/AIAhjnWhkD8AgBbZzn+QPwAAW7G/LIk/AAAUHcnlcz8AADIIrBxyvwAAR3L5D4m/AAAg0m+HkL8AQGlv8M2QvwDAmuYdp4y/AADBOSMyhb8AgGq8dKN7vwCAUUmdKHC/AABqTfNyYb8AgKyL2+BQvwAA6Gor1kC/AACZKhglM78AAECk334ivwAANIC3ABq/AADwWkI+Er8AADhnRAkRvwAAvJaQTxW/AADgnjws4b4AACBj7lrpPgAAmG4SAwI/AABgIEFx8b4AAKCiIzkHPwAA6CYxyAo/AAAAvjCZ0L4AAABeS8jLvgAAsHvycAw/AAAAgQTFvz4AAJjdkwcTPwAAXEI+qBM/AACMSupEGD8AADDmrqUcPwAAwLEubv4+AABUBaPSET8AAFh9rrYVPwAA0k1i0CI/AACA2T05Jj8AAEB5WKgXPwAAKO0NPh8/AAD81HhpJz8AAERHctkpPwAALJCgOCg/AAAkKH6MMT8AABbZzhczPwAABl+YTDg/AABO0ZH8PT8AAFJJnUA/PwAAYhBYuUQ/AACfzaovST8AgL6fGk9RPwAAHOvipls/AABfmEw1aT8AQJT2Bqd4PwCAsOHpXYg/AMBkqmAklz8A4JwRpQmkPwCAH2Pukq8/AMCt2F8Otj8AgJp3nBK7PwAAtoR8QLw/AAC2hHyAtz8AALhAgoKoPwAApAG8BYy/AIBVn6udsb8AgBSuRyG6vwAA9GxWHby/AMDGSzcJub8AAEku/0GzvwCAwMqhJaq/AMAFEhSHn78AgJduEnORvwCAio7k9oG/AAAbnl45cr8AABPyQS9jvwAAY3/ZvVa/AADgvg6cTb8AAGZmZoZFvwAABFYOvUC/AAAoXI8iPL8AADQRNlw8vwAAJjEIzDO/AACamZl5Nb8AABiV1AkqvwAAZBBYOS2/AADEZKpAKb8AAMiYu5YpvwAAbAn54CK/AAA0VTAKI78AAHDXErIdvwAADk+vFCG/AADISzcJGr8AANy1hLwWvwAAwDkjChK/AADwY8wdEL8AAFyxv6wXvwAA0DLEsfW+AABAJXUC7r4AALQV+ysVvwAAEKW9AQC/AADY+X6qAb8AAADQGVGKvgAAIP32FRK/AAAQejar9r4AAKg1zTsPvwAAQCEf9Nq+AAAAQs9m4b4AAHCcoiP1PgAAgP+Qfte+AAAwmSoYAL8AAICMuWv0vgAAgCbChvW+AACordgfCr8AALi4jQYDPwAAAGHD09u+AADQO05RDL8AAIATYcPXvgAAELfRAAG/AACgad5x/j4AAEBCPuj9PgAAALu4jeY+AABABoGV8z4AAMCSOgEFvwAAACo6kvu+AACAB84Z8T4AAACL/WXnvgAAgKIjuQC/AAAAVOOl874AAIAfY+7iPgAA8IXJVA8/AACgV8oy8D4AAMDYX3bnPgAAAIj02+W+AACQ3ZOH/L4AADAqqRMSPwAAjAbwFhM/AAAAWFuxr74AAKDvp8b3PgAAUAWjEgg/AADgg57N6D4AAMAV+8vgvgAAwD15WNi+AADoHacoFz8AAIDS3uDDPgAAcIqO5Pw+AADg0CLb8D4AAGgibPgJPwAAWFuxfxY/AAD8h/TbFz8AAJwzojQZPwAACPAWSAU/AABw1xJyGT8AAFD8GPMhPwAAmP+QvhE/AACIhVpzIT8AAIy5a+khPwAArM/V1iM/AACgAbyFHz8AABAtsp0lPwAAVMGopCU/AACGp1fqMT8AAERpb1AzPwAAnKIjGTI/AABoRGkPOT8AABDpt087PwAAXI/CVT0/AADgT40XPz8AAEYldeJDPwAA3NeBU0g/AAC+wRdGTD8AAAHeAjlRPwAAzF1LeFc/AAC0WfVJYD8AgJyiIzlrPwAAGJXUQXk/AMBxio6UiD8AgI7k8s+XPwAAEhQ/uqU/AGBEaW8Isj8AAKOSOim7PwCABMWPEcI/AEDvOEUPxT8AAHctIZ/EPwAADi2y3b4/AAAGo5K6pj8AAMb+sjuovwAAtTf4Qr+/AAAzxLGuxL8AwGBUUufEvwBAOpLL78G/AMA3+MKsur8A4Bt8YbqxvwAAEOm3L6W/AMCK/WU/l78AQIcW2RaIvwAAHHxheni/AACgibCRar8AAMZtNOBfvwAABaOSWla/AABF2PCUUL8AAOauJaRMvwAA1QloQki/AAB4eqXMRL8AAGTMXYs/vwAAHoXr0Tm/AAAw3SSGN78AAH6utgI1vwAASFD8mC2/AADix5ibMr8AAJSHhZotvwAA7MA54yS/AAAcfGEyKr8AABjZzncevwAAkKD4MRa/AABAYOVQIr8AANDDQq0MvwAAoOYdp/C+AADAzMzM5L4AAABApN/uvgAAwJ8aL/m+AACArIvb2L4AAAAQ4C2QvgAAgP1l9/o+AACgE9BE+j4AAHBfB84MPwAAIFpkuxM/AADkpZuEIz8AAFTjpVsiPwAADNejcCQ/AAAQWDn0JD8AAKA8LNQvPwAAcIEEhTU/AAAE54xIPz8AADPEsa5GPwAA30+NV1M/AICBBMW3Yj8AQNv5flpyPwDA1Vbsa4E/AEC0yHY2jz8AgKut2CeZPwAAnDOiVKI/AAA/xtzFpz8AACPb+Y6qPwCAFYxK6qg/AABWDi0yoT8AAJoqGFWAPwAAKH6MuZS/AIBEaW+Apb8AANEi21mqvwAAyeU/5Km/AABfmEyNpb8AwCk6kpOfvwCAXwfOqZS/AMDFbTSIiL8AwFBrmpd6vwCAkjoBVWu/AIBZ9blqXL8AAGrecepOvwAAAd4C6UG/AACmCkZlOL8AAFR0JHcyvwAA4JwRZTC/AAAM4C0QJb8AABB6NusmvwAAiKdXSia/AADQK2WZGr8AAFQnoOkivwAAGMBboBq/AACAL0ym8r4AAKDNqg8RvwAAMEMc6xK/AACAFtlOC78AAKBFtvMHvwAAADtwzvq+AACACyQoBb8AADCitDcEPwAA4DhFR/C+AABQUiegDD8AAHB4eiUDPwAAkCjtDQ4/AADAUpbhFT8AAMi6uE0RPwAA6Iwo7SE/AAAUg8AKJT8AAGgibLghPwAANO84xSc/AACUy3+IJz8AANg9eVgtPwAAxLEu7jU/AABOYhAYNT8AAAKaCLs5PwAAFtnOVz8/AAAr9pd9Qz8AAPfkYaFNPwAAv30d6FQ/AIBkO98fYj8AAMiYuy5xPwAA2qz6rIA/AICDL0xGjz8AgGq8dGObPwAA9GxWBaY/AABJLv/Rrz8AwMNCrWm0PwDAk4eFurY/AIDRkVw+tT8AAFvTvCOtPwAAaLPqc4s/AABO0ZHcob8AABlz11KyvwCAxyk6kra/AEC28/0ctr8AQIQNT5eyvwCAZYhjfau/AKCg+DEGor8AwKZ5x6WVvwAA0ETY6Ie/AACGyVQBeb8AgN2Th/VpvwAA0NVWTF2/AIAnDws1Ur8AAGb35OFIvwAAj+Tyb0K/AADUK2W5Pb8AAAIrh5Y3vwAAtqZ55zO/AADCZKoANb8AALzjFJ0xvwAAINJvXyy/AACc76fmK78AAKCrrdggvwAAWBe3cSK/AACIY118Ir8AAOhILj8kvwAASCV1Qhm/AAAwTKZKF78AAEA1XjoHvwAApCxDnBm/AAAwdy2hHb8AALhrCbkLvwAAQPrtKw6/AABguknsGr8AAPjkYeEHvwAAWDAq6QC/AABQa5o3Ab8AAIgW2Q4RvwAAMMsQx/u+AABACtdjD78AAGAQWDkHvwAAoBov3fk+AAB4LSGfEb8AAKDLf0jovgAAyJi7Vge/AABQ/BhzAj8AAMCxLm7uPgAAgGEyVQA/AADA/If08j4AAKAYBFbiPgAASOF6tBE/AABQjZceID8AABDpt78wPwAAejar5kE/AAA9m1UHTj8AAIbJVOFVPwCAqDXNK10/AAB5WKiVYT8AAEw3iZFhPwAAmnecAlw/AAAIG54eST8AAPBjzF05vwAAxY8x11a/AACBlUNTYL8AAPRsVr1hvwAANV66qV+/AIAcWmTrV78AgJhMFRxRvwAACKwc8kW/AACgibAROr8AAC4hH4QsvwAA/FxtlRG/AABcIEFhF78AACAdyeXpPgAA4HoUrvm+AABoGeK4D78AAPB8PzUKvwAASDeJgQa/AAAAk6mC5z4AAJA6Aa0HvwAAyCk6EgM/AACIY11cBL8AAKBVnyv8PgAAABaMSqI+AAAQak1T/j4AAPAvu+f1vgAAWLG/LAe/AADwL7sn/T4AAMjlP8QJvwAAuNqKnQI/AAAAs3uy/D4AAGAyVZD5PgAAQMbc1QY/AADgNhrgAj8AAFB9rhb6vgAAQOjZTAg/AADQAN6iBb8AABC+MFn9PgAAoJI6weq+AADgvg789b4AAFDRkVwJvwAACCQovgG/AACgXimL674AAICw4anpvgAAwHSTKAk/AACAYTJ1Cb8AAICw4WnovgAAqFfKQgi/AABoiGO9CD8AAFCdgEb9vgAA4KWbNAQ/AAB4nKLTA78AAID+Q/rHvgAAoHecQv0+AAAw/yG99b4AAGBv8MXtvgAAcN5xyvW+AADAMsQx1z4AAGC6SUzhPgAAiMlUAQM/AADowDnDCz8AACD99lXwPgAAAE9AE7U+AABAE2Ej8L4AAFDaG2wIPwAAgFFJnea+AAAABFYO3D4AABDZzjf2PgAA8EguP/++AABw1xLiBr8AAAiKHyMBPwAAWH2uNgo/AACAYOXQxD4AAFCEDQ/zvgAAgHnHKcq+AAAAmN2T1j4AADgRNrwMPwAAIEp74w0/AABAtvO9/D4AACAGgZXsPgAAeCSXnwQ/AACQqYJR+T4AAEBy+Y/ivgAAcD0KV/K+AAAAkKD4zT4AAKBc/sPtvgAAcLUVO/S+AACQbOd78D4AACAxCGz1vgAA4JWyjOC+AADAw0Kt1j4AABiV1AkQPwAA8NJN4vw+AABYhjgWDD8AAODgC/MWPwAAeC0h3w4/AACQwvUIFj8AACh+jPkXPwAAIC/dJPs+AAAgFmptHD8AACAWaq0ePwAA8BZIcBc/AACAt0ACCj8AAPh14JwaPwAAIBZqTR0/AACcxCDQIz8AAJaQD3ohPwAAUGua1yU/AAAEVg4NLj8AAIqw4YkyPwAAtDf4ojQ/AAASFD9mPD8AAA6+MFlBPwAAxyk64ko/AICKjuRyVj8AAGkAb7FkPwBA845TNHM/AICAJsJqgT8AQLByaJGNPwAA16NwrZY/AEBpb/Ddnz8AgIhjXeyjPwCAsgxx3KU/AID4MeYOpD8AAIbJVEGbPwAAjLlrCXo/AACU9gafkL8AgA6cMzKhvwAA+MJkOqW/AMCRXP4zpb8AwNEA3jqivwBAwoanf5u/AIDk8h+mkr8AwKz6XCWHvwAAk6mCUXq/AACq8dK1bL8AAFUwKklevwCAhA1Pf1C/AAAAkX5LRL8AAHZPHpY6vwAAWFuxXzS/AAAQnDOiLr8AAID7OjAvvwAAqKROoCe/AADAWyABI78AALDqc7UWvwAA5PIfkiO/AADQGVHaFb8AAOB6FO4QvwAA5DYaQBe/AADQxW008r4AAHDwhckTvwAA8P3U+Am/AAB0RpT2Er8AAED1udravgAA8FpCPgI/AAAABFYOvb4AAGBSJ6DtPgAAALwFEqS+AAAAcqyLqz4AAMDTK2XpPgAAoDws1OS+AACIhVrTCT8AABjZzjcaPwAAjErqRBs/AACgPCxUCz8AAMgpOpIXPwAAhlrTvCI/AAAAZvckGj8AAERpb7AiPwAAiLDhqSE/AACUQ4usKj8AAMiYuxYuPwAAggTF7zU/AAA07zhlOj8AAKCrrZg9PwAAJXUCKkU/AADeAgnaUj8AQCBB8TtgPwAAW0I+MG4/AMDKoUV2ez8AANNNYtCHPwCA/5B+b5M/AADZzve7nD8AABIUPzajPwCA5PIf0qY/AIDC9Sispz8AgDvfTx2kPwAACKwcGpc/AACA2T15VL8AALFQa5qYvwCA61G4bqS/AADNO06xp78AgIy5a3mmvwBAF7fRqKK/AMDfvg6sm78AwCk6koOSvwDAKTqSi4a/AADc14HLeb8AgBGlvYlrvwCAUiegGV6/AICAJsJWUb8AAPAWSFBHvwAAsnvyEDy/AADUvON0Nr8AAPa52uo0vwAApr3BFzK/AAAAb4GEJr8AAEStaT4qvwAAOBrA+yW/AAD6D+n3Jb8AAEDxY4wavwAAMHctIQ6/AACAc0YUCb8AALTIdr4ZvwAAEHGsCwW/AAAYnl4pB78AADwBTQQQvwAAGD/G3AO/AABgKcsQDL8AAICiI7nEPgAAgNY078i+AADYPXmYEr8AAMDWNO/ePgAAUKYKBge/AACoglFpEr8AANAQx7r3PgAAgL6fGt2+AABAAU0E+L4AANA07zj9PgAAQK1pXv8+AABQ0ZGcBL8AALDh6RX4PgAAoMZLt/E+AAC4SQwCAz8AADDtDb72vgAAgFiotfQ+AAAA5j+krz4AAKA8LNTrPgAAeFio9QU/AADAfR04Cj8AAFjsLzsLPwAAWDm0aCQ/AABWDi1iMz8AAMiYu5ZAPwAA+u3rgE4/AIB4eqXUWT8AzO7JwyaiPwCYVZ+rtaI/AOhhodZboz8AsMh2vsejPwDQoUW24aM/AADVeOleoz8AYG3F/laiPwDQeOkm46A/AKBgVFLnnj8AwFTBqCCdPwCA0LNZiZw/AEBAE2HPnD8AUDeJQdKdPwCg5h2nFZ8/AJzvp0YgoD8AAET6raSgPwBQa5p38KA/AJDk8v8roT8AfNCzuU2hPwB2Tx4WaKE/AOTyHzJxoT8AWoY49n+hPwBOQBNBjaE/ACRKe8OaoT8AbHh6RaOhPwAehetRqKE/AFJJnWCwoT8ArK3Yf7ahPwCAt0CiwaE/AJbUCUjUoT8ABvAWyNahPwBGlPaG3KE/AOQUHUnxoT8AULge5fihPwB4Tx5W+6E/AMT+srsMoj8ARD7omRKiPwC4rwOHGKI/ANTnaisjoj8A9LnaqiuiPwA8AU3EOaI/ADwBTYRDoj8A4HoULkuiPwBwio4kTqI/AITJVAFXoj8AgJVDS1+iPwCQMXdtZ6I/ABwv3aR6oj8AOLTIdoaiPwBc/kN6jaI/AFDaG7yToj8ACPAWSKOiPwBYhjjWqaI/ANwkBgGuoj8A4HGKjrmiPwBomnecwaI/AFggQXHMoj8AcHh6pdGiPwDwsFBr56I/AGBtxf7moj8AsJ3vp/qiPwDADpwz+qI/AHAkl/8Ioz8AgC9MphSjPwBAaW/wIaM/AACBlUMvoz8AgKpgVDKjPwAALGUZQqM/AICxv+xOoz8AAOCcEUWjPwAAjErqZKM/AACutmI/oz8AAIY41oWjPwAARiV1gqM/AAAoXI+Coz8AAMwQxzqjPwAAaJHtfKM/AAALJCi+oz8AALIubqOjPwAAnzwstKM/AIDysFC7oz8AAMNkqtCjPwDAcmiR2aM/AEDzjlPcoz8AgKUsQ/CjPwAgldQJ/KM/ALBp3nH7oz8A4JOHhQekPwAYrkfhFaQ/AEAK16MkpD8AKFMFoyukPwAQ4C2QNaQ/AJhuEgNHpD8AkML1qE2kPwDwhclUUKQ/AJhuEoNcpD8APArXI2ikPwDEjzE3d6Q/AIwo7c2IpD8A/GX3pJKkPwAwTKaKmaQ/AHylLIOkpD8AHKfoiLKkPwAIX5gMtqQ/AJjdk0fIpD8A/BhzF9CkPwAMAiuH2aQ/AKBFttPkpD8AfIMvbPKkPwBYF7cR+6Q/AMSGpxcRpT8AXP5DehWlPwAkSntjIaU/ALx0k9gypT8AQvFjTDilPwBYqDXtRaU/AKpgVBJMpT8AUGua91qlPwC6uI0mbqU/AAR4C4RzpT8A8DhF54SlPwBgVFIHkKU/ADojSnuYpT8AXP5D+qilPwBa9bm6qqU/AH77OhC2pT8AXCBBsc2lPwDUmubd1KU/AAR4CwTlpT8APnlYCO+lPwD0SllG+6U/AH6uthIKpj8Anu+nVhamPwAcWmQbG6Y/AMA5I+ojpj8AUtob7DmmPwBcsb9cPqY/AKYKRmVLpj8A3EYDGGKmPwD+ZfdEZqY/AEI+6Hlwpj8AyLq4HYamPwAmUwVjkqY/AJ6AJlKepj8AcD0K56amPwAu/yHts6Y/ANbFbcTEpj8A2ht8wc6mPwA6AU1U2aY/APZ14Bzvpj8AZhni2PimPwCG61GoCac/AKyL27gRpz8AToQNnyKnPwAu/yHNJ6c/AMKGpzc+pz8AtFn1OUOnPwDojChdTqc/AJbUCShcpz8A+ORhoWinPwBIcvlfgKc/ABTQRJiLpz8ACD2bFZWnPwCyDHGMoac/AKSSOiG1pz8AMEymCrunPwBYF7fRyqc/AOj7qdHWpz+ABaOS0rnPP4AjufyP1M8/AFUwKunvzz+AGw3gNQbQP8BrCfmUEtA/AHGsiycg0D/Aawn5BC/QPwAOvjAB9dI/gLuWkD8F0z+ASuoEVBTTPwAYJlOlJdM/APJBz3Y10z+AaJHt1ETTP4AtIR8gVdM/gJ7Nqk9m0z+A5/upsXbTP4BCPughh9M/ACo6klOX0z8ANe84tafTP4Al5IN2uNM/gDCZKrjJ0z+AdXEb9dnTP4CNl25K6tM/AIv9ZW/70z8AiUFg1Q3UPwBX7C/7HtQ/ALaEfCAw1D+AyHa+b0HUPwAjSnsTUtQ/ACEf9Dxk1D8AZMxdq3bUPwDdtYRciNQ/AJm7ltCZ1D8AfIMvTKvUPwD8qfFSvtQ/ACS5/AfP1D8AIGPu2uLUPwCAUUmd89Q/AGiR7XwH1T8AwJi7lhrVPwBwxf6yK9U/AMD1KFxD1T8A4HoUrlPVPwDAN/jCaNU/AKB3nKJ31T8A4D15WIzVPwAAzO7Jm9U/AID5D+mz1T8AwHvysMDVPwBArWne19U/AKAqGJXs1T8AAPd14ADWPwDg6ZWyFNY/AGgibHgn1j8AmP+QPjzWPwD2l90TUNY/AD55WMhk1j8AHHxhMnnWPwCitDc4jtY/AM3MzMyi1j8ArIvbuLbWPwAf9Gz2ytY/AKfoSG7g1j+AFtnOp/XWPwCpE9DEC9c/gMt/SN8g1z+AH2PuUjXXPwAs1JrGStc/gAgbnt5g1z8Am+Ydr3bXPwAKaCIsjdc/gERpb/Ci1z+A61G49rjXPwDEsS72z9c/gL6fGsPm1z8AmbuWdP3XP4AD54ysE9g/gAwCK28p2D+AowG8VUHYP4BPHhaOV9g/QDMzM0Nw2D+AowG8UYfYPwD1Slmyntg/wIr9Za+12D9AAU2EXc3YP8De4Atr5tg/gGq8dBf92D+AAG+BIBXZP0AgQfGTLtk/QNGRXPZF2T+AL0ymiF/ZP0AXt9Ggd9k/gHqlLLOR2T+AvHSTOqrZP4DysFDDw9k/QLn8h87c2T+Al24SJfbZP8BNYhCgD9o/QCNKe0kq2j9AH/RstEPaP8C6uI0mXto/gCjtDa542j+AImx44pLaP8BGA3gBrto/AJOpgrnH2j8A7MA5EeTaP0A3iUGk/9o/wFn1uXYd2z9AyjLEJTzbPwAsZRlSXNs/gEI+6OF+2z+Az2bV/6PbPwDecYpeyds/AJf/kJ7u2z8AveMU3RHcPwAawFuALdw/AJwRpT1B3D8AUI2X7kzcPwAWjEpqT9w/AGQ7309T3D8AFGHDU17cPwCad5xic9w/ACqpE3CP3D8A8tJNkrPcPwBpb/Bl2tw/gKg1zVMD3T8A4C2QCCrdPwC/DpyTUN0/wC5uo9103T8AldQJ9JfdP0C4HoWVuN0/wN++DjrZ3T8A16NwDfndP4BUUifOGd4/gABvgfQ63j+AiGNdRlveP0C4HoX3et4/gCv2l3Oc3j8A2qz6U73eP0A8vVIK394/gHVxGxAA3z9AMCqpuiLfP4A6AU03RN8/gLDh6Wlm3z+A5/up44jfPwDRItvIqt8/gF4py7zO3z+ACfmgtvDfP8CvA+f5CeA/wOyePBYc4D9gn6utKy7gPyDSb9+lP+A/gEFg5cRR4D9A+MJkrWTgPwBPrxQpd+A/wPdT4/WI4D8AVg6t0ZvgP6Bp3vFiruA/gD0K17DB4D9A0ZHc39TgPyB+jDmb5+A/wPUo3LX64D8AkX57RA7hP8CopE5CIuE/IOSDHmw14T/gTWIQhUnhP+CMKO1EXeE/QPrtaw9x4T+gR+F6CIbhP2DD06tKmuE/QMbcNT2u4T8AAisHPMPhP+Adp2g12OE/wBlR2tvs4T+gTkCT2wHiP2C8dJP0FuI/ALwFks8s4j+A9NtXc0LiPwBm9+S9V+I/IMKGp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+ " const render_items = [{\"docid\":\"5df9c437-0f1e-49e5-888c-8415bbace366\",\"roots\":{\"p1001\":\"b705d6bb-d687-4738-a4f3-07e8a974f10b\"},\"root_ids\":[\"p1001\"]}];\n", + " void root.Bokeh.embed.embed_items_notebook(docs_json, render_items);\n", + " }\n", + " if (root.Bokeh !== undefined) {\n", + " embed_document(root);\n", + " } else {\n", + " let attempts = 0;\n", + " const timer = setInterval(function(root) {\n", + " if (root.Bokeh !== undefined) {\n", + " clearInterval(timer);\n", + " embed_document(root);\n", + " } else {\n", + " attempts++;\n", + " if (attempts > 100) {\n", + " clearInterval(timer);\n", + " console.log(\"Bokeh: ERROR: Unable to run BokehJS code because BokehJS library is missing\");\n", + " }\n", + " }\n", + " }, 10, root)\n", + " }\n", + "})(window);" + ], + "application/vnd.bokehjs_exec.v0+json": "" + }, + "metadata": { + "application/vnd.bokehjs_exec.v0+json": { + "id": "p1001" + } + }, + "output_type": "display_data" + } + ], + "source": [ + 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+ " const render_items = [{\"docid\":\"0ead4bfc-9294-4255-832c-8651aa974167\",\"roots\":{\"p1072\":\"edcf1b09-fc16-4c9b-8126-c3b2931f4073\"},\"root_ids\":[\"p1072\"]}];\n", + " void root.Bokeh.embed.embed_items_notebook(docs_json, render_items);\n", + " }\n", + " if (root.Bokeh !== undefined) {\n", + " embed_document(root);\n", + " } else {\n", + " let attempts = 0;\n", + " const timer = setInterval(function(root) {\n", + " if (root.Bokeh !== undefined) {\n", + " clearInterval(timer);\n", + " embed_document(root);\n", + " } else {\n", + " attempts++;\n", + " if (attempts > 100) {\n", + " clearInterval(timer);\n", + " console.log(\"Bokeh: ERROR: Unable to run BokehJS code because BokehJS library is missing\");\n", + " }\n", + " }\n", + " }, 10, root)\n", + " }\n", + "})(window);" + ], + "application/vnd.bokehjs_exec.v0+json": "" + }, + "metadata": { + "application/vnd.bokehjs_exec.v0+json": { + "id": "p1072" + } + }, + "output_type": "display_data" + } + ], + "source": [ + "compute_pattern__SrTiO3_Pnma()" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "50adfcd5c4bb70ea", + "metadata": {}, + "outputs": [], + "source": [] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.11.7" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/tests/functional_tests/pycfml/srtio3-pm3m-pattern_Nebil-ifort.xy b/examples/pyCFML/cfml_utilities/powder_pattern_from_json/desired/srtio3-pm3m-pattern_Nebil-ifort.xy similarity index 100% rename from tests/functional_tests/pycfml/srtio3-pm3m-pattern_Nebil-ifort.xy rename to examples/pyCFML/cfml_utilities/powder_pattern_from_json/desired/srtio3-pm3m-pattern_Nebil-ifort.xy diff --git a/tests/functional_tests/pycfml/srtio3-pmmm-pattern_Andrew-ifort.xy b/examples/pyCFML/cfml_utilities/powder_pattern_from_json/desired/srtio3-pnma-pattern_Andrew-ifort.y similarity index 100% rename from tests/functional_tests/pycfml/srtio3-pmmm-pattern_Andrew-ifort.xy rename to examples/pyCFML/cfml_utilities/powder_pattern_from_json/desired/srtio3-pnma-pattern_Andrew-ifort.y diff --git a/examples/pyCFML/cfml_utilities/powder_pattern_from_json/srtio3-pattern-simulation.ipynb b/examples/pyCFML/cfml_utilities/powder_pattern_from_json/srtio3-pattern-simulation.ipynb new file mode 100644 index 0000000..229ad83 --- /dev/null +++ b/examples/pyCFML/cfml_utilities/powder_pattern_from_json/srtio3-pattern-simulation.ipynb @@ -0,0 +1,784 @@ +{ + "cells": [ + { + "cell_type": "code", + "execution_count": 1, + "id": "9ecc4733", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:09.858468Z", + "start_time": "2024-07-23T12:12:09.854247Z" + }, + "pycharm": { + "name": "#%%\n" + } + }, + "outputs": [], + "source": [ + "from bokeh.io import output_notebook\n", + "from bokeh.io import show\n", + "from bokeh.plotting import figure\n", + "import copy\n", + "import os\n", + "import numpy as np\n", + "\n", + "from pycrysfml import cfml_utilities\n", + "#from pycrysfml import crysfml08lib" + ] + }, + { + "cell_type": "code", + "execution_count": 2, + "id": "d76d50fc", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:10.327309Z", + "start_time": "2024-07-23T12:12:10.317495Z" + }, + "pycharm": { + "name": "#%%\n" + } + }, + "outputs": [ + { + "data": { + "text/html": [ + " \n", + "
\n", + " \n", + " Loading BokehJS ...\n", + "
\n" + ] + }, + "metadata": {}, + "output_type": "display_data" + }, + { + "data": { + "application/javascript": [ + "'use strict';\n", + "(function(root) {\n", + " function now() {\n", + " return new Date();\n", + " }\n", + "\n", + " const force = true;\n", + "\n", + " if (typeof root._bokeh_onload_callbacks === \"undefined\" || force === true) {\n", + " root._bokeh_onload_callbacks = [];\n", + " root._bokeh_is_loading = undefined;\n", + " }\n", + "\n", + "const JS_MIME_TYPE = 'application/javascript';\n", + " const HTML_MIME_TYPE = 'text/html';\n", + " const EXEC_MIME_TYPE = 'application/vnd.bokehjs_exec.v0+json';\n", + " const CLASS_NAME = 'output_bokeh rendered_html';\n", + "\n", + " /**\n", + " * Render data to the DOM node\n", + " */\n", + " function render(props, node) {\n", + " const script = document.createElement(\"script\");\n", + " node.appendChild(script);\n", + " }\n", + "\n", + " /**\n", + " * Handle when an output is cleared or removed\n", + " */\n", + " function handleClearOutput(event, handle) {\n", + " function drop(id) {\n", + " const view = Bokeh.index.get_by_id(id)\n", + " if (view != null) {\n", + " view.model.document.clear()\n", + " Bokeh.index.delete(view)\n", + " }\n", + " }\n", + "\n", + " const cell = handle.cell;\n", + "\n", + " const id = cell.output_area._bokeh_element_id;\n", + " const server_id = cell.output_area._bokeh_server_id;\n", + "\n", + " // Clean up Bokeh references\n", + " if (id != null) {\n", + " drop(id)\n", + " }\n", + "\n", + " if (server_id !== undefined) {\n", + " // Clean up Bokeh references\n", + " const cmd_clean = \"from bokeh.io.state import curstate; print(curstate().uuid_to_server['\" + server_id + \"'].get_sessions()[0].document.roots[0]._id)\";\n", + " cell.notebook.kernel.execute(cmd_clean, {\n", + " iopub: {\n", + " output: function(msg) {\n", + " const id = msg.content.text.trim()\n", + " drop(id)\n", + " }\n", + " }\n", + " });\n", + " // Destroy server and session\n", + " const cmd_destroy = \"import bokeh.io.notebook as ion; ion.destroy_server('\" + server_id + \"')\";\n", + " cell.notebook.kernel.execute(cmd_destroy);\n", + " }\n", + " }\n", + "\n", + " /**\n", + " * Handle when a new output is added\n", + " */\n", + " function handleAddOutput(event, handle) {\n", + " const output_area = handle.output_area;\n", + " const output = handle.output;\n", + "\n", + " // limit handleAddOutput to display_data with EXEC_MIME_TYPE content only\n", + " if ((output.output_type != \"display_data\") || (!Object.prototype.hasOwnProperty.call(output.data, EXEC_MIME_TYPE))) {\n", + " return\n", + " }\n", + "\n", + " const toinsert = output_area.element.find(\".\" + CLASS_NAME.split(' ')[0]);\n", + "\n", + " if (output.metadata[EXEC_MIME_TYPE][\"id\"] !== undefined) {\n", + " toinsert[toinsert.length - 1].firstChild.textContent = output.data[JS_MIME_TYPE];\n", + " // store reference to embed id on output_area\n", + " output_area._bokeh_element_id = output.metadata[EXEC_MIME_TYPE][\"id\"];\n", + " }\n", + " if (output.metadata[EXEC_MIME_TYPE][\"server_id\"] !== undefined) {\n", + " const bk_div = document.createElement(\"div\");\n", + " bk_div.innerHTML = output.data[HTML_MIME_TYPE];\n", + " const script_attrs = bk_div.children[0].attributes;\n", + " for (let i = 0; i < script_attrs.length; i++) {\n", + " toinsert[toinsert.length - 1].firstChild.setAttribute(script_attrs[i].name, script_attrs[i].value);\n", + " toinsert[toinsert.length - 1].firstChild.textContent = bk_div.children[0].textContent\n", + " }\n", + " // store reference to server id on output_area\n", + " output_area._bokeh_server_id = output.metadata[EXEC_MIME_TYPE][\"server_id\"];\n", + " }\n", + " }\n", + "\n", + " function register_renderer(events, OutputArea) {\n", + "\n", + " function append_mime(data, metadata, element) {\n", + " // create a DOM node to render to\n", + " const toinsert = this.create_output_subarea(\n", + " metadata,\n", + " CLASS_NAME,\n", + " EXEC_MIME_TYPE\n", + " );\n", + " this.keyboard_manager.register_events(toinsert);\n", + " // Render to node\n", + " const props = {data: data, metadata: metadata[EXEC_MIME_TYPE]};\n", + " render(props, toinsert[toinsert.length - 1]);\n", + " element.append(toinsert);\n", + " return toinsert\n", + " }\n", + "\n", + " /* Handle when an output is cleared or removed */\n", + " events.on('clear_output.CodeCell', handleClearOutput);\n", + " events.on('delete.Cell', handleClearOutput);\n", + "\n", + " /* Handle when a new output is added */\n", + " events.on('output_added.OutputArea', handleAddOutput);\n", + "\n", + " /**\n", + " * Register the mime type and append_mime function with output_area\n", + " */\n", + " OutputArea.prototype.register_mime_type(EXEC_MIME_TYPE, append_mime, {\n", + " /* Is output safe? */\n", + " safe: true,\n", + " /* Index of renderer in `output_area.display_order` */\n", + " index: 0\n", + " });\n", + " }\n", + "\n", + " // register the mime type if in Jupyter Notebook environment and previously unregistered\n", + " if (root.Jupyter !== undefined) {\n", + " const events = require('base/js/events');\n", + " const OutputArea = require('notebook/js/outputarea').OutputArea;\n", + "\n", + " if (OutputArea.prototype.mime_types().indexOf(EXEC_MIME_TYPE) == -1) {\n", + " register_renderer(events, OutputArea);\n", + " }\n", + " }\n", + " if (typeof (root._bokeh_timeout) === \"undefined\" || force === true) {\n", + " root._bokeh_timeout = Date.now() + 5000;\n", + " root._bokeh_failed_load = false;\n", + " }\n", + "\n", + " const NB_LOAD_WARNING = {'data': {'text/html':\n", + " \"
\\n\"+\n", + " \"

\\n\"+\n", + " \"BokehJS does not appear to have successfully loaded. If loading BokehJS from CDN, this \\n\"+\n", + " \"may be due to a slow or bad network connection. Possible fixes:\\n\"+\n", + " \"

\\n\"+\n", + " \"
    \\n\"+\n", + " \"
  • re-rerun `output_notebook()` to attempt to load from CDN again, or
    • \\n\"+\n", + " \"
  • use INLINE resources instead, as so:
    • \\n\"+\n", + " \"
\\n\"+\n", + " \"\\n\"+\n", + " \"from bokeh.resources import INLINE\\n\"+\n", + " \"output_notebook(resources=INLINE)\\n\"+\n", + " \"\\n\"+\n", + " \"
\"}};\n", + "\n", + " function display_loaded(error = null) {\n", + " const el = document.getElementById(\"d1d004ca-3992-45dd-aee9-2b974c4e2726\");\n", + " if (el != null) {\n", + " const html = (() => {\n", + " if (typeof root.Bokeh === \"undefined\") {\n", + " if (error == null) {\n", + " return \"BokehJS is loading ...\";\n", + " } else {\n", + " return \"BokehJS failed to load.\";\n", + " }\n", + " } else {\n", + " const prefix = `BokehJS ${root.Bokeh.version}`;\n", + " if (error == null) {\n", + " return `${prefix} successfully loaded.`;\n", + " } else {\n", + " return `${prefix} encountered errors while loading and may not function as expected.`;\n", + " }\n", + " }\n", + " })();\n", + " el.innerHTML = html;\n", + "\n", + " if (error != null) {\n", + " const wrapper = document.createElement(\"div\");\n", + " wrapper.style.overflow = \"auto\";\n", + " wrapper.style.height = \"5em\";\n", + " wrapper.style.resize = \"vertical\";\n", + " const content = document.createElement(\"div\");\n", + " content.style.fontFamily = \"monospace\";\n", + " content.style.whiteSpace = \"pre-wrap\";\n", + " content.style.backgroundColor = \"rgb(255, 221, 221)\";\n", + " content.textContent = error.stack ?? error.toString();\n", + " wrapper.append(content);\n", + " el.append(wrapper);\n", + " }\n", + " } else if (Date.now() < root._bokeh_timeout) {\n", + " setTimeout(() => display_loaded(error), 100);\n", + " }\n", + " }\n", + "\n", + " function run_callbacks() {\n", + " try {\n", + " root._bokeh_onload_callbacks.forEach(function(callback) {\n", + " if (callback != null)\n", + " callback();\n", + " });\n", + " } finally {\n", + " delete root._bokeh_onload_callbacks\n", + " }\n", + " console.debug(\"Bokeh: all callbacks have finished\");\n", + " }\n", + "\n", + " function load_libs(css_urls, js_urls, callback) {\n", + " if (css_urls == null) css_urls = [];\n", + " if (js_urls == null) js_urls = [];\n", + "\n", + " root._bokeh_onload_callbacks.push(callback);\n", + " if (root._bokeh_is_loading > 0) {\n", + " console.debug(\"Bokeh: BokehJS is being loaded, scheduling callback at\", now());\n", + " return null;\n", + " }\n", + " if (js_urls == null || js_urls.length === 0) {\n", + " run_callbacks();\n", + " return null;\n", + " }\n", + " console.debug(\"Bokeh: BokehJS not loaded, scheduling load and callback at\", now());\n", + " root._bokeh_is_loading = css_urls.length + js_urls.length;\n", + "\n", + " function on_load() {\n", + " root._bokeh_is_loading--;\n", + " if (root._bokeh_is_loading === 0) {\n", + " console.debug(\"Bokeh: all BokehJS libraries/stylesheets loaded\");\n", + " run_callbacks()\n", + " }\n", + " }\n", + "\n", + " function on_error(url) {\n", + " console.error(\"failed to load \" + url);\n", + " }\n", + "\n", + " for (let i = 0; i < css_urls.length; i++) {\n", + " const url = css_urls[i];\n", + " const element = document.createElement(\"link\");\n", + " element.onload = on_load;\n", + " element.onerror = on_error.bind(null, url);\n", + " element.rel = \"stylesheet\";\n", + " element.type = \"text/css\";\n", + " element.href = url;\n", + " console.debug(\"Bokeh: injecting link tag for BokehJS stylesheet: \", url);\n", + " document.body.appendChild(element);\n", + " }\n", + "\n", + " for (let i = 0; i < js_urls.length; i++) {\n", + " const url = js_urls[i];\n", + " const element = document.createElement('script');\n", + " element.onload = on_load;\n", + " element.onerror = on_error.bind(null, url);\n", + " element.async = false;\n", + " element.src = url;\n", + " console.debug(\"Bokeh: injecting script tag for BokehJS library: \", url);\n", + " document.head.appendChild(element);\n", + " }\n", + " };\n", + "\n", + " function inject_raw_css(css) {\n", + " const element = document.createElement(\"style\");\n", + " element.appendChild(document.createTextNode(css));\n", + " document.body.appendChild(element);\n", + " }\n", + "\n", + " const js_urls = [\"https://cdn.bokeh.org/bokeh/release/bokeh-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-gl-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-widgets-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-tables-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-mathjax-3.5.0.min.js\"];\n", + " const css_urls = [];\n", + "\n", + " const inline_js = [ function(Bokeh) {\n", + " Bokeh.set_log_level(\"info\");\n", + " },\n", + "function(Bokeh) {\n", + " }\n", + " ];\n", + "\n", + " function run_inline_js() {\n", + " if (root.Bokeh !== undefined || force === true) {\n", + " try {\n", + " for (let i = 0; i < inline_js.length; i++) {\n", + " inline_js[i].call(root, root.Bokeh);\n", + " }\n", + "\n", + " } catch (error) {display_loaded(error);throw error;\n", + " }if (force === true) {\n", + " display_loaded();\n", + " }} else if (Date.now() < root._bokeh_timeout) {\n", + " setTimeout(run_inline_js, 100);\n", + " } else if (!root._bokeh_failed_load) {\n", + " console.log(\"Bokeh: BokehJS failed to load within specified timeout.\");\n", + " root._bokeh_failed_load = true;\n", + " } else if (force !== true) {\n", + " const cell = $(document.getElementById(\"d1d004ca-3992-45dd-aee9-2b974c4e2726\")).parents('.cell').data().cell;\n", + " cell.output_area.append_execute_result(NB_LOAD_WARNING)\n", + " }\n", + " }\n", + "\n", + " if (root._bokeh_is_loading === 0) {\n", + " console.debug(\"Bokeh: BokehJS loaded, going straight to plotting\");\n", + " run_inline_js();\n", + " } else {\n", + " load_libs(css_urls, js_urls, function() {\n", + " console.debug(\"Bokeh: BokehJS plotting callback run at\", now());\n", + " run_inline_js();\n", + " });\n", + " }\n", + "}(window));" + ], + "application/vnd.bokehjs_load.v0+json": "'use strict';\n(function(root) {\n function now() {\n return new Date();\n }\n\n const force = true;\n\n if (typeof root._bokeh_onload_callbacks === \"undefined\" || force === true) {\n root._bokeh_onload_callbacks = [];\n root._bokeh_is_loading = undefined;\n }\n\n\n if (typeof (root._bokeh_timeout) === \"undefined\" || force === true) {\n root._bokeh_timeout = Date.now() + 5000;\n root._bokeh_failed_load = false;\n }\n\n const NB_LOAD_WARNING = {'data': {'text/html':\n \"
\\n\"+\n \"

\\n\"+\n \"BokehJS does not appear to have successfully loaded. If loading BokehJS from CDN, this \\n\"+\n \"may be due to a slow or bad network connection. Possible fixes:\\n\"+\n \"

\\n\"+\n \"
    \\n\"+\n \"
  • re-rerun `output_notebook()` to attempt to load from CDN again, or
    • \\n\"+\n \"
  • use INLINE resources instead, as so:
    • \\n\"+\n \"
\\n\"+\n \"\\n\"+\n \"from bokeh.resources import INLINE\\n\"+\n \"output_notebook(resources=INLINE)\\n\"+\n \"\\n\"+\n \"
\"}};\n\n function display_loaded(error = null) {\n const el = document.getElementById(\"d1d004ca-3992-45dd-aee9-2b974c4e2726\");\n if (el != null) {\n const html = (() => {\n if (typeof root.Bokeh === \"undefined\") {\n if (error == null) {\n return \"BokehJS is loading ...\";\n } else {\n return \"BokehJS failed to load.\";\n }\n } else {\n const prefix = `BokehJS ${root.Bokeh.version}`;\n if (error == null) {\n return `${prefix} successfully loaded.`;\n } else {\n return `${prefix} encountered errors while loading and may not function as expected.`;\n }\n }\n })();\n el.innerHTML = html;\n\n if (error != null) {\n const wrapper = document.createElement(\"div\");\n wrapper.style.overflow = \"auto\";\n wrapper.style.height = \"5em\";\n wrapper.style.resize = \"vertical\";\n const content = document.createElement(\"div\");\n content.style.fontFamily = \"monospace\";\n content.style.whiteSpace = \"pre-wrap\";\n content.style.backgroundColor = \"rgb(255, 221, 221)\";\n content.textContent = error.stack ?? error.toString();\n wrapper.append(content);\n el.append(wrapper);\n }\n } else if (Date.now() < root._bokeh_timeout) {\n setTimeout(() => display_loaded(error), 100);\n }\n }\n\n function run_callbacks() {\n try {\n root._bokeh_onload_callbacks.forEach(function(callback) {\n if (callback != null)\n callback();\n });\n } finally {\n delete root._bokeh_onload_callbacks\n }\n console.debug(\"Bokeh: all callbacks have finished\");\n }\n\n function load_libs(css_urls, js_urls, callback) {\n if (css_urls == null) css_urls = [];\n if (js_urls == null) js_urls = [];\n\n root._bokeh_onload_callbacks.push(callback);\n if (root._bokeh_is_loading > 0) {\n console.debug(\"Bokeh: BokehJS is being loaded, scheduling callback at\", now());\n return null;\n }\n if (js_urls == null || js_urls.length === 0) {\n run_callbacks();\n return null;\n }\n console.debug(\"Bokeh: BokehJS not loaded, scheduling load and callback at\", now());\n root._bokeh_is_loading = css_urls.length + js_urls.length;\n\n function on_load() {\n root._bokeh_is_loading--;\n if (root._bokeh_is_loading === 0) {\n console.debug(\"Bokeh: all BokehJS libraries/stylesheets loaded\");\n run_callbacks()\n }\n }\n\n function on_error(url) {\n console.error(\"failed to load \" + url);\n }\n\n for (let i = 0; i < css_urls.length; i++) {\n const url = css_urls[i];\n const element = document.createElement(\"link\");\n element.onload = on_load;\n element.onerror = on_error.bind(null, url);\n element.rel = \"stylesheet\";\n element.type = \"text/css\";\n element.href = url;\n console.debug(\"Bokeh: injecting link tag for BokehJS stylesheet: \", url);\n document.body.appendChild(element);\n }\n\n for (let i = 0; i < js_urls.length; i++) {\n const url = js_urls[i];\n const element = document.createElement('script');\n element.onload = on_load;\n element.onerror = on_error.bind(null, url);\n element.async = false;\n element.src = url;\n console.debug(\"Bokeh: injecting script tag for BokehJS library: \", url);\n document.head.appendChild(element);\n }\n };\n\n function inject_raw_css(css) {\n const element = document.createElement(\"style\");\n element.appendChild(document.createTextNode(css));\n document.body.appendChild(element);\n }\n\n const js_urls = [\"https://cdn.bokeh.org/bokeh/release/bokeh-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-gl-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-widgets-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-tables-3.5.0.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-mathjax-3.5.0.min.js\"];\n const css_urls = [];\n\n const inline_js = [ function(Bokeh) {\n Bokeh.set_log_level(\"info\");\n },\nfunction(Bokeh) {\n }\n ];\n\n function run_inline_js() {\n if (root.Bokeh !== undefined || force === true) {\n try {\n for (let i = 0; i < inline_js.length; i++) {\n inline_js[i].call(root, root.Bokeh);\n }\n\n } catch (error) {display_loaded(error);throw error;\n }if (force === true) {\n display_loaded();\n }} else if (Date.now() < root._bokeh_timeout) {\n setTimeout(run_inline_js, 100);\n } else if (!root._bokeh_failed_load) {\n console.log(\"Bokeh: BokehJS failed to load within specified timeout.\");\n root._bokeh_failed_load = true;\n } else if (force !== true) {\n const cell = $(document.getElementById(\"d1d004ca-3992-45dd-aee9-2b974c4e2726\")).parents('.cell').data().cell;\n cell.output_area.append_execute_result(NB_LOAD_WARNING)\n }\n }\n\n if (root._bokeh_is_loading === 0) {\n console.debug(\"Bokeh: BokehJS loaded, going straight to plotting\");\n run_inline_js();\n } else {\n load_libs(css_urls, js_urls, function() {\n console.debug(\"Bokeh: BokehJS plotting callback run at\", now());\n run_inline_js();\n });\n }\n}(window));" + }, + "metadata": {}, + "output_type": "display_data" + } + ], + "source": [ + "output_notebook()\n", + "FIGURE_WIDTH = 990\n", + "FIGURE_HEIGHT = 300" + ] + }, + { + "cell_type": "code", + "execution_count": 3, + "id": "4042fea98af92add", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:10.779123Z", + "start_time": "2024-07-23T12:12:10.776683Z" + } + }, + "outputs": [ + { + "data": { + "text/plain": [ + "'/Users/andrewsazonov/Development/github.com/EasyScience/TEST_PyCrysFML/.venv/lib/python3.11/site-packages/pycrysfml/Databases'" + ] + }, + "execution_count": 3, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "os.environ['CRYSFML_DB']" + ] + }, + { + "cell_type": "code", + "execution_count": 4, + "id": "edaa54d891d63ec1", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:11.331354Z", + "start_time": "2024-07-23T12:12:11.328399Z" + } + }, + "outputs": [ + { + "data": { + "text/plain": [ + "'/Users/andrewsazonov/Development/github.com/EasyScience/TEST_PyCrysFML/examples/pyCFML/cfml_utilities/powder_pattern_from_json'" + ] + }, + "execution_count": 4, + "metadata": {}, + "output_type": "execute_result" + } + ], + "source": [ + "os.getcwd()" + ] + }, + { + "cell_type": "code", + "execution_count": 5, + "id": "3752d741", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:11.899990Z", + "start_time": "2024-07-23T12:12:11.896406Z" + } + }, + "outputs": [], + "source": [ + "STUDY_DICT_PM3M = {\n", + " \"phases\": [\n", + " {\n", + " \"SrTiO3\": {\n", + " \"_space_group_name_H-M_alt\": \"P m -3 m\",\n", + " \"_cell_length_a\": 3.9,\n", + " \"_cell_length_b\": 3.9,\n", + " \"_cell_length_c\": 3.9,\n", + " \"_cell_angle_alpha\": 90,\n", + " \"_cell_angle_beta\": 90,\n", + " \"_cell_angle_gamma\": 90,\n", + " \"_atom_site\": [\n", + " {\n", + " \"_label\": \"Sr\",\n", + " \"_type_symbol\": \"Sr\",\n", + " \"_fract_x\": 0.5,\n", + " \"_fract_y\": 0.5,\n", + " \"_fract_z\": 0.5,\n", + " \"_occupancy\": 1,\n", + " \"_adp_type\": \"Biso\",\n", + " \"_B_iso_or_equiv\": 0.40\n", + " },\n", + " {\n", + " \"_label\": \"Ti\",\n", + " \"_type_symbol\": \"Ti\",\n", + " \"_fract_x\": 0,\n", + " \"_fract_y\": 0,\n", + " \"_fract_z\": 0,\n", + " \"_occupancy\": 1,\n", + " \"_adp_type\": \"Biso\",\n", + " \"_B_iso_or_equiv\": 0.50\n", + " },\n", + " {\n", + " \"_label\": \"O\",\n", + " \"_type_symbol\": \"O\",\n", + " \"_fract_x\": 0.5,\n", + " \"_fract_y\": 0,\n", + " \"_fract_z\": 0,\n", + " \"_occupancy\": 1,\n", + " \"_adp_type\": \"Biso\",\n", + " \"_B_iso_or_equiv\": 0.65\n", + " }\n", + " ]\n", + " }\n", + " }\n", + " ],\n", + " \"experiments\": [\n", + " {\n", + " \"NPD\": {\n", + " \"_diffrn_source\": \"nuclear reactor\",\n", + " \"_diffrn_radiation_probe\": \"neutron\",\n", + " \"_diffrn_radiation_wavelength\": 1.27,\n", + " \"_pd_instr_resolution_u\": 0.02,\n", + " \"_pd_instr_resolution_v\": -0.02,\n", + " \"_pd_instr_resolution_w\": 0.12,\n", + " \"_pd_instr_resolution_x\": 0.0015,\n", + " \"_pd_instr_resolution_y\": 0,\n", + " \"_pd_instr_reflex_asymmetry_p1\": 0,\n", + " \"_pd_instr_reflex_asymmetry_p2\": 0,\n", + " \"_pd_instr_reflex_asymmetry_p3\": 0,\n", + " \"_pd_instr_reflex_asymmetry_p4\": 0,\n", + " \"_pd_meas_2theta_offset\": 0,\n", + " \"_pd_meas_2theta_range_min\": 1,\n", + " \"_pd_meas_2theta_range_max\": 140,\n", + " \"_pd_meas_2theta_range_inc\": 0.05\n", + " }\n", + " }\n", + " ]\n", + "}" + ] + }, + { + "cell_type": "code", + "execution_count": 6, + "id": "f5f7bb5f040685cc", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:12.506873Z", + "start_time": "2024-07-23T12:12:12.503786Z" + } + }, + "outputs": [], + "source": [ + "# Help functions\n", + "\n", + "def generated_x_array(study_dict:dict):\n", + " experiment = study_dict['experiments'][0]['NPD']\n", + " start = experiment['_pd_meas_2theta_range_min']\n", + " stop = experiment['_pd_meas_2theta_range_max']\n", + " step = experiment['_pd_meas_2theta_range_inc']\n", + " x = np.arange(start=start, stop=stop+step, step=step)\n", + " return x\n", + "\n", + "def compute_pattern(study_dict:dict):\n", + " _, y = cfml_utilities.powder_pattern_from_json(study_dict) # returns x and y arrays\n", + " #_, y = crysfml08lib.f_powder_pattern_from_json(study_dict) # returns x and y arrays\n", + " y = y.astype(np.float64)\n", + " return y" + ] + }, + { + "cell_type": "code", + "execution_count": 7, + "id": "bfa4e963497909dd", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:13.146451Z", + "start_time": "2024-07-23T12:12:13.143147Z" + } + }, + "outputs": [], + "source": [ + "def compute_pattern__SrTiO3_Pm3m():\n", + " study_dict = copy.deepcopy(STUDY_DICT_PM3M)\n", + "\n", + " # x array\n", + " x = generated_x_array(study_dict)\n", + "\n", + " # desired y array\n", + " _, desired = np.loadtxt('desired/srtio3-pm3m-pattern_Nebil-ifort.xy', unpack=True)\n", + " desired = desired - 20.0 # remove background\n", + " desired = np.roll(desired, -1) # compensate for a 1-element shift in y data between old Nebil windows build and Andrew current gfortran build\n", + " \n", + " # set space group\n", + " study_dict['phases'][0]['SrTiO3']['_space_group_name_H-M_alt'] = 'P m -3 m'\n", + "\n", + " # actual y array\n", + " actual = compute_pattern(study_dict)\n", + " \n", + " # compare results\n", + " fig = figure(width=FIGURE_WIDTH, height=FIGURE_HEIGHT)\n", + " fig.line(x, desired, legend_label='desired', color='orangered', line_width=5)\n", + " fig.line(x, actual, legend_label='actual', color='steelblue', line_width=2)\n", + " fig.line(x, actual-desired, legend_label='diff', color='green', line_width=1)\n", + " show(fig)" + ] + }, + { + "cell_type": "code", + "execution_count": 8, + "id": "7836d8d61ea9f2e6", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:13.915802Z", + "start_time": "2024-07-23T12:12:13.912942Z" + } + }, + "outputs": [], + "source": [ + "def compute_pattern__SrTiO3_Pnma():\n", + " study_dict = copy.deepcopy(STUDY_DICT_PM3M)\n", + "\n", + " # x array\n", + " x = generated_x_array(study_dict)\n", + "\n", + " # desired y array\n", + " desired = np.loadtxt('desired/srtio3-pnma-pattern_Andrew-ifort.y', unpack=True)\n", + " desired = desired - 20.0 # remove background\n", + " \n", + " # set space group\n", + " study_dict['phases'][0]['SrTiO3']['_space_group_name_H-M_alt'] = 'P n m a'\n", + "\n", + " # actual y array\n", + " actual = compute_pattern(study_dict)\n", + " \n", + " # compare results\n", + " fig = figure(width=FIGURE_WIDTH, height=FIGURE_HEIGHT)\n", + " fig.line(x, desired, legend_label='desired', color='orangered', line_width=5)\n", + " fig.line(x, actual, legend_label='actual', color='steelblue', line_width=2)\n", + " fig.line(x, actual-desired, legend_label='diff', color='green', line_width=1)\n", + " show(fig)" + ] + }, + { + "cell_type": "code", + "execution_count": 9, + "id": "753b3bd7336cc49c", + "metadata": { + "ExecuteTime": { + "end_time": "2024-07-23T12:12:18.068406Z", + "start_time": "2024-07-23T12:12:17.988105Z" + } + }, + "outputs": [ + { + "data": { + "text/html": [ + "\n", + "
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kFA0czMzMxMQUA3MzMzM1NBQJ6ZmZmZWUFABAAAAABgQUBrZmZmZmZBQNHMzMzMbEFANzMzMzNzQUCemZmZmXlBQAQAAAAAgEFAa2ZmZmaGQUDRzMzMzIxBQDczMzMzk0FAnpmZmZmZQUAEAAAAAKBBQGtmZmZmpkFA0czMzMysQUA4MzMzM7NBQJ6ZmZmZuUFABAAAAADAQUBrZmZmZsZBQNHMzMzMzEFAODMzMzPTQUCemZmZmdlBQAQAAAAA4EFAa2ZmZmbmQUDRzMzMzOxBQDgzMzMz80FAnpmZmZn5QUAEAAAAAABCQGtmZmZmBkJA0czMzMwMQkA4MzMzMxNCQJ6ZmZmZGUJABAAAAAAgQkBrZmZmZiZCQNHMzMzMLEJAODMzMzMzQkCemZmZmTlCQAQAAAAAQEJAa2ZmZmZGQkDRzMzMzExCQDgzMzMzU0JAnpmZmZlZQkAEAAAAAGBCQGtmZmZmZkJA0czMzMxsQkA4MzMzM3NCQJ6ZmZmZeUJABAAAAACAQkBrZmZmZoZCQNHMzMzMjEJAODMzMzOTQkCemZmZmZlCQAUAAAAAoEJAa2ZmZmamQkDRzMzMzKxCQDgzMzMzs0JAnpmZmZm5QkAFAAAAAMBCQGtmZmZmxkJA0czMzMzMQkA4MzMzM9NCQJ6ZmZmZ2UJABQAAAADgQkBrZmZmZuZCQNHMzMzM7EJAODMzMzPzQkCemZmZmflCQAUAAAAAAENAa2ZmZmYGQ0DRzMzMzAxDQDgzMzMzE0NAnpmZmZkZQ0AFAAAAACBDQGtmZmZmJkNA0czMzMwsQ0A4MzMzMzNDQJ6ZmZmZOUNABQAAAABAQ0BrZmZmZkZDQNLMzMzMTENAODMzMzNTQ0CemZmZmVlDQAUAAAAAYENAa2ZmZmZmQ0DSzMzMzGxDQDgzMzMzc0NAnpmZmZl5Q0AFAAAAAIBDQGtmZmZmhkNA0szMzMyMQ0A4MzMzM5NDQJ6ZmZmZmUNABQAAAACgQ0BrZmZmZqZDQNLMzMzMrENAODMzMzOzQ0CemZmZmblDQAUAAAAAwENAa2ZmZmbGQ0DSzMzMzMxDQDgzMzMz00NAnpmZmZnZQ0AFAAAAAOBDQGtmZmZm5kNA0szMzMzsQ0A4MzMzM/NDQJ6ZmZmZ+UNABQAAAAAAREBrZmZmZgZEQNLMzMzMDERAODMzMzMTRECemZmZmRlEQAUAAAAAIERAa2ZmZmYmREDSzMzMzCxEQDgzMzMzM0RAn5mZmZk5REAFAAAAAEBEQGtmZmZmRkRA0szMzMxMREA4MzMzM1NEQJ+ZmZmZWURABQAAAABgREBrZmZmZmZEQNLMzMzMbERAODMzMzNzRECfmZmZmXlEQAUAAAAAgERAa2ZmZmaGREDSzMzMzIxEQDgzMzMzk0RAn5mZmZmZREAFAAAAAKBEQGtmZmZmpkRA0szMzMysREA4MzMzM7NEQJ+ZmZmZuURABQAAAADAREBrZmZmZsZEQNLMzMzMzERAODMzMzPTRECfmZmZmdlEQAUAAAAA4ERAbGZmZmbmREDSzMzMzOxEQDgzMzMz80RAn5mZmZn5REAFAAAAAABFQGxmZmZmBkVA0szMzMwMRUA4MzMzMxNFQJ+ZmZmZGUVABQAAAAAgRUBsZmZmZiZFQNLMzMzMLEVAODMzMzMzRUCfmZmZmTlFQAUAAAAAQEVAbGZmZmZGRUDSzMzMzExFQDgzMzMzU0VAn5mZmZlZRUAFAAAAAGBFQGxmZmZmZkVA0szMzMxsRUA4MzMzM3NFQJ+ZmZmZeUVABQAAAACARUBsZmZmZoZFQNLMzMzMjEVAODMzMzOTRUCfmZmZmZlFQAUAAAAAoEVAbGZmZmamRUDSzMzMzKxFQDgzMzMzs0VAn5mZmZm5RUAFAAAAAMBFQGxmZmZmxkVA0szMzMzMRUA5MzMzM9NFQJ+ZmZmZ2UVABQAAAADgRUBsZmZmZuZFQNLMzMzM7EVAOTMzMzPzRUCfmZmZmflFQAUAAAAAAEZAbGZmZmYGRkDSzMzMzAxGQDkzMzMzE0ZAn5mZmZkZRkAFAAAAACBGQGxmZmZmJkZA0szMzMwsRkA5MzMzMzNGQJ+ZmZmZOUZABQAAAABARkBsZmZmZkZGQNLMzMzMTEZAOTMzMzNTRkCfmZmZmVlGQAUAAAAAYEZAbGZmZmZmRkDSzMzMzGxGQDkzMzMzc0ZAn5mZmZl5RkAGAAAAAIBGQGxmZmZmhkZA0szMzMyMRkA5MzMzM5NGQJ+ZmZmZmUZABgAAAACgRkBsZmZmZqZGQNLMzMzMrEZAOTMzMzOzRkCfmZmZmblGQAYAAAAAwEZAbGZmZmbGRkDSzMzMzMxGQDkzMzMz00ZAn5mZmZnZRkAGAAAAAOBGQGxmZmZm5kZA0szMzMzsRkA5MzMzM/NGQJ+ZmZmZ+UZABgAAAAAAR0BsZmZmZgZHQNLMzMzMDEdAOTMzMzMTR0CfmZmZmRlHQAYAAAAAIEdAbGZmZmYmR0DSzMzMzCxHQDkzMzMzM0dAn5mZmZk5R0AGAAAAAEBHQGxmZmZmRkdA0szMzMxMR0A5MzMzM1NHQJ+ZmZmZWUdABgAAAABgR0BsZmZmZmZHQNPMzMzMbEdAOTMzMzNzR0CfmZmZmXlHQAYAAAAAgEdAbGZmZmaGR0DTzMzMzIxHQDkzMzMzk0dAn5mZmZmZR0AGAAAAAKBHQGxmZmZmpkdA08zMzMysR0A5MzMzM7NHQJ+ZmZmZuUdABgAAAADAR0BsZmZmZsZHQNPMzMzMzEdAOTMzMzPTR0CfmZmZmdlHQAYAAAAA4EdAbGZmZmbmR0DTzMzMzOxHQDkzMzMz80dAn5mZmZn5R0AGAAAAAABIQGxmZmZmBkhA08zMzMwMSEA5MzMzMxNIQKCZmZmZGUhABgAAAAAgSEBsZmZmZiZIQNPMzMzMLEhAOTMzMzMzSECgmZmZmTlIQAYAAAAAQEhAbGZmZmZGSEDTzMzMzExIQDkzMzMzU0hAoJmZmZlZSEAGAAAAAGBIQGxmZmZmZkhA08zMzMxsSEA5MzMzM3NIQKCZmZmZeUhABgAAAACASEBsZmZmZoZIQNPMzMzMjEhAOTMzMzOTSECgmZmZmZlIQAYAAAAAoEhAbGZmZmamSEDTzMzMzKxIQDkzMzMzs0hAoJmZmZm5SEAGAAAAAMBIQGxmZmZmxkhA08zMzMzMSEA5MzMzM9NIQKCZmZmZ2UhABgAAAADgSEBsZmZmZuZIQNPMzMzM7EhAOTMzMzPzSECgmZmZmflIQAYAAAAAAElAbWZmZmYGSUDTzMzMzAxJQDkzMzMzE0lAoJmZmZkZSUAGAAAAACBJQG1mZmZmJklA08zMzMwsSUA5MzMzMzNJQKCZmZmZOUlABgAAAABASUBtZmZmZkZJQNPMzMzMTElAOTMzMzNTSUCgmZmZmVlJQAYAAAAAYElAbWZmZmZmSUDTzMzMzGxJQDkzMzMzc0lAoJmZmZl5SUAGAAAAAIBJQG1mZmZmhklA08zMzMyMSUA5MzMzM5NJQKCZmZmZmUlABgAAAACgSUBtZmZmZqZJQNPMzMzMrElAOjMzMzOzSUCgmZmZmblJQAYAAAAAwElAbWZmZmbGSUDTzMzMzMxJQDozMzMz00lAoJmZmZnZSUAGAAAAAOBJQG1mZmZm5klA08zMzMzsSUA6MzMzM/NJQKCZmZmZ+UlABgAAAAAASkBtZmZmZgZKQNPMzMzMDEpAOjMzMzMTSkCgmZmZmRlKQAYAAAAAIEpAbWZmZmYmSkDTzMzMzCxKQDozMzMzM0pAoJmZmZk5SkAGAAAAAEBKQG1mZmZmRkpA08zMzMxMSkA6MzMzM1NKQKCZmZmZWUpABgAAAABgSkBtZmZmZmZKQNPMzMzMbEpAOjMzMzNzSkCgmZmZmXlKQAYAAAAAgEpAbWZmZmaGSkDTzMzMzIxKQDozMzMzk0pAoJmZmZmZSkAHAAAAAKBKQG1mZmZmpkpA08zMzMysSkA6MzMzM7NKQKCZmZmZuUpABwAAAADASkBtZmZmZsZKQNPMzMzMzEpAOjMzMzPTSkCgmZmZmdlKQAcAAAAA4EpAbWZmZmbmSkDTzMzMzOxKQDozMzMz80pAoJmZmZn5SkAHAAAAAABLQG1mZmZmBktA08zMzMwMS0A6MzMzMxNLQKCZmZmZGUtABwAAAAAgS0BtZmZmZiZLQNPMzMzMLEtAOjMzMzMzS0CgmZmZmTlLQAcAAAAAQEtAbWZmZmZGS0DUzMzMzExLQDozMzMzU0tAoJmZmZlZS0AHAAAAAGBLQG1mZmZmZktA1MzMzMxsS0A6MzMzM3NLQKCZmZmZeUtABwAAAACAS0BtZmZmZoZLQNTMzMzMjEtAOjMzMzOTS0CgmZmZmZlLQAcAAAAAoEtAbWZmZmamS0DUzMzMzKxLQDozMzMzs0tAoJmZmZm5S0AHAAAAAMBLQG1mZmZmxktA1MzMzMzMS0A6MzMzM9NLQKCZmZmZ2UtABwAAAADgS0BtZmZmZuZLQNTMzMzM7EtAOjMzMzPzS0CgmZmZmflLQAcAAAAAAExAbWZmZmYGTEDUzMzMzAxMQDozMzMzE0xAoJmZmZkZTEAHAAAAACBMQG1mZmZmJkxA1MzMzMwsTEA6MzMzMzNMQKGZmZmZOUxABwAAAABATEBtZmZmZkZMQNTMzMzMTExAOjMzMzNTTEChmZmZmVlMQAcAAAAAYExAbWZmZmZmTEDUzMzMzGxMQDozMzMzc0xAoZmZmZl5TEAHAAAAAIBMQG1mZmZmhkxA1MzMzMyMTEA6MzMzM5NMQKGZmZmZmUxABwAAAACgTEBtZmZmZqZMQNTMzMzMrExAOjMzMzOzTEChmZmZmblMQAcAAAAAwExAbWZmZmbGTEDUzMzMzMxMQDozMzMz00xAoZmZmZnZTEAHAAAAAOBMQG5mZmZm5kxA1MzMzMzsTEA6MzMzM/NMQKGZmZmZ+UxABwAAAAAATUBuZmZmZgZNQNTMzMzMDE1AOjMzMzMTTUChmZmZmRlNQAcAAAAAIE1AbmZmZmYmTUDUzMzMzCxNQDozMzMzM01AoZmZmZk5TUAHAAAAAEBNQG5mZmZmRk1A1MzMzMxMTUA6MzMzM1NNQKGZmZmZWU1ABwAAAABgTUBuZmZmZmZNQNTMzMzMbE1AOjMzMzNzTUChmZmZmXlNQAcAAAAAgE1AbmZmZmaGTUDUzMzMzIxNQDozMzMzk01AoZmZmZmZTUAHAAAAAKBNQG5mZmZmpk1A1MzMzMysTUA6MzMzM7NNQKGZmZmZuU1ABwAAAADATUBuZmZmZsZNQNTMzMzMzE1AOzMzMzPTTUChmZmZmdlNQAcAAAAA4E1AbmZmZmbmTUDUzMzMzOxNQDszMzMz801AoZmZmZn5TUAHAAAAAABOQG5mZmZmBk5A1MzMzMwMTkA7MzMzMxNOQKGZmZmZGU5ABwAAAAAgTkBuZmZmZiZOQNTMzMzMLE5AOzMzMzMzTkChmZmZmTlOQAcAAAAAQE5AbmZmZmZGTkDUzMzMzExOQDszMzMzU05AoZmZmZlZTkAHAAAAAGBOQG5mZmZmZk5A1MzMzMxsTkA7MzMzM3NOQKGZmZmZeU5ACAAAAACATkBuZmZmZoZOQNTMzMzMjE5AOzMzMzOTTkChmZmZmZlOQAgAAAAAoE5AbmZmZmamTkDUzMzMzKxOQDszMzMzs05AoZmZmZm5TkAIAAAAAMBOQG5mZmZmxk5A1MzMzMzMTkA7MzMzM9NOQKGZmZmZ2U5ACAAAAADgTkBuZmZmZuZOQNTMzMzM7E5AOzMzMzPzTkChmZmZmflOQAgAAAAAAE9AbmZmZmYGT0DUzMzMzAxPQDszMzMzE09AoZmZmZkZT0AIAAAAACBPQG5mZmZmJk9A1MzMzMwsT0A7MzMzMzNPQKGZmZmZOU9ACAAAAABAT0BuZmZmZkZPQNTMzMzMTE9AOzMzMzNTT0ChmZmZmVlPQAgAAAAAYE9AbmZmZmZmT0DVzMzMzGxPQDszMzMzc09AoZmZmZl5T0AIAAAAAIBPQG5mZmZmhk9A1czMzMyMT0A7MzMzM5NPQKGZmZmZmU9ACAAAAACgT0BuZmZmZqZPQNXMzMzMrE9AOzMzMzOzT0ChmZmZmblPQAgAAAAAwE9AbmZmZmbGT0DVzMzMzMxPQDszMzMz009AoZmZmZnZT0AIAAAAAOBPQG5mZmZm5k9A1czMzMzsT0A7MzMzM/NPQKGZmZmZ+U9ABAAAAAAAUEA3MzMzMwNQQGpmZmZmBlBAnpmZmZkJUEDRzMzMzAxQQAQAAAAAEFBANzMzMzMTUEBqZmZmZhZQQJ6ZmZmZGVBA0czMzMwcUEAEAAAAACBQQDczMzMzI1BAamZmZmYmUECemZmZmSlQQNHMzMzMLFBABAAAAAAwUEA3MzMzMzNQQGpmZmZmNlBAnpmZmZk5UEDRzMzMzDxQQAQAAAAAQFBANzMzMzNDUEBqZmZmZkZQQJ6ZmZmZSVBA0czMzMxMUEAEAAAAAFBQQDczMzMzU1BAamZmZmZWUECemZmZmVlQQNHMzMzMXFBABAAAAABgUEA3MzMzM2NQQGpmZmZmZlBAnpmZmZlpUEDRzMzMzGxQQAQAAAAAcFBANzMzMzNzUEBqZmZmZnZQQJ6ZmZmZeVBA0czMzMx8UEAEAAAAAIBQQDczMzMzg1BAamZmZmaGUECemZmZmYlQQNHMzMzMjFBABAAAAACQUEA3MzMzM5NQQGpmZmZmllBAnpmZmZmZUEDRzMzMzJxQQAQAAAAAoFBANzMzMzOjUEBqZmZmZqZQQJ6ZmZmZqVBA0czMzMysUEAEAAAAALBQQDczMzMzs1BAa2ZmZma2UECemZmZmblQQNHMzMzMvFBABAAAAADAUEA3MzMzM8NQQGtmZmZmxlBAnpmZmZnJUEDRzMzMzMxQQAQAAAAA0FBANzMzMzPTUEBrZmZmZtZQQJ6ZmZmZ2VBA0czMzMzcUEAEAAAAAOBQQDczMzMz41BAa2ZmZmbmUECemZmZmelQQNHMzMzM7FBABAAAAADwUEA3MzMzM/NQQGtmZmZm9lBAnpmZmZn5UEDRzMzMzPxQQAQAAAAAAFFANzMzMzMDUUBrZmZmZgZRQJ6ZmZmZCVFA0czMzMwMUUAEAAAAABBRQDczMzMzE1FAa2ZmZmYWUUCemZmZmRlRQNHMzMzMHFFABAAAAAAgUUA3MzMzMyNRQGtmZmZmJlFAnpmZmZkpUUDRzMzMzCxRQAQAAAAAMFFANzMzMzMzUUBrZmZmZjZRQJ6ZmZmZOVFA0czMzMw8UUAEAAAAAEBRQDczMzMzQ1FAa2ZmZmZGUUCemZmZmUlRQNHMzMzMTFFABAAAAABQUUA3MzMzM1NRQGtmZmZmVlFAnpmZmZlZUUDRzMzMzFxRQAQAAAAAYFFANzMzMzNjUUBrZmZmZmZRQJ6ZmZmZaVFA0czMzMxsUUAEAAAAAHBRQDgzMzMzc1FAa2ZmZmZ2UUCemZmZmXlRQNHMzMzMfFFABAAAAACAUUA4MzMzM4NRQGtmZmZmhlFAnpmZmZmJUUDRzMzMzIxRQAQAAAAAkFFAODMzMzOTUUBrZmZmZpZRQJ6ZmZmZmVFA0czMzMycUUAEAAAAAKBRQDgzMzMzo1FAa2ZmZmamUUCemZmZmalRQNHMzMzMrFFABAAAAACwUUA4MzMzM7NRQGtmZmZmtlFAnpmZmZm5UUDRzMzMzLxRQAQAAAAAwFFAODMzMzPDUUBrZmZmZsZRQJ6ZmZmZyVFA0czMzMzMUUAEAAAAANBRQDgzMzMz01FAa2ZmZmbWUUCemZmZmdlRQNHMzMzM3FFABAAAAADgUUA4MzMzM+NRQGtmZmZm5lFAnpmZmZnpUUDRzMzMzOxRQAQAAAAA8FFAODMzMzPzUUBrZmZmZvZRQJ6ZmZmZ+VFA0czMzMz8UUAEAAAAAABSQDgzMzMzA1JAa2ZmZmYGUkCemZmZmQlSQNHMzMzMDFJABAAAAAAQUkA4MzMzMxNSQGtmZmZmFlJAnpmZmZkZUkDRzMzMzBxSQAQAAAAAIFJAODMzMzMjUkBrZmZmZiZSQJ6ZmZmZKVJA0czMzMwsUkAEAAAAADBSQDgzMzMzM1JAa2ZmZmY2UkCemZmZmTlSQNHMzMzMPFJABAAAAABAUkA4MzMzM0NSQGtmZmZmRlJAnpmZmZlJUkDRzMzMzExSQAUAAAAAUFJAODMzMzNTUkBrZmZmZlZSQJ6ZmZmZWVJA0czMzMxcUkAFAAAAAGBSQDgzMzMzY1JAa2ZmZmZmUkCemZmZmWlSQNHMzMzMbFJABQAAAABwUkA4MzMzM3NSQGtmZmZmdlJAnpmZmZl5UkDRzMzMzHxSQAUAAAAAgFJAODMzMzODUkBrZmZmZoZSQJ6ZmZmZiVJA0czMzMyMUkAFAAAAAJBSQDgzMzMzk1JAa2ZmZmaWUkCemZmZmZlSQNHMzMzMnFJABQAAAACgUkA4MzMzM6NSQGtmZmZmplJAnpmZmZmpUkDRzMzMzKxSQAUAAAAAsFJAODMzMzOzUkBrZmZmZrZSQJ6ZmZmZuVJA0czMzMy8UkAFAAAAAMBSQDgzMzMzw1JAa2ZmZmbGUkCemZmZmclSQNHMzMzMzFJABQAAAADQUkA4MzMzM9NSQGtmZmZm1lJAnpmZmZnZUkDRzMzMzNxSQAUAAAAA4FJAODMzMzPjUkBrZmZmZuZSQJ6ZmZmZ6VJA0czMzMzsUkAFAAAAAPBSQDgzMzMz81JAa2ZmZmb2UkCemZmZmflSQNHMzMzM/FJABQAAAAAAU0A4MzMzMwNTQGtmZmZmBlNAnpmZmZkJU0DSzMzMzAxTQAUAAAAAEFNAODMzMzMTU0BrZmZmZhZTQJ6ZmZmZGVNA0szMzMwcU0AFAAAAACBTQDgzMzMzI1NAa2ZmZmYmU0CemZmZmSlTQNLMzMzMLFNABQAAAAAwU0A4MzMzMzNTQGtmZmZmNlNAnpmZmZk5U0DSzMzMzDxTQAUAAAAAQFNAODMzMzNDU0BrZmZmZkZTQJ6ZmZmZSVNA0szMzMxMU0AFAAAAAFBTQDgzMzMzU1NAa2ZmZmZWU0CemZmZmVlTQNLMzMzMXFNABQAAAABgU0A4MzMzM2NTQGtmZmZmZlNAnpmZmZlpU0DSzMzMzGxTQAUAAAAAcFNAODMzMzNzU0BrZmZmZnZTQJ6ZmZmZeVNA0szMzMx8U0AFAAAAAIBTQDgzMzMzg1NAa2ZmZmaGU0CemZmZmYlTQNLMzMzMjFNABQAAAACQU0A4MzMzM5NTQGtmZmZmllNAnpmZmZmZU0DSzMzMzJxTQAUAAAAAoFNAODMzMzOjU0BrZmZmZqZTQJ6ZmZmZqVNA0szMzMysU0AFAAAAALBTQDgzMzMzs1NAa2ZmZma2U0CemZmZmblTQNLMzMzMvFNABQAAAADAU0A4MzMzM8NTQGtmZmZmxlNAnpmZmZnJU0DSzMzMzMxTQAUAAAAA0FNAODMzMzPTU0BrZmZmZtZTQJ6ZmZmZ2VNA0szMzMzcU0AFAAAAAOBTQDgzMzMz41NAa2ZmZmbmU0CfmZmZmelTQNLMzMzM7FNABQAAAADwU0A4MzMzM/NTQGtmZmZm9lNAn5mZmZn5U0DSzMzMzPxTQAUAAAAAAFRAODMzMzMDVEBrZmZmZgZUQJ+ZmZmZCVRA0szMzMwMVEAFAAAAABBUQDgzMzMzE1RAa2ZmZmYWVECfmZmZmRlUQNLMzMzMHFRABQAAAAAgVEA4MzMzMyNUQGtmZmZmJlRAn5mZmZkpVEDSzMzMzCxUQAUAAAAAMFRAODMzMzMzVEBrZmZmZjZUQJ+ZmZmZOVRA0szMzMw8VEAFAAAAAEBUQDgzMzMzQ1RAa2ZmZmZGVECfmZmZmUlUQNLMzMzMTFRABQAAAABQVEA4MzMzM1NUQGtmZmZmVlRAn5mZmZlZVEDSzMzMzFxUQAUAAAAAYFRAODMzMzNjVEBrZmZmZmZUQJ+ZmZmZaVRA0szMzMxsVEAFAAAAAHBUQDgzMzMzc1RAa2ZmZmZ2VECfmZmZmXlUQNLMzMzMfFRABQAAAACAVEA4MzMzM4NUQGtmZmZmhlRAn5mZmZmJVEDSzMzMzIxUQAUAAAAAkFRAODMzMzOTVEBrZmZmZpZUQJ+ZmZmZmVRA0szMzMycVEAFAAAAAKBUQDgzMzMzo1RAbGZmZmamVECfmZmZmalUQNLMzMzMrFRABQAAAACwVEA4MzMzM7NUQGxmZmZmtlRAn5mZmZm5VEDSzMzMzLxUQAUAAAAAwFRAODMzMzPDVEBsZmZmZsZUQJ+ZmZmZyVRA0szMzMzMVEAFAAAAANBUQDgzMzMz01RAbGZmZmbWVECfmZmZmdlUQNLMzMzM3FRABQAAAADgVEA4MzMzM+NUQGxmZmZm5lRAn5mZmZnpVEDSzMzMzOxUQAUAAAAA8FRAODMzMzPzVEBsZmZmZvZUQJ+ZmZmZ+VRA0szMzMz8VEAFAAAAAABVQDgzMzMzA1VAbGZmZmYGVUCfmZmZmQlVQNLMzMzMDFVABQAAAAAQVUA4MzMzMxNVQGxmZmZmFlVAn5mZmZkZVUDSzMzMzBxVQAUAAAAAIFVAODMzMzMjVUBsZmZmZiZVQJ+ZmZmZKVVA0szMzMwsVUAFAAAAADBVQDgzMzMzM1VAbGZmZmY2VUCfmZmZmTlVQNLMzMzMPFVABQAAAABAVUA4MzMzM0NVQGxmZmZmRlVAn5mZmZlJVUDSzMzMzExVQAUAAAAAUFVAODMzMzNTVUBsZmZmZlZVQJ+ZmZmZWVVA0szMzMxcVUAFAAAAAGBVQDgzMzMzY1VAbGZmZmZmVUCfmZmZmWlVQNLMzMzMbFVABQAAAABwVUA4MzMzM3NVQGxmZmZmdlVAn5mZmZl5VUDSzMzMzHxVQAUAAAAAgFVAOTMzMzODVUBsZmZmZoZVQJ+ZmZmZiVVA0szMzMyMVUAFAAAAAJBVQDkzMzMzk1VAbGZmZmaWVUCfmZmZmZlVQNLMzMzMnFVABQAAAACgVUA5MzMzM6NVQGxmZmZmplVAn5mZmZmpVUDSzMzMzKxVQAUAAAAAsFVAOTMzMzOzVUBsZmZmZrZVQJ+ZmZmZuVVA0szMzMy8VUAFAAAAAMBVQDkzMzMzw1VAbGZmZmbGVUCfmZmZmclVQNLMzMzMzFVABQAAAADQVUA5MzMzM9NVQGxmZmZm1lVAn5mZmZnZVUDSzMzMzNxVQAUAAAAA4FVAOTMzMzPjVUBsZmZmZuZVQJ+ZmZmZ6VVA0szMzMzsVUAFAAAAAPBVQDkzMzMz81VAbGZmZmb2VUCfmZmZmflVQNLMzMzM/FVABQAAAAAAVkA5MzMzMwNWQGxmZmZmBlZAn5mZmZkJVkDSzMzMzAxWQAUAAAAAEFZAOTMzMzMTVkBsZmZmZhZWQJ+ZmZmZGVZA0szMzMwcVkAFAAAAACBWQDkzMzMzI1ZAbGZmZmYmVkCfmZmZmSlWQNLMzMzMLFZABQAAAAAwVkA5MzMzMzNWQGxmZmZmNlZAn5mZmZk5VkDSzMzMzDxWQAYAAAAAQFZAOTMzMzNDVkBsZmZmZkZWQJ+ZmZmZSVZA0szMzMxMVkAGAAAAAFBWQDkzMzMzU1ZAbGZmZmZWVkCfmZmZmVlWQNLMzMzMXFZABgAAAABgVkA5MzMzM2NWQGxmZmZmZlZAn5mZmZlpVkDSzMzMzGxWQAYAAAAAcFZAOTMzMzNzVkBsZmZmZnZWQJ+ZmZmZeVZA0szMzMx8VkAGAAAAAIBWQDkzMzMzg1ZAbGZmZmaGVkCfmZmZmYlWQNLMzMzMjFZABgAAAACQVkA5MzMzM5NWQGxmZmZmllZAn5mZmZmZVkDSzMzMzJxWQAYAAAAAoFZAOTMzMzOjVkBsZmZmZqZWQJ+ZmZmZqVZA0szMzMysVkAGAAAAALBWQDkzMzMzs1ZAbGZmZma2VkCfmZmZmblWQNLMzMzMvFZABgAAAADAVkA5MzMzM8NWQGxmZmZmxlZAn5mZmZnJVkDSzMzMzMxWQAYAAAAA0FZAOTMzMzPTVkBsZmZmZtZWQJ+ZmZmZ2VZA0szMzMzcVkAGAAAAAOBWQDkzMzMz41ZAbGZmZmbmVkCfmZmZmelWQNLMzMzM7FZABgAAAADwVkA5MzMzM/NWQGxmZmZm9lZAn5mZmZn5VkDSzMzMzPxWQAYAAAAAAFdAOTMzMzMDV0BsZmZmZgZXQJ+ZmZmZCVdA0szMzMwMV0AGAAAAABBXQDkzMzMzE1dAbGZmZmYWV0CfmZmZmRlXQNPMzMzMHFdABgAAAAAgV0A5MzMzMyNXQGxmZmZmJldAn5mZmZkpV0DTzMzMzCxXQAYAAAAAMFdAOTMzMzMzV0BsZmZmZjZXQJ+ZmZmZOVdA08zMzMw8V0AGAAAAAEBXQDkzMzMzQ1dAbGZmZmZGV0CfmZmZmUlXQNPMzMzMTFdABgAAAABQV0A5MzMzM1NXQGxmZmZmVldAn5mZmZlZV0DTzMzMzFxXQAYAAAAAYFdAOTMzMzNjV0BsZmZmZmZXQJ+ZmZmZaVdA08zMzMxsV0AGAAAAAHBXQDkzMzMzc1dAbGZmZmZ2V0CfmZmZmXlXQNPMzMzMfFdABgAAAACAV0A5MzMzM4NXQGxmZmZmhldAn5mZmZmJV0DTzMzMzIxXQAYAAAAAkFdAOTMzMzOTV0BsZmZmZpZXQJ+ZmZmZmVdA08zMzMycV0AGAAAAAKBXQDkzMzMzo1dAbGZmZmamV0CfmZmZmalXQNPMzMzMrFdABgAAAACwV0A5MzMzM7NXQGxmZmZmtldAn5mZmZm5V0DTzMzMzLxXQAYAAAAAwFdAOTMzMzPDV0BsZmZmZsZXQJ+ZmZmZyVdA08zMzMzMV0AGAAAAANBXQDkzMzMz01dAbGZmZmbWV0CgmZmZmdlXQNPMzMzM3FdABgAAAADgV0A5MzMzM+NXQGxmZmZm5ldAoJmZmZnpV0DTzMzMzOxXQAYAAAAA8FdAOTMzMzPzV0BsZmZmZvZXQKCZmZmZ+VdA08zMzMz8V0AGAAAAAABYQDkzMzMzA1hAbGZmZmYGWECgmZmZmQlYQNPMzMzMDFhABgAAAAAQWEA5MzMzMxNYQGxmZmZmFlhAoJmZmZkZWEDTzMzMzBxYQAYAAAAAIFhAOTMzMzMjWEBsZmZmZiZYQKCZmZmZKVhA08zMzMwsWEAGAAAAADBYQDkzMzMzM1hAbGZmZmY2WECgmZmZmTlYQNPMzMzMPFhABgAAAABAWEA5MzMzM0NYQGxmZmZmRlhAoJmZmZlJWEDTzMzMzExYQAYAAAAAUFhAOTMzMzNTWEBsZmZmZlZYQKCZmZmZWVhA08zMzMxcWEAGAAAAAGBYQDkzMzMzY1hAbGZmZmZmWECgmZmZmWlYQNPMzMzMbFhABgAAAABwWEA5MzMzM3NYQGxmZmZmdlhAoJmZmZl5WEDTzMzMzHxYQAYAAAAAgFhAOTMzMzODWEBsZmZmZoZYQKCZmZmZiVhA08zMzMyMWEAGAAAAAJBYQDkzMzMzk1hAbGZmZmaWWECgmZmZmZlYQNPMzMzMnFhABgAAAACgWEA5MzMzM6NYQGxmZmZmplhAoJmZmZmpWEDTzMzMzKxYQAYAAAAAsFhAOTMzMzOzWEBtZmZmZrZYQKCZmZmZuVhA08zMzMy8WEAGAAAAAMBYQDkzMzMzw1hAbWZmZmbGWECgmZmZmclYQNPMzMzMzFhABgAAAADQWEA5MzMzM9NYQG1mZmZm1lhAoJmZmZnZWEDTzMzMzNxYQAYAAAAA4FhAOTMzMzPjWEBtZmZmZuZYQKCZmZmZ6VhA08zMzMzsWEAGAAAAAPBYQDkzMzMz81hAbWZmZmb2WECgmZmZmflYQNPMzMzM/FhABgAAAAAAWUA5MzMzMwNZQG1mZmZmBllAoJmZmZkJWUDTzMzMzAxZQAYAAAAAEFlAOTMzMzMTWUBtZmZmZhZZQKCZmZmZGVlA08zMzMwcWUAGAAAAACBZQDkzMzMzI1lAbWZmZmYmWUCgmZmZmSlZQNPMzMzMLFlABgAAAAAwWUA5MzMzMzNZQG1mZmZmNllAoJmZmZk5WUDTzMzMzDxZQAYAAAAAQFlAOTMzMzNDWUBtZmZmZkZZQKCZmZmZSVlA08zMzMxMWUAGAAAAAFBZQDkzMzMzU1lAbWZmZmZWWUCgmZmZmVlZQNPMzMzMXFlABgAAAABgWUA5MzMzM2NZQG1mZmZmZllAoJmZmZlpWUDTzMzMzGxZQAYAAAAAcFlAOjMzMzNzWUBtZmZmZnZZQKCZmZmZeVlA08zMzMx8WUAGAAAAAIBZQDozMzMzg1lAbWZmZmaGWUCgmZmZmYlZQNPMzMzMjFlABgAAAACQWUA6MzMzM5NZQG1mZmZmlllAoJmZmZmZWUDTzMzMzJxZQAYAAAAAoFlAOjMzMzOjWUBtZmZmZqZZQKCZmZmZqVlA08zMzMysWUAGAAAAALBZQDozMzMzs1lAbWZmZma2WUCgmZmZmblZQNPMzMzMvFlABgAAAADAWUA6MzMzM8NZQG1mZmZmxllAoJmZmZnJWUDTzMzMzMxZQAYAAAAA0FlAOjMzMzPTWUBtZmZmZtZZQKCZmZmZ2VlA08zMzMzcWUAGAAAAAOBZQDozMzMz41lAbWZmZmbmWUCgmZmZmelZQNPMzMzM7FlABgAAAADwWUA6MzMzM/NZQG1mZmZm9llAoJmZmZn5WUDTzMzMzPxZQAYAAAAAAFpAOjMzMzMDWkBtZmZmZgZaQKCZmZmZCVpA08zMzMwMWkAGAAAAABBaQDozMzMzE1pAbWZmZmYWWkCgmZmZmRlaQNPMzMzMHFpABgAAAAAgWkA6MzMzMyNaQG1mZmZmJlpAoJmZmZkpWkDTzMzMzCxaQAYAAAAAMFpAOjMzMzMzWkBtZmZmZjZaQ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+ " const render_items = [{\"docid\":\"5df9c437-0f1e-49e5-888c-8415bbace366\",\"roots\":{\"p1001\":\"b705d6bb-d687-4738-a4f3-07e8a974f10b\"},\"root_ids\":[\"p1001\"]}];\n", + " void root.Bokeh.embed.embed_items_notebook(docs_json, render_items);\n", + " }\n", + " if (root.Bokeh !== undefined) {\n", + " embed_document(root);\n", + " } else {\n", + " let attempts = 0;\n", + " const timer = setInterval(function(root) {\n", + " if (root.Bokeh !== undefined) {\n", + " clearInterval(timer);\n", + " embed_document(root);\n", + " } else {\n", + " attempts++;\n", + " if (attempts > 100) {\n", + " clearInterval(timer);\n", + " console.log(\"Bokeh: ERROR: Unable to run BokehJS code because BokehJS library is missing\");\n", + " }\n", + " }\n", + " }, 10, root)\n", + " }\n", + "})(window);" + ], + "application/vnd.bokehjs_exec.v0+json": "" + }, + "metadata": { + "application/vnd.bokehjs_exec.v0+json": { + "id": "p1001" + } + }, + "output_type": "display_data" + } + ], + "source": [ + 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+ " const render_items = [{\"docid\":\"0ead4bfc-9294-4255-832c-8651aa974167\",\"roots\":{\"p1072\":\"edcf1b09-fc16-4c9b-8126-c3b2931f4073\"},\"root_ids\":[\"p1072\"]}];\n", + " void root.Bokeh.embed.embed_items_notebook(docs_json, render_items);\n", + " }\n", + " if (root.Bokeh !== undefined) {\n", + " embed_document(root);\n", + " } else {\n", + " let attempts = 0;\n", + " const timer = setInterval(function(root) {\n", + " if (root.Bokeh !== undefined) {\n", + " clearInterval(timer);\n", + " embed_document(root);\n", + " } else {\n", + " attempts++;\n", + " if (attempts > 100) {\n", + " clearInterval(timer);\n", + " console.log(\"Bokeh: ERROR: Unable to run BokehJS code because BokehJS library is missing\");\n", + " }\n", + " }\n", + " }, 10, root)\n", + " }\n", + "})(window);" + ], + "application/vnd.bokehjs_exec.v0+json": "" + }, + "metadata": { + "application/vnd.bokehjs_exec.v0+json": { + "id": "p1072" + } + }, + "output_type": "display_data" + } + ], + "source": [ + "compute_pattern__SrTiO3_Pnma()" + ] + }, + { + "cell_type": "code", + "execution_count": null, + "id": "50adfcd5c4bb70ea", + "metadata": {}, + "outputs": [], + "source": [] + } + ], + "metadata": { + "kernelspec": { + "display_name": "Python 3 (ipykernel)", + "language": "python", + "name": "python3" + }, + "language_info": { + "codemirror_mode": { + "name": "ipython", + "version": 3 + }, + "file_extension": ".py", + "mimetype": "text/x-python", + "name": "python", + "nbconvert_exporter": "python", + "pygments_lexer": "ipython3", + "version": "3.11.7" + } + }, + "nbformat": 4, + "nbformat_minor": 5 +} diff --git a/issues/pyCFML/cfml_utilities/powder_pattern_from_json/first-calc_vs_second-calc/first-calc_vs_second-calc.png b/issues/pyCFML/cfml_utilities/powder_pattern_from_json/first-calc_vs_second-calc/first-calc_vs_second-calc.png new file mode 100644 index 0000000000000000000000000000000000000000..1f566ce8371050866fd77101cdd3f9001047f81c GIT binary patch literal 38908 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"_cell_length_c": 3.9, + "_cell_angle_alpha": 90, + "_cell_angle_beta": 90, + "_cell_angle_gamma": 90, + "_atom_site": [ + { + "_label": "Sr", + "_type_symbol": "Sr", + "_fract_x": 0.5, + "_fract_y": 0.5, + "_fract_z": 0.5, + "_occupancy": 1, + "_adp_type": "Biso", + "_B_iso_or_equiv": 0.40 + }, + { + "_label": "Ti", + "_type_symbol": "Ti", + "_fract_x": 0, + "_fract_y": 0, + "_fract_z": 0, + "_occupancy": 1, + "_adp_type": "Biso", + "_B_iso_or_equiv": 0.50 + }, + { + "_label": "O", + "_type_symbol": "O", + "_fract_x": 0.5, + "_fract_y": 0, + "_fract_z": 0, + "_occupancy": 1, + "_adp_type": "Biso", + "_B_iso_or_equiv": 0.65 + } + ] + } + } + ], + "experiments": [ + { + "NPD": { + "_diffrn_source": "nuclear reactor", + "_diffrn_radiation_probe": "neutron", + "_diffrn_radiation_wavelength": 1.27, + "_pd_instr_resolution_u": 0.02, + "_pd_instr_resolution_v": -0.02, + "_pd_instr_resolution_w": 0.12, + "_pd_instr_resolution_x": 0.0015, + "_pd_instr_resolution_y": 0, + "_pd_instr_reflex_asymmetry_p1": 0, + "_pd_instr_reflex_asymmetry_p2": 0, + "_pd_instr_reflex_asymmetry_p3": 0, + "_pd_instr_reflex_asymmetry_p4": 0, + "_pd_meas_2theta_offset": 0, + "_pd_meas_2theta_range_min": 1, + "_pd_meas_2theta_range_max": 140, + "_pd_meas_2theta_range_inc": 0.05 + } + } + ] +} + +# Help functions + +def parsed_args(): + parser = argparse.ArgumentParser(formatter_class=argparse.ArgumentDefaultsHelpFormatter) + parser.add_argument("--calc", + default="none", + choices=['none', 'pm3m', 'pnma-then-pm3m'], + type=str.lower, + help="calculation order: only SG Pm-3m, or first SG Pnma and then SG Pm-3m") + parser.add_argument("--plot", + action='store_true', + help="plot simulated patterns after previous runs") + return parser.parse_args() + +def generated_x_array(study_dict:dict): + experiment = study_dict['experiments'][0]['NPD'] + start = experiment['_pd_meas_2theta_range_min'] + stop = experiment['_pd_meas_2theta_range_max'] + step = experiment['_pd_meas_2theta_range_inc'] + x = np.arange(start=start, stop=stop+step, step=step) + return x + +def compute_pattern(study_dict:dict): + _, y = cfml_utilities.powder_pattern_from_json(study_dict) # returns x and y arrays + #_, y = crysfml08lib.f_powder_pattern_from_json(study_dict) # returns x and y arrays + y = y.astype(np.float64) + return y + +# Main + +if __name__ == '__main__': + ARGS = parsed_args() + + if ARGS.calc == 'pm3m': + study_dict = copy.deepcopy(STUDY_DICT_PM3M) + + y_pm3m = compute_pattern(study_dict) + + file_name = 'y-pm3m_first-calc.txt' + np.savetxt(file_name, y_pm3m, fmt='%10.2f') + + sg = study_dict['phases'][0]['SrTiO3']['_space_group_name_H-M_alt'] + print(f"First calculation for SG '{sg}' saved into '{file_name}'") + + if ARGS.calc == 'pnma-then-pm3m': + study_dict = copy.deepcopy(STUDY_DICT_PM3M) + + study_dict['phases'][0]['SrTiO3']['_space_group_name_H-M_alt'] = 'P n m a' + y_pnma = compute_pattern(study_dict) + + study_dict['phases'][0]['SrTiO3']['_space_group_name_H-M_alt'] = 'P m -3 m' + y_pm3m = compute_pattern(study_dict) + + file_name = 'y-pm3m_second-calc.txt' + np.savetxt(file_name, y_pm3m, fmt='%10.2f') + + sg = study_dict['phases'][0]['SrTiO3']['_space_group_name_H-M_alt'] + print(f"Second calculation for SG '{sg}' saved into '{file_name}'") + + if ARGS.plot: + study_dict = copy.deepcopy(STUDY_DICT_PM3M) + + x = generated_x_array(study_dict) + + y_pm3m_1 = np.loadtxt('y-pm3m_first-calc.txt', unpack=True) + y_pm3m_2 = np.loadtxt('y-pm3m_second-calc.txt', unpack=True) + + plt.plot(x, y_pm3m_1, '-', linewidth=3) + plt.plot(x, y_pm3m_2, '-', linewidth=2) + plt.plot(x, y_pm3m_1-y_pm3m_2, '-') + #plt.xlim([31, 35]) + + plt.legend(["Pm-3m, first calc", "Pm-3m, second calc", "diff"]) + + plt.show() diff --git a/issues/pyCFML/cfml_utilities/powder_pattern_from_json/first-calc_vs_second-calc/y-pm3m_first-calc.txt 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6.11 + 9.43 + 14.41 + 21.39 + 30.38 + 40.97 + 52.16 + 62.43 + 69.87 + 72.74 + 70.25 + 63.09 + 52.96 + 41.78 + 31.10 + 21.97 + 14.85 + 9.72 + 6.30 + 4.14 + 2.85 + 2.09 + 1.64 + 1.36 + 1.17 + 1.04 + 0.93 + 0.84 + 0.76 + 0.69 + 0.64 + 0.59 + 0.54 + 0.51 + 0.47 + 0.44 + 0.42 + 0.39 + 0.37 + 0.35 + 0.33 + 0.32 + 0.30 + 0.29 + 0.28 + 0.26 + 0.25 + 0.25 + 0.24 + 0.23 + 0.22 + 0.21 + 0.21 + 0.20 + 0.20 + 0.19 + 0.19 + 0.18 + 0.18 + 0.18 + 0.17 + 0.17 + 0.17 + 0.16 + 0.16 + 0.16 + 0.16 + 0.16 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.15 + 0.16 + 0.16 + 0.16 + 0.16 + 0.16 + 0.16 + 0.17 + 0.17 + 0.17 + 0.17 + 0.18 + 0.18 + 0.18 + 0.19 + 0.19 + 0.20 + 0.20 + 0.20 + 0.21 + 0.21 + 0.22 + 0.22 + 0.23 + 0.24 + 0.24 + 0.25 + 0.26 + 0.27 + 0.27 + 0.28 + 0.29 + 0.30 + 0.32 + 0.33 + 0.34 + 0.35 + 0.37 + 0.39 + 0.40 + 0.42 + 0.44 + 0.46 + 0.49 + 0.52 + 0.54 + 0.58 + 0.61 + 0.65 + 0.69 + 0.74 + 0.79 + 0.85 + 0.92 + 1.00 + 1.08 + 1.18 + 1.29 + 1.43 + 1.59 + 1.78 + 2.04 + 2.42 + 2.98 + 3.88 + 5.34 + 7.68 + 11.32 + 16.73 + 24.36 + 34.43 + 46.82 + 60.91 + 75.49 + 88.82 + 98.77 + 103.35 + 101.49 + 93.62 + 81.48 + 67.19 + 52.71 + 39.48 + 28.38 + 19.72 + 13.41 + 9.07 + 6.23 + 4.44 + 3.34 + 2.66 + 2.22 + 1.92 + 1.70 + 1.53 + 1.38 + 1.27 + 1.16 + 1.08 + 1.00 + 0.93 + 0.87 + 0.82 + 0.77 + 0.73 + 0.69 + 0.66 + 0.63 + 0.60 + 0.58 + 0.56 + 0.54 + 0.52 + 0.51 + 0.50 + 0.48 + 0.47 + 0.47 + 0.46 + 0.45 + 0.45 + 0.45 + 0.44 + 0.44 + 0.44 + 0.45 + 0.45 + 0.45 + 0.46 + 0.47 + 0.47 + 0.48 + 0.50 + 0.51 + 0.53 + 0.54 + 0.56 + 0.59 + 0.62 + 0.65 + 0.68 + 0.72 + 0.77 + 0.82 + 0.88 + 0.95 + 1.04 + 1.14 + 1.28 + 1.47 + 1.75 + 2.18 + 2.85 + 3.90 + 5.51 + 7.89 + 11.27 + 15.81 + 21.58 + 28.43 + 36.02 + 43.71 + 50.65 + 55.84 + 58.33 + 57.60 + 53.82 + 47.72 + 40.33 + 32.59 + 25.27 + 18.87 + 13.64 + 9.63 + 6.71 + 4.70 + 3.36 + 2.49 + 1.94 + 1.59 + 1.35 + 1.19 + 1.06 + 0.97 + 0.89 + 0.82 + 0.76 + 0.71 + 0.66 + 0.62 + 0.58 + 0.55 + 0.52 + 0.50 diff --git a/pyproject.toml b/pyproject.toml index 4bf24d6..1978678 100644 --- a/pyproject.toml +++ b/pyproject.toml @@ -3,12 +3,13 @@ requires = ['hatchling'] build-backend = 'hatchling.build' [project] -name = 'pycrysfml08' +name = 'pycrysfml' version = '0.1.0' -description = 'Testing packaging PyCrysFML08 from https://code.ill.fr/scientific-software/PyCrysFML08' +description = 'Python API to CrysFML2008 from https://code.ill.fr/scientific-software/CrysFML2008' authors = [ {name = 'Juan Rodríguez-Carvajal', email = 'jrc@ill.fr'}, - {name = 'Nebil Ayape Katcho', email = 'katcho@ill.fr'} + {name = 'Nebil Ayape Katcho', email = 'katcho@ill.fr'}, + {name = 'Javier Gonzalez-Platas', email = 'jplatas@ull.edu.es' } ] maintainers = [ {name = 'Elisa Rebolini', email = 'rebolini@ill.fr'}, @@ -18,10 +19,10 @@ readme = 'README.md' license = {file = 'LICENSE'} classifiers = [ 'Programming Language :: Python :: 3', - 'License :: OSI Approved :: MIT License', + 'License :: OSI Approved :: GNU Lesser General Public License v3 or later (LGPLv3+)', 'Operating System :: OS Independent' ] -requires-python = '>=3.11' +requires-python = '>=3.9' dependencies = [ 'numpy<2' ] @@ -30,7 +31,8 @@ dependencies = [ ci = [ 'validate-pyproject[all]', 'build', - 'wheel' + 'wheel', + 'toml' # need this, as tomllib is only available for python >=3.11 ] test = [ 'deepdiff', @@ -43,5 +45,5 @@ test = [ Homepage = 'https://github.com/easyscience/TEST_PyCrysFML' [tool.hatch.build.targets.wheel] -packages = ['pycrysfml08_dist/pycrysfml08'] +packages = ['dist/pyCFML/pycrysfml'] # NEED FIX: Replace based on scripts.toml - pycfml.dir.dist-package artifacts = ['*.py', '*.so', '*.so.*', '*.dylib', '*.pyd', '*.dll', '*.txt'] diff --git a/scripts.py b/scripts.py index 861ec89..498cfdd 100644 --- a/scripts.py +++ b/scripts.py @@ -1,15 +1,22 @@ +import argparse +import datetime import os -import sys +import platform import site -import tomllib -import argparse +import sys import sysconfig -import platform +import toml +#import tomllib +from pathlib import Path from pygit2 import Repository global ARGS global CONFIG +MSG_COLOR = r'\033[0;33m' # orange +HEAD_COLOR = r'\033[1;34m' # bold blue +COLOR_OFF = r'\033[0m' + def _github_actions(): if 'GITHUB_ACTIONS' in os.environ: @@ -36,26 +43,31 @@ def _scripts_path(): return path def _main_script_path(): - name = 'main_script.sh' + name = 'main.sh' path = os.path.join(_scripts_path(), name) return path +def _echo_cmd(): + if _enable_backslash_escapes(): + return 'echo -e' + return 'echo' + def _echo_msg(msg: str): - return f'echo ":::::: {msg}"' + return f'{_echo_cmd()} "{MSG_COLOR}:::::: {msg}{COLOR_OFF}"' def _echo_progress_msg(current: int, total: int, msg: str): progress = _compiling_progress(current, total) msg = f"[{progress:>3}%] {msg}" - return f'echo "{msg}"' + return _echo_msg(msg) def _echo_header(msg: str): - msg = f':::::: {msg} ::::::' - sep = ':' * len(msg) + msg = f'{HEAD_COLOR}:::::: {msg} ::::::{COLOR_OFF}' + sep = ':' * (len(msg) - len(f'{HEAD_COLOR}') - len(f'{COLOR_OFF}')) lines = [] - lines.append(f'echo ""') - lines.append(f'echo "{sep}"') - lines.append(f'echo "{msg}"') - lines.append(f'echo "{sep}"') + lines.append(f'{_echo_cmd()} ""') + lines.append(f'{_echo_cmd()} "{HEAD_COLOR}{sep}{COLOR_OFF}"') + lines.append(f'{_echo_cmd()} "{HEAD_COLOR}{msg}{COLOR_OFF}"') + lines.append(f'{_echo_cmd()} "{HEAD_COLOR}{sep}{COLOR_OFF}"') return lines def _processor(): @@ -71,6 +83,23 @@ def _platform(): def _platform_tag(): tag = sysconfig.get_platform() + if _platform() == 'macos': # replaces, e.g., 'macosx-14-arm64' with 'macosx-14_0-arm64' + tag = tag.split('-') # 'macosx-14-arm64' => ['macosx', '14', 'arm64'] + tag[1] = f'{tag[1]}_0' # ['macosx', '14', 'arm64'] => ['macosx', '14_0', 'arm64'] + tag = '-'.join(tag) # ['macosx', '14_0', 'arm64'] => 'macosx-14_0-arm64' + tag = tag.replace('-', '_') + tag = tag.replace('.', '_') + return tag + +def _platform_tag_github_ci(): # sysconf always returns 'macosx_10_9_universal2' on GH macOS... + tag = sysconfig.get_platform() + if _platform() == 'macos': + version = platform.mac_ver()[0] # e.g., '14.5' + version = version.split('.') # '14.5' => ['14', '5'] + version[1] = '0' # ['14', '5'] => ['14', '0'] + version = '.'.join(version[:2]) # ['14', '0'] => '14.0'; ['12', '0', '5'] => '12.0' + machine = platform.mac_ver()[2] # e.g., 'arm64' + tag = f'macosx-{version}-{machine}' tag = tag.replace('-', '_') tag = tag.replace('.', '_') return tag @@ -101,6 +130,13 @@ def _python_lib(): raise Exception(f'Unsupported platform {_platform()}') return python_lib +def _ifport_lib(): + try: + ifport_lib = CONFIG['build'][_platform()][_compiler_name()] + except KeyError: + ifport_lib = '' + return ifport_lib + def _fix_file_permissions(path: str): os.chmod(path, 0o777) @@ -108,8 +144,7 @@ def _write_lines_to_file(lines: list, name: str): path = os.path.join(_scripts_path(), name) with open(path, 'w') as file: for line in lines: - if _bash_syntax(): - line = line.replace('\\', '/') + line = _apply_bash_syntax_if_needed(line) file.write(line + '\n') _fix_file_permissions(path) @@ -124,15 +159,39 @@ def _total_src_file_count(modules: str): return count def _bash_syntax(): - bash_syntax = False # default + bash_syntax = False # if '--bash-syntax' is undefined if ARGS.bash_syntax: bash_syntax = ARGS.bash_syntax return bash_syntax -def _print_pcfml_wheel_dir(): - wheel_dir = CONFIG['pycfml']['dir']['wheel'] +def _apply_bash_syntax_if_needed(line: str): + if _bash_syntax(): + line = line.replace('\\', '/') # change path separators + line = line.replace('/033', r'\033') # fix colors after previous step + return line + +def _enable_backslash_escapes(): + enable_backslash_escapes = False # if '--enable-backslash-escapes' is undefined + if ARGS.enable_backslash_escapes: + enable_backslash_escapes = ARGS.enable_backslash_escapes + return enable_backslash_escapes + +def _print_wheel_dir(): + wheel_dir = CONFIG['pycfml']['dir']['dist-wheel'] print(wheel_dir) +def _print_release_version(): + release_version = PYPROJECT['project']['version'] + release_version = f'v{release_version}' + print(release_version) + +def _print_release_title(): + release_version = PYPROJECT['project']['version'] + dt = datetime.datetime.now() + build_date = f'{dt.day} {dt:%b} {dt.year}' # e.g. 3 Jun 2021 + release_title = f'Version {release_version} ({build_date})' + print(release_title) + def _compiler_name(): compiler = 'gfortran' # default if ARGS.compiler: @@ -143,7 +202,7 @@ def _compiler_options(): compiler = _compiler_name() mode = _compiling_mode() options = '' - for build in CONFIG['build-objs']: + for build in CONFIG['build-configs']: if _platform() in build['platforms'] and compiler in build['compilers']: options = f"{build['modes']['base']}" if build['modes'][mode]: @@ -154,7 +213,7 @@ def _compiler_options(): def _obj_ext(): compiler = _compiler_name() ext = '' - for build in CONFIG['build-objs']: + for build in CONFIG['build-configs']: if _platform() in build['platforms'] and compiler in build['compilers']: ext = build['obj-ext'] break @@ -163,7 +222,7 @@ def _obj_ext(): def _compiler_build_shared_template(): compiler = _compiler_name() template = '' - for build in CONFIG['build-objs']: + for build in CONFIG['build-configs']: if _platform() in build['platforms'] and compiler in build['compilers']: template = build['build-shared'] break @@ -172,12 +231,21 @@ def _compiler_build_shared_template(): def _compiler_build_exe_template(): compiler = _compiler_name() template = '' - for build in CONFIG['build-objs']: + for build in CONFIG['build-configs']: if _platform() in build['platforms'] and compiler in build['compilers']: template = build['build-exe'] break return template +def _compiler_obj_ext(): + compiler = _compiler_name() + obj_ext = '' + for build in CONFIG['build-configs']: + if _platform() in build['platforms'] and compiler in build['compilers']: + obj_ext = build['obj-ext'] + break + return obj_ext + def _compiling_mode(): mode = 'debug' # default if ARGS.mode: @@ -188,18 +256,52 @@ def _compiling_progress(current: int, total: int): progress = round(current / total * 100) return progress +def _compile_obj_script_line(src_path: str, + include_path: str=''): + compiler = _compiler_name() + options = _compiler_options() + template_cmd = CONFIG['template']['build-obj'] + if not include_path: + template_cmd = template_cmd.replace(' -I {INCLUDE}', '') + else: + template_cmd = template_cmd.replace('{INCLUDE}', include_path) + cmd = template_cmd + cmd = cmd.replace('{COMPILER}', compiler) + cmd = cmd.replace('{OPTIONS}', options) + cmd = cmd.replace('{PATH}', src_path) + return cmd + +def _compile_pycfml_shared_obj_or_dynamic_lib_script_line(): + src_name = CONFIG['pycfml']['src-name'] + shared_lib_ext = CONFIG['build']['shared-lib-ext'][_platform()] + cfml_lib_name = CONFIG['cfml']['static-lib-name'] + cfml_dist_dir = CONFIG['cfml']['dir']['dist'] + cfml_dist_path = os.path.join(_project_path(), cfml_dist_dir) + cfml_lib_dist_dir = CONFIG['cfml']['dir']['dist-lib'] + cfml_lib_dist_path = os.path.join(_project_path(), cfml_lib_dist_dir) + cmd = _compiler_build_shared_template() + cmd = cmd.replace('{COMPILER}', _compiler_name()) + cmd = cmd.replace('{PATH}', src_name) + cmd = cmd.replace('{OBJ_EXT}', _compiler_obj_ext()) + #cmd = cmd.replace('{PATH}.{OBJ_EXT}', f'*.{obj_ext}') # CFML_Wraps.o Wraps_*.o crysfml08lib.o + cmd = cmd.replace('{EXT}', shared_lib_ext) + cmd = cmd.replace('{CFML_LIB_PATH}', cfml_lib_dist_path) + cmd = cmd.replace('{CFML_LIB_NAME}', cfml_lib_name) + cmd = cmd.replace('{IFPORT_LIB}', _ifport_lib()) + cmd = cmd.replace('{PYTHON_LIB}', _python_lib()) + return cmd + def _compile_objs_script_lines(modules: str, src_path: str, include_path: str=''): - src_ext = CONFIG['build']['src-ext'][modules] - modules = f'{modules}-modules' + compiler = _compiler_name() + options = _compiler_options() + src_ext = CONFIG['build']['src-ext'] template_cmd = CONFIG['template']['build-obj'] if not include_path: template_cmd = template_cmd.replace(' -I {INCLUDE}', '') else: template_cmd = template_cmd.replace('{INCLUDE}', include_path) - compiler = _compiler_name() - options = _compiler_options() total = _total_src_file_count(modules) current = 0 lines = [] @@ -207,7 +309,7 @@ def _compile_objs_script_lines(modules: str, if 'main-file' in module: current += 1 name = f'{module["main-file"]}.{src_ext}' - msg = _echo_progress_msg(current, total, f"{name}") + msg = _echo_progress_msg(current, total, f'{name}') lines.append(msg) path = os.path.join(src_path, name) cmd = template_cmd @@ -221,7 +323,7 @@ def _compile_objs_script_lines(modules: str, current += 1 name = f'{component_file}.{src_ext}' path = os.path.join(components_dir, name) - msg = _echo_progress_msg(current, total, f"{name}") + msg = _echo_progress_msg(current, total, f'{components_dir}/{name}') lines.append(msg) path = os.path.join(src_path, path) cmd = template_cmd @@ -236,18 +338,13 @@ def _compile_objs_script_lines(modules: str, return lines def _compile_shared_objs_or_dynamic_libs_script_lines(modules: str): - obj_ext = _obj_ext() + shared_lib_ext = CONFIG['build']['shared-lib-ext'][_platform()] cfml_lib_name = CONFIG['cfml']['static-lib-name'] cfml_dist_dir = CONFIG['cfml']['dir']['dist'] cfml_dist_path = os.path.join(_project_path(), cfml_dist_dir) cfml_lib_dist_dir = CONFIG['cfml']['dir']['dist-lib'] - cfml_lib_dist_path = os.path.join(cfml_dist_path, cfml_lib_dist_dir) + cfml_lib_dist_path = os.path.join(_project_path(), cfml_lib_dist_dir) template_cmd = _compiler_build_shared_template() - shared_lib_ext = CONFIG['build']['shared-lib-ext'][_platform()] - try: - ifport_lib = CONFIG['build'][_platform()][_compiler_name()] - except KeyError: - ifport_lib = '' total = _total_src_file_count(modules) current = 0 lines = [] @@ -255,35 +352,35 @@ def _compile_shared_objs_or_dynamic_libs_script_lines(modules: str): if 'main-file' in module: current += 1 name = f'{module["main-file"]}' - msg = _echo_progress_msg(current, total, f'{name}.{obj_ext}') + msg = _echo_progress_msg(current, total, f'{name}.{_obj_ext()}') lines.append(msg) cmd = template_cmd cmd = cmd.replace('{COMPILER}', _compiler_name()) cmd = cmd.replace('{PATH}', name) + cmd = cmd.replace('{OBJ_EXT}', _compiler_obj_ext()) cmd = cmd.replace('{EXT}', shared_lib_ext) cmd = cmd.replace('{CFML_LIB_PATH}', cfml_lib_dist_path) cmd = cmd.replace('{CFML_LIB_NAME}', cfml_lib_name) - cmd = cmd.replace('{IFPORT_LIB}', ifport_lib) + cmd = cmd.replace('{IFPORT_LIB}', _ifport_lib()) cmd = cmd.replace('{PYTHON_LIB}', _python_lib()) #lines.append(f"echo '>>>>> {cmd}'") lines.append(cmd) return lines -def _compile_executables_script_lines(section_prefix: str, +def _compile_executables_script_lines(modules: str, src_path: str, include_path: str, lib_dir: str, lib_name: str): - src_ext = CONFIG['build']['src-ext'][section_prefix] + src_ext = CONFIG['build']['src-ext'] lib_ext = CONFIG['build']['static-lib-ext'][_platform()] - tests = f'{section_prefix}-tests' template_cmd = _compiler_build_exe_template() compiler = _compiler_name() options = _compiler_options() - total = _total_src_file_count(tests) + total = _total_src_file_count(modules) current = 0 lines = [] - for test in CONFIG[tests]: + for test in CONFIG[modules]: current += 1 dir = test["main-dir"] main_name = test["main-file"] @@ -324,32 +421,46 @@ def parsed_args(): parser.add_argument("--bash-syntax", action='store_true', help="force bash shell syntax") + parser.add_argument("--enable-backslash-escapes", + action='store_true', + help="enable interpret backslash escapes (needed for GitHub CI)") parser.add_argument("--print-wheel-dir", action='store_true', help="print pycfml wheel directory name") + parser.add_argument("--print-release-version", + action='store_true', + help="print pycfml package release version") + parser.add_argument("--print-release-title", + action='store_true', + help="print pycfml package release title") return parser.parse_args() def loaded_pyproject(): path = os.path.join(_project_dir(), 'pyproject.toml') - with open(path, 'rb') as f: - pyproject = tomllib.load(f) + #with open(path, 'rb') as f: + #pyproject = tomllib.load(f) + pyproject = toml.load(path) return pyproject def loaded_config(name: str): path = _config_path(name) - with open(path, 'rb') as f: - config = tomllib.load(f) + #with open(path, 'rb') as f: + #config = tomllib.load(f) + config = toml.load(path) if _bash_syntax(): - for idx, build in enumerate(config['build-objs']): - config['build-objs'][idx]['build-shared'] = build['build-shared'].replace('/', '-') - config['build-objs'][idx]['build-exe'] = build['build-exe'].replace('/', '-') - config['build-objs'][idx]['modes']['base'] = build['modes']['base'].replace('/', '-') - config['build-objs'][idx]['modes']['debug'] = build['modes']['debug'].replace('/', '-') - config['build-objs'][idx]['modes']['release'] = build['modes']['release'].replace('/', '-') + for idx, build in enumerate(config['build-configs']): + config['build-configs'][idx]['build-shared'] = build['build-shared'].replace('/', '-') + config['build-configs'][idx]['build-exe'] = build['build-exe'].replace('/', '-') + config['build-configs'][idx]['modes']['base'] = build['modes']['base'].replace('/', '-') + config['build-configs'][idx]['modes']['debug'] = build['modes']['debug'].replace('/', '-') + config['build-configs'][idx]['modes']['release'] = build['modes']['release'].replace('/', '-') return config def clear_main_script(): path = _main_script_path() + if not os.path.isfile(path): + file = Path(path) + file.parent.mkdir(exist_ok=True, parents=True) with open(path, 'w') as file: pass @@ -361,11 +472,14 @@ def append_to_main_script(obj: str | list): lines = obj with open(path, 'a') as file: for line in lines: - if _bash_syntax(): - line = line.replace('\\', '/') + line = _apply_bash_syntax_if_needed(line) file.write(line + '\n') _fix_file_permissions(path) +def add_main_script_header(txt: str): + header = _echo_header(txt) + append_to_main_script(header) + def print_build_variables(): lines = [] msg = _echo_msg(f"Platform: {_platform()}") @@ -413,7 +527,7 @@ def download_cfml_repo(): out_dir = CONFIG['cfml']['dir']['repo'] out_path = os.path.abspath(out_dir) lines = [] - msg = _echo_msg(f"Downloading {project_name} branch '{branch}' to '{out_dir}' from '{url}'") + msg = _echo_msg(f"Downloading {project_name} ('{branch}' branch) to '{out_dir}' from {url}") lines.append(msg) cmd = CONFIG['template']['clone-repo'] cmd = cmd.replace('{BRANCH}', branch) @@ -425,7 +539,7 @@ def download_cfml_repo(): append_to_main_script(lines) def create_cfml_build_dir(): - build_dir = CONFIG['cfml']['dir']['build'] + build_dir = CONFIG['cfml']['dir']['build-obj'] build_path = os.path.join(_project_path(), build_dir) lines = [] msg = _echo_msg(f"Deleting build dir '{build_dir}'") @@ -441,8 +555,7 @@ def create_cfml_build_dir(): append_to_main_script(lines) def rename_global_deps_file(): - repo_dir = CONFIG['cfml']['dir']['repo'] - src_ext = CONFIG['build']['src-ext']['cfml'] + src_ext = CONFIG['build']['src-ext'] src_dir = CONFIG['cfml']['dir']['repo-src'] if _platform() == 'macos': platform_suffix = 'MacOS' @@ -456,10 +569,10 @@ def rename_global_deps_file(): elif compiler in ['ifort', 'ifx']: compiler_suffix = 'IFOR' from_name = f'CFML_GlobalDeps_{platform_suffix}_{compiler_suffix}.{src_ext}' - from_relpath = os.path.join(repo_dir, src_dir, from_name) + from_relpath = os.path.join(src_dir, from_name) from_abspath = os.path.join(_project_path(), from_relpath) to_name = f'CFML_GlobalDeps.{src_ext}' - to_relpath = os.path.join(repo_dir, src_dir, to_name) + to_relpath = os.path.join(src_dir, to_name) to_abspath = os.path.join(_project_path(), to_relpath) lines = [] msg = _echo_msg(f"Copying '{from_relpath}' to '{to_relpath}'") @@ -470,21 +583,21 @@ def rename_global_deps_file(): _write_lines_to_file(lines, script_name) append_to_main_script(lines) -def build_cfml_objs(): +def build_cfml_modules_obj(): project_name = CONFIG['cfml']['log-name'] - repo_dir = CONFIG['cfml']['dir']['repo'] src_dir = CONFIG['cfml']['dir']['repo-src'] - src_path = os.path.join(_project_path(), repo_dir, src_dir) - build_dir = CONFIG['cfml']['dir']['build'] + src_path = os.path.join(_project_path(), src_dir) + build_dir = CONFIG['cfml']['dir']['build-obj'] build_path = os.path.join(_project_path(), build_dir) lines = [] msg = _echo_msg(f"Entering build dir '{build_dir}'") lines.append(msg) cmd = f'cd {build_path}' lines.append(cmd) - msg = _echo_msg(f"Building fortran objects for {project_name}:") + msg = _echo_msg(f"Building fortran objects for {project_name} modules") lines.append(msg) - compile_lines = _compile_objs_script_lines('cfml', src_path) + compile_lines = _compile_objs_script_lines('src-cfml-modules', + src_path) lines.extend(compile_lines) msg = _echo_msg(f"Exiting build dir '{build_dir}'") lines.append(msg) @@ -495,11 +608,10 @@ def build_cfml_objs(): append_to_main_script(lines) def delete_renamed_global_deps_file(): - repo_dir = CONFIG['cfml']['dir']['repo'] - src_ext = CONFIG['build']['src-ext']['cfml'] + src_ext = CONFIG['build']['src-ext'] src_dir = CONFIG['cfml']['dir']['repo-src'] name = f'CFML_GlobalDeps.{src_ext}' - relpath = os.path.join(repo_dir, src_dir, name) + relpath = os.path.join(src_dir, name) abspath = os.path.join(_project_path(), relpath) lines = [] msg = _echo_msg(f"Deleting previously created '{relpath}'") @@ -515,7 +627,7 @@ def build_cfml_static_lib(): static_lib_prefix = CONFIG['build']['static-lib-prefix'][_platform()] lib_name = CONFIG['cfml']['static-lib-name'] lib_name = f'{static_lib_prefix}{lib_name}' - build_dir = CONFIG['cfml']['dir']['build'] + build_dir = CONFIG['cfml']['dir']['build-obj'] build_path = os.path.join(_project_path(), build_dir) lines = [] msg = _echo_msg(f"Entering build dir '{build_dir}'") @@ -538,55 +650,55 @@ def build_cfml_static_lib(): def create_cfml_dist_dir(): dist_dir = CONFIG['cfml']['dir']['dist'] - dist_path = os.path.join(_project_path(), dist_dir) - lib_dist_dir = CONFIG['cfml']['dir']['dist-lib'] - include_dist_dir = CONFIG['cfml']['dir']['dist-include'] - lib_dist_path = os.path.join(dist_path, lib_dist_dir) - include_dist_path = os.path.join(dist_path, include_dist_dir) + lib_dir = CONFIG['cfml']['dir']['dist-lib'] + include_dir = CONFIG['cfml']['dir']['dist-include'] + progs_dir = CONFIG['cfml']['dir']['dist-progs'] lines = [] msg = _echo_msg(f"Deleting dist dir '{dist_dir}'") lines.append(msg) - cmd = f'rm -rf {dist_path}' + cmd = f'rm -rf {dist_dir}' lines.append(cmd) msg = _echo_msg(f"Creating dist dir '{dist_dir}'") lines.append(msg) - cmd = f'mkdir -p {dist_path}' + cmd = f'mkdir -p {dist_dir}' + lines.append(cmd) + msg = _echo_msg(f"Creating dist dir '{lib_dir}'") + lines.append(msg) + cmd = f'mkdir -p {lib_dir}' lines.append(cmd) - msg = _echo_msg(f"Creating dist dir '{dist_dir}/{lib_dist_dir}'") + msg = _echo_msg(f"Creating dist dir '{include_dir}'") lines.append(msg) - cmd = f'mkdir -p {lib_dist_path}' + cmd = f'mkdir -p {include_dir}' lines.append(cmd) - msg = _echo_msg(f"Creating dist dir '{dist_dir}/{include_dist_dir}'") + msg = _echo_msg(f"Creating dist dir '{progs_dir}'") lines.append(msg) - cmd = f'mkdir -p {include_dist_path}' + cmd = f'mkdir -p {progs_dir}' lines.append(cmd) script_name = f'{sys._getframe().f_code.co_name}.sh' _write_lines_to_file(lines, script_name) append_to_main_script(lines) -def copy_built_to_cfml_dist(): +def move_built_to_cfml_dist(): lib_ext = CONFIG['build']['static-lib-ext'][_platform()] static_lib_prefix = CONFIG['build']['static-lib-prefix'][_platform()] lib_name = CONFIG['cfml']['static-lib-name'] lib_name = f'{static_lib_prefix}{lib_name}' - build_dir = CONFIG['cfml']['dir']['build'] + build_dir = CONFIG['cfml']['dir']['build-obj'] build_path = os.path.join(_project_path(), build_dir) - dist_dir = CONFIG['cfml']['dir']['dist'] - dist_path = os.path.join(_project_path(), dist_dir) lib_dist_dir = CONFIG['cfml']['dir']['dist-lib'] + lib_dist_path = os.path.join(_project_path(), lib_dist_dir) include_dist_dir = CONFIG['cfml']['dir']['dist-include'] - lib_dist_path = os.path.join(dist_path, lib_dist_dir) - include_dist_path = os.path.join(dist_path, include_dist_dir) + include_dist_path = os.path.join(_project_path(), include_dist_dir) lines = [] - msg = _echo_msg(f"Copying built lib '{lib_name}.{lib_ext}' to dist dir '{dist_dir}/{lib_dist_dir}'") + msg = _echo_msg(f"Moving built lib '{lib_name}.{lib_ext}' to dist dir '{lib_dist_dir}'") lines.append(msg) from_path = os.path.join(build_path, f'{lib_name}.{lib_ext}') - cmd = f'cp {from_path} {lib_dist_path}' + cmd = f'mv {from_path} {lib_dist_path}' lines.append(cmd) - msg = _echo_msg(f"Copying built modules to dist dir '{dist_dir}/{include_dist_dir}'") + msg = _echo_msg(f"Moving built modules '*.*mod' to dist dir '{include_dist_dir}'") lines.append(msg) from_path = os.path.join(build_path, '*.*mod') - cmd = f'cp {from_path} {include_dist_path}' + cmd = f'mv {from_path} {include_dist_path}' lines.append(cmd) script_name = f'{sys._getframe().f_code.co_name}.sh' _write_lines_to_file(lines, script_name) @@ -594,26 +706,33 @@ def copy_built_to_cfml_dist(): def build_cfml_test_programs(): project_name = CONFIG['cfml']['log-name'] - repo_dir = CONFIG['cfml']['dir']['repo'] src_dir = CONFIG['cfml']['dir']['repo-tests'] - src_path = os.path.join(_project_path(), repo_dir, src_dir) - build_dir = os.path.join('tests', 'functional_tests', 'cfml') + src_path = os.path.join(_project_path(), src_dir) + #build_dir = os.path.join('tests', 'functional_tests', 'cfml') + build_dir = CONFIG['cfml']['dir']['dist-progs'] build_path = os.path.join(_project_path(), build_dir) dist_dir = CONFIG['cfml']['dir']['dist'] include_dir = CONFIG['cfml']['dir']['dist-include'] - include_path = os.path.join(_project_path(), dist_dir, include_dir) + include_path = os.path.join(_project_path(), include_dir) lib_dir = CONFIG['cfml']['dir']['dist-lib'] - lib_path = os.path.join(_project_path(), dist_dir, lib_dir) + lib_path = os.path.join(_project_path(), lib_dir) lib_name = CONFIG['cfml']['static-lib-name'] lines = [] msg = _echo_msg(f"Entering build dir '{build_dir}'") lines.append(msg) cmd = f'cd {build_path}' lines.append(cmd) - msg = _echo_msg(f"Building test programs for {project_name}:") + msg = _echo_msg(f"Building test programs for {project_name}") lines.append(msg) - compile_lines = _compile_executables_script_lines('cfml', src_path, include_path, lib_path, lib_name) + compile_lines = _compile_executables_script_lines('src-cfml-tests', + src_path, include_path, + lib_path, + lib_name) lines.extend(compile_lines) + msg = _echo_msg(f"Deleting *.mod/*.smod files in '{build_dir}'") + lines.append(msg) + cmd = f'rm -rf *.*mod' + lines.append(cmd) msg = _echo_msg(f"Exiting build dir '{build_dir}'") lines.append(msg) cmd = f'cd {_project_path()}' @@ -622,21 +741,45 @@ def build_cfml_test_programs(): _write_lines_to_file(lines, script_name) append_to_main_script(lines) +def copy_cfml_test_programs_to_tests_dir(): + progs_relpath = CONFIG['cfml']['dir']['dist-progs'] + progs_abspath = os.path.join(_project_path(), progs_relpath) + from_path = os.path.join(progs_abspath, '*') + tests_relpath = os.path.join('tests', 'functional_tests', 'CFML') + tests_abspath = os.path.join(_project_path(), tests_relpath) + to_path = tests_abspath + lines = [] + msg = _echo_msg(f"Copying all files from '{progs_relpath}' to '{tests_relpath}'") + lines.append(msg) + cmd = f'cp {from_path} {to_path}' + lines.append(cmd) + script_name = f'{sys._getframe().f_code.co_name}.sh' + _write_lines_to_file(lines, script_name) + append_to_main_script(lines) + def run_cfml_functional_tests_no_benchmarks(): - relpath = os.path.join('tests', 'functional_tests', 'cfml') - abspath = os.path.join(_project_path(), relpath) + tests_relpath = os.path.join('tests', 'functional_tests', 'CFML') + tests_abspath = os.path.join(_project_path(), tests_relpath) lines = [] - msg = _echo_msg(f"Running functional tests from '{relpath}'") + msg = _echo_msg(f"Entering tests dir '{tests_relpath}'") + lines.append(msg) + cmd = f'cd {tests_relpath}' + lines.append(cmd) + msg = _echo_msg(f"Running functional tests from '{tests_relpath}'") lines.append(msg) cmd = CONFIG['template']['run-tests'] - cmd = cmd.replace('{PATH}', abspath) + cmd = cmd.replace('{PATH}', tests_abspath) + lines.append(cmd) + msg = _echo_msg(f"Exiting tests dir '{tests_relpath}'") + lines.append(msg) + cmd = f'cd {_project_path()}' lines.append(cmd) script_name = f'{sys._getframe().f_code.co_name}.sh' _write_lines_to_file(lines, script_name) append_to_main_script(lines) def run_cfml_functional_tests_with_benchmarks(): - relpath = os.path.join('tests', 'functional_tests', 'cfml') + relpath = os.path.join('tests', 'functional_tests', 'CFML') abspath = os.path.join(_project_path(), relpath) lines = [] msg = _echo_msg(f"Running functional tests with benchmarks from '{relpath}'") @@ -658,49 +801,16 @@ def run_cfml_functional_tests_with_benchmarks(): _write_lines_to_file(lines, script_name) append_to_main_script(lines) -def create_pycfml_repo_dir(): - repo_dir = CONFIG['pycfml']['dir']['repo'] - repo_path = os.path.join(_project_path(), repo_dir) - lines = [] - msg = _echo_msg(f"Deleting build dir '{repo_dir}'") - lines.append(msg) - cmd = f'rm -rf {repo_path}' - lines.append(cmd) - msg = _echo_msg(f"Creating build dir '{repo_dir}'") - lines.append(msg) - cmd = f'mkdir -p {repo_path}' - lines.append(cmd) - script_name = f'{sys._getframe().f_code.co_name}.sh' - _write_lines_to_file(lines, script_name) - append_to_main_script(lines) - -def download_pycfml_repo(): - project_name = CONFIG['pycfml']['log-name'] - url = CONFIG['pycfml']['git']['url'] - branch = CONFIG['pycfml']['git']['branch'] - out_dir = CONFIG['pycfml']['dir']['repo'] - out_path = os.path.abspath(out_dir) - lines = [] - msg = _echo_msg(f"Downloading {project_name} branch '{branch}' to '{out_dir}' from '{url}'") - lines.append(msg) - cmd = CONFIG['template']['clone-repo'] - cmd = cmd.replace('{BRANCH}', branch) - cmd = cmd.replace('{URL}', url) - cmd = cmd.replace('{OUT_PATH}', out_path) - lines.append(cmd) - script_name = f'{sys._getframe().f_code.co_name}.sh' - _write_lines_to_file(lines, script_name) - append_to_main_script(lines) def copy_powder_mod_to_pycfml_repo(): - cfml_project_name = CONFIG['cfml']['log-name'] + CFML = CONFIG['cfml']['log-name'] cfml_repo_dir = CONFIG['cfml']['dir']['repo'] cfml_repo_path = os.path.join(_project_path(), cfml_repo_dir) - pycfml_project_name = CONFIG['pycfml']['log-name'] - pycfml_repo_dir = CONFIG['pycfml']['dir']['repo'] - pycfml_src_dir = CONFIG['pycfml']['dir']['repo-src'] + pyCFML = CONFIG['pycfml']['log-name'] + pycfml_repo_dir = CONFIG['pycfml']['dir2']['repo'] + pycfml_src_dir = CONFIG['pycfml']['dir2']['repo-src'] pycfml_src_path = os.path.join(_project_path(), pycfml_repo_dir, pycfml_src_dir) - src_ext = CONFIG['build']['src-ext']['pycfml'] + src_ext = CONFIG['build']['src-ext'] lines = [] from_relpath = os.path.join('Testing', 'Powder', 'Test_2', 'fortran', 'src', f'powder_mod.{src_ext}') from_abspath = os.path.join(cfml_repo_path, from_relpath) @@ -718,42 +828,81 @@ def copy_powder_mod_to_pycfml_repo(): _write_lines_to_file(lines, script_name) append_to_main_script(lines) +def create_pycfml_src_dir(): + src_dir = CONFIG['pycfml']['dir']['build-src'] + lines = [] + msg = _echo_msg(f"Deleting src dir '{src_dir}'") + lines.append(msg) + cmd = f'rm -rf {src_dir}' + lines.append(cmd) + msg = _echo_msg(f"Creating src dir '{src_dir}'") + lines.append(msg) + cmd = f'mkdir -p {src_dir}' + lines.append(cmd) + script_name = f'{sys._getframe().f_code.co_name}.sh' + _write_lines_to_file(lines, script_name) + append_to_main_script(lines) + def create_pycfml_build_dir(): - build_dir = CONFIG['pycfml']['dir']['build'] - build_path = os.path.join(_project_path(), build_dir) + build_dir = CONFIG['pycfml']['dir']['build-obj'] lines = [] msg = _echo_msg(f"Deleting build dir '{build_dir}'") lines.append(msg) - cmd = f'rm -rf {build_path}' + cmd = f'rm -rf {build_dir}' lines.append(cmd) msg = _echo_msg(f"Creating build dir '{build_dir}'") lines.append(msg) - cmd = f'mkdir -p {build_path}' + cmd = f'mkdir -p {build_dir}' lines.append(cmd) script_name = f'{sys._getframe().f_code.co_name}.sh' _write_lines_to_file(lines, script_name) append_to_main_script(lines) -def build_pycfml_objs(): +def create_pycfml_src(): project_name = CONFIG['pycfml']['log-name'] - repo_dir = CONFIG['pycfml']['dir']['repo'] - src_dir = CONFIG['pycfml']['dir']['repo-src'] - src_path = os.path.join(_project_path(), repo_dir, src_dir) - build_dir = CONFIG['pycfml']['dir']['build'] - build_path = os.path.join(_project_path(), build_dir) - dist_dir = CONFIG['cfml']['dir']['dist'] - include_dist_dir = CONFIG['cfml']['dir']['dist-include'] - include_dist_path = os.path.join(_project_path(), dist_dir, include_dist_dir) + apigen_relpath = CONFIG['cfml']['scripts']['pyapigen'] + apigen_parent_relpath = Path(apigen_relpath).parent.as_posix() + apigen_file = Path(apigen_relpath).name + build_relpath = CONFIG['pycfml']['dir']['build-src'] + build_abspath = os.path.join(_project_path(), build_relpath) lines = [] - msg = _echo_msg(f"Entering build dir '{build_dir}'") + msg = _echo_msg(f"Entering Python API gen dir '{apigen_parent_relpath}'") lines.append(msg) - cmd = f'cd {build_path}' + cmd = f'cd {apigen_parent_relpath}' + lines.append(cmd) + msg = _echo_msg(f"Creating {project_name} source code with '{apigen_file}'") + lines.append(msg) + cmd = CONFIG['template']['run-python'] + cmd = cmd.replace('{PATH}', apigen_file) + cmd = cmd.replace('{OPTIONS}', f'--verbose False --scripts False --build {build_abspath}') + lines.append(cmd) + msg = _echo_msg(f"Exiting build dir '{apigen_parent_relpath}'") + lines.append(msg) + cmd = f'cd {_project_path()}' lines.append(cmd) - msg = _echo_msg(f"Building fortran objects for {project_name}:") + script_name = f'{sys._getframe().f_code.co_name}.sh' + _write_lines_to_file(lines, script_name) + append_to_main_script(lines) + +def build_pycfml_modules_obj(): + project_name = CONFIG['cfml']['log-name'] + src_relpath = CONFIG['pycfml']['dir']['build-src-fortran'] + src_abspath = os.path.join(_project_path(), src_relpath) + build_relpath = CONFIG['pycfml']['dir']['build-obj'] + include_relpath = CONFIG['cfml']['dir']['dist-include'] + include_abspath = os.path.join(_project_path(), include_relpath) + lines = [] + msg = _echo_msg(f"Entering build dir '{build_relpath}'") lines.append(msg) - compile_lines = _compile_objs_script_lines('pycfml', src_path, include_dist_path) + cmd = f'cd {build_relpath}' + lines.append(cmd) + msg = _echo_msg(f"Building fortran objects for {project_name} modules") + lines.append(msg) + compile_lines = _compile_objs_script_lines('src-cfml-wraps', + src_abspath, + include_abspath) lines.extend(compile_lines) - msg = _echo_msg(f"Exiting build dir '{build_dir}'") + msg = _echo_msg(f"Exiting build dir '{build_relpath}'") lines.append(msg) cmd = f'cd {_project_path()}' lines.append(cmd) @@ -761,20 +910,47 @@ def build_pycfml_objs(): _write_lines_to_file(lines, script_name) append_to_main_script(lines) -def build_pycfml_shared_objs_or_dynamic_libs(): +def build_pycfml_lib_obj(): project_name = CONFIG['pycfml']['log-name'] - build_dir = CONFIG['pycfml']['dir']['build'] - build_path = os.path.join(_project_path(), build_dir) + src_ext = CONFIG['build']['src-ext'] + pycfml_src_name = CONFIG['pycfml']['src-name'] + pycfml_src_file = f'{pycfml_src_name}.{src_ext}' + src_relpath = CONFIG['pycfml']['dir']['build-src-fortran'] + src_abspath = os.path.join(_project_path(), src_relpath, pycfml_src_file) + build_relpath = CONFIG['pycfml']['dir']['build-obj'] + include_relpath = CONFIG['cfml']['dir']['dist-include'] + include_abspath = os.path.join(_project_path(), include_relpath) lines = [] - msg = _echo_msg(f"Entering build dir '{build_dir}'") + msg = _echo_msg(f"Entering build dir '{build_relpath}'") lines.append(msg) - cmd = f'cd {build_path}' + cmd = f'cd {build_relpath}' lines.append(cmd) - msg = _echo_msg(f"Building fortran shared objs or dynamic libs for {project_name}:") + msg = _echo_msg(f"Building fortran object for {project_name} library") lines.append(msg) - compile_lines = _compile_shared_objs_or_dynamic_libs_script_lines('pycfml-modules') - lines.extend(compile_lines) - msg = _echo_msg(f"Exiting build dir '{build_dir}'") + compile_line = _compile_obj_script_line(src_abspath, include_abspath) + lines.append(compile_line) + msg = _echo_msg(f"Exiting build dir '{build_relpath}'") + lines.append(msg) + cmd = f'cd {_project_path()}' + lines.append(cmd) + script_name = f'{sys._getframe().f_code.co_name}.sh' + _write_lines_to_file(lines, script_name) + append_to_main_script(lines) + +def build_pycfml_shared_obj_or_dynamic_lib(): + build_relpath = CONFIG['pycfml']['dir']['build-obj'] + lib_name = CONFIG['pycfml']['src-name'] # NEED FIX: use CONFIG['pycfml']['dynamic-lib-name'] + lib_ext = CONFIG['build']['shared-lib-ext'][_platform()] + lines = [] + msg = _echo_msg(f"Entering build dir '{build_relpath}'") + lines.append(msg) + cmd = f'cd {build_relpath}' + lines.append(cmd) + msg = _echo_msg(f"Building fortran shared obj or dynamic lib '{lib_name}.{lib_ext}'") + lines.append(msg) + compile_line = _compile_pycfml_shared_obj_or_dynamic_lib_script_line() + lines.append(compile_line) + msg = _echo_msg(f"Exiting build dir '{build_relpath}'") lines.append(msg) cmd = f'cd {_project_path()}' lines.append(cmd) @@ -784,37 +960,53 @@ def build_pycfml_shared_objs_or_dynamic_libs(): def create_pycfml_dist_dir(): dist_dir = CONFIG['pycfml']['dir']['dist'] - dist_abspath = os.path.join(_project_path(), dist_dir) - package_dir = CONFIG['pycfml']['dir']['dist-package'] - package_relpath = os.path.join(dist_dir, package_dir) - package_abspath = os.path.join(dist_abspath, package_dir) + lib_dist_dir = CONFIG['pycfml']['dir']['dist-lib'] + include_dist_dir = CONFIG['pycfml']['dir']['dist-include'] + package_dist_dir = CONFIG['pycfml']['dir']['dist-package'].replace('{PACKAGE_NAME}', PYPROJECT['project']['name']) + wheel_dist_dir = CONFIG['pycfml']['dir']['dist-wheel'] lines = [] msg = _echo_msg(f"Deleting dist dir '{dist_dir}'") lines.append(msg) - cmd = f'rm -rf {dist_abspath}' + cmd = f'rm -rf {dist_dir}' lines.append(cmd) - msg = _echo_msg(f"Creating dist dir '{package_relpath}'") + msg = _echo_msg(f"Creating dist dir '{dist_dir}'") + lines.append(msg) + cmd = f'mkdir -p {dist_dir}' + lines.append(cmd) + msg = _echo_msg(f"Creating dist dir '{lib_dist_dir}'") lines.append(msg) - cmd = f'mkdir -p {package_abspath}' + cmd = f'mkdir -p {lib_dist_dir}' + lines.append(cmd) + msg = _echo_msg(f"Creating dist dir '{include_dist_dir}'") + lines.append(msg) + cmd = f'mkdir -p {include_dist_dir}' + lines.append(cmd) + msg = _echo_msg(f"Creating dist dir '{package_dist_dir}'") + lines.append(msg) + cmd = f'mkdir -p {package_dist_dir}' + lines.append(cmd) + msg = _echo_msg(f"Creating dist dir '{wheel_dist_dir}'") + lines.append(msg) + cmd = f'mkdir -p {wheel_dist_dir}' lines.append(cmd) script_name = f'{sys._getframe().f_code.co_name}.sh' _write_lines_to_file(lines, script_name) append_to_main_script(lines) def copy_built_to_pycfml_dist(): - shared_lib_ext = CONFIG['build']['shared-lib-ext'][_platform()] project_name = CONFIG['pycfml']['log-name'] - build_dir = CONFIG['pycfml']['dir']['build'] - build_path = os.path.join(_project_path(), build_dir) - dist_dir = CONFIG['pycfml']['dir']['dist'] - package_dir = CONFIG['pycfml']['dir']['dist-package'] - package_relpath = os.path.join(dist_dir, package_dir) - package_abspath = os.path.join(_project_path(), dist_dir, package_dir) + shared_lib_ext = CONFIG['build']['shared-lib-ext'][_platform()] + build_relpath = CONFIG['pycfml']['dir']['build-obj'] + build_abspath = os.path.join(_project_path(), build_relpath) + package_relpath = CONFIG['pycfml']['dir']['dist-package'].replace('{PACKAGE_NAME}', PYPROJECT['project']['name']) + package_abspath = os.path.join(_project_path(), package_relpath) lines = [] - msg = _echo_msg(f"Copying built {project_name} shared objects or dynamic libs to '{package_relpath}'") + msg = _echo_msg(f"Copying built {project_name} shared objects / dynamic libs to '{package_relpath}'") lines.append(msg) - from_path = os.path.join(build_path, f'*.{shared_lib_ext}') - cmd = f'cp {from_path} {package_abspath}' + from_path = os.path.join(build_abspath, f'*.{shared_lib_ext}') + to_path = package_abspath + cmd = f'cp {from_path} {to_path}' + #cmd = cmd + ' || true' # allows to suppress the error message if no files are found lines.append(cmd) script_name = f'{sys._getframe().f_code.co_name}.sh' _write_lines_to_file(lines, script_name) @@ -825,22 +1017,22 @@ def change_runpath_for_built_pycfml(): # shared objects step (CONFIG['build-shared']), but it didn't help :( # Ubuntu usage examples: # sudo find / -iname "libif*" - # ls -l pycrysfml08_dist/pycrysfml08 - # patchelf --print-rpath pycrysfml08_dist/pycrysfml08/py_cfml_metrics.so - # patchelf --set-rpath '$ORIGIN' pycrysfml08_dist/pycrysfml08/py_cfml_metrics.so - # patchelf --print-rpath pycrysfml08_dist/pycrysfml08/py_cfml_metrics.so - # patchelf --no-default-lib pycrysfml08_dist/pycrysfml08/py_cfml_metrics.so - # ldd pycrysfml08_dist/pycrysfml08/py_cfml_metrics.so + # ls -l dist/pyCFML/pycrysfml + # patchelf --print-rpath dist/pyCFML/pycrysfml/crysfml08lib.so + # patchelf --set-rpath '$ORIGIN' dist/pyCFML/pycrysfml/crysfml08lib.so + # patchelf --print-rpath dist/pyCFML/pycrysfml/crysfml08lib.so + # patchelf --no-default-lib dist/pyCFML/pycrysfml/crysfml08lib.so + # ldd dist/pyCFML/pycrysfml/crysfml08lib.so # ls -l /opt/hostedtoolcache/Python/3.11.8/x64/lib/python3.11/site-packages/pycrysfml08 # ldd /opt/hostedtoolcache/Python/3.11.8/x64/lib/python3.11/site-packages/pycrysfml08/py_cfml_metrics.so # macOS usage example: # sudo find / -iname "libif*" - # ls -l pycrysfml08_dist/pycrysfml08 - # install_name_tool -rpath /opt/intel/oneapi/compiler/2023.2.0/mac/bin/intel64/../../compiler/lib @loader_path pycrysfml08_dist/pycrysfml08/py_cfml_metrics.so - # install_name_tool -delete_rpath /usr/local/Cellar/gcc/13.2.0/lib/gcc/current pycrysfml08_dist/pycrysfml08/py_cfml_metrics.so - # install_name_tool -change /usr/local/opt/gcc/lib/gcc/current/libgfortran.5.dylib @rpath/libgfortran.5.dylib pycrysfml08_dist/pycrysfml08/py_cfml_metrics.so - # otool -L pycrysfml08_dist/pycrysfml08/py_cfml_metrics.so - # otool -l pycrysfml08_dist/pycrysfml08/py_cfml_metrics.so | grep RPATH -A2 + # ls -l dist/pyCFML/pycrysfml + # install_name_tool -rpath /opt/intel/oneapi/compiler/2023.2.0/mac/bin/intel64/../../compiler/lib @loader_path dist/pyCFML/pycrysfml/crysfml08lib.so + # install_name_tool -delete_rpath /usr/local/Cellar/gcc/13.2.0/lib/gcc/current dist/pyCFML/pycrysfml/crysfml08lib.so + # install_name_tool -change /usr/local/opt/gcc/lib/gcc/current/libgfortran.5.dylib @rpath/libgfortran.5.dylib dist/pyCFML/pycrysfml/crysfml08lib.so + # otool -l dist/pyCFML/pycrysfml/crysfml08lib.so | grep RPATH -A2 # build.rpaths in in scripts.toml + # otool -L dist/pyCFML/pycrysfml/crysfml08lib.so # build.dependent-libs in scripts.toml try: rpaths = CONFIG['build']['rpaths'][_platform()][_processor()][_compiler_name()] except KeyError: @@ -850,38 +1042,38 @@ def change_runpath_for_built_pycfml(): _write_lines_to_file(lines, script_name) append_to_main_script(lines) return - modules = 'pycfml-modules' project_name = CONFIG['pycfml']['log-name'] shared_lib_ext = CONFIG['build']['shared-lib-ext'][_platform()] - dist_dir = CONFIG['pycfml']['dir']['dist'] - package_dir = CONFIG['pycfml']['dir']['dist-package'] - package_relpath = os.path.join(dist_dir, package_dir) - package_abspath = os.path.join(_project_path(), dist_dir, package_dir) - total = _total_src_file_count(modules) - current = 0 + #dist_dir = CONFIG['pycfml']['dir2']['dist'] + #package_dir = CONFIG['pycfml']['dir2']['dist-package'] + #package_relpath = os.path.join(dist_dir, package_dir) + #package_abspath = os.path.join(_project_path(), dist_dir, package_dir) + package_relpath = CONFIG['pycfml']['dir']['dist-package'].replace('{PACKAGE_NAME}', PYPROJECT['project']['name']) + package_abspath = os.path.join(_project_path(), package_relpath) + #total = 1 + #current = 0 lines = [] if _platform() == 'linux': set_rpath_template_cmd = CONFIG['template']['rpath']['set'][_platform()] no_default_lib_template_cmd = CONFIG['template']['no-default-lib'][_platform()] - msg = _echo_msg(f"Changing runpath(s) for built {project_name} shared objects") + msg = _echo_msg(f"Changing runpath(s) for built {project_name} shared object") lines.append(msg) - for module in CONFIG[modules]: - if 'main-file' in module: - for rpath in rpaths: - current += 1 - name = f'{module["main-file"]}' - path = os.path.join(package_abspath, name) - msg = _echo_progress_msg(current, total, f'{name}.{shared_lib_ext}') - lines.append(msg) - cmd = set_rpath_template_cmd - cmd = cmd.replace('{NEW}', rpath['new']) - cmd = cmd.replace('{PATH}', path) - cmd = cmd.replace('{EXT}', shared_lib_ext) - lines.append(cmd) - cmd = no_default_lib_template_cmd - cmd = cmd.replace('{PATH}', path) - cmd = cmd.replace('{EXT}', shared_lib_ext) - lines.append(cmd) + name = CONFIG['pycfml']['src-name'] + path = os.path.join(package_abspath, name) + for rpath in rpaths: + old_rpath = rpath['old'] + new_rpath = rpath['new'] + msg = _echo_msg(f"Changing runpath for {name}.{shared_lib_ext} from '{old_rpath}' to '{new_rpath}'") + lines.append(msg) + cmd = set_rpath_template_cmd + cmd = cmd.replace('{NEW}', new_rpath) + cmd = cmd.replace('{PATH}', path) + cmd = cmd.replace('{EXT}', shared_lib_ext) + lines.append(cmd) + cmd = no_default_lib_template_cmd + cmd = cmd.replace('{PATH}', path) + cmd = cmd.replace('{EXT}', shared_lib_ext) + lines.append(cmd) elif _platform() == 'macos': try: dependent_libs = CONFIG['build']['dependent-libs'][_platform()][_processor()][_compiler_name()] @@ -892,33 +1084,38 @@ def change_runpath_for_built_pycfml(): change_rpath_template_cmd = CONFIG['template']['rpath']['change'][_platform()] msg = _echo_msg(f"Changing runpath(s) for built {project_name} shared objects") lines.append(msg) - for module in CONFIG[modules]: - if 'main-file' in module: - current += 1 - name = f'{module["main-file"]}' - path = os.path.join(package_abspath, name) - msg = _echo_progress_msg(current, total, f'{name}.{shared_lib_ext}') - lines.append(msg) - for rpath in rpaths: - if rpath['new'] == '': # delete this rpath - cmd = delete_rpath_template_cmd - cmd = cmd.replace('{OLD}', rpath['old']) - cmd = cmd.replace('{PATH}', path) - cmd = cmd.replace('{EXT}', shared_lib_ext) - else: # change this rpath - cmd = change_rpath_template_cmd - cmd = cmd.replace('{OLD}', rpath['old']) - cmd = cmd.replace('{NEW}', rpath['new']) - cmd = cmd.replace('{PATH}', path) - cmd = cmd.replace('{EXT}', shared_lib_ext) - lines.append(cmd) - for lib in dependent_libs: - cmd = change_lib_template_cmd - cmd = cmd.replace('{OLD}', lib['old']) - cmd = cmd.replace('{NEW}', lib['new']) - cmd = cmd.replace('{PATH}', path) - cmd = cmd.replace('{EXT}', shared_lib_ext) - lines.append(cmd) + name = CONFIG['pycfml']['src-name'] + path = os.path.join(package_abspath, name) + for rpath in rpaths: + old_rpath = rpath['old'] + new_rpath = rpath['new'] + msg = _echo_msg(f"Changing runpath for {name}.{shared_lib_ext} from '{old_rpath}' to '{new_rpath}'") + lines.append(msg) + if rpath['new'] == '': # delete this rpath + cmd = delete_rpath_template_cmd + cmd = cmd.replace('{OLD}', old_rpath) + cmd = cmd.replace('{PATH}', path) + cmd = cmd.replace('{EXT}', shared_lib_ext) + else: # change this rpath + cmd = change_rpath_template_cmd + cmd = cmd.replace('{OLD}', old_rpath) + cmd = cmd.replace('{NEW}', new_rpath) + cmd = cmd.replace('{PATH}', path) + cmd = cmd.replace('{EXT}', shared_lib_ext) + #cmd = cmd + ' || true' # allows to suppress the error message if no files are found + lines.append(cmd) + for lib in dependent_libs: + old_lib = lib['old'] + new_lib = lib['new'] + msg = _echo_msg(f"Changing the dependent shared library install name for {name}.{shared_lib_ext} from '{old_lib}' to '{new_lib}'") + lines.append(msg) + cmd = change_lib_template_cmd + cmd = cmd.replace('{OLD}', old_lib) + cmd = cmd.replace('{NEW}', new_lib) + cmd = cmd.replace('{PATH}', path) + cmd = cmd.replace('{EXT}', shared_lib_ext) + #cmd = cmd + ' || true' # allows to suppress the error message if no files are found + lines.append(cmd) else: msg = _echo_msg(f"Changing runpath is not needed for platform '{_platform()}'") lines.append(msg) @@ -936,9 +1133,7 @@ def copy_extra_libs_to_pycfml_dist(): _write_lines_to_file(lines, script_name) append_to_main_script(lines) return - dist_dir = CONFIG['pycfml']['dir']['dist'] - package_dir = CONFIG['pycfml']['dir']['dist-package'] - package_relpath = os.path.join(dist_dir, package_dir) + package_relpath = CONFIG['pycfml']['dir']['dist-package'].replace('{PACKAGE_NAME}', PYPROJECT['project']['name']) package_abspath = os.path.join(_project_path(), package_relpath) lines = [] for lib_path in extra_libs: @@ -950,45 +1145,54 @@ def copy_extra_libs_to_pycfml_dist(): _write_lines_to_file(lines, script_name) append_to_main_script(lines) +def copy_py_api_files_to_pycfml_dist(): + project_name = CONFIG['pycfml']['log-name'] + py_api_relpath = CONFIG['pycfml']['dir']['build-src-python'] + py_api_abspath = os.path.join(_project_path(), py_api_relpath) + from_path = os.path.join(py_api_abspath, '*.py') + package_relpath = CONFIG['pycfml']['dir']['dist-package'].replace('{PACKAGE_NAME}', PYPROJECT['project']['name']) + package_abspath = os.path.join(_project_path(), package_relpath) + to_path = package_abspath + lines = [] + msg = _echo_msg(f"Copying {project_name} python api files from '{py_api_relpath}' to dist dir '{package_relpath}'") + lines.append(msg) + cmd = f'cp {from_path} {to_path}' + lines.append(cmd) + script_name = f'{sys._getframe().f_code.co_name}.sh' + _write_lines_to_file(lines, script_name) + append_to_main_script(lines) + def copy_init_file_to_pycfml_dist(): project_name = CONFIG['pycfml']['log-name'] - repo_dir = CONFIG['pycfml']['dir']['repo'] - repo_path = os.path.join(_project_path(), repo_dir) - dist_dir = CONFIG['pycfml']['dir']['dist'] - package_dir = CONFIG['pycfml']['dir']['dist-package'] - package_relpath = os.path.join(dist_dir, package_dir) + from_path = os.path.join(_project_path(), '__init__.py') + package_relpath = CONFIG['pycfml']['dir']['dist-package'].replace('{PACKAGE_NAME}', PYPROJECT['project']['name']) package_abspath = os.path.join(_project_path(), package_relpath) + to_path = package_abspath lines = [] msg = _echo_msg(f"Copying {project_name} '__init__.py' to dist dir '{package_relpath}'") lines.append(msg) - from_path = os.path.join(repo_path, 'pycrysfml08', '__init__.py') - cmd = f'cp {from_path} {package_abspath}' + cmd = f'cp {from_path} {to_path}' lines.append(cmd) script_name = f'{sys._getframe().f_code.co_name}.sh' _write_lines_to_file(lines, script_name) append_to_main_script(lines) def copy_cfml_databases_to_pycfml_dist(): - cfml_repo_dir = CONFIG['cfml']['dir']['repo'] - cfml_src_dir = CONFIG['cfml']['dir']['repo-src'] - cfml_src_relpath = os.path.join(cfml_repo_dir, cfml_src_dir) - pycfml_dist_dir = CONFIG['pycfml']['dir']['dist'] - pycfml_package_dir = CONFIG['pycfml']['dir']['dist-package'] - pycfml_package_relpath = os.path.join(pycfml_dist_dir, pycfml_package_dir) - database_name = 'magnetic_data.txt' - databases_dir = 'Databases' - cfml_databases_relpath = os.path.join(cfml_src_relpath, databases_dir, database_name) - cfml_databases_abspath = os.path.join(_project_path(), cfml_databases_relpath) - pycfml_databases_relpath = os.path.join(pycfml_package_relpath, databases_dir) - pycfml_databases_abspath = os.path.join(_project_path(), pycfml_databases_relpath) + cfml_db_relpath = CONFIG['cfml']['dir']['repo-database'] + cfml_db_abspath = os.path.join(_project_path(), cfml_db_relpath) + from_path = cfml_db_abspath + package_relpath = CONFIG['pycfml']['dir']['dist-package'].replace('{PACKAGE_NAME}', PYPROJECT['project']['name']) + pycfml_db_relpath = os.path.join(package_relpath, 'Databases') + pycfml_db_abspath = os.path.join(_project_path(), pycfml_db_relpath) + to_path = pycfml_db_abspath lines = [] - msg = _echo_msg(f"Creating dir '{pycfml_databases_relpath}'") + msg = _echo_msg(f"Creating dir '{pycfml_db_relpath}'") lines.append(msg) - cmd = f'mkdir -p {pycfml_databases_abspath}' + cmd = f'mkdir -p {pycfml_db_relpath}' lines.append(cmd) - msg = _echo_msg(f"Copying '{cfml_databases_relpath}' database to dist dir '{pycfml_databases_relpath}'") + msg = _echo_msg(f"Copying '{cfml_db_relpath}' database to dist dir '{pycfml_db_relpath}'") lines.append(msg) - cmd = f'cp {cfml_databases_abspath} {pycfml_databases_abspath}' + cmd = f'cp {from_path} {to_path}' lines.append(cmd) script_name = f'{sys._getframe().f_code.co_name}.sh' _write_lines_to_file(lines, script_name) @@ -1006,10 +1210,10 @@ def validate_pyproject_toml(): def create_pycfml_python_wheel(): project_name = CONFIG['pycfml']['log-name'] - wheel_dir = CONFIG['pycfml']['dir']['wheel'] + wheel_dir = CONFIG['pycfml']['dir']['dist-wheel'] wheel_path = os.path.join(_project_path(), wheel_dir) lines = [] - msg = _echo_msg(f"Creating '{project_name}' python wheel in '{wheel_dir}'") + msg = _echo_msg(f"Creating {project_name} python wheel in '{wheel_dir}'") lines.append(msg) cmd = CONFIG['template']['build-wheel'] cmd = cmd.replace('{PATH}', wheel_path) @@ -1020,31 +1224,32 @@ def create_pycfml_python_wheel(): def rename_pycfml_python_wheel(): project_name = CONFIG['pycfml']['log-name'] - pycfml_package_dir = CONFIG['pycfml']['dir']['dist-package'] + dist_package_name = PYPROJECT['project']['name'] dist_package_version = PYPROJECT['project']['version'] - initial_wheel_name = f'{pycfml_package_dir}-{dist_package_version}-py3-none-any.whl' - wheel_dir = CONFIG['pycfml']['dir']['wheel'] + initial_wheel_name = f'{dist_package_name}-{dist_package_version}-py3-none-any.whl' + new_wheel_name = initial_wheel_name.replace('py3-none-any', f'{_python_tag()}-none-{_platform_tag_github_ci()}') + wheel_dir = CONFIG['pycfml']['dir']['dist-wheel'] wheel_relpath = os.path.join(wheel_dir, initial_wheel_name) wheel_abspath = os.path.join(_project_path(), wheel_relpath) lines = [] - msg = _echo_msg(f"Renaming '{project_name}' python wheel from '{wheel_relpath}'") + msg = _echo_msg(f"Renaming {project_name} python wheel from '{initial_wheel_name}' to '{new_wheel_name}' in '{wheel_dir}'") lines.append(msg) cmd = CONFIG['template']['rename-wheel'] cmd = cmd.replace('{PYTHON_TAG}', _python_tag()) # https://packaging.python.org/en/latest/specifications/platform-compatibility-tags/ - cmd = cmd.replace('{PLATFORM_TAG}', _platform_tag()) + cmd = cmd.replace('{PLATFORM_TAG}', _platform_tag_github_ci()) cmd = cmd.replace('{PATH}', wheel_abspath) lines.append(cmd) script_name = f'{sys._getframe().f_code.co_name}.sh' _write_lines_to_file(lines, script_name) - #append_to_main_script(lines) + append_to_main_script(lines) def install_pycfml_from_wheel(): project_name = CONFIG['pycfml']['log-name'] - package_name = CONFIG['pycfml']['dir']['dist-package'] - wheel_dir = CONFIG['pycfml']['dir']['wheel'] + package_name = PYPROJECT['project']['name'] + wheel_dir = CONFIG['pycfml']['dir']['dist-wheel'] wheel_path = os.path.join(_project_path(), wheel_dir) lines = [] - msg = _echo_msg(f"Installing '{project_name}' python wheel from '{wheel_dir}'") + msg = _echo_msg(f"Installing {project_name} python wheel from '{wheel_dir}'") lines.append(msg) cmd = CONFIG['template']['install-wheel'] cmd = cmd.replace('{PACKAGE}', package_name) @@ -1055,7 +1260,7 @@ def install_pycfml_from_wheel(): append_to_main_script(lines) def run_pycfml_unit_tests(): - relpath = os.path.join('tests', 'unit_tests', 'pycfml') + relpath = os.path.join('tests', 'unit_tests', 'pyCFML') abspath = os.path.join(_project_path(), relpath) lines = [] msg = _echo_msg(f"Running unit tests from '{relpath}'") @@ -1068,7 +1273,7 @@ def run_pycfml_unit_tests(): append_to_main_script(lines) def run_powder_mod_tests(): - relpath = os.path.join('tests', 'functional_tests', 'pycfml') + relpath = os.path.join('tests', 'functional_tests', 'pyCFML') abspath = os.path.join(_project_path(), relpath) lines = [] msg = _echo_msg(f"Running powder_mod tests from '{relpath}'") @@ -1088,74 +1293,117 @@ def run_powder_mod_main(): lines.append(msg) cmd = CONFIG['template']['run-python'] cmd = cmd.replace('{PATH}', abspath) + cmd = cmd.replace('{OPTIONS}', '') + lines.append(cmd) + script_name = f'{sys._getframe().f_code.co_name}.sh' + _write_lines_to_file(lines, script_name) + append_to_main_script(lines) + +def run_pycfml_functional_tests_no_benchmarks(): + relpath = os.path.join('tests', 'functional_tests', 'pyCFML') + abspath = os.path.join(_project_path(), relpath) + lines = [] + msg = _echo_msg(f"Running unit tests from '{relpath}'") + lines.append(msg) + cmd = CONFIG['template']['run-tests'] + cmd = cmd.replace('{PATH}', abspath) lines.append(cmd) script_name = f'{sys._getframe().f_code.co_name}.sh' _write_lines_to_file(lines, script_name) append_to_main_script(lines) + if __name__ == '__main__': ARGS = parsed_args() PYPROJECT = loaded_pyproject() CONFIG = loaded_config('scripts.toml') if ARGS.print_wheel_dir: # NEED FIX. Maybe save extras to toml as in EDA? - _print_pcfml_wheel_dir() + _print_wheel_dir() exit(0) - cfml_project_name = CONFIG['cfml']['log-name'] - pycfml_project_name = CONFIG['pycfml']['log-name'] + if ARGS.print_release_version: # NEED FIX. Maybe save extras to toml as in EDA? + _print_release_version() + exit(0) + + if ARGS.print_release_title: # NEED FIX. Maybe save extras to toml as in EDA? + _print_release_title() + exit(0) + + CFML = CONFIG['cfml']['log-name'] + pyCFML = CONFIG['pycfml']['log-name'] + + ############# + # Preparation + ############# clear_main_script() - headers = _echo_header(f"Info") - append_to_main_script(headers) + add_main_script_header(f"Print some build-specific variables") print_build_variables() - headers = _echo_header(f"Creating {cfml_project_name} static library") - append_to_main_script(headers) + add_main_script_header(f"Create scripts, {CFML} and {pyCFML} directories") create_cfml_repo_dir() - download_cfml_repo() create_cfml_build_dir() + create_cfml_dist_dir() + create_pycfml_src_dir() + create_pycfml_build_dir() + create_pycfml_dist_dir() + + ############ + # Build CFML + ############ + + add_main_script_header(f"Download {CFML} repository") + download_cfml_repo() + + add_main_script_header(f"Build {CFML} modules") rename_global_deps_file() - build_cfml_objs() + build_cfml_modules_obj() delete_renamed_global_deps_file() + + add_main_script_header(f"Build {CFML} static library") build_cfml_static_lib() - create_cfml_dist_dir() - copy_built_to_cfml_dist() - headers = _echo_header(f"Creating and running {cfml_project_name} test programs") - append_to_main_script(headers) + add_main_script_header(f"Make {CFML} distribution") + move_built_to_cfml_dist() + + add_main_script_header(f"Create and run {CFML} test programs") build_cfml_test_programs() + copy_cfml_test_programs_to_tests_dir() run_cfml_functional_tests_no_benchmarks() - run_cfml_functional_tests_with_benchmarks() + #run_cfml_functional_tests_with_benchmarks() - headers = _echo_header(f"Creating {pycfml_project_name} shared objects or dynamic libraries") - append_to_main_script(headers) - create_pycfml_repo_dir() - download_pycfml_repo() - copy_powder_mod_to_pycfml_repo() - create_pycfml_build_dir() - build_pycfml_objs() - build_pycfml_shared_objs_or_dynamic_libs() - create_pycfml_dist_dir() + ############## + # Build pyCFML + ############## + + add_main_script_header(f"Create {pyCFML} source code") + create_pycfml_src() + + add_main_script_header(f"Build {pyCFML} modules") + build_pycfml_modules_obj() + + add_main_script_header(f"Build {pyCFML} shared obj / dynamic library") + build_pycfml_lib_obj() + build_pycfml_shared_obj_or_dynamic_lib() + + add_main_script_header(f"Make {pyCFML} distribution") copy_built_to_pycfml_dist() change_runpath_for_built_pycfml() - - headers = _echo_header(f"Creating {pycfml_project_name} python package wheel") - append_to_main_script(headers) copy_extra_libs_to_pycfml_dist() + copy_py_api_files_to_pycfml_dist() copy_init_file_to_pycfml_dist() copy_cfml_databases_to_pycfml_dist() + + add_main_script_header(f"Create Python package wheel of {pyCFML}") validate_pyproject_toml() create_pycfml_python_wheel() rename_pycfml_python_wheel() - headers = _echo_header(f"Installing {pycfml_project_name} from python wheel") - append_to_main_script(headers) + add_main_script_header(f"Install {pyCFML} from Python package wheel") install_pycfml_from_wheel() - headers = _echo_header(f"Running {pycfml_project_name} tests") - append_to_main_script(headers) + add_main_script_header(f"Run {pyCFML} tests") run_pycfml_unit_tests() - run_powder_mod_tests() - run_powder_mod_main() + run_pycfml_functional_tests_no_benchmarks() diff --git a/scripts.toml b/scripts.toml index 438d4a4..9db1f74 100644 --- a/scripts.toml +++ b/scripts.toml @@ -1,43 +1,56 @@ -# CrysFML related parameters +[project.dir] +scripts = 'scripts' + +############################## +# CrysFML Fortran 2008 Library +############################## [cfml] -log-name = 'CrysFML2008' +log-name = 'CFML' static-lib-name = 'CrysFML08' # without 'lib' prefix on unix-based platforms +[cfml.dir] +repo = 'repo/CFML' +repo-src = 'repo/CFML/Src' +repo-tests = 'repo/CFML/Testing' +repo-database = 'repo/CFML/Src/Databases/magnetic_data.txt' +build = 'build/CFML' +build-obj = 'build/CFML/obj' +dist = 'dist/CFML' # Fortran CrysFML2008 +dist-include = 'dist/CFML/include' # for .mod/.smod files +dist-lib = 'dist/CFML/lib' # for static library +dist-progs = 'dist/CFML/progs' # for test programs + [cfml.git] -url = 'https://code.ill.fr/rodriguez-carvajal/crysfml2008.git' -branch = 'nagfor' +url = 'https://code.ill.fr/scientific-software/crysfml2008.git' +branch = 'powder_mod_fix' -[cfml.dir] -repo = 'crysfml08_repo' -repo-src = 'Src' -repo-tests = 'Testing' -build = 'crysfml08_build' -dist = 'crysfml08_dist' -dist-lib = 'lib' -dist-include = 'include' +[cfml.scripts] +pyapigen = 'repo/CFML/Scripts/PythonAPI/apigen.py' -# PyCrysFML related parameters +############################################# +# Python API for CrysFML Fortran 2008 Library +############################################# [pycfml] -log-name = 'PyCrysFML08' - -[pycfml.git] -url = 'https://code.ill.fr/scientific-software/pycrysfml08.git' -branch = 'master' +log-name = 'pyCFML' +src-name = 'crysfml08lib' +dynamic-lib-name = 'crysfml08lib' # NEED FIX: currently not in use in scripts.py [pycfml.dir] -repo = 'pycrysfml08_repo' -repo-src = 'src' -build = 'pycrysfml08_build' -dist = 'pycrysfml08_dist' -dist-package = 'pycrysfml08' -wheel = 'pycrysfml08_wheel' - +build-src = 'build/pyCFML/src' # content will be generated by apigen.py +build-src-fortran = 'build/pyCFML/src/Fortran' +build-src-python = 'build/pyCFML/src/PythonAPI' +build-obj = 'build/pyCFML/obj' +dist = 'dist/pyCFML' # Python API to Fortran CrysFML2008 +dist-include = 'dist/pyCFML/include' # for .mod/.smod files +dist-lib = 'dist/pyCFML/lib' # for static object or dynamic library +dist-package = 'dist/pyCFML/{PACKAGE_NAME}' # for Python package +dist-wheel = 'dist/pyCFML/wheel' # for Python wheel + +######################################################## # Generic build template commands and related parameters - -[project.dir] -scripts = 'scripts' +######################################################## [template] clone-repo = 'git clone --single-branch --branch {BRANCH} {URL} {OUT_PATH}' @@ -54,28 +67,82 @@ dependent-lib.change.macos = 'install_name_tool -change {OLD} {NEW} {PATH}.{EXT} build-wheel = 'python3 -m build --wheel --outdir {PATH}' rename-wheel = 'python3 -m wheel tags --python-tag {PYTHON_TAG} --platform-tag {PLATFORM_TAG} --remove {PATH}' install-wheel = 'python3 -m pip install {PACKAGE} --force-reinstall --find-links={PATH}' # Dependencies "{PACKAGE}[test]" are installed via ci script -run-python = 'python3 {PATH}' +run-python = 'python3 {PATH} {OPTIONS}' run-tests = 'pytest {PATH} --color=yes --benchmark-disable' run-benchmarks.base = 'pytest {PATH} --color=yes --benchmark-only --benchmark-storage="file://./.benchmarks/{RUNNER}/{COMPILER}/{PROCESSOR}" --benchmark-warmup=on --benchmark-columns="median, iqr, ops"' run-benchmarks.master-branch = '--benchmark-autosave' run-benchmarks.non-master-branch = '--benchmark-compare --benchmark-compare-fail=median:25%' +###################### +# Build configurations +###################### + +[[build-configs]] +platforms = ['macos', 'linux', 'windows'] +compilers = ['gfortran'] +obj-ext = 'o' +build-shared = '{COMPILER} -shared CFML_Wraps.{OBJ_EXT} Wraps_*.{OBJ_EXT} {PATH}.{OBJ_EXT} -o {PATH}.{EXT} -L{CFML_LIB_PATH} -l{CFML_LIB_NAME} {PYTHON_LIB}' +build-exe = '{COMPILER} {OPTIONS} -o {EXE_NAME} {SOURCE_PATH} -I {CFML_INCLUDE_PATH} -L{CFML_LIB_DIR} -l{CFML_LIB_NAME}' +modes.base = '-cpp -fdec-math -fPIC -fno-stack-arrays -ffree-line-length-none' +modes.debug = '' +modes.release = '' + +[[build-configs]] +platforms = ['macos'] +compilers = ['nagfor'] +obj-ext = 'o' +build-shared = '{COMPILER} -Wl,-shared CFML_Wraps.{OBJ_EXT} Wraps_*.{OBJ_EXT} {PATH}.{OBJ_EXT} -o {PATH}.{EXT} -L{CFML_LIB_PATH} -l{CFML_LIB_NAME} {PYTHON_LIB}' +build-exe = '{COMPILER} {OPTIONS} -o {EXE_NAME} {SOURCE_PATH} -I {CFML_INCLUDE_PATH} -L{CFML_LIB_DIR} -l{CFML_LIB_NAME}' +modes.base = '-f2008 -fpp -PIC -quiet -w=all -colour' +modes.debug = '' +modes.release = '' + +[[build-configs]] +platforms = ['linux', 'macos'] +compilers = ['ifort', 'ifx'] +obj-ext = 'o' +build-shared = "{COMPILER} -shared CFML_Wraps.{OBJ_EXT} Wraps_*.{OBJ_EXT} {PATH}.{OBJ_EXT} -o {PATH}.{EXT} -L{CFML_LIB_PATH} -l{CFML_LIB_NAME} {IFPORT_LIB} {PYTHON_LIB}" +build-exe = '{COMPILER} {OPTIONS} -o {EXE_NAME} {SOURCE_PATH} -I {CFML_INCLUDE_PATH} -L{CFML_LIB_DIR} -l{CFML_LIB_NAME}' +modes.base = '-w -fpp -fPIC -heap-arrays -nologo' +modes.debug = '' # -g3 +modes.release = '' # -O3 + +[[build-configs]] +platforms = ['windows'] +compilers = ['ifort', 'ifx'] +obj-ext = 'obj' +build-shared = 'link CFML_Wraps.{OBJ_EXT} Wraps_*.{OBJ_EXT} {PATH}.{OBJ_EXT} /out:"{PATH}.{EXT}" /libpath:{CFML_LIB_PATH} /dll {CFML_LIB_NAME}.lib {PYTHON_LIB}' +build-exe = '{COMPILER} {OPTIONS} /exe:{EXE_NAME} {SOURCE_PATH} -I {CFML_INCLUDE_PATH} {CFML_LIB_DIR}\{CFML_LIB_NAME}.{LIB_EXT}' +modes.base = '/w /fpp /heap-arrays /nologo -DWIN32=ON' +modes.debug = '' +modes.release = '' + [build] -src-ext = { cfml = 'f90', pycfml = 'F90' } +src-ext = 'f90' static-lib-prefix = { macos = 'lib', linux = 'lib', windows = '' } static-lib-ext = { macos = 'a', linux = 'a', windows = 'lib' } shared-lib-ext = { macos = 'so', linux = 'so', windows = 'pyd' } # *.dylib doesn't work on macOS, *.dll on Windows? # https://www.cita.utoronto.ca/~merz/intel_f10b/main_for/mergedProjects/bldaps_for/common/bldaps_produce_outfiles.htm ifport-lib.linux.ifort = '-L/opt/intel/oneapi/compiler/2023.2.0/linux/compiler/lib/intel64_lin -lifport' ifport-lib.linux.ifx = '-L/opt/intel/oneapi/compiler/2023.2.0/linux/compiler/lib/intel64_lin -lifport' extra-libs.macos.i386.gfortran = [ - '/usr/local/opt/gcc/lib/gcc/current/libgfortran.5.dylib', - '/usr/local/opt/gcc/lib/gcc/current/libgcc_s.1.1.dylib', - '/usr/local/opt/gcc/lib/gcc/current/libquadmath.0.dylib', + # current gcc + #'/usr/local/opt/gcc/lib/gcc/current/libgfortran.5.dylib', + #'/usr/local/opt/gcc/lib/gcc/current/libgcc_s.1.1.dylib', + #'/usr/local/opt/gcc/lib/gcc/current/libquadmath.0.dylib', + # gcc 13 + '/usr/local/opt/gcc@13/lib/gcc/13/libgfortran.5.dylib', + '/usr/local/opt/gcc@13/lib/gcc/13/libgcc_s.1.1.dylib', + '/usr/local/opt/gcc@13/lib/gcc/13/libquadmath.0.dylib', ] extra-libs.macos.arm.gfortran = [ - '/opt/homebrew/opt/gcc/lib/gcc/current/libgfortran.5.dylib', - '/opt/homebrew/opt/gcc/lib/gcc/current/libgcc_s.1.1.dylib', - '/opt/homebrew/opt/gcc/lib/gcc/current/libquadmath.0.dylib' + # current gcc + #'/opt/homebrew/opt/gcc/lib/gcc/current/libgfortran.5.dylib', + #'/opt/homebrew/opt/gcc/lib/gcc/current/libgcc_s.1.1.dylib', + #'/opt/homebrew/opt/gcc/lib/gcc/current/libquadmath.0.dylib' + # gcc 13 + '/opt/homebrew/opt/gcc@13/lib/gcc/13/libgfortran.5.dylib', + '/opt/homebrew/opt/gcc@13/lib/gcc/13/libgcc_s.1.1.dylib', + '/opt/homebrew/opt/gcc@13/lib/gcc/13/libquadmath.0.dylib', ] extra-libs.macos.i386.ifort = [ '/System/Volumes/Data/opt/intel/oneapi/compiler/2023.2.0/mac/compiler/lib/libifport.dylib', @@ -147,14 +214,24 @@ rpaths.linux.x86_64.ifx = [ { old = '', new = "'$ORIGIN'" }, ] # set rpath to point to '$ORIGIN' rpaths.macos.i386.gfortran = [ - { old = '/usr/local/Cellar/gcc/13.2.0/lib/gcc/current/gcc/x86_64-apple-darwin21/13', new = '' }, # delete all rpaths besides @loader_path - { old = '/usr/local/Cellar/gcc/13.2.0/lib/gcc/current/gcc', new = '' }, # delete all rpaths besides @loader_path - { old = '/usr/local/Cellar/gcc/13.2.0/lib/gcc/current', new = '' }, # delete all rpaths besides @loader_path + # gcc 13.2.0 + #{ old = '/usr/local/Cellar/gcc/13.2.0/lib/gcc/current/gcc/x86_64-apple-darwin21/13', new = '' }, # delete all rpaths besides @loader_path + #{ old = '/usr/local/Cellar/gcc/13.2.0/lib/gcc/current/gcc', new = '' }, # delete all rpaths besides @loader_path + #{ old = '/usr/local/Cellar/gcc/13.2.0/lib/gcc/current', new = '' }, # delete all rpaths besides @loader_path + # gcc 13.3.0 + { old = '/usr/local/Cellar/gcc@13/13.3.0/lib/gcc/13/gcc/x86_64-apple-darwin21/13', new = '' }, # delete all rpaths besides @loader_path + { old = '/usr/local/Cellar/gcc@13/13.3.0/lib/gcc/13/gcc', new = '' }, # delete all rpaths besides @loader_path + { old = '/usr/local/Cellar/gcc@13/13.3.0/lib/gcc/13', new = '' }, # delete all rpaths besides @loader_path ] rpaths.macos.arm.gfortran = [ - { old = '/opt/homebrew/Cellar/gcc/13.2.0/lib/gcc/current/gcc/aarch64-apple-darwin23/13', new = '' }, # delete all rpaths besides @loader_path - { old = '/opt/homebrew/Cellar/gcc/13.2.0/lib/gcc/current/gcc', new = '' }, # delete all rpaths besides @loader_path - { old = '/opt/homebrew/Cellar/gcc/13.2.0/lib/gcc/current', new = '' }, # delete all rpaths besides @loader_path + # gcc 13.2.0 + #{ old = '/opt/homebrew/Cellar/gcc/13.2.0/lib/gcc/current/gcc/aarch64-apple-darwin23/13', new = '' }, # delete all rpaths besides @loader_path + #{ old = '/opt/homebrew/Cellar/gcc/13.2.0/lib/gcc/current/gcc', new = '' }, # delete all rpaths besides @loader_path + #{ old = '/opt/homebrew/Cellar/gcc/13.2.0/lib/gcc/current', new = '' }, # delete all rpaths besides @loader_path + # gcc 13.3.0 + { old = '/opt/homebrew/Cellar/gcc@13/13.3.0/lib/gcc/13/gcc/aarch64-apple-darwin23/13', new = '' }, # delete all rpaths besides @loader_path + { old = '/opt/homebrew/Cellar/gcc@13/13.3.0/lib/gcc/13/gcc', new = '' }, # delete all rpaths besides @loader_path + { old = '/opt/homebrew/Cellar/gcc@13/13.3.0/lib/gcc/13', new = '' }, # delete all rpaths besides @loader_path ] rpaths.macos.i386.ifort = [ { old = '/opt/intel/oneapi/compiler/2023.2.0/mac/bin/intel64/../../compiler/lib', new = '@loader_path' }, @@ -163,13 +240,22 @@ rpaths.macos.arm.ifort = [ { old = '/opt/intel/oneapi/compiler/2023.2.0/mac/bin/intel64/../../compiler/lib', new = '@loader_path' }, ] dependent-libs.macos.i386.gfortran = [ - { old = '/usr/local/opt/gcc/lib/gcc/current/libgfortran.5.dylib', new = '@rpath/libgfortran.5.dylib' }, - { old = '/usr/local/opt/gcc/lib/gcc/current/libgcc_s.1.1.dylib', new = '@rpath/libgcc_s.1.1.dylib' }, - { old = '/usr/local/opt/gcc/lib/gcc/current/libquadmath.0.dylib', new = '@rpath/libquadmath.0.dylib' }, + # current gcc + #{ old = '/usr/local/opt/gcc/lib/gcc/current/libgfortran.5.dylib', new = '@rpath/libgfortran.5.dylib' }, + #{ old = '/usr/local/opt/gcc/lib/gcc/current/libgcc_s.1.1.dylib', new = '@rpath/libgcc_s.1.1.dylib' }, + #{ old = '/usr/local/opt/gcc/lib/gcc/current/libquadmath.0.dylib', new = '@rpath/libquadmath.0.dylib' }, + # gcc 13 + { old = '/usr/local/opt/gcc@13/lib/gcc/13/libgfortran.5.dylib', new = '@rpath/libgfortran.5.dylib' }, + { old = '/usr/local/opt/gcc@13/lib/gcc/13/libgcc_s.1.1.dylib', new = '@rpath/libgcc_s.1.1.dylib' }, + { old = '/usr/local/opt/gcc@13/lib/gcc/13/libquadmath.0.dylib', new = '@rpath/libquadmath.0.dylib' }, ] dependent-libs.macos.arm.gfortran = [ - { old = '/opt/homebrew/opt/gcc/lib/gcc/current/libgfortran.5.dylib', new = '@rpath/libgfortran.5.dylib' }, - { old = '/opt/homebrew/opt/gcc/lib/gcc/current/libquadmath.0.dylib', new = '@rpath/libquadmath.0.dylib' }, + # current gcc + #{ old = '/opt/homebrew/opt/gcc/lib/gcc/current/libgfortran.5.dylib', new = '@rpath/libgfortran.5.dylib' }, + #{ old = '/opt/homebrew/opt/gcc/lib/gcc/current/libquadmath.0.dylib', new = '@rpath/libquadmath.0.dylib' }, + # gcc 13 + { old = '/opt/homebrew/opt/gcc@13/lib/gcc/13/libgfortran.5.dylib', new = '@rpath/libgfortran.5.dylib' }, + { old = '/opt/homebrew/opt/gcc@13/lib/gcc/13/libquadmath.0.dylib', new = '@rpath/libquadmath.0.dylib' }, ] # Examples of GitHub values for Python 3.11 #python-lib.macos = '`python3-config --ldflags --embed`' @@ -179,60 +265,20 @@ dependent-libs.macos.arm.gfortran = [ #site-packages.linux = '/opt/hostedtoolcache/Python/3.11.9/x64/lib/python3.11/site-packages' #site-packages.windows = 'c:\hostedtoolcache\windows\Python\3.11.9\x64\lib\site-packages' -# Build configurations matrix - -[[build-objs]] -platforms = ['macos', 'linux', 'windows'] -compilers = ['gfortran'] -obj-ext = 'o' -build-shared = '{COMPILER} -shared {PATH}.o -o {PATH}.{EXT} -L{CFML_LIB_PATH} -l{CFML_LIB_NAME} {PYTHON_LIB}' -build-exe = '{COMPILER} {OPTIONS} -o {EXE_NAME} {SOURCE_PATH} -I {CFML_INCLUDE_PATH} -L{CFML_LIB_DIR} -l{CFML_LIB_NAME}' -modes.base = '-std=f2008 -cpp -fPIC -fno-stack-arrays -ffree-line-length-none' -modes.debug = '' -modes.release = '' - -[[build-objs]] -platforms = ['macos'] -compilers = ['nagfor'] -obj-ext = 'o' -build-shared = '{COMPILER} -Wl,-shared {PATH}.o -o {PATH}.{EXT} -L{CFML_LIB_PATH} -l{CFML_LIB_NAME} {PYTHON_LIB}' -build-exe = '{COMPILER} {OPTIONS} -o {EXE_NAME} {SOURCE_PATH} -I {CFML_INCLUDE_PATH} -L{CFML_LIB_DIR} -l{CFML_LIB_NAME}' -modes.base = '-f2008 -fpp -PIC -quiet -w=all -colour' -modes.debug = '' -modes.release = '' - -[[build-objs]] -platforms = ['linux', 'macos'] -compilers = ['ifort', 'ifx'] -obj-ext = 'o' -build-shared = "{COMPILER} -shared {PATH}.o -o {PATH}.{EXT} -L{CFML_LIB_PATH} -l{CFML_LIB_NAME} {IFPORT_LIB} {PYTHON_LIB}" -build-exe = '{COMPILER} {OPTIONS} -o {EXE_NAME} {SOURCE_PATH} -I {CFML_INCLUDE_PATH} -L{CFML_LIB_DIR} -l{CFML_LIB_NAME}' -modes.base = '-fpp -fPIC -heap-arrays -nologo' -modes.debug = '' # -g3 -modes.release = '' # -O3 - -[[build-objs]] -platforms = ['windows'] -compilers = ['ifort', 'ifx'] -obj-ext = 'obj' -build-shared = 'link {PATH}.obj /out:"{PATH}.{EXT}" /libpath:{CFML_LIB_PATH} /dll {CFML_LIB_NAME}.lib {PYTHON_LIB}' -build-exe = '{COMPILER} {OPTIONS} /exe:{EXE_NAME} {SOURCE_PATH} -I {CFML_INCLUDE_PATH} {CFML_LIB_DIR}\{CFML_LIB_NAME}.{LIB_EXT}' -modes.base = '/fpp /heap-arrays /nologo -DWIN32=ON' -modes.debug = '' -modes.release = '' - +############################## # CrysFML fortran source files +############################## -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'Forpy' -[[cfml-modules]] -main-file = 'CFML_Degree_Trigonometric' +#[[src-cfml-modules]] +#main-file = 'CFML_Degree_Trigonometric' -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_GlobalDeps' -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_FFT' components-dir = 'CFML_FFT' components-files = [ @@ -240,7 +286,7 @@ components-files = [ 'FFT_Convol' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Maths' components-dir = 'CFML_Maths' components-files = [ @@ -257,8 +303,6 @@ components-files = [ 'Math_Equal_Matrix', 'Math_Inverse_Matrix', 'Math_Is_Diagonal_Matrix', - 'Math_Equal_Vector', - 'Math_Determinant', 'Math_PolynomialFit', 'Math_Lower_Triangular', 'Math_Is_Null_Vector', @@ -286,10 +330,11 @@ components-files = [ 'Math_RowEchelon', 'Math_Swap', 'Math_Rank', - 'Math_Sort' + 'Math_Sort', + 'Math_In_Limits' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_ExtinCorr' components-dir = 'CFML_ExtinCorr' components-files = [ @@ -298,7 +343,7 @@ components-files = [ 'Ext_ShelxCorr' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Random' components-dir = 'CFML_Random' components-files = [ @@ -313,7 +358,7 @@ components-files = [ 'Random_T_Sm' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Messages' components-dir = 'CFML_Messages' components-files = [ @@ -321,10 +366,16 @@ components-files = [ 'Con_Info_Message', 'Con_Err_Message', 'Con_Write_ScrollMsg', - 'Con_Wait_Message' + 'Con_Wait_Message'#, + #'Win_Err_Message', + #'Win_Info_Message', + #'Win_Question_Message', + #'Win_Stop_Message', + #'Win_Warning_Message', + #'Win_Write_ScrollMsg' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Strings' components-dir = 'CFML_Strings' components-files = [ @@ -334,7 +385,7 @@ components-files = [ 'StringTools' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Rational' components-dir = 'CFML_Rational' components-files = [ @@ -357,25 +408,25 @@ components-files = [ 'RAT_operator_neq' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_SuperSpace_Database' -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Magnetic_Database' -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_BVS_Tables' -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Scattering_Tables' -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Bonds_Tables' -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Symmetry_Tables' -[[cfml-modules]] +[[src-cfml-modules]] components-dir = 'CFML_Tables' components-files = [ 'Tab_Del_BVST', @@ -393,10 +444,12 @@ components-files = [ 'Tab_Allocating_SuperSpaceDBase', 'Tab_Read_SSG_DBase', 'Tab_Allocating_MagneticDBase', - 'Tab_Read_MagneticDBase' + 'Tab_Read_MagneticDBase'#, + #'Tab_Allocating_magSuperSpaceDBase', + #'Tab_Read_magSSG_DBase' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Profiles' components-dir = 'CFML_Profiles' components-files = [ @@ -415,7 +468,7 @@ components-files = [ 'Profile_TOF_Carpenter' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Optimization_LSQ' components-dir = 'CFML_Optimization_LSQ' components-files = [ @@ -425,7 +478,7 @@ components-files = [ 'OPT_LSQ_LevebergMarquardt_NumDer' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Optimization' components-dir = 'CFML_Optimization' components-files = [ @@ -435,10 +488,10 @@ components-files = [ 'OPT_Simplex' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Simulated_Annealing' -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Diffpatt' components-dir = 'CFML_DiffPatt' components-files = [ @@ -458,10 +511,11 @@ components-files = [ 'DiffP_ReadPatt_TimeVar', 'DiffP_ReadPatt_XYSIG', 'DiffP_WritePatterns', - 'DiffP_ReadPatterns' + 'DiffP_ReadPatterns', + 'DiffP_Add_Patterns' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Metrics' components-dir = 'CFML_Metrics' components-files = [ @@ -472,7 +526,7 @@ components-files = [ 'Metrics_NiggliCell' ] -[[cfml-modules]] +[[src-cfml-modules]] components-dir = 'CFML_Optimization_SAnn' components-files = [ 'SAnn_General', @@ -482,7 +536,7 @@ components-files = [ 'SAnn_inout' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_EoS' components-dir = 'CFML_EoS' components-files = [ @@ -523,7 +577,7 @@ components-files = [ 'Eos_dKdTCalc' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_gSpaceGroups' components-dir = 'CFML_gSpaceGroups' components-files = [ @@ -574,13 +628,13 @@ components-files = [ 'gS_OnePrimeOp' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_BckPeaks' -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_ILL_Instrm_Data' -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Atoms' components-dir = 'CFML_Atoms' components-files = [ @@ -593,10 +647,10 @@ components-files = [ 'Atm_SymmetryConstraints' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Propagation_Vectors' -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Reflections' components-dir = 'CFML_Reflections' components-files = [ @@ -616,7 +670,7 @@ components-files = [ 'Refl_H_Mult' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Structure_Factors' components-dir = 'CFML_Structure_Factors' components-files = [ @@ -628,7 +682,7 @@ components-files = [ 'SF_Create_Tables', ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Geom' components-dir = 'CFML_Geom' components-files = [ @@ -640,7 +694,7 @@ components-files = [ 'Geom_Distances' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_kvec_Symmetry' components-dir = 'CFML_kvec_Symmetry' components-files = [ @@ -652,7 +706,7 @@ components-files = [ 'ksym_write' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_kvec_Structure_Factors' components-dir = 'CFML_kvec_Structure_Factors' components-files = [ @@ -663,7 +717,7 @@ components-files = [ 'kStrf_write' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Maps' components-dir = 'CFML_Maps' components-files = [ @@ -672,7 +726,7 @@ components-files = [ 'Maps_Percolation' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Molecules' components-dir = 'CFML_Molecules' components-files = [ @@ -689,7 +743,7 @@ components-files = [ 'Mol_to_AtList' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Keywords_Code_Parser' components-dir = 'CFML_Keywords_Code_Parser' components-files = [ @@ -707,7 +761,7 @@ components-files = [ 'KWC_RefCodes' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_IOForm' components-dir = 'CFML_IOForm' components-files = [ @@ -720,7 +774,7 @@ components-files = [ 'Format_SHX' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_KeyCodes' components-dir = 'CFML_KeyCodes' components-files = [ @@ -735,7 +789,7 @@ components-files = [ 'KeyCod_Molec' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Python' components-dir = 'CFML_Python' components-files = [ @@ -748,14 +802,14 @@ components-files = [ 'Python_Ndarray' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_VTK' components-dir = 'CFML_VTK' components-files = [ 'VTK_Scan_Utils' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_SXTAL_Geom' components-dir = 'CFML_SXTAL_Geom' components-files = [ @@ -767,10 +821,10 @@ components-files = [ 'SXTAL_UB' ] -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_Export_VTK' -[[cfml-modules]] +[[src-cfml-modules]] main-file = 'CFML_EnBVS' components-dir = 'CFML_EnBVS' components-files = [ @@ -780,61 +834,106 @@ components-files = [ 'EnBVS_SetTab' ] -# PyCrysFML fortran source files - -[[pycfml-modules]] -main-file = 'py_cfml_metrics' - -[[pycfml-modules]] -main-file = 'py_cfml_profiles' - -[[pycfml-modules]] -main-file = 'py_cfml_sxtal_geom' +[[src-cfml-modules]] +main-file = 'CFML_Wraps_Utils' +components-dir = 'CFML_Wraps_Utils' +components-files = [ + 'Wraps_Utils' +] -[[pycfml-modules]] -main-file = 'powder_mod' +[[src-cfml-modules]] +main-file = 'CFML_Utilities' +components-dir = 'CFML_Utilities' +components-files = [ + 'Utilities_Patterns' +] -[[pycfml-modules]] -main-file = 'powder_mod_2' +[[src-cfml-modules]] +main-file = 'CFML_kvec_Polarimetry' +components-dir = 'CFML_kvec_Polarimetry' +components-files = [ + 'Polar_Calculations_Dom', + 'Polar_Calculations', + 'Polar_Functions', + 'Polar_Init', + 'Polar_Write' +] +#################################### # CrysFML test programs source files +#################################### -[[cfml-tests]] +[[src-cfml-tests]] main-dir = 'Bond_Str' main-file = 'Bond_StrN' -[[cfml-tests]] +[[src-cfml-tests]] main-dir = 'CIFs' main-file = 'io_files' -[[cfml-tests]] +[[src-cfml-tests]] main-dir = 'Grp_230' main-file = 'groups_230' -[[cfml-tests]] +[[src-cfml-tests]] main-dir = 'hkl_gen' main-file = 'hkl_gen' -[[cfml-tests]] +[[src-cfml-tests]] main-dir = 'hkl_gen' main-file = 'simple_hkl_gen' -[[cfml-tests]] +[[src-cfml-tests]] main-dir = 'Molecules' main-file = 'mol_tpcr' -[[cfml-tests]] +[[src-cfml-tests]] main-dir = 'PowderPattern' main-file = 'Simple_calc_powder' -[[cfml-tests]] +[[src-cfml-tests]] main-dir = 'PowderPattern' main-file = 'Simple_calc_Mag_powder' -[[cfml-tests]] +[[src-cfml-tests]] main-dir = 'StructureFactors' main-file = 'Calc_Sfac' +################################ +# Python API modules for CrysFML +################################ + +[[src-cfml-wraps]] +main-file = 'CFML_Wraps' +components-dir = 'CFML_Wraps' +components-files = [ + 'Wraps_Atoms', + 'Wraps_Bonds_Tables', + 'Wraps_Strings', + 'Wraps_BckPeaks', + 'Wraps_Scattering_Tables', + 'Wraps_Structure_Factors', + 'Wraps_Geom', + 'Wraps_Metrics', + 'Wraps_ExtinCorr', + 'Wraps_Symmetry_Tables', + 'Wraps_DiffPatt', + 'Wraps_EoS', + 'Wraps_IOForm', + 'Wraps_Molecules', + 'Wraps_Propagation_Vectors', + 'Wraps_ILL_Instrm_Data', + 'Wraps_Reflections', + 'Wraps_BVS_Tables', + 'Wraps_EnBVS', + 'Wraps_SXTAL_Geom', + 'Wraps_Simulated_Annealing', + 'Wraps_Profiles', + 'Wraps_Rational', + 'Wraps_gSpaceGroups', + 'Wraps_kvec_Symmetry', + 'Wraps_Utilities' +] ################## ################## diff --git a/scripts/empty.txt b/scripts/empty.txt deleted file mode 100644 index e69de29..0000000 diff --git a/tests/functional_tests/cfml/D19_instrm.geom b/tests/functional_tests/CFML/D19_instrm.geom similarity index 100% rename from tests/functional_tests/cfml/D19_instrm.geom rename to tests/functional_tests/CFML/D19_instrm.geom diff --git a/tests/functional_tests/cfml/LiFePO4n.cfl b/tests/functional_tests/CFML/LiFePO4n.cfl similarity index 100% rename from tests/functional_tests/cfml/LiFePO4n.cfl rename to tests/functional_tests/CFML/LiFePO4n.cfl diff --git a/tests/functional_tests/cfml/LiFePO4n_sum_desired.bvs b/tests/functional_tests/CFML/LiFePO4n_sum_desired.bvs similarity index 100% rename from tests/functional_tests/cfml/LiFePO4n_sum_desired.bvs rename to tests/functional_tests/CFML/LiFePO4n_sum_desired.bvs diff --git a/tests/functional_tests/cfml/SrTiO3s.cfl b/tests/functional_tests/CFML/SrTiO3s.cfl similarity index 100% rename from tests/functional_tests/cfml/SrTiO3s.cfl rename to tests/functional_tests/CFML/SrTiO3s.cfl diff --git a/tests/functional_tests/cfml/SrTiO3s_desired.dat b/tests/functional_tests/CFML/SrTiO3s_desired.dat similarity index 100% rename from tests/functional_tests/cfml/SrTiO3s_desired.dat rename to tests/functional_tests/CFML/SrTiO3s_desired.dat diff --git a/tests/functional_tests/cfml/test_d19.cfl b/tests/functional_tests/CFML/d19.cfl similarity index 100% rename from tests/functional_tests/cfml/test_d19.cfl rename to tests/functional_tests/CFML/d19.cfl diff --git a/tests/functional_tests/cfml/test_d19_desired.hkl b/tests/functional_tests/CFML/d19_desired.hkl similarity index 100% rename from tests/functional_tests/cfml/test_d19_desired.hkl rename to tests/functional_tests/CFML/d19_desired.hkl diff --git a/tests/functional_tests/cfml/if_ponsin_desired.dat b/tests/functional_tests/CFML/if_ponsin_desired.dat similarity index 100% rename from tests/functional_tests/cfml/if_ponsin_desired.dat rename to tests/functional_tests/CFML/if_ponsin_desired.dat diff --git a/tests/functional_tests/cfml/mfe_msfac.cfl b/tests/functional_tests/CFML/mfe_msfac.cfl similarity index 100% rename from tests/functional_tests/cfml/mfe_msfac.cfl rename to tests/functional_tests/CFML/mfe_msfac.cfl diff --git a/tests/functional_tests/cfml/mfe_sfac.cfl b/tests/functional_tests/CFML/mfe_sfac.cfl similarity index 100% rename from tests/functional_tests/cfml/mfe_sfac.cfl rename to tests/functional_tests/CFML/mfe_sfac.cfl diff --git a/tests/functional_tests/cfml/molecule_PPH3_Z.cfl b/tests/functional_tests/CFML/molecule_PPH3_Z.cfl similarity index 100% rename from tests/functional_tests/cfml/molecule_PPH3_Z.cfl rename to tests/functional_tests/CFML/molecule_PPH3_Z.cfl diff --git a/tests/functional_tests/cfml/molecule_PPH3_Z_fc_desired.cfl b/tests/functional_tests/CFML/molecule_PPH3_Z_fc_desired.cfl similarity index 100% rename from tests/functional_tests/cfml/molecule_PPH3_Z_fc_desired.cfl rename to tests/functional_tests/CFML/molecule_PPH3_Z_fc_desired.cfl diff --git a/tests/functional_tests/cfml/ponsin.cfl b/tests/functional_tests/CFML/ponsin.cfl similarity index 100% rename from tests/functional_tests/cfml/ponsin.cfl rename to tests/functional_tests/CFML/ponsin.cfl diff --git a/tests/functional_tests/cfml/test__Bond_Str.py b/tests/functional_tests/CFML/test__Bond_Str.py similarity index 79% rename from tests/functional_tests/cfml/test__Bond_Str.py rename to tests/functional_tests/CFML/test__Bond_Str.py index 4d138c0..761720c 100644 --- a/tests/functional_tests/cfml/test__Bond_Str.py +++ b/tests/functional_tests/CFML/test__Bond_Str.py @@ -1,16 +1,20 @@ import os +import sys import re import filecmp import time import tomllib import subprocess import platform -from io import StringIO import numpy as np +from io import StringIO +from pathlib import Path from numpy.testing import assert_array_equal, assert_almost_equal, assert_allclose +################ # Help functions +################ def set_crysfml_db_path(): """Sets the env variable 'CRYSFML_DB' as the path to the 'Databases' directory containing the file 'magnetic_data.txt'.""" @@ -19,10 +23,11 @@ def set_crysfml_db_path(): config_path = os.path.join(project_dir, 'scripts.toml') with open(config_path, 'rb') as f: CONFIG = tomllib.load(f) - repo_dir = CONFIG['cfml']['dir']['repo'] - src_dir = CONFIG['cfml']['dir']['repo-src'] - db_path = os.path.join(project_dir, repo_dir, src_dir, 'Databases') - os.environ['CRYSFML_DB'] = db_path + db_relpath = CONFIG['cfml']['dir']['repo-database'] + db_abspath = os.path.join(project_dir, db_relpath) + db_dir_relpath = os.path.dirname(db_abspath) + db_dir_abspath = os.path.abspath(db_dir_relpath) + os.environ['CRYSFML_DB'] = db_dir_abspath def change_cwd_to_tests(): """Changes the current directory to the directory of this script file.""" @@ -32,13 +37,9 @@ def run_exe_with_args(file_name:str, args:str=''): """Runs the executable with optional arguments.""" if platform.system() == 'Windows': file_name = f'{file_name}.exe' - file_name = os.path.abspath(file_name) - cmd = f'{file_name}' - if args: - cmd = f'{file_name} {args}' - #os.system(f"echo '::::: {cmd}'") - os.system(f'{cmd}') - time.sleep(2) + exe_path = os.path.join(os.getcwd(), file_name) + cmd = f'{exe_path} {args}' + os.system(cmd) def dat_to_ndarray(file_name:str, skip_begin:int=3, skip_end:int=4): """Parses the file to extract an array of data and converts it to a numpy array.""" @@ -51,12 +52,9 @@ def dat_to_ndarray(file_name:str, skip_begin:int=3, skip_end:int=4): data = np.genfromtxt(StringIO(joined), usecols=(1, 2, 3, 4, 5, 6, 7)) # converts string to ndarray return data -# Set up paths - -change_cwd_to_tests() -set_crysfml_db_path() - +####### # Tests +####### def test__Bond_StrN__LiFePO4n(): run_exe_with_args('Bond_StrN', args='LiFePO4n.cfl') @@ -64,10 +62,9 @@ def test__Bond_StrN__LiFePO4n(): actual = dat_to_ndarray('LiFePO4n_sum.bvs') assert_allclose(desired, actual, rtol=1e-02, verbose=True) - +####### # Debug +####### if __name__ == '__main__': - #os.system(f"echo '::::: ls -l'") - #os.system(f'ls -l') test__Bond_StrN__LiFePO4n() diff --git a/tests/functional_tests/cfml/test__Molecules.py b/tests/functional_tests/CFML/test__Molecules.py similarity index 76% rename from tests/functional_tests/cfml/test__Molecules.py rename to tests/functional_tests/CFML/test__Molecules.py index d062487..535d49a 100644 --- a/tests/functional_tests/cfml/test__Molecules.py +++ b/tests/functional_tests/CFML/test__Molecules.py @@ -6,13 +6,15 @@ import tomllib import subprocess import platform -from io import StringIO -import pytest import numpy as np -from numpy.testing import assert_allclose, assert_almost_equal +from io import StringIO +from pathlib import Path +from numpy.testing import assert_array_equal, assert_almost_equal, assert_allclose +################ # Help functions +################ def set_crysfml_db_path(): """Sets the env variable 'CRYSFML_DB' as the path to the 'Databases' directory containing the file 'magnetic_data.txt'.""" @@ -21,10 +23,11 @@ def set_crysfml_db_path(): config_path = os.path.join(project_dir, 'scripts.toml') with open(config_path, 'rb') as f: CONFIG = tomllib.load(f) - repo_dir = CONFIG['cfml']['dir']['repo'] - src_dir = CONFIG['cfml']['dir']['repo-src'] - db_path = os.path.join(project_dir, repo_dir, src_dir, 'Databases') - os.environ['CRYSFML_DB'] = db_path + db_relpath = CONFIG['cfml']['dir']['repo-database'] + db_abspath = os.path.join(project_dir, db_relpath) + db_dir_relpath = os.path.dirname(db_abspath) + db_dir_abspath = os.path.abspath(db_dir_relpath) + os.environ['CRYSFML_DB'] = db_dir_abspath def change_cwd_to_tests(): """Changes the current directory to the directory of this script file.""" @@ -34,13 +37,9 @@ def run_exe_with_args(file_name:str, args:str=''): """Runs the executable with optional arguments.""" if platform.system() == 'Windows': file_name = f'{file_name}.exe' - file_name = os.path.abspath(file_name) - cmd = f'{file_name}' - if args: - cmd = f'{file_name} {args}' - #os.system(f"echo '::::: {cmd}'") - os.system(f'{cmd}') - #time.sleep(2) + exe_path = os.path.join(os.getcwd(), file_name) + cmd = f'{exe_path} {args}' + os.system(cmd) def dat_to_ndarray(file_name:str, skip_begin:int=3, skip_end:int=4): """Parses the file to extract an array of data and converts it to a numpy array.""" @@ -52,12 +51,9 @@ def dat_to_ndarray(file_name:str, skip_begin:int=3, skip_end:int=4): data = np.genfromtxt(StringIO(joined), usecols=(4, 5, 6, 7)) # converts string to ndarray return data -# Set up paths - -change_cwd_to_tests() -set_crysfml_db_path() - +####### # Tests +####### def test__mol_tpcr__molecule_PPH3_Z(): run_exe_with_args('mol_tpcr', args='molecule_PPH3_Z.cfl') @@ -65,7 +61,9 @@ def test__mol_tpcr__molecule_PPH3_Z(): actual = dat_to_ndarray('molecule_PPH3_Z_fc.cfl', skip_begin=7, skip_end=1) assert_allclose(desired, actual, rtol=1e-03, verbose=True) +####### # Debug +####### if __name__ == '__main__': - pass + test__mol_tpcr__molecule_PPH3_Z() diff --git a/tests/functional_tests/cfml/test__PowderPattern.py b/tests/functional_tests/CFML/test__PowderPattern.py similarity index 79% rename from tests/functional_tests/cfml/test__PowderPattern.py rename to tests/functional_tests/CFML/test__PowderPattern.py index eb1c425..03c7fbe 100644 --- a/tests/functional_tests/cfml/test__PowderPattern.py +++ b/tests/functional_tests/CFML/test__PowderPattern.py @@ -7,10 +7,14 @@ import subprocess import platform import numpy as np -from numpy.testing import assert_allclose, assert_almost_equal +from io import StringIO +from pathlib import Path +from numpy.testing import assert_array_equal, assert_almost_equal, assert_allclose +################ # Help functions +################ def set_crysfml_db_path(): """Sets the env variable 'CRYSFML_DB' as the path to the 'Databases' directory containing the file 'magnetic_data.txt'.""" @@ -19,10 +23,11 @@ def set_crysfml_db_path(): config_path = os.path.join(project_dir, 'scripts.toml') with open(config_path, 'rb') as f: CONFIG = tomllib.load(f) - repo_dir = CONFIG['cfml']['dir']['repo'] - src_dir = CONFIG['cfml']['dir']['repo-src'] - db_path = os.path.join(project_dir, repo_dir, src_dir, 'Databases') - os.environ['CRYSFML_DB'] = db_path + db_relpath = CONFIG['cfml']['dir']['repo-database'] + db_abspath = os.path.join(project_dir, db_relpath) + db_dir_relpath = os.path.dirname(db_abspath) + db_dir_abspath = os.path.abspath(db_dir_relpath) + os.environ['CRYSFML_DB'] = db_dir_abspath def change_cwd_to_tests(): """Changes the current directory to the directory of this script file.""" @@ -32,13 +37,9 @@ def run_exe_with_args(file_name:str, args:str=''): """Runs the executable with optional arguments.""" if platform.system() == 'Windows': file_name = f'{file_name}.exe' - file_name = os.path.abspath(file_name) - cmd = f'{file_name}' - if args: - cmd = f'{file_name} {args}' - #os.system(f"echo '::::: {cmd}'") - os.system(f'{cmd}') - time.sleep(2) + exe_path = os.path.join(os.getcwd(), file_name) + cmd = f'{exe_path} {args}' + os.system(cmd) def dat_to_ndarray(file_name:str, skip_lines:int=0): """Parses the file to extract an array of data and converts it to a numpy array.""" @@ -51,14 +52,12 @@ def dat_to_ndarray(file_name:str, skip_lines:int=0): array = np.array(splitted, dtype=np.float32) # converts list of string numbers into numpy array of floats return array -# Set up paths - -change_cwd_to_tests() -set_crysfml_db_path() - +####### # Tests +####### def test__Simple_calc_powder__SrTiO3s(benchmark): + set_crysfml_db_path() @benchmark def bench(): run_exe_with_args('Simple_calc_powder', args='SrTiO3s.cfl') @@ -67,6 +66,7 @@ def bench(): assert_allclose(desired, actual, rtol=1e-03, verbose=True) def test__Simple_calc_powder__ponsin(benchmark): + set_crysfml_db_path() @benchmark def bench(): run_exe_with_args('Simple_calc_powder', args='ponsin.cfl') @@ -74,7 +74,9 @@ def bench(): actual = dat_to_ndarray('if_ponsin.dat', skip_lines=2) assert_allclose(desired, actual, rtol=1e-03, verbose=True) +####### # Debug +####### if __name__ == '__main__': test__Simple_calc_powder__SrTiO3s() diff --git a/tests/functional_tests/cfml/test__StructureFactors.py b/tests/functional_tests/CFML/test__StructureFactors.py similarity index 63% rename from tests/functional_tests/cfml/test__StructureFactors.py rename to tests/functional_tests/CFML/test__StructureFactors.py index 8f3a08e..35fbe1c 100644 --- a/tests/functional_tests/cfml/test__StructureFactors.py +++ b/tests/functional_tests/CFML/test__StructureFactors.py @@ -7,10 +7,14 @@ import subprocess import platform import numpy as np -from numpy.testing import assert_allclose, assert_almost_equal +from io import StringIO +from pathlib import Path +from numpy.testing import assert_array_equal, assert_almost_equal, assert_allclose +################ # Help functions +################ def set_crysfml_db_path(): """Sets the env variable 'CRYSFML_DB' as the path to the 'Databases' directory containing the file 'magnetic_data.txt'.""" @@ -19,10 +23,11 @@ def set_crysfml_db_path(): config_path = os.path.join(project_dir, 'scripts.toml') with open(config_path, 'rb') as f: CONFIG = tomllib.load(f) - repo_dir = CONFIG['cfml']['dir']['repo'] - src_dir = CONFIG['cfml']['dir']['repo-src'] - db_path = os.path.join(project_dir, repo_dir, src_dir, 'Databases') - os.environ['CRYSFML_DB'] = db_path + db_relpath = CONFIG['cfml']['dir']['repo-database'] + db_abspath = os.path.join(project_dir, db_relpath) + db_dir_relpath = os.path.dirname(db_abspath) + db_dir_abspath = os.path.abspath(db_dir_relpath) + os.environ['CRYSFML_DB'] = db_dir_abspath def change_cwd_to_tests(): """Changes the current directory to the directory of this script file.""" @@ -32,13 +37,9 @@ def run_exe_with_args(file_name:str, args:str=''): """Runs the executable with optional arguments.""" if platform.system() == 'Windows': file_name = f'{file_name}.exe' - file_name = os.path.abspath(file_name) - cmd = f'{file_name}' - if args: - cmd = f'{file_name} {args}' - #os.system(f"echo '::::: {cmd}'") - os.system(f'{cmd}') - time.sleep(2) + exe_path = os.path.join(os.getcwd(), file_name) + cmd = f'{exe_path} {args}' + os.system(cmd) def dat_to_ndarray(file_name:str, skip_lines:int=0): """Parses the file to extract an array of data and converts it to a numpy array.""" @@ -51,27 +52,25 @@ def dat_to_ndarray(file_name:str, skip_lines:int=0): array = np.array(splitted, dtype=np.float32) # converts list of string numbers into numpy array of floats return array -# Set up paths - -change_cwd_to_tests() -set_crysfml_db_path() - +####### # Tests +####### -def _test__Calc_Sfac__mfe_sfac(): +def test__Calc_Sfac__mfe_sfac(): run_exe_with_args('Calc_Sfac', args='mfe_sfac.cfl 1.0') - #desired = dat_to_ndarray('SrTiO3s_desired.dat', skip_lines=2) - #actual = dat_to_ndarray('SrTiO3s.dat', skip_lines=2) - #assert_allclose(desired, actual, rtol=1e-03, verbose=True) + desired = dat_to_ndarray('SrTiO3s_desired.dat', skip_lines=2) + actual = dat_to_ndarray('SrTiO3s.dat', skip_lines=2) + assert_allclose(desired, actual, rtol=1e-03, verbose=True) -def _test__Calc_Sfac__mfe_msfac(): +def test__Calc_Sfac__mfe_msfac(): run_exe_with_args('Calc_Sfac', args='mfe_msfac.cfl 1.0') - #desired = dat_to_ndarray('SrTiO3s_desired.dat', skip_lines=2) - #actual = dat_to_ndarray('SrTiO3s.dat', skip_lines=2) - #assert_allclose(desired, actual, rtol=1e-03, verbose=True) + desired = dat_to_ndarray('SrTiO3s_desired.dat', skip_lines=2) + actual = dat_to_ndarray('SrTiO3s.dat', skip_lines=2) + assert_allclose(desired, actual, rtol=1e-03, verbose=True) +####### # Debug +####### if __name__ == '__main__': - _test__Calc_Sfac__mfe_sfac() - #test__Calc_Sfac__mfe_msfac() + test__Calc_Sfac__mfe_sfac() diff --git a/tests/functional_tests/cfml/test__hkl_gen.py b/tests/functional_tests/CFML/test__hkl_gen.py similarity index 60% rename from tests/functional_tests/cfml/test__hkl_gen.py rename to tests/functional_tests/CFML/test__hkl_gen.py index 4c0fa8f..2d5918f 100644 --- a/tests/functional_tests/cfml/test__hkl_gen.py +++ b/tests/functional_tests/CFML/test__hkl_gen.py @@ -6,12 +6,28 @@ import tomllib import subprocess import platform -from io import StringIO import numpy as np -from numpy.testing import assert_allclose, assert_almost_equal +from io import StringIO +from pathlib import Path +from numpy.testing import assert_array_equal, assert_almost_equal, assert_allclose +################ # Help functions +################ + +def set_crysfml_db_path(): + """Sets the env variable 'CRYSFML_DB' as the path to the 'Databases' directory containing the file 'magnetic_data.txt'.""" + default = os.path.join(os.getcwd(), '..', '..', '..') + project_dir = os.getenv('GITHUB_WORKSPACE', default=default) # locally do: export GITHUB_WORKSPACE=`pwd` + config_path = os.path.join(project_dir, 'scripts.toml') + with open(config_path, 'rb') as f: + CONFIG = tomllib.load(f) + db_relpath = CONFIG['cfml']['dir']['repo-database'] + db_abspath = os.path.join(project_dir, db_relpath) + db_dir_relpath = os.path.dirname(db_abspath) + db_dir_abspath = os.path.abspath(db_dir_relpath) + os.environ['CRYSFML_DB'] = db_dir_abspath def set_crysfml_db_path(): """Sets the env variable 'CRYSFML_DB' as the path to the 'Databases' directory containing the file 'magnetic_data.txt'.""" @@ -33,13 +49,9 @@ def run_exe_with_args(file_name:str, args:str=''): """Runs the executable with optional arguments.""" if platform.system() == 'Windows': file_name = f'{file_name}.exe' - file_name = os.path.abspath(file_name) - cmd = f'{file_name}' - if args: - cmd = f'{file_name} {args}' - #os.system(f"echo '::::: {cmd}'") - os.system(f'{cmd}') - time.sleep(2) + exe_path = os.path.join(os.getcwd(), file_name) + cmd = f'{exe_path} {args}' + os.system(cmd) def dat_to_ndarray(file_name:str, skip_begin:int=3, skip_end:int=4): """Parses the file to extract an array of data and converts it to a numpy array.""" @@ -51,20 +63,19 @@ def dat_to_ndarray(file_name:str, skip_begin:int=3, skip_end:int=4): data = np.genfromtxt(StringIO(joined), usecols=(0, 1, 2, 3, 4, 5, 6, 8)) # converts string to ndarray return data -# Set up paths - -change_cwd_to_tests() -set_crysfml_db_path() - +####### # Tests +####### -def test__hkl_gen__test_d19(): - run_exe_with_args('hkl_gen', args='test_d19.cfl') - desired = dat_to_ndarray('test_d19_desired.hkl', skip_begin=1, skip_end=1) - actual = dat_to_ndarray('test_d19.hkl', skip_begin=1, skip_end=1) +def test__hkl_gen__d19(): + run_exe_with_args('hkl_gen', args='d19.cfl') + desired = dat_to_ndarray('d19_desired.hkl', skip_begin=1, skip_end=1) + actual = dat_to_ndarray('d19.hkl', skip_begin=1, skip_end=1) assert_allclose(desired, actual, rtol=1e-03, verbose=True) +####### # Debug +####### if __name__ == '__main__': - test__mol_tpcr__molecule_PPH3_Z() + test__hkl_gen__d19() diff --git 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assert_almost_equal + +#import cfml_utilities +#import pycrysfml +#from pycrysfml import crysfml08lib +from pycrysfml import cfml_utilities + + +STUDY_DICT_PM3M = { + "phases": [ + { + "SrTiO3": { + "_space_group_name_H-M_alt": "P m -3 m", + "_cell_length_a": 3.9, + "_cell_length_b": 3.9, + "_cell_length_c": 3.9, + "_cell_angle_alpha": 90, + "_cell_angle_beta": 90, + "_cell_angle_gamma": 90, + "_atom_site": [ + { + "_label": "Sr", + "_type_symbol": "Sr", + "_fract_x": 0.5, + "_fract_y": 0.5, + "_fract_z": 0.5, + "_occupancy": 1, + "_adp_type": "Biso", + "_B_iso_or_equiv": 0.40 + }, + { + "_label": "Ti", + "_type_symbol": "Ti", + "_fract_x": 0, + "_fract_y": 0, + "_fract_z": 0, + "_occupancy": 1, + "_adp_type": "Biso", + "_B_iso_or_equiv": 0.50 + }, + { + "_label": "O", + "_type_symbol": "O", + "_fract_x": 0.5, + "_fract_y": 0, + "_fract_z": 0, + "_occupancy": 1, + "_adp_type": "Biso", + "_B_iso_or_equiv": 0.65 + } + ] + } + } + ], + "experiments": [ + { + "NPD": { + "_diffrn_source": "nuclear reactor", + "_diffrn_radiation_probe": "neutron", + "_diffrn_radiation_wavelength": 1.27, + "_pd_instr_resolution_u": 0.02, + "_pd_instr_resolution_v": -0.02, + "_pd_instr_resolution_w": 0.12, + "_pd_instr_resolution_x": 0.0015, + "_pd_instr_resolution_y": 0, + "_pd_instr_reflex_asymmetry_p1": 0, + "_pd_instr_reflex_asymmetry_p2": 0, + "_pd_instr_reflex_asymmetry_p3": 0, + "_pd_instr_reflex_asymmetry_p4": 0, + "_pd_meas_2theta_offset": 0, + "_pd_meas_2theta_range_min": 1, + "_pd_meas_2theta_range_max": 140, + "_pd_meas_2theta_range_inc": 0.05 + } + } + ] +} + +# Help functions + +def path_to_desired(file_name:str): + return os.path.join(os.path.dirname(__file__), 'desired', file_name) + +def compute_pattern(study_dict:dict): + #_, y = crysfml08lib.f_powder_pattern_from_json(study_dict) # returns x and y arrays + _, y = cfml_utilities.powder_pattern_from_json(study_dict) # returns x and y arrays + y = y.astype(np.float64) + return y + +# Tests + +# Workaround to set env variable CRYSFML_DB for all the tests below +# If running this with python instead of pytest, CRYSFML_DB is set automatically +# from the pycrysfml __init__.py, when importing pycrysfml +def test__crysfml_db_path(): + #os.environ['CRYSFML_DB'] = os.path.join(os.path.dirname(crysfml08lib.__file__), 'Databases') + os.environ['CRYSFML_DB'] = os.path.join(os.path.dirname(cfml_utilities.__file__), 'Databases') + actual = os.getenv('CRYSFML_DB', default='') + desired = os.environ['CRYSFML_DB'] + assert desired == actual + +def test__compute_pattern__SrTiO3_Pm3m(): + study_dict = copy.deepcopy(STUDY_DICT_PM3M) + norm = 120 + _, desired = np.loadtxt(path_to_desired('srtio3-pm3m-pattern_Nebil-ifort.xy'), unpack=True) + desired = desired - 20.0 # remove background + desired = np.roll(desired, -1) # compensate for a 1-element horizontal shift in y data between old Nebil windows build and Andrew current gfortran build + desired = desired / norm + actual = compute_pattern(study_dict) + actual = actual / norm + assert_almost_equal(desired, actual, decimal=0, verbose=True) + +def test__compute_pattern__SrTiO3_Pnma(): + study_dict = copy.deepcopy(STUDY_DICT_PM3M) + study_dict['phases'][0]['SrTiO3']['_space_group_name_H-M_alt'] = 'P n m a' + norm = 0.65 + desired = np.loadtxt(path_to_desired('srtio3-pnma-pattern_Andrew-ifort.y'), unpack=True) + desired = desired - 20.0 # remove background + desired = desired / norm + actual = compute_pattern(study_dict) + actual = actual / norm + assert_almost_equal(desired, actual, decimal=2, verbose=True) + +# Debug + +if __name__ == '__main__': + print(f":::::: os.environ['CRYSFML_DB']: {os.environ['CRYSFML_DB']}") + print(f':::::: os.getcwd(): {os.getcwd()}') + test__compute_pattern__SrTiO3_Pm3m() diff --git a/tests/functional_tests/pycfml/test__powder_mod.py b/tests/functional_tests/pycfml/test__powder_mod.py deleted file mode 100644 index e866ae0..0000000 --- a/tests/functional_tests/pycfml/test__powder_mod.py +++ /dev/null @@ -1,185 +0,0 @@ -import os -import sys -import math -import copy -import numpy as np -from deepdiff import DeepDiff -from numpy.testing import assert_almost_equal - -from pycrysfml08 import powder_mod - - -os.environ['CRYSFML_DB'] = os.path.join(os.path.dirname(powder_mod.__file__), 'Databases') # access to Databases/magnetic_data.txt - -STUDY_DICT = { - "phases": [ - { - "SrTiO3": { - "_space_group_name_H-M_alt": "P m -3 m", - #"_space_group_name_H-M_alt": "P n m a", - "_cell_length_a": 3.9, - "_cell_length_b": 3.9, - "_cell_length_c": 3.9, - "_cell_angle_alpha": 90, - "_cell_angle_beta": 90, - "_cell_angle_gamma": 90, - "_atom_site": [ - { - "_label": "Sr", - "_type_symbol": "Sr", - "_fract_x": 0.5, - "_fract_y": 0.5, - "_fract_z": 0.5, - "_occupancy": 1, - "_adp_type": "Biso", - "_B_iso_or_equiv": 0.40 - }, - { - "_label": "Ti", - "_type_symbol": "Ti", - "_fract_x": 0, - "_fract_y": 0, - "_fract_z": 0, - "_occupancy": 1, - "_adp_type": "Biso", - "_B_iso_or_equiv": 0.50 - }, - { - "_label": "O", - "_type_symbol": "O", - "_fract_x": 0.5, - "_fract_y": 0, - "_fract_z": 0, - "_occupancy": 1, - "_adp_type": "Biso", - "_B_iso_or_equiv": 0.65 - } - ] - } - } - ], - "experiments": [ - { - "NPD": { - "_diffrn_source": "nuclear reactor", - "_diffrn_radiation_probe": "neutron", - "_diffrn_radiation_wavelength": 1.27, - "_pd_instr_resolution_u": 0.02, - "_pd_instr_resolution_v": -0.02, - "_pd_instr_resolution_w": 0.12, - "_pd_instr_resolution_x": 0.0015, - "_pd_instr_resolution_y": 0, - "_pd_instr_reflex_asymmetry_p1": 0, - "_pd_instr_reflex_asymmetry_p2": 0, - "_pd_instr_reflex_asymmetry_p3": 0, - "_pd_instr_reflex_asymmetry_p4": 0, - "_pd_meas_2theta_offset": 0, - "_pd_meas_2theta_range_min": 1, - "_pd_meas_2theta_range_max": 140, - "_pd_meas_2theta_range_inc": 0.05, - "_phase": [ - { - "_label": "SrTiO3", - "_scale": 1 - } - ], - "_pd_background": [ - { - "_2theta": 1, - "_intensity": 20 - }, - { - "_2theta": 140, - "_intensity": 20 - } - ] - } - } - ] -} - -# Help functions - -def phase_name_by_idx(study_dict:dict, phase_idx:int=0): - return list(study_dict['phases'][phase_idx].keys())[phase_idx] - -def space_group_by_phase_idx(study_dict:dict, phase_idx:int=0): - phase_name = phase_name_by_idx(study_dict, phase_idx) - return study_dict['phases'][phase_idx][phase_name]['_space_group_name_H-M_alt'] - -def set_space_group_by_phase_idx(study_dict:dict, phase_idx:int, space_group:str): - phase_name = phase_name_by_idx(study_dict, phase_idx) - study_dict['phases'][phase_idx][phase_name]['_space_group_name_H-M_alt'] = space_group - -def clean_after_compute(study_dict:dict): - files = ['powder_pattern.dat', 'fort.77', f'{phase_name_by_idx(study_dict)}.powder'] - for f in files: - try: - print(f':: Deleting tmp file: {os.path.abspath(f)}') - os.remove(f) - except: - pass - -def compute_pattern(study_dict:dict): - res = powder_mod.simulation(study_dict) - clean_after_compute(study_dict) - return res - -# Tests - -def test__magnetic_data_txt_exists(): - fpath = os.path.abspath(os.path.join(os.path.dirname(powder_mod.__file__), 'Databases', 'magnetic_data.txt')) - assert os.path.isfile(fpath) == True - -def test__phase_name__SrTiO3(): - assert phase_name_by_idx(STUDY_DICT, phase_idx=0) == 'SrTiO3' - -def test__space_group__Pm3m(): - assert space_group_by_phase_idx(STUDY_DICT, phase_idx=0) == 'P m -3 m' - -def test__set_space_group__Pm3m(): - new_study_dict = copy.deepcopy(STUDY_DICT) - set_space_group_by_phase_idx(new_study_dict, phase_idx=0, space_group='P m -3 m') - assert DeepDiff(STUDY_DICT, new_study_dict) == {} - -def test__set_space_group__Pnma(): - new_study_dict = copy.deepcopy(STUDY_DICT) - set_space_group_by_phase_idx(new_study_dict, phase_idx=0, space_group='P n m a') - assert space_group_by_phase_idx(new_study_dict, phase_idx=0) == 'P n m a' - -def _test__compute_pattern__SrTiO3_Pm3m(): - _, desired = np.loadtxt(os.path.join(os.path.dirname(__file__), 'srtio3-pm3m-pattern_Nebil-ifort.xy'), unpack=True) - study_dict = copy.deepcopy(STUDY_DICT) - set_space_group_by_phase_idx(study_dict, phase_idx=0, space_group='P m -3 m') - pattern = compute_pattern(study_dict) - actual = pattern[1].astype(np.float64) - # compensate for a 1-element shift in y data between Nebil windows build and my gfortran build - desired = desired[1:] - actual = actual[:-1] - assert_almost_equal(desired, actual, decimal=0, verbose=True) - -def test__compute_pattern__SrTiO3_Pnma(): - desired = np.loadtxt(os.path.join(os.path.dirname(__file__), 'srtio3-pmmm-pattern_Andrew-ifort.xy'), unpack=True) - study_dict = copy.deepcopy(STUDY_DICT) - set_space_group_by_phase_idx(study_dict, phase_idx=0, space_group='P n m a') - pattern = compute_pattern(study_dict) - actual = pattern[1].astype(np.float64) - assert_almost_equal(desired, actual, decimal=2, verbose=True) - -# Debug - -if __name__ == '__main__': - #np.set_printoptions(precision=5, threshold = np.inf) - study_dict = copy.deepcopy(STUDY_DICT) - - study_dict["phases"][0]["SrTiO3"]["_space_group_name_H-M_alt"] = 'P n m a' - _, ycalc = powder_mod.simulation(study_dict) - print() - print(':::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::') - print('::') - clean_after_compute(study_dict) - print('::') - print(f':: Y calculated (P n m a) array: {ycalc}',) - print(f':: Y calculated (P n m a) array size: {np.size(ycalc)}, min: {np.min(ycalc)}, max: {np.max(ycalc)}') - print('::') - print(':::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::') diff --git a/tests/functional_tests/pycfml/test__powder_mod_2.py b/tests/functional_tests/pycfml/test__powder_mod_2.py deleted file mode 100644 index 305888b..0000000 --- a/tests/functional_tests/pycfml/test__powder_mod_2.py +++ /dev/null @@ -1,187 +0,0 @@ -import os -import sys -import math -import copy -import numpy as np -from deepdiff import DeepDiff -from numpy.testing import assert_almost_equal - -from pycrysfml08 import powder_mod_2 - - -os.environ['CRYSFML_DB'] = os.path.join(os.path.dirname(powder_mod_2.__file__), 'Databases') # access to Databases/magnetic_data.txt - -STUDY_DICT = { - "phases": [ - { - "SrTiO3": { - "_space_group_name_H-M_alt": "P m -3 m", - #"_space_group_name_H-M_alt": "P n m a", - "_cell_length_a": 3.9, - "_cell_length_b": 3.9, - "_cell_length_c": 3.9, - "_cell_angle_alpha": 90, - "_cell_angle_beta": 90, - "_cell_angle_gamma": 90, - "_atom_site": [ - { - "_label": "Sr", - "_type_symbol": "Sr", - "_fract_x": 0.5, - "_fract_y": 0.5, - "_fract_z": 0.5, - "_occupancy": 1, - "_adp_type": "Biso", - "_B_iso_or_equiv": 0.40 - }, - { - "_label": "Ti", - "_type_symbol": "Ti", - "_fract_x": 0, - "_fract_y": 0, - "_fract_z": 0, - "_occupancy": 1, - "_adp_type": "Biso", - "_B_iso_or_equiv": 0.50 - }, - { - "_label": "O", - "_type_symbol": "O", - "_fract_x": 0.5, - "_fract_y": 0, - "_fract_z": 0, - "_occupancy": 1, - "_adp_type": "Biso", - "_B_iso_or_equiv": 0.65 - } - ] - } - } - ], - "experiments": [ - { - "NPD": { - "_diffrn_source": "nuclear reactor", - "_diffrn_radiation_probe": "neutron", - "_diffrn_radiation_wavelength": 1.27, - "_pd_instr_resolution_u": 0.02, - "_pd_instr_resolution_v": -0.02, - "_pd_instr_resolution_w": 0.12, - "_pd_instr_resolution_x": 0.0015, - "_pd_instr_resolution_y": 0, - "_pd_instr_reflex_asymmetry_p1": 0, - "_pd_instr_reflex_asymmetry_p2": 0, - "_pd_instr_reflex_asymmetry_p3": 0, - "_pd_instr_reflex_asymmetry_p4": 0, - "_pd_meas_2theta_offset": 0, - "_pd_meas_2theta_range_min": 1, - "_pd_meas_2theta_range_max": 140, - "_pd_meas_2theta_range_inc": 0.05, - "_phase": [ - { - "_label": "SrTiO3", - "_scale": 1 - } - ], - "_pd_background": [ - { - "_2theta": 1, - "_intensity": 20 - }, - { - "_2theta": 140, - "_intensity": 20 - } - ] - } - } - ] -} - -# Help functions - -def phase_name_by_idx(study_dict:dict, phase_idx:int=0): - return list(study_dict['phases'][phase_idx].keys())[phase_idx] - -def space_group_by_phase_idx(study_dict:dict, phase_idx:int=0): - phase_name = phase_name_by_idx(study_dict, phase_idx) - return study_dict['phases'][phase_idx][phase_name]['_space_group_name_H-M_alt'] - -def set_space_group_by_phase_idx(study_dict:dict, phase_idx:int, space_group:str): - phase_name = phase_name_by_idx(study_dict, phase_idx) - study_dict['phases'][phase_idx][phase_name]['_space_group_name_H-M_alt'] = space_group - -def compute_pattern(study_dict:dict): - return powder_mod_2.simulation(study_dict) - -def clean_after_compute(study_dict:dict): - files = ['powder_pattern.dat', 'fort.77', f'{phase_name_by_idx(study_dict)}.powder'] - for f in files: - try: - os.remove(f) - except: - pass - -# Tests - -def test__magnetic_data_txt_exists(): - fpath = os.path.abspath(os.path.join(os.path.dirname(powder_mod_2.__file__), 'Databases', 'magnetic_data.txt')) - assert os.path.isfile(fpath) == True - -def test__phase_name__SrTiO3(): - assert phase_name_by_idx(STUDY_DICT, phase_idx=0) == 'SrTiO3' - -def test_space_group__Pm3m(): - assert space_group_by_phase_idx(STUDY_DICT, phase_idx=0) == 'P m -3 m' - -def test_set_space_group__Pm3m(): - new_study_dict = copy.deepcopy(STUDY_DICT) - set_space_group_by_phase_idx(new_study_dict, phase_idx=0, space_group='P m -3 m') - assert DeepDiff(STUDY_DICT, new_study_dict) == {} - -def test__set_space_group__Pnma(): - new_study_dict = copy.deepcopy(STUDY_DICT) - set_space_group_by_phase_idx(new_study_dict, phase_idx=0, space_group='P n m a') - assert space_group_by_phase_idx(new_study_dict, phase_idx=0) == 'P n m a' - -def _test__compute_pattern__SrTiO3_Pm3m(): - _, desired = np.loadtxt(os.path.join(os.path.dirname(__file__), 'srtio3-pm3m-pattern_Nebil-ifort.xy'), unpack=True) - desired = desired - 20.0 # remove background - study_dict = copy.deepcopy(STUDY_DICT) - set_space_group_by_phase_idx(study_dict, phase_idx=0, space_group='P m -3 m') - pattern = compute_pattern(study_dict) - actual = pattern[0].astype(np.float64) - # compensate for a 1-element shift in y data between Nebil windows build and my gfortran build - desired = desired[1:] - actual = actual[:-1] - assert_almost_equal(desired, actual, decimal=0, verbose=True) - -def test__compute_pattern__SrTiO3_Pnma(): - desired = np.loadtxt(os.path.join(os.path.dirname(__file__), 'srtio3-pmmm-pattern_Andrew-ifort.xy'), unpack=True) - desired = desired - 20.0 # remove background - study_dict = copy.deepcopy(STUDY_DICT) - set_space_group_by_phase_idx(study_dict, phase_idx=0, space_group='P n m a') - pattern = compute_pattern(study_dict) - actual = pattern[0].astype(np.float64) - assert_almost_equal(desired, actual, decimal=2, verbose=True) - -# Debug - -if __name__ == '__main__': - np.set_printoptions(precision=5, threshold = np.inf) - study_dict = copy.deepcopy(STUDY_DICT) - - #clean_after_compute(study_dict) - study_dict["phases"][0]["SrTiO3"]["_space_group_name_H-M_alt"] = 'P m -3 m' - ycalc = powder_mod_2.simulation(study_dict) - print('::::: Y calculated (P m -3 m):', ycalc) - - study_dict["phases"][0]["SrTiO3"]["_space_group_name_H-M_alt"] = 'P n m a' - ycalc = powder_mod_2.simulation(study_dict) - print('::::: Y calculated (P n m a):', ycalc) - #np.savetxt('ycalc.dat', ycalc, fmt='%12.6f') - - study_dict["phases"][0]["SrTiO3"]["_space_group_name_H-M_alt"] = 'I 4 3 2' - ycalc = powder_mod_2.simulation(study_dict) - print('::::: Y calculated (I 4 3 2):', ycalc) - #np.savetxt('ycalc.dat', ycalc, fmt='%12.6f') diff --git a/tests/unit_tests/pyCFML/_old/_test__cfml_metrics__debug.py b/tests/unit_tests/pyCFML/_old/_test__cfml_metrics__debug.py new file mode 100644 index 0000000..7e5ec04 --- /dev/null +++ b/tests/unit_tests/pyCFML/_old/_test__cfml_metrics__debug.py @@ -0,0 +1,66 @@ +import os +import sys +import copy +import math +import json +from deepdiff import DeepDiff +import numpy as np +from numpy.testing import assert_almost_equal + + +# Tests + +def test__get_u_from_b__crysfml08lib_f_get_u_from_b(): + try: + from pycrysfml import crysfml08lib + print('SUCCESS: from pycrysfml import crysfml08lib') + nd_b = np.array([1.5, 1.6, 1.7, 1.0, 1.1, 1.2], dtype='f') + desired = np.array([0.019, 0.0203, 0.0215, 0.0127, 0.0139, 0.0152], dtype='f') + code, message, actual = crysfml08lib.f_get_u_from_b(nd_b) + assert code == 0 + assert message == '' + assert_almost_equal(desired, actual, decimal=4, verbose=True) + except Exception as e: + print('::::: Run test__get_u_from_b__crysfml08lib_f_get_u_from_b() :::::') + print('ERROR:', e) + print() + return + +def test__get_u_from_b__crysfml08lib_get_u_from_b(): + try: + from pycrysfml import crysfml08lib + print('SUCCESS: from pycrysfml import crysfml08lib') + nd_b = np.array([1.5, 1.6, 1.7, 1.0, 1.1, 1.2], dtype='f') + desired = np.array([0.019, 0.0203, 0.0215, 0.0127, 0.0139, 0.0152], dtype='f') + code, message, actual = crysfml08lib.get_u_from_b(nd_b) + assert code == 0 + assert message == '' + assert_almost_equal(desired, actual, decimal=4, verbose=True) + except Exception as e: + print('::::: Run test__get_u_from_b__crysfml08lib_get_u_from_b() :::::') + print('ERROR:', e) + print() + return + +def test__get_u_from_b__cfml_metrics_get_u_from_b(): + try: + from pycrysfml import cfml_metrics + print('SUCCESS: from pycrysfml import cfml_metrics') + nd_b = np.array([1.5, 1.6, 1.7, 1.0, 1.1, 1.2], dtype='f') + desired = np.array([0.019, 0.0203, 0.0215, 0.0127, 0.0139, 0.0152], dtype='f') + code, message, actual = cfml_metrics.get_u_from_b(nd_b) + assert code == 0 + assert message == '' + assert_almost_equal(desired, actual, decimal=4, verbose=True) + except Exception as e: + print('::::: Run test__get_u_from_b__cfml_metrics_get_u_from_b() :::::') + print('ERROR:', e) + print() + return + +# Debug + +if __name__ == '__main__': + test__get_u_from_b__crysfml08lib_f_get_u_from_b() + test__get_u_from_b__crysfml08lib_get_u_from_b() + test__get_u_from_b__cfml_metrics_get_u_from_b() diff --git a/tests/unit_tests/pycfml/test__py_cfml_metrics.py b/tests/unit_tests/pyCFML/_old/_test__py_cfml_metrics.py similarity index 92% rename from tests/unit_tests/pycfml/test__py_cfml_metrics.py rename to tests/unit_tests/pyCFML/_old/_test__py_cfml_metrics.py index ccfb7e4..33ded67 100644 --- a/tests/unit_tests/pycfml/test__py_cfml_metrics.py +++ b/tests/unit_tests/pyCFML/_old/_test__py_cfml_metrics.py @@ -7,7 +7,7 @@ import numpy as np from numpy.testing import assert_almost_equal -from pycrysfml08 import py_cfml_metrics +from pycrysfml08 import cfml_metrics DI_CELL = {'fortran_type': 'cell_g_type', 'cell': np.array([10., 10., 10.], dtype='f'), @@ -31,7 +31,7 @@ def test__get_u_from_b(): nd_b = np.array([1.5, 1.6, 1.7, 1.0, 1.1, 1.2], dtype='f') desired = np.array([0.019, 0.0203, 0.0215, 0.0127, 0.0139, 0.0152], dtype='f') - code, message, actual = py_cfml_metrics.get_u_from_b(nd_b) + code, message, actual = cfml_metrics.get_u_from_b(nd_b) assert code == 0 assert message == '' assert_almost_equal(desired, actual, decimal=4, verbose=True) @@ -40,7 +40,7 @@ def test__get_betas_from_biso(): biso = 1.0 di_cell = copy.deepcopy(DI_CELL) desired = np.array([0.0025, 0.0025, 0.0025, 0.0, 0.0, 0.0], dtype='f') - code, message, actual = py_cfml_metrics.get_betas_from_biso(biso, di_cell) + code, message, actual = cfml_metrics.get_betas_from_biso(biso, di_cell) assert code == 0 assert message == '' assert_almost_equal(desired, actual, decimal=4, verbose=True) @@ -49,7 +49,7 @@ def test__get_betas_from_u(): u = np.array([0.0127, 0.0127, 0.0127, 0.0, 0.0, 0.0], dtype='f') di_cell = copy.deepcopy(DI_CELL) desired = np.array([0.0025, 0.0025, 0.0025, 0.0, 0.0, 0.0], dtype='f') - code, message, actual = py_cfml_metrics.get_betas_from_u(u, di_cell) + code, message, actual = cfml_metrics.get_betas_from_u(u, di_cell) assert code == 0 assert message == '' assert_almost_equal(desired, actual, decimal=4, verbose=True) @@ -58,7 +58,7 @@ def test__get_u_from_betas(): betas = np.array([0.0025, 0.0025, 0.0025, 0.0, 0.0, 0.0], dtype='f') di_cell = copy.deepcopy(DI_CELL) desired = np.array([0.0127, 0.0127, 0.0127, 0.0, 0.0, 0.0], dtype='f') - code, message, actual = py_cfml_metrics.get_u_from_betas(betas, di_cell) + code, message, actual = cfml_metrics.get_u_from_betas(betas, di_cell) assert code == 0 assert message == '' assert_almost_equal(desired, actual, decimal=4, verbose=True) @@ -67,7 +67,7 @@ def test__set_crystal_cell(): nd_abc = np.array([10.0, 10.0, 10.0], dtype='f') nd_albega = np.array([90.0, 90.0, 90.0], dtype='f') desired = copy.deepcopy(DI_CELL) - code, message, actual = py_cfml_metrics.set_crystal_cell(nd_abc, nd_albega) + code, message, actual = cfml_metrics.set_crystal_cell(nd_abc, nd_albega) assert code == 0 assert message == '' for key in desired.keys(): @@ -104,7 +104,7 @@ def test__get_twofold_axes(): 'a': np.array([10., -0., 0.], dtype=np.float32), 'b': np.array([0., 10., 0.], dtype=np.float32), 'c': np.array([0., 0., 10.], dtype=np.float32)} - code, message, actual = py_cfml_metrics.get_twofold_axes(DI_CELL, 1.0) + code, message, actual = cfml_metrics.get_twofold_axes(DI_CELL, 1.0) assert code == 0 assert message == '' for key in desired.keys(): @@ -142,7 +142,7 @@ def _test__get_conventional_cell(): 'b': np.array([0., 10., 0.], dtype=np.float32), 'c': np.array([0., 0., 10.], dtype=np.float32)} - code, message, actual = py_cfml_metrics.get_twofold_axes(di_cell, 10.0) + code, message, actual = cfml_metrics.get_twofold_axes(di_cell, 10.0) assert code == 0 assert message == '' assert DeepDiff(desired, actual) == {} @@ -181,7 +181,7 @@ def _test__get_conventional_cell(): print(desired) print() di_cell = copy.deepcopy(DI_CELL) - code, message, actual = py_cfml_metrics.get_twofold_axes(di_cell, 1.0) + code, message, actual = cfml_metrics.get_twofold_axes(di_cell, 1.0) print(f'CODE: {code}') print(f'MESSAGE: {message}') print('ACTUAL:') diff --git a/tests/unit_tests/pycfml/test__py_cfml_profiles.py b/tests/unit_tests/pyCFML/_old/_test__py_cfml_profiles.py similarity index 100% rename from tests/unit_tests/pycfml/test__py_cfml_profiles.py rename to tests/unit_tests/pyCFML/_old/_test__py_cfml_profiles.py diff --git a/tests/unit_tests/pycfml/test__py_cfml_sxtal_geom.py b/tests/unit_tests/pyCFML/_old/_test__py_cfml_sxtal_geom.py similarity index 100% rename from tests/unit_tests/pycfml/test__py_cfml_sxtal_geom.py rename to tests/unit_tests/pyCFML/_old/_test__py_cfml_sxtal_geom.py diff --git a/tests/unit_tests/pyCFML/import/test__import.py b/tests/unit_tests/pyCFML/import/test__import.py new file mode 100644 index 0000000..c2cf961 --- /dev/null +++ b/tests/unit_tests/pyCFML/import/test__import.py @@ -0,0 +1,40 @@ +import os +import sys + +# Tests + +def test__import_pycrysfml(): + msg = 'import pycrysfml' + try: + from pycrysfml import crysfml08lib + print(f"::::: Succeeded to '{msg}'") + assert True + except Exception as e: + print(f"::::: Failed to '{msg}': {e}") + assert False + +def test__from_pycrysfml_import_crysfml08lib(): + msg = 'from pycrysfml import crysfml08lib' + try: + from pycrysfml import crysfml08lib + print(f"::::: Succeeded to '{msg}'") + assert True + except Exception as e: + print(f"::::: Failed to '{msg}': {e}") + assert False + +def _test__from_pycrysfml_import_cfml_utilities(): + msg = 'from pycrysfml import cfml_utilities' + try: + from pycrysfml import cfml_utilities + print(f"::::: Succeeded to '{msg}'") + assert True + except Exception as e: + print(f"::::: Failed to '{msg}': {e}") + assert False + +# Debug + +if __name__ == '__main__': + test__import_pycrysfml() + test__from_pycrysfml_import_crysfml08lib()