rename some files and classes #90
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Sep 14, 2023 in 1s
Test report (Python 3.10) ❌
❌ test-results-3.10.xml
407 tests were completed in 1565s with 361 passed, 40 failed and 6 skipped.
| Test suite | Passed | Failed | Skipped | Time |
|---|---|---|---|---|
| pytest | 361✅ | 40❌ | 6⚪ | 1565s |
❌ pytest
tests.test_base
✅ testGMG
✅ testParallelGMG[1-interval-P1-False]
✅ testParallelGMG[1-interval-P1-True]
✅ testParallelGMG[4-interval-P1-True]
✅ testParallelGMG[4-interval-P2-True]
✅ testParallelGMG[4-square-P2-True]
✅ testParallelGMG[4-square-P2-False]
✅ testParallelGMG[1-square-P2-True]
✅ testParallelGMG[1-square-P2-False]
✅ testParallelGMG[4-square-P1-True]
✅ testParallelGMG[4-square-P3-True]
✅ testParallelGMG[4-square-P3-False]
✅ testParallelGMG[1-square-P3-True]
✅ testParallelGMG[1-square-P3-False]
✅ testParallelGMG[4-interval-P3-True]
✅ testParallelGMG[4-cube-P3-True]
✅ testParallelGMG[4-cube-P3-False]
✅ testParallelGMG[1-cube-P3-True]
✅ testParallelGMG[1-cube-P3-False]
✅ testParallelGMG[4-cube-P2-True]
✅ testParallelGMG[4-cube-P2-False]
✅ testParallelGMG[1-cube-P2-True]
✅ testParallelGMG[1-cube-P2-False]
✅ testParallelGMG[4-cube-P1-True]
✅ testParallelGMG[4-cube-P1-False]
✅ testHelmholtz[4-cube]
✅ testParallelGMG[1-cube-P1-True]
✅ testParallelGMG[1-cube-P1-False]
✅ testHelmholtz[1-cube]
✅ testParallelGMG[4-interval-P3-False]
✅ testParallelGMG[1-interval-P3-True]
✅ testParallelGMG[1-interval-P3-False]
✅ testParallelGMG[4-square-P1-False]
✅ testHelmholtz[4-square]
✅ testParallelGMG[1-square-P1-True]
✅ testParallelGMG[1-square-P1-False]
✅ testHelmholtz[1-square]
✅ testParallelGMG[4-interval-P2-False]
✅ testParallelGMG[1-interval-P2-True]
✅ testParallelGMG[1-interval-P2-False]
✅ testParallelGMG[4-interval-P1-False]
✅ testHelmholtz[4-interval]
✅ testHelmholtz[1-interval]
✅ testInterface[domainNoRef0]
✅ testInterface[domainNoRef1]
✅ test_tupleDict
✅ test_arrayIndexSet
✅ test_bitArray
✅ test_integrals_drift[square]
✅ test_integrals_grad[square]
tests.test_drivers_intFracLapl
✅ testNonlocal[interval-fractional-poly-Dirichlet-lu-dense]
✅ testNonlocal[interval-fractional-poly-Neumann-lu-dense]
✅ testNonlocal[interval-constant-poly-Dirichlet-lu-dense]
✅ testNonlocal[interval-constant-poly-Neumann-lu-dense]
✅ testNonlocal[interval-inverseDistance-poly-Dirichlet-lu-dense]
✅ testNonlocal[interval-inverseDistance-poly-Neumann-lu-dense]
✅ testNonlocal[square-fractional-poly-Dirichlet-cg-mg-dense]
⚪ testNonlocal[square-fractional-poly-Neumann-cg-mg-dense]
✅ testNonlocal[square-constant-poly-Dirichlet-cg-mg-dense]
⚪ testNonlocal[square-constant-poly-Neumann-cg-mg-dense]
✅ testNonlocal[square-inverseDistance-poly-Dirichlet-cg-mg-dense]
⚪ testNonlocal[square-inverseDistance-poly-Neumann-cg-mg-dense]
✅ testNonlocal[interval-fractional-poly-Dirichlet-lu-H2]
✅ testNonlocal[interval-fractional-poly-Neumann-lu-H2]
✅ testNonlocal[interval-constant-poly-Dirichlet-lu-H2]
✅ testNonlocal[interval-constant-poly-Neumann-lu-H2]
✅ testNonlocal[interval-inverseDistance-poly-Dirichlet-lu-H2]
✅ testNonlocal[interval-inverseDistance-poly-Neumann-lu-H2]
✅ testNonlocal[square-fractional-poly-Dirichlet-cg-mg-H2]
⚪ testNonlocal[square-fractional-poly-Neumann-cg-mg-H2]
✅ testNonlocal[square-constant-poly-Dirichlet-cg-mg-H2]
⚪ testNonlocal[square-constant-poly-Neumann-cg-mg-H2]
✅ testNonlocal[square-inverseDistance-poly-Dirichlet-cg-mg-H2]
⚪ testNonlocal[square-inverseDistance-poly-Neumann-cg-mg-H2]
✅ testFractional[interval-const0.25-constant-P0-cg-mg-dense]
✅ testFractionalHeat[interval-const0.25-constant-P0-cg-mg-dense]
✅ testFractional[interval-const0.25-constant-P0-cg-mg-H2]
✅ testFractionalHeat[interval-const0.25-constant-P0-cg-mg-H2]
✅ testFractional[interval-const0.25-constant-P1-cg-mg-dense]
✅ testFractionalHeat[interval-const0.25-constant-P1-cg-mg-dense]
✅ testFractional[interval-const0.25-constant-P1-cg-mg-H2]
✅ testFractionalHeat[interval-const0.25-constant-P1-cg-mg-H2]
✅ testFractional[interval-const0.25-zeroFlux-P1-lu-H2]
✅ testFractionalHeat[interval-const0.25-zeroFlux-P1-lu-H2]
✅ testFractional[interval-const0.25-knownSolution-P1-cg-jacobi-H2]
✅ testFractionalHeat[interval-const0.25-knownSolution-P1-cg-jacobi-H2]
✅ testFractional[interval-const0.75-constant-P1-lu-dense]
✅ testFractionalHeat[interval-const0.75-constant-P1-lu-dense]
✅ testFractional[interval-const0.75-constant-P1-lu-H2]
✅ testFractionalHeat[interval-const0.75-constant-P1-lu-H2]
✅ testFractional[interval-const0.75-zeroFlux-P1-cg-jacobi-H2]
✅ testFractionalHeat[interval-const0.75-zeroFlux-P1-cg-jacobi-H2]
✅ testFractional[interval-const0.75-knownSolution-P1-cg-mg-H2]
✅ testFractionalHeat[interval-const0.75-knownSolution-P1-cg-mg-H2]
✅ testFractional[interval-varconst0.75-constant-P1-cg-jacobi-dense]
✅ testFractionalHeat[interval-varconst0.75-constant-P1-cg-jacobi-dense]
✅ testFractional[interval-varconst0.75-constant-P1-cg-jacobi-H2]
✅ testFractionalHeat[interval-varconst0.75-constant-P1-cg-jacobi-H2]
✅ testFractional[interval-varconst0.75-zeroFlux-P1-cg-mg-H2]
✅ testFractionalHeat[interval-varconst0.75-zeroFlux-P1-cg-mg-H2]
✅ testFractional[interval-varconst0.75-knownSolution-P1-lu-H2]
✅ testFractionalHeat[interval-varconst0.75-knownSolution-P1-lu-H2]
✅ testFractional[interval-const0.25-constant-P2-cg-mg-dense]
✅ testFractionalHeat[interval-const0.25-constant-P2-cg-mg-dense]
✅ testFractional[interval-const0.25-constant-P2-cg-mg-H2]
✅ testFractionalHeat[interval-const0.25-constant-P2-cg-mg-H2]
✅ testFractional[interval-const0.75-constant-P2-cg-mg-dense]
✅ testFractionalHeat[interval-const0.75-constant-P2-cg-mg-dense]
✅ testFractional[interval-const0.75-constant-P2-cg-mg-H2]
✅ testFractionalHeat[interval-const0.75-constant-P2-cg-mg-H2]
✅ testFractional[interval-const0.25-constant-P3-cg-mg-dense]
✅ testFractionalHeat[interval-const0.25-constant-P3-cg-mg-dense]
✅ testFractional[interval-const0.25-constant-P3-cg-mg-H2]
✅ testFractionalHeat[interval-const0.25-constant-P3-cg-mg-H2]
✅ testFractional[interval-const0.75-constant-P3-cg-mg-dense]
✅ testFractionalHeat[interval-const0.75-constant-P3-cg-mg-dense]
✅ testFractional[interval-const0.75-constant-P3-cg-mg-H2]
✅ testFractionalHeat[interval-const0.75-constant-P3-cg-mg-H2]
✅ testFractional[disc-const0.25-constant-P0-cg-mg-dense]
✅ testFractionalHeat[disc-const0.25-constant-P0-cg-mg-dense]
✅ testFractional[disc-const0.25-constant-P0-cg-mg-H2]
✅ testFractionalHeat[disc-const0.25-constant-P0-cg-mg-H2]
✅ testFractional[disc-const0.25-constant-P1-cg-mg-dense]
✅ testFractionalHeat[disc-const0.25-constant-P1-cg-mg-dense]
✅ testFractional[disc-const0.25-constant-P1-cg-mg-H2]
✅ testFractionalHeat[disc-const0.25-constant-P1-cg-mg-H2]
✅ testFractional[disc-const0.75-constant-P1-cg-mg-dense]
✅ testFractionalHeat[disc-const0.75-constant-P1-cg-mg-dense]
✅ testFractional[disc-const0.75-constant-P1-cg-mg-H2]
✅ testFractionalHeat[disc-const0.75-constant-P1-cg-mg-H2]
✅ testVariableOrder
✅ testMatvecs[interval-const0.25]
✅ testMatvecs[interval-const0.75]
✅ testMatvecs[interval-varconst0.25]
✅ testMatvecs[interval-varconst0.75]
✅ testMatvecs[square-const0.25]
✅ testMatvecs[square-const0.75]
✅ testMatvecs[square-varconst0.25]
✅ testMatvecs[square-varconst0.75]
tests.test_fracLapl
✅ testFracLapl[1-P1-0.3]
✅ testFracLapl[1-P1-0.7]
✅ testFracLapl[2-P1-0.3]
✅ testFracLapl[2-P1-0.7]
✅ testScaling[1-0.25-inf]
✅ testScaling[1-0.25-1]
✅ testScaling[1-0.75-inf]
✅ testScaling[1-0.75-1]
✅ testScaling[2-0.25-inf]
✅ testScaling[2-0.25-1]
✅ testScaling[2-0.75-inf]
✅ testScaling[2-0.75-1]
✅ testH2[1-0.3-0.0001-P1]
✅ testH2[1-0.7-0.01-P1]
✅ testH2[2-0.3-0.00012-P1]
✅ testH2[2-0.7-0.01-P1]
tests.test_h2finiteHorizon
✅ test_h2_finite[1-0.25-1.0-0.5-True]
✅ test_h2_finite[1-0.75-1.0-0.5-True]
✅ test_h2_finite[1-0.25-1.0-0.5-False]
✅ test_h2_finite[1-0.75-1.0-0.5-False]
✅ test_h2_finite[1-0.25-1.0-2.5-False]
✅ test_h2_finite[1-0.75-1.0-2.5-False]
tests.test_kernels
✅ testIntegrableKernel[dim1-kernelTypeconstanthorizon0.5-normalizedTrue]
✅ testIntegrableKernel[dim1-kernelTypeconstanthorizon0.5-normalizedFalse]
✅ testIntegrableKernel[dim1-kernelTypeinverseDistancehorizon0.5-normalizedTrue]
✅ testIntegrableKernel[dim1-kernelTypeinverseDistancehorizon0.5-normalizedFalse]
✅ testIntegrableKernel[dim1-kernelTypeGaussianhorizon0.5-normalizedTrue]
✅ testIntegrableKernel[dim1-kernelTypeGaussianhorizon0.5-normalizedFalse]
✅ testIntegrableKernel[dim2-kernelTypeconstanthorizon0.5-normalizedTrue]
✅ testIntegrableKernel[dim2-kernelTypeconstanthorizon0.5-normalizedFalse]
✅ testIntegrableKernel[dim2-kernelTypeinverseDistancehorizon0.5-normalizedTrue]
✅ testIntegrableKernel[dim2-kernelTypeinverseDistancehorizon0.5-normalizedFalse]
✅ testIntegrableKernel[dim2-kernelTypeGaussianhorizon0.5-normalizedTrue]
✅ testIntegrableKernel[dim2-kernelTypeGaussianhorizon0.5-normalizedFalse]
✅ testFractionalKernel[dim1-s0.25-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-s0.25-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-s0.25-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-s0.25-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-s0.75-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-s0.75-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-s0.75-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-s0.75-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.25,sym=1)-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.25,sym=1)-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.25,sym=1)-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.25,sym=1)-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.75,sym=1)-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.75,sym=1)-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.75,sym=1)-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.75,sym=1)-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.25)-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.25)-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.25)-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.25)-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.75)-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.75)-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.75)-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.75)-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedTrue-phiNone-derivative00]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedFalse-phiNone-derivative00]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedTrue-phiNone-derivative00]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedFalse-phiNone-derivative00]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedTrue-phiNone-derivative01]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedFalse-phiNone-derivative01]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedTrue-phiNone-derivative01]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedFalse-phiNone-derivative01]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedTrue-phiNone-derivative02]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedFalse-phiNone-derivative02]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedTrue-phiNone-derivative02]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedFalse-phiNone-derivative02]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedTrue-phiNone-derivative03]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedFalse-phiNone-derivative03]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedTrue-phiNone-derivative03]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedFalse-phiNone-derivative03]
✅ testFractionalKernel[dim1-s0.25-horizoninf-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-s0.25-horizoninf-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-s0.25-horizon0.5-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-s0.25-horizon0.5-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-s0.75-horizoninf-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-s0.75-horizoninf-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-s0.75-horizon0.5-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-s0.75-horizon0.5-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.25,sym=1)-horizoninf-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.25,sym=1)-horizoninf-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.25,sym=1)-horizon0.5-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.25,sym=1)-horizon0.5-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.75,sym=1)-horizoninf-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.75,sym=1)-horizoninf-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.75,sym=1)-horizon0.5-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.75,sym=1)-horizon0.5-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.25)-horizoninf-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.25)-horizoninf-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.25)-horizon0.5-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.25)-horizon0.5-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.75)-horizoninf-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.75)-horizoninf-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.75)-horizon0.5-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.75)-horizon0.5-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizoninf-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizoninf-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizon0.5-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizon0.5-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizoninf-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizoninf-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizon0.5-normalizedTrue-phi2.0-derivative0]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizon0.5-normalizedFalse-phi2.0-derivative0]
✅ testFractionalKernel[dim1-s0.25-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-s0.25-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-s0.25-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-s0.25-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-s0.75-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-s0.75-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-s0.75-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-s0.75-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.25,sym=1)-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.25,sym=1)-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.25,sym=1)-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.25,sym=1)-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.75,sym=1)-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.75,sym=1)-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.75,sym=1)-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-svariableConstFractionalOrder(s=0.75,sym=1)-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.25)-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.25)-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.25)-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.25)-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.75)-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.75)-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.75)-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-sconstantNonSymFractionalOrder(0.75)-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim1-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedTrue-phiNone-derivative10]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedFalse-phiNone-derivative10]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedTrue-phiNone-derivative10]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedFalse-phiNone-derivative10]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedTrue-phiNone-derivative11]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedFalse-phiNone-derivative11]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedTrue-phiNone-derivative11]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedFalse-phiNone-derivative11]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedTrue-phiNone-derivative12]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedFalse-phiNone-derivative12]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedTrue-phiNone-derivative12]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedFalse-phiNone-derivative12]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedTrue-phiNone-derivative13]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizoninf-normalizedFalse-phiNone-derivative13]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedTrue-phiNone-derivative13]
✅ testFractionalKernel[dim1-sfeFractionalOrder(lookupExtended)-horizon0.5-normalizedFalse-phiNone-derivative13]
✅ testFractionalKernel[dim2-s0.25-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-s0.25-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-s0.25-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-s0.25-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-s0.75-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-s0.75-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-s0.75-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-s0.75-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.25,sym=1)-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.25,sym=1)-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.25,sym=1)-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.25,sym=1)-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.75,sym=1)-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.75,sym=1)-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.75,sym=1)-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.75,sym=1)-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.25)-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.25)-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.25)-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.25)-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.75)-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.75)-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.75)-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.75)-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizoninf-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizoninf-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizon0.5-normalizedTrue-phiNone-derivative0]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizon0.5-normalizedFalse-phiNone-derivative0]
✅ testFractionalKernel[dim2-s0.25-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-s0.25-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim2-s0.25-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-s0.25-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim2-s0.75-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-s0.75-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim2-s0.75-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-s0.75-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.25,sym=1)-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.25,sym=1)-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.25,sym=1)-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.25,sym=1)-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.75,sym=1)-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.75,sym=1)-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.75,sym=1)-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-svariableConstFractionalOrder(s=0.75,sym=1)-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.25)-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.25)-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.25)-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.25)-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.75)-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.75)-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.75)-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-sconstantNonSymFractionalOrder(0.75)-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizoninf-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizoninf-normalizedFalse-phiNone-derivative1]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizon0.5-normalizedTrue-phiNone-derivative1]
✅ testFractionalKernel[dim2-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizon0.5-normalizedFalse-phiNone-derivative1]
✅ test_discrete_s_const
✅ test_discrete_leftRight
tests.test_nearField.const1D_025
❌ testConstCluster
self = <class 'test_nearField.const1D_025'>
❌ testConstH2
self = <class 'test_nearField.const1D_025'>
❌ testVarDense
self = <class 'test_nearField.const1D_025'>
❌ testVarCluster
self = <class 'test_nearField.const1D_025'>
tests.test_nearField.const1D_075
❌ testConstCluster
self = <class 'test_nearField.const1D_075'>
❌ testConstH2
self = <class 'test_nearField.const1D_075'>
❌ testVarDense
self = <class 'test_nearField.const1D_075'>
❌ testVarCluster
self = <class 'test_nearField.const1D_075'>
tests.test_nearField.const1D_025_finiteHorizon
❌ testConstCluster
self = <class 'test_nearField.const1D_025_finiteHorizon'>
❌ testConstH2
self = <class 'test_nearField.const1D_025_finiteHorizon'>
❌ testVarDense
self = <class 'test_nearField.const1D_025_finiteHorizon'>
❌ testVarCluster
self = <class 'test_nearField.const1D_025_finiteHorizon'>
tests.test_nearField.const1D_075_finiteHorizon
❌ testConstCluster
self = <class 'test_nearField.const1D_075_finiteHorizon'>
❌ testConstH2
self = <class 'test_nearField.const1D_075_finiteHorizon'>
❌ testVarDense
self = <class 'test_nearField.const1D_075_finiteHorizon'>
❌ testVarCluster
self = <class 'test_nearField.const1D_075_finiteHorizon'>
tests.test_nearField.leftRight1D
❌ testConstCluster
self = <class 'test_nearField.leftRight1D'>
❌ testConstH2
self = <class 'test_nearField.leftRight1D'>
❌ testVarDense
self = <class 'test_nearField.leftRight1D'>
❌ testVarCluster
self = <class 'test_nearField.leftRight1D'>
tests.test_nearField.leftRight1DfiniteHorizon
❌ testConstCluster
self = <class 'test_nearField.leftRight1DfiniteHorizon'>
❌ testConstH2
self = <class 'test_nearField.leftRight1DfiniteHorizon'>
❌ testVarDense
self = <class 'test_nearField.leftRight1DfiniteHorizon'>
❌ testVarCluster
self = <class 'test_nearField.leftRight1DfiniteHorizon'>
tests.test_nearField.const2D_025
❌ testConstCluster
self = <class 'test_nearField.const2D_025'>
❌ testConstH2
self = <class 'test_nearField.const2D_025'>
❌ testVarDense
self = <class 'test_nearField.const2D_025'>
❌ testVarCluster
self = <class 'test_nearField.const2D_025'>
tests.test_nearField.const2D_075
❌ testConstCluster
self = <class 'test_nearField.const2D_075'>
❌ testConstH2
self = <class 'test_nearField.const2D_075'>
❌ testVarDense
self = <class 'test_nearField.const2D_075'>
❌ testVarCluster
self = <class 'test_nearField.const2D_075'>
tests.test_nearField.leftRight2DinfiniteHorizon
❌ testConstCluster
self = <class 'test_nearField.leftRight2DinfiniteHorizon'>
❌ testConstH2
self = <class 'test_nearField.leftRight2DinfiniteHorizon'>
❌ testVarDense
self = <class 'test_nearField.leftRight2DinfiniteHorizon'>
❌ testVarCluster
self = <class 'test_nearField.leftRight2DinfiniteHorizon'>
tests.test_nearField.layers2D
❌ testConstCluster
self = <class 'test_nearField.layers2D'>
❌ testConstH2
self = <class 'test_nearField.layers2D'>
❌ testVarDense
self = <class 'test_nearField.layers2D'>
❌ testVarCluster
self = <class 'test_nearField.layers2D'>
Annotations
Check failure on line 0 in test-results-3.10.xml
github-actions / Test report (Python 3.10)
pytest ► tests.test_nearField.const1D_025 ► testConstCluster
Failed test found in:
test-results-3.10.xml
Error:
self = <class 'test_nearField.const1D_025'>
Raw output
self = <class 'test_nearField.const1D_025'>
@classmethod
def setup_class(self):
kernel = getFractionalKernel(self.dim, self.s, self.horizon, normalized=self.normalized, phi=self.phi, piecewise=self.piecewise)
print('\n##################################################')
print('Testing: {}'.format(kernel))
if self.dim == 1:
self.mesh, nI = nonlocalMeshFactory.build('interval', kernel, self.boundaryCondition)
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
# noRef = 6
elif self.dim == 2:
self.mesh, nI = nonlocalMeshFactory.build('square', kernel, self.boundaryCondition)
# noRef = 2
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
if self.element == 0:
DoFMap = P0_DoFMap
elif self.element == 1:
DoFMap = P1_DoFMap
else:
raise NotImplementedError()
self.dm = DoFMap(self.mesh, self.tag)
while self.dm.num_dofs < 230:
self.mesh = self.mesh.refine()
self.dm = DoFMap(self.mesh, self.tag)
self.mesh.sortVertices()
self.dm = DoFMap(self.mesh, self.tag)
print(self.dm)
> self.builder = nonlocalBuilder(self.mesh, self.dm, kernel, params=self.params, zeroExterior=self.zeroExterior)
E TypeError: 'module' object is not callable
tests/test_nearField.py:82: TypeError
Check failure on line 0 in test-results-3.10.xml
github-actions / Test report (Python 3.10)
pytest ► tests.test_nearField.const1D_025 ► testConstH2
Failed test found in:
test-results-3.10.xml
Error:
self = <class 'test_nearField.const1D_025'>
Raw output
self = <class 'test_nearField.const1D_025'>
@classmethod
def setup_class(self):
kernel = getFractionalKernel(self.dim, self.s, self.horizon, normalized=self.normalized, phi=self.phi, piecewise=self.piecewise)
print('\n##################################################')
print('Testing: {}'.format(kernel))
if self.dim == 1:
self.mesh, nI = nonlocalMeshFactory.build('interval', kernel, self.boundaryCondition)
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
# noRef = 6
elif self.dim == 2:
self.mesh, nI = nonlocalMeshFactory.build('square', kernel, self.boundaryCondition)
# noRef = 2
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
if self.element == 0:
DoFMap = P0_DoFMap
elif self.element == 1:
DoFMap = P1_DoFMap
else:
raise NotImplementedError()
self.dm = DoFMap(self.mesh, self.tag)
while self.dm.num_dofs < 230:
self.mesh = self.mesh.refine()
self.dm = DoFMap(self.mesh, self.tag)
self.mesh.sortVertices()
self.dm = DoFMap(self.mesh, self.tag)
print(self.dm)
> self.builder = nonlocalBuilder(self.mesh, self.dm, kernel, params=self.params, zeroExterior=self.zeroExterior)
E TypeError: 'module' object is not callable
tests/test_nearField.py:82: TypeError
Check failure on line 0 in test-results-3.10.xml
github-actions / Test report (Python 3.10)
pytest ► tests.test_nearField.const1D_025 ► testVarDense
Failed test found in:
test-results-3.10.xml
Error:
self = <class 'test_nearField.const1D_025'>
Raw output
self = <class 'test_nearField.const1D_025'>
@classmethod
def setup_class(self):
kernel = getFractionalKernel(self.dim, self.s, self.horizon, normalized=self.normalized, phi=self.phi, piecewise=self.piecewise)
print('\n##################################################')
print('Testing: {}'.format(kernel))
if self.dim == 1:
self.mesh, nI = nonlocalMeshFactory.build('interval', kernel, self.boundaryCondition)
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
# noRef = 6
elif self.dim == 2:
self.mesh, nI = nonlocalMeshFactory.build('square', kernel, self.boundaryCondition)
# noRef = 2
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
if self.element == 0:
DoFMap = P0_DoFMap
elif self.element == 1:
DoFMap = P1_DoFMap
else:
raise NotImplementedError()
self.dm = DoFMap(self.mesh, self.tag)
while self.dm.num_dofs < 230:
self.mesh = self.mesh.refine()
self.dm = DoFMap(self.mesh, self.tag)
self.mesh.sortVertices()
self.dm = DoFMap(self.mesh, self.tag)
print(self.dm)
> self.builder = nonlocalBuilder(self.mesh, self.dm, kernel, params=self.params, zeroExterior=self.zeroExterior)
E TypeError: 'module' object is not callable
tests/test_nearField.py:82: TypeError
Check failure on line 0 in test-results-3.10.xml
github-actions / Test report (Python 3.10)
pytest ► tests.test_nearField.const1D_025 ► testVarCluster
Failed test found in:
test-results-3.10.xml
Error:
self = <class 'test_nearField.const1D_025'>
Raw output
self = <class 'test_nearField.const1D_025'>
@classmethod
def setup_class(self):
kernel = getFractionalKernel(self.dim, self.s, self.horizon, normalized=self.normalized, phi=self.phi, piecewise=self.piecewise)
print('\n##################################################')
print('Testing: {}'.format(kernel))
if self.dim == 1:
self.mesh, nI = nonlocalMeshFactory.build('interval', kernel, self.boundaryCondition)
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
# noRef = 6
elif self.dim == 2:
self.mesh, nI = nonlocalMeshFactory.build('square', kernel, self.boundaryCondition)
# noRef = 2
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
if self.element == 0:
DoFMap = P0_DoFMap
elif self.element == 1:
DoFMap = P1_DoFMap
else:
raise NotImplementedError()
self.dm = DoFMap(self.mesh, self.tag)
while self.dm.num_dofs < 230:
self.mesh = self.mesh.refine()
self.dm = DoFMap(self.mesh, self.tag)
self.mesh.sortVertices()
self.dm = DoFMap(self.mesh, self.tag)
print(self.dm)
> self.builder = nonlocalBuilder(self.mesh, self.dm, kernel, params=self.params, zeroExterior=self.zeroExterior)
E TypeError: 'module' object is not callable
tests/test_nearField.py:82: TypeError
Check failure on line 0 in test-results-3.10.xml
github-actions / Test report (Python 3.10)
pytest ► tests.test_nearField.const1D_075 ► testConstCluster
Failed test found in:
test-results-3.10.xml
Error:
self = <class 'test_nearField.const1D_075'>
Raw output
self = <class 'test_nearField.const1D_075'>
@classmethod
def setup_class(self):
kernel = getFractionalKernel(self.dim, self.s, self.horizon, normalized=self.normalized, phi=self.phi, piecewise=self.piecewise)
print('\n##################################################')
print('Testing: {}'.format(kernel))
if self.dim == 1:
self.mesh, nI = nonlocalMeshFactory.build('interval', kernel, self.boundaryCondition)
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
# noRef = 6
elif self.dim == 2:
self.mesh, nI = nonlocalMeshFactory.build('square', kernel, self.boundaryCondition)
# noRef = 2
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
if self.element == 0:
DoFMap = P0_DoFMap
elif self.element == 1:
DoFMap = P1_DoFMap
else:
raise NotImplementedError()
self.dm = DoFMap(self.mesh, self.tag)
while self.dm.num_dofs < 230:
self.mesh = self.mesh.refine()
self.dm = DoFMap(self.mesh, self.tag)
self.mesh.sortVertices()
self.dm = DoFMap(self.mesh, self.tag)
print(self.dm)
> self.builder = nonlocalBuilder(self.mesh, self.dm, kernel, params=self.params, zeroExterior=self.zeroExterior)
E TypeError: 'module' object is not callable
tests/test_nearField.py:82: TypeError
Check failure on line 0 in test-results-3.10.xml
github-actions / Test report (Python 3.10)
pytest ► tests.test_nearField.const1D_075 ► testConstH2
Failed test found in:
test-results-3.10.xml
Error:
self = <class 'test_nearField.const1D_075'>
Raw output
self = <class 'test_nearField.const1D_075'>
@classmethod
def setup_class(self):
kernel = getFractionalKernel(self.dim, self.s, self.horizon, normalized=self.normalized, phi=self.phi, piecewise=self.piecewise)
print('\n##################################################')
print('Testing: {}'.format(kernel))
if self.dim == 1:
self.mesh, nI = nonlocalMeshFactory.build('interval', kernel, self.boundaryCondition)
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
# noRef = 6
elif self.dim == 2:
self.mesh, nI = nonlocalMeshFactory.build('square', kernel, self.boundaryCondition)
# noRef = 2
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
if self.element == 0:
DoFMap = P0_DoFMap
elif self.element == 1:
DoFMap = P1_DoFMap
else:
raise NotImplementedError()
self.dm = DoFMap(self.mesh, self.tag)
while self.dm.num_dofs < 230:
self.mesh = self.mesh.refine()
self.dm = DoFMap(self.mesh, self.tag)
self.mesh.sortVertices()
self.dm = DoFMap(self.mesh, self.tag)
print(self.dm)
> self.builder = nonlocalBuilder(self.mesh, self.dm, kernel, params=self.params, zeroExterior=self.zeroExterior)
E TypeError: 'module' object is not callable
tests/test_nearField.py:82: TypeError
Check failure on line 0 in test-results-3.10.xml
github-actions / Test report (Python 3.10)
pytest ► tests.test_nearField.const1D_075 ► testVarDense
Failed test found in:
test-results-3.10.xml
Error:
self = <class 'test_nearField.const1D_075'>
Raw output
self = <class 'test_nearField.const1D_075'>
@classmethod
def setup_class(self):
kernel = getFractionalKernel(self.dim, self.s, self.horizon, normalized=self.normalized, phi=self.phi, piecewise=self.piecewise)
print('\n##################################################')
print('Testing: {}'.format(kernel))
if self.dim == 1:
self.mesh, nI = nonlocalMeshFactory.build('interval', kernel, self.boundaryCondition)
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
# noRef = 6
elif self.dim == 2:
self.mesh, nI = nonlocalMeshFactory.build('square', kernel, self.boundaryCondition)
# noRef = 2
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
if self.element == 0:
DoFMap = P0_DoFMap
elif self.element == 1:
DoFMap = P1_DoFMap
else:
raise NotImplementedError()
self.dm = DoFMap(self.mesh, self.tag)
while self.dm.num_dofs < 230:
self.mesh = self.mesh.refine()
self.dm = DoFMap(self.mesh, self.tag)
self.mesh.sortVertices()
self.dm = DoFMap(self.mesh, self.tag)
print(self.dm)
> self.builder = nonlocalBuilder(self.mesh, self.dm, kernel, params=self.params, zeroExterior=self.zeroExterior)
E TypeError: 'module' object is not callable
tests/test_nearField.py:82: TypeError
Check failure on line 0 in test-results-3.10.xml
github-actions / Test report (Python 3.10)
pytest ► tests.test_nearField.const1D_075 ► testVarCluster
Failed test found in:
test-results-3.10.xml
Error:
self = <class 'test_nearField.const1D_075'>
Raw output
self = <class 'test_nearField.const1D_075'>
@classmethod
def setup_class(self):
kernel = getFractionalKernel(self.dim, self.s, self.horizon, normalized=self.normalized, phi=self.phi, piecewise=self.piecewise)
print('\n##################################################')
print('Testing: {}'.format(kernel))
if self.dim == 1:
self.mesh, nI = nonlocalMeshFactory.build('interval', kernel, self.boundaryCondition)
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
# noRef = 6
elif self.dim == 2:
self.mesh, nI = nonlocalMeshFactory.build('square', kernel, self.boundaryCondition)
# noRef = 2
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
if self.element == 0:
DoFMap = P0_DoFMap
elif self.element == 1:
DoFMap = P1_DoFMap
else:
raise NotImplementedError()
self.dm = DoFMap(self.mesh, self.tag)
while self.dm.num_dofs < 230:
self.mesh = self.mesh.refine()
self.dm = DoFMap(self.mesh, self.tag)
self.mesh.sortVertices()
self.dm = DoFMap(self.mesh, self.tag)
print(self.dm)
> self.builder = nonlocalBuilder(self.mesh, self.dm, kernel, params=self.params, zeroExterior=self.zeroExterior)
E TypeError: 'module' object is not callable
tests/test_nearField.py:82: TypeError
Check failure on line 0 in test-results-3.10.xml
github-actions / Test report (Python 3.10)
pytest ► tests.test_nearField.const1D_025_finiteHorizon ► testConstCluster
Failed test found in:
test-results-3.10.xml
Error:
self = <class 'test_nearField.const1D_025_finiteHorizon'>
Raw output
self = <class 'test_nearField.const1D_025_finiteHorizon'>
@classmethod
def setup_class(self):
kernel = getFractionalKernel(self.dim, self.s, self.horizon, normalized=self.normalized, phi=self.phi, piecewise=self.piecewise)
print('\n##################################################')
print('Testing: {}'.format(kernel))
if self.dim == 1:
self.mesh, nI = nonlocalMeshFactory.build('interval', kernel, self.boundaryCondition)
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
# noRef = 6
elif self.dim == 2:
self.mesh, nI = nonlocalMeshFactory.build('square', kernel, self.boundaryCondition)
# noRef = 2
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
if self.element == 0:
DoFMap = P0_DoFMap
elif self.element == 1:
DoFMap = P1_DoFMap
else:
raise NotImplementedError()
self.dm = DoFMap(self.mesh, self.tag)
while self.dm.num_dofs < 230:
self.mesh = self.mesh.refine()
self.dm = DoFMap(self.mesh, self.tag)
self.mesh.sortVertices()
self.dm = DoFMap(self.mesh, self.tag)
print(self.dm)
> self.builder = nonlocalBuilder(self.mesh, self.dm, kernel, params=self.params, zeroExterior=self.zeroExterior)
E TypeError: 'module' object is not callable
tests/test_nearField.py:82: TypeError
Check failure on line 0 in test-results-3.10.xml
github-actions / Test report (Python 3.10)
pytest ► tests.test_nearField.const1D_025_finiteHorizon ► testConstH2
Failed test found in:
test-results-3.10.xml
Error:
self = <class 'test_nearField.const1D_025_finiteHorizon'>
Raw output
self = <class 'test_nearField.const1D_025_finiteHorizon'>
@classmethod
def setup_class(self):
kernel = getFractionalKernel(self.dim, self.s, self.horizon, normalized=self.normalized, phi=self.phi, piecewise=self.piecewise)
print('\n##################################################')
print('Testing: {}'.format(kernel))
if self.dim == 1:
self.mesh, nI = nonlocalMeshFactory.build('interval', kernel, self.boundaryCondition)
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
# noRef = 6
elif self.dim == 2:
self.mesh, nI = nonlocalMeshFactory.build('square', kernel, self.boundaryCondition)
# noRef = 2
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
if self.element == 0:
DoFMap = P0_DoFMap
elif self.element == 1:
DoFMap = P1_DoFMap
else:
raise NotImplementedError()
self.dm = DoFMap(self.mesh, self.tag)
while self.dm.num_dofs < 230:
self.mesh = self.mesh.refine()
self.dm = DoFMap(self.mesh, self.tag)
self.mesh.sortVertices()
self.dm = DoFMap(self.mesh, self.tag)
print(self.dm)
> self.builder = nonlocalBuilder(self.mesh, self.dm, kernel, params=self.params, zeroExterior=self.zeroExterior)
E TypeError: 'module' object is not callable
tests/test_nearField.py:82: TypeError
Check failure on line 0 in test-results-3.10.xml
github-actions / Test report (Python 3.10)
pytest ► tests.test_nearField.const1D_025_finiteHorizon ► testVarDense
Failed test found in:
test-results-3.10.xml
Error:
self = <class 'test_nearField.const1D_025_finiteHorizon'>
Raw output
self = <class 'test_nearField.const1D_025_finiteHorizon'>
@classmethod
def setup_class(self):
kernel = getFractionalKernel(self.dim, self.s, self.horizon, normalized=self.normalized, phi=self.phi, piecewise=self.piecewise)
print('\n##################################################')
print('Testing: {}'.format(kernel))
if self.dim == 1:
self.mesh, nI = nonlocalMeshFactory.build('interval', kernel, self.boundaryCondition)
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
# noRef = 6
elif self.dim == 2:
self.mesh, nI = nonlocalMeshFactory.build('square', kernel, self.boundaryCondition)
# noRef = 2
self.tag = nI['tag']
self.zeroExterior = nI['zeroExterior']
if self.element == 0:
DoFMap = P0_DoFMap
elif self.element == 1:
DoFMap = P1_DoFMap
else:
raise NotImplementedError()
self.dm = DoFMap(self.mesh, self.tag)
while self.dm.num_dofs < 230:
self.mesh = self.mesh.refine()
self.dm = DoFMap(self.mesh, self.tag)
self.mesh.sortVertices()
self.dm = DoFMap(self.mesh, self.tag)
print(self.dm)
> self.builder = nonlocalBuilder(self.mesh, self.dm, kernel, params=self.params, zeroExterior=self.zeroExterior)
E TypeError: 'module' object is not callable
tests/test_nearField.py:82: TypeError
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