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ignore statement in Dockerfile

ignore statement in Dockerfile #23

GitHub Actions / Report (Linux gcc Python 3.11) succeeded Dec 15, 2023 in 1s

Report (Linux gcc Python 3.11) ✅

Tests failed

Report Passed Failed Skipped Time
cython-lint-Linux-gcc-3.11.xml 61❌ 1000ms
flake8-Linux-gcc-3.11.xml 32❌ 1000ms
test-results-Linux-gcc-3.11.xml 481✅ 20⚪ 2117s

❌ cython-lint-Linux-gcc-3.11.xml

61 tests were completed in 1000ms with 0 passed, 61 failed and 0 skipped.

Test suite Passed Failed Skipped Time
cython-lint 61❌ 1000ms

❌ cython-lint

❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/tupleDict.pyx
	460:13 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/solvers.pyx
	56:38 dangerous default value!
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/SSS_LinearOperator_COMPLEX.pxi
	291:49 E127 continuation line over-indented for visual indent
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/SSS_LinearOperator_{SCALAR}.pxi
	367:17 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/CSR_LinearOperator_COMPLEX.pxi
	285:46 E127 continuation line over-indented for visual indent
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/sparseGraph.pyx
	64:41 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/IJOperator_{SCALAR}.pxi
	37:9 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/IJOperator_REAL.pxi
	37:9 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/ip_norm.pyx
	261:23 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/IJOperator_COMPLEX.pxi
	37:9 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/io.pyx
	42:58 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/CSR_LinearOperator_REAL.pxi
	285:46 E127 continuation line over-indented for visual indent
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/SSS_LinearOperator_REAL.pxi
	291:49 E127 continuation line over-indented for visual indent
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/opt_true_mkl_trisolve.pxi
	62:13 E722 do not use bare 'except'
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/tupleDict_INDEX.pxi
	39:9 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/linalg.pyx
	821:5 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/tupleDict_{VALUE}.pxi
	39:9 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/solver_ichol.pxi
	27:13 E722 do not use bare 'except'
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/linear_operators.pyx
	730:13 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/opt_false_mkl_trisolve.pxi
	27:13 E722 do not use bare 'except'
❌ /home/runner/work/PyNucleus/PyNucleus/metisCy/PyNucleus_metisCy/parmetisCy.pyx
	45:161 E501 line too long (183 > 160 characters)
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/scalar_coefficient_stiffness_1D_P1.pxi
	20:20 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/scalar_coefficient_stiffness_2D_P1.pxi
	21:20 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/scalar_coefficient_stiffness_1D_P2.pxi
	20:20 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/splitting.pyx
	143:161 E501 line too long (163 > 160 characters)
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/repartitioner.pyx
	168:56 dangerous default value!
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/boundaryLayerCy.pyx
	28:5 pointless string statement
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/scalar_coefficient_stiffness_3D_P1.pxi
	21:20 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/functions.pyx
	258:14 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/DoFMaps.pyx
	50:9 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/scalar_coefficient_stiffness_2D_P2.pxi
	21:20 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/meshOverlaps.pyx
	92:9 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/algebraicOverlaps.pyx
	13:45 'INTERIOR' imported but unused
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/femCy.pyx
	8:35 'sinh' imported but unused
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/scalar_coefficient_stiffness_3D_P2.pxi
	21:20 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/quadrature.pyx
	39:9 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/fem/PyNucleus_fem/meshCy.pyx
	407:17 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/multilevelSolver/PyNucleus_multilevelSolver/restriction_1D_P1_P3.pxi
	9:42 E127 continuation line over-indented for visual indent
❌ /home/runner/work/PyNucleus/PyNucleus/multilevelSolver/PyNucleus_multilevelSolver/restriction_1D_P2_P3.pxi
	9:42 E127 continuation line over-indented for visual indent
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/kernelNormalization.pxd
	88:1 W391 blank line at end of file
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/nonlocalAssembly_REAL.pxi
	157:13 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/fractionalLaplacian2D.pxd
	52:1 W391 blank line at end of file
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/fractionalOrders.pyx
	870:23 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/fractionalLaplacian2D.pyx
	12:36 'INDEX' imported but unused
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/twoPointFunctions.pyx
	15:36 'INDEX' imported but unused
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/clusterMethodCy.pyx
	34:55 dangerous default value!
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/nonlocalOperator_COMPLEX.pxi
	122:21 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/kernelNormalization.pyx
	419:1 W391 blank line at end of file
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/nonlocalOperator_REAL.pxi
	122:21 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/nonlocalAssembly_{SCALAR}.pxi
	157:13 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/fractionalLaplacian1D.pyx
	8:49 'pow' imported but unused
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/nonlocalOperator.pxd
	74:1 W391 blank line at end of file
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/nonlocalOperator.pyx
	41:13 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/interactionDomains.pyx
	226:13 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/nonlocalAssembly_COMPLEX.pxi
	157:13 E741 ambiguous variable name 'I'
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/fractionalLaplacian1D.pxd
	51:1 W391 blank line at end of file
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/nonlocalOperator_{SCALAR}.pxi
	122:21 E741 ambiguous variable name 'l'
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/kernelsCy.pyx
	13:34 'mydot' imported but unused
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/kernelsCy.pxd
	121:1 W391 blank line at end of file
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/nonlocalAssembly.pyx
	20:58 'Product_DoFMap' imported but unused
❌ /home/runner/work/PyNucleus/PyNucleus/nl/PyNucleus_nl/bitset.pyx
	61:9 E741 ambiguous variable name 'l'

❌ flake8-Linux-gcc-3.11.xml

32 tests were completed in 1000ms with 0 passed, 32 failed and 0 skipped.

Test suite Passed Failed Skipped Time
flake8 32❌ 1000ms

❌ flake8

❌ base/PyNucleus_base/plot_utils.py
	216:19 F821 undefined name 'np'
❌ base/PyNucleus_base/solver_factory.py
	59:161 E501 line too long (206 > 160 characters)
❌ base/PyNucleus_base/utilsFem.py
	107:13 E722 do not use bare 'except'
❌ base/setup.py
	23:5 F401 'scipy' imported but unused
❌ drivers/brusselator.py
	220:5 E741 ambiguous variable name 'I'
❌ drivers/brusselatorMovie.py
	36:1 E722 do not use bare 'except'
❌ drivers/runNonlocal.py
	10:1 F401 'PyNucleus.DIRICHLET' imported but unused
❌ drivers/runParallelGMG.py
	285:161 E501 line too long (161 > 160 characters)
❌ drivers/variableOrder.py
	18:1 F401 'PyNucleus.nl.fractionalOrders.smoothedLeftRightFractionalOrder' imported but unused
❌ examples/example1.py
	123:1 W391 blank line at end of file
❌ examples/example2.py
	124:1 W391 blank line at end of file
❌ examples/example3.py
	97:1 W391 blank line at end of file
❌ fem/PyNucleus_fem/factories.py
	12:1 F401 '.functions.real' imported but unused
❌ fem/PyNucleus_fem/mesh.py
	253:21 E741 ambiguous variable name 'l'
❌ fem/PyNucleus_fem/meshConstruction.py
	279:13 E129 visually indented line with same indent as next logical line
❌ multilevelSolver/PyNucleus_multilevelSolver/connectors.py
	14:1 F401 'PyNucleus_base.myTypes.TAG' imported but unused
❌ multilevelSolver/PyNucleus_multilevelSolver/geometricMG.py
	11:1 F401 'PyNucleus_base.utilsFem.getLoggingTimer' imported but unused
❌ multilevelSolver/PyNucleus_multilevelSolver/hierarchies.py
	19:1 F401 '.levels.SPARSITY_PATTERN' imported but unused
❌ multilevelSolver/PyNucleus_multilevelSolver/levels.py
	264:161 E501 line too long (181 > 160 characters)
❌ nl/PyNucleus_nl/discretizedProblems.py
	10:1 F401 'PyNucleus_base.performanceLogger.PLogger' imported but unused
❌ nl/PyNucleus_nl/helpers.py
	9:1 F401 'PyNucleus_base.utilsFem.getLoggingTimer' imported but unused
❌ nl/PyNucleus_nl/kernels.py
	27:1 F401 '.kernelsCy.ComplexKernel' imported but unused
❌ nl/PyNucleus_nl/nonlocalProblems.py
	12:1 F401 'PyNucleus_fem.mesh.box' imported but unused
❌ nl/PyNucleus_nl/operatorInterpolation.py
	141:9 E731 do not assign a lambda expression, use a def
❌ packageTools/PyNucleus_packageTools/__init__.py
	147:13 E722 do not use bare 'except'
❌ tests/bitArray.py
	14:5 E741 ambiguous variable name 'I'
❌ tests/drift.py
	44:17 E741 ambiguous variable name 'l'
❌ tests/drivers_base.py
	8:1 F401 'mpi4py.MPI' imported but unused
❌ tests/test_base.py
	8:1 F403 'from drivers_base import *' used; unable to detect undefined names
❌ tests/test_h2finiteHorizon.py
	12:1 F401 'PyNucleus.nl.fractionalOrders.leftRightFractionalOrder' imported but unused
❌ tests/test_kernels.py
	141:1 E305 expected 2 blank lines after class or function definition, found 1
❌ tests/test_nearField.py
	382:1 E303 too many blank lines (4)

✅ test-results-Linux-gcc-3.11.xml

501 tests were completed in 2117s with 481 passed, 0 failed and 20 skipped.

Test suite Passed Failed Skipped Time
pytest 481✅ 20⚪ 2117s

✅ 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[interval-twoDomainNonSym0.25,0.75]
  ✅ testMatvecs[square-const0.25]
  ✅ testMatvecs[square-const0.75]
  ✅ testMatvecs[square-varconst0.25]
  ✅ testMatvecs[square-varconst0.75]
  ✅ testMatvecs[square-twoDomainNonSym0.25,0.75]
  ✅ testNonlocalInterface[doubleInterval-fractional-fractional-0.2-0.4-0.2-0.2-exact-sin-variableSolJump-fluxJump]
  ✅ testNonlocalInterface[doubleInterval-fractional-fractional-0.2-0.4-0.2-0.4-exact-sin-variableSolJump-fluxJump]
  ✅ testNonlocalInterface[doubleInterval-indicator-indicator-0.2-0.4-0.2-0.2-exact-sin-variableSolJump-fluxJump]
  ✅ testNonlocalInterface[doubleInterval-indicator-indicator-0.2-0.4-0.2-0.4-exact-sin-variableSolJump-fluxJump]
  ✅ testNonlocalInterface[doubleInterval-indicator-fractional-0.2-0.4-0.2-0.2-exact-sin-variableSolJump-fluxJump]
  ✅ testNonlocalInterface[doubleInterval-indicator-fractional-0.2-0.4-0.2-0.4-exact-sin-variableSolJump-fluxJump]
  ✅ testNonlocalInterface[doubleSquare-fractional-fractional-0.2-0.4-0.2-0.2-sin-variableSolJump-fluxJump]
  ✅ testNonlocalInterface[doubleSquare-fractional-fractional-0.2-0.4-0.2-0.4-sin-variableSolJump-fluxJump]
  ✅ testNonlocalInterface[doubleSquare-indicator-indicator-0.2-0.4-0.2-0.2-sin-variableSolJump-fluxJump]
  ✅ testNonlocalInterface[doubleSquare-indicator-indicator-0.2-0.4-0.2-0.4-sin-variableSolJump-fluxJump]
  ✅ testNonlocalInterface[doubleSquare-indicator-fractional-0.2-0.4-0.2-0.2-sin-variableSolJump-fluxJump]
  ✅ testNonlocalInterface[doubleSquare-indicator-fractional-0.2-0.4-0.2-0.4-sin-variableSolJump-fluxJump]
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(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedTrue-phiNone-derivative00]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedFalse-phiNone-derivative00]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedTrue-phiNone-derivative00]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedFalse-phiNone-derivative00]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedTrue-phiNone-derivative01]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedFalse-phiNone-derivative01]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedTrue-phiNone-derivative01]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedFalse-phiNone-derivative01]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedTrue-phiNone-derivative02]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedFalse-phiNone-derivative02]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedTrue-phiNone-derivative02]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedFalse-phiNone-derivative02]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedTrue-phiNone-derivative03]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedFalse-phiNone-derivative03]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedTrue-phiNone-derivative03]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-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(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedTrue-phiNone-derivative10]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedFalse-phiNone-derivative10]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedTrue-phiNone-derivative10]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedFalse-phiNone-derivative10]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedTrue-phiNone-derivative11]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedFalse-phiNone-derivative11]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedTrue-phiNone-derivative11]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedFalse-phiNone-derivative11]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedTrue-phiNone-derivative12]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedFalse-phiNone-derivative12]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedTrue-phiNone-derivative12]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedFalse-phiNone-derivative12]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedTrue-phiNone-derivative13]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizoninf-normalizedFalse-phiNone-derivative13]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedTrue-phiNone-derivative13]
  ✅ testFractionalKernel[dim1-sfeFractionalOrder(P1 DoFMap with 257 DoFs and 0 boundary DoFs.)-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]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizoninf-normalizedTrue-phiNone-derivative00]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizoninf-normalizedFalse-phiNone-derivative00]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedTrue-phiNone-derivative00]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedFalse-phiNone-derivative00]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizoninf-normalizedTrue-phiNone-derivative01]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizoninf-normalizedFalse-phiNone-derivative01]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedTrue-phiNone-derivative01]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedFalse-phiNone-derivative01]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizoninf-normalizedTrue-phiNone-derivative02]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizoninf-normalizedFalse-phiNone-derivative02]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedTrue-phiNone-derivative02]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedFalse-phiNone-derivative02]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizoninf-normalizedTrue-phiNone-derivative03]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizoninf-normalizedFalse-phiNone-derivative03]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedTrue-phiNone-derivative03]
  ✅ testFractionalKernel[dim2-sfeFractionalOrder(P1 DoFMap with 1089 DoFs and 0 boundary DoFs.)-horizon0.5-normalizedFalse-phiNone-derivative03]
  ✅ testFractionalKernel[dim3-s0.25-horizoninf-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-s0.25-horizoninf-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-s0.25-horizon0.5-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-s0.25-horizon0.5-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-s0.75-horizoninf-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-s0.75-horizoninf-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-s0.75-horizon0.5-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-s0.75-horizon0.5-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.25,sym=1)-horizoninf-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.25,sym=1)-horizoninf-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.25,sym=1)-horizon0.5-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.25,sym=1)-horizon0.5-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.75,sym=1)-horizoninf-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.75,sym=1)-horizoninf-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.75,sym=1)-horizon0.5-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.75,sym=1)-horizon0.5-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.25)-horizoninf-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.25)-horizoninf-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.25)-horizon0.5-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.25)-horizon0.5-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.75)-horizoninf-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.75)-horizoninf-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.75)-horizon0.5-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.75)-horizon0.5-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizoninf-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizoninf-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizon0.5-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizon0.5-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizoninf-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizoninf-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizon0.5-normalizedTrue-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizon0.5-normalizedFalse-phiNone-derivative0]
  ✅ testFractionalKernel[dim3-s0.25-horizoninf-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-s0.25-horizoninf-normalizedFalse-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-s0.25-horizon0.5-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-s0.25-horizon0.5-normalizedFalse-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-s0.75-horizoninf-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-s0.75-horizoninf-normalizedFalse-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-s0.75-horizon0.5-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-s0.75-horizon0.5-normalizedFalse-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.25,sym=1)-horizoninf-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.25,sym=1)-horizoninf-normalizedFalse-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.25,sym=1)-horizon0.5-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.25,sym=1)-horizon0.5-normalizedFalse-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.75,sym=1)-horizoninf-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.75,sym=1)-horizoninf-normalizedFalse-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.75,sym=1)-horizon0.5-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-svariableConstFractionalOrder(s=0.75,sym=1)-horizon0.5-normalizedFalse-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.25)-horizoninf-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.25)-horizoninf-normalizedFalse-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.25)-horizon0.5-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.25)-horizon0.5-normalizedFalse-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.75)-horizoninf-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.75)-horizoninf-normalizedFalse-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.75)-horizon0.5-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-sconstantNonSymFractionalOrder(0.75)-horizon0.5-normalizedFalse-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizoninf-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizoninf-normalizedFalse-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizon0.5-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.75,sr=0.25,r=0.1,interface=0.0))-horizon0.5-normalizedFalse-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizoninf-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizoninf-normalizedFalse-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-ssmoothedLeftRightFractionalOrder(smoothStep(sl=0.25,sr=0.75,r=0.1,interface=0.0))-horizon0.5-normalizedTrue-phiNone-derivative1]
  ✅ testFractionalKernel[dim3-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
  ✅ testConstH2
  ✅ testVarDense
  ✅ testVarCluster
tests.test_nearField.const1D_075
  ✅ testConstCluster
  ✅ testConstH2
  ✅ testVarDense
  ✅ testVarCluster
tests.test_nearField.const1D_025_finiteHorizon
  ✅ testConstCluster
  ✅ testConstH2
  ✅ testVarDense
  ✅ testVarCluster
tests.test_nearField.const1D_075_finiteHorizon
  ✅ testConstCluster
  ✅ testConstH2
  ✅ testVarDense
  ✅ testVarCluster
tests.test_nearField.leftRight1D
  ⚪ testConstCluster
  ⚪ testConstH2
  ⚪ testVarDense
  ✅ testVarCluster
tests.test_nearField.leftRight1DfiniteHorizon
  ⚪ testConstCluster
  ⚪ testConstH2
  ⚪ testVarDense
  ✅ testVarCluster
tests.test_nearField.const2D_025
  ✅ testConstCluster
  ⚪ testConstH2
  ✅ testVarDense
  ✅ testVarCluster
tests.test_nearField.const2D_075
  ✅ testConstCluster
  ⚪ testConstH2
  ✅ testVarDense
  ✅ testVarCluster
tests.test_nearField.leftRight2DinfiniteHorizon
  ⚪ testConstCluster
  ⚪ testConstH2
  ⚪ testVarDense
  ✅ testVarCluster
tests.test_nearField.layers2D
  ⚪ testConstCluster
  ⚪ testConstH2
  ⚪ testVarDense
  ✅ testVarCluster

Annotations

Check failure on line 0 in cython-lint-Linux-gcc-3.11.xml

See this annotation in the file changed.

@github-actions github-actions / Report (Linux gcc Python 3.11)

cython-lint ► /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/tupleDict.pyx 

Failed test found in:
  cython-lint-Linux-gcc-3.11.xml
Error:
  460:13 E741 ambiguous variable name 'l'
Raw output 
460:13 E741 ambiguous variable name 'l'

Check failure on line 0 in cython-lint-Linux-gcc-3.11.xml

See this annotation in the file changed.

@github-actions github-actions / Report (Linux gcc Python 3.11)

cython-lint ► /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/solvers.pyx 

Failed test found in:
  cython-lint-Linux-gcc-3.11.xml
Error:
  56:38 dangerous default value!
Raw output 
56:38 dangerous default value!

Check failure on line 0 in cython-lint-Linux-gcc-3.11.xml

See this annotation in the file changed.

@github-actions github-actions / Report (Linux gcc Python 3.11)

cython-lint ► /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/SSS_LinearOperator_COMPLEX.pxi 

Failed test found in:
  cython-lint-Linux-gcc-3.11.xml
  cython-lint-Linux-gcc-3.11.xml
Error:
  291:49 E127 continuation line over-indented for visual indent
Raw output 
291:49 E127 continuation line over-indented for visual indent

Check failure on line 0 in cython-lint-Linux-gcc-3.11.xml

See this annotation in the file changed.

@github-actions github-actions / Report (Linux gcc Python 3.11)

cython-lint ► /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/SSS_LinearOperator_{SCALAR}.pxi 

Failed test found in:
  cython-lint-Linux-gcc-3.11.xml
Error:
  367:17 E741 ambiguous variable name 'l'
Raw output 
367:17 E741 ambiguous variable name 'l'

Check failure on line 0 in cython-lint-Linux-gcc-3.11.xml

See this annotation in the file changed.

@github-actions github-actions / Report (Linux gcc Python 3.11)

cython-lint ► /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/CSR_LinearOperator_COMPLEX.pxi 

Failed test found in:
  cython-lint-Linux-gcc-3.11.xml
  cython-lint-Linux-gcc-3.11.xml
Error:
  285:46 E127 continuation line over-indented for visual indent
Raw output 
285:46 E127 continuation line over-indented for visual indent

Check failure on line 0 in cython-lint-Linux-gcc-3.11.xml

See this annotation in the file changed.

@github-actions github-actions / Report (Linux gcc Python 3.11)

cython-lint ► /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/sparseGraph.pyx 

Failed test found in:
  cython-lint-Linux-gcc-3.11.xml
Error:
  64:41 E741 ambiguous variable name 'l'
Raw output 
64:41 E741 ambiguous variable name 'l'

Check failure on line 0 in cython-lint-Linux-gcc-3.11.xml

See this annotation in the file changed.

@github-actions github-actions / Report (Linux gcc Python 3.11)

cython-lint ► /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/IJOperator_{SCALAR}.pxi 

Failed test found in:
  cython-lint-Linux-gcc-3.11.xml
  cython-lint-Linux-gcc-3.11.xml
  cython-lint-Linux-gcc-3.11.xml
Error:
  37:9 E741 ambiguous variable name 'I'
Raw output 
37:9 E741 ambiguous variable name 'I'

Check failure on line 0 in cython-lint-Linux-gcc-3.11.xml

See this annotation in the file changed.

@github-actions github-actions / Report (Linux gcc Python 3.11)

cython-lint ► /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/ip_norm.pyx 

Failed test found in:
  cython-lint-Linux-gcc-3.11.xml
Error:
  261:23 E741 ambiguous variable name 'I'
Raw output 
261:23 E741 ambiguous variable name 'I'

Check failure on line 0 in cython-lint-Linux-gcc-3.11.xml

See this annotation in the file changed.

@github-actions github-actions / Report (Linux gcc Python 3.11)

cython-lint ► /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/io.pyx 

Failed test found in:
  cython-lint-Linux-gcc-3.11.xml
Error:
  42:58 E741 ambiguous variable name 'I'
Raw output 
42:58 E741 ambiguous variable name 'I'

Check failure on line 0 in cython-lint-Linux-gcc-3.11.xml

See this annotation in the file changed.

@github-actions github-actions / Report (Linux gcc Python 3.11)

cython-lint ► /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/opt_true_mkl_trisolve.pxi 

Failed test found in:
  cython-lint-Linux-gcc-3.11.xml
Error:
  62:13 E722 do not use bare 'except'
Raw output 
62:13 E722 do not use bare 'except'

Check failure on line 0 in cython-lint-Linux-gcc-3.11.xml

See this annotation in the file changed.

@github-actions github-actions / Report (Linux gcc Python 3.11)

cython-lint ► /home/runner/work/PyNucleus/PyNucleus/base/PyNucleus_base/tupleDict_INDEX.pxi 

Failed test found in:
  cython-lint-Linux-gcc-3.11.xml
  cython-lint-Linux-gcc-3.11.xml
Error:
  39:9 E741 ambiguous variable name 'l'
Raw output 
39:9 E741 ambiguous variable name 'l'
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