def _suite():
return _LateImportDocTestSuite(testModuleNames = (),
docTestModuleNames = (
'liquidVapor1D',
'liquidVapor2D',
),
base = __name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames=(
'mesh1D',
'circle',
'modCircle',
),
base=__name__)
def _suite():
return _LateImportDocTestSuite(
docTestModuleNames = (
'fipy.variables.variable',
'fipy.variables.meshVariable',
'fipy.variables.cellVariable',
'fipy.variables.faceVariable',
'fipy.variables.operatorVariable',
'fipy.variables.betaNoiseVariable',
'fipy.variables.exponentialNoiseVariable',
'fipy.variables.gammaNoiseVariable',
'fipy.variables.gaussianNoiseVariable',
'fipy.variables.uniformNoiseVariable',
'fipy.variables.cellVolumeAverageVariable',
'fipy.variables.modularVariable',
'fipy.variables.binaryOperatorVariable',
'fipy.variables.unaryOperatorVariable',
'fipy.variables.coupledCellVariable',
'fipy.variables.cellToFaceVariable',
'fipy.variables.faceGradVariable',
'fipy.variables.gaussCellGradVariable',
'fipy.variables.faceGradContributionsVariable',
'fipy.variables.surfactantConvectionVariable',
'fipy.variables.surfactantVariable',
'fipy.variables.levelSetDiffusionVariable',
'fipy.variables.distanceVariable'
))
def _suite():
return _LateImportDocTestSuite(docTestModuleNames=(
'circle',
'square',
'expandingCircle',
),
base=__name__)
def _suite():
theSuite = _LateImportDocTestSuite(
docTestModuleNames=('dimensions.physicalField', 'numerix', 'dump',
'vector', 'sharedtempfile'),
base=__name__)
return theSuite
def _suite():
return _LateImportDocTestSuite(
docTestModuleNames=('mesh1D.tri2Dinput', 'mesh1D.inputPeriodic',
'mesh20x20.tri2Dinput', 'mesh50x50.input',
'mesh50x50.tri2Dinput', 'otherMeshes.grid3Dinput',
'mesh20x20.modifiedMeshInput'),
base=__name__)
def _suite():
return _LateImportDocTestSuite(testModuleNames = (
'gistViewer.test',
'gnuplotViewer.test',
'matplotlibViewer.test',
'mayaviViewer.test',
), base = __name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'inputWriteScriptHowTo',
'inputSimpleTrenchSystem',
'inputGold',
'inputLeveler'
), base = __name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'mesh1D',
'circle',
'square',
'interior',
), base = __name__)
def _suite():
return _LateImportDocTestSuite(
docTestModuleNames = (
'mesh1D',
'circle',
'modCircle',
), base = __name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames=(
'gist1DViewer',
'gist2DViewer',
'gistVectorViewer',
),
base=__name__)
def _suite():
return _LateImportDocTestSuite(
docTestModuleNames = (
'fipy.variables.variable',
'fipy.variables.meshVariable',
'fipy.variables.cellVariable',
'fipy.variables.faceVariable',
'fipy.variables.operatorVariable',
'fipy.variables.betaNoiseVariable',
'fipy.variables.exponentialNoiseVariable',
'fipy.variables.gammaNoiseVariable',
'fipy.variables.gaussianNoiseVariable',
'fipy.variables.uniformNoiseVariable',
'fipy.variables.cellVolumeAverageVariable',
'fipy.variables.modularVariable',
'fipy.variables.binaryOperatorVariable',
'fipy.variables.unaryOperatorVariable',
'fipy.variables.coupledCellVariable',
'fipy.variables.cellToFaceVariable',
'fipy.variables.faceGradVariable',
'fipy.variables.gaussCellGradVariable',
'fipy.variables.faceGradContributionsVariable',
'fipy.variables.surfactantConvectionVariable',
'fipy.variables.surfactantVariable',
'fipy.variables.levelSetDiffusionVariable',
'fipy.variables.distanceVariable'
))
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'oneD.input',
'circle.input',
'square.input',
'interior.input',
), base = __name__)
def _suite():
return _LateImportDocTestSuite(
testModuleNames=('steadyState.test', 'explicit.test', 'nthOrder.test'),
docTestModuleNames=('mesh1D', 'mesh20x20', 'circle', 'circleQuad',
'electrostatics', 'variable', 'anisotropy',
'mesh20x20Coupled'),
base=__name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'tanh1D',
'mesh2D',
'mesh3D',
'sphere'
), base = __name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'circle',
'square',
'expandingCircle',
'adsorption',
), base = __name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'howToWriteAScript',
'simpleTrenchSystem',
'gold',
'leveler',
), base = __name__)
def _suite():
return _LateImportDocTestSuite(testModuleNames = (),
docTestModuleNames = (
'liquidVapor1D',
'liquidVapor2D',
),
base = __name__)
def _suite():
return _LateImportDocTestSuite(testModuleNames=(
'gistViewer.test',
'gnuplotViewer.test',
'matplotlibViewer.test',
'mayaviViewer.test',
),
base=__name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'mesh1D.input',
'circle.input',
'trench.input',
## 'circle.adaptiveMeshInput',
## 'circle.altTestInput',
), base = __name__)
def _suite():
return _LateImportDocTestSuite(interactiveDocTestModuleNames=(
'matplotlib1DViewer',
'matplotlib2DViewer',
'matplotlib2DGridViewer',
'matplotlib2DGridContourViewer',
'matplotlibVectorViewer',
), base = __name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames=(
'oneD.input',
'circle.input',
'square.input',
'interior.input',
),
base=__name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames=(
'inputCircle',
'inputSquare',
'expandingCircle',
'adsorption',
),
base=__name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'tanh1D',
'mesh2D',
'mesh3D',
'sphere',
'mesh2DCoupled',
), base = __name__)
def _suite():
theSuite = _LateImportDocTestSuite(docTestModuleNames = (
'dimensions.physicalField',
'numerix',
'dump',
'vector',
), base = __name__)
return theSuite
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'diffusion.input1D',
## 'diffusion.input1Ddimensional',
'diffusion.input2D',
'phase.input1D',
'phaseDiffusion.input1D',
'poisson.input1D',
), base = __name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'diffusion.mesh1D',
## 'diffusion.mesh1Ddimensional',
'diffusion.mesh2D',
'phase',
'phaseDiffusion',
'poisson',
), base = __name__)
def _suite():
return _LateImportDocTestSuite(
docTestModuleNames=(
'tanh1D',
'mesh2D',
'mesh3D',
'sphere',
# 'mesh2DCoupled', # FIXME: this test is [borked](https://github.com/usnistgov/fipy/issues/378)
),
base=__name__)
def _suite():
return _LateImportDocTestSuite(
testModuleNames=(
'impingement.test',
'missOrientation.test',
),
docTestModuleNames=('binary', 'anisotropyOLD', 'anisotropy',
'quaternary', 'simple', 'symmetry',
'binaryCoupled', 'polyxtal', 'polyxtalCoupled'),
base=__name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'mesh1D.tri2Dinput',
'mesh1D.inputPeriodic',
'mesh20x20.tri2Dinput',
'mesh50x50.input',
'mesh50x50.tri2Dinput',
'otherMeshes.grid3Dinput',
'mesh20x20.modifiedMeshInput'
), base = __name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames=(
'matplotlibViewer',
'matplotlib1DViewer',
'matplotlib2DViewer',
'matplotlib2DGridViewer',
'matplotlib2DGridContourViewer',
'matplotlibVectorViewer',
),
base=__name__)
def _suite():
return _LateImportDocTestSuite(
docTestModuleNames=('exponential1D.input', 'exponential1D.tri2Dinput',
'exponential2D.input', 'exponential1DBack.input',
'powerLaw1D.input', 'exponential1DSource.input',
'exponential2D.tri2Dinput',
'exponential1DSource.tri2Dinput',
'powerLaw1D.tri2Dinput',
'advection.inputVanLeerUpwind', 'peclet'),
base=__name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'howToWriteAScript',
'simpleTrenchSystem',
'gold',
'leveler',
'gapFillMesh',
'trenchMesh',
'metalIonDiffusionEquation',
'lines',
'adsorbingSurfactantEquation',
), base = __name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames=(
'howToWriteAScript',
'simpleTrenchSystem',
'gold',
'leveler',
'gapFillMesh',
'trenchMesh',
'metalIonDiffusionEquation',
'lines',
'adsorbingSurfactantEquation',
),
base=__name__)
def _suite():
return _LateImportDocTestSuite(testModuleNames = (
'simple.test',
'anisotropy.test',
'impingement.test',
'missOrientation.test',
'symmetry.test'
),
docTestModuleNames = (
'binary',
'quaternary'
),
base = __name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames=(
'fipy.meshes.mesh', 'fipy.meshes.mesh2D',
'fipy.meshes.nonUniformGrid1D', 'fipy.meshes.nonUniformGrid2D',
'fipy.meshes.nonUniformGrid3D', 'fipy.meshes.tri2D',
'fipy.meshes.gmshMesh', 'fipy.meshes.periodicGrid1D',
'fipy.meshes.periodicGrid2D', 'fipy.meshes.periodicGrid3D',
'fipy.meshes.uniformGrid1D', 'fipy.meshes.uniformGrid2D',
'fipy.meshes.uniformGrid3D', 'fipy.meshes.cylindricalUniformGrid1D',
'fipy.meshes.cylindricalUniformGrid2D',
'fipy.meshes.cylindricalNonUniformGrid1D',
'fipy.meshes.cylindricalNonUniformGrid2D', 'fipy.meshes.factoryMeshes',
'fipy.meshes.abstractMesh',
'fipy.meshes.representations.gridRepresentation'))
def _suite():
return _LateImportDocTestSuite(
docTestModuleNames=('cellTerm', 'abstractDiffusionTerm',
'diffusionTerm', 'term', 'abstractConvectionTerm',
'transientTerm', 'powerLawConvectionTerm',
'exponentialConvectionTerm',
'upwindConvectionTerm', 'implicitSourceTerm',
'coupledBinaryTerm', 'abstractBinaryTerm',
'unaryTerm', 'nonDiffusionTerm',
'asymmetricConvectionTerm', 'binaryTerm',
'firstOrderAdvectionTerm', 'advectionTerm',
'vanLeerConvectionTerm'),
base=__name__)
def _suite():
return _LateImportDocTestSuite(testModuleNames = (
'steadyState.test',
'explicit.test',
'nthOrder.test'
),
docTestModuleNames = (
'mesh1D',
'mesh20x20',
'circle',
'electrostatics',
'variable',
'anisotropy',
),
base = __name__)
def _suite():
return _LateImportDocTestSuite(
docTestModuleNames=(
"mesh1D.tri2Dinput",
"mesh1D.inputPeriodic",
"mesh20x20.tri2Dinput",
"mesh50x50.input",
"mesh50x50.tri2Dinput",
"otherMeshes.grid3Dinput",
"otherMeshes.prism",
"mesh20x20.modifiedMeshInput",
"mesh20x20.isotropy",
),
base=__name__,
)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'cellTerm',
'diffusionTerm',
'term',
'convectionTerm',
'transientTerm',
'powerLawConvectionTerm',
'exponentialConvectionTerm',
'equation',
'upwindConvectionTerm',
'collectedDiffusionTerm',
'implicitSourceTerm',
'mulTerm'
), base = __name__)
def _suite():
return _LateImportDocTestSuite(testModuleNames = (
'impingement.test',
'missOrientation.test',
),
docTestModuleNames = (
'binary',
'anisotropyOLD',
'anisotropy',
'quaternary',
'simple',
'symmetry',
'binaryCoupled',
'polyxtal',
'polyxtalCoupled'
),
base = __name__)
def _suite():
theSuite = _LateImportDocTestSuite(
testModuleNames = (
'electroChem.test',
),
docTestModuleNames = (
'advection.advectionTerm',
'advection.higherOrderAdvectionTerm',
'distanceFunction.distanceVariable',
'surfactant.surfactantVariable',
'distanceFunction.levelSetDiffusionVariable',
'surfactant.adsorbingSurfactantEquation',
'surfactant.convectionCoeff',
'surfactant.lines'
), base = __name__)
return theSuite
def _suite():
return _LateImportDocTestSuite(
docTestModuleNames = (
'fipy.variables.variable',
'fipy.variables.meshVariable',
'fipy.variables.cellVariable',
'fipy.variables.faceVariable',
'fipy.variables.operatorVariable',
'fipy.variables.betaNoiseVariable',
'fipy.variables.exponentialNoiseVariable',
'fipy.variables.gammaNoiseVariable',
'fipy.variables.gaussianNoiseVariable',
'fipy.variables.uniformNoiseVariable',
'fipy.variables.cellVolumeAverageVariable',
'fipy.variables.modularVariable',
'fipy.variables.binaryOperatorVariable'
))
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'exponential1D.mesh1D',
'exponential1D.cylindricalMesh1D',
'exponential1D.cylindricalMesh1DNonUniform',
'exponential1D.tri2D',
'exponential2D.mesh2D',
'exponential2D.cylindricalMesh2D',
'exponential2D.cylindricalMesh2DNonUniform',
'exponential1DBack.mesh1D',
'powerLaw1D.mesh1D',
'exponential1DSource.mesh1D',
'exponential2D.tri2D',
'exponential1DSource.tri2D',
'powerLaw1D.tri2D',
'advection.vanLeerUpwind',
'peclet',
'robin',
'source',
), base = __name__)
def _suite():
return _LateImportDocTestSuite(
docTestModuleNames = (
'fipy.meshes.numMesh.mesh',
'fipy.meshes.numMesh.mesh2D',
'fipy.meshes.numMesh.grid1D',
'fipy.meshes.numMesh.grid2D',
'fipy.meshes.numMesh.grid3D',
'fipy.meshes.numMesh.tri2D',
'fipy.meshes.numMesh.gmshImport',
'fipy.meshes.numMesh.periodicGrid1D',
'fipy.meshes.numMesh.periodicGrid2D',
'fipy.meshes.numMesh.uniformGrid1D',
'fipy.meshes.numMesh.uniformGrid2D',
'fipy.meshes.numMesh.uniformGrid3D',
'fipy.meshes.numMesh.cylindricalUniformGrid1D',
'fipy.meshes.numMesh.cylindricalUniformGrid2D',
'fipy.meshes.numMesh.cylindricalGrid1D',
'fipy.meshes.numMesh.cylindricalGrid2D',
))
def _suite():
return _LateImportDocTestSuite(docTestModuleNames=(
'exponential1D.mesh1D',
'exponential1D.cylindricalMesh1D',
'exponential1D.cylindricalMesh1DNonUniform',
'exponential1D.tri2D',
'exponential2D.mesh2D',
'exponential2D.cylindricalMesh2D',
'exponential2D.cylindricalMesh2DNonUniform',
'exponential1DBack.mesh1D',
'powerLaw1D.mesh1D',
'exponential1DSource.mesh1D',
'exponential2D.tri2D',
'exponential1DSource.tri2D',
'powerLaw1D.tri2D',
'advection.vanLeerUpwind',
'peclet',
'robin',
'source',
),
base=__name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'fipy.meshes.mesh',
'fipy.meshes.mesh2D',
'fipy.meshes.nonUniformGrid1D',
'fipy.meshes.nonUniformGrid2D',
'fipy.meshes.nonUniformGrid3D',
'fipy.meshes.tri2D',
'fipy.meshes.gmshMesh',
'fipy.meshes.periodicGrid1D',
'fipy.meshes.periodicGrid2D',
'fipy.meshes.uniformGrid1D',
'fipy.meshes.uniformGrid2D',
'fipy.meshes.uniformGrid3D',
'fipy.meshes.cylindricalUniformGrid1D',
'fipy.meshes.cylindricalUniformGrid2D',
'fipy.meshes.cylindricalNonUniformGrid1D',
'fipy.meshes.cylindricalNonUniformGrid2D',
'fipy.meshes.factoryMeshes',
'fipy.meshes.abstractMesh',
'fipy.meshes.representations.gridRepresentation'))
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'cellTerm',
'abstractDiffusionTerm',
'diffusionTerm',
'term',
'abstractConvectionTerm',
'transientTerm',
'powerLawConvectionTerm',
'exponentialConvectionTerm',
'upwindConvectionTerm',
'implicitSourceTerm',
'coupledBinaryTerm',
'abstractBinaryTerm',
'unaryTerm',
'nonDiffusionTerm',
'asymmetricConvectionTerm',
'binaryTerm',
'firstOrderAdvectionTerm',
'advectionTerm',
'vanLeerConvectionTerm'
), base = __name__)
def _suite():
return _LateImportDocTestSuite(testModuleNames = (
'fipy.meshes.numMesh.test',),
docTestModuleNames = (
'fipy.meshes.common.mesh',))
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'mesh40x1',
'mesh20x20',
), base = __name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'inputTanh1D',
), base = __name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames=('tri2D', 'mesh1D',
'mixedelement'),
base=__name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames = (
'stokesCavity',
), base = __name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames=('acoustics', ),
base=__name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames=docTestModuleNames,
base=__name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames=('vtkCellViewer',
'vtkFaceViewer'),
base=__name__)
def _suite():
return _LateImportDocTestSuite(testModuleNames = (),
docTestModuleNames = (
'sphere',
),
base = __name__)
def _suite():
return _LateImportDocTestSuite(docTestModuleNames=("inputTanh1D",), base=__name__)
