BasicTools.FE package

Subpackages

• BasicTools.FE.Fields package
  • Submodules
    • BasicTools.FE.Fields.FEField module
      • CheckIntegrity()
      • FEField
    • BasicTools.FE.Fields.FieldBase module
      • CheckIntegrity()
      • FieldBase
    • BasicTools.FE.Fields.FieldTools module
      • CheckIntegrity()
      • ComputeTransferOp()
      • CreateFieldFromDescription()
      • ElemFieldsToFEField()
      • ElementWiseFEToFETransferOp()
      • ElementWiseIpToFETransferOp()
      • FEFieldsDataToVector()
      • FieldsAtIp()
      • FieldsEvaluator
      • FieldsMeshTransportation
      • FillFEField()
      • FillIPField()
      • GetCellRepresentation()
      • GetPointRepresentation()
      • GetTransferOpToIPField()
      • IntegrationPointWrapper
      • Maximum()
      • Minimum()
      • NodeFieldToFEField()
      • TransferFEFieldToIPField()
      • TransferPosToIPField()
      • VectorToFEFieldsData()
    • BasicTools.FE.Fields.IPField module
      • CheckIntegrity()
      • IPField
      • RestrictedIPField
• BasicTools.FE.Integrators package
  • Submodules
    • BasicTools.FE.Integrators.NativeIntegration module
    • BasicTools.FE.Integrators.PythonIntegration module
      • CheckIntegrity()
      • MonoElementsIntegral
• BasicTools.FE.KR package
  • Submodules
    • BasicTools.FE.KR.KRBase module
      • CheckIntegrity()
      • KRBase
      • KRBaseScalar
      • KRBaseVector
    • BasicTools.FE.KR.KRBlock module
      • CheckIntegrity()
      • KRBlockScalar
      • KRBlockVector
    • BasicTools.FE.KR.KRConformalTie module
      • CheckIntegrity()
      • CheckIntegrityKRConformalTieScalar()
      • CheckIntegrityKRConformalTieVector()
      • KRConformalTieScalar
      • KRConformalTieVector
    • BasicTools.FE.KR.KRDofs module
      • CheckIntegrity()
      • KRDofs
    • BasicTools.FE.KR.KRFromDistribution module
      • CheckIntegrity()
      • KRFromDistribution
    • BasicTools.FE.KR.KRMasterSlaves module
      • CheckIntegrity()
      • CheckIntegrityKRMasterNodeToSlaveScalar()
      • CheckIntegrityKRMasterNodeToSlaveVector()
      • KRMasterNodeToSlaveScalar
      • KRMasterNodeToSlaveVector
    • BasicTools.FE.KR.KRMortar module
      • Append()
      • AreCCW()
      • CheckIntegrity()
      • CheckIntegrity1DInterface()
      • CheckIntegrity1DInterface2Meshes()
      • CheckIntegrity2DScalar()
      • CheckIntegrity3D()
      • CheckIntegrity3DVector()
      • CheckIntegrityIntersection()
      • CheckIntegrityIntersectionConvexHull3D()
      • CheckTriWinding()
      • Intersection()
      • IntersectionOf2ConvexHulls()
      • KRMortar
• BasicTools.FE.Numberings package
  • Submodules
    • BasicTools.FE.Numberings.DofNumberingDict module
      • CheckIntegrity()
      • DofNumberingDict
    • BasicTools.FE.Numberings.DofNumberingNumpy module
      • CheckIntegrity()
      • DofNumberingNumpy
    • BasicTools.FE.Numberings.NativeDofNumbering module
• BasicTools.FE.Spaces package
  • Submodules
    • BasicTools.FE.Spaces.BarSpaces module
      • BarSpaceBase
      • Bar_P0_Global
      • Bar_P0_Lagrange
      • Bar_P1_Lagrange
      • Bar_P2_Lagrange
      • CheckIntegrity()
    • BasicTools.FE.Spaces.FESpaces module
      • CheckIntegrity()
      • InitAllSpaces()
    • BasicTools.FE.Spaces.HexaSpaces module
      • CheckIntegrity()
      • Hexa20_P2_Lagrange
      • Hexa_P0_Global
      • Hexa_P0_Lagrange
      • Hexa_P1_Lagrange
      • Hexa_P2_Lagrange
    • BasicTools.FE.Spaces.IPSpaces module
      • CheckIntegrity()
      • GenerateSpaceForIntegrationPointInterpolation()
    • BasicTools.FE.Spaces.NativeSpace module
    • BasicTools.FE.Spaces.PointSpaces module
      • CheckIntegrity()
      • PointSpaceBase
      • Point_P0_Global
      • Point_P0_Lagrange
    • BasicTools.FE.Spaces.QuadSpaces module
      • CheckIntegrity()
      • Quad8_P2_Lagrange
      • Quad_P0_Global
      • Quad_P0_Lagrange
      • Quad_P1_Lagrange
      • Quad_P2_Lagrange
      • plot2DSquare()
    • BasicTools.FE.Spaces.SpaceBase module
      • SpaceAtIntegrationPoints
      • SpaceBase
    • BasicTools.FE.Spaces.SymSpace module
      • CheckIntegrity()
      • SymSpaceBase
    • BasicTools.FE.Spaces.TetSpaces module
      • CheckIntegrity()
      • TetSpaceBase
      • Tet_P0_Global
      • Tet_P0_Lagrange
      • Tet_P1_Lagrange
      • Tet_P2_Lagrange
    • BasicTools.FE.Spaces.TriSpaces module
      • CheckIntegrity()
      • TriSpaceBase
      • Tri_P0_Global
      • Tri_P0_Lagrange
      • Tri_P1Bulle_Lagrange
      • Tri_P1_Lagrange
      • Tri_P2_Lagrange
      • plot2DTriangle()
    • BasicTools.FE.Spaces.WedgeSpaces module
      • WedgeSpaceBase
      • Wedge_P0_Global
      • Wedge_P0_Lagrange
      • Wedge_P1_Lagrange
      • Wedge_P2_Lagrange
• BasicTools.FE.WeakForms package
  • Submodules
    • BasicTools.FE.WeakForms.NativeNumericalWeakForm module
    • BasicTools.FE.WeakForms.NumericalWeakForm module
      • CheckIntegrity()
      • ConverTermToProd()
      • PyWeakForm
      • PyWeakMonom
      • PyWeakTerm
      • SymWeakMonomToNumWeakMono()
      • SymWeakToNumWeak()

Submodules

• BasicTools.FE.ConstantRectilinearFea module
  • BundaryCondition
    • BundaryCondition.append()
    • BundaryCondition.eliminate_double()
    • BundaryCondition.reserve()
    • BundaryCondition.tighten()
  • CheckIntegrity()
  • CheckIntegrityDep2D()
  • CheckIntegrityDep3D()
  • CheckIntegrityThermal2D()
  • CheckIntegrityThermal3D()
  • ElementaryMatrix
    • ElementaryMatrix.GetMassMatrix()
    • ElementaryMatrix.GetTangetMatrix()
    • ElementaryMatrix.Integrate()
  • Fea
    • Fea.AssemblyMatrix()
    • Fea.BuildMassMatrix()
    • Fea.BuildProblem()
    • Fea.BuildTangentMatrix()
    • Fea.GenerateIJs()
    • Fea.Solve()
    • Fea.Write()
    • Fea.element_elastic_energy()
    • Fea.nodal_elastic_energy()
  • element_averaged_node_field()
  • node_averaged_element_field()
• BasicTools.FE.DofNumbering module
  • CheckIntegrity()
  • CheckIntegrityUsingAlgo()
  • ComputeDofNumbering()
  • GetNumberingFromCache()
  • SetNumberingToCache()
• BasicTools.FE.FETools module
  • CellDataToIntegrationPointsData()
  • CheckIntegrity()
  • ComputeGradPhiAtIntegPoint()
  • ComputeH10ScalarProductMatrix()
  • ComputeIntegrationPointsTags()
  • ComputeInterpolationMatrix_FE_GaussPoint()
  • ComputeJdetAtIntegPoint()
  • ComputeL2ScalarProducMatrix()
  • ComputeNormalsAtIntegPoint()
  • ComputePhiAtIntegPoint()
  • ComputePhiAtIntegPointFromElFilter()
  • GetElementaryMatrixForFormulation()
  • IntegrationPointsToCellData()
  • PrepareFEComputation()
• BasicTools.FE.FeaBase module
  • CheckIntegrity()
  • FeaBase
    • FeaBase.ComputeConstraintsEquations()
    • FeaBase.ComputeDofNumbering()
    • FeaBase.PushSolutionVectorToUnkownFields()
    • FeaBase.PushUnkownFieldsToSolutionVector()
    • FeaBase.Reset()
    • FeaBase.Resolve()
    • FeaBase.SetMesh()
    • FeaBase.Solve()
• BasicTools.FE.Integration module
  • CheckIntegrity()
  • CheckIntegrityComputeVolume()
  • CheckIntegrityConstantRectilinearIntegration()
  • CheckIntegrityConstantRectilinearIntegrationII()
  • CheckIntegrityIntegrationWithIntegrationPointField()
  • CheckIntegrityKF()
  • CheckIntegrityNormalFlux()
  • IntegrateGeneral()
  • IntegrateGeneralMonoThread()
  • IntegrationClass
    • IntegrationClass.Allocate()
    • IntegrationClass.Compute()
    • IntegrationClass.ComputeMonoThread()
    • IntegrationClass.GetK()
    • IntegrationClass.GetKvij()
    • IntegrationClass.GetLinearSystemSize()
    • IntegrationClass.GetRhs()
    • IntegrationClass.IsFrozen()
    • IntegrationClass.PreStartCheck()
    • IntegrationClass.Reset()
    • IntegrationClass.SetConstants()
    • IntegrationClass.SetElementFilter()
    • IntegrationClass.SetExtraFields()
    • IntegrationClass.SetIntegrationRule()
    • IntegrationClass.SetIntegrator()
    • IntegrationClass.SetMesh()
    • IntegrationClass.SetOnlyEvaluation()
    • IntegrationClass.SetOutputObjects()
    • IntegrationClass.SetTestFields()
    • IntegrationClass.SetUnkownFields()
    • IntegrationClass.SetWeakForm()
    • IntegrationClass.UnFrozen()
• BasicTools.FE.IntegrationsRules module
  • CheckIntegrity()
  • GetRule()
  • TensorProd()
  • TensorProdHomogeneous()
  • TensorProductGauss()
• BasicTools.FE.MaterialHelp module
  • CheckIntegrity()
  • HookeIso()
  • HookeLaw
    • HookeLaw.Get()
    • HookeLaw.HookeIso()
    • HookeLaw.Read()
  • LaplaceOrtho()
• BasicTools.FE.ProblemData module
  • BoundaryConditions
  • CheckIntegrity()
  • Loading
  • Material
    • Material.AddProperty()
  • ProblemData
    • ProblemData.AttachLoading()
    • ProblemData.AttachMesh()
    • ProblemData.AttachSolution()
    • ProblemData.InitWriter()
    • ProblemData.Write()
  • Property
  • Section
  • Solution
  • StudyCase
• BasicTools.FE.SymPhysics module
  • BasicPhysics
    • BasicPhysics.GetBulkFormulation_dudi_dtdj()
    • BasicPhysics.GetBulkLaplacian()
    • BasicPhysics.GetFlux()
    • BasicPhysics.GetPrimalDims()
    • BasicPhysics.GetPrimalNames()
    • BasicPhysics.IsFrozen()
    • BasicPhysics.SetPrimalName()
    • BasicPhysics.UnFrozen()
  • CheckIntegrity()
  • MecaPhysics
    • MecaPhysics.GetAccelerationFormulation()
    • MecaPhysics.GetBulkFormulation()
    • MecaPhysics.GetCentrifugalTerm()
    • MecaPhysics.GetDistributedForceFormulation()
    • MecaPhysics.GetForceFormulation()
    • MecaPhysics.GetHookeOperator()
    • MecaPhysics.GetHookeOperatorAnisotropic()
    • MecaPhysics.GetHookeOperatorIsotropic()
    • MecaPhysics.GetHookeOperatorOrthotropic()
    • MecaPhysics.GetPressureFormulation()
    • MecaPhysics.GetPrimalNames()
    • MecaPhysics.GetStressVoigt()
    • MecaPhysics.IsFrozen()
    • MecaPhysics.PostTreatmentFormulations()
    • MecaPhysics.SetMecaPrimalName()
    • MecaPhysics.SetPoisson()
    • MecaPhysics.SetYoung()
    • MecaPhysics.UnFrozen()
  • MecaPhysicsAxi
    • MecaPhysicsAxi.GetAccelerationFormulation()
    • MecaPhysicsAxi.GetBulkFormulation()
    • MecaPhysicsAxi.GetFieldR()
    • MecaPhysicsAxi.GetForceFormulation()
    • MecaPhysicsAxi.GetPressureFormulation()
    • MecaPhysicsAxi.PostTreatmentFormulations()
  • Physics
    • Physics.AddBFormulation()
    • Physics.AddLFormulation()
    • Physics.AddToRHSTerm()
    • Physics.ComputeDofNumbering()
    • Physics.ComputeDofNumberingFromConnectivity()
    • Physics.ExpandNames()
    • Physics.GetBulkMassFormulation()
    • Physics.GetCoeff()
    • Physics.GetNumberOfUnkownFields()
    • Physics.IsFrozen()
    • Physics.Reset()
    • Physics.SetSpaceToLagrange()
    • Physics.UnFrozen()
  • StokesPhysics
    • StokesPhysics.GetBulkFormulation()
    • StokesPhysics.GetPrimalNames()
    • StokesPhysics.IsFrozen()
    • StokesPhysics.SetPrimalNames()
    • StokesPhysics.SetSpaceToLagrange()
    • StokesPhysics.UnFrozen()
  • ThermalPhysics
    • ThermalPhysics.GetBulkFormulation()
    • ThermalPhysics.GetMassOperator()
    • ThermalPhysics.GetNormalFlux()
    • ThermalPhysics.GetPrimalNames()
    • ThermalPhysics.GetRobinFlux()
    • ThermalPhysics.IsFrozen()
    • ThermalPhysics.SetPrimalNames()
    • ThermalPhysics.SetThermalPrimalName()
    • ThermalPhysics.UnFrozen()
  • ThermoMecaPhysics
    • ThermoMecaPhysics.GetBulkFormulation()
    • ThermoMecaPhysics.GetPrimalNames()
    • ThermoMecaPhysics.IsFrozen()
    • ThermoMecaPhysics.UnFrozen()
• BasicTools.FE.SymWeakForm module
  • CheckIntegrity()
  • Cross()
  • Diag()
  • Divergence()
  • FromVoigtSigma()
  • GetConstant()
  • GetField()
  • GetNormal()
  • GetScalarField()
  • GetTestField()
  • GetTestSufixChar()
  • Gradient()
  • Inner()
  • Strain()
  • StrainAxyCol()
  • ToVoigtEpsilon()
  • ToVoigtSigma()
  • Trace()
• BasicTools.FE.UnstructuredFeaSym module
  • CheckIntegrity()
  • CheckIntegrityFlexion()
  • UnstructuredFeaSym
    • UnstructuredFeaSym.ComputeDofNumbering()
    • UnstructuredFeaSym.GetLinearProblem()
    • UnstructuredFeaSym.SetMesh()