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| | AlgEqSystem.C |
| | Storage of an algebraic equation system for a FEM problem.
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| | AlgEqSystem.h |
| | Storage of an algebraic equation system for a FEM problem.
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| | ASM1D.C |
| | Abstract interface for 1D patches.
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| | ASM1D.h |
| | Abstract interface for 1D patches.
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| | ASM2D.C |
| | Abstract interface for 2D patches.
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| | ASM2D.h |
| | Abstract interface for 2D patches.
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| | ASM3D.C |
| | Abstract interface for 3D patches.
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| | ASM3D.h |
| | Abstract interface for 3D patches.
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| | ASMbase.C |
| | Base class for spline-based finite element (FE) assembly drivers.
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| | ASMbase.h |
| | Base class for spline-based finite element (FE) assembly drivers.
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| | ASMenums.h |
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| | ASMLagBase.C |
| | Common base class for Lagrange FE models.
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| | ASMLagBase.h |
| | Common base class for Lagrange FE models.
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| | ASMmxBase.C |
| | Base class for spline-based mixed finite element assembly drivers.
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| | ASMmxBase.h |
| | Base class for spline-based mixed finite element assembly drivers.
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| | ASMs1D.C |
| | Driver for assembly of structured 1D spline FE models.
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| | ASMs1D.h |
| | Driver for assembly of structured 1D spline FE models.
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| | ASMs1DC1.C |
| | Driver for assembly of C1-continuous structured 1D spline FE models.
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| | ASMs1DC1.h |
| | Driver for assembly of C1-continuous structured 1D spline FE models.
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| | ASMs1DLag.C |
| | Driver for assembly of 1D Lagrange FE models.
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| | ASMs1DLag.h |
| | Driver for assembly of 1D Lagrange FE models.
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| | ASMs1DSpec.C |
| | Driver for assembly of structured 1D Spectral FE models.
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| | ASMs1DSpec.h |
| | Driver for assembly of structured 1D Spectral FE models.
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| | ASMs2D.C |
| | Driver for assembly of structured 2D spline FE models.
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| | ASMs2D.h |
| | Driver for assembly of structured 2D spline FE models.
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| | ASMs2DC1.C |
| | Driver for assembly of C1-continuous structured 2D spline FE models.
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| | ASMs2DC1.h |
| | Driver for assembly of C1-continuous structured 2D spline FE models.
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| | ASMs2DIB.C |
| | Assembly of structured 2D spline FE models with immersed boundaries.
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| | ASMs2DIB.h |
| | Assembly of structured 2D spline FE models with immersed boundaries.
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| | ASMs2DLag.C |
| | Driver for assembly of structured 2D Lagrange FE models.
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| | ASMs2DLag.h |
| | Driver for assembly of structured 2D Lagrange FE models.
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| | ASMs2Dmx.C |
| | Driver for assembly of structured 2D spline mixed FE models.
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| | ASMs2Dmx.h |
| | Driver for assembly of structured 2D spline mixed FE models.
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| | ASMs2DmxLag.C |
| | Driver for assembly of structured 2D Lagrange mixed FE models.
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| | ASMs2DmxLag.h |
| | Driver for assembly of structured 2D Lagrange mixed FE models.
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| | ASMs2Drecovery.C |
| | Recovery of secondary solutions for structured 2D spline FE models.
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| | ASMs2DSpec.C |
| | Driver for assembly of structured 2D Spectral FE models.
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| | ASMs2DSpec.h |
| | Driver for assembly of structured 2D Spectral FE models.
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| | ASMs2DTri.C |
| | Driver for assembly of structured 2D triangle-based FE models.
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| | ASMs2DTri.h |
| | Driver for assembly of structured 2D triangle-based FE models.
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| | ASMs3D.C |
| | Driver for assembly of structured 3D spline FE models.
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| | ASMs3D.h |
| | Driver for assembly of structured 3D spline FE models.
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| | ASMs3DInterpolate.C |
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| | ASMs3DLag.C |
| | Driver for assembly of structured 3D Lagrange FE models.
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| | ASMs3DLag.h |
| | Driver for assembly of structured 3D Lagrange FE models.
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| | ASMs3Dmx.C |
| | Driver for assembly of structured 3D spline mixed FE models.
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| | ASMs3Dmx.h |
| | Driver for assembly of structured 3D spline mixed FE models.
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| | ASMs3DmxLag.C |
| | Driver for assembly of structured 3D Lagrange mixed FE models.
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| | ASMs3DmxLag.h |
| | Driver for assembly of structured 3D Lagrange mixed FE models.
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| | ASMs3Drecovery.C |
| | Recovery of secondary solutions for structured 3D spline FE models.
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| | ASMs3DSpec.C |
| | Driver for assembly of structured 3D Spectral FE models.
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| | ASMs3DSpec.h |
| | Driver for assembly of structured 3D Spectral FE models.
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| | ASMstruct.C |
| | Base class for structured spline-based FE assembly drivers.
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| | ASMstruct.h |
| | Base class for structured spline-based FE assembly drivers.
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| | ASMsupel.C |
| | Driver for assembly of general superelements.
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| | ASMsupel.h |
| | Driver for assembly of general superelements.
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| | ASMu1DLag.C |
| | Assembly of unstructured 1D Lagrange FE models.
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| | ASMu1DLag.h |
| | Assembly of unstructured 1D Lagrange FE models.
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| | ASMu2DLag.C |
| | Assembly of unstructured 2D Lagrange FE models.
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| | ASMu2DLag.h |
| | Assembly of unstructured 2D Lagrange FE models.
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| | ASMunstruct.h |
| | Abstract interface for unstructured FE assembly drivers.
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| | ASMutils.C |
| | Various utilities for assembly scope.
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| | ASMutils.h |
| | Various utilities for assembly scope.
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| | BasisFunctionCache.C |
| | Basis function cache.
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| | BasisFunctionCache.h |
| | Basis function cache.
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| | BasisFunctionVals.h |
| | Basis function values container.
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| | BDFMats.C |
| | Representation of the element matrices for a dynamic FEM problem.
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| | BDFMats.h |
| | Representation of the element matrices for a dynamic FEM problem.
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| | BlockElmMats.C |
| | Representation of the block element matrices for a FEM problem.
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| | BlockElmMats.h |
| | Representation of the block element matrices for a FEM problem.
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| | DomainDecomposition.C |
| | Domain decomposition partitioning for FE models.
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| | DomainDecomposition.h |
| | Domain decomposition related partitioning for FE models.
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| | DualField.C |
| | Representation of dual fields for goal-oriented error estimation.
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| | DualField.h |
| | Representation of dual fields for goal-oriented error estimation.
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| | ElmMats.C |
| | Representation of the element matrices for a FEM problem.
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| | ElmMats.h |
| | Representation of the element matrices for a FEM problem.
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| | ElmNorm.h |
| | Representation of integrated norm quantities over an element.
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| | Field.C |
| | Base class for scalar fields.
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| | Field.h |
| | Base class for scalar fields.
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| | FieldBase.h |
| | Base class for scalar fields.
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| | Fields.C |
| | Base class for vector fields.
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| | Fields.h |
| | Base class for vector fields.
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| | FiniteElement.C |
| | Finite element quantities at an integration point.
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| | FiniteElement.h |
| | Finite element quantities at an integration point.
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| | GlbForceVec.C |
| | Storage of a global nodal force vector for a FEM problem.
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| | GlbForceVec.h |
| | Storage of a global nodal force vector for a FEM problem.
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| | GlbL2projector.C |
| | General integrands for global L2-projection.
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| | GlbL2projector.h |
| | General integrands for global L2-projection.
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| | GlbNorm.C |
| | Representation of integrated norm quantities over an element.
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| | GlbNorm.h |
| | Representation of integrated global norm quantities.
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| | GlobalIntegral.h |
| | Abstract interface for classes representing integrated quantities.
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| | HasGravityBase.C |
| | Base class representing FEM integrands with gravity terms.
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| | HasGravityBase.h |
| | Base class representing FEM integrands with gravity terms.
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| | HHTMats.C |
| | Representation of the element matrices for a dynamic FEM problem.
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| | HHTMats.h |
| | Representation of the element matrices for a dynamic FEM problem.
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| | IBGeometries.C |
| | Physical geometries for immersed boundary simulations.
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| | IBGeometries.h |
| | Physical geometries for immersed boundary simulations.
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| | ImmersedBoundaries.C |
| | Utilities for immersed boundary calculations.
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| | ImmersedBoundaries.h |
| | Utilities for immersed boundary calculations.
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| | Integrand.h |
| | Abstract interface for classes representing FEM integrands.
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| | IntegrandBase.C |
| | Base classes representing FEM integrands.
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| | IntegrandBase.h |
| | Base classes representing FEM integrands.
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| | Interface.h |
| | Representation of domain interfaces.
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| | ItgPoint.h |
| | Integration point representation.
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| | Lagrange.C |
| | Evaluation of Lagrange basis functions.
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| | Lagrange.h |
| | Evaluation of Lagrange basis functions.
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| | LagrangeField2D.C |
| | Class for Lagrange-based finite element scalar field in 2D.
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| | LagrangeField2D.h |
| | Class for Lagrange-based finite element scalar fields in 2D.
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| | LagrangeField3D.C |
| | Class for Lagrange-based finite element scalar field in 3D.
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| | LagrangeField3D.h |
| | Class for Lagrange-based finite element scalar fields in 3D.
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| | LagrangeFields2D.C |
| | Class for Lagrange-based finite element vector fields in 2D.
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| | LagrangeFields2D.h |
| | Class for Lagrange-based finite element vector fields in 2D.
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| | LagrangeFields3D.C |
| | Class for Lagrange-based finite element vector fields in 3D.
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| | LagrangeFields3D.h |
| | Class for Lagrange-based finite element vector fields in 3D.
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| | LocalIntegral.h |
| | Abstract interface for classes representing integrated quantities.
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| | NewmarkMats.C |
| | Representation of the element matrices for a dynamic FEM problem.
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| | NewmarkMats.h |
| | Representation of the element matrices for a dynamic FEM problem.
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| | ReactionsOnly.C |
| | Global integral sub-class for reaction force integration.
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| | ReactionsOnly.h |
| | Global integral class for reaction- and interface force calculation.
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| | SAMpatch.C |
| | Assembly of FE matrices into system matrices for multi-patch models.
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| | SAMpatch.h |
| | Assembly of FE matrices into system matrices for multi-patch models.
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| | SAMpatchPETSc.C |
| | Evaluation of global norms for distributed models.
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| | SAMpatchPETSc.h |
| | Evaluation of global norms for distributed models.
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| | SplineField.C |
| | Utility class for spline-based finite element fields.
|
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| | SplineField.h |
| | Utility class for spline-based finite element fields.
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| |
| | SplineField2D.C |
| | Class for spline-based finite element scalar field in 2D.
|
| |
| | SplineField2D.h |
| | Class for spline-based finite element scalar fields in 2D.
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| | SplineField3D.C |
| | Class for spline-based finite element scalar field in 3D.
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| |
| | SplineField3D.h |
| | Class for spline-based finite element scalar fields in 3D.
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| | SplineFields1D.C |
| | Class for spline-based finite element vector fields in 1D.
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| |
| | SplineFields1D.h |
| | Class for spline-based finite element vector fields in 1D.
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| | SplineFields2D.C |
| | Class for spline-based finite element vector fields in 2D.
|
| |
| | SplineFields2D.h |
| | Class for spline-based finite element vector fields in 2D.
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| |
| | SplineFields2Dmx.C |
| | Class for mixed spline-based finite element vector fields in 2D.
|
| |
| | SplineFields2Dmx.h |
| | Class for mixed spline-based finite element vector fields in 2D.
|
| |
| | SplineFields3D.C |
| | Class for spline-based finite element vector fields in 3D.
|
| |
| | SplineFields3D.h |
| | Class for spline-based finite element vector fields in 3D.
|
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| | SplineFields3Dmx.C |
| | Class for mixed spline-based finite element vector fields in 3D.
|
| |
| | SplineFields3Dmx.h |
| | Class for mixed spline-based finite element vector fields in 3D.
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| |
| | SplineInterpolator.C |
| | Implementation of interpolation/projection schemes for B-splines.
|
| |
| | SplineInterpolator.h |
| | Implementation of interpolation/projection schemes for B-splines.
|
| |
| | TimeDomain.h |
| | Time domain representation for time-dependent and nonlinear solvers.
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| |
