Files

• dir Rodin Headers in Rodin.
  • dir Adaptation Headers in Rodin/Adaptation.
    • dir SWIFT Headers in Rodin/Adaptation/SWIFT.
      • file Adapt.h Declarations in Adapt.h.
      • file Admissibility.h Declarations in Admissibility.h.
      • file Distribution.h Declarations in Distribution.h.
      • file FittingForce.h Declarations in FittingForce.h.
      • file FittingTensor.h Declarations in FittingTensor.h.
      • file Hinge.h Declarations in Hinge.h.
      • file HingeForce.h Declarations in HingeForce.h.
      • file HingeMetric.h Declarations in HingeMetric.h.
      • file HingeProblem.h Declarations in HingeProblem.h.
      • file LinearSolver.h Declarations in LinearSolver.h.
      • file Loss.h Declarations in Loss.h.
      • file Parameters.h Declarations in Parameters.h.
      • file QualityCovering.h Declarations in QualityCovering.h.
      • file QualitySamples.h Geometry-aware witnesses for SWIFT quality and hinge evaluation.
      • file Report.h Declarations in Report.h.
      • file Residual.h Declarations in Residual.h.
      • file WitnessLattice.h Declarations in WitnessLattice.h.
      • file ForwardDecls.h Forward declarations for the SWIFT fitting API.
      • file Problem.h Declarations in Problem.h.
    • file CellDeformation.h Declarations in CellDeformation.h.
    • file DeformationMap.h Declarations in DeformationMap.h.
    • file SWIFT.h Public include for robust natural-gradient interface fitting.
  • dir Advection Headers in Rodin/Advection.
    • file Lagrangian.h Lagrangian variational advection for scalar fields.
  • dir Alert Headers in Rodin/Alert.
    • file Bold.h Declarations in Bold.h.
    • file ClassException.h Declarations in ClassException.h.
    • file Color.h Declarations in Color.h.
    • file Identifier.h Declarations in Identifier.h.
    • file MemberFunctionException.h Declarations in MemberFunctionException.h.
    • file MemberFunctionWarning.h Declarations in MemberFunctionWarning.h.
    • file Message.h Declarations in Message.h.
    • file NamespacedException.h Declarations in NamespacedException.h.
    • file NewLine.h Declarations in NewLine.h.
    • file Notation.h Declarations in Notation.h.
    • file Prefix.h Prefix decorator for alert message output.
    • file Raise.h Declarations in Raise.h.
    • file Reset.h Declarations in Reset.h.
    • file Stylize.h Declarations in Stylize.h.
    • file Success.h Declarations in Success.h.
    • file Text.h Declarations in Text.h.
    • file Warning.h Declarations in Warning.h.
    • file ForwardDecls.h Forward declarations for Alert module types.
    • file Exception.h Declarations in Exception.h.
    • file Info.h Declarations in Info.h.
  • dir Assembly Headers in Rodin/Assembly.
    • file AssemblyBase.h Declarations in AssemblyBase.h.
    • file ScatterMap.h Declarations in ScatterMap.h.
    • file ForwardDecls.h Forward declarations for the Assembly module.
    • file Default.h Default assembly strategy selection based on compilation configuration.
    • file ConstraintMap.h Declarations in ConstraintMap.h.
    • file OpenMP.h Declarations in OpenMP.h.
    • file Sequential.h Declarations in Sequential.h.
    • file Input.h Input data structures for assembly operations.
  • dir Context Headers in Rodin/Context.
    • file Local.h Declarations in Local.h.
    • file Base.h Declarations in Base.h.
    • file ForwardDecls.h Forward declarations for the Context module.
  • dir Distance Headers in Rodin/Distance.
    • file Eikonal.h Eikonal equation-based distance function computation.
    • file Poisson.h Poisson equation-based distance function approximation.
    • file Rvachev.h Rvachev normalization for level set functions.
    • file SignedPoisson.h Signed Poisson equation-based distance function approximation.
    • file SpaldingTucker.h Spalding-Tucker normalization for level set functions.
    • file Base.h Base class for distance function computation models.
  • dir Eikonal Headers in Rodin/Eikonal.
    • file FMM.h Fast marching method on simplicial meshes.
  • dir FormLanguage Headers in Rodin/FormLanguage.
    • file Base.h Declarations in Base.h.
    • file Debug.h Debugging utilities for form language objects.
    • file ForwardDecls.h Forward declarations for the FormLanguage module.
    • file IsPlaneObject.h Type trait for identifying Eigen plain object types.
    • file IsSpecialized.h Type trait reporting whether a handler is an optimized specialization.
    • file List.h Polymorphic container for form language objects.
    • file Traits.h Type traits system for form language objects.
  • dir Geometry Headers in Rodin/Geometry.
    • dir Euclidean Headers in Rodin/Geometry/Euclidean.
      • file Base.h Base class for Euclidean geometric objects using CRTP pattern.
      • file ForwardDecls.h Euclidean geometry declarations and definitions.
      • file Box.h Declarations in Box.h.
      • file Circle.h Euclidean geometry declarations and definitions.
      • file Common.h Common utility functions for Euclidean geometry.
      • file Concepts.h Type traits for detecting geometric operations on Euclidean objects.
      • file Hyperplane.h Declarations in Hyperplane.h.
      • file Line.h Declarations in Line.h.
      • file Line.hpp Euclidean geometry declarations and definitions.
      • file Line2D.h Euclidean geometry declarations and definitions.
      • file LineSegment.h Line segment with a compile-time Euclidean dimension.
      • file LineSegment.hpp Line segment operations in a compile-time Euclidean dimension.
      • file LineSegment2D.h Two-dimensional entry point for the dimension-generic primitive.
      • file Point.h Point with a compile-time Euclidean dimension.
      • file Point.hpp Point connections in a compile-time Euclidean dimension.
      • file Point2D.h Two-dimensional entry point for the dimension-generic primitive.
      • file Rectangle.h Euclidean geometry declarations and definitions.
      • file Sphere.h Declarations in Sphere.h.
    • file ForwardDecls.h Forward declarations for the Rodin::Geometry module.
    • file AttributeIndex.h Attribute indexing for mesh polytopes.
    • file BalancedCompactPartitioner.h Balanced compact partitioning strategy for mesh decomposition.
    • file Bounds.h Conservative support bounds for mapped reference cells.
    • file Connectivity.h Mesh connectivity for representing topological relationships.
    • file Euclidean.h Euclidean primitives with arbitrary compile-time dimensions. Points, affine lines and segments, spheres, hyperplanes, and axis-aligned boxes use compile-time Math::FixedSizeVector coordinates. The planar names Point2D, Line2D, LineSegment2D, Circle, and Rectangle alias dimension two.
    • file Point.h Spatial points on mesh polytopes with reference and physical coordinates.
    • file GeometryIndexed.h Container for mapping polytope types to associated data.
    • file GreedyPartitioner.h Greedy partitioning strategy for mesh decomposition.
    • file IdentityTransformation.h Identity transformation for polytopes.
    • file IndexGenerator.h Index generation utilities for iterating over polytope indices.
    • file MinSTCut.h Declarations in MinSTCut.h.
    • file ParametricTransformation.h Parametric transformation for finite-element mesh geometry.
    • file PointCloud.h Declarations in PointCloud.h.
    • file Polytope.h Polytope classes representing geometric elements in finite element meshes.
    • file PolytopeIterator.h Iterator classes for traversing mesh polytopes.
    • file PolytopeQuadrature.h Cached quadrature data attached to mesh polytopes.
    • file PolytopeTransformation.h Base class for polytope geometric transformations.
    • file PolytopeTransformationIndex.h Index for storing polytope transformations.
    • file Region.h Region enumeration for identifying mesh subregions.
    • file Shard.h Local mesh shard with partition, ownership, and overlap metadata.
    • file Mesh.h Core mesh data structure for finite element computations.
    • file Sharder.h Sharder interface for mesh decomposition.
    • file SubMesh.h SubMesh class for representing subregions of meshes with parent relationships.
    • file MeshPartitioner.h Base interface for mesh partitioning algorithms.
    • file Types.h Type definitions for the Rodin::Geometry module.
  • dir Heart Headers in Rodin/Heart.
    • dir CCMLC2014 Headers in Rodin/Heart/CCMLC2014.
      • dir Model Headers in Rodin/Heart/CCMLC2014/Model.
        • file History.h Time-history container used by the CCMLC2014 stepper.
        • file State.h State, input and intermediate data structures for the CCMLC2014 0D model.
      • dir Numerics Headers in Rodin/Heart/CCMLC2014/Numerics.
        • file DynamicSystem.h Residual and analytic Jacobian assembly for the CCMLC2014 0D system.
      • dir Physics Headers in Rodin/Heart/CCMLC2014/Physics.
        • file Kinematics.h Midpoint kinematics evaluator for the CCMLC2014 reduced 0D cavity model.
        • file PassiveStress.h Passive and viscous stress evaluators for the CCMLC2014 reduced 0D dynamics.
        • file ValveLaw.h Cavity flux evaluator implementing the valve branch laws.
        • file Windkessel.h Windkessel outflow evaluator for the arterial branch.
      • dir Solver Headers in Rodin/Heart/CCMLC2014/Solver.
        • file Stepper.h Nonlinear time-stepper for the CCMLC2014 reduced 0D ventricular model.
      • file CCMLC2014.h User-facing alias for the CCMLC2014 0D ventricular model stepper.
      • file HolzapfelReducedLaw.h Reduced Holzapfel-like passive-energy law used in CCMLC2014.
      • file PassiveEnergy.h Reduced invariant containers and passive-energy derivatives for CCMLC2014.
      • file PassiveLaw.h Conversion from reduced passive energy derivatives to 0D passive stress terms.
    • file ForwardDecls.h Forward declarations for the Heart module.
    • file CCMLC2014.h Convenience include for the CCMLC2014 reduced model API.
  • dir Hilbert Headers in Rodin/Hilbert.
    • file H1a.h Regularized Hilbert-space extension operator.
  • dir IO Headers in Rodin/IO.
    • file GridFunctionLoader.h Declarations in GridFunctionLoader.h.
    • file HDF5.cpp Concrete geometry-family reconstruction for native HDF5 mesh files.
    • file Loader.h Declarations in Loader.h.
    • file Printer.h Declarations in Printer.h.
    • file XDMF.h XDMF 3 domain writer for temporal visualization output.
    • file MeshLoader.h Declarations in MeshLoader.h.
    • file MeshPrinter.h Declarations in MeshPrinter.h.
    • file HDF5.h HDF5-based mesh and grid function persistence for Rodin.
    • file MEDIT.h Declarations in MEDIT.h.
    • file MFEM.h Declarations in MFEM.h.
    • file GridFunctionPrinter.h Declarations in GridFunctionPrinter.h.
  • dir Location Headers in Rodin/Location.
    • file ForwardDecls.h Forward declarations for the Location module.
    • file AABB.h Declarations in AABB.h.
  • dir Math Headers in Rodin/Math.
    • dir RootFinding Headers in Rodin/Math/RootFinding.
      • file NewtonRaphson.h Newton-Raphson method for root finding.
    • dir RungeKutta Headers in Rodin/Math/RungeKutta.
      • file RK2.h Second-order Runge-Kutta method (midpoint method).
      • file RK4.h Fourth-order Runge-Kutta method (classical RK4).
    • file ForwardDecls.h Forward declarations for the Math module.
    • file Traits.h Type traits for the Math module and form language.
    • file Common.h Common mathematical functions and operations.
    • file Constants.h Mathematical constants and related utility functions.
    • file Deg.h Degree angle unit type with radian conversion.
    • file Rad.h Radian angle unit type.
    • file SparseMatrix.h Sparse matrix type and operations.
    • file SpatialMatrix.h Fixed-capacity spatial matrix with bounded maximum dimensions.
    • file SpatialTensor.h Fixed-capacity spatial tensors with explicit runtime axis extents.
    • file SpatialVector.h Fixed-capacity spatial vector with bounded maximum dimension.
    • file Unit.h Base class for type-safe unit representations.
    • file LinearSystem.h Declarations in LinearSystem.h.
    • file Matrix.h Dense matrix classes and scalar aliases.
    • file Vector.h Dense vector classes and dimension aliases.
    • file Types.h Type definitions for the Math module.
  • dir MMG Headers in Rodin/MMG.
    • file Adapt.h Metric-based mesh adaptation operator.
    • file ForwardDecls.h Forward declarations for the MMG module.
    • file Common.h Common MMG integration types and utility accessors.
    • file Configure.h.in Header containing preprocessor directives for Rodin::MMG.
    • file LevelSetDiscretizer.h Level-set based implicit-domain discretization utilities.
    • file MeshLoader.h MEDIT mesh loader specialization for Mesh.
    • file MeshOptimizer.h Mesh-quality optimization operator.
    • file MeshPrinter.h MEDIT mesh printer for Mesh.
    • file MMG5.h Core MMG wrapper utilities for mesh/solution conversion and parameters.
    • file Mesh.h MMG-aware mesh type extending Rodin local meshes.
    • file GridFunction.h Grid function aliases for MMG-driven workflows.
  • dir MPI Headers in Rodin/MPI.
    • dir Assembly Headers in Rodin/MPI/Assembly.
      • file BoundaryDOFs.h Declarations in BoundaryDOFs.h.
      • file Default.h Default assembly policy specializations for MPI contexts.
      • file MPI.h MPI assembly iterators and assembly specializations.
    • dir Context Headers in Rodin/MPI/Context.
      • file ForwardDecls.h Forward declarations for MPI context types.
      • file MPI.h Definition of the MPI execution context wrapper.
    • dir Geometry Headers in Rodin/MPI/Geometry.
      • file Mesh.h Distributed mesh specialization for MPI contexts.
      • file Sharder.h Mesh sharding and distribution utilities for MPI contexts.
      • file SubMesh.h Distributed SubMesh specialization for MPI contexts.
    • dir IO Headers in Rodin/MPI/IO.
      • file HDF5.h HDF5 mesh persistence specializations for distributed MPI meshes.
      • file MEDIT.h Placeholder for MEDIT IO specializations on MPI meshes.
      • file MFEM.h Placeholder for MFEM IO specializations on MPI meshes.
    • dir Location Headers in Rodin/MPI/Location.
      • file AABB.h Declarations in AABB.h.
    • dir Variational Headers in Rodin/MPI/Variational.
      • dir H1 Headers in Rodin/MPI/Variational/H1.
        • file H1.h Distributed H1 finite element space specializations on MPI meshes.
      • dir P0 Headers in Rodin/MPI/Variational/P0.
        • file P0.h Distributed P0 finite element space specialization on MPI meshes.
      • dir P0g Headers in Rodin/MPI/Variational/P0g.
        • file P0g.h Distributed P0g (global constant) finite element space for MPI meshes.
      • dir P1 Headers in Rodin/MPI/Variational/P1.
        • file P1.h Distributed P1 finite element space specialization on MPI meshes.
      • file FiniteElementSpace.h Base CRTP finite element space interface for MPI meshes.
      • file H1.h Aggregated include for distributed H1 finite element spaces.
      • file Interpolation.h Declarations in Interpolation.h.
      • file P0.h Aggregated include for distributed P0 finite element spaces.
      • file P0g.h Aggregated include for distributed P0g finite element space.
      • file P1.h Aggregated include for distributed P1 finite element spaces.
    • file Assembly.h Aggregated include for distributed assembly backends.
    • file Context.h Aggregated include for MPI execution contexts.
    • file Geometry.h Aggregated include for distributed geometry primitives.
    • file IO.h Aggregated include for MPI-aware mesh and field IO.
    • file Location.h Distributed point locators over owned shard entities.
    • file Variational.h Aggregated include for MPI variational finite element components.
  • dir PETSc Headers in Rodin/PETSc.
    • dir Assembly Headers in Rodin/PETSc/Assembly.
      • file ForwardDecls.h Forward declarations for PETSc assembly specializations.
      • file Default.h Default assembly selector for PETSc objects.
      • file MPI.h MPI assembly specializations targeting PETSc objects.
      • file ConstraintMap.h Collective closure of distributed affine identification constraints.
      • file MatrixSetup.h Declarations in MatrixSetup.h.
      • file OpenMP.h OpenMP assembly specializations targeting PETSc objects.
      • file Sequential.h Sequential assembly specializations targeting PETSc objects.
      • file VectorSetup.h Declarations in VectorSetup.h.
    • dir IO Headers in Rodin/PETSc/IO.
      • file HDF5.h HDF5 IO support for PETSc-backed grid functions.
      • file MEDIT.h MEDIT-format grid function printer for PETSc-backed grid functions.
      • file MFEM.h MFEM serialization of PETSc fields through the native serializer.
      • file GridFunctionPrinter.h Forward declaration of PETSc grid function printer specializations.
    • dir Math Headers in Rodin/PETSc/Math.
      • file LinearSystem.h PETSc specialization of Rodin linear system containers.
      • file Matrix.h PETSc matrix type alias and form-language traits.
      • file Vector.h PETSc vector type alias and form-language traits.
    • dir Solver Headers in Rodin/PETSc/Solver.
      • file CG.h PETSc specialization of the conjugate gradient (CG) solver.
      • file GMRES.h PETSc specialization of the GMRES solver.
      • file KSP.h PETSc KSP (Krylov subspace) linear solver wrapper for Rodin.
      • file SNES.h PETSc SNES (Scalable Nonlinear Equations Solvers) wrapper for Rodin.
    • dir Variational Headers in Rodin/PETSc/Variational.
      • file BilinearForm.h PETSc specialization of variational bilinear forms.
      • file GridFunction.h PETSc specialization of finite element grid functions.
      • file LinearForm.h PETSc specialization of variational linear forms.
      • file Problem.h PETSc specialization of variational problems.
      • file TestFunction.h PETSc-aware test function wrappers.
      • file TrialFunction.h PETSc-aware trial function wrappers.
    • file ForwardDecls.h Forward declarations for the PETSc module.
    • file Assembly.h Top level include for PETSc assembly backends.
    • file IO.h Top level include for PETSc-specific IO support.
    • file Variational.h Top level include for PETSc variational interfaces.
    • file Math.h Top level include for PETSc-backed linear algebra types.
    • file Object.h RAII base class for PETSc opaque handle wrappers.
    • file Solver.h Top level include for PETSc solver wrappers.
    • file Types.h PETSc scalar, integer, and floating-point type aliases.
  • dir QF Headers in Rodin/QF.
    • file ForwardDecls.h Forward declarations for the QF (quadrature formula) module.
    • file Centroid.cpp Implementation of the Centroid quadrature formula.
    • file Centroid.h Defines the Centroid single-point quadrature formula.
    • file GaussLegendre.cpp Implementation of the GaussLegendre quadrature formula.
    • file GaussLegendre.h Defines the GaussLegendre quadrature formula.
    • file GaussLobatto.h Defines the GaussLobatto quadrature formula.
    • file GrundmannMoller.cpp Implementation of the GrundmannMoller simplex quadrature formula.
    • file GrundmannMoller.h Defines the GrundmannMoller simplex quadrature formula.
    • file QuadratureFormula.cpp Default concrete-family selection for persistent quadrature formulas.
    • file QuadratureFormula.h Reference quadrature access and persistent immutable formulas.
    • file TensorProduct.h Owns Cartesian products of reference quadrature formulas.
    • file WitherdenVincent.cpp Coefficients of the WitherdenVincent symmetric rules.
    • file WitherdenVincent.h Defines the WitherdenVincent quadrature formula.
    • file WitherdenVincentData.h Defines the vendored Witherden–Vincent quadrature coefficients.
    • file XiaoGimbutas.cpp Coefficients of the XiaoGimbutas simplex rules.
    • file XiaoGimbutas.h Defines the XiaoGimbutas simplex quadrature formula.
    • file XiaoGimbutasData.h Defines the vendored Xiao–Gimbutas quadrature coefficients.
  • dir Scotch Headers in Rodin/Scotch.
    • file Exception.h Declarations in Exception.h.
    • file MeshPartitioner.h Scotch-based mesh partitioner.
  • dir Serialization Headers in Rodin/Serialization.
    • file Array.h boost::serialization support for Rodin::Array types.
    • file FlatSet.h boost::serialization support for boost::container::flat_set.
    • file Vector.h boost::serialization support for Math::Vector types.
    • file BitSet.h boost::serialization support for std::bitset.
    • file ConnectivitySerialization.h boost::serialization support for Geometry::Connectivity.
    • file EigenMatrix.h boost::serialization support for Eigen dense matrix types.
    • file Export.h Polymorphic class export registrations for serialization (e.g. polytope transformations), required to serialize objects through base-class pointers.
    • file FlatMap.h boost::serialization support for boost::container::flat_map.
    • file Optional.h boost::serialization support for std::optional.
    • file PolytopeType.h boost::serialization support for Geometry::Polytope::Type.
    • file UnorderedMap.h boost::serialization support for boost::unordered_map.
  • dir Solid Headers in Rodin/Solid.
    • dir Constitutive Headers in Rodin/Solid/Constitutive.
      • file ActiveContraction.h Passive hyperelastic law plus active fiber contraction.
      • file ActiveFiberLaw.h Local active fiber contraction law.
      • file HolzapfelOgden.h Compressible Holzapfel-Ogden hyperelastic law with one fiber family.
      • file Hooke.h Hooke's law for linear elasticity.
      • file HyperElasticLaw.h Base class for hyperelastic constitutive laws.
      • file MooneyRivlin.h Compressible Mooney-Rivlin hyperelastic constitutive law.
      • file NeoHookean.h Compressible Neo-Hookean hyperelastic constitutive law.
      • file SaintVenantKirchhoff.h Saint-Venant-Kirchhoff hyperelastic constitutive law.
      • file Yeoh.h Compressible Yeoh hyperelastic constitutive law.
    • dir Fields Headers in Rodin/Solid/Fields.
      • file CauchyStress.h Cauchy (true) stress tensor computation from the first Piola-Kirchhoff stress.
      • file FirstPiolaKirchhoffStress.h First Piola-Kirchhoff stress tensor computation.
      • file GreenLagrangeStrain.h Green-Lagrange strain tensor computation.
    • dir Integrators Headers in Rodin/Solid/Integrators.
      • file FollowerPressure.h Follower (deformation-dependent) pressure load with consistent tangent, for total-Lagrangian hyperelastic formulations.
      • file InternalVirtualWork.h Façade for the internal virtual work nonlinear form in hyperelastic formulations.
      • file InternalVirtualWorkResidual.h Residual integrators for the internal virtual work in hyperelastic formulations (pure displacement and mixed displacement-pressure), written in terms of the first Piola-Kirchhoff stress.
      • file InternalVirtualWorkTangent.h Tangent integrators for the internal virtual work in hyperelastic formulations (pure displacement and mixed displacement-pressure), written in terms of the first Piola-Kirchhoff stress.
    • dir Kinematics Headers in Rodin/Solid/Kinematics.
      • file Invariants.h Strain invariants for isotropic and anisotropic hyperelasticity.
      • file KinematicState.h Kinematic state for finite-strain solid mechanics.
    • dir Linear Headers in Rodin/Solid/Linear.
      • dir P1 Headers in Rodin/Solid/Linear/P1.
        • file LinearElasticityIntegral.h P1 specialization of the linear elasticity bilinear form integrator.
      • file ForwardDecls.h Forward declarations for the linear (small-strain) elasticity integrators.
      • file LinearElasticityForm.h Named bilinear form of isotropic linear elasticity.
      • file LinearElasticityIntegral.h Linear elasticity bilinear form integrators.
    • dir Local Headers in Rodin/Solid/Local.
      • file ConstitutivePoint.h Central constitutive input abstraction for hyperelastic formulations.
      • file FiberKinematics.h Preferred-direction data at a constitutive point.
      • file Input.h Extensible input injection mechanism for constitutive evaluation.
      • file Output.h Extensible extraction mechanism for constitutive evaluation.
    • file ForwardDecls.h Forward declarations for the Solid mechanics module.
  • dir Solver Headers in Rodin/Solver.
    • file LinearSolver.h Declarations in LinearSolver.h.
    • file ForwardDecls.h Forward declarations for all solver classes.
    • file CG.h Conjugate gradient solver for symmetric positive definite systems.
    • file GMRES.h GMRES solver for (generally) non-symmetric linear systems.
    • file AppleAccelerate.h Apple Accelerate sparse solver wrapper (macOS).
    • file BiCGSTAB.h Bi-conjugate gradient stabilized solver for non-symmetric systems.
    • file CHOLMOD.h CHOLMOD supernodal Cholesky factorization solver wrapper.
    • file DGMRES.h DGMRES solver for (generally) non-symmetric linear systems.
    • file HouseholderQR.h Householder QR decomposition for dense matrices.
    • file IDRS.h IDRS(s) solver for (generally) non-symmetric linear systems.
    • file IDRSTABL.h IDRstab(l) solver for (generally) non-symmetric linear systems.
    • file Info.h Status reported by the factorization-based solvers.
    • file LDLT.h Robust LDLT Cholesky factorization for dense matrices.
    • file LeastSquaresCG.h Least-squares conjugate gradient solver.
    • file MINRES.h MINRES solver for symmetric (possibly indefinite) linear systems.
    • file MUMPS.h MUMPS multifrontal sparse direct solver wrapper.
    • file NewtonSolver.h Declarations in NewtonSolver.h.
    • file PartialPivLU.h Dense LU factorization solver with partial pivoting.
    • file ParU.h SuiteSparse:ParU parallel multifrontal sparse LU solver wrapper.
    • file SimplicialLDLT.h Simplicial LDLT Cholesky factorization for sparse SPD matrices.
    • file SimplicialLLT.h Simplicial LLT Cholesky factorization for sparse SPD matrices.
    • file SparseLU.h Sparse LU factorization solver.
    • file SparseQR.h Sparse QR factorization with column pivoting.
    • file SPQR.h SuiteSparseQR multifrontal sparse QR solver wrapper.
    • file UMFPack.h UMFPACK multifrontal sparse LU solver wrapper.
  • dir Test Headers in Rodin/Test.
    • dir Random Headers in Rodin/Test/Random.
      • file RandomFloat.h Uniform random floating-point generators for randomized tests.
      • file RandomInteger.h Uniform random integer generators for randomized tests.
      • file RandomPointOnTriangle.h Uniform random point sampling on reference triangles for randomized tests.
    • dir Utility Headers in Rodin/Test/Utility.
      • file ExpectedResultTable.h Declarations in ExpectedResultTable.h.
      • file ExpectedResultTable.hpp Expected-result tables for parameterized test checks.
    • file FDProbe.h Finite-difference probes for assembled Newton systems.
    • file Random.h Top-level include for randomized-input test utilities (random floats and integers with reproducible seeding).
    • file Utility.h Top-level include for test utility helpers (expected-result tables for parameterized checks).
  • dir Utility Headers in Rodin/Utility.
    • file BottomTemplate.h Defines the BottomTemplate metafunction for extracting innermost types.
    • file Cast.cpp Implementation file for Cast specializations.
    • file Cast.h Defines the Cast template for type conversions.
    • file DependentValue.h Defines the DependentValue utility for type-dependent compile-time constants.
    • file Extract.h Defines the Extract metafunction for tuple type transformation.
    • file False.h Defines the False compile-time constant for static_assert in template contexts.
    • file ForConstexpr.h Defines compile-time loop utilities for template metaprogramming.
    • file HasTypeMember.h Defines the HasTypeMember type trait for detecting nested Type members.
    • file HasValueMember.h Defines the HasValueMember type trait for detecting nested Value members.
    • file IntegerSequence.h Defines the IntegerSequence class for compile-time integer sequences.
    • file IsCompleteType.h Defines the IsCompleteType type trait for detecting complete types.
    • file IsOneOf.h Defines the IsOneOf type trait for checking type membership in a list.
    • file IsSpecialization.h Defines the IsSpecialization type trait for detecting template specializations.
    • file Make.h Defines the Make factory template for perfect forwarding construction.
    • file OptionalReference.h Defines the OptionalReference wrapper for optional reference semantics.
    • file Overloaded.h Defines the Overloaded helper for combining multiple lambdas.
    • file ParameterPack.h Defines the ParameterPack class for compile-time parameter pack manipulation.
    • file Product.h Defines the Product metafunction for computing Cartesian products of tuple types.
    • file Repeat.h Defines the Repeat metafunction for creating tuples with repeated types.
    • file STLCasts.h Defines STL-related type conversion utilities.
    • file UnwrapReference.h Defines utilities for unwrapping reference_wrapper types.
    • file Wrap.h Defines the Wrap metafunction for wrapping tuple element types.
    • file Zip.h Defines the Zip metafunction for combining two tuples element-wise.
  • dir Variational Headers in Rodin/Variational.
    • dir Exceptions Headers in Rodin/Variational/Exceptions.
      • file TestFunctionMismatchException.h Exception raised when a problem body references a test function other than the one the Problem was constructed with.
      • file TrialFunctionMismatchException.h Exception raised when a problem body references a trial function other than the one the Problem was constructed with.
      • file UndeterminedTraceDomainException.h Exception raised when a function is evaluated on an interior facet without a determined trace side (see FunctionBase::traceOf).
    • dir H1 Headers in Rodin/Variational/H1.
      • file ForwardDecls.h Forward declarations and type aliases for H1Element and H1 space classes.
      • file H1.h Declarations in H1.h.
      • file Div.h Divergence operator specialization for H1 vector functions.
      • file Dubiner.h Declarations in Dubiner.h.
      • file Fekete.h Declarations in Fekete.h.
      • file GLL.h Declarations in GLL.h.
      • file H1.cpp Implementation of H1 finite element space (currently header-only).
      • file H1.hpp Declarations in H1.hpp.
      • file H1Element.h Defines the H1Element class for H1-conforming Lagrange finite elements.
      • file H1Element.hpp Template implementation for H1Element class.
      • file JacobiPolynomial.h Declarations in JacobiPolynomial.h.
      • file LagrangeBasis.h Declarations in LagrangeBasis.h.
      • file LegendrePolynomial.h Declarations in LegendrePolynomial.h.
      • file WarpBlend.h Declarations in WarpBlend.h.
      • file Jacobian.h Jacobian operator specialization for H1 vector functions.
      • file Derivative.h Partial derivative operator specialization for H1 functions.
      • file Grad.h Gradient operator specialization for H1 (higher-order Lagrange) functions.
      • file QuadratureRule.h H1 quadrature rules with point-local reference-table borrowing.
      • file ShapeFunction.h Shape function specializations for the H1 finite element space.
    • dir P0 Headers in Rodin/Variational/P0.
      • file P0.h Declarations in P0.h.
      • file P0Element.h P0 (piecewise constant) finite element implementation.
      • file Grad.h Gradient operator specialization for P0 (piecewise constant) functions.
      • file ShapeFunction.h Shape function specializations for the P0 finite element space.
    • dir P0g Headers in Rodin/Variational/P0g.
      • file ForwardDecls.h Forward declarations for the global-constant (P0g) finite element space.
      • file P0g.h Declarations in P0g.h.
      • file Div.h Divergence operator specialization for P0g (global constant) vector functions.
      • file Jacobian.h Jacobian operator specialization for P0g (global constant) vector functions.
      • file P0gElement.h P0g (global constant) finite element implementation.
      • file Grad.h Gradient operator specialization for P0g (global constant) functions.
      • file ShapeFunction.h Shape function specializations for the global-constant (P0g) finite element space.
    • dir P1 Headers in Rodin/Variational/P1.
      • file P1.h Declarations in P1.h.
      • file LinearForm.h Linear form specialization for P1 functions (uses generic implementation).
      • file Div.h Divergence operator specialization for P1 vector functions.
      • file Jacobian.h Jacobian operator specialization for P1 vector functions.
      • file Derivative.h Partial derivative operator specialization for P1 functions.
      • file Grad.h Gradient operator specialization for P1 (piecewise linear) functions.
      • file P1Element.h P1 (piecewise linear) finite element implementation.
      • file P1Element.hpp Template implementation of P1 basis functions and derivatives.
      • file QuadratureRule.h Optimized quadrature rules for P1 finite element spaces.
      • file Potential.h Potential operator specialization for P1 functions (placeholder).
      • file ShapeFunction.h Shape function specializations for the P1 finite element space.
    • file ForwardDecls.h Forward declarations for Variational module classes.
    • file Traits.h Type traits for variational formulations.
    • file FiniteElementSpace.h Finite element space classes and infrastructure.
    • file H1.h H1-conforming Lagrange finite element space.
    • file P0.h Piecewise constant (P0) finite element space.
    • file P0g.h Top-level include for the global-constant (P0g) finite element space.
    • file P1.h Piecewise linear (P1) finite element space.
    • file BilinearForm.h Bilinear form classes for finite element assembly.
    • file GridFunction.h Grid function class for representing FEM solutions.
    • file LinearForm.h Linear form classes for finite element assembly.
    • file Problem.h Variational problem classes for finite element systems.
    • file TestFunction.h Test functions for variational formulations.
    • file TrialFunction.h Trial functions (solution functions) for variational formulations.
    • file Abs.h Absolute value operations for functions.
    • file AND.h Logical AND operator for boolean functions.
    • file Average.h Average operator for interface jump terms in DG methods.
    • file BilinearFormIntegrator.h Base classes for bilinear form integrators.
    • file BooleanFunction.h Boolean-valued functions for logical operations in variational formulations.
    • file BoundaryIntegral.h Boundary integral classes for variational formulations.
    • file BoundaryNormal.h Outward unit normal vector on domain boundaries.
    • file ComplexFunction.h Complex-valued scalar functions.
    • file Component.h Component extraction from vector and matrix functions.
    • file Conjugate.h Complex conjugate operation for functions.
    • file Cosh.h Hyperbolic cosine function operator for scalar functions.
    • file Cosine.h Cosine trigonometric function operator for scalar functions.
    • file DenseProblem.h Dense matrix problem specialization.
    • file DiffusionForm.h Declarations in DiffusionForm.h.
    • file DirichletBC.h Essential (Dirichlet) boundary conditions, in two flavours.
    • file Div.h Divergence operator for vector-valued functions.
    • file Division.h Division operation for functions.
    • file DOFMapping.h Union and local numbering of two finite-element supports.
    • file Dot.h Dot product (inner product) operations for functions and shape functions.
    • file EQ.h Equality comparison operator for functions.
    • file Exp.h Exponential function operations.
    • file F.h Coordinate projection functions for variational formulations.
    • file FaceIntegral.h Face integral classes for discontinuous Galerkin methods.
    • file FaceNormal.h Unit normal vector on mesh faces for DG and face-based formulations.
    • file FiniteElement.h Base classes for finite element definitions.
    • file Flow.h Flow map operators for shape functions and grid functions.
    • file Frobenius.h Frobenius norm operation for functions.
    • file Function.h Base class hierarchy for functions in variational formulations.
    • file GEQ.h Greater-than-or-equal comparison operator for functions.
    • file GT.h Greater-than comparison operator for functions.
    • file HelmholtzForm.h Declarations in HelmholtzForm.h.
    • file IdentityMatrix.h Identity matrix function.
    • file Im.h Imaginary part extraction from complex-valued functions.
    • file Integral.h Domain integral classes for variational formulations.
    • file IntegrationPoint.h Declarations in IntegrationPoint.h.
    • file Integrator.h Base class for all integrator types in variational formulations.
    • file InterfaceIntegral.h Interface integral classes for interior element faces.
    • file InterfaceShapeFunction.h Two-sided finite element traces with consistent local numbering.
    • file Jacobian.h Jacobian matrix operator for vector-valued functions.
    • file Jump.h Jump operator for interface discontinuities in DG methods.
    • file LagrangeFiniteElement.h Reference-space degree bounds for Lagrange finite elements.
    • file LEQ.h Less-than-or-equal comparison operator for functions.
    • file LinearFormIntegrator.h Base classes for linear form integrators.
    • file LT.h Less-than comparison operator for functions.
    • file MassForm.h Declarations in MassForm.h.
    • file MatrixFunction.h Matrix-valued functions for variational formulations.
    • file Max.h Maximum function operations.
    • file Min.h Minimum function operations.
    • file Minus.h Subtraction operations for functions, shape functions, and integrators.
    • file Mult.h Multiplication operations for functions, shape functions, and integrators.
    • file NamedFormStorage.h Operator selection and ownership for named bilinear forms.
    • file NEQ.h Inequality comparison operator for functions.
    • file NonLinearFormIntegrator.h CRTP mixin providing the nonlinear form integrator interface.
    • file OR.h Logical OR operator for boolean functions.
    • file Derivative.h Directional derivative operator for scalar functions.
    • file Grad.h Gradient operator for scalar functions and shape functions.
    • file QuadratureRule.h Quadrature rule classes for numerical integration.
    • file PeriodicBC.h Periodic boundary condition implementation.
    • file Potential.h Potential operator for computing potential fields from kernels.
    • file Pow.h Power (exponentiation) operations for functions.
    • file ProblemBody.h Problem body class managing integrators and boundary conditions.
    • file Re.h Real part extraction from complex-valued functions.
    • file RealFunction.h Real-valued scalar functions for variational formulations.
    • file ReferenceTabulation.h Numerical reference-basis values and derivatives, independent of caching.
    • file ReferenceTabulationCache.h Shared reference-basis tabulation for scalar finite elements.
    • file RelativeError.h Relative error computation utilities for grid functions.
    • file Restriction.h Restriction operators for functions on subdomains.
    • file ScalarFunction.h Base class for scalar-valued functions in variational formulations.
    • file ShapeFunction.h Base class for finite element shape functions and basis functions.
    • file Sine.h Sine trigonometric function operator for scalar functions.
    • file Sinh.h Hyperbolic sine function operator for scalar functions.
    • file SparseProblem.h Sparse matrix problem specialization.
    • file Sqrt.h Square root operations for functions.
    • file Sum.h Addition operation for functions, shape functions, and form integrators.
    • file Tangent.h Tangent trigonometric function operator for scalar functions.
    • file TensorFunction.h Constant or callable spatial-tensor coefficients in variational forms.
    • file Trace.h Matrix trace operator for matrix-valued functions.
    • file TraceOperator.h Function trace operator for boundary restriction.
    • file Transpose.h Matrix and ShapeFunction transpose operations.
    • file UnaryMinus.h Negation operator for functions, shape functions, and integrators.
    • file VectorFunction.h Vector-valued functions for variational formulations.
    • file Zero.h Zero function for variational formulations.
  • file Adaptation.h Top level include for Rodin adaptation utilities.
  • file Alert.h Main include file for the Alert module.
  • file Array.h Defines array types and utility functors for index arrays.
  • file Copyable.h Defines the Copyable interface for polymorphic copying.
  • file FlatSet.h Defines comparison and hash functors for IndexSet types.
  • file FormLanguage.h Top level include for the Rodin::FormLanguage module.
  • file ForwardDecls.h Forward declarations for core Rodin types.
  • file Common.h Common definitions and includes used throughout Rodin.
  • file Heart.h Top-level include for the Heart module (reduced-order cardiac models, currently the CCMLC2014 0D ventricular stepper).
  • file Identifiable.h Defines the Identifiable interface.
  • file MMG.h Public umbrella header for the MMG module.
  • file Configure.h.in Build configuration and feature-selection macros for Rodin.
  • file Moveable.h Defines the Moveable interface for polymorphic move operations.
  • file Assembly.h Top level include for the Rodin::Assembly module.
  • file Context.h Top level include for the Rodin::Context module.
  • file MPI.h Top level include for the Rodin::MPI module.
  • file Geometry.h Top level include for the Rodin::Geometry utilities.
  • file IO.h Top level include for the Rodin::IO module.
  • file Location.h Top level include for Rodin point-location utilities.
  • file Variational.h Top level include for the Rodin::Variational namespace.
  • file Pair.h Defines the Pair class, a specialized two-element Tuple.
  • file PETSc.h Top level include for the Rodin::PETSc module.
  • file Math.h Top level include for the Rodin::Math module.
  • file Solver.h Main header for the Solver module.
  • file QF.h Top level include for the Rodin::QF module.
  • file Solid.h Aggregator header for the Rodin::Solid module.
  • file Test.h Top level include for the Rodin::Test module.
  • file Utility.h Top level include for the Rodin::Utility module.
  • file Threads.h Legacy threading header whose component headers are no longer shipped.
  • file Tuple.h Defines the Tuple class, an extended tuple implementation.
  • file Types.h Fundamental type definitions for the Rodin library.
  • file Cast.h Defines the Cast template for type conversion operations.
• file Rodin.h Top level include for Rodin library.