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Sundance Namespace Reference

A SingleCellSet is a CellSet which contains only one Cell. More...

Compounds

class BasisFamily
class BasisFamilyBase
class CellSetFunctionList
Class CellSetFunctionList tabulates the basis families and function IDs that exist on a given cell set.
class DistributedDOFMap
class DistributedMatrixBuilder
class DOFMapBase
class EquationSet
class EssentialBC
class FEDiscretizer
class FunctionalEvaluator
class GaussianQuadrature
class GaussLegendre
class Lagrange
class LocalMatrix
class NullQuadratureFamily
class ParameterBasis
class ParametricMatrixElement
class ParametricVectorElement
class QuadBasisSpecifier
class QuadExprSpecifier
class QuadratureFamily
class QuadratureFamilyBase
class QuadraturePoints
class ReplicatedDOFMap
class ScalarBasis
class SensitivityEvaluator
class Serendipity
class StaticLinearProblem
class TemporaryMapper
class VectorBasis
class WeakForm
class WorkSet
class AbstractFunctionSpace
class Block
class KayLoghinPreconditionerFactory
class NewtonLinearization
class NonlinearProblem
class PicardLinearization
class RSQPSundanceDirectInterface
class RSQPSundanceInterface
class SundanceVectorSpace
class CellSetFactory
class EquationFactory
class ExprFactory
class ExprParser
class ExprScanner
class Interpreter
class MeshFactory
class OperatorEngine
class ProxyVector
class SundanceComputeThread
class SundanceHandler
class SundanceHandlerFactory
class SundanceMemoryManagerThread
class SundanceProblem
class Token
class ADReal
First-order automatic differentiation of a multivariable function. More...
class ContainerComm
class ContainerComm< string >
class Defaults
class Gauss1D
Get abscissas and weights for Gauss-Legendre quadrature.
class MPIComm
class MPITraits
class MPITraits< int >
class MPITraits< float >
class MPITraits< double >
class MPITraits< char >
class Pool
struct Link
struct Chunk
class Testing
class Timer
class TriangleQuadrature
Get abscissas and weights for Gaussian quadrature on triangles.
class AndExpr
class BinaryLogicalExpr
class CellDiameterExpr
class CellNormalExpr
class ConstantExpr
class CoordExpr
class Derivative
class DiffOp
class DiscreteFuncListExpr
class DiscreteFunction
class DiscreteFunctionDeriv
class Expr
Expr represents a mathematical expression. An Expr can be an atomic entity such as a constant, a function, or a differential operator; or an expr can be a compound object such as a sum, project, or list of exprs. More... . More...
class ExprArray
class ExprBase
class ExprBasePtr
class ExprHandle
class ExprHashtable
class ExprValue
class ExprValueBase
class ExprValueList
class FuncExprBase
class HoldExpr
class IntegralExpr
class ListBatch
class ListBatchBase
class ListExpr
class ListListBatch
class LogicalExpr
class LogicalExprBase
class MultiIndex
class NotExpr
class OrExpr
class ParameterExpr
class PowerExpr
class ProductExpr
class RegionalExpr
class RelationalExpr
class ScalarBatch
class ScalarExprValue
class StdFunctionExpr
class SumExpr
class SymbolicFunction
class TermListExpr
class TestFunction
class TestParameter
class UnaryExpr
class UnknownFunction
class UnknownParameter
class UserDefinedFunction
class UserFuncExpr
class FuncPtrBase
class FuncOfX
class UserFuncPtr
class AffineBrickCellFactory
class AffineBrickMesher
Mesher for bricks.
class AffineBrickReferenceCell
class AffineLineCellFactory
class AffineLineReferenceCell
class AffineQuadCellFactory
class AffineQuadMesher
Mesher for bricks.
class AffineQuadReferenceCell
class AffineReferenceCell
class AffineTetCellFactory
class AffineTetReferenceCell
class AffineTriangleCellFactory
class AffineTriangleReferenceCell
class BinaryOpCellSet
class BoundaryCellSet
class BoxMesher
Mesher for boxes.
class BrickCellFactory
class BrickFacetSet
class BrickMesher
Mesher for bricks.
class BrickReferenceCell
class Cell
class CellBase
class CellBlock
class CellFactory
class CellFactoryBase
class CellJacobian
class CellReordererBase
class CellSet
class CellSetBase
class CellSubset
class CellTopologyCode
class ContourFittingTransformation
Transforms a mesh so that the level curve f(x)=0 lies on cell edges. More...
class DimensionalCellSet
class ExclusionCellSet
class ExodusMeshReader
class FacetSetBase
class IdentityCellReorderer
class IntermediateCell
class IntersectionCellSet
class InvCellHessian
class InvCellJacobian
class LabeledCellSet
class LineFacetSet
class LineMesher
Mesher for lines.
class MaximalCell
class MaximalCellSet
class Mesh
class MeshData
class MeshGeneratorBase
Base class for MeshGenerators.
class MeshGenerator
class MeshReaderBase
Base class for MeshReaders.
class MeshReader
class MeshTransformationBase
Base class for MeshTransformations.
class MeshTransformation
class MeshWriterBase
class MeshWriter
class NullCellSet
class PartitionedLineMesher
Mesher for rectangles.
class PartitionedRectangleMesher
Mesher for rectangles.
class PATRANNeutralMeshReader
class Point
class PointCellFactory
class PointReferenceCell
class QuadCellFactory
class QuadFacetSet
class QuadMesher
Mesher for bricks.
class QuadReferenceCell
class RawMeshWriter
class RCMCellReorderer
class CellDegree
class RectangleMesher
Mesher for rectangles.
class ReferenceCell
class ReferenceCellBase
class ShewchukMeshReader
class ShewchukMeshWriter
class SimpleTetMeshReader
class SimpleTetMeshWriter
class SingleCellSet
class TetFacetSet
class TextMeshReader
class TextMeshWriter
class TriangleFacetSet
class UnionCellSet
class ZeroCell
class ExodusWriter
class FieldWriter
class FieldWriterBase
class MatlabVectorWriter
class MatlabWriter
class NodeWriter
class VectorWriter
class VTKWriter

Typedefs

typedef double(* StdFunctionPtr )(double)
typedef Expr(* StdFuncOfExpr )(const Expr &)
typedef int(* CellProcessorResolver )(const Cell &cell, const MPIComm &comm)
typedef bool(* CellConditional )(const Cell &cell)

Enumerations

enum TokenType {
  TT_Unknown, TT_Assign, TT_OpenParen, TT_CloseParen,
  TT_OpenBracket, TT_CloseBracket, TT_OpenBrace, TT_CloseBrace,
  TT_Comma, TT_Plus, TT_Minus, TT_Times,
  TT_Divide, TT_Constant, TT_Name, TT_Equal,
  TT_LessThan, TT_GreaterThan, TT_LessThanOrEqual, TT_GreaterThanOrEqual,
  TT_And, TT_Or, TT_Not, TT_NotEqual,
  TT_End
}
enum ExprType {
  BASEEXPR, SUMEXPR, PRODUCTEXPR, FUNCEXPR,
  CONSTANTEXPR, LISTEXPR, DERIVATIVE, DIFFOP,
  FUNCEXPRBASE, SYMBOLICFUNCTION, UNKNOWNFUNCTION, TESTFUNCTION,
  COORDEXPR, DISCRETEFUNCTION, STDFUNCTIONEXPR, POWEREXPR,
  DISCRETEFUNCTIONDERIV, PARAMETEREXPR, USERFUNCEXPR, HOLDEXPR,
  REGIONALEXPR, CELLDIAMETEREXPR, INTEGRALEXPR, UNKNOWNPARAMETER,
  TESTPARAMETER, CELLNORMALEXPR
}
enum RelationalOperator {
RelEQ, RelNEQ, RelLT, RelGT,
RelLE, RelGE
}
enum StdFunctionCode {
  StdSin, StdCos, StdExp, StdLog,
  StdCosh, StdSinh, StdSqrt, StdFabs,
  StdSign, StdATan, StdACos, StdASin
}
enum CellType {
NullCell, PointCell, LineCell, TriangleCell,
TetCell, QuadCell, BrickCell, PrismCell
}

Functions

ostream & operator<< (ostream &os, const LocalMatrix &A)
TSFArray< Block > BlockList (const Block &block)
TSFArray< Block > BlockList (const Block &block1, const Block &block2)
TSFArray< Block > BlockList (const Block &block1, const Block &block2, const Block &block3)
TSFArray< Block > BlockList (const Block &block1, const Block &block2, const Block &block3, const Block &block4)
ComputeThread * createEmptySundanceComputeThread ()
IdeaMessageHandler * createEmptySundanceHandler ()
ostream & operator<< (ostream &os, const Token &t)
ADReal operator+ (const double &scalar, const ADReal &a)
ADReal operator- (const double &scalar, const ADReal &a)
ADReal operator * (const double &scalar, const ADReal &a)
ADReal operator/ (const double &scalar, const ADReal &a)
void showVersion ()
string toString (const Expr &expr)
ostream & operator<< (ostream &os, const Expr &expr)
int hashCode (const Expr &expr)
ostream & operator<< (ostream &os, const ExprArray &array)
ostream & operator<< (ostream &os, ExprHashtable &h)
Expr Integral (const Expr &integrand, const QuadratureFamily &quad=Defaults::quadratureFamily())
Expr Integral (const CellSet &domain, const Expr &integrand, const QuadratureFamily &quad=Defaults::quadratureFamily())
ostream & operator<< (ostream &os, const MultiIndex &d)
string toString (const MultiIndex &d)
void init (int *argc, void ***argv)
void init (int argc, void **argv)
deprecated initialization, does not work correctly with some versions of MPI
void finalize ()
void handleError (exception &e, const string &filename)
TSFTimer & totalTimer ()
template<int dim> Expr gradient (const Expr &f)
template<> Expr gradient< 1 > (const Expr &f)
template<> Expr gradient< 2 > (const Expr &f)
template<> Expr gradient< 3 > (const Expr &f)
template<int dim> Expr divergence (const Expr &f)
template<> Expr divergence< 1 > (const Expr &f)
template<> Expr divergence< 2 > (const Expr &f)
template<> Expr divergence< 3 > (const Expr &f)
Expr cross (const Expr &a, const Expr &b)
template<int dim> Expr curl (const Expr &f)
template<> Expr curl< 2 > (const Expr &f)
template<> Expr curl< 3 > (const Expr &f)
template<int dim> Expr grad (const Expr &f)
template<> Expr grad< 1 > (const Expr &f)
template<> Expr grad< 2 > (const Expr &f)
template<> Expr grad< 3 > (const Expr &f)
template<int dim> Expr div (const Expr &f)
template<> Expr div< 1 > (const Expr &f)
template<> Expr div< 2 > (const Expr &f)
template<> Expr div< 3 > (const Expr &f)
ostream & operator<< (ostream &os, const Cell &cell)
ostream & operator<< (ostream &os, CellJacobian &J)
ostream & operator<< (ostream &os, InvCellJacobian &J)
ostream & operator<< (ostream &os, const Point &p)
Point operator * (const double &a, const Point &p)
void showCellSet (const string &filename, const Mesh &mesh, const string &label)

Variables

Typedef Documentation

typedef double(* Sundance::StdFunctionPtr)(double)

Definition at line 24 of file StdFunctionExpr.h.

typedef Expr(* Sundance::StdFuncOfExpr)(const Expr&)

Definition at line 26 of file StdFunctionExpr.h.

typedef int(* Sundance::CellProcessorResolver)(const Cell& cell, const MPIComm& comm)

Definition at line 23 of file FindLocalSubdomain.h.
Referenced by Sundance::Mesh::findLocalSubdomain().

typedef bool(* Sundance::CellConditional)(const Cell& cell)

Definition at line 27 of file Mesh.h.

Enumeration Type Documentation

enum Sundance::TokenType

Enumeration values:

TT_Unknown

TT_Assign

TT_OpenParen

TT_CloseParen

TT_OpenBracket

TT_CloseBracket

TT_OpenBrace

TT_CloseBrace

TT_Comma

TT_Plus

TT_Minus

TT_Times

TT_Divide

TT_Constant

TT_Name

TT_Equal

TT_LessThan

TT_GreaterThan

TT_LessThanOrEqual

TT_GreaterThanOrEqual

TT_And

TT_Or

TT_Not

TT_NotEqual

TT_End

Definition at line 18 of file Token.h.

enum Sundance::ExprType

Enumeration values:

BASEEXPR

SUMEXPR

PRODUCTEXPR

FUNCEXPR

CONSTANTEXPR

LISTEXPR

DERIVATIVE

DIFFOP

FUNCEXPRBASE

SYMBOLICFUNCTION

UNKNOWNFUNCTION

TESTFUNCTION

COORDEXPR

DISCRETEFUNCTION

STDFUNCTIONEXPR

POWEREXPR

DISCRETEFUNCTIONDERIV

PARAMETEREXPR

USERFUNCEXPR

HOLDEXPR

REGIONALEXPR

CELLDIAMETEREXPR

INTEGRALEXPR

UNKNOWNPARAMETER

TESTPARAMETER

CELLNORMALEXPR

Definition at line 38 of file ExprBase.h.

enum Sundance::RelationalOperator

Enumeration values:

RelEQ

RelNEQ

RelLT

RelGT

RelLE

RelGE

Definition at line 20 of file RelationalExpr.h.
Referenced by Sundance::RelationalExpr::RelationalExpr().

enum Sundance::StdFunctionCode

Enumeration values:

StdSin

StdCos

StdExp

StdLog

StdCosh

StdSinh

StdSqrt

StdFabs

StdSign

StdATan

StdACos

StdASin

Definition at line 20 of file StdFunctionExpr.h.

enum Sundance::CellType

Enumeration values:

NullCell

PointCell

LineCell

TriangleCell

TetCell

QuadCell

BrickCell

PrismCell

Definition at line 19 of file CellType.h.
Referenced by Sundance::CellTopologyCode::CellTopologyCode(), Sundance::CellTopologyCode::operator<(), and Sundance::CellTopologyCode::operator==().

Function Documentation

ostream& operator<< ( ostream & os,

const LocalMatrix & A

)

TSFArray<Block> BlockList ( const Block & block ) [inline]

Definition at line 53 of file Block.h.
Referenced by BlockList().

TSFArray<Block> BlockList ( const Block & block1,

const Block & block2

) [inline]

Definition at line 60 of file Block.h.
References BlockList().

TSFArray<Block> BlockList ( const Block & block1,

const Block & block2,

const Block & block3

) [inline]

Definition at line 67 of file Block.h.
References BlockList().

TSFArray<Block> BlockList ( const Block & block1,

const Block & block2,

const Block & block3,

const Block & block4

) [inline]

Definition at line 75 of file Block.h.
References BlockList().

ComputeThread* createEmptySundanceComputeThread ( )

IdeaMessageHandler* createEmptySundanceHandler ( )

ostream& operator<< ( ostream & os,

const Token & t

) [inline]

Definition at line 73 of file Token.h.
References Sundance::Token::print().

ADReal operator+ ( const double & scalar,

const ADReal & a

)

ADReal operator- ( const double & scalar,

const ADReal & a

)

ADReal operator * ( const double & scalar,

const ADReal & a

)

ADReal operator/ ( const double & scalar,

const ADReal & a

)

void showVersion ( ) [inline]

Definition at line 14 of file SundanceVersion.h.

string toString ( const Expr & expr ) [inline]

Definition at line 464 of file Expr.h.
References Sundance::Expr::toString().

ostream& operator<< ( ostream & os,

const Expr & expr

) [inline]

Definition at line 470 of file Expr.h.
References Sundance::Expr::print().

int hashCode ( const Expr & expr ) [inline]

Definition at line 476 of file Expr.h.
References Sundance::Expr::hashCode().

ostream& operator<< ( ostream & os,

const ExprArray & array

)

ostream& operator<< ( ostream & os,

ExprHashtable & h

) [inline]

Definition at line 82 of file ExprHashtable.h.
References Sundance::ExprHashtable::print().

Expr Integral ( const Expr & integrand,

const QuadratureFamily & quad = Defaults::quadratureFamily()

)

Expr Integral ( const CellSet & domain,

const Expr & integrand,

const QuadratureFamily & quad = Defaults::quadratureFamily()

)

ostream& operator<< ( ostream & os,

const MultiIndex & d

) [inline]

Definition at line 104 of file MultiIndex.h.
References Sundance::MultiIndex::order().

string toString ( const MultiIndex & d ) [inline]

Definition at line 111 of file MultiIndex.h.
References Sundance::MultiIndex::order(), and TSF::toString().

void init ( int * argc,

void *** argv

)

Examples:
burgers1D.cpp, catenary.cpp, heat1D.cpp, heat2D.cpp, and inlinePoissonBoltzmann1D.cpp.

void init ( int argc,

void ** argv

)

void finalize ( )

Examples:
burgers1D.cpp, catenary.cpp, heat1D.cpp, heat2D.cpp, and inlinePoissonBoltzmann1D.cpp.

void handleError ( exception & e,

const string & filename

)

Examples:
burgers1D.cpp, heat2D.cpp, and inlinePoissonBoltzmann1D.cpp.

TSFTimer& totalTimer ( )

template<int dim>

Expr gradient ( const Expr & f )

template<>

Expr gradient< 1 > ( const Expr & f ) [inline]

template<>

Expr gradient< 2 > ( const Expr & f ) [inline]

template<>

Expr gradient< 3 > ( const Expr & f ) [inline]

template<int dim>

Expr divergence ( const Expr & f )

template<>

Expr divergence< 1 > ( const Expr & f ) [inline]

template<>

Expr divergence< 2 > ( const Expr & f ) [inline]

template<>

Expr divergence< 3 > ( const Expr & f ) [inline]

Expr cross ( const Expr & a,

const Expr & b

) [inline]

Definition at line 90 of file SymbolicUtilities.h.
References Sundance::Expr::length(), and Sundance::Expr::toString().

template<int dim>

Expr curl ( const Expr & f )

template<>

Expr curl< 2 > ( const Expr & f ) [inline]

template<>

Expr curl< 3 > ( const Expr & f ) [inline]

template<int dim>

Expr grad ( const Expr & f )

template<>

Expr grad< 1 > ( const Expr & f ) [inline]

template<>

Expr grad< 2 > ( const Expr & f ) [inline]

template<>

Expr grad< 3 > ( const Expr & f ) [inline]

template<int dim>

Expr div ( const Expr & f )

template<>

Expr div< 1 > ( const Expr & f ) [inline]

template<>

Expr div< 2 > ( const Expr & f ) [inline]

template<>

Expr div< 3 > ( const Expr & f ) [inline]

ostream& operator<< ( ostream & os,

const Cell & cell

) [inline]

Definition at line 194 of file Cell.h.
References Sundance::Cell::print().

ostream& operator<< ( ostream & os,

CellJacobian & J

)

ostream& operator<< ( ostream & os,

InvCellJacobian & J

)

ostream& operator<< ( ostream & os,

const Point & p

)

Point Sundance::operator * ( const double & a,

const Point & p

) [inline]

Definition at line 215 of file Point.h.

void showCellSet ( const string & filename,

const Mesh & mesh,

const string & label

)

Variable Documentation

Expr Sundance::Scalar()

Expr Sundance::nabla()

Expr Sundance::nabla<1>()

Expr Sundance::nabla<2>()

Expr Sundance::nabla<3>()

Contact:

Kevin Long (krlong@ca.sandia.gov)

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