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Sundance::WorkSet Class Reference

#include <WorkSet.h>

List of all members.

Public Methods

• WorkSet (int capacity, const Cell &prototype)
• void setSize (int nCells)

  set the size of the workset.
  
  

• int nCells () const

  return the number of cells to be used
  
  

• int capacity () const

  return the max number of cells used in a single batch
  
  

• int cellDim () const

  return the dimension of the cells in the work set
  
  

• int spatialDim () const

  return the spatial dimension
  
  

• int cellIndex (int c) const
• const TSFArray< Cell > cells () const

  return the list of cells
  
  

• const CellTopologyCode & integrationCellType (int derivOrder) const

  return the type of cell on which the integral will be done.
  
  

• const CellTopologyCode & cellType () const

  return the type of cell in the work set
  
  

• const Cell & getCell (int c) const
• void addCell (const Cell &cell, int &cellCount)

  add a cell to the workset
  
  

• void resetCaches ()

  destroy cached quantities that depend on physical coordinates.
  
  

• void buildLocalMatrix (const WeakForm &weakForm, TSFArray< LocalMatrix > &matrix)
• void buildLocalVector (const WeakForm &wekaForm, TSFArray< DenseSerialVector > &vector)
• double integrate (const Expr &integrand, const QuadratureFamily &quad)
• TSFSmartPtr< DenseSerialVector > getPhysBasisValues (const BasisFamily &basis, const QuadratureFamily &quad, int derivOrder) const

  get basis function (or derivative) values in reference coordinates.
  
  

• TSFSmartPtr< DenseSerialVector > getExprValues (const Expr &expr, const QuadratureFamily &quad) const

  evaluate an expr at all quad points in a work set
  
  

• void getCoordExprValues (const QuadratureFamily &qp, int direction, DenseSerialVector &result) const

  compute and cache the values of a CoordExpr
  
  

• void getUserFuncExprValues (const QuadratureFamily &qp, const TSFSmartPtr< UserDefinedFunction > &func, DenseSerialVector &result) const

  compute the values of a UserFuncExpr
  
  

• void getCellDiameterExprValues (const QuadratureFamily &qp, DenseSerialVector &result) const

  compute and cache the values of a CellDiameterExpr
  
  

• void getCellNormalExprValues (const QuadratureFamily &qp, int direction, DenseSerialVector &result) const

  compute and cache the values of a CellNormalExpr
  
  

• void evaluateDiscreteFunc (const TSFSmartPtr< DOFMapBase > &map, const CellSet &domain, const TSFVector &vector, const BasisFamily &basis, int funcIndex, const MultiIndex &deriv, const QuadratureFamily &quadFamily, DenseSerialVector &result) const

  evaluate a discrete function on the workset
  
  

• TSFSmartPtr< DenseSerialVector > getQuadWeights (const QuadratureFamily &q) const

  look up the quadrature weights for a quad family
  
  

• int getQuadSize (const QuadratureFamily &q) const
• void setupQuadrature (const QuadratureFamily &q) const
• const int * cellIndex () const
• const double * detJ () const
• const double & detJ (int c, int numQuadPoints=1, int quadPoint=0) const

Static Public Methods

• void verboseOn ()
• void verboseOff ()
• bool & paranoidChecking ()

Private Methods

• TSFSmartPtr< DenseSerialVector > getRefBasisValues (const BasisFamily &basis, const QuadratureFamily &quad, int derivOrder) const

  get basis function (or derivative) values in reference coordinates.
  
  

• void addMaximalCell (const Cell &cell, int cellCount)
• void addEmbeddedCell (const Cell &cell, int cellCount)
• void setJacobianValues (const QuadratureFamily &quadFamily)

  Calculate and store the Jacobian, inverse Jacobian and detJacobian for all of the cells.
  
  

• void getJacobian (const Cell &cell, int cellCount, const QuadraturePoints &quadPoints)

  Calculate and stor the Jacobian and inverse Jacobian for a single Cell at multiple points.
  
  

• void getConstantJacobian (const Cell &cell, int cellCount)

  Calculate and stor the Jacobian and inverse Jacobian for an Affine Cell.
  
  

• TSFSmartPtr< DenseSerialVector > getPhysicalQuadPoints (const QuadratureFamily &quad) const

  transform a set of quad points to physical coordinates
  
  

• TSFSmartPtr< DenseSerialVector > getReferenceQuadPoints (const QuadratureFamily &quad) const

  transform a set of quad points to physical coordinates
  
  

• TSFSmartPtr< DenseSerialVector > getParentQuadPoints (const QuadratureFamily &quad) const

  get quad points in reference coordinates defined on parent cell
  
  

• void computeCoords (const QuadratureFamily &quadFamily) const
• void computeCellDiameters (const QuadratureFamily &quadFamily) const
• void computeCellNormals (const QuadratureFamily &quadFamily) const
• double * J ()
• const double * invJ () const
• double * invJ ()
• void printRefQuadPoints (const QuadratureFamily &quad, int c) const

  print the ref quadrature points for the c-th cell
  
  

• void printPhysQuadPoints (const QuadratureFamily &quad, int c) const

  print the physical quadrature points for the c-th cell
  
  

Static Private Methods

• TSFTimer & localMatrixTimer ()

  time for local matrix assembly
  
  

• TSFTimer & localVectorTimer ()

  time for local vector assembly
  
  

• TSFTimer & integrationTimer ()

  time for integration
  
  

• TSFTimer & workSetAssemblyTimer ()

  time for work set assembly
  
  

• TSFTimer & basisTransformationTimer ()

  time for basis transformations
  
  

• TSFTimer & discreteFuncEvalTimer ()

  time for discrete function evaluation
  
  

Private Attributes

• int capacity_
• int nCells_
• int spatialDim_
• int cellDim_
• CellTopologyCode cellType_
• CellTopologyCode maximalCellType_
• int nodesPerCell_
• bool isAffine_
• TSFArray< int > cellIndex_
• TSFArray< Cell > cells_
• DenseSerialVector detJ_

  abs(determinant(J)), stored one per cell for affine cells, and one per quadrature point for non-affine cells
  
  

• DenseSerialVector J_

  jacobian matrix, stored one per cell for affine cells, and one per quadrature point for non-affine cells
  
  

• DenseSerialVector invJ_

  inverse jacobian matrix, stored one per cell for affine cells, and one per quadrature point for non-affine cells
  
  

• DenseSerialVector jTmp_

  temp variable used in inverting J
  
  

• TSFArray< int > iPiv_

  temp variable used in inverting J
  
  

• TSFHashtable< QuadratureFamily,
  TSFSmartPtr< DenseSerialVector > > refQuadPts_

  the quadrature points used with a given rule
  
  

• TSFHashtable< QuadratureFamily,
  TSFSmartPtr< DenseSerialVector > > physQuadPts_

  the quadrature points in physical coordinates
  
  

• TSFHashtable< QuadratureFamily,
  TSFSmartPtr< DenseSerialVector > > parentQuadPts_

  the quadrature points in parent-cell ref coords
  
  

• TSFHashtable< QuadratureFamily,
  int > nQuadPoints_

  the number of quadrature points for each family
  
  

• TSFHashtable< QuadratureFamily,
  TSFSmartPtr< DenseSerialVector > > quadWeights_

  the quad weights for each family
  
  

• TSFHashtable< QuadBasisSpecifier,
  TSFSmartPtr< DenseSerialVector > > refBasisValues_

  the values of the basis function at all quadrature points in reference coordinates
  
  

• TSFHashtable< QuadBasisSpecifier,
  TSFSmartPtr< DenseSerialVector > > physBasisValues_

  the values of the basis function at all quadrature points in physical coordinates
  
  

• TSFHashtable< QuadExprSpecifier,
  TSFSmartPtr< DenseSerialVector > > exprValues_

  the values of an Expr at all quadrature points
  
  

• TSFHashtable< QuadratureFamily,
  TSFArray< TSFSmartPtr< DenseSerialVector > > > coordValues_

  the values of the coordinate function at all quadrature points
  
  

• TSFHashtable< QuadratureFamily,
  TSFArray< TSFSmartPtr< DenseSerialVector > > > cellNormalValues_

  the values of the cell normal function at all quadrature points
  
  

• TSFHashtable< QuadratureFamily,
  TSFSmartPtr< DenseSerialVector > > cellDiameterValues_

  the values of the cell diameter function at all quadrature points
  
  

• bool needsPhysQuadPts_

  flag to indicate that physical quad points should be recomputed
  
  

• bool needsPhysBasisValues_

  flag to indicate that physical basis fcn values should be recomputed
  
  

• bool needsCoordValues_

  flag to indicate that coordinate values should be recomputed
  
  

• bool needsCellNormalValues_

  flag to indicate that cell normal values should be recomputed
  
  

• bool needsCellDiameterValues_

  flag to indicate that cell diameter values should be recomputed
  
  

• bool needsJacobianValues_

  flag to indicate that Jacobian values need to be computed
  
  

• bool needsParentQuadPts_

  flag to indicate that parent quad points should be recomputed
  
  

Static Private Attributes

• bool verbose_

  flag to print out verbose diagnostic information
  
  

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Constructor & Destructor Documentation

Sundance::WorkSet::WorkSet (  int    capacity, const Cell &    prototype )

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Member Function Documentation

void Sundance::WorkSet::setSize (  int    nCells )  [inline]

Definition at line 34 of file WorkSet.h. References nCells(), and nCells_.

int Sundance::WorkSet::nCells (    )  const [inline]

Definition at line 37 of file WorkSet.h. References nCells_. Referenced by setSize().

int Sundance::WorkSet::capacity (    )  const [inline]

Definition at line 40 of file WorkSet.h. References capacity_.

int Sundance::WorkSet::cellDim (    )  const [inline]

Definition at line 43 of file WorkSet.h. References cellDim_.

int Sundance::WorkSet::spatialDim (    )  const [inline]

Definition at line 46 of file WorkSet.h. References spatialDim_.

int Sundance::WorkSet::cellIndex (  int    c )  const [inline]

Definition at line 49 of file WorkSet.h. References cellIndex_.

const TSFArray<Cell> Sundance::WorkSet::cells (    )  const [inline]

Definition at line 52 of file WorkSet.h. References cells_.

const CellTopologyCode& Sundance::WorkSet::integrationCellType (  int    derivOrder )  const

This will be the same as the workset cell type, unless the work set is defined for non-maximal cells and the weak form contains a derivative. In that case, the integration cell will be a maximal cofacet.

const CellTopologyCode& Sundance::WorkSet::cellType (    )  const [inline]

Definition at line 62 of file WorkSet.h. References cellType_. Referenced by TSF::toString().

const Cell& Sundance::WorkSet::getCell (  int    c )  const [inline]

Definition at line 65 of file WorkSet.h. References cells_.

void Sundance::WorkSet::addCell (  const Cell &    cell, int &    cellCount )

void Sundance::WorkSet::resetCaches (    )

void Sundance::WorkSet::buildLocalMatrix (  const WeakForm &    weakForm, TSFArray< LocalMatrix > &    matrix )

void Sundance::WorkSet::buildLocalVector (  const WeakForm &    wekaForm, TSFArray< DenseSerialVector > &    vector )

double Sundance::WorkSet::integrate (  const Expr &    integrand, const QuadratureFamily &    quad )

TSFSmartPtr<DenseSerialVector> Sundance::WorkSet::getPhysBasisValues (  const BasisFamily &    basis, const QuadratureFamily &    quad, int    derivOrder )  const

TSFSmartPtr<DenseSerialVector> Sundance::WorkSet::getExprValues (  const Expr &    expr, const QuadratureFamily &    quad )  const

void Sundance::WorkSet::getCoordExprValues (  const QuadratureFamily &    qp, int    direction, DenseSerialVector &    result )  const

void Sundance::WorkSet::getUserFuncExprValues (  const QuadratureFamily &    qp, const TSFSmartPtr< UserDefinedFunction > &    func, DenseSerialVector &    result )  const

void Sundance::WorkSet::getCellDiameterExprValues (  const QuadratureFamily &    qp, DenseSerialVector &    result )  const

void Sundance::WorkSet::getCellNormalExprValues (  const QuadratureFamily &    qp, int    direction, DenseSerialVector &    result )  const

void Sundance::WorkSet::evaluateDiscreteFunc (  const TSFSmartPtr< DOFMapBase > &    map, const CellSet &    domain, const TSFVector &    vector, const BasisFamily &    basis, int    funcIndex, const MultiIndex &    deriv, const QuadratureFamily &    quadFamily, DenseSerialVector &    result )  const

TSFSmartPtr<DenseSerialVector> Sundance::WorkSet::getQuadWeights (  const QuadratureFamily &    q )  const

int Sundance::WorkSet::getQuadSize (  const QuadratureFamily &    q )  const

void Sundance::WorkSet::setupQuadrature (  const QuadratureFamily &    q )  const

const int* Sundance::WorkSet::cellIndex (    )  const [inline]

Definition at line 132 of file WorkSet.h. References cellIndex_.

const double* Sundance::WorkSet::detJ (    )  const [inline]

Definition at line 134 of file WorkSet.h. References detJ_.

const double& Sundance::WorkSet::detJ (  int    c, int    numQuadPoints = 1, int    quadPoint = 0 )  const [inline]

Definition at line 136 of file WorkSet.h. References detJ_.

void Sundance::WorkSet::verboseOn (    )  [inline, static]

Definition at line 138 of file WorkSet.h. References verbose_.

void Sundance::WorkSet::verboseOff (    )  [inline, static]

Definition at line 139 of file WorkSet.h. References verbose_.

bool& Sundance::WorkSet::paranoidChecking (    )  [inline, static]

Definition at line 141 of file WorkSet.h.

TSFSmartPtr<DenseSerialVector> Sundance::WorkSet::getRefBasisValues (  const BasisFamily &    basis, const QuadratureFamily &    quad, int    derivOrder )  const [private]

void Sundance::WorkSet::addMaximalCell (  const Cell &    cell, int    cellCount )  [private]

void Sundance::WorkSet::addEmbeddedCell (  const Cell &    cell, int    cellCount )  [private]

void Sundance::WorkSet::setJacobianValues (  const QuadratureFamily &    quadFamily )  [private]

void Sundance::WorkSet::getJacobian (  const Cell &    cell, int    cellCount, const QuadraturePoints &    quadPoints )  [private]

void Sundance::WorkSet::getConstantJacobian (  const Cell &    cell, int    cellCount )  [private]

TSFSmartPtr<DenseSerialVector> Sundance::WorkSet::getPhysicalQuadPoints (  const QuadratureFamily &    quad )  const [private]

TSFSmartPtr<DenseSerialVector> Sundance::WorkSet::getReferenceQuadPoints (  const QuadratureFamily &    quad )  const [private]

TSFSmartPtr<DenseSerialVector> Sundance::WorkSet::getParentQuadPoints (  const QuadratureFamily &    quad )  const [private]

void Sundance::WorkSet::computeCoords (  const QuadratureFamily &    quadFamily )  const [private]

void Sundance::WorkSet::computeCellDiameters (  const QuadratureFamily &    quadFamily )  const [private]

void Sundance::WorkSet::computeCellNormals (  const QuadratureFamily &    quadFamily )  const [private]

double* Sundance::WorkSet::J (    )  [inline, private]

Definition at line 178 of file WorkSet.h. References J_.

const double* Sundance::WorkSet::invJ (    )  const [inline, private]

Definition at line 180 of file WorkSet.h. References invJ_.

double* Sundance::WorkSet::invJ (    )  [inline, private]

Definition at line 182 of file WorkSet.h. References invJ_.

void Sundance::WorkSet::printRefQuadPoints (  const QuadratureFamily &    quad, int    c )  const [private]

void Sundance::WorkSet::printPhysQuadPoints (  const QuadratureFamily &    quad, int    c )  const [private]

TSFTimer& Sundance::WorkSet::localMatrixTimer (    )  [static, private]

TSFTimer& Sundance::WorkSet::localVectorTimer (    )  [static, private]

TSFTimer& Sundance::WorkSet::integrationTimer (    )  [static, private]

TSFTimer& Sundance::WorkSet::workSetAssemblyTimer (    )  [static, private]

TSFTimer& Sundance::WorkSet::basisTransformationTimer (    )  [static, private]

TSFTimer& Sundance::WorkSet::discreteFuncEvalTimer (    )  [static, private]

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Member Data Documentation

int Sundance::WorkSet::capacity_ [private]

Definition at line 186 of file WorkSet.h. Referenced by capacity().

int Sundance::WorkSet::nCells_ [private]

Definition at line 189 of file WorkSet.h. Referenced by nCells(), and setSize().

int Sundance::WorkSet::spatialDim_ [private]

Definition at line 192 of file WorkSet.h. Referenced by spatialDim().

int Sundance::WorkSet::cellDim_ [private]

Definition at line 195 of file WorkSet.h. Referenced by cellDim().

CellTopologyCode Sundance::WorkSet::cellType_ [private]

Definition at line 198 of file WorkSet.h. Referenced by cellType().

CellTopologyCode Sundance::WorkSet::maximalCellType_ [private]

Definition at line 201 of file WorkSet.h.

int Sundance::WorkSet::nodesPerCell_ [private]

Definition at line 204 of file WorkSet.h.

bool Sundance::WorkSet::isAffine_ [private]

Definition at line 208 of file WorkSet.h.

TSFArray<int> Sundance::WorkSet::cellIndex_ [private]

Definition at line 211 of file WorkSet.h. Referenced by cellIndex().

TSFArray<Cell> Sundance::WorkSet::cells_ [private]

Definition at line 214 of file WorkSet.h. Referenced by cells(), and getCell().

DenseSerialVector Sundance::WorkSet::detJ_ [private]

Definition at line 218 of file WorkSet.h. Referenced by detJ().

DenseSerialVector Sundance::WorkSet::J_ [private]

Definition at line 222 of file WorkSet.h. Referenced by J().

DenseSerialVector Sundance::WorkSet::invJ_ [private]

Definition at line 226 of file WorkSet.h. Referenced by invJ().

DenseSerialVector Sundance::WorkSet::jTmp_ [private]

Definition at line 229 of file WorkSet.h.

TSFArray<int> Sundance::WorkSet::iPiv_ [private]

Definition at line 231 of file WorkSet.h.

TSFHashtable<QuadratureFamily, TSFSmartPtr<DenseSerialVector> > Sundance::WorkSet::refQuadPts_ [private]

Definition at line 235 of file WorkSet.h.

TSFHashtable<QuadratureFamily, TSFSmartPtr<DenseSerialVector> > Sundance::WorkSet::physQuadPts_ [private]

Definition at line 239 of file WorkSet.h.

TSFHashtable<QuadratureFamily, TSFSmartPtr<DenseSerialVector> > Sundance::WorkSet::parentQuadPts_ [private]

Definition at line 243 of file WorkSet.h.

TSFHashtable<QuadratureFamily, int> Sundance::WorkSet::nQuadPoints_ [private]

Definition at line 246 of file WorkSet.h.

TSFHashtable<QuadratureFamily, TSFSmartPtr<DenseSerialVector> > Sundance::WorkSet::quadWeights_ [private]

Definition at line 250 of file WorkSet.h.

TSFHashtable<QuadBasisSpecifier, TSFSmartPtr<DenseSerialVector> > Sundance::WorkSet::refBasisValues_ [private]

Definition at line 255 of file WorkSet.h.

TSFHashtable<QuadBasisSpecifier, TSFSmartPtr<DenseSerialVector> > Sundance::WorkSet::physBasisValues_ [private]

Definition at line 260 of file WorkSet.h.

TSFHashtable<QuadExprSpecifier, TSFSmartPtr<DenseSerialVector> > Sundance::WorkSet::exprValues_ [private]

Definition at line 264 of file WorkSet.h.

TSFHashtable<QuadratureFamily, TSFArray<TSFSmartPtr<DenseSerialVector> > > Sundance::WorkSet::coordValues_ [private]

Definition at line 268 of file WorkSet.h.

TSFHashtable<QuadratureFamily, TSFArray<TSFSmartPtr<DenseSerialVector> > > Sundance::WorkSet::cellNormalValues_ [private]

Definition at line 272 of file WorkSet.h.

TSFHashtable<QuadratureFamily, TSFSmartPtr<DenseSerialVector> > Sundance::WorkSet::cellDiameterValues_ [private]

Definition at line 276 of file WorkSet.h.

bool Sundance::WorkSet::needsPhysQuadPts_ [private]

Definition at line 280 of file WorkSet.h.

bool Sundance::WorkSet::needsPhysBasisValues_ [private]

Definition at line 284 of file WorkSet.h.

bool Sundance::WorkSet::needsCoordValues_ [private]

Definition at line 288 of file WorkSet.h.

bool Sundance::WorkSet::needsCellNormalValues_ [private]

Definition at line 293 of file WorkSet.h.

bool Sundance::WorkSet::needsCellDiameterValues_ [private]

Definition at line 298 of file WorkSet.h.

bool Sundance::WorkSet::needsJacobianValues_ [private]

Definition at line 301 of file WorkSet.h.

bool Sundance::WorkSet::needsParentQuadPts_ [private]

Definition at line 304 of file WorkSet.h.

bool Sundance::WorkSet::verbose_ [static, private]

Definition at line 331 of file WorkSet.h. Referenced by verboseOff(), and verboseOn().

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The documentation for this class was generated from the following file:

• WorkSet.h

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Contact:

Kevin Long (krlong@ca.sandia.gov)


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