Overture  Version 25
Macros | Functions
CompositeGrid.C File Reference
#include "CompositeGrid.h"
#include "UnstructuredMapping.h"
#include "display.h"
#include "HDF_DataBase.h"
#include "App.h"
#include "ParallelUtility.h"
#include "SparseArray.h"
Include dependency graph for CompositeGrid.C:

Macros

#define COMPOSITE_GRID_FOR_3(range, i, j, k)
 
#define REFERENCE(x)   x.reference(rcData->x)
 
#define REF_ARRAY(x)   if (x.getDataPointer() != rcData->x.getDataPointer()) REFERENCE(x)
 
#define SET_GRID(x)   if (x.gridCollectionData == rcData) x.gridCollection = this
 
#define FOR_COLLECTION(X)
 
#define g_boundaryCondition(i, j)   g_boundaryCondition_ [(i) + 2 * (j)]
 
#define g_gridSpacing(i)   g_gridSpacing_ [(i)]
 
#define g_indexRange(i, j)   g_indexRange_ [(i) + 2 * (j)]
 
#define g_extendedIndexRange(i, j)   g_extendedIndexRange_[(i) + 2 * (j)]
 
#define g_isCellCentered(i)   g_isCellCentered_ [(i)]
 
#define g_isPeriodic(i)   g_isPeriodic_ [(i)]
 
#define r_(i, j)   r__ [(i) + r_s * (j)]
 
#define interpolationStencil_(i, j, k)   interpolationStencil__[(i) + iS_s1 * (j) + iS_s2 * (k)]
 
#define useBackupRules_(i)   useBackupRules__ [(i)]
 
#define iw0_(i)   iw0__ [(i)]
 
#define refinementFactor_(i, j)   refinementFactor__ [(i) + 3 * (j)]
 
#define g_boundaryCondition(i, j)   g_boundaryCondition_ [(i) + 2 * (j)]
 
#define g_discretizationWidth(i)   g_discretizationWidth_[(i)]
 
#define g_indexRange(i, j)   g_indexRange_ [(i) + 2 * (j)]
 
#define g_numberOfGhostPoints(i, j)   g_numberOfGhostPoints_[(i) + 2 * (j)]
 
#define g_isCellCentered(i)   g_isCellCentered_ [(i)]
 
#define g_isPeriodic(i)   g_isPeriodic_ [(i)]
 
#define g2_indexRange(i, j)   g2_indexRange_ [(i) + 2 * (j)]
 
#define g2_extendedIndexRange(i, j)   g2_extendedIndexRange_[(i) + 2 * (j)]
 
#define g2_gridSpacing(i)   g2_gridSpacing_ [(i)]
 
#define g2_useGhostPoints   g2_useGhostPoints_
 
#define r_(i, j)   r__ [(i) + r_s * (j)]
 
#define interpolationStencil_(i, j, k)   interpolationStencil__[(i) + iS_s1 * (j) + iS_s2 * (k)]
 
#define useBackupRules_(i)   useBackupRules__ [(i)]
 
#define iw0_(i)   iw0__ [(i)]
 
#define g_extendedIndexRange(i, j)   g_extendedIndexRange_[(j)][(i)]
 
#define iab(i, j)   iab_[(i) + 2 * (j)]
 
#define g_boundaryCondition(i, j)   g_boundaryCondition_ [(i) + 2 * (j)]
 
#define g_dimension(i, j)   g_dimension_ [(i) + 2 * (j)]
 
#define g_discretizationWidth(i)   g_discretizationWidth_[(i)]
 
#define g_gridSpacing(i)   g_gridSpacing_ [(i)]
 
#define g_indexRange(i, j)   g_indexRange_ [(i) + 2 * (j)]
 
#define g_extendedIndexRange(i, j)   g_extendedIndexRange_ [(i) + 2 * (j)]
 
#define g_isCellCentered(i)   g_isCellCentered_ [(i)]
 
#define g_isPeriodic(i)   g_isPeriodic_ [(i)]
 
#define g_mask(i, j, k)   g_mask_ [(i)+i10*(j)+j10*(k)]
 
#define r_(i, j)   r__ [(i) + r_s * (j)]
 
#define useBackupRules_(i)   useBackupRules__ [(i)]
 
#define ok_(i)   ok__ [(i)]
 
#define iw0_(i)   iw0__ [(i)]
 
#define ov0_(i)   ov0__ [(i)]
 
#define iab2_(i, j, k)   iab2__[(j) + 2 * (k)]
 
#define INTERPOLEELOCATION(i0, i1)   interpoleeLocationp[i0+interpoleeLocationDim0*(i1)]
 
#define INTERPOLEELOCATION1(i0, i1)   interpoleeLocation1p[i0+interpoleeLocation1Dim0*(i1)]
 
#define INTERPOLATIONPOINT(i0, i1)   interpolationPointp[i0+interpolationPointDim0*(i1)]
 
#define INTERPOLATIONPOINT1(i0, i1)   interpolationPoint1p[i0+interpolationPoint1Dim0*(i1)]
 
#define INTERPOLATIONCOORDINATES(i0, i1)   interpolationCoordinatesp[i0+interpolationCoordinatesDim0*(i1)]
 
#define INTERPOLATIONCOORDINATES1(i0, i1)   interpolationCoordinates1p[i0+interpolationCoordinates1Dim0*(i1)]
 
#define INTERPOLEEGRID(i0)   interpoleeGridp[i0]
 
#define INTERPOLEEGRID1(i0)   interpoleeGrid1p[i0]
 
#define NG(i0)   ngp[i0]
 
#define GRIDSTART(i0)   gridStartp[i0]
 
#define VARIABLEINTERPOLATIONWIDTH(i0)   variableInterpolationWidthp[i0]
 
#define VARIABLEINTERPOLATIONWIDTH1(i0)   variableInterpolationWidth1p[i0]
 

Functions

ostream & operator<< (ostream &s, const CompositeGrid &g)
 

Macro Definition Documentation

#define COMPOSITE_GRID_FOR_3 (   range,
  i,
  j,
  k 
)
Value:
for (k=((Integer*)(range))[4]; k<=((Integer*)(range))[5]; k++) \
for (j=((Integer*)(range))[2]; j<=((Integer*)(range))[3]; j++) \
for (i=((Integer*)(range))[0]; i<=((Integer*)(range))[1]; i++)

Referenced by CompositeGridData::canInterpolate().

#define FOR_COLLECTION (   X)
Value:
for( i=0; i<X.getLength(); i++ ) \
X[i].master=this;

Referenced by GenericGridCollection::updateReferences(), GridCollection::updateReferences(), and CompositeGrid::updateReferences().

#define g2_extendedIndexRange (   i,
  j 
)    g2_extendedIndexRange_[(i) + 2 * (j)]

Referenced by CompositeGridData::getInterpolationStencil().

#define g2_gridSpacing (   i)    g2_gridSpacing_ [(i)]

Referenced by CompositeGridData::getInterpolationStencil().

#define g2_indexRange (   i,
  j 
)    g2_indexRange_ [(i) + 2 * (j)]

Referenced by CompositeGridData::getInterpolationStencil().

#define g2_useGhostPoints   g2_useGhostPoints_

Referenced by CompositeGridData::getInterpolationStencil().

#define g_boundaryCondition (   i,
  j 
)    g_boundaryCondition_ [(i) + 2 * (j)]

Referenced by CompositeGridData::canInterpolate(), CanInterpolate::cgCanInterpolate(), CanInterpolate::getInterpolationStencil(), and CompositeGridData::getInterpolationStencil().

#define g_boundaryCondition (   i,
  j 
)    g_boundaryCondition_ [(i) + 2 * (j)]
#define g_boundaryCondition (   i,
  j 
)    g_boundaryCondition_ [(i) + 2 * (j)]
#define g_dimension (   i,
  j 
)    g_dimension_ [(i) + 2 * (j)]

Referenced by CompositeGridData::canInterpolate().

#define g_discretizationWidth (   i)    g_discretizationWidth_[(i)]

Referenced by CompositeGridData::canInterpolate(), CanInterpolate::cgCanInterpolate(), and CompositeGridData::getInterpolationStencil().

#define g_discretizationWidth (   i)    g_discretizationWidth_[(i)]
#define g_extendedIndexRange (   i,
  j 
)    g_extendedIndexRange_[(i) + 2 * (j)]

Referenced by CompositeGridData::getInterpolationStencil().

#define g_extendedIndexRange (   i,
  j 
)    g_extendedIndexRange_[(j)][(i)]
#define g_extendedIndexRange (   i,
  j 
)    g_extendedIndexRange_ [(i) + 2 * (j)]
#define g_gridSpacing (   i)    g_gridSpacing_ [(i)]

Referenced by CompositeGridData::canInterpolate(), CanInterpolate::cgCanInterpolate(), CanInterpolate::getInterpolationStencil(), and CompositeGridData::getInterpolationStencil().

#define g_gridSpacing (   i)    g_gridSpacing_ [(i)]
#define g_indexRange (   i,
  j 
)    g_indexRange_ [(i) + 2 * (j)]

Referenced by CompositeGridData::canInterpolate(), CanInterpolate::cgCanInterpolate(), CanInterpolate::getInterpolationStencil(), and CompositeGridData::getInterpolationStencil().

#define g_indexRange (   i,
  j 
)    g_indexRange_ [(i) + 2 * (j)]
#define g_indexRange (   i,
  j 
)    g_indexRange_ [(i) + 2 * (j)]
#define g_isCellCentered (   i)    g_isCellCentered_ [(i)]

Referenced by CompositeGridData::canInterpolate(), CanInterpolate::cgCanInterpolate(), CanInterpolate::getInterpolationStencil(), and CompositeGridData::getInterpolationStencil().

#define g_isCellCentered (   i)    g_isCellCentered_ [(i)]
#define g_isCellCentered (   i)    g_isCellCentered_ [(i)]
#define g_isPeriodic (   i)    g_isPeriodic_ [(i)]

Referenced by CompositeGridData::canInterpolate(), CanInterpolate::cgCanInterpolate(), CanInterpolate::getInterpolationStencil(), and CompositeGridData::getInterpolationStencil().

#define g_isPeriodic (   i)    g_isPeriodic_ [(i)]
#define g_isPeriodic (   i)    g_isPeriodic_ [(i)]
#define g_mask (   i,
  j,
  k 
)    g_mask_ [(i)+i10*(j)+j10*(k)]

Referenced by CompositeGridData::canInterpolate(), and CanInterpolate::cgCanInterpolate().

#define g_numberOfGhostPoints (   i,
  j 
)    g_numberOfGhostPoints_[(i) + 2 * (j)]

Referenced by CompositeGridData::getInterpolationStencil().

#define GRIDSTART (   i0)    gridStartp[i0]

Referenced by Ogmg::buildExtraLevels(), Ogmg::buildExtraLevelsNew(), and CompositeGrid::sortInterpolationPoints().

#define iab (   i,
  j 
)    iab_[(i) + 2 * (j)]

Referenced by Ogen::canDiscretize(), CanInterpolate::canInterpolate(), CompositeGridData::canInterpolate(), CanInterpolate::canInterpolateOld(), CanInterpolate::cgCanInterpolate(), Ogen::isNeededForDiscretization(), Ogen::isNeededForMultigridRestriction(), Ogen::isOnInterpolationBoundary(), Ogen::markPointsNeededForInterpolation(), Ogen::markPointsNeededForInterpolationNew(), and Ogen::markPointsReallyNeededForInterpolation().

#define iab2_ (   i,
  j,
  k 
)    iab2__[(j) + 2 * (k)]

Referenced by CompositeGridData::canInterpolate(), and CanInterpolate::cgCanInterpolate().

#define INTERPOLATIONCOORDINATES (   i0,
  i1 
)    interpolationCoordinatesp[i0+interpolationCoordinatesDim0*(i1)]

Referenced by Ogmg::buildExtraLevels(), and CompositeGrid::sortInterpolationPoints().

#define INTERPOLATIONCOORDINATES1 (   i0,
  i1 
)    interpolationCoordinates1p[i0+interpolationCoordinates1Dim0*(i1)]

Referenced by Ogmg::buildExtraLevels(), and CompositeGrid::sortInterpolationPoints().

#define INTERPOLATIONPOINT (   i0,
  i1 
)    interpolationPointp[i0+interpolationPointDim0*(i1)]

Referenced by Ogmg::buildExtraLevels(), and CompositeGrid::sortInterpolationPoints().

#define INTERPOLATIONPOINT1 (   i0,
  i1 
)    interpolationPoint1p[i0+interpolationPoint1Dim0*(i1)]

Referenced by Ogmg::buildExtraLevels(), and CompositeGrid::sortInterpolationPoints().

#define interpolationStencil_ (   i,
  j,
  k 
)    interpolationStencil__[(i) + iS_s1 * (j) + iS_s2 * (k)]

Referenced by CanInterpolate::getInterpolationStencil(), and CompositeGridData::getInterpolationStencil().

#define interpolationStencil_ (   i,
  j,
  k 
)    interpolationStencil__[(i) + iS_s1 * (j) + iS_s2 * (k)]
#define INTERPOLEEGRID (   i0)    interpoleeGridp[i0]

Referenced by Ogmg::buildExtraLevels(), PlotIt::plotGrid2d(), and CompositeGrid::sortInterpolationPoints().

#define INTERPOLEEGRID1 (   i0)    interpoleeGrid1p[i0]

Referenced by Ogmg::buildExtraLevels(), and CompositeGrid::sortInterpolationPoints().

#define INTERPOLEELOCATION (   i0,
  i1 
)    interpoleeLocationp[i0+interpoleeLocationDim0*(i1)]

Referenced by Ogmg::buildExtraLevels(), and CompositeGrid::sortInterpolationPoints().

#define INTERPOLEELOCATION1 (   i0,
  i1 
)    interpoleeLocation1p[i0+interpoleeLocation1Dim0*(i1)]

Referenced by Ogmg::buildExtraLevels(), and CompositeGrid::sortInterpolationPoints().

#define iw0_ (   i)    iw0__ [(i)]

Referenced by CompositeGridData::canInterpolate(), CanInterpolate::cgCanInterpolate(), CanInterpolate::getInterpolationStencil(), and CompositeGridData::getInterpolationStencil().

#define iw0_ (   i)    iw0__ [(i)]
#define iw0_ (   i)    iw0__ [(i)]
#define NG (   i0)    ngp[i0]

Referenced by Ogmg::buildExtraLevels(), Ogmg::buildExtraLevelsNew(), and CompositeGrid::sortInterpolationPoints().

#define ok_ (   i)    ok__ [(i)]

Referenced by CompositeGridData::canInterpolate(), and CanInterpolate::cgCanInterpolate().

#define ov0_ (   i)    ov0__ [(i)]

Referenced by CompositeGridData::canInterpolate(), and CanInterpolate::cgCanInterpolate().

#define r_ (   i,
  j 
)    r__ [(i) + r_s * (j)]

Referenced by CompositeGridData::canInterpolate(), CanInterpolate::cgCanInterpolate(), CanInterpolate::getInterpolationStencil(), CompositeGridData::getInterpolationStencil(), interpolatePoints(), and SmoothedPolygon::map().

#define r_ (   i,
  j 
)    r__ [(i) + r_s * (j)]
#define r_ (   i,
  j 
)    r__ [(i) + r_s * (j)]
#define REF_ARRAY (   x)    if (x.getDataPointer() != rcData->x.getDataPointer()) REFERENCE(x)

Referenced by GenericGridCollection::updateReferences(), GridCollection::updateReferences(), and CompositeGrid::updateReferences().

#define REFERENCE (   x)    x.reference(rcData->x)

Referenced by GenericGridCollection::updateReferences(), GridCollection::updateReferences(), and CompositeGrid::updateReferences().

#define refinementFactor_ (   i,
  j 
)    refinementFactor__ [(i) + 3 * (j)]

Referenced by CompositeGridData::getInterpolationStencil().

#define SET_GRID (   x)    if (x.gridCollectionData == rcData) x.gridCollection = this

Referenced by CompositeGrid::updateReferences().

#define useBackupRules_ (   i)    useBackupRules__ [(i)]

Referenced by CompositeGridData::canInterpolate(), CanInterpolate::cgCanInterpolate(), CanInterpolate::getInterpolationStencil(), and CompositeGridData::getInterpolationStencil().

#define useBackupRules_ (   i)    useBackupRules__ [(i)]
#define useBackupRules_ (   i)    useBackupRules__ [(i)]
#define VARIABLEINTERPOLATIONWIDTH (   i0)    variableInterpolationWidthp[i0]

Referenced by Ogmg::buildExtraLevels(), and CompositeGrid::sortInterpolationPoints().

#define VARIABLEINTERPOLATIONWIDTH1 (   i0)    variableInterpolationWidth1p[i0]

Referenced by Ogmg::buildExtraLevels(), and CompositeGrid::sortInterpolationPoints().

Function Documentation

ostream& operator<< ( ostream &  s,
const CompositeGrid &  g 
)

References CompositeGrid::epsilon(), CompositeGrid::interpolationIsAllExplicit(), CompositeGrid::interpolationIsAllImplicit(), CompositeGrid::interpolationIsImplicit, CompositeGrid::interpolationOverlap, CompositeGrid::interpolationPreference, CompositeGrid::interpolationWidth, CompositeGrid::mayCutHoles, CompositeGrid::mayInterpolate, CompositeGrid::multigridCoarseningRatio, CompositeGrid::multigridProlongationWidth, CompositeGrid::multigridRestrictionWidth, CompositeGrid::numberOfCompleteMultigridLevels(), GenericGridCollection::numberOfComponentGrids(), GenericGridCollection::numberOfGrids(), CompositeGrid::numberOfInterpolationPoints, and GenericGridCollection::numberOfMultigridLevels().

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