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This is the complete list of members for UT_MultigridArrayT< T >, including all inherited members.
| axis | UT_MultigridArrayT< T > | |
| buildMatrix(UT_MatrixT< S > &A) const | UT_MultigridArrayT< T > | |
| coarsen(exint minPerAxis, UT_MultigridArrayT &uh) const | UT_MultigridArrayT< T > | |
| computeNorms(fpreal64 &norminf, fpreal64 &norm2) const | UT_MultigridArrayT< T > | |
| computeResidualNorms(const UT_MultigridArrayT &x, fpreal64 &norminf, fpreal64 &norm2) const | UT_MultigridArrayT< T > | |
| const | UT_MultigridArrayT< T > | |
| const | UT_MultigridArrayT< T > | |
| const | UT_MultigridArrayT< T > | protected |
| const | UT_MultigridArrayT< T > | protected |
| copyToVoxels(UT_VoxelArray< T > &f) const | UT_MultigridArrayT< T > | |
| data() const | UT_MultigridArrayT< T > | inline |
| data() | UT_MultigridArrayT< T > | inline |
| directSolve(UT_MultigridArrayT &x) const | UT_MultigridArrayT< T > | |
| fullMultigrid(exint minPerAxis, int nSmoothDown, int nSmoothUp, UT_MultigridArrayT &x) const | UT_MultigridArrayT< T > | |
| getBoundariesNeg() const | UT_MultigridArrayT< T > | inline |
| getBoundariesPos() const | UT_MultigridArrayT< T > | inline |
| getLevel() const | UT_MultigridArrayT< T > | inline |
| getMaxCoarse(exint minPerAxis) const | UT_MultigridArrayT< T > | |
| getParity() const | UT_MultigridArrayT< T > | inline |
| getRes(int axis) const | UT_MultigridArrayT< T > | inline |
| getRes() const | UT_MultigridArrayT< T > | inline |
| getSpacing() const | UT_MultigridArrayT< T > | inline |
| ghostValueNeg(int axis, const UT_Vector3I &idx, const UT_Vector3I &idxadj) const | UT_MultigridArrayT< T > | inline |
| ghostValueNeg(int axis, T U, T Uadj) const | UT_MultigridArrayT< T > | inline |
| ghostValuePos(int axis, const UT_Vector3I &idx, const UT_Vector3I &idxadj) const | UT_MultigridArrayT< T > | inline |
| ghostValuePos(int axis, T U, T Uadj) const | UT_MultigridArrayT< T > | inline |
| init(const UT_Vector3I &res, const UT_Vector3T< T > &spacing, const UT_Vector3I &boundariesNeg, const UT_Vector3I &boundariesPos, int level=0, UT_Vector3I oddCoarsenings=UT_Vector3I(0, 0, 0)) | UT_MultigridArrayT< T > | |
| initFromVoxels(const UT_VoxelArray< T > &f, const UT_Vector3T< T > &spacing, const UT_Vector3I &boundariesNeg, const UT_Vector3I &boundariesPos) | UT_MultigridArrayT< T > | |
| initLaplacian() | UT_MultigridArrayT< T > | protected |
| initStorage() | UT_MultigridArrayT< T > | protected |
| interpolate(const UT_Vector3I &coarsenAxis, const UT_Vector3I &parity, UT_MultigridArrayT &u) const | UT_MultigridArrayT< T > | |
| is1D() const | UT_MultigridArrayT< T > | inline |
| isInit() | UT_MultigridArrayT< T > | inline |
| match(const UT_MultigridArrayT &src) | UT_MultigridArrayT< T > | |
| myAllClosed | UT_MultigridArrayT< T > | protected |
| myAllOpen | UT_MultigridArrayT< T > | protected |
| myBoundAdjModNeg | UT_MultigridArrayT< T > | protected |
| myBoundAdjModPos | UT_MultigridArrayT< T > | protected |
| myBoundariesNeg | UT_MultigridArrayT< T > | protected |
| myBoundariesPos | UT_MultigridArrayT< T > | protected |
| myBoundModNeg | UT_MultigridArrayT< T > | protected |
| myBoundModPos | UT_MultigridArrayT< T > | protected |
| myDiag | UT_MultigridArrayT< T > | protected |
| myDiagModNeg | UT_MultigridArrayT< T > | protected |
| myDiagModPos | UT_MultigridArrayT< T > | protected |
| myInvdx2 | UT_MultigridArrayT< T > | protected |
| myInvdy2 | UT_MultigridArrayT< T > | protected |
| myInvdz2 | UT_MultigridArrayT< T > | protected |
| myLevel | UT_MultigridArrayT< T > | protected |
| myOddCoarsenings | UT_MultigridArrayT< T > | protected |
| myOmega | UT_MultigridArrayT< T > | protected |
| myRes | UT_MultigridArrayT< T > | protected |
| mySpacing | UT_MultigridArrayT< T > | protected |
| myVec | UT_MultigridArrayT< T > | protected |
| myYStride | UT_MultigridArrayT< T > | protected |
| myZStride | UT_MultigridArrayT< T > | protected |
| norm(int n) const | UT_MultigridArrayT< T > | inline |
| norm2 | UT_MultigridArrayT< T > | protected |
| norm2 | UT_MultigridArrayT< T > | protected |
| norminf | UT_MultigridArrayT< T > | protected |
| numElements() const | UT_MultigridArrayT< T > | inline |
| operator()(int i, int j, int k) const | UT_MultigridArrayT< T > | inline |
| operator()(int i, int j, int k) | UT_MultigridArrayT< T > | inline |
| operator()(const UT_Vector3I &idx) const | UT_MultigridArrayT< T > | inline |
| operator()(const UT_Vector3I &idx) | UT_MultigridArrayT< T > | inline |
| operator+=(const UT_MultigridArrayT &a) | UT_MultigridArrayT< T > | |
| operator=(const UT_MultigridArrayT &a) | UT_MultigridArrayT< T > | |
| PARALLEL_BLOCK_SIZE_VEC | UT_MultigridArrayT< T > | protectedstatic |
| PARALLEL_BLOCK_SIZE_Z | UT_MultigridArrayT< T > | protectedstatic |
| r | UT_MultigridArrayT< T > | |
| shouldMultiThread() const | UT_MultigridArrayT< T > | inline |
| solvePoisson(fpreal64 abstol, fpreal64 reltol, int miniter, int maxiter, UT_MultigridArrayT &x, UT_ValArray< fpreal64 > *resnorminf, UT_ValArray< fpreal64 > *resnorm2, bool startFMG=true) const | UT_MultigridArrayT< T > | |
| solvePoissonCholesky(UT_MultigridArrayT &x) const | UT_MultigridArrayT< T > | protected |
| solvePoissonLU(UT_MultigridArrayT &x) const | UT_MultigridArrayT< T > | protected |
| solvePoissonSVD(UT_MultigridArrayT &x) const | UT_MultigridArrayT< T > | protected |
| THREADED_METHOD2_CONST(UT_MultigridArrayT, shouldMultiThread(), subtractApplyLaplacian, const UT_MultigridArrayT &, x, UT_MultigridArrayT &, r) void subtractApplyLaplacianPartial(const UT_MultigridArrayT &x | UT_MultigridArrayT< T > | |
| THREADED_METHOD2_CONST(UT_MultigridArrayT, shouldMultiThread(), smoothLaplacianGaussSeidel, int, parity, UT_MultigridArrayT &, x) void smoothLaplacianGaussSeidelPartial(int parity | UT_MultigridArrayT< T > | |
| THREADED_METHOD2_CONST(UT_MultigridArrayT, shouldMultiThread(), coarsenAlongAxis, UT_MultigridArrayT &, uh, int, axis) void coarsenAlongAxisPartial(UT_MultigridArrayT &uh | UT_MultigridArrayT< T > | |
| THREADED_METHOD2_CONST(UT_MultigridArrayT, shouldMultiThread(), interpolateAlongAxis, UT_MultigridArrayT &, u, int, axis) void interpolateAlongAxisPartial(UT_MultigridArrayT &u | UT_MultigridArrayT< T > | |
| THREADED_METHOD2_CONST(UT_MultigridArrayT, shouldMultiThread(), computeNormsInternal, fpreal64 *, norminf, fpreal64 *, norm2) void computeNormsInternalPartial(fpreal64 *norminf | UT_MultigridArrayT< T > | protected |
| THREADED_METHOD3_CONST(UT_MultigridArrayT, shouldMultiThread(), computeResidualNormsInternal, const UT_MultigridArrayT &, x, fpreal64 *, norminf, fpreal64 *, norm2) void computeResidualNormsInternalPartial(const UT_MultigridArrayT &x | UT_MultigridArrayT< T > | protected |
| UT_MultigridArrayT() | UT_MultigridArrayT< T > | |
| UT_MultigridArrayT(const UT_MultigridArrayT &a) | UT_MultigridArrayT< T > | inline |
| vcycle(exint minPerAxis, int nSmoothDown, int nSmoothUp, UT_MultigridArrayT &x, bool smoothTopLevelDown=true) const | UT_MultigridArrayT< T > | |
| x | UT_MultigridArrayT< T > | |
| zero() | UT_MultigridArrayT< T > | inline |
| ~UT_MultigridArrayT()=default | UT_MultigridArrayT< T > |
1.8.6 
