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Dendro
5.01
Dendro in Greek language means tree. The Dendro library is a large scale (262K cores on ORNL's Titan) distributed memory adaptive octree framework. The main goal of Dendro is to perform large scale multiphysics simulations efficeiently in mordern supercomputers. Dendro consists of efficient parallel data structures and algorithms to perform variational ( finite element) methods and finite difference mthods on 2:1 balanced arbitary adaptive octrees which enables the users to perform simulations raning from black holes (binary black hole mergers) to blood flow in human body, where applications ranging from relativity, astrophysics to biomedical engineering.
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This is the complete list of members for ot::Block, including all inherited members.
Block() | ot::Block | |
Block(ot::TreeNode pNode, unsigned int rotID, unsigned int regLev, unsigned int regEleBegin, unsigned int regEleEnd, unsigned int eleOrder) | ot::Block | |
computeDx(const Point &d_min, const Point &d_max) const | ot::Block | |
computeDy(const Point &d_min, const Point &d_max) const | ot::Block | |
computeDz(const Point &d_min, const Point &d_max) const | ot::Block | |
computeGridDx() const | ot::Block | |
computeGridDy() const | ot::Block | |
computeGridDz() const | ot::Block | |
get1DArraySize() const | ot::Block | inline |
get1DPadWidth() const | ot::Block | inline |
getAlignedBlockSz() const | ot::Block | inline |
getAllocationSzX() const | ot::Block | inline |
getAllocationSzY() const | ot::Block | inline |
getAllocationSzZ() const | ot::Block | inline |
getBlk2DiagMap() const (defined in ot::Block) | ot::Block | inline |
getBlk2DiagMap_vec() const (defined in ot::Block) | ot::Block | inline |
getBlk2VertexMap() const (defined in ot::Block) | ot::Block | inline |
getBlk2VertexMap_vec() const (defined in ot::Block) | ot::Block | inline |
getBlkNodeFlag() const | ot::Block | inline |
getBlockNode() const | ot::Block | inline |
getBlockType() const (defined in ot::Block) | ot::Block | inline |
getElementOrder() const | ot::Block | inline |
getElemSz1D() const (defined in ot::Block) | ot::Block | inline |
getLocalElementBegin() const | ot::Block | inline |
getLocalElementEnd() const | ot::Block | inline |
getOffset() const | ot::Block | inline |
getRegularGridLev() const | ot::Block | inline |
getRotationID() const | ot::Block | inline |
initializeBlkDiagMap(const unsigned int value) (defined in ot::Block) | ot::Block | |
initializeBlkVertexMap(const unsigned int value) (defined in ot::Block) | ot::Block | |
isInternal() (defined in ot::Block) | ot::Block | inline |
setAllocationSzX(unsigned int sz) (defined in ot::Block) | ot::Block | inline |
setAllocationSzY(unsigned int sz) (defined in ot::Block) | ot::Block | inline |
setAllocationSzZ(unsigned int sz) (defined in ot::Block) | ot::Block | inline |
setBlk2DiagMap(unsigned int owner, unsigned int dir, unsigned int id) (defined in ot::Block) | ot::Block | inline |
setBlk2VertexMap(unsigned int dir, unsigned int id) (defined in ot::Block) | ot::Block | inline |
setBlkNodeFlag(unsigned int flag) | ot::Block | inline |
setBlkType(BlockType btype) (defined in ot::Block) | ot::Block | inline |
setIsInternal(bool isInternal) (defined in ot::Block) | ot::Block | inline |
setOffset(DendroIntL offset) | ot::Block | |
setSiz1D(unsigned int sz) (defined in ot::Block) | ot::Block | inline |
~Block() (defined in ot::Block) | ot::Block |