ParallelFMM< equation > Member List

This is the complete list of members for ParallelFMM< equation >, including all inherited members.

addM2L(C_iter Cj)	Evaluator< equation >	[inline]
addM2P(C_iter Cj)	Evaluator< equation >	[inline]
allocate()	Kernel< equation >
ALPHA	KernelBase	[protected]
Anm	KernelBase	[protected]
ATOMS	KernelBase	[protected]
binBodies(Bodies &bodies, int d)	Partition< equation >	[inline]
bisection(Bodies &bodies)	Partition< equation >	[inline]
bisectionAlltoall(Bodies &bodies, int nthLocal, int numLocal, int &newSize, int l)	Partition< equation >	[inline, protected]
bisectionGather(Bodies &bodies, int nthLocal, int numLocal, int &newSize, int l)	Partition< equation >	[inline, protected]
bisectionGetComm(int l)	Partition< equation >	[inline, protected]
bisectionScatter(Bodies &bodies, int nthLocal, int &newSize, int l)	Partition< equation >	[inline, protected]
bodies2cells(Bodies &bodies, Cells &cells)	ParallelFMM< equation >	[inline]
bodies2twigs(Bodies &bodies, Cells &twigs)	TreeStructure< equation >	[inline, protected]
BottomUp()	BottomUp< equation >	[inline]
bottomup(Bodies &bodies, Cells &cells)	SerialFMM< equation >	[inline]
buffer	TreeStructure< equation >
cells2twigs(Cells &cells, Cells &twigs, bool last)	ParallelFMM< equation >	[inline, private]
checkNumCells(int l)	ParallelFMM< equation >	[inline, private]
checkSumMass(Cells &cells)	ParallelFMM< equation >	[inline, private]
Ci0	KernelBase	[protected]
CiB	Evaluator< equation >	[protected]
CiE	Evaluator< equation >	[protected]
Cj0	KernelBase	[protected]
CjB	Evaluator< equation >	[protected]
CjE	Evaluator< equation >	[protected]
clearBuffers()	Evaluator< equation >
Cnm	KernelBase	[protected]
color	Partition< equation >	[protected]
commBodies(Cells &cells)	ParallelFMM< equation >	[inline]
commBodiesAlltoall()	ParallelFMM< equation >	[inline, private]
commCells(Bodies &bodies, Cells &cells)	ParallelFMM< equation >	[inline]
commCellsAlltoall(int l)	ParallelFMM< equation >	[inline, private]
commCellsScatter(int l)	ParallelFMM< equation >	[inline, private]
constHost	KernelBase	[protected]
Dataset()	Dataset< equation >	[inline]
deviceToHost()	Kernel< equation >
downward(Cells &cells, Cells &jcells, bool periodic=true)	TreeStructure< equation >	[inline]
eraseLocalTree(Cells &cells)	ParallelFMM< equation >	[inline]
eraseTimer(std::string event)	Logger	[inline]
evalError(Bodies &bodies, Bodies &bodies2, real &diff1, real &norm1, real &diff2, real &norm2, bool ewald=false)	Dataset< equation >	[inline]
evalEwaldReal(C_iter Ci, C_iter Cj)	Evaluator< equation >
evalEwaldReal(Cells &cells)	Evaluator< equation >
evalL2L(Cells &cells)	Evaluator< equation >
evalL2P(Cells &cells)	Evaluator< equation >
evalLocal(real rho, real alpha, real beta, complex *Ynm, complex *YnmTheta) const	KernelBase	[inline, protected]
evalM2L(C_iter Ci, C_iter Cj)	Evaluator< equation >
evalM2L(Cells &cells)	Evaluator< equation >
evalM2M(Cells &cells, Cells &jcells)	Evaluator< equation >
evalM2P(C_iter Ci, C_iter Cj)	Evaluator< equation >
evalM2P(Cells &cells)	Evaluator< equation >
evalMultipole(real rho, real alpha, real beta, complex *Ynm, complex *YnmTheta) const	KernelBase	[inline, protected]
evalP2M(Cells &cells)	Evaluator< equation >
evalP2P(Bodies &ibodies, Bodies &jbodies, bool onCPU=false)	Evaluator< equation >
evalP2P(C_iter Ci, C_iter Cj)	Evaluator< equation >
evalP2P(Cells &cells)	Evaluator< equation >
Evaluator()	Evaluator< equation >	[inline]
Ewald(Bodies &bodies, Cells &cells, Cells &jcells)	TreeStructure< equation >	[inline]
EwaldReal(C_iter Ci, C_iter Cj) const	Kernel< equation >
EwaldReal()	Kernel< equation >
EwaldWave(Bodies &bodies) const	Kernel< equation >
EwaldWave()	Kernel< equation >
factorial	KernelBase	[protected]
finalize()	Kernel< equation >
flagM2L	Evaluator< equation >	[protected]
flagM2P	Evaluator< equation >	[protected]
flagP2P	Evaluator< equation >	[protected]
gatherBounds()	ParallelFMM< equation >	[inline, private]
getCenter(Cell &cell)	TreeStructure< equation >	[inline, protected]
getDistance(C_iter C, vect xmin, vect xmax)	ParallelFMM< equation >	[inline, private]
getLET(C_iter C0, C_iter C, vect xmin, vect xmax)	ParallelFMM< equation >	[inline, private]
getLevel(bigint index)	Evaluator< equation >	[inline, protected]
getMaxLevel(Bodies &bodies)	BottomUp< equation >	[inline, protected]
getOtherDomain(vect &xmin, vect &xmax, int l)	ParallelFMM< equation >	[inline, private]
getR0() const	KernelBase	[inline]
getSendCount(bool comm=true)	ParallelFMM< equation >	[inline, private]
getSendRank(Cells &cells)	ParallelFMM< equation >	[inline, private]
getTargetBody(Lists &lists)	Evaluator< equation >
getTargetCell(Lists &lists, bool isM)	Evaluator< equation >
getType(T object)	MyMPI	[inline]
getX0() const	KernelBase	[inline]
grow(Bodies &bodies, int level=0, int begin=0, int end=0)	BottomUp< equation >	[inline]
TopDown::grow(Bodies &bodies)	TopDown< equation >	[inline]
GSCALE	KernelBase	[protected]
hostToDevice()	Kernel< equation >
Icenter	Evaluator< equation >	[protected]
initialize()	Kernel< equation >
initSource(Bodies &bodies)	Dataset< equation >	[inline]
initTarget(Bodies &bodies, bool IeqJ=true)	Dataset< equation >	[inline]
interact(C_iter Ci, C_iter Cj, PairQueue &pairQueue)	Evaluator< equation >	[inline]
Iperiodic	Evaluator< equation >	[protected]
isPowerOfTwo(const int n)	MyMPI	[inline]
KernelBase()	KernelBase	[inline]
key	Partition< equation >	[protected]
keysDevc	KernelBase	[protected]
keysDevcSize	KernelBase	[protected]
keysHost	KernelBase	[protected]
KSIZE	KernelBase	[protected]
L2L(C_iter Ci, C_iter Cj) const	Kernel< equation >
L2L()	Kernel< equation >
L2P(C_iter Ci) const	Kernel< equation >
L2P()	Kernel< equation >
lattice(Bodies &bodies)	Evaluator< equation >	[inline]
LEVEL	Partition< equation >	[protected]
listM2L	Evaluator< equation >	[protected]
listM2P	Evaluator< equation >	[protected]
listP2P	Evaluator< equation >	[protected]
Logger()	Logger	[inline]
M2L(C_iter Ci, C_iter Cj) const	Kernel< equation >
M2L()	Kernel< equation >
M2M(C_iter Ci, C_iter Cj) const	Kernel< equation >
M2M()	Kernel< equation >
M2P(C_iter Ci, C_iter Cj) const	Kernel< equation >
M2P()	Kernel< equation >
MPI_COMM	Partition< equation >	[protected]
MPIRANKS	MyMPI	[protected]
MPISIZES	MyMPI	[protected]
MyMPI()	MyMPI	[inline]
neighbor(Cells &cells, Cells &jcells)	Evaluator< equation >	[inline]
NM2L	KernelBase
NM2P	KernelBase
NP2P	KernelBase
nprocs	Partition< equation >	[protected]
nth_element(T &data, T2 n, MPI_Comm MPI_COMM0=0)	Partition< equation >	[inline]
octsection(Bodies &bodies)	Partition< equation >	[inline]
offset	Partition< equation >	[protected]
P2M(C_iter Ci) const	Kernel< equation >
P2M()	Kernel< equation >
P2P(C_iter Ci, C_iter Cj) const	Kernel< equation >
P2P()	Kernel< equation >
ParallelFMM()	ParallelFMM< equation >	[inline]
Partition()	Partition< equation >	[inline]
periodicBodies(Bodies &bodies)	Evaluator< equation >	[inline]
postCalculation()	KernelBase	[inline]
preCalculation()	KernelBase	[inline]
prefactor	KernelBase	[protected]
print(T data)	MyMPI	[inline]
print(T data, const int irank)	MyMPI	[inline]
print(T *data, const int begin, const int end)	MyMPI	[inline]
print(T *data, const int begin, const int end, const int irank)	MyMPI	[inline]
printAllTime()	Logger	[inline]
printError(real diff1, real norm1, real diff2, real norm2)	Dataset< equation >	[inline]
printNow	Logger
printTime(std::string event)	Logger	[inline]
prune(Bodies &bodies)	BottomUp< equation >	[inline]
R0	KernelBase	[protected]
random(Bodies &bodies, int seed=1, int numSplit=1)	Evaluator< equation >	[inline]
rangeDevc	KernelBase	[protected]
rangeDevcSize	KernelBase	[protected]
rangeHost	KernelBase	[protected]
rbodies2twigs(Bodies &bodies, Cells &twigs)	ParallelFMM< equation >	[inline, private]
readTarget(Bodies &bodies)	Dataset< equation >	[inline]
recv2twigs(Bodies &bodies, Cells &twigs)	ParallelFMM< equation >	[inline, private]
recvBodies	ParallelFMM< equation >	[private]
recvBodyCnt	ParallelFMM< equation >	[private]
recvBodyDsp	ParallelFMM< equation >	[private]
recvCellCnt	ParallelFMM< equation >	[private]
recvCellDsp	ParallelFMM< equation >	[private]
recvCells	ParallelFMM< equation >	[private]
reindexBodies(Bodies &bodies, Cells &twigs, Cells &cells, Cells &sticks)	ParallelFMM< equation >	[inline, private]
resetTimer()	Logger	[inline]
RSCALE	KernelBase	[protected]
send2twigs(Bodies &bodies, Cells &twigs, int offTwigs)	ParallelFMM< equation >	[inline, private]
sendBodies	ParallelFMM< equation >	[private]
sendBodyCellCnt	ParallelFMM< equation >	[private]
sendBodyCells	ParallelFMM< equation >	[private]
sendBodyCnt	ParallelFMM< equation >	[private]
sendBodyDsp	ParallelFMM< equation >	[private]
sendBodyRanks	ParallelFMM< equation >	[private]
sendCellCnt	ParallelFMM< equation >	[private]
sendCellDsp	ParallelFMM< equation >	[private]
sendCells	ParallelFMM< equation >	[private]
SerialFMM()	SerialFMM< equation >	[inline]
setCommBodies(Cells &cells)	ParallelFMM< equation >	[inline]
setDomain(Bodies &bodies, vect x0=0, real r0=M_PI)	KernelBase	[inline]
setEwald(real ksize, real alpha, real sigma)	KernelBase	[inline]
setGlobDomain(Bodies &bodies, vect x0=0, real r0=M_PI)	Partition< equation >	[inline]
setIndex(Bodies &bodies, int level=-1, int begin=0, int end=0, bool update=false)	BottomUp< equation >	[inline]
TopDown::setIndex()	TopDown< equation >	[inline]
setR0(real r0)	KernelBase	[inline]
setSourceBody()	Evaluator< equation >
setSourceCell(bool isM)	Evaluator< equation >
setTargetBody(Lists lists, Maps flags)	Evaluator< equation >
setTargetCell(Lists lists, Maps flags)	Evaluator< equation >
setVanDerWaals(int atoms, double *rscale, double *gscale)	KernelBase	[inline]
setX0(vect x0)	KernelBase	[inline]
shiftBodies(Bodies &bodies)	Partition< equation >	[inline]
SIGMA	KernelBase	[protected]
sortBodies(Bodies &bodies, Bodies &buffer, bool ascend=true, int begin=0, int end=0)	Sort	[inline]
sortCells(Cells &cells, Cells &buffer, bool ascend=true, int begin=0, int end=0)	Sort	[inline]
sourceBegin	KernelBase	[protected]
sourceDevc	KernelBase	[protected]
sourceDevcSize	KernelBase	[protected]
sourceHost	KernelBase	[protected]
sourceSize	KernelBase	[protected]
sphere(Bodies &bodies, int seed=1, int numSplit=1)	Evaluator< equation >	[inline]
splitBodies(Bodies &bodies, bigint iSplit)	Partition< equation >	[inline]
splitRange(int &begin, int &end, int iSplit, int numSplit)	MyMPI	[inline]
startTimer(std::string event)	Logger	[inline]
startTracer(ThreadTrace &beginTrace)	Logger	[inline]
sticks2send(Cells &sticks, int &offTwigs)	ParallelFMM< equation >	[inline, private]
stopTimer(std::string event, bool print=false)	Logger	[inline]
stopTracer(ThreadTrace &beginTrace, int color)	Logger	[inline]
targetBegin	KernelBase	[protected]
targetDevc	KernelBase	[protected]
targetDevcSize	KernelBase	[protected]
targetHost	KernelBase	[protected]
timeKernels()	Evaluator< equation >	[protected]
timeM2L	Evaluator< equation >	[protected]
timeM2P	Evaluator< equation >	[protected]
timeP2P	Evaluator< equation >	[protected]
topdown(Bodies &bodies, Cells &cells)	SerialFMM< equation >	[inline]
TopDown()	TopDown< equation >	[inline]
TreeStructure::traverse(Cells &cells, Cells &jcells)	Evaluator< equation >	[inline]
traversePeriodic(Cells &cells, Cells &jcells)	Evaluator< equation >	[inline, protected]
twigs2cells(Cells &twigs, Cells &cells, Cells &sticks)	TreeStructure< equation >	[inline, protected]
unpartition(Bodies &bodies)	Partition< equation >	[inline]
updateBodies(bool comm=true)	ParallelFMM< equation >	[inline]
upwardPeriodic(Cells &jcells)	Evaluator< equation >	[inline, protected]
WAIT	MyMPI	[protected]
writeTarget(Bodies &bodies)	Dataset< equation >	[inline]
writeTime()	Logger	[inline]
writeTrace()	Logger	[inline]
X0	KernelBase	[protected]
XMAX	Partition< equation >	[protected]
xmaxAll	ParallelFMM< equation >	[private]
XMIN	Partition< equation >	[protected]
xminAll	ParallelFMM< equation >	[private]
zipTwigs(Cells &twigs, Cells &cells, Cells &sticks, bool last)	ParallelFMM< equation >	[inline, private]
~BottomUp()	BottomUp< equation >	[inline]
~Dataset()	Dataset< equation >	[inline]
~Evaluator()	Evaluator< equation >	[inline]
~KernelBase()	KernelBase	[inline]
~Logger()	Logger	[inline]
~MyMPI()	MyMPI	[inline]
~ParallelFMM()	ParallelFMM< equation >	[inline]
~Partition()	Partition< equation >	[inline]
~SerialFMM()	SerialFMM< equation >	[inline]
~TopDown()	TopDown< equation >	[inline]