void
MainWindow::clear()
{
clearPartition();
clearMinkowski();
clearSkeleton();
clearOffset();
lgi->hide();
kgongi->hide();
}
Ctr2SufManager::~Ctr2SufManager()
{
//mesh
delete mesh;
//Contour
clearOldContour();
clearContour();
//clear processed data
clearPData();
//clear partition data
clearPartition();
//clear face contour data
clearFaceContour();
}
int FEM_Mesh_Parallel_broadcast(int fem_mesh,int masterRank,FEM_Comm_t comm_context){
int myRank;
MPI_Comm_rank((MPI_Comm)comm_context,&myRank);
//printf("[%d] FEM_Mesh_Parallel_broadcast called for mesh %d\n",myRank,fem_mesh);
int new_mesh;
if(myRank == masterRank){
//I am the master, i have the element connectivity data and need
//to send it to everybody
printf("[%d] Memory usage on vp 0 at the begining of partition %d \n",CkMyPe(),CmiMemoryUsage());
new_mesh=FEM_master_parallel_part(fem_mesh,masterRank,comm_context);
}else{
new_mesh=FEM_slave_parallel_part(fem_mesh,masterRank,comm_context);
}
//temp to keep stuff from falling apart
MPI_Barrier((MPI_Comm)comm_context);
if(myRank == masterRank){
clearPartition();
}
//printf("[%d] Partitioned mesh number %d \n",myRank,new_mesh);
return new_mesh;
}
void KW_CS2Surf::partitionStl()
{
clearFaceContour();
//clear the old result, a new generation start from here!
//because other data may be dependent on the value of partition result,
//so before clearpartition, other data must be cleared too!
clearPartition();
clearStlSubspaceInfo();
//temporary data
floatvector tssver;
intvector tssedge;
vector<intvector> tssface;
intvector tssface_planeindex;
vector<intvector> tssspace;
vector<intvector> tssspace_planeside;
//partition!
SpacePartitioner partitioner;
partitioner.partition( planenum, pparam, pbbox, enlargeratio,
tssver, tssedge, tssface, tssface_planeindex, tssspace, tssspace_planeside);
//copy them out
this->vecSSver=tssver;
this->vecSSedge=tssedge;
this->iSSfacenum=tssface.size();
this->vecSSface_planeindex=tssface_planeindex;
this->vecvecSSface=tssface;
for (int i=0;i<this->iSSfacenum;i++)
{
this->vecSSfaceedgenum.push_back(vecvecSSface.at(i).size());
}
this->iSSspacenum=tssspace.size();
this->vecvecSSspace=tssspace;
for (int i=0;i<this->iSSspacenum;i++)
{
this->vecSSspacefacenum.push_back(this->vecvecSSspace.at(i).size());
}
//clear the temporary data
tssver.clear();
tssedge.clear();
int size = tssface.size();
for( int i = 0; i < size; i ++ )
tssface[ i ].clear();
tssface.clear();
tssface_planeindex.clear();
size = tssspace.size();
for( int i = 0; i < size; i ++)
{
tssspace[ i ].clear();
tssspace_planeside[ i ].clear();
}
tssspace.clear();
tssspace_planeside.clear();
SortFaceInfo();
}
static void FEM_Mesh_partition(FEM_Mesh *src,int _nchunks,FEM_Mesh_Output *out) {
src->setAscendingGlobalno();
FEM_Mesh_split(src,_nchunks,FEM_curPartition(),out);
clearPartition();
}
