void BPIdxMarket::processMsgIndex(const idx_indices_t& pr)
{
//update indices item
string key = pr.idxCode;
bo_indexsum_t* pIndices = findIndices(key);
pIndices->idxCode = pr.idxCode;
pIndices->idxVal = pr.idxVal;
pIndices->idxHigh = pr.idxHigh;
pIndices->idxLow = pr.idxLow;
pIndices->idxOpen = pr.idxOpen;
if(pr.prevIdx > 0.0)
pIndices->prevIdxVal = pr.prevIdx;
//pIndices->idxVol;
//pIndices->idxFreq;
pIndices->exchMktVal = pr.exchMktVal;
pIndices->exchBaseVal = pr.exchBaseVal;
bo_indexsum_t* pIndicesTrade = m_pIndicesList->getInstance();
pIndicesTrade->assign(pIndices);
touchIndices(pIndicesTrade, pr.idx_time);
//update market summary
if(pr.idxCode.compare(DEFAULT_SECTOR) == 0){
m_pMktSum->pCompositeIdx = pIndices;
touchMarketSum(m_pMktSum, pr.idx_time);
}
}
void Foam::mapDistributePolyMesh::distributePatchIndices(labelList& lst) const
{
// Construct boolList from selected elements
boolList isSelected
(
createWithValues<boolList>
(
oldPatchStarts().size(), // nOldPatches
false,
lst,
true
)
);
// Distribute
distributePatchData(isSelected);
// Collect selected elements
lst = findIndices(isSelected, true);
}
void Foam::mapDistributePolyMesh::distributeCellIndices(labelList& lst) const
{
// Construct boolList from selected elements
boolList isSelected
(
createWithValues<boolList>
(
nOldCells(),
false,
lst,
true
)
);
// Distribute
distributeCellData(isSelected);
// Collect selected elements
lst = findIndices(isSelected, true);
}
FVectorCache::FVectorCache() {
eps_chares_x = 7;
eps_chares_y = 7;
totalSize = 0;
GWBSE *gwbse = GWBSE::get();
L = gwbse->gw_parallel.L;
int total_eps_chares = eps_chares_x*eps_chares_y;
my_chare_count = total_eps_chares/CkNumNodes();
my_chare_start = CkMyNode()*my_chare_count;
int remaining = total_eps_chares%CkNumNodes();
if(CkMyNode()>0)
my_chare_start += remaining;
if(CkMyNode()==0)
my_chare_count += remaining;
my_eps_chare_indices_x = new int[my_chare_count];
my_eps_chare_indices_y = new int[my_chare_count];
findIndices();
int count = 0;
for(int i=eps_start_chare_x;i<=eps_end_chare_x;i++){
int j = 0;
if(i==eps_start_chare_x)
j = eps_start_chare_y;
int j_end = eps_chares_y-1;
if(i==eps_end_chare_x)
j_end = eps_end_chare_y;
while(j<=j_end){
my_eps_chare_indices_x[count] = i;
my_eps_chare_indices_y[count++] = j;
j++;
}
}
ndata = gwbse->gw_parallel.n_elems;
data_size_x = ndata/eps_chares_x;
if(ndata%eps_chares_x > 0)
data_size_x += 2;
data_size_y = ndata/eps_chares_y;
if(ndata%eps_chares_y > 0)
data_size_y += 2;
data_offset_x = new int[my_chare_count];
data_offset_y = new int[my_chare_count];
for(int i=0;i<my_chare_count;i++){
data_offset_x[i] = my_eps_chare_indices_x[i]*data_size_x;
data_offset_y[i] = my_eps_chare_indices_y[i]*data_size_y;
}
int size_x = data_size_x;
int size_y = data_size_y;
local_offset = new int[my_chare_count*2];
global_offset = new int[my_chare_count*2];
for(int i=0;i<my_chare_count;i++){
global_offset[2*i] = data_offset_x[i];//totalSize;
local_offset[2*i] = totalSize;
totalSize += size_x;
global_offset[2*i+1] = data_offset_y[i];//totalSize;
local_offset[2*i+1] = totalSize;
totalSize += size_y;
}
fs = new complex[NSIZE*L*totalSize];
contribute(CkCallback(CkReductionTarget(Controller,fCacheReady), controller_proxy));
}