void ghostsFromRight(int width, double ghost_values[]) {
for(int i=0;i<width;++i){
temperature[i+1][block_width+1] = ghost_values[i];
}
messages_due--;
check_and_compute();
}
// Perform one iteration of work
// The first step is to send the local state to the neighbors
void begin_iteration(void) {
itercnt++;
//ckout << "iter=" << itercnt << ":(" << thisIndex.x << "," << thisIndex.y << ") is on " << CkMyPe() << endl;
// Copy left column and right column into temporary arrays
double *left_edge = new double[block_height];
double *right_edge = new double[block_height];
for(int i=0;i<block_height;++i){
left_edge[i] = temperature[i+1][1];
right_edge[i] = temperature[i+1][block_width];
}
// Send my left edge
thisProxy(wrap_x(thisIndex.x-1), thisIndex.y).ghostsFromRight(block_height, left_edge);
// Send my right edge
thisProxy(wrap_x(thisIndex.x+1), thisIndex.y).ghostsFromLeft(block_height, right_edge);
// Send my top edge
thisProxy(thisIndex.x, wrap_y(thisIndex.y-1)).ghostsFromBottom(block_width, &temperature[1][1]);
// Send my bottom edge
thisProxy(thisIndex.x, wrap_y(thisIndex.y+1)).ghostsFromTop(block_width, &temperature[block_height][1]);
hasSent=true;
check_and_compute();
delete [] right_edge;
delete [] left_edge;
}
// Perform one iteration of work
// The first step is to send the local state to the neighbors
void begin_iteration (int i)
{
//printf("XXXXXXXXX Minor[%d] coming in begin_itertaion at time=%f\n",thisIndex,CkWallTimer());
useLB = 1;
iterations++;
check_and_compute ();
}
// Perform one iteration of work
// The first step is to send the local state to the neighbors
void begin_iteration (int i)
{
//printf("PROC#%d coming for Jacobi[%d] iteration=%d majElements=%d\n",CkMyPe(),thisIndex,iterations,majElements);
/*
if ( iterations %10 ==0 && useLB) {
printf("calling sync\n");
useLB = 0;
AtSync();
}
else
*/
{
//printf("PROC#%din elsssssssssssssssssssssss\n",CkMyPe());
useLB = 1;
iterations++;
check_and_compute ();
}
}