void
rangeSweep::compSeeds(void)
{
RangeSweepRec rsr, item;
Range fullrange, added, outgoing;
float min, max;
//double p;
printf("------- computing seeds\n");
// clear the array of mark bits
plot.ClearTouched();
seeds.Clear();
// insert cell 0 into queue to begin
rsr.cellid = 0;
data.getCellRange(0, min, max);
rsr.range.Set(min, max);
// queue.insert(rsr, max-min);
queue.insert(rsr, max-min, rsr.cellid);
// process queue of cells
while (! queue.isEmpty() ) {
// get the item
//p = queue.max(item);
queue.max(item);
// cell is a seed cell
seeds.AddSeed(item.cellid, item.range.MinAll(), item.range.MaxAll());
#ifdef DEBUG
printf("*\n*\n*\ncell %d is a seed\n*\n*\n*\n", item.cellid);
#endif
#ifdef DEBUGSLEEP
sleep(3);
#endif
// mark this cell as processed
// plot.TouchCell(item.cellid);
PropagateRegion(item.cellid, item.range.MinAll(), item.range.MaxAll());
}
printf("computed %d seeds\n", seeds.getNCells());
}
void rangeSweep::compSeeds(void)
{
RangeSweepRec rsr, item;
Range fullrange, added, outgoing;
float min, max;
// clear the array of mark bits
plot.ClearTouched();
seeds.Clear();
// insert cell 0 into queue to begin
rsr.cellid = 0;
data.getCellRange(0, min, max);
rsr.range.Set(min, max);
queue.insert(rsr, max-min, rsr.cellid);
// process queue of cells
while(! queue.isEmpty())
{
// get the item
queue.ipqmax(item);
// cell is a seed cell
seeds.AddSeed(item.cellid, item.range.MinAll(), item.range.MaxAll());
// mark this cell as processed
PropagateRegion(item.cellid, item.range.MinAll(), item.range.MaxAll());
}
}
