// Cancel all requests with a parent index in the range from startPI to endPI (inclusive)
void ex_queue::cancelRequestWithParentIndexRange(queue_index startPI, queue_index endPI)
{
queue_index i = head_;
// search through all existing entries for the parent indexes within the range
if(endPI >= startPI) {
while (!isVacant(i))
{
// if this entry is within the range, cancel it
if (queue_[i&mask_].downState.parentIndex >= startPI &&
queue_[i&mask_].downState.parentIndex <= endPI)
cancelRequest(i);
i++;
}
} else if(startPI > endPI) {
// If endPI has wrapped around, the range also wraps.
while (!isVacant(i))
{
// if this entry is within the range, cancel it
if (queue_[i&mask_].downState.parentIndex >= startPI ||
queue_[i&mask_].downState.parentIndex <= endPI)
cancelRequest(i);
i++;
}
}
}
void ex_queue::cancelRequestWithParentIndex(queue_index pindex)
{
queue_index i = head_;
// search through all existing entries for the given parent index
while (!isVacant(i))
{
// if this entry has the given parent index, cancel it
if (queue_[i&mask_].downState.parentIndex == pindex)
cancelRequest(i);
i++;
}
}
void CCoverageCell::update(std::list<CUnit*>& uncovered) {
if (isVacant()) return;
float newRange = ai->coverage->getCoreRange(type, unit->type);
if (newRange < range) {
const float3 center = getCenter();
for (std::map<int, CUnit*>::iterator it = units.begin(); it != units.end(); ) {
const float3 pos = it->second->pos();
if (center.distance2D(pos) > newRange) {
uncovered.push_back(it->second);
it->second->unreg(*this);
units.erase(it++);
}
else
++it;
}
range = newRange;
}
// TODO: if core is mobile then update it when position has changed
}
