void CThreatMap::AddEnemyMetal(const CEnemyUnit* e, const float scale)
{
CCircuitDef* cdef = e->GetCircuitDef();
assert(cdef != nullptr);
const float cost = cdef->GetCost() * scale;
if (cdef->IsAbleToFly()) {
airMetal += cost;
} else if (cdef->IsMobile()) {
STerrainMapMobileType* mt = circuit->GetTerrainManager()->GetMobileTypeById(cdef->GetMobileId());
if (mt->maxElevation > SQUARE_SIZE * 5) {
landMetal += cost;
}
if (mt->minElevation < -SQUARE_SIZE * 5) {
waterMetal += cost;
}
} else {
STerrainMapImmobileType* it = circuit->GetTerrainManager()->GetImmobileTypeById(cdef->GetImmobileId());
if (it->maxElevation > SQUARE_SIZE * 5) {
landMetal += cost;
}
if (it->minElevation < -SQUARE_SIZE * 5) {
waterMetal += cost;
}
if (cdef->HasAntiLand()) {
staticMetal += cost;
}
}
}
void CPathFinder::SetMapData(CCircuitUnit* unit, CThreatMap* threatMap, int frame)
{
CCircuitDef* cdef = unit->GetCircuitDef();
STerrainMapMobileType::Id mobileTypeId = cdef->GetMobileId();
bool* moveArray = (mobileTypeId < 0) ? airMoveArray : moveArrays[mobileTypeId];
float* costArray;
if ((unit->GetPos(frame).y < .0f) && !cdef->IsSonarStealth()) {
costArray = threatMap->GetAmphThreatArray(); // cloak doesn't work under water
} else if (unit->GetUnit()->IsCloaked()) {
costArray = threatMap->GetCloakThreatArray();
} else if (cdef->IsAbleToFly()) {
costArray = threatMap->GetAirThreatArray();
} else if (cdef->IsAmphibious()) {
costArray = threatMap->GetAmphThreatArray();
} else {
costArray = threatMap->GetSurfThreatArray();
}
micropather->SetMapData(moveArray, costArray);
}
