bool TColorMatch::findNodeMatch(int nodeX,int nodeY,int* out_x0,int* out_y0,frg_TMatchType* out_matchType)const{
const TUInt32 keyValue=m_nodeKeys[nodeY*m_nodeWidth+nodeX];
std::pair<TMatchMap::const_iterator,TMatchMap::const_iterator> itPair(m_matchMap.equal_range(keyValue));
TMatchMap::const_iterator it(itPair.first);
TMatchMap::const_iterator itEnd(itPair.second);
if (it==itEnd) return false;
const int subX0=nodeX*kFrg_ClipWidth;
const int subY0=nodeY*kFrg_ClipHeight;
bool isFindedMatch=false;
int bestX0=-1;
int bestY0=-1;
frg_TMatchType best_matchType;
for (;it!=itEnd;++it){
int cur_x0=unpackMatchX(it->second);
int cur_y0=unpackMatchY(it->second);
frg_TMatchType cur_matchType;
bool cur_isMatched=isMatchAt(subX0,subY0,kFrg_ClipWidth,kFrg_ClipHeight,cur_x0,cur_y0,&cur_matchType);
if (cur_isMatched){
isFindedMatch=true;
bestX0=cur_x0;
bestY0=cur_y0;
best_matchType=cur_matchType;
break;// ok finded one; 也可以继续寻找某种标准下更好的匹配,但可能会慢些.
}
}
if (isFindedMatch){
*out_x0=bestX0;
*out_y0=bestY0;
*out_matchType=best_matchType;
}
return isFindedMatch;
}
void cUnitManager::UnitFinished(int unit,UnitInfo *U)
{
// *l<<" (t="<<U->pBOL->task<<")";
switch( U->pBOL->task )
{
case TASK_CONSTRUCT:
G->Build->UBuilderFinished(unit,U);
break;
case TASK_ASSAULT:
{
UAssault.insert(cRAI::iupPair(unit,U));
UpdateGroupSize();
Assign(unit,U);
if( ActiveAttackOrders() )
SendAttackGroups();
}
break;
case TASK_SCOUT:
{
UScout.insert(isPair(unit,sScoutUnitInfo()));
}
break;
case TASK_SUICIDE:
{
USuicide.insert(cRAI::iupPair(unit,U));
}
break;
case TASK_SUPPORT:
{
USupport.insert(unit);
}
break;
case TASK_TRANSPORT:
{
UTrans.insert(itPair(unit,sTransportUnitInfo(U->ud)));
}
break;
}
}