void UnoccupiedTiles::SortList(sint32 *list, sint32 numItems, sint32 dominant)
{
sint32 comparePos ;
BOOL swap,
optimum ;
Assert(numItems>0) ;
Assert(list) ;
Assert((list==m_bestFoodTiles) || (list==m_bestProductionTiles) || (list==m_bestGoldTiles)) ;
Assert((dominant==DOMINANT_FOOD) || (dominant==DOMINANT_PRODUCTION) || (dominant==DOMINANT_GOLD)) ;
if (numItems <= 1)
{
return ;
}
optimum = FALSE ;
comparePos = numItems - 1 ;
while (!optimum)
{
if (comparePos == 0)
{
break ;
}
Assert(comparePos>=1) ;
swap = CompareTiles(list, comparePos, comparePos - 1, dominant) ;
if (swap)
{
SwitchTiles(list, numItems, comparePos, comparePos - 1) ;
comparePos-- ;
}
else
{
optimum = TRUE ;
}
}
}
int CTileHandler::FindCloseTile(CBitmap* bm,int forbidden)
{
FastStat fs=CalcFastStat(bm);
for(int a=0;a<usedTiles;++a){
if(a!=forbidden &&
abs(fs.r-fastStats[a].r)<meanThreshold && abs(fs.g-fastStats[a].g)<meanThreshold && abs(fs.b-fastStats[a].b)<meanThreshold
&& abs(fs.rx-fastStats[a].rx)<meanDirThreshold && abs(fs.gx-fastStats[a].gx)<meanDirThreshold && abs(fs.bx-fastStats[a].bx)<meanDirThreshold
&& abs(fs.ry-fastStats[a].ry)<meanDirThreshold && abs(fs.gy-fastStats[a].gy)<meanDirThreshold && abs(fs.by-fastStats[a].by)<meanDirThreshold
&& CompareTiles(bm,tiles[a]))
return a;
}
fastStats[usedTiles]=fs;
return -1;
}