bool CDeck::AutoSapaw(int const pIdx)
{
//This disables strategy, the player may want to choose where to sapaw
//in order to inhibit his opponents from 'calling'
CCardStack *Stack = PlayerHand[pIdx]->GetCardStack();
int Idx = 0;
//checks all the cards, performs sapaw until not able to do so
for(VI vi = Stack->begin(); vi != Stack->end(); ++vi) {
PlayerHand[pIdx]->SelectCard(Idx);
CCardStack *cs = new CCardStack;
for(int i = 0; i < 3; i++) {
for(int j = 0; j < 6; j++) {
SDL_PumpEvents();
if((Sets[i][j] != NULL) && !Sets[i][j]->Empty()) {
cs->Clear();
cs->Push(PlayerHand[pIdx]->GetSelectedCards());
CCardStack set = *Sets[i][j];
cs->Push(set);
if(VerifySet(cs)) {
cs->Clear();
cs->Push(PlayerHand[pIdx]->PopSelectedCards());
cs->SetCardsFaceUp(true);
Sets[i][j]->Push(*cs);
Sets[i][j]->Sort();
mGame.InitDrag(cs, PlayerHand[pIdx], -1 , -1);
mGame.DoDrop(ValidSet[i]);
ValidSet[i]->Clear();
ValidSet[i]->Push(ExtractSet(i));
ValidSet[i]->InitCardCoords();
mGame.DrawStaticScene();
if(i != pIdx)
Nasapawan[i] = true;//CALL
return true;
}
}
}
}
PlayerHand[pIdx]->InitCardCoords(); //select a different card
Idx++;
delete cs;
}//end of for loop
PlayerHand[pIdx]->InitCardCoords();
return false;
}
bool CDeck::FindValidSet(int const pIdx)
{
if(PlayerHand[pIdx]->GetNumSelectedCards() > 0)
return false; //should not select any
CCardStack *Stack = PlayerHand[pIdx]->GetCardStack();
int Idx = 0;
for(VI vi = Stack->begin(); vi != Stack->end(); ++vi) {
SDL_PumpEvents();
int Rank = vi->Rank();
int Suit = vi->Suit();
int a = PlayerHand[pIdx]->FindCard(Rank + 1, Suit);
int b = PlayerHand[pIdx]->FindCard(Rank + 2, Suit);
int c = PlayerHand[pIdx]->FindCard(Rank - 1, Suit);
int d = PlayerHand[pIdx]->FindCard(Rank - 2, Suit);
int e[3]; //cards with same suit
e[0] = PlayerHand[pIdx]->FindMoreSameRank(0, Rank, Suit);
if(e[0] != -1) {
e[1] = PlayerHand[pIdx]->FindMoreSameRank(e[0] + 1, Rank, Suit);
if(e[1] != -1)
e[2] = PlayerHand[pIdx]->FindMoreSameRank(e[1] + 1, Rank, Suit);
}
if(a != -1 && b != -1) {
PlayerHand[pIdx]->SelectCard(Idx);
PlayerHand[pIdx]->SelectCard(a);
PlayerHand[pIdx]->SelectCard(b);
return true;
}
if(a != -1 && c != -1) {
PlayerHand[pIdx]->SelectCard(Idx);
PlayerHand[pIdx]->SelectCard(a);
PlayerHand[pIdx]->SelectCard(c);
return true;
}
if(c != -1 && d != -1) {
PlayerHand[pIdx]->SelectCard(Idx);
PlayerHand[pIdx]->SelectCard(c);
PlayerHand[pIdx]->SelectCard(d);
return true;
}
if(e[0] != -1 && e[1] != -1) {
PlayerHand[pIdx]->SelectCard(Idx);
PlayerHand[pIdx]->SelectCard(e[0]);
PlayerHand[pIdx]->SelectCard(e[1]);
if(e[2] != -1)
PlayerHand[pIdx]->SelectCard(e[2]);
return true;
}
Idx++;
}//end of for loop
return false;
}