int GameBoard::CheckForWinner() const {
int winner = 0;
for (int i = 0; i != 3; ++i)
for (int j = 0; j != 3; ++j) {
if ((i % 2 || j % 2)) {
winner = CheckTile(boarder, i, j);
if (winner) {
return winner;
}
}
}
return winner;
}
// returns maximum possible gain by moving n spaces in each direction
int getHighest(int spaces, int Xcrd, int Ycrd, int NumOfRows, int NumOfCols, int FishArray[NumOfRows][NumOfCols], int AllPengs, int PengArray[AllPengs][3]) {
int Highest = 0;
int NE_val, E_val, SE_val, SW_val, W_val, NW_val;
int X_crd2, Y_crd2;
if(Xcrd%2) {
X_crd2 = Xcrd - spaces;
Y_crd2 = Ycrd + spaces/2;
if(X_crd2 > 0 && Y_crd2 > 0 && X_crd2 < NumOfRows && Y_crd2 < NumOfCols && CheckTile(X_crd2, Y_crd2, NumOfCols, FishArray, AllPengs, PengArray) == 1) {
NE_val = FishArray[X_crd2][Y_crd2];
} else {
NE_val = 0;
}
X_crd2 = Xcrd;
Y_crd2 = Ycrd + spaces;
if(X_crd2 > 0 && Y_crd2 > 0 && X_crd2 < NumOfRows && Y_crd2 < NumOfCols && CheckTile(X_crd2, Y_crd2, NumOfCols, FishArray, AllPengs, PengArray) == 1) {
E_val = FishArray[X_crd2][Y_crd2];
} else {
E_val = 0;
}
X_crd2 = Xcrd + spaces;
Y_crd2 = Ycrd + spaces/2;
if(X_crd2 > 0 && Y_crd2 > 0 && X_crd2 < NumOfRows && Y_crd2 < NumOfCols && CheckTile(X_crd2, Y_crd2, NumOfCols, FishArray, AllPengs, PengArray) == 1) {
SE_val = FishArray[X_crd2][Y_crd2];
} else {
SE_val = 0;
}
X_crd2 = Xcrd + spaces;
Y_crd2 = Ycrd - spaces/2 - 1;
if(X_crd2 > 0 && Y_crd2 > 0 && X_crd2 < NumOfRows && Y_crd2 < NumOfCols && CheckTile(X_crd2, Y_crd2, NumOfCols, FishArray, AllPengs, PengArray) == 1) {
SW_val = FishArray[X_crd2][Y_crd2];
} else {
SW_val = 0;
}
X_crd2 = Xcrd;
Y_crd2 = Ycrd - spaces;
if(X_crd2 > 0 && Y_crd2 > 0 && X_crd2 < NumOfRows && Y_crd2 < NumOfCols && CheckTile(X_crd2, Y_crd2, NumOfCols, FishArray, AllPengs, PengArray) == 1) {
W_val = FishArray[X_crd2][Y_crd2];
} else {
W_val = 0;
}
X_crd2 = Xcrd - spaces;
Y_crd2 = Ycrd - spaces/2 - 1;
if(X_crd2 > 0 && Y_crd2 > 0 && X_crd2 < NumOfRows && Y_crd2 < NumOfCols && CheckTile(X_crd2, Y_crd2, NumOfCols, FishArray, AllPengs, PengArray) == 1) {
NW_val = FishArray[X_crd2][Y_crd2];
} else {
NW_val = 0;
}
} else {
X_crd2 = Xcrd - spaces;
Y_crd2 = Ycrd + spaces/2 + 1;
if(X_crd2 > 0 && Y_crd2 > 0 && X_crd2 < NumOfRows && Y_crd2 < NumOfCols && CheckTile(X_crd2, Y_crd2, NumOfCols, FishArray, AllPengs, PengArray) == 1) {
NE_val = FishArray[X_crd2][Y_crd2];
} else {
NE_val = 0;
}
X_crd2 = Xcrd;
Y_crd2 = Ycrd + spaces;
if(X_crd2 > 0 && Y_crd2 > 0 && X_crd2 < NumOfRows && Y_crd2 < NumOfCols && CheckTile(X_crd2, Y_crd2, NumOfCols, FishArray, AllPengs, PengArray) == 1) {
E_val = FishArray[X_crd2][Y_crd2];
} else {
E_val = 0;
}
X_crd2 = Xcrd + spaces;
Y_crd2 = Ycrd + spaces/2 + 1;
if(X_crd2 > 0 && Y_crd2 > 0 && X_crd2 < NumOfRows && Y_crd2 < NumOfCols && CheckTile(X_crd2, Y_crd2, NumOfCols, FishArray, AllPengs, PengArray) == 1) {
SE_val = FishArray[X_crd2][Y_crd2];
} else {
SE_val = 0;
}
X_crd2 = Xcrd + spaces;
Y_crd2 = Ycrd - spaces/2;
if(X_crd2 > 0 && Y_crd2 > 0 && X_crd2 < NumOfRows && Y_crd2 < NumOfCols && CheckTile(X_crd2, Y_crd2, NumOfCols, FishArray, AllPengs, PengArray) == 1) {
SW_val = FishArray[X_crd2][Y_crd2];
} else {
SW_val = 0;
}
X_crd2 = Xcrd;
Y_crd2 = Ycrd - spaces;
if(X_crd2 > 0 && Y_crd2 > 0 && X_crd2 < NumOfRows && Y_crd2 < NumOfCols && CheckTile(X_crd2, Y_crd2, NumOfCols, FishArray, AllPengs, PengArray) == 1) {
W_val = FishArray[X_crd2][Y_crd2];
} else {
W_val = 0;
}
X_crd2 = Xcrd - spaces;
Y_crd2 = Ycrd - spaces/2;
if(X_crd2 > 0 && Y_crd2 > 0 && X_crd2 < NumOfRows && Y_crd2 < NumOfCols && CheckTile(X_crd2, Y_crd2, NumOfCols, FishArray, AllPengs, PengArray) == 1) {
NW_val = FishArray[X_crd2][Y_crd2];
} else {
NW_val = 0;
}
}
Highest = max_6(NE_val, E_val, SE_val, SW_val, W_val, NW_val);
return Highest;
}
