void applyMy(char type, int prevX, int prevY, int dirc, Board* board){
// Apply my range to tile in the direction.
int x = moveX(prevX,dirc),
y = moveY(prevY,dirc);
if(isInBoard(x,y)==0)
return;
board->tile[x][y].myReach[board->tile[x][y].myNum] = type;
board->tile[x][y].myNum++;
}
void ChessMoves::fillcBoardKnight(int row, int col){
//reset cBoard
resetcBoard();
Piece const& masterPiece = refBoard.getPieceAt(row,col);
//row up 2 and col left right
if(isInBoard(row+2, col-1)) checkPiece(masterPiece, row+2,col-1);
if(isInBoard(row+2, col+1)) checkPiece(masterPiece, row+2,col+1);
//col up 2 and row left right
if(isInBoard(row+1, col+2)) checkPiece(masterPiece, row+1,col+2);
if(isInBoard(row-1, col+2)) checkPiece(masterPiece, row-1,col+2);
//row down 2 and col left right
if(isInBoard(row-2, col+1)) checkPiece(masterPiece, row-2,col+1);
if(isInBoard(row-2, col-1)) checkPiece(masterPiece, row-2,col-1);
//col down 2 and left right
if(isInBoard(row+1, col-2)) checkPiece(masterPiece, row+1,col-2);
if(isInBoard(row-1, col-2)) checkPiece(masterPiece, row-1,col-2);
}
Group moveGroup(Group group, int prevX, int prevY, int x, int y){ // apply Move to Group
if(isInBoard(x,y)==0)
return group;
int i;
Group newGroup;
newGroup.num = 0;
for(i=0;i<group.num;i++){
if(x==group.animal[i].x && y==group.animal[i].y){
continue;
//remove attacked animal
}else if(prevX==group.animal[i].x && prevY==group.animal[i].y){
group.animal[i].x = x;
group.animal[i].y = y;
//move animal
if(y==0 && group.animal[i].type == 'C')
group.animal[i].type = 'H';
// chick to hen
}
newGroup.animal[newGroup.num] = group.animal[i];
newGroup.num++;
}
return newGroup;
}
bool isInBoard(int r, int c){
if(isInBoard(r) and isInBoard(c)){return true;}
else{return false;}
}
