void displayCall(){
glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT);
drawBoard(11);
int x, y; char owner;
while(true){
cout<<"Enter (row) [space] (column)"<<endl;
cout<<"Ex: 1 11 or 11 5"<<endl;
cin>>x>>y;
if(x>0 && x<=11 && y>0 && y<=11 && hexBoard.getVector()[x-1][y-1].owner == '-'){
owner = 'R';
break;
}
}
x--; y--; //used for translating input of 1-11 to data of 0-10
hexBoard.placePiece(x, y, owner);
posNode temp = posNode(x,y,owner);
board.push_back(temp);
for(auto element: board)
colorHex(element.coordX, element.coordY, element.owner);
drawBoard(11);
drawRects();
glutSwapBuffers();
char winner = ' ';
determineWinner(connectivityMatrix, hexBoard, boardWidth, winner, false);
if(winner == 'R') exit(0);
}
//Used to determine winner of HEX and print to screen
void determineWinner(graph& test1, board& board1, int bWidth, char & winner,
bool AIdeciding){
int redWinner = 0; //determine if there is a winning distance from left to right
int blueWinner = 0; //determine in there is a winning distance from top to bottom
int topRow = bWidth; //used to iterate through top row of board
int posTopRow = 0; //keep track of top row position
int posLeftCol = 0;
//while there is no path from current top to bottom position and there are more top
// positions to check against the bottom row
while(blueWinner == 0 && redWinner == 0 && topRow > 0){
//while there is no path from current top to bottom position and there are more
// bottom positions to check against the current top position
//quick dijkstra's to determine if there is a winning path
redWinner = dijkstra(posTopRow,
test1.getSize(), test1.getVector(), board1.getVector(), 1);
blueWinner = dijkstra(posLeftCol,
test1.getSize(), test1.getVector(), board1.getVector(), 0);
topRow--;
posTopRow++;
posLeftCol+=bWidth;
}
if(!AIdeciding){
if(blueWinner != 0){
winner = 'B';
cout<<"WINNER IS BLUE!"<<endl;
}
else if(redWinner != 0){
winner = 'R';
cout << "WINNER IS RED!"<<endl;
}
}
else{
if(blueWinner != 0)
winner = 'B';
else if(redWinner != 0)
winner = 'R';
}
}
