/*
* Function: playOneGame
* --------------------
* Starts the program by getting setting up the boggles object and
* getting user input and initializing the board
*
* Preconditions:
*
* @param: Takes the dicitonary
* @return: returns nothing
*/
void playOneGame(Lexicon& dictionary) {
// Initialize GUI
if(!BoggleGUI::isInitialized()){
BoggleGUI::initialize(4,4);
} else {
BoggleGUI::reset();
}
BoggleGUI::setAnimationDelay(100);
// Setup Board
Boggle boggles = Boggle(dictionary,"");
if (!getYesOrNo("Do you want to generate a random board? ")) {
boggles = Boggle(dictionary,manualCase());
}
// Setup the gui to show the words
printGUI(boggles);
userTurn(boggles);
computerTurn(boggles);
}
/**
* Runs all main game functions
*/
int runGame(ticTacToeBoard* selector, unsigned short int* corners, unsigned short int* sides, unsigned short int center, char* charPtr, unsigned short int* intPtr)
{
unsigned short int aiPlay;
unsigned short int win = 0;
//Checks if AI is playing and sets respective character value
if(intPtr[1] == 1)
aiPlay = 1;
else aiPlay=0;
if(aiPlay == 1){
// Sets user and AI character values
if(charPtr[41] == 'X')
charPtr[42] = 'O';
else charPtr[42]= 'X';
}
switch(aiPlay)
{
//Runs game without AI
case 0:
while(win == 0)
{
// Runs user turn and returns a win of 0 or 1
win = userTurn(selector, win, charPtr, aiPlay);
// Increases turn by 1
intPtr[0] = intPtr[0] + 1;
}
break;
// Runs game with AI
case 1:
while(win == 0)
{
if(charPtr[42] == charPtr[40])
{
// Runs AI turn
win = aiTurn(selector, corners, sides, center, win, charPtr, intPtr);
// Increases turn by 1
intPtr[0] = intPtr[0] + 1;
if(win == 1)
break;
}
win = userTurn(selector, win, charPtr, aiPlay);
// Increases turn by 1
intPtr[0] = intPtr[0] + 1;
}
break;
default:
displayError();
break;
}
// Print board to console
renderBoard(charPtr, win);
return 0;
}
