void splitHand(){
if (2*bet<=chips){
sleep(1.5);
pad(5); printf("You chose to split your cards.\n");
pad(10); printf("Starting First Split Hand:\n\n");
playerSplit[0] = player[1]; //save second card
pcount = player[0].val;
playerCardNum--;
if (player[1].num=="A") aceP--;
drawCard(0);
showHand(0);
cardCount(0);
play();
if (input!=0){ //if player didnt bust or blackjack
playDealer();
endRound();
}
pad(10); printf("Starting Second Split Hand:\n");
player[0] = playerSplit[0];
pcount=playerSplit[0].val; playerCardNum=1; ccount=0; dealerCardNum=0; //reset values
drawCard(1);
showHand(1);
if (player[0].num=="A") aceP=1;
else aceP=0;
drawCard(0);
showHand(0);
drawCard(1);
cardCount(0);
play();
}
else{
pad(5); printf("You do not have enough chips to split hand. Hit or Stay.\n\n");
action();
}
}
int main(){
setSeed(); //set random number seed
beginGame(); //set chips=1000, print intro
shuffle();
while (playing) {
setup(); //shuffle deck, reset starting values
makeBet(); //give initial bet amount
dealBlackJack(); //deal player and dealer hands
if (playerBlackjack()){ //check for player blackjack
win();
input=0;
}
else
play(); //player plays Hand
if (input!=0){ //if player didnt bust or blackjack
playDealer();
endRound();
}
if (playing) { //continue to next round
pad(15); printf("Next Round...\n\n");
}
}
}
static void gameOver(byte s)
{
endRound();
matrix.setLed(0, apple.y, apple.x, true); // In case the apple is off at that time
strcpy_P(buffer, (char *) pgm_read_word(&(strings[GAME_OVER])));
printLcd(3, 0, buffer);
switch (s) {
case 0:
strcpy_P(buffer2, (char *) pgm_read_word(&(strings[PLAYER_WIN])));
printLcd(0, 1, buffer2);
printLcd(7, 1, "2");
snake[1].score++;
break;
case 1:
strcpy_P(buffer2, (char *) pgm_read_word(&(strings[PLAYER_WIN])));
printLcd(0, 1, buffer2);
printLcd(7, 1, "1");
snake[0].score++;
break;
case 2:
strcpy_P(buffer2, (char *) pgm_read_word(&(strings[TIE])));
printLcd(4, 1, buffer2);
}
wipeMatrix();
delay(500);
newRound();
}
static void newRound(void)
{
endRound();
snake[0].yDir = snake[1].yDir = 0;
snake[0].length = snake[1].length = 3;
snake[0].hasTurned = snake[1].hasTurned = false;
snake[0].xDir = 1;
snake[0].body.x[0] = 2;
snake[0].body.y[0] = 1;
snake[0].body.x[1] = 1;
snake[0].body.y[1] = 1;
snake[0].body.x[2] = 1;
snake[0].body.y[2] = 2;
snake[1].xDir = -1;
snake[1].body.x[0] = 5;
snake[1].body.y[0] = 6;
snake[1].body.x[1] = 6;
snake[1].body.y[1] = 6;
snake[1].body.x[2] = 6;
snake[1].body.y[2] = 5;
generateApple();
apple.on = false;
secondSnakeOn = false;
countdown(start, menu);
}
void Combat::jobFinished(unsigned long ticket)
{
if (ticket == mAnimationSequenceTicket)
{
endRound();
}
}
static void gameOver(void)
{
endRound();
matrix.setLed(0, apple.y, apple.x, true); // In case the apple is off at that time
strcpy_P(buffer, (char *) pgm_read_word(&(strings[GAME_OVER])));
printLcd(3, 1, buffer);
wipeMatrix();
delay(500);
newRound();
}
void GameController::playCard () {
if ( model_ -> canPlayCard () ) {
// If the player can play this card, play it, and go to the next player
model_ -> playCard ();
model_ -> nextPlayer ();
endRound();
computerTurnLoop ();
} else {
// Otherwise throw exception
throw IllegalPlayException ();
}
}
void GameController::computerTurnLoop () {
// Keep looping as long as its a computer's turn
while ( model_ -> currentPlayerIsComputer () ) {
model_ -> takeTurnForCurrentPlayer ();
model_ -> nextPlayer ();
bool end = endRound();
// Break if a winner is found
if ( end ) {
break;
}
}
}
void GameController::discardCard () {
if ( model_ -> canDiscardCard () ) {
// If the player can discard the card, discard it, and go to the next player
model_ -> discardCard ();
model_ -> nextPlayer ();
endRound();
computerTurnLoop ();
} else {
// Otherwise throw exception
throw IllegalDiscardException ();
}
}
void ACSUEBomb::bombExplode() {
UE_LOG(LogTemp, Warning, TEXT("EXPLODE"));
if(explosionFX)
UGameplayStatics::SpawnEmitterAtLocation(this, explosionFX, GetActorLocation());
auto myGM = (ACSUEGameMode*)GetWorld()->GetAuthGameMode();
if (myGM) {
myGM->endRound(FString(TEXT("t")));
}
GetWorldTimerManager().ClearTimer(bombTimer);
planted = false;
}
static void newRound(void)
{
endRound();
snake.xDir = 1;
snake.yDir = 0;
snake.length = 3;
snake.hasTurned = false;
snake.body.x[0] = 2;
snake.body.y[0] = 3;
snake.body.x[1] = 1;
snake.body.y[1] = 3;
snake.body.x[2] = 1;
snake.body.y[2] = 4;
generateApple();
apple.on = false;
countdown(start, menu);
}
void Game::beforeClose(Context *nextContext) {
endRound();
}
void Game::nextRound() {
endRound();
startRound();
}
static void menu(byte data)
{
endRound();
showMenu();
}
