int ttt<DEBUG>::moveRandom()
{
int i, j, play, row, col;
std::uniform_int_distribution<int> randomPlay(0, 8);
if(DEBUG) { std::cout << "ttt<DEBUG>::moveRandom();" << std::endl; }
if(gameWon() > 0) return(-1);
while(true) {
play = randomPlay(mt);
row = play % 3;
col = play / 3;
if(board[col][row] == ' ') break;
}
board[col][row] = (turn++ % 2 == 0 ? 'X' : 'O');
// history.push_back(board);
return(0);
}
//--------------------------------------------------------------
void testApp::update(){
/// SPHERES UPDATE ///
for (int i = 0; i < redObjects.size(); i++) {
//individual noise
float time = ofGetElapsedTimef();
float timeScale = 5.0;
float displacementScale = 2.75;
ofVec3f timeOffsets = noiseObjects[i];
redObjects[i].point.x += (ofSignedNoise(time * timeScale + timeOffsets.x)) * displacementScale;
redObjects[i].point.y += (ofSignedNoise(time * timeScale + timeOffsets.y)) * displacementScale;
redObjects[i].point.z += (ofSignedNoise(time * timeScale + timeOffsets.y)) * displacementScale;
redObjects[i].update();
}
redObjects[counterObject].colorChange.set(0, 255, 180, 90);
if (counterObject == redObjects.size()) {
counterObject = 0;
}
//cout << redObjects.size() << endl;
/// AUDIO UPDATE ///
introVolume += 0.01;
mixer.setOutputVolume(introVolume);
if (introVolume >= 0.90) {
introVolume = 0.95;
}
//MODE
if (generativeMode == true) {
randomPlay();
modeColor = redObjects[0].colorChange;
indicator = "on";
} else if (!generativeMode) {
modeColor = ofColor::black;
indicator = "off";
}
/// INTERACTION UPDATE ///
///Trigger samples by movement
moveHand.update();
//Use the most left, middle, and right zones of screen
if (moveHand.zone[0] >= 500) {
triggerSample();
reactiveCircle.set(0, 255, 180, 90);
moveHand.zone[0] = 0;
}
else
{
reactiveCircle = redObjects[0].colorChange;
}
}
