//--------------------------------------------------------------
void ofApp::keyPressed (int key){
switch(key){
case OF_KEY_LEFT:
updateAudio(-1);
break;
case OF_KEY_RIGHT:
updateAudio(1);
break;
}
}
void AudioPlayer::notify(OEComponent *sender, int notification, void *data)
{
if (notification == AUDIO_BUFFER_WILL_RENDER)
{
audioBuffer = (AudioBuffer *) data;
audioBufferFrame = 0;
}
else
updateAudio(true);
}
void audioHook() // 2us excluding updateAudio()
{
//setPin13High();
#if (USE_AUDIO_INPUT==true)
if (!input_buffer.isEmpty())
audio_input = input_buffer.read();
#endif
if (!output_buffer.isFull()) {
#if (STEREO_HACK == true)
updateAudio(); // in hacked version, this returns void
output_buffer.write((unsigned int) (audio_out_1 + AUDIO_BIAS));
output_buffer2.write((unsigned int) (audio_out_2 + AUDIO_BIAS));
#else
output_buffer.write((unsigned int) (updateAudio() + AUDIO_BIAS));
#endif
}
//setPin13Low();
}
void ControllerFallingMode::updateNote(float dt)
{
updateAudio();
setCurTime(dt);
moveNotesInField();
setTopTime();
drawNewNotes();
//resizeLongNotes();
removeOldNotes();
autoPlay();
}
void audioHook() // 2us excluding updateAudio()
{
//setPin13High();
#if (USE_AUDIO_INPUT==true)
if (!input_buffer.isEmpty())
audio_input = input_buffer.read();
#endif
if (!output_buffer.isFull()) {
output_buffer.write((unsigned int) (updateAudio() + AUDIO_BIAS));
}
//setPin13Low();
}
bool AudioPlayer::postMessage(OEComponent *sender, int message, void *data)
{
updateAudio(false);
switch (message)
{
case AUDIOPLAYER_PLAY:
playing = true;
break;
case AUDIOPLAYER_PAUSE:
playing = false;
break;
case AUDIOPLAYER_STOP:
frameIndex = 0;
playing = false;
src_reset(srcState);
break;
case AUDIOPLAYER_SET_SOUND:
sound = (OESound *)data;
return true;
case AUDIOPLAYER_SET_LOOP:
loop = *((bool *)data);
return true;
case AUDIOPLAYER_SET_VOLUME:
volume = *((float *)data);
return true;
case AUDIOPLAYER_IS_PLAYING:
*((bool *)data) = playing;
return true;
}
return false;
}
//--------------------------------------------------------------
void ofApp::update(){
blur.setRotation(PI);
updateAudio();
if(ofGetFrameRate() < limitFramerate)
words.frameRateTooLow();
if(!screamForClean)
blurValue = scaledVol * blurMultiplier;
else
{
if(scaledVol < scaledVolumeLimitScremForClean)
{
blurValue += speedDisappear;;
}
else
{
blurValue -= .1;
}
}
blurValue = ofClamp(blurValue, 0, 5);
blur.setScale(blurValue);
}
bool CMusicRoomHandler::update() {
uint currentTicks = g_system->getMillis();
if (!_startTicks) {
start();
_startTicks = currentTicks;
} else if (!_soundStartTicks && currentTicks >= (_startTicks + 3000)) {
if (_waveFile) {
CProximity prox;
prox._channelVolume = _volume;
_soundHandle = _soundManager->playSound(*_waveFile, prox);
}
_soundStartTicks = currentTicks;
}
if (_instrumentsActive > 0) {
updateAudio();
updateInstruments();
}
return !_audioBuffer->isFinished();
}
void GameStateConfigBase::update() {
updateAudio();
updateInterface();
updateMods();
}
//--------------------------------------------------------------
void GrafPlayerApp::update(){
dt = ofGetElapsedTimef()-lastTime;
lastTime = ofGetElapsedTimef();
bool bTrans = false;
if( mode == PLAY_MODE_LOAD )
{
loadTags();
if(bUseAudio)audio.update();
}
else if( mode == PLAY_MODE_PLAY && tags.size() > 0 )
{
//---- set drawing data for render
if( drawer.bSetupDrawer )
drawer.setup( &tags[currentTagID], tags[currentTagID].distMax );
//---- update tag playing state
if( !myTagPlayer.bDonePlaying )
{
myTagPlayer.update(&tags[currentTagID]); // normal play, update tag
}else if( !myTagPlayer.bPaused && myTagPlayer.bDonePlaying && waitTimer > 0)
{
waitTimer -= dt; // pause time after drawn, before fades out
}
else if ( !myTagPlayer.bPaused && myTagPlayer.bDonePlaying && (drawer.alpha > 0 || particleDrawer.alpha > 0))
{
updateTransition(0);
bTrans = true;
}
else if ( !myTagPlayer.bPaused && myTagPlayer.bDonePlaying )
{
resetPlayer(1); // setup for next tag
}
//---------- AUDIO applied
if( bUseAudio) updateAudio();
//--------- ARCHITECTURE
if( bUseArchitecture ) updateArchitecture();
//--------- PARTICLES
updateParticles();
//--------- TAG ROTATION + POSITION
if(bRotating && !myTagPlayer.bPaused ) rotationY += panel.getValueF("ROT_SPEED")*dt;
// update pos / vel
tags[currentTagID].position.x += tagPosVel.x;
tags[currentTagID].position.y += tagPosVel.y;
tagPosVel.x -= .1*tagPosVel.x;
tagPosVel.y -= .1*tagPosVel.y;
if(!bTrans)
{
tags[currentTagID].rotation_o = tags[currentTagID].rotation;
tags[currentTagID].position_o = tags[currentTagID].position;
}
}
// controls
if( bShowPanel ) updateControlPanel();
}
void Agent::tick() {
// sanity checks to stop ticks on dead agents
LifeAssert la(this);
if (dying) return;
if (sound) {
// if the sound is no longer playing...
if (sound->getState() != SS_PLAY) {
// ...release our reference to it
sound.reset();
} else {
// otherwise, reposition audio
updateAudio(sound);
}
}
// don't tick paused agents
if (paused) return;
// CA updates
if (emitca_index != -1 && emitca_amount != 0.0f) {
assert(0 <= emitca_index && emitca_index <= 19);
shared_ptr<Room> r = world.map.roomAt(x, y);
if (r) {
r->catemp[emitca_index] += emitca_amount;
/*if (r->catemp[emitca_index] <= 0.0f) r->catemp[emitca_index] = 0.0f;
else if (r->catemp[emitca_index] >= 1.0f) r->catemp[emitca_index] = 1.0f;*/
}
}
// TODO: this might be in the wrong place - note that parts are ticked *before* Agent::tick is called
if (rotatable() && spritesperrotation != 0 && numberrotations > 1) {
SpritePart *p = dynamic_cast<SpritePart *>(part(0));
if (p) {
// change base according to our SPIN and the ROTN settings
unsigned int rotation = 0;
rotation = (spin - (0.5f / numberrotations)) * numberrotations; // TODO: verify correctness
p->setBase(spritesperrotation * rotation);
}
}
// tick the physics engine
physicsTick();
if (dying) return; // in case we were autokilled
// update the timer if needed, and then queue a timer event if necessary
if (timerrate) {
tickssincelasttimer++;
if (tickssincelasttimer == timerrate) {
queueScript(9); // TODO: include this?
tickssincelasttimer = 0;
}
assert(timerrate > tickssincelasttimer);
}
// tick the agent VM
if (vm) vmTick();
// some silly hack to handle delayed voices
tickVoices();
}
void Blobs02 :: update()
{
updateAudio();
updateBox2d();
}