// ----------------------------------------------------------
ofxAudioUnitSampler::ofxAudioUnitSampler(const ofxAudioUnitSampler &orig)
// ----------------------------------------------------------
{
_desc = orig._desc;
initUnit();
midiChannelInUse = orig.midiChannelInUse;
}
IndianaJonesUnit::IndianaJonesUnit(Vortex * gameEngine, std::vector<std::vector<MapTile *>> * mapGroundTiles, int posX, int posY, int endPosX, int endPosY) : Unit(gameEngine, mapGroundTiles, posX, posY) {
this->endPosX = endPosX;
this->endPosY = endPosY;
maxspeed = 0.04f;
speed = maxspeed;
width = 32 / 2;
height = 48 / 2;
maxHealth = 53.f; //+15
offsetComponentsY = 15 + gameEngine->getRandInt(-5, 5);
killReward = 3;
moveDirection = DIRECTIONS[rand() % 4];
currentMoveAnimationIndex = getDirectionIndex(moveDirection);
for (int i = 0; i < DIRECTIONS.size(); i++){
VortexAnimation * tempAni = new VortexAnimation(posX, posY, width, height, 13, gameEngine);
tempAni->asembleSpritesheetAnimation("Graphics/Units/indianajones.png", 32, 48, DIRECTIONS[i], 4);
moveAnimations.push_back(tempAni);
}
hitParticleColor = sf::Color(220, 20, 20);
initUnit();
}
// ----------------------------------------------------------
ofxAudioUnitInput::ofxAudioUnitInput(unsigned int samplesToBuffer)
: _impl(new InputImpl)
// ----------------------------------------------------------
{
_desc = inputDesc;
initUnit();
AudioStreamBasicDescription ASBD = {0};
UInt32 ASBD_size = sizeof(ASBD);
OFXAU_PRINT(AudioUnitGetProperty(*_unit,
kAudioUnitProperty_StreamFormat,
kAudioUnitScope_Output,
1,
&ASBD,
&ASBD_size),
"getting input ASBD");
_impl->ctx.inputUnit = _unit;
_impl->ctx.bufferList = AudioBufferListRef(AudioBufferListAlloc(ASBD.mChannelsPerFrame, 1024), AudioBufferListRelease);
_impl->ctx.circularBuffers.resize(ASBD.mChannelsPerFrame);
_impl->isReady = false;
#if !TARGET_OS_IPHONE
_impl->inputDeviceID = DefaultAudioInputDevice();
#endif
for(int i = 0; i < ASBD.mChannelsPerFrame; i++) {
TPCircularBufferInit(&_impl->ctx.circularBuffers[i], samplesToBuffer * sizeof(Float32));
}
}
// ----------------------------------------------------------
ofxAudioUnitSampler::ofxAudioUnitSampler()
// ----------------------------------------------------------
{
_desc = samplerDesc;
initUnit();
midiChannelInUse = 0;
}
// ----------------------------------------------------------
ofxAudioUnitNetSend::ofxAudioUnitNetSend()
// ----------------------------------------------------------
{
_desc = netSendDesc;
initUnit();
setName("openFrameworks");
}
// ----------------------------------------------------------
ofxAudioUnitOutput::ofxAudioUnitOutput()
: _isReady(false)
// ----------------------------------------------------------
{
_desc = outputDesc;
initUnit();
}
std::unique_ptr<BcmUnit> BcmAPI::initOnlyUnit() {
auto numDevices = BcmAPI::getNumSwitches();
if (numDevices == 0) {
throw FbossError("no Broadcom switching ASIC found");
} else if (numDevices > 1) {
throw FbossError("found more than 1 Broadcom switching ASIC");
}
return initUnit(0);
}
ofxAudioUnitFilePlayer::ofxAudioUnitFilePlayer()
: _region((ScheduledAudioFileRegion){0})
, _pauseTimeStamp((AudioTimeStamp){0})
, _loopCount(0)
, _pauseTimeAccumulator(0)
, _primed(false) {
_fileID[0] = NULL;
_desc = filePlayerDesc;
initUnit();
}
// ----------------------------------------------------------
ofxAudioUnitSampler& ofxAudioUnitSampler::operator=(const ofxAudioUnitSampler &orig)
// ----------------------------------------------------------
{
if(this == &orig) return *this;
_desc = orig._desc;
initUnit();
midiChannelInUse = orig.midiChannelInUse;
return *this;
}
// ----------------------------------------------------------
ofxAudioUnitInput::ofxAudioUnitInput() : _isReady(false)
// ----------------------------------------------------------
{
_desc = inputDesc;
initUnit();
_ringBuffer = RingBufferRef(new ofxAudioUnitInput::RingBuffer());
_renderContext.inputUnit = _unit;
_renderContext.ringBuffer = _ringBuffer;
}
// ----------------------------------------------------------
ofxAudioUnitSampler::ofxAudioUnitSampler(OSType type,
OSType subType,
OSType manufacturer)
// ----------------------------------------------------------
{
_desc.componentType = type;
_desc.componentSubType = subType;
_desc.componentManufacturer = manufacturer;
_desc.componentFlags = 0;
_desc.componentFlagsMask = 0;
initUnit();
midiChannelInUse = 0;
};
// ----------------------------------------------------------
ofxAudioUnitMixer::ofxAudioUnitMixer()
// ----------------------------------------------------------
{
_desc = mixerDesc;
initUnit();
// default volume is 0, which can make things seem like they aren't working
int busses = getInputBusCount();
for(int i = 0; i < busses; i++)
setInputVolume(1, i);
setOutputVolume(1);
}
// ----------------------------------------------------------
ofxAudioUnitSpeechSynth::ofxAudioUnitSpeechSynth()
// ----------------------------------------------------------
{
_desc = speechDesc;
initUnit();
UInt32 dataSize = sizeof(SpeechChannel);
OFXAU_PRINT(AudioUnitGetProperty(*_unit,
kAudioUnitProperty_SpeechChannel,
kAudioUnitScope_Global,
0,
&_channel,
&dataSize),
"getting speech channel");
}
// ----------------------------------------------------------
ofxAudioUnitNetReceive::ofxAudioUnitNetReceive()
// ----------------------------------------------------------
{
_desc = netReceiveDesc;
initUnit();
}
// ----------------------------------------------------------
ofxAudioUnitOutput::ofxAudioUnitOutput()
// ----------------------------------------------------------
{
_desc = outputDesc;
initUnit();
}
// ----------------------------------------------------------
ofxAudioUnitFilePlayer::ofxAudioUnitFilePlayer()
// ----------------------------------------------------------
{
_desc = filePlayerDesc;
initUnit();
}
ofxAudioUnitSampler::ofxAudioUnitSampler()
{
_desc = samplerDesc;
initUnit();
}