/// <summary>
/// When Awake is called by the Unity Engine we build our simple audio graph,
/// and attach the root node of our graph to the driver.
/// </summary>
void Awake()
{
//context
Driver.sampleRate = 48000;
m_driver = new Driver();
//audio nodes
var sineWave = new SineWaveGenerator();
var mixer = new MonoMixer();
mixer.masterOutputLevel = 0.5;
//connect our graph
mixer.AddInput(sineWave);
m_driver.rootNode = mixer;
}
/// <summary>
/// When Awake is called by the Unity Engine we build our simple audio graph,
/// and attach the root node of our graph to the driver.
/// </summary>
void Awake()
{
//context
Driver.sampleRate = 48000;
m_driver = new Driver();
//audio nodes
m_raygun = new RayGun();
m_mixer = new MonoMixer();
m_mixer.masterOutputLevel = 0.5;
//connect our graph
m_mixer.AddInput(m_raygun);
m_driver.rootNode = m_mixer;
}
void InitialiseGraph()
{
//context
Driver.sampleRate = 48000;
m_driver = new Driver();
//audio nodes
var stepSeq = new StepSequencer();
var voice = m_bank.GetSamplePlayerForBuffer("505 arp 1");
voice.isOneshot = true;
stepSeq.sequence = new List<StepData>(){
new StepData("C", 2), new StepData("G", 2), new StepData("D", 2)
};
m_mixer = new MonoMixer();
m_mixer.masterOutputLevel = 0.5;
//connect our graph
stepSeq.InputNode = voice;
m_mixer.AddInput(stepSeq);
m_driver.rootNode = m_mixer;
}
/// <summary>
/// When Awake is called by the Unity Engine we build our simple audio graph,
/// and attach the root node of our graph to the driver.
/// </summary>
void Awake()
{
//context
Driver.sampleRate = 48000;
m_driver = new Driver();
//audio nodes
m_sineWave = new SineWaveGenerator();
m_gainer = new Gain();
m_gainer.drive = 1.5;
var customAudioNode = new VolumeLimiter();
m_mixer = new MonoMixer();
m_mixer.masterOutputLevel = 0.5;
//connect our graph
m_gainer.InputNode = m_sineWave;
customAudioNode.inputNode = m_gainer;
m_mixer.AddInput(customAudioNode);
m_driver.rootNode = m_mixer;
}