public PdOperation(string filePath)
{
_patchHandle = LibPD.OpenPatch(filePath);
LibPD.Bang += LibPD_Bang;
LibPD.Subscribe(DoneReceiver);
LibPD.OpenAudio(0, 2, SampleRate);
LibPD.ComputeAudio(true);
}
public static void loadPatch()
{
SDllHandle = LoadLibrary("libpdcsharp.dll");
LibPD.ReInit();
LibPD.OpenAudio(2, 3, 44100);
SPatch = LibPD.OpenPatch(@"..\..\test_csharp.pd");
LibPD.ComputeAudio(true);
}
private int OpenPd()
{
int bufferSize;
int noOfBuffers;
AudioSettings.GetDSPBufferSize(out bufferSize, out noOfBuffers);
numberOfTicks = bufferSize / LibPD.BlockSize;
int unitySR = AudioSettings.outputSampleRate;
return(LibPD.OpenAudio(2, 2, unitySR));
}
void OpenAudio()
{
if (LibPD.OpenAudio(2, 2, sampleRate) == 0)
{
initialized = true;
}
else
{
Logger.LogError("Failed to start LibPD.");
}
}
/// <summary>
/// Sets up communication with libPd.
/// </summary>
void SetUpPd()
{
// Open Pd file
_patchHandle = LibPD.OpenPatch("../../pd/test.pd");
// Subscribe to receiver
LibPD.Float += LibPd_Float;
LibPD.Subscribe(CursorReceiver);
// Set up audio format for Pd
LibPD.OpenAudio(0, 2, SampleRate);
// Start audio
LibPD.ComputeAudio(true);
}
public static void loadPatch()
{
if (loader == null)
{
loader = IsLinux() ? (IDllLoader) new LinuxDllLoader() : (IDllLoader) new WindowsDllLoader();
}
SDllHandle = loader.LoadLibrary("libpdcsharp." + (IsLinux() ? "so" : "dll"));
LibPD.ReInit();
LibPD.OpenAudio(2, 3, 44100);
SPatch = LibPD.OpenPatch(@"../../test_csharp.pd");
LibPD.ComputeAudio(true);
}
public void loadPatch()
{
Debug.Log("Load patch:" + path);
// we can also work in stereo or more: LibPD.OpenAudio (2, 2, 48000);
if (!islibpdready)
{
LibPD.OpenAudio(1, 1, 48000);
}
SPatch = LibPD.OpenPatch(path);
LibPD.ComputeAudio(true);
islibpdready = true;
//LibPD.Print += Receive;
}
// Initialise Pd with Unity's sample rate and calculate number of ticks. Returns 0 on success.
public int initPd()
{
int bufferSize;
int noOfBuffers;
AudioSettings.GetDSPBufferSize(out bufferSize, out noOfBuffers);
// Calculate number of ticks for process callback
numberOfTicks = bufferSize / LibPD.BlockSize;
// Get Unity's sample rate
int unitySR = AudioSettings.outputSampleRate;
// Initialise Pd with 2 ins and outs and Unity's samplerate. Project dependent.
return(LibPD.OpenAudio(2, 2, unitySR));
}
// Startup audio engine
public static void Startup()
{
LibPD.ReInit();
LibPD.Print += printCallback;
LibPD.Float += floatCallback;
LibPD.Bang += bangCallback;
LibPD.OpenAudio(1, 2, 44100);
LibPD.ComputeAudio(true);
handle = LibPD.OpenPatch("patch/soundsystem.pd");
PortAudio.Pa_Initialize();
PortAudio.Pa_OpenDefaultStream(out stream, 1, 2, (uint)PortAudio.PaSampleFormat.paFloat32,
44100,
256,
renderCallback,
(IntPtr)null);
PortAudio.Pa_StartStream(stream);
}
// Initialise Pd with Unity's sample rate and calculate number of ticks. Returns 0 on success.
public int openPd()
{
int bufferSize;
int noOfBuffers;
AudioSettings.GetDSPBufferSize(out bufferSize, out noOfBuffers);
// Calculate number of ticks for process callback
numberOfTicks = bufferSize / LibPD.BlockSize;
// Get Unity's sample rate
int unitySR = AudioSettings.outputSampleRate;
// Initialise Pd with 2 ins and outs and Unity's samplerate. Project dependent.
int pdOpen = -1;
pdOpen = LibPD.OpenAudio(2, 2, unitySR);
if (pdOpen == 0)
{
islibpdready = true;
}
return(pdOpen);
}