| private CreateClientTexture ( IntPtr serverPtr ) : IntPtr | ||
| serverPtr | IntPtr | |
| return | IntPtr | |
//
private void InitSyphonClient(){
if(Application.isPlaying && attachedServer.SyphonServerPointer != IntPtr.Zero && !initialized){
//does not allocate GL resources: creates SyphonCacheData object on heap, saves ptr to Unity
syphonClientPointer = Syphon.CreateClientTexture(attachedServer.SyphonServerPointer);
// int texID = (int)attachedTexture.GetNativeTexturePtr();
// Syphon.CacheClientTextureValues(texID, attachedTexture.width, attachedTexture.height, syphonClientPointer);
if(AnnounceClient != null)
AnnounceClient(this);
//do not mark as 'initialized yet- wait til we get a 'valid' texture ID.
//this is because Unity (as of 4.2) no longer immediately returns a texture with a valid color backing on RT creation.
//gets marked as initialized in the Render() method further below.
}
}
public void InitSyphonClient()
{
//call Syphon initialize method here.
//if we have a valid syphon server attached, and not initialized yet,
if (Application.isPlaying && attachedServer.SyphonServerPointer != 0 && !initialized)
{
// Debug.Log("EXECUTING syphon client: " + boundAppName + " " + boundName);
attachedTexture.Create();
RenderTexture.active = attachedTexture;
Graphics.Blit(Syphon.NullTexture, attachedTexture);
RenderTexture.active = null;
//RenderTexture.active = attachedTexture;
syphonClientPointer = Syphon.CreateClientTexture(attachedServer.SyphonServerPointer);
Syphon.CacheClientTextureValues(attachedTexture.GetNativeTextureID(), attachedTexture.width, attachedTexture.height, syphonClientPointer);
initialized = true;
if (AnnounceClient != null)
{
AnnounceClient(this);
}
}
}