public override bool DrawTextureWithBuffer(IntPtr textureId, WVR_CameraImageFormat imgFormat, IntPtr frameBuffer, uint size, uint width, uint height)
{
return(DrawTextureWithBuffer_HVR(textureId, imgFormat, frameBuffer, size, width, height));
}
private static void RenderEvent(int eventId)
{
if ((eventId & (int)EngineEventID.ENGINE_EVENT_ID_BEGIN) == (int)EngineEventID.ENGINE_EVENT_ID_BEGIN)
{
NativeProcessEngineEvent((uint)EngineThreadID.RENDER_THREAD, (uint)eventId);
return;
}
switch (eventId)
{
case RENDEREVENTID_EditorEmptyOperation:
break;
case RENDEREVENTID_INIT_GRAPHIC:
break;
case RENDEREVENTID_SHUTDOWN_GRAPHIC:
// Use native code to shutdown compositor.
NativeRenderEvent(k_nRenderEventID_GraphicShutdown);
break;
case RENDEREVENTID_Systrace_BeginSession:
string sectionName;
lock (TraceSessionNameQueue)
{
try
{
sectionName = (string)TraceSessionNameQueue.Dequeue();
}
catch (System.InvalidOperationException)
{
sectionName = "Empty";
}
}
TraceBeginSection(sectionName);
break;
case RENDEREVENTID_Systrace_EndSession:
TraceEndSection();
break;
case RENDEREVENTID_StartCamera:
{
WVR_CameraInfo_t camerainfo = new WVR_CameraInfo_t();
var result = Interop.WVR_StartCamera(ref camerainfo);
Event.Send("StartCameraCompleted", result, camerainfo);
}
break;
case RENDEREVENTID_StopCamera:
{
Interop.WVR_StopCamera();
}
break;
case RENDEREVENTID_UpdateCamera:
{
var updated = Interop.WVR_UpdateTexture(WaveVR_CameraTexture.instance.getNativeTextureId());
Event.Send("UpdateCameraCompleted", updated);
}
break;
case RENDEREVENTID_DrawTextureWithBuffer:
{
IntPtr nativeTexId = WaveVR_CameraTexture.instance.getNativeTextureId();
uint bufferSize = WaveVR_CameraTexture.instance.getImageSize();
IntPtr framebuffer = WaveVR_CameraTexture.instance.getNativeFrameBuffer();
uint width = WaveVR_CameraTexture.instance.getImageWidth();
uint height = WaveVR_CameraTexture.instance.getImageHeight();
WVR_CameraImageFormat imgFormat = WaveVR_CameraTexture.instance.getImageFormat();
bool updated = Interop.WVR_DrawTextureWithBuffer(nativeTexId, imgFormat, framebuffer, bufferSize, width, height);
Event.Send("DrawCameraCompleted", updated);
}
break;
case RENDEREVENTID_ReleaseTexture:
{
Interop.WVR_ReleaseCameraTexture();
}
break;
case RENDEREVENTID_RenderMaskLeft:
{
Interop.WVR_RenderMask(WVR_Eye.WVR_Eye_Left);
}
break;
case RENDEREVENTID_RenderMaskRight:
{
Interop.WVR_RenderMask(WVR_Eye.WVR_Eye_Right);
}
break;
case RENDEREVENTID_SinglePassPrepare:
case RENDEREVENTID_SinglePassPrepareWithAntiAliasing2x:
case RENDEREVENTID_SinglePassPrepareWithAntiAliasing4x:
case RENDEREVENTID_SinglePassPrepareWithAntiAliasing8x:
{
var render = WaveVR_Render.Instance;
if (render == null)
{
return;
}
int aa = eventId - RENDEREVENTID_SinglePassPrepare;
PrepareSinglePassTexture(aa, (int)render.sceneWidth, (int)render.sceneHeight);
}
break;
case RENDEREVENTID_SinglePassBeforeForwardOpaque:
{
SinglePassBeforeForwardOpaque();
}
break;
case RENDEREVENTID_SinglePassPostRender:
{
SinglePassPostRender();
}
break;
case RENDEREVENTID_ExecuteCustomFunction:
{
if (mCustomRenderThreadFunc != null)
{
mCustomRenderThreadFunc();
}
mCustomRenderThreadFunc = null;
}
break;
}
}
public static extern bool DrawTextureWithBuffer_HVR(IntPtr textureId, WVR_CameraImageFormat imgFormat, IntPtr frameBuffer, uint size, uint width, uint height);
