private void renderThreadMain()
{
while (run)
{
if (pause)
{
renderThreadLock = true;
}
else
{
renderThreadLock = false;
renderThreadTimer.startUpdate();
generateFrame();
inputManager.Update();
frameData.camera = Camera.UpdateMovement(frameData.camera, inputManager);
frame.write(ref output);
renderThreadLock = true;
renderThreadTimer.endUpdateForTargetUpdateTime((1000.0 / targetFPS), true);
}
}
}
public void updateFrame()
{
if (rtRenderer != null)
{
if (readyForUpdate)
{
displayTimer.endUpdate();
displayTimer.startUpdate();
FPS.Content = rtRenderer.device.AcceleratorType.ToString() + " "
+ (rtRenderer.renderThreadTimer.averageUpdateRate <= displayTimer.averageUpdateRate
? ((int)(rtRenderer.renderThreadTimer.averageUpdateRate) + " FPS GPU LIMITED")
: ((int)displayTimer.averageUpdateRate + " FPS WPF LIMITED")) + (debugTAA && !debugZbuffer ? " TAA ON" : " TAA OFF");
camera.Content = string.Format("Pos: {0:0.##}, {1:0.##} {2:0.##}", rtRenderer.frameData.camera.origin.x, rtRenderer.frameData.camera.origin.y, rtRenderer.frameData.camera.origin.z);
debug.Content = "[ " + width + ", " + height + " ]" + " SF: " + scale;
renderScale.Content = "Scale Factor: " + scale;
taaLabel.Content = debugTAA && !debugZbuffer?string.Format("TAA ON # {0:0.##}", debugTAAScale) : "TAA OFF";
taaDistLabel.Content = debugTAA && !debugZbuffer?string.Format("TAA dist {0:0.##}", debugTAADistScale) : "TAA OFF";
frame.update();
}
readyForUpdate = false;
}
}