private void OnDisable()
{
NotifyBlurredTexOnUpdate(null);
if (blur != null)
{
blur.Dispose();
blur = null;
}
if (bDepthTex != null)
{
bDepthTex.DestroySelf();
bDepthTex = null;
}
if (maskTex0 != null)
{
maskTex0.Dispose();
maskTex0 = null;
}
if (maskTex1 != null)
{
maskTex1.Dispose();
maskTex1 = null;
}
if (ramm != null)
{
ramm.Dispose();
ramm = null;
}
if (pip != null)
{
pip.Dispose();
pip = null;
}
}
private void OnEnable()
{
if (link.targetCam == null)
{
link.targetCam = GetComponent <Camera>();
}
manualCam = new ManuallyRenderCamera(link.targetCam);
commander = new CameraEventRetention(manualCam.Camera);
cmd = new CommandBuffer();
cap = new DepthCapture();
depthTex = new ResizableRenderTexture(new FormatRT()
{
textureFormat = RenderTextureFormat.Depth,
depth = 24
});
depthColorTex = new ResizableRenderTexture(new FormatRT()
{
textureFormat = RenderTextureFormat.ARGBHalf,
readWrite = RenderTextureReadWrite.Linear,
depth = 0,
});
pip = new PIPTexture();
currCamData = default;
validator.Reset();
validator.SetCheckers(() => currCamData.Equals(link.targetCam));
validator.Validation += () => {
currCamData = link.targetCam;
cmd.Clear();
var size = link.targetCam.Size();
depthTex.Size = size;
depthColorTex.Size = size;
cmd.Clear();
cap.StepThreashold = tuner.stepThreashold;
cap.Capture(cmd, depthColorTex, tuner.depthOutputMode);
commander.Set(tuner.captureEvent, cmd);
pip.CurrTuner = tuner.pip;
pip.TargetCam = link.targetCam;
};
manualCam.AfterCopyFrom += v => {
manualCam.Camera.depthTextureMode = DepthTextureMode.Depth;
manualCam.Camera.cullingMask = tuner.CullingMask();
};
validator.Validate();
depthTex.AfterCreateTexture += v => validator.Invalidate();
depthColorTex.AfterCreateTexture += v => {
using (new RenderTextureActivator(depthColorTex))
GL.Clear(true, true, Color.white);
validator.Invalidate();
};
}
private void OnEnable()
{
if (link.targetCam == null)
{
link.targetCam = GetComponent <Camera>();
}
blur = new Blur();
ramm = new BinaryAccumulator();
maskTex0 = new ResizableRenderTexture(new FormatRT()
{
textureFormat = RenderTextureFormat.ARGBHalf,
depth = 0,
});
maskTex1 = new ResizableRenderTexture(maskTex0.Format);
pip = new PIPTexture();
currCamData = default;
validator.Reset();
validator.SetCheckers(() => currCamData.Equals(link.targetCam));
validator.Validation += () => {
currCamData = link.targetCam;
var size = link.targetCam.Size();
maskTex0.Size = size;
maskTex1.Size = size;
pip.CurrTuner = tuner.pip;
pip.TargetCam = link.targetCam;
};
System.Action <RenderTexture> fClear = tex => {
using (new RenderTextureActivator(tex)) {
GL.Clear(true, true, Color.white);
}
};
maskTex0.AfterCreateTexture += fClear;
maskTex1.AfterCreateTexture += fClear;
validator.Validate();
}
private void OnDisable()
{
if (commander != null)
{
commander.Reset();
commander = null;
}
if (manualCam != null)
{
manualCam.Dispose();
manualCam = null;
}
if (cap != null)
{
cap.Dispose();
cap = null;
}
if (cmd != null)
{
cmd.Dispose();
cmd = null;
}
if (depthTex != null)
{
depthTex.Dispose();
depthTex = null;
}
if (depthColorTex != null)
{
depthColorTex.Dispose();
depthColorTex = null;
}
if (pip != null)
{
pip.Dispose();
pip = null;
}
}
