//Gets an empty frame from the pool and ensures its ready to be filled
GameFrame PrepareNewFrame()
{
FrameDelayQueue <GameFrame> .Frame <GameFrame> newFrame = frames.GetNewFrame();
if (newFrame.data == null)
{
newFrame.data = new GameFrame();
}
if (newFrame.data.backgroundBuffer != null && (newFrame.data.backgroundBuffer.width != Output.width || newFrame.data.backgroundBuffer.height != Output.height))
{
newFrame.data.backgroundBuffer.Release();
newFrame.data.backgroundBuffer = null;
}
if (newFrame.data.backgroundBuffer == null)
{
newFrame.data.backgroundBuffer = new RenderTexture(Output.width, Output.height, 24, (Output as RenderTexture).format, (Output as RenderTexture).sRGB ? RenderTextureReadWrite.sRGB : RenderTextureReadWrite.Linear);
newFrame.data.backgroundBuffer.antiAliasing = CalculateAntiAliasingValue();
}
if (newFrame.data.foregroundBuffer != null && (newFrame.data.foregroundBuffer.width != Output.width || newFrame.data.foregroundBuffer.height != Output.height))
{
newFrame.data.foregroundBuffer.Release();
newFrame.data.foregroundBuffer = null;
}
if (newFrame.data.foregroundBuffer == null)
{
newFrame.data.foregroundBuffer = new RenderTexture(Output.width, Output.height, 24, (Output as RenderTexture).format, (Output as RenderTexture).sRGB ? RenderTextureReadWrite.sRGB : RenderTextureReadWrite.Linear);
newFrame.data.foregroundBuffer.antiAliasing = CalculateAntiAliasingValue();
}
return(newFrame.data);
}
//Gets an empty frame from the pool and ensures its ready to be filled
GameFrame PrepareNewFrame()
{
FrameDelayQueue <GameFrame> .Frame <GameFrame> newFrame = frames.GetNewFrame();
if (newFrame.data == null)
{
newFrame.data = new GameFrame();
}
if (newFrame.data.backgroundBuffer != null && (newFrame.data.backgroundBuffer.width != Output.width || newFrame.data.backgroundBuffer.height != Output.height))
{
newFrame.data.backgroundBuffer.Release();
newFrame.data.backgroundBuffer = null;
}
if (newFrame.data.backgroundBuffer == null)
{
newFrame.data.backgroundBuffer = new RenderTexture(Output.width, Output.height, 24, gameCamera.hdr ? RenderTextureFormat.DefaultHDR : RenderTextureFormat.Default);
}
if (newFrame.data.foregroundBuffer != null && (newFrame.data.foregroundBuffer.width != Output.width || newFrame.data.foregroundBuffer.height != Output.height))
{
newFrame.data.foregroundBuffer.Release();
newFrame.data.foregroundBuffer = null;
}
if (newFrame.data.foregroundBuffer == null)
{
newFrame.data.foregroundBuffer = new RenderTexture(Output.width, Output.height, 24, gameCamera.hdr ? RenderTextureFormat.DefaultHDR : RenderTextureFormat.Default);
}
return(newFrame.data);
}
protected virtual void UpdateTransform()
{
frames.delayDuration = (delayWithBuffer == true && context.Data.unplugged == false && context.Data.outputMode == MixCastData.OutputMode.Buffered) ? context.Data.bufferTime : 0;
frames.Update();
if (context.Data != null)
{
FrameDelayQueue <TransformData> .Frame <TransformData> newFrame = frames.GetNewFrame();
if (newFrame.data == null)
{
newFrame.data = new TransformData();
}
GetCameraTransform(out newFrame.data.pos, out newFrame.data.rot);
TransformData oldFrame = frames.OldestFrameData;
SetTransformFromTarget(oldFrame.pos, oldFrame.rot);
}
}
public virtual void StartRender()
{
if (context.Data == null || frames == null)
{
return;
}
frames.delayDuration = context.Data.outputMode == MixCastData.OutputMode.Buffered ? context.Data.bufferTime : 0;
frames.Update();
if (blitMaterial != null)
{
blitMaterial.mainTexture = Texture;
//Tell the material if linear color space needs to be corrected
blitMaterial.SetFloat(COLOR_SPACE_EXP_PROP, QualitySettings.activeColorSpace == ColorSpace.Linear ? 2.2f : 1);
if (Texture != null && cam.Output != null)
{
//set transform to correct for different aspect ratios between screen and camera texture
float ratioRatio = ((float)Texture.width / Texture.height) / ((float)cam.Output.width / cam.Output.height);
blitMaterial.SetVector("_TextureTransform", new Vector4(1f / ratioRatio, 1, 0.5f * (1f - 1f / ratioRatio), 0));
}
//update the player's depth for the material
FrameDelayQueue <FramePlayerData> .Frame <FramePlayerData> nextFrame = frames.GetNewFrame();
if (nextFrame.data == null)
{
nextFrame.data = new FramePlayerData();
}
if (cam.gameCamera != null)
{
nextFrame.data.playerDepth = CalculatePlayerDepth();
}
Transform roomTransform = Camera.main.transform.parent;
nextFrame.data.playerHeadPos = Camera.main.transform.position;
nextFrame.data.playerBasePos = roomTransform.TransformPoint(new Vector3(Camera.main.transform.localPosition.x, 0, Camera.main.transform.localPosition.z));
nextFrame.data.playerLeftHandPos = roomTransform.TransformPoint(GetTrackingPosition(UnityEngine.XR.XRNode.LeftHand));
nextFrame.data.playerRightHandPos = roomTransform.TransformPoint(GetTrackingPosition(UnityEngine.XR.XRNode.RightHand));
FramePlayerData oldFrameData = frames.OldestFrameData;
blitMaterial.SetFloat("_PlayerDepth", oldFrameData.playerDepth);
blitMaterial.SetVector("_PlayerHeadPos", oldFrameData.playerHeadPos);
blitMaterial.SetVector("_PlayerLeftHandPos", oldFrameData.playerLeftHandPos);
blitMaterial.SetVector("_PlayerRightHandPos", oldFrameData.playerRightHandPos);
blitMaterial.SetVector("_PlayerBasePos", oldFrameData.playerBasePos);
blitMaterial.SetFloat("_PlayerScale", Camera.main.transform.parent.TransformVector(Vector3.forward).magnitude);
blitMaterial.SetFloat("_PlayerHeadCropRadius", context.Data.croppingData.headRadius);
blitMaterial.SetFloat("_PlayerHandCropRadius", context.Data.croppingData.handRadius);
blitMaterial.SetFloat("_PlayerFootCropRadius", context.Data.croppingData.baseRadius);
if (context.Data.croppingData.active)
{
blitMaterial.EnableKeyword(KEYWORD_CROP_PLAYER);
}
else
{
blitMaterial.DisableKeyword(KEYWORD_CROP_PLAYER);
}
if (cam is ImmediateMixCastCamera)
{
blitMaterial.EnableKeyword(KEYWORD_WRITE_DEPTH);
}
else
{
blitMaterial.DisableKeyword(KEYWORD_WRITE_DEPTH);
}
}
if (OnRenderStarted != null)
{
OnRenderStarted();
}
}
public virtual void StartRender()
{
if (context.Data == null || frames == null)
{
return;
}
frames.delayDuration = (context.Data.unplugged == false && context.Data.outputMode == MixCastData.OutputMode.Buffered) ? context.Data.bufferTime : 0;
frames.Update();
ProcessTexture();
if (blitMaterial != null && ProcessedTexture != null)
{
blitMaterial.mainTexture = ProcessedTexture;
if (context.Data.croppingData.active)
{
blitMaterial.EnableKeyword(KEYWORD_CROP_PLAYER);
}
FramePlayerData oldFrameData = frames.OldestFrameData;
if (oldFrameData != null)
{
blitMaterial.SetFloat("_PlayerDist", oldFrameData.playerDist);
blitMaterial.SetVector("_PlayerHeadPos", oldFrameData.playerHeadPos);
blitMaterial.SetVector("_PlayerLeftHandPos", oldFrameData.playerLeftHandPos);
blitMaterial.SetVector("_PlayerRightHandPos", oldFrameData.playerRightHandPos);
blitMaterial.SetVector("_PlayerBasePos", oldFrameData.playerBasePos);
}
float scale = MixCastCameras.Instance.RoomTransform != null?MixCastCameras.Instance.RoomTransform.TransformVector(Vector3.forward).magnitude : 1;
blitMaterial.SetFloat("_PlayerScale", scale);
blitMaterial.SetFloat("_PlayerHeadCropRadius", context.Data.croppingData.headRadius);
blitMaterial.SetFloat("_PlayerHandCropRadius", context.Data.croppingData.handRadius);
blitMaterial.SetFloat("_PlayerFootCropRadius", context.Data.croppingData.baseRadius);
//update the player's depth for the material
FrameDelayQueue <FramePlayerData> .Frame <FramePlayerData> nextFrame = frames.GetNewFrame();
if (nextFrame.data == null)
{
nextFrame.data = new FramePlayerData();
}
FillTrackingData(nextFrame);
}
if (OnRenderStarted != null)
{
OnRenderStarted();
}
}
FrameLightingData PrepareNextFrame()
{
FrameDelayQueue <FrameLightingData> .Frame <FrameLightingData> nextFrame = frames.GetNewFrame();
if (nextFrame.data == null)
{
nextFrame.data = new FrameLightingData();
}
if (nextFrame.data.directionalLightDirections == null || nextFrame.data.directionalLightDirections.Length != DIR_LIGHT_ARRAY_MAX)
{
nextFrame.data.directionalLightDirections = new Vector4[DIR_LIGHT_ARRAY_MAX];
}
if (nextFrame.data.directionalLightColors == null || nextFrame.data.directionalLightColors.Length != DIR_LIGHT_ARRAY_MAX)
{
nextFrame.data.directionalLightColors = new Vector4[DIR_LIGHT_ARRAY_MAX];
}
if (nextFrame.data.pointLightPositions == null || nextFrame.data.pointLightPositions.Length != POINT_LIGHT_ARRAY_MAX)
{
nextFrame.data.pointLightPositions = new Vector4[POINT_LIGHT_ARRAY_MAX];
}
if (nextFrame.data.pointLightColors == null || nextFrame.data.pointLightColors.Length != POINT_LIGHT_ARRAY_MAX)
{
nextFrame.data.pointLightColors = new Vector4[POINT_LIGHT_ARRAY_MAX];
}
if (nextFrame.data.spotLightPositions == null || nextFrame.data.spotLightPositions.Length != SPOT_LIGHT_ARRAY_MAX)
{
nextFrame.data.spotLightPositions = new Vector4[SPOT_LIGHT_ARRAY_MAX];
}
if (nextFrame.data.spotLightDirections == null || nextFrame.data.spotLightDirections.Length != SPOT_LIGHT_ARRAY_MAX)
{
nextFrame.data.spotLightDirections = new Vector4[SPOT_LIGHT_ARRAY_MAX];
}
if (nextFrame.data.spotLightColors == null || nextFrame.data.spotLightColors.Length != SPOT_LIGHT_ARRAY_MAX)
{
nextFrame.data.spotLightColors = new Vector4[SPOT_LIGHT_ARRAY_MAX];
}
return(nextFrame.data);
}
