void Invalidate()
{
if (SDKUtils.ContainsFlag((uint)_invalidate, (uint)INVALIDATION_FLAGS.STAGE))
{
_stage = _stageCandidate;
_stageCandidate = null;
_invalidate = (INVALIDATION_FLAGS)SDKUtils.SetFlag((uint)_invalidate, (uint)INVALIDATION_FLAGS.STAGE, false);
}
if (SDKUtils.ContainsFlag((uint)_invalidate, (uint)INVALIDATION_FLAGS.HMD_CAMERA))
{
_HMDCamera = _HMDCameraCandidate;
_HMDCameraCandidate = null;
_invalidate = (INVALIDATION_FLAGS)SDKUtils.SetFlag((uint)_invalidate, (uint)INVALIDATION_FLAGS.HMD_CAMERA, false);
}
if (SDKUtils.ContainsFlag((uint)_invalidate, (uint)INVALIDATION_FLAGS.MR_CAMERA_PREFAB))
{
_MRCameraPrefab = _MRCameraPrefabCandidate;
_MRCameraPrefabCandidate = null;
_invalidate = (INVALIDATION_FLAGS)SDKUtils.SetFlag((uint)_invalidate, (uint)INVALIDATION_FLAGS.MR_CAMERA_PREFAB, false);
}
if (SDKUtils.ContainsFlag((uint)_invalidate, (uint)INVALIDATION_FLAGS.EXCLUDE_BEHAVIOURS))
{
_excludeBehaviours = _excludeBehavioursCandidate;
_excludeBehavioursCandidate = null;
_invalidate = (INVALIDATION_FLAGS)SDKUtils.SetFlag((uint)_invalidate, (uint)INVALIDATION_FLAGS.EXCLUDE_BEHAVIOURS, false);
}
}
public void Dispose()
{
ReleaseBridgePoseControl();
DestroyAssets();
SDKUtils.DestroyTexture(ref _backgroundRenderTexture);
SDKUtils.DestroyTexture(ref _foregroundRenderTexture);
SDKUtils.DestroyTexture(ref _complexClipPlaneRenderTexture);
}
private void CreateUITexture()
{
if (SDKUtils.CreateTexture(ref _uiRenderTexture, _resolution.width, _resolution.height, 24, RenderTextureFormat.ARGB32))
{
}
else
{
Debug.LogError("LIV: Unable to create UI texture!");
}
}
// Renders a single camera in a single texture with occlusion only from opaque objects.
// This is the most performant option for mixed reality.
// It does not support any transparency in the foreground layer.
private void RenderOptimized()
{
bool debugClipPlane = SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.DEBUG_CLIP_PLANE);
bool renderComplexClipPlane = SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.COMPLEX_CLIP_PLANE);
bool renderGroundClipPlane = SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.GROUND_CLIP_PLANE);
SDKUtils.SetCamera(_cameraInstance, _cameraInstance.transform, _inputFrame, localToWorldMatrix, spectatorLayerMask);
_cameraInstance.targetTexture = _optimizedRenderTexture;
// Clear alpha channel
_writeMaterial.SetInt(SDKShaders.LIV_COLOR_MASK, (int)ColorWriteMask.Alpha);
_optimizedRenderingCommandBuffer.Blit(BuiltinRenderTextureType.None, BuiltinRenderTextureType.CurrentActive, _writeMaterial);
// Render opaque pixels into alpha channel
_writeOpaqueToAlphaMaterial.SetInt(SDKShaders.LIV_COLOR_MASK, (int)ColorWriteMask.Alpha);
_optimizedRenderingCommandBuffer.DrawMesh(_clipPlaneMesh, Matrix4x4.identity, _writeOpaqueToAlphaMaterial, 0, 0);
// Render clip plane
Matrix4x4 clipPlaneTransform = localToWorldMatrix * (Matrix4x4)_inputFrame.clipPlane.transform;
_optimizedRenderingCommandBuffer.DrawMesh(_clipPlaneMesh, clipPlaneTransform,
GetClipPlaneMaterial(debugClipPlane, renderComplexClipPlane, ColorWriteMask.Alpha), 0, 0);
// Render ground clip plane
if (renderGroundClipPlane)
{
Matrix4x4 groundClipPlaneTransform = localToWorldMatrix * (Matrix4x4)_inputFrame.groundClipPlane.transform;
_optimizedRenderingCommandBuffer.DrawMesh(_clipPlaneMesh, groundClipPlaneTransform,
GetGroundClipPlaneMaterial(debugClipPlane, ColorWriteMask.Alpha), 0, 0);
}
_cameraInstance.AddCommandBuffer(CameraEvent.AfterEverything, _optimizedRenderingCommandBuffer);
// TODO: this is just proprietary
SDKShaders.StartRendering();
SDKShaders.StartBackgroundRendering();
InvokePreRenderBackground();
SendTextureToBridge(_optimizedRenderTexture, TEXTURE_ID.OPTIMIZED_COLOR_BUFFER_ID);
_cameraInstance.Render();
if (uiRendered)
{
Graphics.Blit(_uiRenderTexture, _backgroundRenderTexture, _uiTransparentMaterial);
}
InvokePostRenderBackground();
_cameraInstance.targetTexture = null;
SDKShaders.StopBackgroundRendering();
SDKShaders.StopRendering();
_cameraInstance.RemoveCommandBuffer(CameraEvent.AfterEverything, _optimizedRenderingCommandBuffer);
_optimizedRenderingCommandBuffer.Clear();
}
private void CreateOptimizedTexture()
{
if (SDKUtils.CreateTexture(ref _optimizedRenderTexture, _resolution.width, _resolution.height, 24, RenderTextureFormat.ARGB32))
{
#if UNITY_EDITOR
_optimizedRenderTexture.name = "LIV.OptimizedRenderTexture";
#endif
}
else
{
Debug.LogError("LIV: Unable to create optimized texture!");
}
}
private void CreateComplexClipPlaneTexture()
{
if (SDKUtils.CreateTexture(ref _complexClipPlaneRenderTexture, _inputFrame.clipPlane.width, _inputFrame.clipPlane.height, 0, RenderTextureFormat.ARGB32))
{
#if UNITY_EDITOR
_complexClipPlaneRenderTexture.name = "LIV.ComplexClipPlaneRenderTexture";
#endif
}
else
{
Debug.LogError("LIV: Unable to create complex clip plane texture!");
}
}
private void UpdateTextures()
{
if (SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.BACKGROUND_RENDER))
{
if (
_backgroundRenderTexture == null ||
_backgroundRenderTexture.width != _resolution.width ||
_backgroundRenderTexture.height != _resolution.height
)
{
CreateBackgroundTexture();
}
}
else
{
SDKUtils.DestroyTexture(ref _backgroundRenderTexture);
}
if (SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.FOREGROUND_RENDER))
{
if (
_foregroundRenderTexture == null ||
_foregroundRenderTexture.width != _resolution.width ||
_foregroundRenderTexture.height != _resolution.height
)
{
CreateForegroundTexture();
}
}
else
{
SDKUtils.DestroyTexture(ref _foregroundRenderTexture);
}
if (SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.COMPLEX_CLIP_PLANE))
{
if (
_complexClipPlaneRenderTexture == null ||
_complexClipPlaneRenderTexture.width != _inputFrame.clipPlane.width ||
_complexClipPlaneRenderTexture.height != _inputFrame.clipPlane.height
)
{
CreateComplexClipPlaneTexture();
}
}
else
{
SDKUtils.DestroyTexture(ref _complexClipPlaneRenderTexture);
}
}
void SendTextureToBridge(RenderTexture texture, TEXTURE_ID id)
{
SDKBridge.AddTexture(new SDKTexture()
{
id = id,
texturePtr = texture.GetNativeTexturePtr(),
SharedHandle = System.IntPtr.Zero,
device = SDKUtils.GetDevice(),
dummy = 0,
type = TEXTURE_TYPE.COLOR_BUFFER,
format = TEXTURE_FORMAT.ARGB32,
colorSpace = SDKUtils.GetColorSpace(texture),
width = texture.width,
height = texture.height
});
}
// Default render without any special changes
private void RenderBackground()
{
SDKUtils.SetCamera(_cameraInstance, _cameraInstance.transform, _inputFrame, localToWorldMatrix, spectatorLayerMask);
_cameraInstance.targetTexture = _backgroundRenderTexture;
RenderTexture tempRenderTexture = null;
bool overridePostProcessing = SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.OVERRIDE_POST_PROCESSING);
if (overridePostProcessing)
{
tempRenderTexture = RenderTexture.GetTemporary(_backgroundRenderTexture.width, _backgroundRenderTexture.height, 0, _backgroundRenderTexture.format);
_captureTextureCommandBuffer.Blit(BuiltinRenderTextureType.CurrentActive, tempRenderTexture);
_applyTextureCommandBuffer.Blit(tempRenderTexture, BuiltinRenderTextureType.CurrentActive);
_cameraInstance.AddCommandBuffer(_captureTextureEvent, _captureTextureCommandBuffer);
_cameraInstance.AddCommandBuffer(_applyTextureEvent, _applyTextureCommandBuffer);
}
SDKShaders.StartRendering();
SDKShaders.StartBackgroundRendering();
InvokePreRenderBackground();
SendTextureToBridge(_backgroundRenderTexture, TEXTURE_ID.BACKGROUND_COLOR_BUFFER_ID);
_cameraInstance.Render();
if (uiRendered)
{
Graphics.Blit(_uiRenderTexture, _backgroundRenderTexture, _uiTransparentMaterial);
}
InvokePostRenderBackground();
_cameraInstance.targetTexture = null;
SDKShaders.StopBackgroundRendering();
SDKShaders.StopRendering();
if (overridePostProcessing)
{
_cameraInstance.RemoveCommandBuffer(_captureTextureEvent, _captureTextureCommandBuffer);
_cameraInstance.RemoveCommandBuffer(_applyTextureEvent, _applyTextureCommandBuffer);
_captureTextureCommandBuffer.Clear();
_applyTextureCommandBuffer.Clear();
RenderTexture.ReleaseTemporary(tempRenderTexture);
}
}
public static void CreateBridgeOutputFrame(SDKRender render)
{
RENDERING_PIPELINE renderingPipeline = RENDERING_PIPELINE.UNDEFINED;
#if LIV_UNIVERSAL_RENDER
renderingPipeline = RENDERING_PIPELINE.UNIVERSAL;
#else
if (render.cameraInstance != null)
{
renderingPipeline = SDKUtils.GetRenderingPipeline(render.cameraInstance.actualRenderingPath);
}
#endif
SDKBridge.CreateFrame(new SDKOutputFrame()
{
renderingPipeline = renderingPipeline,
trackedSpace = SDKUtils.GetTrackedSpace(render.stageTransform == null ? render.stage : render.stageTransform)
});
}
// Default render without any special changes
private void RenderBackground()
{
SDKUtils.SetCamera(_cameraInstance, _cameraInstance.transform, _inputFrame, localToWorldMatrix, spectatorLayerMask);
_cameraInstance.targetTexture = _backgroundRenderTexture;
RenderTexture tempRenderTexture = null;
bool overridePostProcessing = SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.OVERRIDE_POST_PROCESSING);
if (overridePostProcessing)
{
tempRenderTexture = RenderTexture.GetTemporary(_backgroundRenderTexture.width, _backgroundRenderTexture.height, 0, _backgroundRenderTexture.format);
#if UNITY_EDITOR
tempRenderTexture.name = "LIV.TemporaryRenderTexture";
#endif
_captureTexturePass.commandBuffer.Blit(BuiltinRenderTextureType.CurrentActive, tempRenderTexture);
_applyTexturePass.commandBuffer.Blit(tempRenderTexture, BuiltinRenderTextureType.CurrentActive);
SDKUniversalRenderFeature.AddPass(_captureTexturePass);
SDKUniversalRenderFeature.AddPass(_applyTexturePass);
}
SDKShaders.StartRendering();
SDKShaders.StartBackgroundRendering();
InvokePreRenderBackground();
SendTextureToBridge(_backgroundRenderTexture, TEXTURE_ID.BACKGROUND_COLOR_BUFFER_ID);
_cameraInstance.Render();
InvokePostRenderBackground();
_cameraInstance.targetTexture = null;
SDKShaders.StopBackgroundRendering();
SDKShaders.StopRendering();
if (overridePostProcessing)
{
_captureTexturePass.commandBuffer.Clear();
_applyTexturePass.commandBuffer.Clear();
RenderTexture.ReleaseTemporary(tempRenderTexture);
}
SDKUniversalRenderFeature.ClearPasses();
}
public void Render()
{
UpdateBridgeResolution();
UpdateBridgeInputFrame();
SDKUtils.ApplyUserSpaceTransform(this);
UpdateTextures();
InvokePreRender();
if (canRenderBackground)
{
RenderBackground();
}
if (canRenderForeground)
{
RenderForeground();
}
if (canRenderOptimized)
{
RenderOptimized();
}
IvokePostRender();
SDKUtils.CreateBridgeOutputFrame(this);
SDKBridge.IssuePluginEvent();
}
/// <summary>
/// Control camera pose by calling this method each frame. The pose is released when you stop calling it.
/// </summary>
/// <remarks>
/// <para>By default the pose is set in worldspace, turn on local space for using the stage relative space instead.</para>
/// </remarks>
/// <example>
/// <code>
/// public class ControlCameraPose : MonoBehaviour
/// {
/// [SerializeField] LIV.SDK.Unity.LIV _liv;
/// [SerializeField] float _fov = 60f;
///
/// private void Update()
/// {
/// if(_liv.isActive)
/// {
/// _liv.render.SetPose(transform.position, transform.rotation, _fov);
/// }
/// }
/// }
/// </code>
/// </example>
public bool SetPose(Vector3 position, Quaternion rotation, float verticalFieldOfView = 60f, bool useLocalSpace = false)
{
if (_inputFrame.frameid == 0)
{
return(false);
}
SDKPose inputPose = _inputFrame.pose;
float aspect = 1f;
if (_resolution.height > 0)
{
aspect = (float)_resolution.width / (float)_resolution.height;
}
if (!useLocalSpace)
{
Matrix4x4 worldToLocal = Matrix4x4.identity;
Transform localTransform = stageTransform == null ? stage : stageTransform;
if (localTransform != null)
{
worldToLocal = localTransform.worldToLocalMatrix;
}
position = worldToLocal.MultiplyPoint(position);
rotation = SDKUtils.RotateQuaternionByMatrix(worldToLocal, rotation);
}
_requestedPose = new SDKPose()
{
localPosition = position,
localRotation = rotation,
verticalFieldOfView = verticalFieldOfView,
projectionMatrix = Matrix4x4.Perspective(verticalFieldOfView, aspect, inputPose.nearClipPlane, inputPose.farClipPlane)
};
_requestedPoseFrameIndex = Time.frameCount;
return(_inputFrame.priority.pose <= (sbyte)PRIORITY.GAME);
}
private void DestroyAssets()
{
if (_cameraInstance != null)
{
Object.Destroy(_cameraInstance.gameObject);
_cameraInstance = null;
}
SDKUtils.DestroyObject <Mesh>(ref _clipPlaneMesh);
SDKUtils.DestroyObject <Material>(ref _clipPlaneSimpleMaterial);
SDKUtils.DestroyObject <Material>(ref _clipPlaneSimpleDebugMaterial);
SDKUtils.DestroyObject <Material>(ref _clipPlaneComplexMaterial);
SDKUtils.DestroyObject <Material>(ref _clipPlaneComplexDebugMaterial);
SDKUtils.DestroyObject <Material>(ref _writeOpaqueToAlphaMaterial);
SDKUtils.DestroyObject <Material>(ref _combineAlphaMaterial);
SDKUtils.DestroyObject <Material>(ref _writeMaterial);
SDKUtils.DestroyObject <Material>(ref _forceForwardRenderingMaterial);
SDKUtils.DisposeObject <CommandBuffer>(ref _clipPlaneCommandBuffer);
SDKUtils.DisposeObject <CommandBuffer>(ref _combineAlphaCommandBuffer);
SDKUtils.DisposeObject <CommandBuffer>(ref _captureTextureCommandBuffer);
SDKUtils.DisposeObject <CommandBuffer>(ref _applyTextureCommandBuffer);
SDKUtils.DisposeObject <CommandBuffer>(ref _optimizedRenderingCommandBuffer);
}
// Renders a single camera in a single texture with occlusion only from opaque objects.
// This is the most performant option for mixed reality.
// It does not support any transparency in the foreground layer.
private void RenderOptimized()
{
if (!SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.BACKGROUND_RENDER) || _backgroundRenderTexture == null || _foregroundRenderTexture == null)
{
return;
}
bool debugClipPlane = SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.DEBUG_CLIP_PLANE);
bool renderComplexClipPlane = SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.COMPLEX_CLIP_PLANE);
bool renderGroundClipPlane = SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.GROUND_CLIP_PLANE);
MonoBehaviour[] behaviours = null;
bool[] wasBehaviourEnabled = null;
if (disableStandardAssets)
{
SDKUtils.DisableStandardAssets(_cameraInstance, ref behaviours, ref wasBehaviourEnabled);
}
SDKUtils.SetCamera(_cameraInstance, _cameraInstance.transform, _inputFrame, localToWorldMatrix, spectatorLayerMask);
_cameraInstance.targetTexture = _foregroundRenderTexture;
// Clear alpha channel
_writeMaterial.SetInt(SDKShaders.LIV_COLOR_MASK, (int)ColorWriteMask.Alpha);
_optimizedRenderingCommandBuffer.Blit(BuiltinRenderTextureType.None, BuiltinRenderTextureType.CurrentActive, _writeMaterial);
// Render opaque pixels into alpha channel
_writeOpaqueToAlphaMaterial.SetInt(SDKShaders.LIV_COLOR_MASK, (int)ColorWriteMask.Alpha);
_optimizedRenderingCommandBuffer.DrawMesh(_clipPlaneMesh, Matrix4x4.identity, _writeOpaqueToAlphaMaterial, 0, 0);
// Render clip plane
Matrix4x4 clipPlaneTransform = localToWorldMatrix * (Matrix4x4)_inputFrame.clipPlane.transform;
_optimizedRenderingCommandBuffer.DrawMesh(_clipPlaneMesh, clipPlaneTransform,
GetClipPlaneMaterial(debugClipPlane, renderComplexClipPlane, ColorWriteMask.Alpha), 0, 0);
// Render ground clip plane
if (renderGroundClipPlane)
{
Matrix4x4 groundClipPlaneTransform = localToWorldMatrix * (Matrix4x4)_inputFrame.groundClipPlane.transform;
_optimizedRenderingCommandBuffer.DrawMesh(_clipPlaneMesh, groundClipPlaneTransform,
GetGroundClipPlaneMaterial(debugClipPlane, ColorWriteMask.Alpha), 0, 0);
}
// Copy content to background texture
_optimizedRenderingCommandBuffer.Blit(BuiltinRenderTextureType.CurrentActive, _backgroundRenderTexture);
_cameraInstance.AddCommandBuffer(CameraEvent.AfterEverything, _optimizedRenderingCommandBuffer);
if (useDeferredRendering)
{
SDKUtils.ForceForwardRendering(cameraInstance, _clipPlaneMesh, _forceForwardRenderingMaterial);
}
// TODO: this is just proprietary
SDKShaders.StartRendering();
SDKShaders.StartBackgroundRendering();
InvokePreRenderBackground();
SendTextureToBridge(_backgroundRenderTexture, TEXTURE_ID.BACKGROUND_COLOR_BUFFER_ID);
SendTextureToBridge(_foregroundRenderTexture, TEXTURE_ID.FOREGROUND_COLOR_BUFFER_ID);
_cameraInstance.Render();
InvokePostRenderBackground();
_cameraInstance.targetTexture = null;
SDKShaders.StopBackgroundRendering();
SDKShaders.StopRendering();
_cameraInstance.RemoveCommandBuffer(CameraEvent.AfterEverything, _optimizedRenderingCommandBuffer);
_optimizedRenderingCommandBuffer.Clear();
SDKUtils.RestoreStandardAssets(ref behaviours, ref wasBehaviourEnabled);
}
private void CreateAssets()
{
bool cameraReferenceEnabled = cameraReference.enabled;
if (cameraReferenceEnabled)
{
cameraReference.enabled = false;
}
bool cameraReferenceActive = cameraReference.gameObject.activeSelf;
if (cameraReferenceActive)
{
cameraReference.gameObject.SetActive(false);
}
GameObject cloneGO = (GameObject)Object.Instantiate(cameraReference.gameObject, _liv.stage);
_cameraInstance = (Camera)cloneGO.GetComponent("Camera");
SDKUtils.CleanCameraBehaviours(_cameraInstance, _liv.excludeBehaviours);
if (cameraReferenceActive != cameraReference.gameObject.activeSelf)
{
cameraReference.gameObject.SetActive(cameraReferenceActive);
}
if (cameraReferenceEnabled != cameraReference.enabled)
{
cameraReference.enabled = cameraReferenceEnabled;
}
_cameraInstance.name = "LIV Camera";
if (_cameraInstance.tag == "MainCamera")
{
_cameraInstance.tag = "Untagged";
}
_cameraInstance.transform.localScale = Vector3.one;
_cameraInstance.rect = new Rect(0, 0, 1, 1);
_cameraInstance.depth = 0;
_cameraInstance.stereoTargetEye = StereoTargetEyeMask.None;
_cameraInstance.allowMSAA = false;
_cameraInstance.enabled = false;
_cameraInstance.gameObject.SetActive(true);
_cameraInstance.GetComponent <RoR2.SceneCamera>().cameraRigController = cameraReference.GetComponent <RoR2.SceneCamera>().cameraRigController;
_cameraPostProcess = _cameraInstance.GetComponent <PostProcessLayer>();
_clipPlaneMesh = new Mesh();
SDKUtils.CreateClipPlane(_clipPlaneMesh, 10, 10, true, 1000f);
_clipPlaneSimpleMaterial = new Material(SDKShaders.clipPlaneSimpleMaterial);
_clipPlaneSimpleDebugMaterial = new Material(SDKShaders.clipPlaneSimpleDebugMaterial);
_clipPlaneComplexMaterial = new Material(SDKShaders.clipPlaneComplexMaterial);
_clipPlaneComplexDebugMaterial = new Material(SDKShaders.clipPlaneComplexDebugMaterial);
_writeOpaqueToAlphaMaterial = new Material(SDKShaders.writeOpaqueToAlphaMaterial);
_combineAlphaMaterial = new Material(SDKShaders.combineAlphaMaterial);
_writeMaterial = new Material(SDKShaders.writeMaterial);
_forceForwardRenderingMaterial = new Material(SDKShaders.forceForwardRenderingMaterial);
_uiTransparentMaterial = VRMod.VRMod.VRAssetBundle.LoadAsset <Material>("UnlitTransparentMat");
_clipPlaneCommandBuffer = new CommandBuffer();
_combineAlphaCommandBuffer = new CommandBuffer();
_captureTextureCommandBuffer = new CommandBuffer();
_applyTextureCommandBuffer = new CommandBuffer();
_optimizedRenderingCommandBuffer = new CommandBuffer();
GameObject uiCamObject = new GameObject("LIV UI Camera");
uiCamObject.transform.SetParent(_cameraInstance.transform);
uiCamObject.transform.localPosition = Vector3.zero;
uiCamObject.transform.localRotation = Quaternion.identity;
uiCamObject.transform.localScale = Vector3.one;
_uiCameraInstance = uiCamObject.AddComponent <Camera>();
_uiCameraInstance.cullingMask = (1 << RoR2.LayerIndex.triggerZone.intVal);
_uiCameraInstance.clearFlags = CameraClearFlags.SolidColor;
_uiCameraInstance.backgroundColor = new Color(0, 0, 0, 0);
_uiCameraInstance.rect = new Rect(0, 0, 1, 1);
_uiCameraInstance.depth = 1;
_uiCameraInstance.stereoTargetEye = StereoTargetEyeMask.None;
_uiCameraInstance.allowHDR = false;
_uiCameraInstance.allowMSAA = false;
_uiCameraInstance.enabled = false;
_uiCameraInstance.gameObject.SetActive(true);
}
public static bool FeatureEnabled(FEATURES features, FEATURES feature)
{
return(SDKUtils.ContainsFlag((ulong)features, (ulong)feature));
}
private void CreateAssets()
{
bool cameraReferenceEnabled = cameraReference.enabled;
if (cameraReferenceEnabled)
{
cameraReference.enabled = false;
}
bool cameraReferenceActive = cameraReference.gameObject.activeSelf;
if (cameraReferenceActive)
{
cameraReference.gameObject.SetActive(false);
}
GameObject cloneGO = (GameObject)Object.Instantiate(cameraReference.gameObject, _liv.stage);
_cameraInstance = (Camera)cloneGO.GetComponent("Camera");
SDKUtils.CleanCameraBehaviours(_cameraInstance, _liv.excludeBehaviours);
if (cameraReferenceActive != cameraReference.gameObject.activeSelf)
{
cameraReference.gameObject.SetActive(cameraReferenceActive);
}
if (cameraReferenceEnabled != cameraReference.enabled)
{
cameraReference.enabled = cameraReferenceEnabled;
}
_cameraInstance.name = "LIV Camera";
if (_cameraInstance.tag == "MainCamera")
{
_cameraInstance.tag = "Untagged";
}
_cameraInstance.transform.localScale = Vector3.one;
_cameraInstance.rect = new Rect(0, 0, 1, 1);
_cameraInstance.depth = 0;
#if UNITY_5_4_OR_NEWER
_cameraInstance.stereoTargetEye = StereoTargetEyeMask.None;
#endif
#if UNITY_5_6_OR_NEWER
_cameraInstance.allowMSAA = false;
#endif
_cameraInstance.enabled = false;
_cameraInstance.gameObject.SetActive(true);
_clipPlaneMesh = new Mesh();
SDKUtils.CreateClipPlane(_clipPlaneMesh, 10, 10, true, 1000f);
_clipPlaneSimpleMaterial = new Material(Shader.Find(SDKShaders.LIV_CLIP_PLANE_SIMPLE_SHADER));
_clipPlaneSimpleDebugMaterial = new Material(Shader.Find(SDKShaders.LIV_CLIP_PLANE_SIMPLE_DEBUG_SHADER));
_clipPlaneComplexMaterial = new Material(Shader.Find(SDKShaders.LIV_CLIP_PLANE_COMPLEX_SHADER));
_clipPlaneComplexDebugMaterial = new Material(Shader.Find(SDKShaders.LIV_CLIP_PLANE_COMPLEX_DEBUG_SHADER));
_writeOpaqueToAlphaMaterial = new Material(Shader.Find(SDKShaders.LIV_WRITE_OPAQUE_TO_ALPHA_SHADER));
_combineAlphaMaterial = new Material(Shader.Find(SDKShaders.LIV_COMBINE_ALPHA_SHADER));
_writeMaterial = new Material(Shader.Find(SDKShaders.LIV_WRITE_SHADER));
_forceForwardRenderingMaterial = new Material(Shader.Find(SDKShaders.LIV_FORCE_FORWARD_RENDERING_SHADER));
_clipPlaneCommandBuffer = new CommandBuffer();
_combineAlphaCommandBuffer = new CommandBuffer();
_captureTextureCommandBuffer = new CommandBuffer();
_applyTextureCommandBuffer = new CommandBuffer();
_optimizedRenderingCommandBuffer = new CommandBuffer();
#if UNITY_EDITOR
_clipPlaneMesh.name = "LIV.clipPlane";
_clipPlaneSimpleMaterial.name = "LIV.clipPlaneSimple";
_clipPlaneSimpleDebugMaterial.name = "LIV.clipPlaneSimpleDebug";
_clipPlaneComplexMaterial.name = "LIV.clipPlaneComplex";
_clipPlaneComplexDebugMaterial.name = "LIV.clipPlaneComplexDebug";
_writeOpaqueToAlphaMaterial.name = "LIV.writeOpaqueToAlpha";
_combineAlphaMaterial.name = "LIV.combineAlpha";
_writeMaterial.name = "LIV.write";
_forceForwardRenderingMaterial.name = "LIV.forceForwardRendering";
_clipPlaneCommandBuffer.name = "LIV.renderClipPlanes";
_combineAlphaCommandBuffer.name = "LIV.foregroundCombineAlpha";
_captureTextureCommandBuffer.name = "LIV.captureTexture";
_applyTextureCommandBuffer.name = "LIV.applyTexture";
_optimizedRenderingCommandBuffer.name = "LIV.optimizedRendering";
#endif
}
// Extract the image which is in front of our clip plane
// The compositing is heavily relying on the alpha channel, therefore we want to make sure it does
// not get corrupted by the postprocessing or any shader
private void RenderForeground()
{
bool debugClipPlane = SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.DEBUG_CLIP_PLANE);
bool renderComplexClipPlane = SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.COMPLEX_CLIP_PLANE);
bool renderGroundClipPlane = SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.GROUND_CLIP_PLANE);
bool overridePostProcessing = SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.OVERRIDE_POST_PROCESSING);
bool fixPostEffectsAlpha = SDKUtils.FeatureEnabled(inputFrame.features, FEATURES.FIX_FOREGROUND_ALPHA) | _liv.fixPostEffectsAlpha;
MonoBehaviour[] behaviours = null;
bool[] wasBehaviourEnabled = null;
if (disableStandardAssets)
{
SDKUtils.DisableStandardAssets(_cameraInstance, ref behaviours, ref wasBehaviourEnabled);
}
// Capture camera defaults
CameraClearFlags capturedClearFlags = _cameraInstance.clearFlags;
Color capturedBgColor = _cameraInstance.backgroundColor;
Color capturedFogColor = RenderSettings.fogColor;
// Make sure that fog does not corrupt alpha channel
RenderSettings.fogColor = new Color(capturedFogColor.r, capturedFogColor.g, capturedFogColor.b, 0f);
SDKUtils.SetCamera(_cameraInstance, _cameraInstance.transform, _inputFrame, localToWorldMatrix, spectatorLayerMask);
_cameraInstance.clearFlags = CameraClearFlags.Color;
_cameraInstance.backgroundColor = Color.clear;
_cameraInstance.targetTexture = _foregroundRenderTexture;
RenderTexture capturedAlphaRenderTexture = RenderTexture.GetTemporary(_foregroundRenderTexture.width, _foregroundRenderTexture.height, 0, _foregroundRenderTexture.format);
#if UNITY_EDITOR
capturedAlphaRenderTexture.name = "LIV.CapturedAlphaRenderTexture";
#endif
// Render opaque pixels into alpha channel
_clipPlaneCommandBuffer.DrawMesh(_clipPlaneMesh, Matrix4x4.identity, _writeOpaqueToAlphaMaterial, 0, 0);
// Render clip plane
Matrix4x4 clipPlaneTransform = localToWorldMatrix * (Matrix4x4)_inputFrame.clipPlane.transform;
_clipPlaneCommandBuffer.DrawMesh(_clipPlaneMesh, clipPlaneTransform,
GetClipPlaneMaterial(debugClipPlane, renderComplexClipPlane, ColorWriteMask.All), 0, 0);
// Render ground clip plane
if (renderGroundClipPlane)
{
Matrix4x4 groundClipPlaneTransform = localToWorldMatrix * (Matrix4x4)_inputFrame.groundClipPlane.transform;
_clipPlaneCommandBuffer.DrawMesh(_clipPlaneMesh, groundClipPlaneTransform,
GetGroundClipPlaneMaterial(debugClipPlane, ColorWriteMask.All), 0, 0);
}
// Copy alpha in to texture
_clipPlaneCommandBuffer.Blit(BuiltinRenderTextureType.CurrentActive, capturedAlphaRenderTexture);
_cameraInstance.AddCommandBuffer(_clipPlaneCameraEvent, _clipPlaneCommandBuffer);
// Fix alpha corruption by post processing
RenderTexture tempRenderTexture = null;
if (overridePostProcessing || fixPostEffectsAlpha)
{
tempRenderTexture = RenderTexture.GetTemporary(_foregroundRenderTexture.width, _foregroundRenderTexture.height, 0, _foregroundRenderTexture.format);
#if UNITY_EDITOR
tempRenderTexture.name = "LIV.TemporaryRenderTexture";
#endif
_captureTextureCommandBuffer.Blit(BuiltinRenderTextureType.CurrentActive, tempRenderTexture);
_cameraInstance.AddCommandBuffer(_captureTextureEvent, _captureTextureCommandBuffer);
_writeMaterial.SetInt(SDKShaders.LIV_COLOR_MASK, overridePostProcessing ? (int)ColorWriteMask.All : (int)ColorWriteMask.Alpha);
_applyTextureCommandBuffer.Blit(tempRenderTexture, BuiltinRenderTextureType.CurrentActive, _writeMaterial);
_cameraInstance.AddCommandBuffer(_applyTextureEvent, _applyTextureCommandBuffer);
}
// Combine captured alpha with result alpha
_combineAlphaMaterial.SetInt(SDKShaders.LIV_COLOR_MASK, (int)ColorWriteMask.Alpha);
_combineAlphaCommandBuffer.Blit(capturedAlphaRenderTexture, BuiltinRenderTextureType.CurrentActive, _combineAlphaMaterial);
_cameraInstance.AddCommandBuffer(_clipPlaneCombineAlphaCameraEvent, _combineAlphaCommandBuffer);
if (useDeferredRendering)
{
SDKUtils.ForceForwardRendering(cameraInstance, _clipPlaneMesh, _forceForwardRenderingMaterial);
}
SDKShaders.StartRendering();
SDKShaders.StartForegroundRendering();
InvokePreRenderForeground();
SendTextureToBridge(_foregroundRenderTexture, TEXTURE_ID.FOREGROUND_COLOR_BUFFER_ID);
_cameraInstance.Render();
InvokePostRenderForeground();
_cameraInstance.targetTexture = null;
SDKShaders.StopForegroundRendering();
SDKShaders.StopRendering();
if (overridePostProcessing || fixPostEffectsAlpha)
{
_cameraInstance.RemoveCommandBuffer(_captureTextureEvent, _captureTextureCommandBuffer);
_cameraInstance.RemoveCommandBuffer(_applyTextureEvent, _applyTextureCommandBuffer);
_captureTextureCommandBuffer.Clear();
_applyTextureCommandBuffer.Clear();
RenderTexture.ReleaseTemporary(tempRenderTexture);
}
_cameraInstance.RemoveCommandBuffer(_clipPlaneCameraEvent, _clipPlaneCommandBuffer);
_cameraInstance.RemoveCommandBuffer(_clipPlaneCombineAlphaCameraEvent, _combineAlphaCommandBuffer);
RenderTexture.ReleaseTemporary(capturedAlphaRenderTexture);
_clipPlaneCommandBuffer.Clear();
_combineAlphaCommandBuffer.Clear();
// Revert camera defaults
_cameraInstance.clearFlags = capturedClearFlags;
_cameraInstance.backgroundColor = capturedBgColor;
RenderSettings.fogColor = capturedFogColor;
SDKUtils.RestoreStandardAssets(ref behaviours, ref wasBehaviourEnabled);
}
