public void PostPreCull() { Matrix4x4G projectionMatrix; PerspectiveMatrixBuilder builder; Vector4 vector2; Matrix4x4G matrixxg5; Matrix4x4G matrixxg6; Matrix4x4G matrixxg7; Matrix4x4G matrixxg8; Matrix4x4G matrixxg9; Matrix4x4G matrixxg10; Matrix4x4G matrixxg11; Matrix4x4G matrixxg12; if (viewModelRootTransform != null) { Quaternion localRotation = base.transform.localRotation; Vector3 localPosition = base.transform.localPosition; if (this.viewModel != null) { this.viewModel.ModifyAiming(new Ray(base.transform.parent.position, base.transform.parent.forward), ref localPosition, ref localRotation); } viewModelRootTransform.localRotation = Quaternion.Inverse(localRotation); viewModelRootTransform.localPosition = -localPosition; } this.camera.transform.ExtractLocalToWorldToLocal(out this.localToWorldMatrix, out this.worldToLocalMatrix); if (this.adaptiveNearPlane != null) { Vector3G vectorg2; Matrix4x4G matrixxg; Matrix4x4G matrixxg2; int layerMask = (this.camera.cullingMask & ~this.adaptiveNearPlane.ignoreLayers.value) | this.adaptiveNearPlane.forceLayers.value; Vector3G a = new Vector3G(); this.localToWorldMatrix.MultiplyPoint(ref a, out vectorg2); Collider[] colliderArray = Physics.OverlapSphere(vectorg2.f, this.adaptiveNearPlane.minNear + this.adaptiveNearPlane.maxNear, layerMask); int num2 = -1; float positiveInfinity = float.PositiveInfinity; double fieldOfView = this.camera.fieldOfView; double aspect = this.camera.aspect; double minNear = this.adaptiveNearPlane.minNear; double zfar = this.adaptiveNearPlane.maxNear + this.adaptiveNearPlane.threshold; float num8 = this.adaptiveNearPlane.minNear; float num9 = (this.adaptiveNearPlane.maxNear + this.adaptiveNearPlane.threshold) - num8; Matrix4x4G.Perspective(ref fieldOfView, ref aspect, ref minNear, ref zfar, out matrixxg); Matrix4x4G.Inverse(ref matrixxg, out matrixxg2); for (int i = 0; i < 8; i++) { for (int j = 0; j < 8; j++) { Vector3G vectorg3; Vector3G vectorg4; Vector3G vectorg5; Vector3G vectorg6; Vector3G vectorg7; Vector3G vectorg8; vectorg3.x = (i - 3.5) / 3.5; vectorg3.y = (j - 3.5) / 3.5; vectorg3.z = 0.0; matrixxg2.MultiplyPoint(ref vectorg3, out vectorg4); vectorg3.z = 1.0; matrixxg2.MultiplyPoint(ref vectorg3, out vectorg5); vectorg4.x = -vectorg4.x; vectorg4.y = -vectorg4.y; vectorg4.z = -vectorg4.z; vectorg5.x = -vectorg5.x; vectorg5.y = -vectorg5.y; vectorg5.z = -vectorg5.z; this.localToWorldMatrix.MultiplyPoint(ref vectorg4, out vectorg6); this.localToWorldMatrix.MultiplyPoint(ref vectorg5, out vectorg7); vectorg8.x = vectorg7.x - vectorg6.x; vectorg8.y = vectorg7.y - vectorg6.y; vectorg8.z = vectorg7.z - vectorg6.z; float num12 = (float)Math.Sqrt(((vectorg8.x * vectorg8.x) + (vectorg8.y * vectorg8.y)) + (vectorg8.z * vectorg8.z)); float distance = num12; Ray ray = new Ray(vectorg6.f, vectorg8.f); for (int k = 0; k < colliderArray.Length; k++) { RaycastHit hit; Collider collider = colliderArray[k]; if (collider.Raycast(ray, out hit, distance)) { float num15 = hit.distance; if (num15 < distance) { distance = num15; float num16 = num8 + ((num15 / num12) * num9); if (positiveInfinity > num16) { positiveInfinity = num16; num2 = k; } } } } } } if (float.IsInfinity(positiveInfinity)) { this.camera.nearClipPlane = this.adaptiveNearPlane.maxNear; } else { positiveInfinity -= this.adaptiveNearPlane.threshold; if (positiveInfinity >= this.adaptiveNearPlane.maxNear) { this.camera.nearClipPlane = this.adaptiveNearPlane.maxNear; } else if (positiveInfinity <= this.adaptiveNearPlane.minNear) { this.camera.nearClipPlane = this.adaptiveNearPlane.minNear; } else { this.camera.nearClipPlane = positiveInfinity; } } } builder.fieldOfView = this.camera.fieldOfView; builder.aspectRatio = this.camera.aspect; builder.nearPlane = this.camera.nearClipPlane; builder.farPlane = this.camera.farClipPlane; PerspectiveMatrixBuilder perspective = builder; if (this.camera.isOrthoGraphic) { this.projectionMatrix.f = this.camera.projectionMatrix; projectionMatrix = this.projectionMatrix; } else { if (this.viewModel != null) { this.viewModel.ModifyPerspective(ref perspective); } if (vm_projuse) { perspective.ToProjectionMatrix(out this.projectionMatrix); } else { builder.ToProjectionMatrix(out this.projectionMatrix); } this.camera.projectionMatrix = this.projectionMatrix.f; perspective.ToProjectionMatrix(out projectionMatrix); } vector2.y = (float)perspective.nearPlane; vector2.z = (float)perspective.farPlane; vector2.w = (float)(1.0 / perspective.farPlane); if (vm_flip == PLATFORM_POLL.flipRequired) { vector2.x = 1f; Shader.SetGlobalMatrix("V_MUNITY_MATRIX_P", projectionMatrix.f); } else { PerspectiveMatrixBuilder builder3; Matrix4x4G matrixxg4; vector2.x = -1f; builder3.nearPlane = perspective.nearPlane; builder3.farPlane = perspective.farPlane; builder3.fieldOfView = -perspective.fieldOfView; builder3.aspectRatio = -perspective.aspectRatio; builder3.ToProjectionMatrix(out matrixxg4); Shader.SetGlobalMatrix("V_MUNITY_MATRIX_P", matrixxg4.f); } Shader.SetGlobalVector("V_M_ProjectionParams", vector2); if (this.recalcViewMatrix) { Vector3G vectorg9; QuaternionG ng; Vector3G vectorg10; this.camera.transform.ExtractWorldCoordinates(out vectorg9, out ng, out vectorg10); vectorg10.x = 1.0; vectorg10.y = 1.0; vectorg10.z = -1.0; Matrix4x4G.TRS(ref vectorg9, ref ng, ref vectorg10, out this.cameraToWorldMatrix); if (Matrix4x4G.Inverse(ref this.cameraToWorldMatrix, out this.worldToCameraMatrix)) { this.camera.worldToCameraMatrix = this.worldToCameraMatrix.f; } } else { this.cameraToWorldMatrix.f = this.camera.cameraToWorldMatrix; this.worldToCameraMatrix.f = this.camera.worldToCameraMatrix; } this.worldToCameraMatrixUnAltered = this.worldToCameraMatrix; this.cameraToWorldMatrixUnAltered = this.cameraToWorldMatrix; this.projectionMatrixUnAltered = this.projectionMatrix; ApplyTransitionAlterations(this.camera, this, true); this.projectScreen.modelview = this.projectViewport.modelview = this.worldToCameraMatrix; this.projectScreen.projection = this.projectViewport.projection = this.projectionMatrix; Rect pixelRect = this.camera.pixelRect; this.projectScreen.offset.x = pixelRect.x; this.projectScreen.offset.y = pixelRect.y; this.projectScreen.size.x = pixelRect.width; this.projectScreen.size.y = pixelRect.height; pixelRect = this.camera.rect; this.projectViewport.offset.x = pixelRect.x; this.projectViewport.offset.y = pixelRect.y; this.projectViewport.size.x = pixelRect.width; this.projectViewport.size.y = pixelRect.height; Matrix4x4G.Mult(ref this.localToWorldMatrix, ref this.worldToCameraMatrix, out matrixxg8); Matrix4x4G.Mult(ref matrixxg8, ref this.projectionMatrix, out matrixxg5); Matrix4x4G.Inverse(ref matrixxg8, out matrixxg9); Matrix4x4G.Inverse(ref matrixxg5, out matrixxg6); Matrix4x4G.Inverse(ref this.localToWorldMatrix, out matrixxg11); Matrix4x4G.Transpose(ref matrixxg6, out matrixxg7); Matrix4x4G.Transpose(ref matrixxg9, out matrixxg10); Matrix4x4G.Transpose(ref matrixxg11, out matrixxg12); if (this.viewModel != null) { this.viewModel.UpdateProxies(); } BoundHack.Achieve(base.transform.position); ContextSprite.UpdateSpriteFading(this.camera); PlayerClient localPlayerClient = PlayerClient.localPlayerClient; if (localPlayerClient != null) { localPlayerClient.ProcessLocalPlayerPreRender(); } RPOS.BeforeSceneRender_Internal(this.camera); }
public void PostPreCull() { Vector3G vector3G; Matrix4x4G matrix4x4G; Matrix4x4G matrix4x4G1; Vector3G vector3G1 = new Vector3G(); Vector3G vector3G2; Vector3G vector3G3; Vector3G vector3G4; Vector3G vector3G5; Vector3G vector3G6 = new Vector3G(); RaycastHit raycastHit; Matrix4x4G matrix4x4G2; PerspectiveMatrixBuilder perspectiveMatrixBuilder = new PerspectiveMatrixBuilder(); Vector4 vector4 = new Vector4(); PerspectiveMatrixBuilder perspectiveMatrixBuilder1 = new PerspectiveMatrixBuilder(); Matrix4x4G matrix4x4G3; Vector3G vector3G7; QuaternionG quaternionG; Vector3G vector3G8; Matrix4x4G matrix4x4G4; Matrix4x4G matrix4x4G5; Matrix4x4G matrix4x4G6; Matrix4x4G matrix4x4G7; Matrix4x4G matrix4x4G8; Matrix4x4G matrix4x4G9; Matrix4x4G matrix4x4G10; Matrix4x4G matrix4x4G11; if (CameraFX.viewModelRootTransform) { Quaternion quaternion = base.transform.localRotation; Vector3 vector3 = base.transform.localPosition; if (this.viewModel) { this.viewModel.ModifyAiming(new Ray(base.transform.parent.position, base.transform.parent.forward), ref vector3, ref quaternion); } CameraFX.viewModelRootTransform.localRotation = Quaternion.Inverse(quaternion); CameraFX.viewModelRootTransform.localPosition = -vector3; } this.camera.transform.ExtractLocalToWorldToLocal(out this.localToWorldMatrix, out this.worldToLocalMatrix); if (this.adaptiveNearPlane) { int num = this.camera.cullingMask & ~this.adaptiveNearPlane.ignoreLayers.@value | this.adaptiveNearPlane.forceLayers.@value; Vector3G vector3G9 = new Vector3G(); this.localToWorldMatrix.MultiplyPoint(ref vector3G9, out vector3G); Collider[] colliderArray = Physics.OverlapSphere(vector3G.f, this.adaptiveNearPlane.minNear + this.adaptiveNearPlane.maxNear, num); int num1 = -1; float single = Single.PositiveInfinity; double num2 = (double)this.camera.fieldOfView; double num3 = (double)this.camera.aspect; double num4 = (double)this.adaptiveNearPlane.minNear; double num5 = (double)(this.adaptiveNearPlane.maxNear + this.adaptiveNearPlane.threshold); float single1 = this.adaptiveNearPlane.minNear; float single2 = this.adaptiveNearPlane.maxNear + this.adaptiveNearPlane.threshold - single1; Matrix4x4G.Perspective(ref num2, ref num3, ref num4, ref num5, out matrix4x4G); Matrix4x4G.Inverse(ref matrix4x4G, out matrix4x4G1); for (int i = 0; i < 8; i++) { for (int j = 0; j < 8; j++) { vector3G1.x = ((double)i - 3.5) / 3.5; vector3G1.y = ((double)j - 3.5) / 3.5; vector3G1.z = 0; matrix4x4G1.MultiplyPoint(ref vector3G1, out vector3G2); vector3G1.z = 1; matrix4x4G1.MultiplyPoint(ref vector3G1, out vector3G3); vector3G2.x = -vector3G2.x; vector3G2.y = -vector3G2.y; vector3G2.z = -vector3G2.z; vector3G3.x = -vector3G3.x; vector3G3.y = -vector3G3.y; vector3G3.z = -vector3G3.z; this.localToWorldMatrix.MultiplyPoint(ref vector3G2, out vector3G4); this.localToWorldMatrix.MultiplyPoint(ref vector3G3, out vector3G5); vector3G6.x = vector3G5.x - vector3G4.x; vector3G6.y = vector3G5.y - vector3G4.y; vector3G6.z = vector3G5.z - vector3G4.z; float single3 = (float)Math.Sqrt(vector3G6.x * vector3G6.x + vector3G6.y * vector3G6.y + vector3G6.z * vector3G6.z); float single4 = single3; Ray ray = new Ray(vector3G4.f, vector3G6.f); for (int k = 0; k < (int)colliderArray.Length; k++) { if (colliderArray[k].Raycast(ray, out raycastHit, single4)) { float single5 = raycastHit.distance; if (single5 < single4) { single4 = single5; float single6 = single1 + single5 / single3 * single2; if (single > single6) { single = single6; num1 = k; } } } } } } if (!float.IsInfinity(single)) { single = single - this.adaptiveNearPlane.threshold; if (single >= this.adaptiveNearPlane.maxNear) { this.camera.nearClipPlane = this.adaptiveNearPlane.maxNear; } else if (single > this.adaptiveNearPlane.minNear) { this.camera.nearClipPlane = single; } else { this.camera.nearClipPlane = this.adaptiveNearPlane.minNear; } } else { this.camera.nearClipPlane = this.adaptiveNearPlane.maxNear; } } perspectiveMatrixBuilder.fieldOfView = (double)this.camera.fieldOfView; perspectiveMatrixBuilder.aspectRatio = (double)this.camera.aspect; perspectiveMatrixBuilder.nearPlane = (double)this.camera.nearClipPlane; perspectiveMatrixBuilder.farPlane = (double)this.camera.farClipPlane; PerspectiveMatrixBuilder perspectiveMatrixBuilder2 = perspectiveMatrixBuilder; if (!this.camera.isOrthoGraphic) { if (this.viewModel) { this.viewModel.ModifyPerspective(ref perspectiveMatrixBuilder2); } if (!CameraFX.vm_projuse) { perspectiveMatrixBuilder.ToProjectionMatrix(out this.projectionMatrix); } else { perspectiveMatrixBuilder2.ToProjectionMatrix(out this.projectionMatrix); } this.camera.projectionMatrix = this.projectionMatrix.f; perspectiveMatrixBuilder2.ToProjectionMatrix(out matrix4x4G2); } else { this.projectionMatrix.f = this.camera.projectionMatrix; matrix4x4G2 = this.projectionMatrix; } vector4.y = (float)perspectiveMatrixBuilder2.nearPlane; vector4.z = (float)perspectiveMatrixBuilder2.farPlane; vector4.w = (float)(1 / perspectiveMatrixBuilder2.farPlane); if (CameraFX.vm_flip != CameraFX.PLATFORM_POLL.flipRequired) { vector4.x = -1f; perspectiveMatrixBuilder1.nearPlane = perspectiveMatrixBuilder2.nearPlane; perspectiveMatrixBuilder1.farPlane = perspectiveMatrixBuilder2.farPlane; perspectiveMatrixBuilder1.fieldOfView = -perspectiveMatrixBuilder2.fieldOfView; perspectiveMatrixBuilder1.aspectRatio = -perspectiveMatrixBuilder2.aspectRatio; perspectiveMatrixBuilder1.ToProjectionMatrix(out matrix4x4G3); Shader.SetGlobalMatrix("V_MUNITY_MATRIX_P", matrix4x4G3.f); } else { vector4.x = 1f; Shader.SetGlobalMatrix("V_MUNITY_MATRIX_P", matrix4x4G2.f); } Shader.SetGlobalVector("V_M_ProjectionParams", vector4); if (!this.recalcViewMatrix) { this.cameraToWorldMatrix.f = this.camera.cameraToWorldMatrix; this.worldToCameraMatrix.f = this.camera.worldToCameraMatrix; } else { this.camera.transform.ExtractWorldCoordinates(out vector3G7, out quaternionG, out vector3G8); vector3G8.x = 1; vector3G8.y = 1; vector3G8.z = -1; Matrix4x4G.TRS(ref vector3G7, ref quaternionG, ref vector3G8, out this.cameraToWorldMatrix); if (Matrix4x4G.Inverse(ref this.cameraToWorldMatrix, out this.worldToCameraMatrix)) { this.camera.worldToCameraMatrix = this.worldToCameraMatrix.f; } } this.worldToCameraMatrixUnAltered = this.worldToCameraMatrix; this.cameraToWorldMatrixUnAltered = this.cameraToWorldMatrix; this.projectionMatrixUnAltered = this.projectionMatrix; CameraFX.ApplyTransitionAlterations(this.camera, this, true); Matrix4x4G matrix4x4G12 = this.worldToCameraMatrix; Matrix4x4G matrix4x4G13 = matrix4x4G12; this.projectViewport.modelview = matrix4x4G12; this.projectScreen.modelview = matrix4x4G13; Matrix4x4G matrix4x4G14 = this.projectionMatrix; matrix4x4G13 = matrix4x4G14; this.projectViewport.projection = matrix4x4G14; this.projectScreen.projection = matrix4x4G13; Rect rect = this.camera.pixelRect; this.projectScreen.offset.x = (double)rect.x; this.projectScreen.offset.y = (double)rect.y; this.projectScreen.size.x = (double)rect.width; this.projectScreen.size.y = (double)rect.height; rect = this.camera.rect; this.projectViewport.offset.x = (double)rect.x; this.projectViewport.offset.y = (double)rect.y; this.projectViewport.size.x = (double)rect.width; this.projectViewport.size.y = (double)rect.height; Matrix4x4G.Mult(ref this.localToWorldMatrix, ref this.worldToCameraMatrix, out matrix4x4G7); Matrix4x4G.Mult(ref matrix4x4G7, ref this.projectionMatrix, out matrix4x4G4); Matrix4x4G.Inverse(ref matrix4x4G7, out matrix4x4G8); Matrix4x4G.Inverse(ref matrix4x4G4, out matrix4x4G5); Matrix4x4G.Inverse(ref this.localToWorldMatrix, out matrix4x4G10); Matrix4x4G.Transpose(ref matrix4x4G5, out matrix4x4G6); Matrix4x4G.Transpose(ref matrix4x4G8, out matrix4x4G9); Matrix4x4G.Transpose(ref matrix4x4G10, out matrix4x4G11); if (this.viewModel) { this.viewModel.UpdateProxies(); } BoundHack.Achieve(base.transform.position); ContextSprite.UpdateSpriteFading(this.camera); PlayerClient playerClient = PlayerClient.localPlayerClient; if (playerClient) { playerClient.ProcessLocalPlayerPreRender(); } RPOS.BeforeSceneRender_Internal(this.camera); }
public void PostPreCull() { Vector3G vector3G; Matrix4x4G matrix4x4G; Matrix4x4G matrix4x4G1; Vector3G vector3G1 = new Vector3G(); Vector3G vector3G2; Vector3G vector3G3; Vector3G vector3G4; Vector3G vector3G5; Vector3G vector3G6 = new Vector3G(); RaycastHit raycastHit; Matrix4x4G matrix4x4G2; PerspectiveMatrixBuilder perspectiveMatrixBuilder = new PerspectiveMatrixBuilder(); Vector4 vector4 = new Vector4(); PerspectiveMatrixBuilder perspectiveMatrixBuilder1 = new PerspectiveMatrixBuilder(); Matrix4x4G matrix4x4G3; Vector3G vector3G7; QuaternionG quaternionG; Vector3G vector3G8; Matrix4x4G matrix4x4G4; Matrix4x4G matrix4x4G5; Matrix4x4G matrix4x4G6; Matrix4x4G matrix4x4G7; Matrix4x4G matrix4x4G8; Matrix4x4G matrix4x4G9; Matrix4x4G matrix4x4G10; Matrix4x4G matrix4x4G11; if (CameraFX.viewModelRootTransform) { Quaternion quaternion = base.transform.localRotation; Vector3 vector3 = base.transform.localPosition; if (this.viewModel) { this.viewModel.ModifyAiming(new Ray(base.transform.parent.position, base.transform.parent.forward), ref vector3, ref quaternion); } CameraFX.viewModelRootTransform.localRotation = Quaternion.Inverse(quaternion); CameraFX.viewModelRootTransform.localPosition = -vector3; } this.camera.transform.ExtractLocalToWorldToLocal(out this.localToWorldMatrix, out this.worldToLocalMatrix); if (this.adaptiveNearPlane) { int num = this.camera.cullingMask & ~this.adaptiveNearPlane.ignoreLayers.@value | this.adaptiveNearPlane.forceLayers.@value; Vector3G vector3G9 = new Vector3G(); this.localToWorldMatrix.MultiplyPoint(ref vector3G9, out vector3G); Collider[] colliderArray = Physics.OverlapSphere(vector3G.f, this.adaptiveNearPlane.minNear + this.adaptiveNearPlane.maxNear, num); int num1 = -1; float single = Single.PositiveInfinity; double num2 = (double)this.camera.fieldOfView; double num3 = (double)this.camera.aspect; double num4 = (double)this.adaptiveNearPlane.minNear; double num5 = (double)(this.adaptiveNearPlane.maxNear + this.adaptiveNearPlane.threshold); float single1 = this.adaptiveNearPlane.minNear; float single2 = this.adaptiveNearPlane.maxNear + this.adaptiveNearPlane.threshold - single1; Matrix4x4G.Perspective(ref num2, ref num3, ref num4, ref num5, out matrix4x4G); Matrix4x4G.Inverse(ref matrix4x4G, out matrix4x4G1); for (int i = 0; i < 8; i++) { for (int j = 0; j < 8; j++) { vector3G1.x = ((double)i - 3.5) / 3.5; vector3G1.y = ((double)j - 3.5) / 3.5; vector3G1.z = 0; matrix4x4G1.MultiplyPoint(ref vector3G1, out vector3G2); vector3G1.z = 1; matrix4x4G1.MultiplyPoint(ref vector3G1, out vector3G3); vector3G2.x = -vector3G2.x; vector3G2.y = -vector3G2.y; vector3G2.z = -vector3G2.z; vector3G3.x = -vector3G3.x; vector3G3.y = -vector3G3.y; vector3G3.z = -vector3G3.z; this.localToWorldMatrix.MultiplyPoint(ref vector3G2, out vector3G4); this.localToWorldMatrix.MultiplyPoint(ref vector3G3, out vector3G5); vector3G6.x = vector3G5.x - vector3G4.x; vector3G6.y = vector3G5.y - vector3G4.y; vector3G6.z = vector3G5.z - vector3G4.z; float single3 = (float)Math.Sqrt(vector3G6.x * vector3G6.x + vector3G6.y * vector3G6.y + vector3G6.z * vector3G6.z); float single4 = single3; Ray ray = new Ray(vector3G4.f, vector3G6.f); for (int k = 0; k < (int)colliderArray.Length; k++) { if (colliderArray[k].Raycast(ray, out raycastHit, single4)) { float single5 = raycastHit.distance; if (single5 < single4) { single4 = single5; float single6 = single1 + single5 / single3 * single2; if (single > single6) { single = single6; num1 = k; } } } } } } if (!float.IsInfinity(single)) { single = single - this.adaptiveNearPlane.threshold; if (single >= this.adaptiveNearPlane.maxNear) { this.camera.nearClipPlane = this.adaptiveNearPlane.maxNear; } else if (single > this.adaptiveNearPlane.minNear) { this.camera.nearClipPlane = single; } else { this.camera.nearClipPlane = this.adaptiveNearPlane.minNear; } } else { this.camera.nearClipPlane = this.adaptiveNearPlane.maxNear; } } perspectiveMatrixBuilder.fieldOfView = (double)this.camera.fieldOfView; perspectiveMatrixBuilder.aspectRatio = (double)this.camera.aspect; perspectiveMatrixBuilder.nearPlane = (double)this.camera.nearClipPlane; perspectiveMatrixBuilder.farPlane = (double)this.camera.farClipPlane; PerspectiveMatrixBuilder perspectiveMatrixBuilder2 = perspectiveMatrixBuilder; if (!this.camera.isOrthoGraphic) { if (this.viewModel) { this.viewModel.ModifyPerspective(ref perspectiveMatrixBuilder2); } if (!CameraFX.vm_projuse) { perspectiveMatrixBuilder.ToProjectionMatrix(out this.projectionMatrix); } else { perspectiveMatrixBuilder2.ToProjectionMatrix(out this.projectionMatrix); } this.camera.projectionMatrix = this.projectionMatrix.f; perspectiveMatrixBuilder2.ToProjectionMatrix(out matrix4x4G2); } else { this.projectionMatrix.f = this.camera.projectionMatrix; matrix4x4G2 = this.projectionMatrix; } vector4.y = (float)perspectiveMatrixBuilder2.nearPlane; vector4.z = (float)perspectiveMatrixBuilder2.farPlane; vector4.w = (float)(1 / perspectiveMatrixBuilder2.farPlane); if (CameraFX.vm_flip != CameraFX.PLATFORM_POLL.flipRequired) { vector4.x = -1f; perspectiveMatrixBuilder1.nearPlane = perspectiveMatrixBuilder2.nearPlane; perspectiveMatrixBuilder1.farPlane = perspectiveMatrixBuilder2.farPlane; perspectiveMatrixBuilder1.fieldOfView = -perspectiveMatrixBuilder2.fieldOfView; perspectiveMatrixBuilder1.aspectRatio = -perspectiveMatrixBuilder2.aspectRatio; perspectiveMatrixBuilder1.ToProjectionMatrix(out matrix4x4G3); Shader.SetGlobalMatrix("V_MUNITY_MATRIX_P", matrix4x4G3.f); } else { vector4.x = 1f; Shader.SetGlobalMatrix("V_MUNITY_MATRIX_P", matrix4x4G2.f); } Shader.SetGlobalVector("V_M_ProjectionParams", vector4); if (!this.recalcViewMatrix) { this.cameraToWorldMatrix.f = this.camera.cameraToWorldMatrix; this.worldToCameraMatrix.f = this.camera.worldToCameraMatrix; } else { this.camera.transform.ExtractWorldCoordinates(out vector3G7, out quaternionG, out vector3G8); vector3G8.x = 1; vector3G8.y = 1; vector3G8.z = -1; Matrix4x4G.TRS(ref vector3G7, ref quaternionG, ref vector3G8, out this.cameraToWorldMatrix); if (Matrix4x4G.Inverse(ref this.cameraToWorldMatrix, out this.worldToCameraMatrix)) { this.camera.worldToCameraMatrix = this.worldToCameraMatrix.f; } } this.worldToCameraMatrixUnAltered = this.worldToCameraMatrix; this.cameraToWorldMatrixUnAltered = this.cameraToWorldMatrix; this.projectionMatrixUnAltered = this.projectionMatrix; CameraFX.ApplyTransitionAlterations(this.camera, this, true); Matrix4x4G matrix4x4G12 = this.worldToCameraMatrix; Matrix4x4G matrix4x4G13 = matrix4x4G12; this.projectViewport.modelview = matrix4x4G12; this.projectScreen.modelview = matrix4x4G13; Matrix4x4G matrix4x4G14 = this.projectionMatrix; matrix4x4G13 = matrix4x4G14; this.projectViewport.projection = matrix4x4G14; this.projectScreen.projection = matrix4x4G13; Rect rect = this.camera.pixelRect; this.projectScreen.offset.x = (double)rect.x; this.projectScreen.offset.y = (double)rect.y; this.projectScreen.size.x = (double)rect.width; this.projectScreen.size.y = (double)rect.height; rect = this.camera.rect; this.projectViewport.offset.x = (double)rect.x; this.projectViewport.offset.y = (double)rect.y; this.projectViewport.size.x = (double)rect.width; this.projectViewport.size.y = (double)rect.height; Matrix4x4G.Mult(ref this.localToWorldMatrix, ref this.worldToCameraMatrix, out matrix4x4G7); Matrix4x4G.Mult(ref matrix4x4G7, ref this.projectionMatrix, out matrix4x4G4); Matrix4x4G.Inverse(ref matrix4x4G7, out matrix4x4G8); Matrix4x4G.Inverse(ref matrix4x4G4, out matrix4x4G5); Matrix4x4G.Inverse(ref this.localToWorldMatrix, out matrix4x4G10); Matrix4x4G.Transpose(ref matrix4x4G5, out matrix4x4G6); Matrix4x4G.Transpose(ref matrix4x4G8, out matrix4x4G9); Matrix4x4G.Transpose(ref matrix4x4G10, out matrix4x4G11); if (this.viewModel) { this.viewModel.UpdateProxies(); } BoundHack.Achieve(base.transform.position); ContextSprite.UpdateSpriteFading(this.camera); PlayerClient playerClient = PlayerClient.localPlayerClient; if (playerClient) { playerClient.ProcessLocalPlayerPreRender(); } RPOS.BeforeSceneRender_Internal(this.camera); }