executeData

Definition

• Type: Property
• Namespace: UnityEngine.AMD
• Assembly: UnityEngine.AMDModule

public ref FSR2CommandExecutionData executeData { get; }

Remarks

Examples

using UnityEngine;using UnityEngine.Rendering;using UnityEngine.Rendering.HighDefinition;using UnityEngine.Experimental.Rendering;using UnityEngine.AMD;// Example HDRP custom pass public class CustomFSRPass : CustomPass{    void InitializeAMDDevice()    {        // device initialization code    }    bool HasOutputResolutionChanged(CustomPassContext ctx)     {         // detect resolution change    }    bool HasInputResolutionChanged(CustomPassContext ctx)     {         // detect resolution change    }    protected override void Setup(ScriptableRenderContext renderContext, CommandBuffer cmd)    {        // setup code    }    protected override void Execute(CustomPassContext ctx)    {        bool initializeFsr2Context = fsr2Context == null || HasInputResolutionChanged(ctx) || HasOutputResolutionChanged(ctx);        if (initializeFsr2Context)        {            // fsr2Context initialization code        }        Vector2Int mvSize = ctx.cameraMotionVectorsBuffer.GetScaledSize();        m_InputTextureSize = ctx.cameraColorBuffer.GetScaledSize();        fsr2Context.executeData.enableSharpening = m_EnableSharpening ? 1 : 0;        fsr2Context.executeData.sharpness = m_Sharpness;        fsr2Context.executeData.renderSizeWidth = (uint)m_InputTextureSize.x;        fsr2Context.executeData.renderSizeHeight = (uint)m_InputTextureSize.y;        fsr2Context.executeData.jitterOffsetX = -ctx.hdCamera.taaJitter.x;        fsr2Context.executeData.jitterOffsetY = -ctx.hdCamera.taaJitter.y;        fsr2Context.executeData.preExposure = 1.0f;        fsr2Context.executeData.frameTimeDelta = Time.deltaTime * 1000.0f; // FSR2 expects time in milliseconds        fsr2Context.executeData.cameraNear = ctx.hdCamera.camera.nearClipPlane;        fsr2Context.executeData.cameraFar = ctx.hdCamera.camera.farClipPlane;        fsr2Context.executeData.cameraFovAngleVertical = ctx.hdCamera.camera.fieldOfView * (Mathf.PI * 2.0f/360.0f); // FSR2 expects in radians        // Unity computes motion vectors in NDC, FSR2 expects them in screen space and from current frame to previous frame.        // Here we scale by the render target size to meet the FSR2 requirements,        // and also invert them to satisfy the frame of reference requirement.        fsr2Context.executeData.MVScaleX = -((float)mvSize.x);         fsr2Context.executeData.MVScaleY = -((float)mvSize.y); #if UNITY_EDITOR        // The same camera is used to render both Scene and Play mode views within the editor.        // In case both of these views are visible at the same time, we'll need to reset to avoid        // rendering artifacts.        fsr2Context.executeData.reset = 1;#else        fsr2Context.executeData.reset = (initializeFsr2Context || parameters.hdCamera.isFirstFrame) ? 1 : 0;#endif        FSR2TextureTable fsr2TextureTable = new FSR2TextureTable()        {             // setup texture table for FSR2 inputs/outputs        };        amdDevice.ExecuteFSR2(ctx.cmd, fsr2Context, fsr2TextureTable);    }    protected override void Cleanup()    {        // cleanup code    }    private GraphicsDevice amdDevice = null;    private FSR2Context fsr2Context = null;    [SerializeField] public float m_Sharpness = 0.92f;    [SerializeField] public bool m_EnableSharpening = true;    Vector2Int m_InputTextureSize = new Vector2Int(0,0);}