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refactor: update show flag settings in BPC_PlanarCapture for UE5.7 compatibility; enhance SS_PlanarCaptureManager with FTickableGameObject interface

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This commit is contained in:
Lefteris Notas
2026-05-22 16:02:01 +03:00
parent d16c661022
commit 9fd679fd5b
3 changed files with 37 additions and 10 deletions
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28
Source/PG_Framework/Private/Capture/BPC_PlanarCapture.cpp
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@@ -511,11 +511,29 @@ void UBPC_PlanarCapture::ApplyShowFlags()
}
// Apply show flags based on active quality profile
SceneCapture->ShowFlags.SetShadows(ActiveProfile.bEnableShadows);
SceneCapture->ShowFlags.SetFog(ActiveProfile.bEnableFog);
SceneCapture->ShowFlags.SetBloom(ActiveProfile.bEnableBloom);
SceneCapture->ShowFlags.SetAmbientOcclusion(ActiveProfile.bEnableAO);
SceneCapture->ShowFlags.SetMotionBlur(ActiveProfile.bEnableMotionBlur);
// UE5.7: FEngineShowFlags members are set directly, not via setter methods
if (!ActiveProfile.bEnableShadows)
{
SceneCapture->ShowFlags.DynamicShadows = false;
SceneCapture->ShowFlags.ContactShadows = false;
}
if (!ActiveProfile.bEnableFog)
{
SceneCapture->ShowFlags.Fog = 0;
}
if (!ActiveProfile.bEnableBloom)
{
SceneCapture->ShowFlags.Bloom = 0;
}
if (!ActiveProfile.bEnableAO)
{
SceneCapture->ShowFlags.AmbientOcclusion = 0;
SceneCapture->ShowFlags.ScreenSpaceAO = 0;
}
if (!ActiveProfile.bEnableMotionBlur)
{
SceneCapture->ShowFlags.MotionBlur = 0;
}
// Lumen is controlled via post-process settings on the capture component
SceneCapture->PostProcessSettings.bOverride_DynamicGlobalIlluminationMethod = true;

10
Source/PG_Framework/Private/Capture/PlanarCaptureCameraUtils.cpp
View File

@@ -2,6 +2,7 @@
// UE5 Modular Game Framework — PlanarCaptureCameraUtils implementation
#include "Capture/PlanarCaptureCameraUtils.h"
#include "Kismet/KismetMathLibrary.h"
FTransform UPlanarCaptureCameraUtils::ComputeMirroredTransform(
const FTransform& ViewerCameraTransform,
@@ -24,7 +25,7 @@ FTransform UPlanarCaptureCameraUtils::ComputeMirroredTransform(
const FVector ViewerUp = ViewerCameraTransform.GetUnitAxis(EAxis::Z);
const FVector ReflectedUp = ViewerUp - 2.0f * FVector::DotProduct(ViewerUp, MirrorNormal) * MirrorNormal;
FRotator ReflectedRotation = UKismetMathLibrary::MakeRotFromXZ(ReflectedForward, ReflectedUp);
const FRotator ReflectedRotation = FRotationMatrix::MakeFromXZ(ReflectedForward, ReflectedUp).Rotator();
return FTransform(ReflectedRotation, ReflectedPosition, ViewerCameraTransform.GetScale3D());
}
@@ -73,8 +74,8 @@ FMatrix UPlanarCaptureCameraUtils::ComputeObliqueProjectionMatrix(
ProjectionMatrix.M[3][3] = 0.0f;
// Transform clip plane into view space (inverse of surface transform)
const FTransform ViewTransform = SurfaceTransform.Inverse();
const FPlane ViewSpaceClipPlane = ClipPlane.TransformBy(ViewTransform);
const FMatrix ViewMatrix = SurfaceTransform.ToMatrixNoScale().Inverse();
const FPlane ViewSpaceClipPlane = ClipPlane.TransformBy(ViewMatrix);
// Compute oblique near-plane using the standard technique:
// Calculate the clip-space corner that maximizes the dot product with the plane normal.
@@ -90,7 +91,8 @@ FMatrix UPlanarCaptureCameraUtils::ComputeObliqueProjectionMatrix(
Q.W = (1.0f + ProjectionMatrix.M[2][2]) / ProjectionMatrix.M[3][2];
// Scale the clip plane so its distance from the origin matches the Q vertex
const float Scale = 2.0f / FVector4::DotProduct(ClipPlaneVec, Q);
const float DotVal = ClipPlaneVec.X * Q.X + ClipPlaneVec.Y * Q.Y + ClipPlaneVec.Z * Q.Z + ClipPlaneVec.W * Q.W;
const float Scale = 2.0f / DotVal;
ClipPlaneVec *= Scale;
// Replace the third row of the projection matrix with the clip plane