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31317aefbd
- new correspondence-finding strategy in FMeshImageBakingCache. Added a global Thickness parameter, and now preferentially uses the ray-hit found by casting inwards from Point+Thickness*Normal. This handles the cases where a greeble/etc is just layered on top of base mesh. These kind of mesh elements are only intended to show up in the normal map, so they aren't stitched in. - expose Thickness and World-Space options in BakeMeshAttributeMapsTool - initialize image in Normal and ResampleImage Bakers, otherwise initial value is garbage - add TSampledScalarField2::BilinearSampleGradientClamped and fix typo in BilinearSampleClamped() that resulted in incorrect interpolation - add Texture2DUtil, contains functions for reading a TImageBuilder from a UTexture2D. Can read from source data if available. - ColorConstants now returns white for group 0 - add double version of FMeshDescriptionToDynamicMesh::CopyTangents() - add support for computing on subset of vertiecs in FMeshConvexHull - fix up template export in TMeshTangents - make mesh const in TImplicitMorphology, TImplicitSolidify - accessor/etc additions in TDenseGrid2, TImageBuilder, TSampledScalarField2, TIndexedWeightMap - add source UStaticMesh reference in FPhysicsDataCollection, function to initialize from a UStaticMesh - update Tools affected by above changes - add TSampleSetStatisticBuilder::ComputeMultiPass() helper function to compute stats for iterable collections in one line - remove dead code in UVLayoutOp.cpp #rb tyson.brochu #rnx #jira none [CL 14769759 by Ryan Schmidt in ue5-main branch]
47 lines
1.4 KiB
C++
47 lines
1.4 KiB
C++
// Copyright Epic Games, Inc. All Rights Reserved.
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#include "Sampling/MeshResampleImageBaker.h"
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void FMeshResampleImageBaker::Bake()
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{
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const FMeshImageBakingCache* BakeCache = GetCache();
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check(BakeCache);
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const FDynamicMesh3* DetailMesh = BakeCache->GetDetailMesh();
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check(DetailUVOverlay);
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FVector4f DefaultValue(0, 0, 0, 1.0);
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auto PropertySampleFunction = [&](const FMeshImageBakingCache::FCorrespondenceSample& SampleData)
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{
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FVector4f Color = DefaultValue;
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int32 DetailTriID = SampleData.DetailTriID;
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if (DetailMesh->IsTriangle(SampleData.DetailTriID) && DetailUVOverlay)
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{
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FVector2d DetailUV;
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DetailUVOverlay->GetTriBaryInterpolate<double>(DetailTriID, &SampleData.DetailBaryCoords[0], &DetailUV.X);
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Color = SampleFunction(DetailUV);
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}
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return Color;
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};
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ResultBuilder = MakeUnique<TImageBuilder<FVector4f>>();
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ResultBuilder->SetDimensions(BakeCache->GetDimensions());
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ResultBuilder->Clear(DefaultColor);
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BakeCache->EvaluateSamples([&](const FVector2i& Coords, const FMeshImageBakingCache::FCorrespondenceSample& Sample)
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{
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FVector4f Color = PropertySampleFunction(Sample);
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ResultBuilder->SetPixel(Coords, Color);
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});
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const FImageOccupancyMap& Occupancy = *BakeCache->GetOccupancyMap();
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for (int64 k = 0; k < Occupancy.GutterTexels.Num(); k++)
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{
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TPair<int64, int64> GutterTexel = Occupancy.GutterTexels[k];
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ResultBuilder->CopyPixel(GutterTexel.Value, GutterTexel.Key);
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}
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} |