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#rb none #lockdown Nick.Penwarden #ROBOMERGE-OWNER: ryan.gerleve #ROBOMERGE-AUTHOR: chris.gagnon #ROBOMERGE-SOURCE: CL 4676940 in //UE4/Main/... #ROBOMERGE-BOT: ENGINE (Main -> Dev-Networking) [CL 4676943 by chris gagnon in Dev-Networking branch]
81 lines
2.7 KiB
C++
81 lines
2.7 KiB
C++
// Copyright 1998-2019 Epic Games, Inc. All Rights Reserved.
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#pragma once
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#include "Math/IntPoint.h"
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#include "SceneTypes.h"
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#include "LightMap.h"
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class UMaterialInterface;
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struct FMeshDescription;
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/** Structure containing information about the material which is being baked out */
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struct FMaterialData
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{
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FMaterialData()
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: Material(nullptr)
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, bPerformBorderSmear(true)
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{}
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/** Material to bake out */
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UMaterialInterface* Material;
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/** Properties and the texture size at which they should be baked out */
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TMap<EMaterialProperty, FIntPoint> PropertySizes;
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/** Whether to smear borders after baking */
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bool bPerformBorderSmear;
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};
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struct FMeshData
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{
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FMeshData()
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: RawMeshDescription(nullptr), Mesh(nullptr), bMirrored(false), VertexColorHash(0), TextureCoordinateIndex(0), LightMapIndex(0), LightMap(nullptr)
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{}
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/** Ptr to raw mesh data to use for baking out the material data, if nullptr a standard quad is used */
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FMeshDescription* RawMeshDescription;
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/** Ptr to original static mesh this mesh data came from */
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UStaticMesh* Mesh;
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/** Transform determinant used to detect mirroring */
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bool bMirrored;
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/** A hash of the vertex color buffer for the rawmesh */
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uint32 VertexColorHash;
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/** Material indices to test the Raw Mesh data against, ensuring we only bake out triangles which use the currently baked out material */
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TArray<int32> MaterialIndices;
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/** Set of custom texture coordinates which ensure that the material is baked out with unique/non-overlapping positions */
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TArray<FVector2D> CustomTextureCoordinates;
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/** Box which's space contains the UV coordinates used to bake out the material */
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FBox2D TextureCoordinateBox;
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/** Specific texture coordinate index to use as texture coordinates to bake out the material (is overruled if CustomTextureCoordinates contains any data) */
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int32 TextureCoordinateIndex;
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/** Light map index used to retrieve the light-map UVs from RawMesh */
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int32 LightMapIndex;
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/** Reference to the lightmap texture part of the level in the currently being baked out mesh instance data is resident */
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FLightMapRef LightMap;
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};
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/** Structure containing data being processed while baking out materials*/
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struct FBakeOutput
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{
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FBakeOutput()
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: EmissiveScale(1.0f)
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{}
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/** Contains the resulting texture data for baking out a material's property */
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TMap<EMaterialProperty, TArray<FColor>> PropertyData;
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/** Contains the resulting texture size for baking out a material's property */
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TMap<EMaterialProperty, FIntPoint> PropertySizes;
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/** Scale used to allow having wide ranges of emissive values in the source materials, the final proxy material will use this value to scale the emissive texture's pixel values */
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float EmissiveScale;
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};
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