public override void Deserialize(FAssetArchive Ar, long validPos)
{
base.Deserialize(Ar, validPos);
var stripFlags = new FStripDataFlags(Ar);
if (!stripFlags.IsDataStrippedForServer())
{
var numEntries = Ar.Read <int>();
MeshBuildData = new Dictionary <FGuid, FMeshMapBuildData>(numEntries);
for (var i = 0; i < numEntries; ++i)
{
MeshBuildData[Ar.Read <FGuid>()] = new FMeshMapBuildData(Ar);
}
numEntries = Ar.Read <int>();
LevelPrecomputedLightVolumeBuildData = new Dictionary <FGuid, FPrecomputedLightVolumeData>(numEntries);
for (var i = 0; i < numEntries; ++i)
{
LevelPrecomputedLightVolumeBuildData[Ar.Read <FGuid>()] = new FPrecomputedLightVolumeData(Ar);
}
if (FRenderingObjectVersion.Get(Ar) >= FRenderingObjectVersion.Type.VolumetricLightmaps)
{
numEntries = Ar.Read <int>();
LevelPrecomputedVolumetricLightmapBuildData = new Dictionary <FGuid, FPrecomputedVolumetricLightmapData>(numEntries);
for (var i = 0; i < numEntries; ++i)
{
LevelPrecomputedVolumetricLightmapBuildData[Ar.Read <FGuid>()] = new FPrecomputedVolumetricLightmapData(Ar);
}
}
numEntries = Ar.Read <int>();
LightBuildData = new Dictionary <FGuid, FLightComponentMapBuildData>(numEntries);
for (var i = 0; i < numEntries; ++i)
{
LightBuildData[Ar.Read <FGuid>()] = new FLightComponentMapBuildData(Ar);
}
if (FReflectionCaptureObjectVersion.Get(Ar) >= FReflectionCaptureObjectVersion.Type.MoveReflectionCaptureDataToMapBuildData)
{
numEntries = Ar.Read <int>();
ReflectionCaptureBuildData = new Dictionary <FGuid, FReflectionCaptureMapBuildData>(numEntries);
for (var i = 0; i < numEntries; ++i)
{
ReflectionCaptureBuildData[Ar.Read <FGuid>()] = new FReflectionCaptureMapBuildData(Ar);
}
}
if (FRenderingObjectVersion.Get(Ar) >= FRenderingObjectVersion.Type.SkyAtmosphereStaticLightingVersioning)
{
numEntries = Ar.Read <int>();
SkyAtmosphereBuildData = new Dictionary <FGuid, FSkyAtmosphereMapBuildData>(numEntries);
for (var i = 0; i < numEntries; ++i)
{
SkyAtmosphereBuildData[Ar.Read <FGuid>()] = new FSkyAtmosphereMapBuildData(Ar);
}
}
}
}
public FPrecomputedVolumetricLightmapData(FArchive Ar)
{
Bounds = Ar.Read <FBox>();
IndirectionTextureDimensions = Ar.Read <FIntVector>();
IndirectionTexture = new FVolumetricLightmapDataLayer(Ar);
BrickSize = Ar.Read <int>();
BrickDataDimensions = Ar.Read <FIntVector>();
BrickData = new FVolumetricLightmapBrickLayer
{
AmbientVector = new FVolumetricLightmapDataLayer(Ar),
SHCoefficients = new FVolumetricLightmapDataLayer[6]
};
for (var i = 0; i < BrickData.SHCoefficients.Length; i++)
{
BrickData.SHCoefficients[i] = new FVolumetricLightmapDataLayer(Ar);
}
BrickData.SkyBentNormal = new FVolumetricLightmapDataLayer(Ar);
BrickData.DirectionalLightShadowing = new FVolumetricLightmapDataLayer(Ar);
if (FMobileObjectVersion.Get(Ar) >= FMobileObjectVersion.Type.LQVolumetricLightmapLayers)
{
BrickData.LQLightColor = new FVolumetricLightmapDataLayer(Ar);
BrickData.LQLightDirection = new FVolumetricLightmapDataLayer(Ar);
}
if (FRenderingObjectVersion.Get(Ar) >= FRenderingObjectVersion.Type.VolumetricLightmapStreaming)
{
SubLevelBrickPositions = Ar.ReadArray <FIntVector>();
IndirectionTextureOriginalValues = Ar.ReadArray <FColor>();
}
}
public FSkeletalMaterial(FAssetArchive Ar)
{
Material = Ar.ReadObject <UMaterialInterface>();
if (FEditorObjectVersion.Get(Ar) >= FEditorObjectVersion.Type.RefactorMeshEditorMaterials)
{
MaterialSlotName = Ar.ReadFName();
var bSerializeImportedMaterialSlotName = false;
if (FCoreObjectVersion.Get(Ar) >= FCoreObjectVersion.Type.SkeletalMaterialEditorDataStripping)
{
bSerializeImportedMaterialSlotName = Ar.ReadBoolean();
}
if (bSerializeImportedMaterialSlotName)
{
ImportedMaterialSlotName = Ar.ReadFName();
}
}
else
{
if (Ar.Ver >= UE4Version.VER_UE4_MOVE_SKELETALMESH_SHADOWCASTING)
{
Ar.Position += 4;
}
if (FRecomputeTangentCustomVersion.Get(Ar) >= FRecomputeTangentCustomVersion.Type.RuntimeRecomputeTangent)
{
Ar.Position += 4;
}
}
if (FRenderingObjectVersion.Get(Ar) >= FRenderingObjectVersion.Type.TextureStreamingMeshUVChannelData)
{
UVChannelData = new FMeshUVChannelInfo(Ar);
}
}
public override void Deserialize(FAssetArchive Ar, long validPos)
{
base.Deserialize(Ar, validPos);
var bCooked = false;
if (FFortniteMainBranchObjectVersion.Get(Ar) >= FFortniteMainBranchObjectVersion.Type.SerializeInstancedStaticMeshRenderData ||
FEditorObjectVersion.Get(Ar) >= FEditorObjectVersion.Type.SerializeInstancedStaticMeshRenderData)
{
bCooked = Ar.ReadBoolean();
}
PerInstanceSMData = Ar.ReadBulkArray(() => new FInstancedStaticMeshInstanceData(Ar));
if (FRenderingObjectVersion.Get(Ar) >= FRenderingObjectVersion.Type.PerInstanceCustomData)
{
PerInstanceSMCustomData = Ar.ReadBulkArray(Ar.Read <float>);
}
if (bCooked && (FFortniteMainBranchObjectVersion.Get(Ar) >= FFortniteMainBranchObjectVersion.Type.SerializeInstancedStaticMeshRenderData ||
FEditorObjectVersion.Get(Ar) >= FEditorObjectVersion.Type.SerializeInstancedStaticMeshRenderData))
{
var renderDataSizeBytes = Ar.Read <long>();
if (renderDataSizeBytes > 0)
{
// idk what to do here... But it fixes the warnings ЪциРђЇ
Ar.Position = validPos;
}
}
}
public FSkeletalMaterial(FAssetArchive Ar)
{
Material = new FPackageIndex(Ar).ResolvedObject;
if (FEditorObjectVersion.Get(Ar) >= FEditorObjectVersion.Type.RefactorMeshEditorMaterials)
{
MaterialSlotName = Ar.ReadFName();
var bSerializeImportedMaterialSlotName = !Ar.Owner.HasFlags(EPackageFlags.PKG_FilterEditorOnly);
if (FCoreObjectVersion.Get(Ar) >= FCoreObjectVersion.Type.SkeletalMaterialEditorDataStripping)
{
bSerializeImportedMaterialSlotName = Ar.ReadBoolean();
}
if (bSerializeImportedMaterialSlotName)
{
ImportedMaterialSlotName = Ar.ReadFName();
}
}
else
{
if (Ar.Ver >= EUnrealEngineObjectUE4Version.MOVE_SKELETALMESH_SHADOWCASTING)
{
Ar.Position += 4;
}
if (FRecomputeTangentCustomVersion.Get(Ar) >= FRecomputeTangentCustomVersion.Type.RuntimeRecomputeTangent)
{
var bRecomputeTangent = Ar.ReadBoolean();
}
}
if (FRenderingObjectVersion.Get(Ar) >= FRenderingObjectVersion.Type.TextureStreamingMeshUVChannelData)
{
UVChannelData = new FMeshUVChannelInfo(Ar);
}
}
public FPackedNormal(FArchive Ar)
{
Data = Ar.Read <uint>();
if (FRenderingObjectVersion.Get(Ar) >= FRenderingObjectVersion.Type.IncreaseNormalPrecision)
{
Data ^= 0x80808080;
}
}
public FStaticMaterial(FAssetArchive Ar)
{
MaterialInterface = new FPackageIndex(Ar).ResolvedObject;
MaterialSlotName = Ar.ReadFName();
if (FRenderingObjectVersion.Get(Ar) >= FRenderingObjectVersion.Type.TextureStreamingMeshUVChannelData)
{
UVChannelData = new FMeshUVChannelInfo(Ar);
}
}
public override void Deserialize(FAssetArchive Ar, long validPos)
{
base.Deserialize(Ar, validPos);
if (FRenderingObjectVersion.Get(Ar) < FRenderingObjectVersion.Type.MovedParticleCutoutsToRequiredModule)
{
return;
}
var bCooked = Ar.ReadBoolean();
if (bCooked)
{
BoundingGeometry = Ar.ReadArray <FVector2D>();
}
}
public FModelVertexBuffer(FArchive Ar)
{
if (FRenderingObjectVersion.Get(Ar) < FRenderingObjectVersion.Type.IncreaseNormalPrecision)
{
var deprecatedVertices = Ar.ReadBulkArray <FDeprecatedModelVertex>();
Vertices = new FModelVertex[deprecatedVertices.Length];
for (int i = 0; i < Vertices.Length; i++)
{
Vertices[i] = deprecatedVertices[i];
}
}
else
{
Vertices = Ar.ReadArray(() => new FModelVertex(Ar));
}
}
public FStaticMeshSection(FArchive Ar)
{
MaterialIndex = Ar.Read <int>();
FirstIndex = Ar.Read <int>();
NumTriangles = Ar.Read <int>();
MinVertexIndex = Ar.Read <int>();
MaxVertexIndex = Ar.Read <int>();
EnableCollision = Ar.ReadBoolean();
CastShadow = Ar.ReadBoolean();
ForceOpaque = FRenderingObjectVersion.Get(Ar) >= FRenderingObjectVersion.Type.StaticMeshSectionForceOpaqueField && Ar.ReadBoolean();
VisibleInRayTracing = Ar.Game >= EGame.GAME_UE4_26 && Ar.ReadBoolean();
if (Ar.Game == EGame.GAME_ROGUECOMPANY)
{
Ar.Position += 4;
}
}
public FPaintedVertex(FArchive Ar)
{
Position = Ar.Read <FVector>();
if (FRenderingObjectVersion.Get(Ar) < FRenderingObjectVersion.Type.IncreaseNormalPrecision)
{
var temp = new FPackedNormal(Ar);
Normal = temp;
}
else
{
Normal = Ar.Read <FVector4>();
}
Color = Ar.Read <FColor>();
}
public void SerializeForEditor(FAssetArchive Ar)
{
Normal = new FPackedNormal[3];
Pos = Ar.Read <FVector>();
if (FRenderingObjectVersion.Get(Ar) < FRenderingObjectVersion.Type.IncreaseNormalPrecision)
{
Normal[0] = new FPackedNormal(Ar);
Normal[1] = new FPackedNormal(Ar);
Normal[2] = new FPackedNormal(Ar);
}
else
{
// New normals are stored with full floating point precision
Normal[0] = new FPackedNormal(Ar.Read <FVector>());
Normal[1] = new FPackedNormal(Ar.Read <FVector>());
Normal[2] = new FPackedNormal(Ar.Read <FVector4>());
}
}
public FModelVertex(FArchive Ar)
{
Position = Ar.Read <FVector>();
if (FRenderingObjectVersion.Get(Ar) < FRenderingObjectVersion.Type.IncreaseNormalPrecision)
{
TangentX = (FVector)Ar.Read <FDeprecatedSerializedPackedNormal>();
TangentZ = (FVector4)Ar.Read <FDeprecatedSerializedPackedNormal>();
}
else
{
TangentX = Ar.Read <FVector>();
TangentZ = Ar.Read <FVector4>();
}
TexCoord = Ar.Read <FVector2D>();
ShadowTexCoord = Ar.Read <FVector2D>();
}
public FStaticMeshSection(FArchive Ar)
{
MaterialIndex = Ar.Read <int>();
FirstIndex = Ar.Read <int>();
NumTriangles = Ar.Read <int>();
MinVertexIndex = Ar.Read <int>();
MaxVertexIndex = Ar.Read <int>();
bEnableCollision = Ar.ReadBoolean();
bCastShadow = Ar.ReadBoolean();
if (Ar.Game == EGame.GAME_PlayerUnknownsBattlegrounds)
{
Ar.Position += 5; // byte + int
}
bForceOpaque = FRenderingObjectVersion.Get(Ar) >= FRenderingObjectVersion.Type.StaticMeshSectionForceOpaqueField && Ar.ReadBoolean();
bVisibleInRayTracing = !Ar.Versions["StaticMesh.HasVisibleInRayTracing"] || Ar.ReadBoolean();
if (Ar.Game == EGame.GAME_RogueCompany)
{
Ar.Position += 4;
}
}
public FReflectionCaptureData(FAssetArchive Ar)
{
CubemapSize = Ar.Read <int>();
AverageBrightness = Ar.Read <float>();
if (FRenderingObjectVersion.Get(Ar) >= FRenderingObjectVersion.Type.StoreReflectionCaptureBrightnessForCooking)
{
Brightness = Ar.Read <float>();
}
FullHDRCapturedData = Ar.ReadArray <byte>(); // Can also be stripped, but still a byte[]
if (FMobileObjectVersion.Get(Ar) >= FMobileObjectVersion.Type.StoreReflectionCaptureCompressedMobile)
{
EncodedCaptureData = new FPackageIndex(Ar);
}
else
{
var _ = Ar.ReadArray <byte>();
}
}
public override void Deserialize(FAssetArchive Ar, long validPos)
{
base.Deserialize(Ar, validPos);
_parent = GetOrDefault <ResolvedObject>(nameof(Parent));
bHasStaticPermutationResource = GetOrDefault <bool>("bHasStaticPermutationResource");
BasePropertyOverrides = GetOrDefault <FMaterialInstanceBasePropertyOverrides>(nameof(BasePropertyOverrides));
StaticParameters = GetOrDefault <FStaticParameterSet>(nameof(StaticParameters));
var bSavedCachedData = FUE5MainStreamObjectVersion.Get(Ar) >= FUE5MainStreamObjectVersion.Type.MaterialSavedCachedData && Ar.ReadBoolean();
if (bSavedCachedData)
{
CachedData = new FStructFallback(Ar, "MaterialInstanceCachedData");
}
if (bHasStaticPermutationResource)
{
if (Ar.Ver >= EUnrealEngineObjectUE4Version.PURGED_FMATERIAL_COMPILE_OUTPUTS)
{
if (FRenderingObjectVersion.Get(Ar) < FRenderingObjectVersion.Type.MaterialAttributeLayerParameters)
{
StaticParameters = new FStaticParameterSet(Ar);
}
#if READ_SHADER_MAPS
DeserializeInlineShaderMaps(Ar, LoadedMaterialResources);
#else
Ar.Position = validPos; // TODO This skips every data after the inline shader map data, find a way to properly skip it
#endif
}
}
#if !READ_SHADER_MAPS
Ar.Position = validPos;
#endif
}
public FStaticMeshRenderData(FAssetArchive Ar, bool bCooked)
{
if (!bCooked)
{
return;
}
// TODO Read minMobileLODIdx only when platform is desktop and CVar r.StaticMesh.KeepMobileMinLODSettingOnDesktop is nonzero
if (Ar.Versions["StaticMesh.KeepMobileMinLODSettingOnDesktop"])
{
var minMobileLODIdx = Ar.Read <int>();
}
LODs = Ar.ReadArray(() => new FStaticMeshLODResources(Ar));
if (Ar.Game >= EGame.GAME_UE4_23)
{
var numInlinedLODs = Ar.Read <byte>();
}
if (Ar.Game >= EGame.GAME_UE5_0)
{
NaniteResources = new FNaniteResources(Ar);
SerializeInlineDataRepresentations(Ar);
}
if (Ar.Ver >= EUnrealEngineObjectUE4Version.RENAME_CROUCHMOVESCHARACTERDOWN)
{
var stripped = false;
if (Ar.Ver >= EUnrealEngineObjectUE4Version.RENAME_WIDGET_VISIBILITY)
{
var stripDataFlags = Ar.Read <FStripDataFlags>();
stripped = stripDataFlags.IsDataStrippedForServer();
if (Ar.Game >= EGame.GAME_UE4_21)
{
stripped |= stripDataFlags.IsClassDataStripped(0x01);
}
}
if (!stripped)
{
for (var i = 0; i < LODs.Length; i++)
{
var bValid = Ar.ReadBoolean();
if (bValid)
{
if (Ar.Game >= EGame.GAME_UE5_0)
{
var _ = new FDistanceFieldVolumeData5(Ar);
}
else
{
var _ = new FDistanceFieldVolumeData(Ar);
}
}
}
}
}
Bounds = Ar.Read <FBoxSphereBounds>();
if (Ar.Versions["StaticMesh.HasLODsShareStaticLighting"])
{
bLODsShareStaticLighting = Ar.ReadBoolean();
}
if (Ar.Game < EGame.GAME_UE4_14)
{
var bReducedBySimplygon = Ar.ReadBoolean();
}
if (FRenderingObjectVersion.Get(Ar) < FRenderingObjectVersion.Type.TextureStreamingMeshUVChannelData)
{
Ar.Position += 4 * MAX_STATIC_UV_SETS_UE4; // StreamingTextureFactor for each UV set
Ar.Position += 4; // MaxStreamingTextureFactor
}
ScreenSize = new float[Ar.Game >= EGame.GAME_UE4_9 ? MAX_STATIC_LODS_UE4 : 4];
for (var i = 0; i < ScreenSize.Length; i++)
{
if (Ar.Game >= EGame.GAME_UE4_20) // FPerPlatformProperty
{
var bFloatCooked = Ar.ReadBoolean();
}
ScreenSize[i] = Ar.Read <float>();
}
if (Ar.Game == EGame.GAME_Borderlands3)
{
var count = Ar.Read <int>();
for (var i = 0; i < count; i++)
{
var count2 = Ar.Read <byte>();
Ar.Position += count2 * 12; // bool, bool, float
}
}
}
public FStaticParameterBase(FArchive Ar)
{
ParameterInfo = FRenderingObjectVersion.Get(Ar) < FRenderingObjectVersion.Type.MaterialAttributeLayerParameters ? new FMaterialParameterInfo {
Name = Ar.ReadFName()
} : new FMaterialParameterInfo(Ar);
}