Created
November 3, 2020 03:00
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| // Namespace: UnityEngine | |
| public sealed class Mesh : Object // TypeDefIndex: 3069 | |
| { | |
| // Properties | |
| public IndexFormat indexFormat { get; set; } | |
| public Int32 vertexBufferCount { get; } | |
| public Int32 blendShapeCount { get; } | |
| public Matrix4x4[] bindposes { get; set; } | |
| public Boolean isReadable { get; } | |
| internal Boolean canAccess { get; } | |
| public Int32 vertexCount { get; } | |
| public Int32 subMeshCount { get; set; } | |
| public Bounds bounds { get; set; } | |
| public Vector3[] vertices { get; set; } | |
| public Vector3[] normals { get; set; } | |
| public Vector4[] tangents { get; set; } | |
| public Vector2[] uv { get; set; } | |
| public Vector2[] uv2 { get; set; } | |
| public Vector2[] uv3 { get; set; } | |
| public Vector2[] uv4 { get; set; } | |
| public Vector2[] uv5 { get; set; } | |
| public Vector2[] uv6 { get; set; } | |
| public Vector2[] uv7 { get; set; } | |
| public Vector2[] uv8 { get; set; } | |
| public Color[] colors { get; set; } | |
| public Color32[] colors32 { get; set; } | |
| public Int32 vertexAttributeCount { get; } | |
| public Int32[] triangles { get; set; } | |
| public BoneWeight[] boneWeights { get; set; } | |
| // Methods | |
| // RVA: 0x38f09f0 VA: 0x72888b69f0 | |
| private static Void Internal_Create(Mesh mono) { } | |
| // RVA: 0x38f0a30 VA: 0x72888b6a30 | |
| public Void .ctor() { } | |
| // RVA: 0x38f0ac8 VA: 0x72888b6ac8 | |
| public IndexFormat get_indexFormat() { } | |
| // RVA: 0x38f0b08 VA: 0x72888b6b08 | |
| public Void set_indexFormat(IndexFormat value) { } | |
| // RVA: 0x38f0b58 VA: 0x72888b6b58 | |
| public Void SetIndexBufferParams(Int32 indexCount, IndexFormat format) { } | |
| // RVA: 0x38f0bb0 VA: 0x72888b6bb0 | |
| public Void SetVertexBufferParams(Int32 vertexCount, VertexAttributeDescriptor[] attributes) { } | |
| // RVA: 0x38f0c08 VA: 0x72888b6c08 | |
| private Array GetVertexAttributesAlloc() { } | |
| // RVA: 0x38f0c48 VA: 0x72888b6c48 | |
| private Int32 GetVertexAttributesArray(VertexAttributeDescriptor[] attributes) { } | |
| // RVA: 0x38f0c98 VA: 0x72888b6c98 | |
| private Int32 GetVertexAttributesList(List`1 attributes) { } | |
| // RVA: 0x38f0ce8 VA: 0x72888b6ce8 | |
| private Int32 GetVertexAttributeCountImpl() { } | |
| // RVA: 0x38f0d28 VA: 0x72888b6d28 | |
| public VertexAttributeDescriptor GetVertexAttribute(Int32 index) { } | |
| // RVA: 0x38f0de8 VA: 0x72888b6de8 | |
| private UInt32 GetIndexStartImpl(Int32 submesh) { } | |
| // RVA: 0x38f0e38 VA: 0x72888b6e38 | |
| private UInt32 GetIndexCountImpl(Int32 submesh) { } | |
| // RVA: 0x38f0e88 VA: 0x72888b6e88 | |
| private UInt32 GetTrianglesCountImpl(Int32 submesh) { } | |
| // RVA: 0x38f0ed8 VA: 0x72888b6ed8 | |
| private UInt32 GetBaseVertexImpl(Int32 submesh) { } | |
| // RVA: 0x38f0f28 VA: 0x72888b6f28 | |
| private Int32[] GetTrianglesImpl(Int32 submesh, Boolean applyBaseVertex) { } | |
| // RVA: 0x38f0f80 VA: 0x72888b6f80 | |
| private Int32[] GetIndicesImpl(Int32 submesh, Boolean applyBaseVertex) { } | |
| // RVA: 0x38f0fd8 VA: 0x72888b6fd8 | |
| private Void SetIndicesImpl(Int32 submesh, MeshTopology topology, IndexFormat indicesFormat, Array indices, Int32 arrayStart, Int32 arraySize, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f1078 VA: 0x72888b7078 | |
| private Void GetTrianglesNonAllocImpl([Out] Int32[] values, Int32 submesh, Boolean applyBaseVertex) { } | |
| // RVA: 0x38f10e0 VA: 0x72888b70e0 | |
| private Void GetTrianglesNonAllocImpl16([Out] UInt16[] values, Int32 submesh, Boolean applyBaseVertex) { } | |
| // RVA: 0x38f1148 VA: 0x72888b7148 | |
| private Void GetIndicesNonAllocImpl([Out] Int32[] values, Int32 submesh, Boolean applyBaseVertex) { } | |
| // RVA: 0x38f11b0 VA: 0x72888b71b0 | |
| private Void GetIndicesNonAllocImpl16([Out] UInt16[] values, Int32 submesh, Boolean applyBaseVertex) { } | |
| // RVA: 0x38f1218 VA: 0x72888b7218 | |
| private Void PrintErrorCantAccessChannel(VertexAttribute ch) { } | |
| // RVA: 0x38f1268 VA: 0x72888b7268 | |
| public Boolean HasVertexAttribute(VertexAttribute attr) { } | |
| // RVA: 0x38f12b8 VA: 0x72888b72b8 | |
| public Int32 GetVertexAttributeDimension(VertexAttribute attr) { } | |
| // RVA: 0x38f1308 VA: 0x72888b7308 | |
| public VertexAttributeFormat GetVertexAttributeFormat(VertexAttribute attr) { } | |
| // RVA: 0x38f1358 VA: 0x72888b7358 | |
| private Void SetArrayForChannelImpl(VertexAttribute channel, VertexAttributeFormat format, Int32 dim, Array values, Int32 arraySize, Int32 valuesStart, Int32 valuesCount) { } | |
| // RVA: 0x38f13f0 VA: 0x72888b73f0 | |
| private Array GetAllocArrayFromChannelImpl(VertexAttribute channel, VertexAttributeFormat format, Int32 dim) { } | |
| // RVA: 0x38f1458 VA: 0x72888b7458 | |
| private Void GetArrayFromChannelImpl(VertexAttribute channel, VertexAttributeFormat format, Int32 dim, Array values) { } | |
| // RVA: 0x38f14c8 VA: 0x72888b74c8 | |
| public Int32 get_vertexBufferCount() { } | |
| // RVA: 0x38f1508 VA: 0x72888b7508 | |
| public IntPtr GetNativeVertexBufferPtr(Int32 index) { } | |
| // RVA: 0x38f1558 VA: 0x72888b7558 | |
| public IntPtr GetNativeIndexBufferPtr() { } | |
| // RVA: 0x38f1598 VA: 0x72888b7598 | |
| public Int32 get_blendShapeCount() { } | |
| // RVA: 0x38f15d8 VA: 0x72888b75d8 | |
| public Void ClearBlendShapes() { } | |
| // RVA: 0x38f1618 VA: 0x72888b7618 | |
| public String GetBlendShapeName(Int32 shapeIndex) { } | |
| // RVA: 0x38f1668 VA: 0x72888b7668 | |
| public Int32 GetBlendShapeIndex(String blendShapeName) { } | |
| // RVA: 0x38f16b8 VA: 0x72888b76b8 | |
| public Int32 GetBlendShapeFrameCount(Int32 shapeIndex) { } | |
| // RVA: 0x38f1708 VA: 0x72888b7708 | |
| public Single GetBlendShapeFrameWeight(Int32 shapeIndex, Int32 frameIndex) { } | |
| // RVA: 0x38f1760 VA: 0x72888b7760 | |
| public Void GetBlendShapeFrameVertices(Int32 shapeIndex, Int32 frameIndex, Vector3[] deltaVertices, Vector3[] deltaNormals, Vector3[] deltaTangents) { } | |
| // RVA: 0x38f17e0 VA: 0x72888b77e0 | |
| public Void AddBlendShapeFrame(String shapeName, Single frameWeight, Vector3[] deltaVertices, Vector3[] deltaNormals, Vector3[] deltaTangents) { } | |
| // RVA: 0x38f1860 VA: 0x72888b7860 | |
| private Boolean HasBoneWeights() { } | |
| // RVA: 0x38f18a0 VA: 0x72888b78a0 | |
| private BoneWeight[] GetBoneWeightsImpl() { } | |
| // RVA: 0x38f18e0 VA: 0x72888b78e0 | |
| private Void SetBoneWeightsImpl(BoneWeight[] weights) { } | |
| // RVA: 0x38f1930 VA: 0x72888b7930 | |
| public Void SetBoneWeights(NativeArray`1 bonesPerVertex, NativeArray`1 weights) { } | |
| // RVA: 0x38f1a0c VA: 0x72888b7a0c | |
| private Void InternalSetBoneWeights(IntPtr bonesPerVertex, Int32 bonesPerVertexSize, IntPtr weights, Int32 weightsSize) { } | |
| // RVA: 0x38f1a7c VA: 0x72888b7a7c | |
| public NativeArray`1 GetAllBoneWeights() { } | |
| // RVA: 0x38f1bb8 VA: 0x72888b7bb8 | |
| public NativeArray`1 GetBonesPerVertex() { } | |
| // RVA: 0x38f1b78 VA: 0x72888b7b78 | |
| private Int32 GetAllBoneWeightsArraySize() { } | |
| // RVA: 0x38f1b38 VA: 0x72888b7b38 | |
| private IntPtr GetAllBoneWeightsArray() { } | |
| // RVA: 0x38f1ce4 VA: 0x72888b7ce4 | |
| private IntPtr GetBonesPerVertexArray() { } | |
| // RVA: 0x38f1d24 VA: 0x72888b7d24 | |
| private Int32 GetBindposeCount() { } | |
| // RVA: 0x38f1d64 VA: 0x72888b7d64 | |
| public Matrix4x4[] get_bindposes() { } | |
| // RVA: 0x38f1da4 VA: 0x72888b7da4 | |
| public Void set_bindposes(Matrix4x4[] value) { } | |
| // RVA: 0x38f1df4 VA: 0x72888b7df4 | |
| private Void GetBoneWeightsNonAllocImpl([Out] BoneWeight[] values) { } | |
| // RVA: 0x38f1e44 VA: 0x72888b7e44 | |
| private Void GetBindposesNonAllocImpl([Out] Matrix4x4[] values) { } | |
| // RVA: 0x38f1e94 VA: 0x72888b7e94 | |
| public Boolean get_isReadable() { } | |
| // RVA: 0x38f1ed4 VA: 0x72888b7ed4 | |
| internal Boolean get_canAccess() { } | |
| // RVA: 0x38f1ca4 VA: 0x72888b7ca4 | |
| public Int32 get_vertexCount() { } | |
| // RVA: 0x38f1f14 VA: 0x72888b7f14 | |
| public Int32 get_subMeshCount() { } | |
| // RVA: 0x38f1f54 VA: 0x72888b7f54 | |
| public Void set_subMeshCount(Int32 value) { } | |
| // RVA: 0x38f1fa4 VA: 0x72888b7fa4 | |
| public Void SetSubMesh(Int32 index, SubMeshDescriptor desc, MeshUpdateFlags flags) { } | |
| // RVA: 0x38f2074 VA: 0x72888b8074 | |
| public SubMeshDescriptor GetSubMesh(Int32 index) { } | |
| // RVA: 0x38f214c VA: 0x72888b814c | |
| public Bounds get_bounds() { } | |
| // RVA: 0x38f2208 VA: 0x72888b8208 | |
| public Void set_bounds(Bounds value) { } | |
| // RVA: 0x38f22a8 VA: 0x72888b82a8 | |
| private Void ClearImpl(Boolean keepVertexLayout) { } | |
| // RVA: 0x38f22f8 VA: 0x72888b82f8 | |
| private Void RecalculateBoundsImpl() { } | |
| // RVA: 0x38f2338 VA: 0x72888b8338 | |
| private Void RecalculateNormalsImpl() { } | |
| // RVA: 0x38f2378 VA: 0x72888b8378 | |
| private Void RecalculateTangentsImpl() { } | |
| // RVA: 0x38f23b8 VA: 0x72888b83b8 | |
| private Void MarkDynamicImpl() { } | |
| // RVA: 0x38f23f8 VA: 0x72888b83f8 | |
| public Void MarkModified() { } | |
| // RVA: 0x38f2438 VA: 0x72888b8438 | |
| private Void UploadMeshDataImpl(Boolean markNoLongerReadable) { } | |
| // RVA: 0x38f2488 VA: 0x72888b8488 | |
| private MeshTopology GetTopologyImpl(Int32 submesh) { } | |
| // RVA: 0x38f24d8 VA: 0x72888b84d8 | |
| public Single GetUVDistributionMetric(Int32 uvSetIndex) { } | |
| // RVA: 0x38f2528 VA: 0x72888b8528 | |
| private Void CombineMeshesImpl(CombineInstance[] combine, Boolean mergeSubMeshes, Boolean useMatrices, Boolean hasLightmapData) { } | |
| // RVA: 0x38f2598 VA: 0x72888b8598 | |
| private Void OptimizeImpl() { } | |
| // RVA: 0x38f25d8 VA: 0x72888b85d8 | |
| private Void OptimizeIndexBuffersImpl() { } | |
| // RVA: 0x38f2618 VA: 0x72888b8618 | |
| private Void OptimizeReorderVertexBufferImpl() { } | |
| // RVA: 0x38f2658 VA: 0x72888b8658 | |
| internal VertexAttribute GetUVChannel(Int32 uvIndex) { } | |
| // RVA: 0x38f26ec VA: 0x72888b86ec | |
| internal static Int32 DefaultDimensionForChannel(VertexAttribute channel) { } | |
| // RVA: 0x VA: 0x0 | |
| private T[] GetAllocArrayFromChannel(VertexAttribute channel, VertexAttributeFormat format, Int32 dim) { } | |
| // RVA: 0x VA: 0x0 | |
| private T[] GetAllocArrayFromChannel(VertexAttribute channel) { } | |
| // RVA: 0x38f27a8 VA: 0x72888b87a8 | |
| private Void SetSizedArrayForChannel(VertexAttribute channel, VertexAttributeFormat format, Int32 dim, Array values, Int32 valuesArrayLength, Int32 valuesStart, Int32 valuesCount) { } | |
| // RVA: 0x VA: 0x0 | |
| private Void SetArrayForChannel(VertexAttribute channel, VertexAttributeFormat format, Int32 dim, T[] values) { } | |
| // RVA: 0x VA: 0x0 | |
| private Void SetArrayForChannel(VertexAttribute channel, T[] values) { } | |
| // RVA: 0x VA: 0x0 | |
| private Void SetListForChannel(VertexAttribute channel, VertexAttributeFormat format, Int32 dim, List`1 values, Int32 start, Int32 length) { } | |
| // RVA: 0x VA: 0x0 | |
| private Void SetListForChannel(VertexAttribute channel, List`1 values, Int32 start, Int32 length) { } | |
| // RVA: 0x VA: 0x0 | |
| private Void GetListForChannel(List`1 buffer, Int32 capacity, VertexAttribute channel, Int32 dim) { } | |
| // RVA: 0x VA: 0x0 | |
| private Void GetListForChannel(List`1 buffer, Int32 capacity, VertexAttribute channel, Int32 dim, VertexAttributeFormat channelType) { } | |
| // RVA: 0x38f2a34 VA: 0x72888b8a34 | |
| public Vector3[] get_vertices() { } | |
| // RVA: 0x38f2a88 VA: 0x72888b8a88 | |
| public Void set_vertices(Vector3[] value) { } | |
| // RVA: 0x38f2aec VA: 0x72888b8aec | |
| public Vector3[] get_normals() { } | |
| // RVA: 0x38f2b40 VA: 0x72888b8b40 | |
| public Void set_normals(Vector3[] value) { } | |
| // RVA: 0x38f2ba4 VA: 0x72888b8ba4 | |
| public Vector4[] get_tangents() { } | |
| // RVA: 0x38f2bf8 VA: 0x72888b8bf8 | |
| public Void set_tangents(Vector4[] value) { } | |
| // RVA: 0x38f2c5c VA: 0x72888b8c5c | |
| public Vector2[] get_uv() { } | |
| // RVA: 0x38f2cb0 VA: 0x72888b8cb0 | |
| public Void set_uv(Vector2[] value) { } | |
| // RVA: 0x38f2d14 VA: 0x72888b8d14 | |
| public Vector2[] get_uv2() { } | |
| // RVA: 0x38f2d68 VA: 0x72888b8d68 | |
| public Void set_uv2(Vector2[] value) { } | |
| // RVA: 0x38f2dcc VA: 0x72888b8dcc | |
| public Vector2[] get_uv3() { } | |
| // RVA: 0x38f2e20 VA: 0x72888b8e20 | |
| public Void set_uv3(Vector2[] value) { } | |
| // RVA: 0x38f2e84 VA: 0x72888b8e84 | |
| public Vector2[] get_uv4() { } | |
| // RVA: 0x38f2ed8 VA: 0x72888b8ed8 | |
| public Void set_uv4(Vector2[] value) { } | |
| // RVA: 0x38f2f3c VA: 0x72888b8f3c | |
| public Vector2[] get_uv5() { } | |
| // RVA: 0x38f2f90 VA: 0x72888b8f90 | |
| public Void set_uv5(Vector2[] value) { } | |
| // RVA: 0x38f2ff4 VA: 0x72888b8ff4 | |
| public Vector2[] get_uv6() { } | |
| // RVA: 0x38f3048 VA: 0x72888b9048 | |
| public Void set_uv6(Vector2[] value) { } | |
| // RVA: 0x38f30ac VA: 0x72888b90ac | |
| public Vector2[] get_uv7() { } | |
| // RVA: 0x38f3100 VA: 0x72888b9100 | |
| public Void set_uv7(Vector2[] value) { } | |
| // RVA: 0x38f3164 VA: 0x72888b9164 | |
| public Vector2[] get_uv8() { } | |
| // RVA: 0x38f31b8 VA: 0x72888b91b8 | |
| public Void set_uv8(Vector2[] value) { } | |
| // RVA: 0x38f321c VA: 0x72888b921c | |
| public Color[] get_colors() { } | |
| // RVA: 0x38f3270 VA: 0x72888b9270 | |
| public Void set_colors(Color[] value) { } | |
| // RVA: 0x38f32d4 VA: 0x72888b92d4 | |
| public Color32[] get_colors32() { } | |
| // RVA: 0x38f3330 VA: 0x72888b9330 | |
| public Void set_colors32(Color32[] value) { } | |
| // RVA: 0x38f339c VA: 0x72888b939c | |
| public Void GetVertices(List`1 vertices) { } | |
| // RVA: 0x38f34a4 VA: 0x72888b94a4 | |
| public Void SetVertices(List`1 inVertices) { } | |
| // RVA: 0x38f3514 VA: 0x72888b9514 | |
| public Void SetVertices(List`1 inVertices, Int32 start, Int32 length) { } | |
| // RVA: 0x38f3590 VA: 0x72888b9590 | |
| public Void SetVertices(Vector3[] inVertices) { } | |
| // RVA: 0x38f35e8 VA: 0x72888b95e8 | |
| public Void SetVertices(Vector3[] inVertices, Int32 start, Int32 length) { } | |
| // RVA: 0x38f3688 VA: 0x72888b9688 | |
| public Void GetNormals(List`1 normals) { } | |
| // RVA: 0x38f3790 VA: 0x72888b9790 | |
| public Void SetNormals(List`1 inNormals) { } | |
| // RVA: 0x38f3800 VA: 0x72888b9800 | |
| public Void SetNormals(List`1 inNormals, Int32 start, Int32 length) { } | |
| // RVA: 0x38f387c VA: 0x72888b987c | |
| public Void SetNormals(Vector3[] inNormals) { } | |
| // RVA: 0x38f38c4 VA: 0x72888b98c4 | |
| public Void SetNormals(Vector3[] inNormals, Int32 start, Int32 length) { } | |
| // RVA: 0x38f3964 VA: 0x72888b9964 | |
| public Void GetTangents(List`1 tangents) { } | |
| // RVA: 0x38f3a6c VA: 0x72888b9a6c | |
| public Void SetTangents(List`1 inTangents) { } | |
| // RVA: 0x38f3adc VA: 0x72888b9adc | |
| public Void SetTangents(List`1 inTangents, Int32 start, Int32 length) { } | |
| // RVA: 0x38f3b58 VA: 0x72888b9b58 | |
| public Void SetTangents(Vector4[] inTangents) { } | |
| // RVA: 0x38f3ba0 VA: 0x72888b9ba0 | |
| public Void SetTangents(Vector4[] inTangents, Int32 start, Int32 length) { } | |
| // RVA: 0x38f3c40 VA: 0x72888b9c40 | |
| public Void GetColors(List`1 colors) { } | |
| // RVA: 0x38f3d48 VA: 0x72888b9d48 | |
| public Void SetColors(List`1 inColors) { } | |
| // RVA: 0x38f3db8 VA: 0x72888b9db8 | |
| public Void SetColors(List`1 inColors, Int32 start, Int32 length) { } | |
| // RVA: 0x38f3e34 VA: 0x72888b9e34 | |
| public Void SetColors(Color[] inColors) { } | |
| // RVA: 0x38f3e7c VA: 0x72888b9e7c | |
| public Void SetColors(Color[] inColors, Int32 start, Int32 length) { } | |
| // RVA: 0x38f3f1c VA: 0x72888b9f1c | |
| public Void GetColors(List`1 colors) { } | |
| // RVA: 0x38f4000 VA: 0x72888ba000 | |
| public Void SetColors(List`1 inColors) { } | |
| // RVA: 0x38f4070 VA: 0x72888ba070 | |
| public Void SetColors(List`1 inColors, Int32 start, Int32 length) { } | |
| // RVA: 0x38f40f4 VA: 0x72888ba0f4 | |
| public Void SetColors(Color32[] inColors) { } | |
| // RVA: 0x38f413c VA: 0x72888ba13c | |
| public Void SetColors(Color32[] inColors, Int32 start, Int32 length) { } | |
| // RVA: 0x VA: 0x0 | |
| private Void SetUvsImpl(Int32 uvIndex, Int32 dim, List`1 uvs, Int32 start, Int32 length) { } | |
| // RVA: 0x38f41b0 VA: 0x72888ba1b0 | |
| public Void SetUVs(Int32 channel, List`1 uvs) { } | |
| // RVA: 0x38f42ac VA: 0x72888ba2ac | |
| public Void SetUVs(Int32 channel, List`1 uvs) { } | |
| // RVA: 0x38f43a8 VA: 0x72888ba3a8 | |
| public Void SetUVs(Int32 channel, List`1 uvs) { } | |
| // RVA: 0x38f4228 VA: 0x72888ba228 | |
| public Void SetUVs(Int32 channel, List`1 uvs, Int32 start, Int32 length) { } | |
| // RVA: 0x38f4324 VA: 0x72888ba324 | |
| public Void SetUVs(Int32 channel, List`1 uvs, Int32 start, Int32 length) { } | |
| // RVA: 0x38f4420 VA: 0x72888ba420 | |
| public Void SetUVs(Int32 channel, List`1 uvs, Int32 start, Int32 length) { } | |
| // RVA: 0x38f44a4 VA: 0x72888ba4a4 | |
| private Void SetUvsImpl(Int32 uvIndex, Int32 dim, Array uvs, Int32 arrayStart, Int32 arraySize) { } | |
| // RVA: 0x38f45d4 VA: 0x72888ba5d4 | |
| public Void SetUVs(Int32 channel, Vector2[] uvs) { } | |
| // RVA: 0x38f4644 VA: 0x72888ba644 | |
| public Void SetUVs(Int32 channel, Vector3[] uvs) { } | |
| // RVA: 0x38f46b4 VA: 0x72888ba6b4 | |
| public Void SetUVs(Int32 channel, Vector4[] uvs) { } | |
| // RVA: 0x38f4630 VA: 0x72888ba630 | |
| public Void SetUVs(Int32 channel, Vector2[] uvs, Int32 start, Int32 length) { } | |
| // RVA: 0x38f46a0 VA: 0x72888ba6a0 | |
| public Void SetUVs(Int32 channel, Vector3[] uvs, Int32 start, Int32 length) { } | |
| // RVA: 0x38f4710 VA: 0x72888ba710 | |
| public Void SetUVs(Int32 channel, Vector4[] uvs, Int32 start, Int32 length) { } | |
| // RVA: 0x VA: 0x0 | |
| private Void GetUVsImpl(Int32 uvIndex, List`1 uvs, Int32 dim) { } | |
| // RVA: 0x38f4724 VA: 0x72888ba724 | |
| public Void GetUVs(Int32 channel, List`1 uvs) { } | |
| // RVA: 0x38f4790 VA: 0x72888ba790 | |
| public Void GetUVs(Int32 channel, List`1 uvs) { } | |
| // RVA: 0x38f47fc VA: 0x72888ba7fc | |
| public Void GetUVs(Int32 channel, List`1 uvs) { } | |
| // RVA: 0x38f4868 VA: 0x72888ba868 | |
| public Int32 get_vertexAttributeCount() { } | |
| // RVA: 0x38f48a8 VA: 0x72888ba8a8 | |
| public VertexAttributeDescriptor[] GetVertexAttributes() { } | |
| // RVA: 0x38f493c VA: 0x72888ba93c | |
| public Int32 GetVertexAttributes(VertexAttributeDescriptor[] attributes) { } | |
| // RVA: 0x38f498c VA: 0x72888ba98c | |
| public Int32 GetVertexAttributes(List`1 attributes) { } | |
| // RVA: 0x38f49dc VA: 0x72888ba9dc | |
| private Void PrintErrorCantAccessIndices() { } | |
| // RVA: 0x38f4af4 VA: 0x72888baaf4 | |
| private Boolean CheckCanAccessSubmesh(Int32 submesh, Boolean errorAboutTriangles) { } | |
| // RVA: 0x38f4c24 VA: 0x72888bac24 | |
| private Boolean CheckCanAccessSubmeshTriangles(Int32 submesh) { } | |
| // RVA: 0x38f4c2c VA: 0x72888bac2c | |
| private Boolean CheckCanAccessSubmeshIndices(Int32 submesh) { } | |
| // RVA: 0x38f4c34 VA: 0x72888bac34 | |
| public Int32[] get_triangles() { } | |
| // RVA: 0x38f4cf0 VA: 0x72888bacf0 | |
| public Void set_triangles(Int32[] value) { } | |
| // RVA: 0x38f4e64 VA: 0x72888bae64 | |
| public Int32[] GetTriangles(Int32 submesh) { } | |
| // RVA: 0x38f4e6c VA: 0x72888bae6c | |
| public Int32[] GetTriangles(Int32 submesh, Boolean applyBaseVertex) { } | |
| // RVA: 0x38f4f1c VA: 0x72888baf1c | |
| public Void GetTriangles(List`1 triangles, Int32 submesh) { } | |
| // RVA: 0x38f4f24 VA: 0x72888baf24 | |
| public Void GetTriangles(List`1 triangles, Int32 submesh, Boolean applyBaseVertex) { } | |
| // RVA: 0x38f50b8 VA: 0x72888bb0b8 | |
| public Void GetTriangles(List`1 triangles, Int32 submesh, Boolean applyBaseVertex) { } | |
| // RVA: 0x38f524c VA: 0x72888bb24c | |
| public Int32[] GetIndices(Int32 submesh) { } | |
| // RVA: 0x38f5254 VA: 0x72888bb254 | |
| public Int32[] GetIndices(Int32 submesh, Boolean applyBaseVertex) { } | |
| // RVA: 0x38f5304 VA: 0x72888bb304 | |
| public Void GetIndices(List`1 indices, Int32 submesh) { } | |
| // RVA: 0x38f530c VA: 0x72888bb30c | |
| public Void GetIndices(List`1 indices, Int32 submesh, Boolean applyBaseVertex) { } | |
| // RVA: 0x38f5564 VA: 0x72888bb564 | |
| public Void GetIndices(List`1 indices, Int32 submesh, Boolean applyBaseVertex) { } | |
| // RVA: 0x38f56d8 VA: 0x72888bb6d8 | |
| public UInt32 GetIndexStart(Int32 submesh) { } | |
| // RVA: 0x38f5480 VA: 0x72888bb480 | |
| public UInt32 GetIndexCount(Int32 submesh) { } | |
| // RVA: 0x38f57bc VA: 0x72888bb7bc | |
| public UInt32 GetBaseVertex(Int32 submesh) { } | |
| // RVA: 0x38f58a0 VA: 0x72888bb8a0 | |
| private Void CheckIndicesArrayRange(Int32 valuesLength, Int32 start, Int32 length) { } | |
| // RVA: 0x38f4db8 VA: 0x72888badb8 | |
| private Void SetTrianglesImpl(Int32 submesh, IndexFormat indicesFormat, Array triangles, Int32 trianglesArrayLength, Int32 start, Int32 length, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f5a50 VA: 0x72888bba50 | |
| public Void SetTriangles(Int32[] triangles, Int32 submesh) { } | |
| // RVA: 0x38f5acc VA: 0x72888bbacc | |
| public Void SetTriangles(Int32[] triangles, Int32 submesh, Boolean calculateBounds) { } | |
| // RVA: 0x38f5a5c VA: 0x72888bba5c | |
| public Void SetTriangles(Int32[] triangles, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f5ad8 VA: 0x72888bbad8 | |
| public Void SetTriangles(Int32[] triangles, Int32 trianglesStart, Int32 trianglesLength, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f5b7c VA: 0x72888bbb7c | |
| public Void SetTriangles(UInt16[] triangles, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f5bec VA: 0x72888bbbec | |
| public Void SetTriangles(UInt16[] triangles, Int32 trianglesStart, Int32 trianglesLength, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f5c90 VA: 0x72888bbc90 | |
| public Void SetTriangles(List`1 triangles, Int32 submesh) { } | |
| // RVA: 0x38f5d2c VA: 0x72888bbd2c | |
| public Void SetTriangles(List`1 triangles, Int32 submesh, Boolean calculateBounds) { } | |
| // RVA: 0x38f5c9c VA: 0x72888bbc9c | |
| public Void SetTriangles(List`1 triangles, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f5d38 VA: 0x72888bbd38 | |
| public Void SetTriangles(List`1 triangles, Int32 trianglesStart, Int32 trianglesLength, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f5e6c VA: 0x72888bbe6c | |
| public Void SetTriangles(List`1 triangles, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f5efc VA: 0x72888bbefc | |
| public Void SetTriangles(List`1 triangles, Int32 trianglesStart, Int32 trianglesLength, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f5ff0 VA: 0x72888bbff0 | |
| public Void SetIndices(Int32[] indices, MeshTopology topology, Int32 submesh) { } | |
| // RVA: 0x38f6080 VA: 0x72888bc080 | |
| public Void SetIndices(Int32[] indices, MeshTopology topology, Int32 submesh, Boolean calculateBounds) { } | |
| // RVA: 0x38f5ffc VA: 0x72888bbffc | |
| public Void SetIndices(Int32[] indices, MeshTopology topology, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f608c VA: 0x72888bc08c | |
| public Void SetIndices(Int32[] indices, Int32 indicesStart, Int32 indicesLength, MeshTopology topology, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f617c VA: 0x72888bc17c | |
| public Void SetIndices(UInt16[] indices, MeshTopology topology, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f6200 VA: 0x72888bc200 | |
| public Void SetIndices(UInt16[] indices, Int32 indicesStart, Int32 indicesLength, MeshTopology topology, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f62f0 VA: 0x72888bc2f0 | |
| public Void SetIndices(List`1 indices, MeshTopology topology, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f639c VA: 0x72888bc39c | |
| public Void SetIndices(List`1 indices, Int32 indicesStart, Int32 indicesLength, MeshTopology topology, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f64dc VA: 0x72888bc4dc | |
| public Void SetIndices(List`1 indices, MeshTopology topology, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f6588 VA: 0x72888bc588 | |
| public Void SetIndices(List`1 indices, Int32 indicesStart, Int32 indicesLength, MeshTopology topology, Int32 submesh, Boolean calculateBounds, Int32 baseVertex) { } | |
| // RVA: 0x38f66c8 VA: 0x72888bc6c8 | |
| public Void GetBindposes(List`1 bindposes) { } | |
| // RVA: 0x38f67e0 VA: 0x72888bc7e0 | |
| public Void GetBoneWeights(List`1 boneWeights) { } | |
| // RVA: 0x38f6924 VA: 0x72888bc924 | |
| public BoneWeight[] get_boneWeights() { } | |
| // RVA: 0x38f6964 VA: 0x72888bc964 | |
| public Void set_boneWeights(BoneWeight[] value) { } | |
| // RVA: 0x38f69b4 VA: 0x72888bc9b4 | |
| public Void Clear(Boolean keepVertexLayout) { } | |
| // RVA: 0x38f6a04 VA: 0x72888bca04 | |
| public Void Clear() { } | |
| // RVA: 0x38f6a48 VA: 0x72888bca48 | |
| public Void RecalculateBounds() { } | |
| // RVA: 0x38f6b38 VA: 0x72888bcb38 | |
| public Void RecalculateNormals() { } | |
| // RVA: 0x38f6c28 VA: 0x72888bcc28 | |
| public Void RecalculateTangents() { } | |
| // RVA: 0x38f6d18 VA: 0x72888bcd18 | |
| public Void MarkDynamic() { } | |
| // RVA: 0x38f6d90 VA: 0x72888bcd90 | |
| public Void UploadMeshData(Boolean markNoLongerReadable) { } | |
| // RVA: 0x38f6e1c VA: 0x72888bce1c | |
| public Void Optimize() { } | |
| // RVA: 0x38f6f0c VA: 0x72888bcf0c | |
| public Void OptimizeIndexBuffers() { } | |
| // RVA: 0x38f6ffc VA: 0x72888bcffc | |
| public Void OptimizeReorderVertexBuffer() { } | |
| // RVA: 0x38f70ec VA: 0x72888bd0ec | |
| public MeshTopology GetTopology(Int32 submesh) { } | |
| // RVA: 0x38f7210 VA: 0x72888bd210 | |
| public Void CombineMeshes(CombineInstance[] combine, Boolean mergeSubMeshes, Boolean useMatrices, Boolean hasLightmapData) { } | |
| // RVA: 0x38f7280 VA: 0x72888bd280 | |
| public Void CombineMeshes(CombineInstance[] combine, Boolean mergeSubMeshes, Boolean useMatrices) { } | |
| // RVA: 0x38f72ec VA: 0x72888bd2ec | |
| public Void CombineMeshes(CombineInstance[] combine, Boolean mergeSubMeshes) { } | |
| // RVA: 0x38f734c VA: 0x72888bd34c | |
| public Void CombineMeshes(CombineInstance[] combine) { } | |
| // RVA: 0x38f0d90 VA: 0x72888b6d90 | |
| private Void GetVertexAttribute_Injected(Int32 index, out VertexAttributeDescriptor ret) { } | |
| // RVA: 0x38f200c VA: 0x72888b800c | |
| private Void SetSubMesh_Injected(Int32 index, ref SubMeshDescriptor desc, MeshUpdateFlags flags) { } | |
| // RVA: 0x38f20f4 VA: 0x72888b80f4 | |
| private Void GetSubMesh_Injected(Int32 index, out SubMeshDescriptor ret) { } | |
| // RVA: 0x38f21b8 VA: 0x72888b81b8 | |
| private Void get_bounds_Injected(out Bounds ret) { } | |
| // RVA: 0x38f2258 VA: 0x72888b8258 | |
| private Void set_bounds_Injected(ref Bounds value) { } | |
| } |
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