Mesh

: Object : Object

UnityEngine.Mesh, UnityEngine.CoreModule 0x0018 (24 B) inherited 0x0018 UnityEngine.CoreModule.dll

0x00x0018

Members 0

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Offset	Size	Name	Type	Flags	Default
No reflected members.

Inherited from Object 4

Offset	Size	Name	Type	Flags	Default
	0x08	m_CachedPtr	long	Private	—
	0x04	OffsetOfInstanceIDInCPlusPlusObject	int	Static+1 flags	—
—	0x08	objectIsNullMessage	string	PrivateStatic+1 flags	—
—	0x08	cloneDestroyedMessage	string	PrivateStatic+1 flags	—

Functions 165

Signature	Flags	Params
void Internal_Create(Mesh mono)	PrivateStatic	0x08
void .ctor()	Public+1 flags	0x00
IndexFormat get_indexFormat()	Public+1 flags	0x04
void set_indexFormat(const IndexFormat& value)	Public+1 flags	0x04
void SetIndexBufferParams(int indexCount, const IndexFormat& format)	Public	0x04
void InternalSetIndexBufferDataFromArray(Array data, int dataStart, int meshBufferStart, int count, int elemSize, const MeshUpdateFlags& flags)	Private	0x08
void SetVertexBufferParamsFromArray(int vertexCount, const VertexAttributeDescriptor[]& attributes)	Private	0x08
void InternalSetVertexBufferData(int stream, long data, int dataStart, int meshBufferStart, int count, int elemSize, const MeshUpdateFlags& flags)	Private	0x08
void InternalSetVertexBufferDataFromArray(int stream, Array data, int dataStart, int meshBufferStart, int count, int elemSize, const MeshUpdateFlags& flags)	Private	0x08
uint GetIndexStartImpl(int submesh)	Private	0x04
uint GetIndexCountImpl(int submesh)	Private	0x04
uint GetBaseVertexImpl(int submesh)	Private	0x04
int[] GetTrianglesImpl(int submesh, bool applyBaseVertex)	Private	0x08
int[] GetIndicesImpl(int submesh, bool applyBaseVertex)	Private	0x08
void SetIndicesImpl(int submesh, const MeshTopology& topology, const IndexFormat& indicesFormat, Array indices, int arrayStart, int arraySize, bool calculateBounds, int baseVertex)	Private	0x08
void SetIndicesNativeArrayImpl(int submesh, const MeshTopology& topology, const IndexFormat& indicesFormat, long indices, int arrayStart, int arraySize, bool calculateBounds, int baseVertex)	Private	0x08
void PrintErrorCantAccessChannel(const VertexAttribute& ch)	Private	0x04
bool HasVertexAttribute(const VertexAttribute& attr)	Public	0x04
VertexAttributeFormat GetVertexAttributeFormat(const VertexAttribute& attr)	Public	0x04
int GetVertexAttributeStream(const VertexAttribute& attr)	Public	0x04
int GetVertexAttributeOffset(const VertexAttribute& attr)	Public	0x04
void SetArrayForChannelImpl(const VertexAttribute& channel, const VertexAttributeFormat& format, int dim, Array values, int arraySize, int valuesStart, int valuesCount, const MeshUpdateFlags& flags)	Private	0x08
Array GetAllocArrayFromChannelImpl(const VertexAttribute& channel, const VertexAttributeFormat& format, int dim)	Private	0x08
void GetArrayFromChannelImpl(const VertexAttribute& channel, const VertexAttributeFormat& format, int dim, Array values)	Private	0x08
GraphicsBuffer GetVertexBufferImpl(int index)	Private	0x08
GraphicsBuffer GetIndexBufferImpl()	Private	0x08
Target get_vertexBufferTarget()	Public+1 flags	0x04
void set_vertexBufferTarget(const Target& value)	Public+1 flags	0x04
Target get_indexBufferTarget()	Public+1 flags	0x04
void set_indexBufferTarget(const Target& value)	Public+1 flags	0x04
int get_blendShapeCount()	Public+1 flags	0x04
bool get_isReadable()	Public+1 flags	0x01
bool get_canAccess()	2 flags	0x01
int get_vertexCount()	Public+1 flags	0x04
int get_subMeshCount()	Public+1 flags	0x04
void set_subMeshCount(int value)	Public+1 flags	0x04
void SetSubMesh(int index, const SubMeshDescriptor& desc, const MeshUpdateFlags& flags)	Public	0x30
SubMeshDescriptor GetSubMesh(int index)	Public	0x30
Bounds get_bounds()	Public+1 flags	0x18
void set_bounds(const Bounds& value)	Public+1 flags	0x18
void ClearImpl(bool keepVertexLayout)	Private	0x01
void RecalculateBoundsImpl(const MeshUpdateFlags& flags)	Private	0x04
void RecalculateNormalsImpl(const MeshUpdateFlags& flags)	Private	0x04
void RecalculateTangentsImpl(const MeshUpdateFlags& flags)	Private	0x04
void MarkDynamicImpl()	Private	0x00
void UploadMeshDataImpl(bool markNoLongerReadable)	Private	0x01
MeshTopology GetTopologyImpl(int submesh)	Private	0x04
void CombineMeshesImpl(const CombineInstance[]& combine, bool mergeSubMeshes, bool useMatrices, bool hasLightmapData)	Private	0x08
void OptimizeImpl()	Private	0x00
VertexAttribute GetUVChannel(int uvIndex)	Static+1 flags	0x04
int DefaultDimensionForChannel(const VertexAttribute& channel)	Static+1 flags	0x04
T[] GetAllocArrayFromChannel(const VertexAttribute& channel, const VertexAttributeFormat& format, int dim)	Private	0x08
T[] GetAllocArrayFromChannel(const VertexAttribute& channel)	Private	0x08
void SetSizedArrayForChannel(const VertexAttribute& channel, const VertexAttributeFormat& format, int dim, Array values, int valuesArrayLength, int valuesStart, int valuesCount, const MeshUpdateFlags& flags)	Private	0x08
void SetArrayForChannel(const VertexAttribute& channel, const VertexAttributeFormat& format, int dim, const T[]& values, const MeshUpdateFlags& flags)	Private	0x08
void SetArrayForChannel(const VertexAttribute& channel, const T[]& values, const MeshUpdateFlags& flags)	Private	0x08
void SetListForChannel(const VertexAttribute& channel, const VertexAttributeFormat& format, int dim, List<T> values, int start, int length, const MeshUpdateFlags& flags)	Private	0x08
void SetListForChannel(const VertexAttribute& channel, List<T> values, int start, int length, const MeshUpdateFlags& flags)	Private	0x08
void GetListForChannel(List<T> buffer, int capacity, const VertexAttribute& channel, int dim)	Private	0x08
void GetListForChannel(List<T> buffer, int capacity, const VertexAttribute& channel, int dim, const VertexAttributeFormat& channelType)	Private	0x08
Vector3[] get_vertices()	Public+1 flags	0x08
void set_vertices(const Vector3[]& value)	Public+1 flags	0x08
Vector3[] get_normals()	Public+1 flags	0x08
void set_normals(const Vector3[]& value)	Public+1 flags	0x08
Vector4[] get_tangents()	Public+1 flags	0x08
void set_tangents(const Vector4[]& value)	Public+1 flags	0x08
Vector2[] get_uv()	Public+1 flags	0x08
void set_uv(const Vector2[]& value)	Public+1 flags	0x08
Vector2[] get_uv2()	Public+1 flags	0x08
void set_uv2(const Vector2[]& value)	Public+1 flags	0x08
void set_colors(const Color[]& value)	Public+1 flags	0x08
Color32[] get_colors32()	Public+1 flags	0x08
void set_colors32(const Color32[]& value)	Public+1 flags	0x08
void SetVertices(List<UnityEngine.Vector3> inVertices)	Public	0x08
void SetVertices(List<UnityEngine.Vector3> inVertices, int start, int length)	Public	0x08
void SetVertices(List<UnityEngine.Vector3> inVertices, int start, int length, const MeshUpdateFlags& flags)	Public	0x08
void SetVertices(const Vector3[]& inVertices, int start, int length)	Public	0x08
void SetVertices(const Vector3[]& inVertices, int start, int length, const MeshUpdateFlags& flags)	Public	0x08
void SetNormals(List<UnityEngine.Vector3> inNormals)	Public	0x08
void SetNormals(List<UnityEngine.Vector3> inNormals, int start, int length)	Public	0x08
void SetNormals(List<UnityEngine.Vector3> inNormals, int start, int length, const MeshUpdateFlags& flags)	Public	0x08
void SetNormals(const Vector3[]& inNormals, int start, int length)	Public	0x08
void SetNormals(const Vector3[]& inNormals, int start, int length, const MeshUpdateFlags& flags)	Public	0x08
void SetTangents(List<UnityEngine.Vector4> inTangents)	Public	0x08
void SetTangents(List<UnityEngine.Vector4> inTangents, int start, int length)	Public	0x08
void SetTangents(List<UnityEngine.Vector4> inTangents, int start, int length, const MeshUpdateFlags& flags)	Public	0x08
void SetTangents(const Vector4[]& inTangents, int start, int length)	Public	0x08
void SetTangents(const Vector4[]& inTangents, int start, int length, const MeshUpdateFlags& flags)	Public	0x08
void SetColors(List<UnityEngine.Color> inColors)	Public	0x08
void SetColors(List<UnityEngine.Color> inColors, int start, int length)	Public	0x08
void SetColors(List<UnityEngine.Color> inColors, int start, int length, const MeshUpdateFlags& flags)	Public	0x08
void SetColors(List<UnityEngine.Color32> inColors)	Public	0x08
void SetColors(List<UnityEngine.Color32> inColors, int start, int length)	Public	0x08
void SetColors(List<UnityEngine.Color32> inColors, int start, int length, const MeshUpdateFlags& flags)	Public	0x08
void SetUvsImpl(int uvIndex, int dim, List<T> uvs, int start, int length, const MeshUpdateFlags& flags)	Private	0x08
void SetUVs(int channel, List<UnityEngine.Vector2> uvs)	Public	0x08
void SetUVs(int channel, List<UnityEngine.Vector4> uvs)	Public	0x08
void SetUVs(int channel, List<UnityEngine.Vector2> uvs, int start, int length)	Public	0x08
void SetUVs(int channel, List<UnityEngine.Vector2> uvs, int start, int length, const MeshUpdateFlags& flags)	Public	0x08
void SetUVs(int channel, List<UnityEngine.Vector4> uvs, int start, int length)	Public	0x08
void SetUVs(int channel, List<UnityEngine.Vector4> uvs, int start, int length, const MeshUpdateFlags& flags)	Public	0x08
void SetUvsImpl(int uvIndex, int dim, Array uvs, int arrayStart, int arraySize, const MeshUpdateFlags& flags)	Private	0x08
void SetUVs(int channel, const Vector2[]& uvs)	Public	0x08
void SetUVs(int channel, const Vector4[]& uvs)	Public	0x08
void SetUVs(int channel, const Vector2[]& uvs, int start, int length)	Public	0x08
void SetUVs(int channel, const Vector2[]& uvs, int start, int length, const MeshUpdateFlags& flags)	Public	0x08
void SetUVs(int channel, const Vector4[]& uvs, int start, int length)	Public	0x08
void SetUVs(int channel, const Vector4[]& uvs, int start, int length, const MeshUpdateFlags& flags)	Public	0x08
void GetUVsImpl(int uvIndex, List<T> uvs, int dim)	Private	0x08
void GetUVs(int channel, List<UnityEngine.Vector4> uvs)	Public	0x08
void SetVertexBufferParams(int vertexCount, const VertexAttributeDescriptor[]& attributes)	Public	0x08
void SetVertexBufferData(const NativeArray<T>& data, int dataStart, int meshBufferStart, int count, int stream, const MeshUpdateFlags& flags)	Public	0x10
void SetVertexBufferData(const T[]& data, int dataStart, int meshBufferStart, int count, int stream, const MeshUpdateFlags& flags)	Public	0x08
GraphicsBuffer GetVertexBuffer(int index)	Public	0x08
GraphicsBuffer GetIndexBuffer()	Public	0x08
void PrintErrorCantAccessIndices()	Private	0x00
bool CheckCanAccessSubmesh(int submesh, bool errorAboutTriangles)	Private	0x04
bool CheckCanAccessSubmeshTriangles(int submesh)	Private	0x04
bool CheckCanAccessSubmeshIndices(int submesh)	Private	0x04
int[] get_triangles()	Public+1 flags	0x08
void set_triangles(const int[]& value)	Public+1 flags	0x08
int[] GetTriangles(int submesh)	Public	0x08
int[] GetTriangles(int submesh, bool applyBaseVertex)	Public	0x08
int[] GetIndices(int submesh)	Public	0x08
int[] GetIndices(int submesh, bool applyBaseVertex)	Public	0x08
void SetIndexBufferData(const T[]& data, int dataStart, int meshBufferStart, int count, const MeshUpdateFlags& flags)	Public	0x08
uint GetIndexStart(int submesh)	Public	0x04
uint GetIndexCount(int submesh)	Public	0x04
uint GetBaseVertex(int submesh)	Public	0x04
void CheckIndicesArrayRange(int valuesLength, int start, int length)	Private	0x04
void SetTrianglesImpl(int submesh, const IndexFormat& indicesFormat, Array triangles, int trianglesArrayLength, int start, int length, bool calculateBounds, int baseVertex)	Private	0x08
void SetTriangles(const int[]& triangles, int submesh, bool calculateBounds)	Public	0x08
void SetTriangles(const int[]& triangles, int submesh, bool calculateBounds, int baseVertex)	Public	0x08
void SetTriangles(const int[]& triangles, int trianglesStart, int trianglesLength, int submesh, bool calculateBounds, int baseVertex)	Public	0x08
void SetTriangles(List<System.Int32> triangles, int submesh)	Public	0x08
void SetTriangles(List<System.Int32> triangles, int submesh, bool calculateBounds)	Public	0x08
void SetTriangles(List<System.Int32> triangles, int submesh, bool calculateBounds, int baseVertex)	Public	0x08
void SetTriangles(List<System.Int32> triangles, int trianglesStart, int trianglesLength, int submesh, bool calculateBounds, int baseVertex)	Public	0x08
void SetIndices(const int[]& indices, const MeshTopology& topology, int submesh, bool calculateBounds)	Public	0x08
void SetIndices(const int[]& indices, const MeshTopology& topology, int submesh, bool calculateBounds, int baseVertex)	Public	0x08
void SetIndices(const int[]& indices, int indicesStart, int indicesLength, const MeshTopology& topology, int submesh, bool calculateBounds, int baseVertex)	Public	0x08
void SetIndices(const ushort[]& indices, const MeshTopology& topology, int submesh, bool calculateBounds, int baseVertex)	Public	0x08
void SetIndices(const ushort[]& indices, int indicesStart, int indicesLength, const MeshTopology& topology, int submesh, bool calculateBounds, int baseVertex)	Public	0x08
void SetIndices(const NativeArray<T>& indices, const MeshTopology& topology, int submesh, bool calculateBounds, int baseVertex)	Public	0x10
void SetIndices(const NativeArray<T>& indices, int indicesStart, int indicesLength, const MeshTopology& topology, int submesh, bool calculateBounds, int baseVertex)	Public	0x10
void SetIndices(List<System.Int32> indices, const MeshTopology& topology, int submesh, bool calculateBounds, int baseVertex)	Public	0x08
void SetIndices(List<System.Int32> indices, int indicesStart, int indicesLength, const MeshTopology& topology, int submesh, bool calculateBounds, int baseVertex)	Public	0x08
void Clear()	Public	0x00
void RecalculateBounds()	Public	0x00
void RecalculateNormals()	Public	0x00
void RecalculateTangents()	Public	0x00
void RecalculateBounds(const MeshUpdateFlags& flags)	Public	0x04
void RecalculateNormals(const MeshUpdateFlags& flags)	Public	0x04
void RecalculateTangents(const MeshUpdateFlags& flags)	Public	0x04
void MarkDynamic()	Public	0x00
void UploadMeshData(bool markNoLongerReadable)	Public	0x01
void Optimize()	Public	0x00
MeshTopology GetTopology(int submesh)	Public	0x04
void CombineMeshes(const CombineInstance[]& combine, bool mergeSubMeshes, bool useMatrices)	Public	0x08
void CombineMeshes(const CombineInstance[]& combine, bool mergeSubMeshes)	Public	0x08
void CombineMeshes(const CombineInstance[]& combine)	Public	0x08
void SetSubMesh_Injected(int index, ref SubMeshDescriptor& desc, const MeshUpdateFlags& flags)	Private	0x30
void GetSubMesh_Injected(int index, ref SubMeshDescriptor& ret)	Private	0x30
void get_bounds_Injected(ref Bounds& ret)	Private+1 flags	0x18
void set_bounds_Injected(ref Bounds& value)	Private+1 flags	0x18

Used by 119

types with a member, parameter or interface of this type

<>c Action`1 AmplifyImpostor AmplifyImpostorAsset ArraySortHelper`1 BaseMeshEffect BeamGeometryAbstractBase BeautifyRenderPass Blitter CanvasRenderer CGMeshProperties CGMeshResource CGVMesh CombineInstance CommandBuffer Comparison`1 CoreUtils CreateMesh CurvyUtility DebugShapes DecalEntityManager DeferredLights Dictionary`2 Dictionary`2 EmptyArray`1 Entry Entry Enumerator Enumerator Enumerator Enumerator EqualityComparer`1 Func`2 Func`2 GameObjectToMesh GlobalMeshHD GlobalMeshSD GodRaysRenderPass Graphic Graphics HashSet`1 ICollection`1 IComparer`1 IDictionary`2 IDictionary`2 IEnumerator`1 IEqualityComparer`1 IEquatable`1 IList`1 IMeshModifier InputField InputMesh InstanceBuffer InstanceObjectData InstancingBaker IReadOnlyDictionary`2 IReadOnlyDictionary`2 IReadOnlyList`1 ISet`1 KeyCollection KeyValuePair`2 KeyValuePair`2 Light2D LiquidVolume List`1 Mesh[]MeshCollider MeshFilter MeshFilterExt MeshGenerationResult MeshGenerator MeshGizmo MeshPool MeshToSDFBaker MeshWithHash NavmeshAdd NavmeshCut NavMeshGraph ObjectEqualityComparer`1 ObjImporter+39 more

// UnityEngine.Mesh, UnityEngine.CoreModule
// size 0x0018 (24), inherited 0x0018
class Mesh : public Object
{
public:

    void Internal_Create(Mesh mono); // 0x2af64c0 [Private Static]
    void .ctor(); // 0x2af8dd0 [Public SpecialName]
    IndexFormat get_indexFormat(); // 0x2af9000 [Public SpecialName]
    void set_indexFormat(IndexFormat value); // 0x2af94d0 [Public SpecialName]
    void SetIndexBufferParams(int indexCount, IndexFormat format); // 0x2af70d0 [Public]
    void InternalSetIndexBufferDataFromArray(Array data, int dataStart, int meshBufferStart, int count, int elemSize, MeshUpdateFlags flags); // 0x2af63d0 [Private]
    void SetVertexBufferParamsFromArray(int vertexCount, VertexAttributeDescriptor[] attributes); // 0x2af8a70 [Private]
    void InternalSetVertexBufferData(int stream, long data, int dataStart, int meshBufferStart, int count, int elemSize, MeshUpdateFlags flags); // 0x2af6470 [Private]
    void InternalSetVertexBufferDataFromArray(int stream, Array data, int dataStart, int meshBufferStart, int count, int elemSize, MeshUpdateFlags flags); // 0x2af6420 [Private]
    uint GetIndexStartImpl(int submesh); // 0x2af5af0 [Private]
    uint GetIndexCountImpl(int submesh); // 0x2af59f0 [Private]
    uint GetBaseVertexImpl(int submesh); // 0x2af5800 [Private]
    int[] GetTrianglesImpl(int submesh, bool applyBaseVertex); // 0x2af5f50 [Private]
    int[] GetIndicesImpl(int submesh, bool applyBaseVertex); // 0x2af5bf0 [Private]
    void SetIndicesImpl(int submesh, MeshTopology topology, IndexFormat indicesFormat, Array indices, int arrayStart, int arraySize, bool calculateBounds, int baseVertex); // 0x2af7120 [Private]
    void SetIndicesNativeArrayImpl(int submesh, MeshTopology topology, IndexFormat indicesFormat, long indices, int arrayStart, int arraySize, bool calculateBounds, int baseVertex); // 0x2af7180 [Private]
    void PrintErrorCantAccessChannel(VertexAttribute ch); // 0x2af66c0 [Private]
    bool HasVertexAttribute(VertexAttribute attr); // 0x2af6390 [Public]
    VertexAttributeFormat GetVertexAttributeFormat(VertexAttribute attr); // 0x2af61d0 [Public]
    int GetVertexAttributeStream(VertexAttribute attr); // 0x2af6250 [Public]
    int GetVertexAttributeOffset(VertexAttribute attr); // 0x2af6210 [Public]
    void SetArrayForChannelImpl(VertexAttribute channel, VertexAttributeFormat format, int dim, Array values, int arraySize, int valuesStart, int valuesCount, MeshUpdateFlags flags); // 0x2af6d50 [Private]
    Array GetAllocArrayFromChannelImpl(VertexAttribute channel, VertexAttributeFormat format, int dim); // 0x2af5760 [Private]
    void GetArrayFromChannelImpl(VertexAttribute channel, VertexAttributeFormat format, int dim, Array values); // 0x2af57b0 [Private]
    GraphicsBuffer GetVertexBufferImpl(int index); // 0x2af6290 [Private]
    GraphicsBuffer GetIndexBufferImpl(); // 0x2af5900 [Private]
    Target get_vertexBufferTarget(); // 0x2af9260 [Public SpecialName]
    void set_vertexBufferTarget(Target value); // 0x2af97c0 [Public SpecialName]
    Target get_indexBufferTarget(); // 0x2af8fc0 [Public SpecialName]
    void set_indexBufferTarget(Target value); // 0x2af9490 [Public SpecialName]
    int get_blendShapeCount(); // 0x2af8e40 [Public SpecialName]
    bool get_isReadable(); // 0x2af9040 [Public SpecialName]
    bool get_canAccess(); // 0x2af8f30 [Assembly SpecialName]
    int get_vertexCount(); // 0x2af92a0 [Public SpecialName]
    int get_subMeshCount(); // 0x2af90c0 [Public SpecialName]
    void set_subMeshCount(int value); // 0x2af9570 [Public SpecialName]
    void SetSubMesh(int index, SubMeshDescriptor desc, MeshUpdateFlags flags); // 0x2af7dd0 [Public]
    SubMeshDescriptor GetSubMesh(int index); // 0x2af5dd0 [Public]
    Bounds get_bounds(); // 0x2af8ed0 [Public SpecialName]
    void set_bounds(Bounds value); // 0x2af9370 [Public SpecialName]
    void ClearImpl(bool keepVertexLayout); // 0x2af54b0 [Private]
    void RecalculateBoundsImpl(MeshUpdateFlags flags); // 0x2af6780 [Private]
    void RecalculateNormalsImpl(MeshUpdateFlags flags); // 0x2af6970 [Private]
    void RecalculateTangentsImpl(MeshUpdateFlags flags); // 0x2af6b60 [Private]
    void MarkDynamicImpl(); // 0x2af6500 [Private]
    void UploadMeshDataImpl(bool markNoLongerReadable); // 0x2af8d10 [Private]
    MeshTopology GetTopologyImpl(int submesh); // 0x2af5e40 [Private]
    void CombineMeshesImpl(CombineInstance[] combine, bool mergeSubMeshes, bool useMatrices, bool hasLightmapData); // 0x2af5540 [Private]
    void OptimizeImpl(); // 0x2af65b0 [Private]
    VertexAttribute GetUVChannel(int uvIndex); // 0x2af60e0 [Assembly Static]
    int DefaultDimensionForChannel(VertexAttribute channel); // 0x2af56b0 [Assembly Static]
    T[] GetAllocArrayFromChannel(VertexAttribute channel, VertexAttributeFormat format, int dim); // 0x3788c0 [Private]
    T[] GetAllocArrayFromChannel(VertexAttribute channel); // 0x220890 [Private]
    void SetSizedArrayForChannel(VertexAttribute channel, VertexAttributeFormat format, int dim, Array values, int valuesArrayLength, int valuesStart, int valuesCount, MeshUpdateFlags flags); // 0x2af7a20 [Private]
    void SetArrayForChannel(VertexAttribute channel, VertexAttributeFormat format, int dim, T[] values, MeshUpdateFlags flags); // 0x3788c0 [Private]
    void SetArrayForChannel(VertexAttribute channel, T[] values, MeshUpdateFlags flags); // 0x3788c0 [Private]
    void SetListForChannel(VertexAttribute channel, VertexAttributeFormat format, int dim, List<T> values, int start, int length, MeshUpdateFlags flags); // 0x3788c0 [Private]
    void SetListForChannel(VertexAttribute channel, List<T> values, int start, int length, MeshUpdateFlags flags); // 0x3788c0 [Private]
    void GetListForChannel(List<T> buffer, int capacity, VertexAttribute channel, int dim); // 0x3788c0 [Private]
    void GetListForChannel(List<T> buffer, int capacity, VertexAttribute channel, int dim, VertexAttributeFormat channelType); // 0x3788c0 [Private]
    Vector3[] get_vertices(); // 0x2af92e0 [Public SpecialName]
    void set_vertices(Vector3[] value); // 0x2af9800 [Public SpecialName]
    Vector3[] get_normals(); // 0x2af9080 [Public SpecialName]
    void set_normals(Vector3[] value); // 0x2af9510 [Public SpecialName]
    Vector4[] get_tangents(); // 0x2af9100 [Public SpecialName]
    void set_tangents(Vector4[] value); // 0x2af95b0 [Public SpecialName]
    Vector2[] get_uv(); // 0x2af9220 [Public SpecialName]
    void set_uv(Vector2[] value); // 0x2af9760 [Public SpecialName]
    Vector2[] get_uv2(); // 0x2af91e0 [Public SpecialName]
    void set_uv2(Vector2[] value); // 0x2af9700 [Public SpecialName]
    void set_colors(Color[] value); // 0x2af9430 [Public SpecialName]
    Color32[] get_colors32(); // 0x2af8f70 [Public SpecialName]
    void set_colors32(Color32[] value); // 0x2af93c0 [Public SpecialName]
    void SetVertices(List<UnityEngine.Vector3> inVertices); // 0x2af8c10 [Public]
    void SetVertices(List<UnityEngine.Vector3> inVertices, int start, int length); // 0x2af8b30 [Public]
    void SetVertices(List<UnityEngine.Vector3> inVertices, int start, int length, MeshUpdateFlags flags); // 0x2af8ac0 [Public]
    void SetVertices(Vector3[] inVertices, int start, int length); // 0x2af8cb0 [Public]
    void SetVertices(Vector3[] inVertices, int start, int length, MeshUpdateFlags flags); // 0x2af8ba0 [Public]
    void SetNormals(List<UnityEngine.Vector3> inNormals); // 0x2af7910 [Public]
    void SetNormals(List<UnityEngine.Vector3> inNormals, int start, int length); // 0x2af7840 [Public]
    void SetNormals(List<UnityEngine.Vector3> inNormals, int start, int length, MeshUpdateFlags flags); // 0x2af77d0 [Public]
    void SetNormals(Vector3[] inNormals, int start, int length); // 0x2af78b0 [Public]
    void SetNormals(Vector3[] inNormals, int start, int length, MeshUpdateFlags flags); // 0x2af79b0 [Public]
    void SetTangents(List<UnityEngine.Vector4> inTangents); // 0x2af7e20 [Public]
    void SetTangents(List<UnityEngine.Vector4> inTangents, int start, int length); // 0x2af8000 [Public]
    void SetTangents(List<UnityEngine.Vector4> inTangents, int start, int length, MeshUpdateFlags flags); // 0x2af7f20 [Public]
    void SetTangents(Vector4[] inTangents, int start, int length); // 0x2af7ec0 [Public]
    void SetTangents(Vector4[] inTangents, int start, int length, MeshUpdateFlags flags); // 0x2af7f90 [Public]
    void SetColors(List<UnityEngine.Color> inColors); // 0x2af7030 [Public]
    void SetColors(List<UnityEngine.Color> inColors, int start, int length); // 0x2af6e20 [Public]
    void SetColors(List<UnityEngine.Color> inColors, int start, int length, MeshUpdateFlags flags); // 0x2af6f40 [Public]
    void SetColors(List<UnityEngine.Color32> inColors); // 0x2af6e90 [Public]
    void SetColors(List<UnityEngine.Color32> inColors, int start, int length); // 0x2af6fb0 [Public]
    void SetColors(List<UnityEngine.Color32> inColors, int start, int length, MeshUpdateFlags flags); // 0x2af6da0 [Public]
    void SetUvsImpl(int uvIndex, int dim, List<T> uvs, int start, int length, MeshUpdateFlags flags); // 0x3788c0 [Private]
    void SetUVs(int channel, List<UnityEngine.Vector2> uvs); // 0x2af85d0 [Public]
    void SetUVs(int channel, List<UnityEngine.Vector4> uvs); // 0x2af87d0 [Public]
    void SetUVs(int channel, List<UnityEngine.Vector2> uvs, int start, int length); // 0x2af8760 [Public]
    void SetUVs(int channel, List<UnityEngine.Vector2> uvs, int start, int length, MeshUpdateFlags flags); // 0x2af8890 [Public]
    void SetUVs(int channel, List<UnityEngine.Vector4> uvs, int start, int length); // 0x2af8690 [Public]
    void SetUVs(int channel, List<UnityEngine.Vector4> uvs, int start, int length, MeshUpdateFlags flags); // 0x2af84d0 [Public]
    void SetUvsImpl(int uvIndex, int dim, Array uvs, int arrayStart, int arraySize, MeshUpdateFlags flags); // 0x2af8970 [Private]
    void SetUVs(int channel, Vector2[] uvs); // 0x2af8700 [Public]
    void SetUVs(int channel, Vector4[] uvs); // 0x2af8910 [Public]
    void SetUVs(int channel, Vector2[] uvs, int start, int length); // 0x2af8660 [Public]
    void SetUVs(int channel, Vector2[] uvs, int start, int length, MeshUpdateFlags flags); // 0x2af8590 [Public]
    void SetUVs(int channel, Vector4[] uvs, int start, int length); // 0x2af8860 [Public]
    void SetUVs(int channel, Vector4[] uvs, int start, int length, MeshUpdateFlags flags); // 0x2af8550 [Public]
    void GetUVsImpl(int uvIndex, List<T> uvs, int dim); // 0x3788c0 [Private]
    void GetUVs(int channel, List<UnityEngine.Vector4> uvs); // 0x2af6160 [Public]
    void SetVertexBufferParams(int vertexCount, VertexAttributeDescriptor[] attributes); // 0x2af8a70 [Public]
    void SetVertexBufferData(NativeArray<T> data, int dataStart, int meshBufferStart, int count, int stream, MeshUpdateFlags flags); // 0x3788c0 [Public]
    void SetVertexBufferData(T[] data, int dataStart, int meshBufferStart, int count, int stream, MeshUpdateFlags flags); // 0x3788c0 [Public]
    GraphicsBuffer GetVertexBuffer(int index); // 0x2af62d0 [Public]
    GraphicsBuffer GetIndexBuffer(); // 0x2af5940 [Public]
    void PrintErrorCantAccessIndices(); // 0x2af6700 [Private]
    bool CheckCanAccessSubmesh(int submesh, bool errorAboutTriangles); // 0x2af5100 [Private]
    bool CheckCanAccessSubmeshTriangles(int submesh); // 0x2af50f0 [Private]
    bool CheckCanAccessSubmeshIndices(int submesh); // 0x2af50e0 [Private]
    int[] get_triangles(); // 0x2af9140 [Public SpecialName]
    void set_triangles(int[] value); // 0x2af9610 [Public SpecialName]
    int[] GetTriangles(int submesh); // 0x2af5fb0 [Public]
    int[] GetTriangles(int submesh, bool applyBaseVertex); // 0x2af6040 [Public]
    int[] GetIndices(int submesh); // 0x2af5c50 [Public]
    int[] GetIndices(int submesh, bool applyBaseVertex); // 0x2af5ce0 [Public]
    void SetIndexBufferData(T[] data, int dataStart, int meshBufferStart, int count, MeshUpdateFlags flags); // 0x3788c0 [Public]
    uint GetIndexStart(int submesh); // 0x2af5b30 [Public]
    uint GetIndexCount(int submesh); // 0x2af5a30 [Public]
    uint GetBaseVertex(int submesh); // 0x2af5840 [Public]
    void CheckIndicesArrayRange(int valuesLength, int start, int length); // 0x2af5240 [Private]
    void SetTrianglesImpl(int submesh, IndexFormat indicesFormat, Array triangles, int trianglesArrayLength, int start, int length, bool calculateBounds, int baseVertex); // 0x2af8070 [Private]
    void SetTriangles(int[] triangles, int submesh, bool calculateBounds); // 0x2af81f0 [Public]
    void SetTriangles(int[] triangles, int submesh, bool calculateBounds, int baseVertex); // 0x2af8290 [Public]
    void SetTriangles(int[] triangles, int trianglesStart, int trianglesLength, int submesh, bool calculateBounds, int baseVertex); // 0x2af8440 [Public]
    void SetTriangles(List<System.Int32> triangles, int submesh); // 0x2af8420 [Public]
    void SetTriangles(List<System.Int32> triangles, int submesh, bool calculateBounds); // 0x2af8270 [Public]
    void SetTriangles(List<System.Int32> triangles, int submesh, bool calculateBounds, int baseVertex); // 0x2af8320 [Public]
    void SetTriangles(List<System.Int32> triangles, int trianglesStart, int trianglesLength, int submesh, bool calculateBounds, int baseVertex); // 0x2af8120 [Public]
    void SetIndices(int[] indices, MeshTopology topology, int submesh, bool calculateBounds); // 0x2af7710 [Public]
    void SetIndices(int[] indices, MeshTopology topology, int submesh, bool calculateBounds, int baseVertex); // 0x2af7590 [Public]
    void SetIndices(int[] indices, int indicesStart, int indicesLength, MeshTopology topology, int submesh, bool calculateBounds, int baseVertex); // 0x2af72a0 [Public]
    void SetIndices(ushort[] indices, MeshTopology topology, int submesh, bool calculateBounds, int baseVertex); // 0x2af71e0 [Public]
    void SetIndices(ushort[] indices, int indicesStart, int indicesLength, MeshTopology topology, int submesh, bool calculateBounds, int baseVertex); // 0x2af7650 [Public]
    void SetIndices(NativeArray<T> indices, MeshTopology topology, int submesh, bool calculateBounds, int baseVertex); // 0x3788c0 [Public]
    void SetIndices(NativeArray<T> indices, int indicesStart, int indicesLength, MeshTopology topology, int submesh, bool calculateBounds, int baseVertex); // 0x3788c0 [Public]
    void SetIndices(List<System.Int32> indices, MeshTopology topology, int submesh, bool calculateBounds, int baseVertex); // 0x2af7360 [Public]
    void SetIndices(List<System.Int32> indices, int indicesStart, int indicesLength, MeshTopology topology, int submesh, bool calculateBounds, int baseVertex); // 0x2af7490 [Public]
    void Clear(); // 0x2af5500 [Public]
    void RecalculateBounds(); // 0x2af67c0 [Public]
    void RecalculateNormals(); // 0x2af69b0 [Public]
    void RecalculateTangents(); // 0x2af6ba0 [Public]
    void RecalculateBounds(MeshUpdateFlags flags); // 0x2af6890 [Public]
    void RecalculateNormals(MeshUpdateFlags flags); // 0x2af6a80 [Public]
    void RecalculateTangents(MeshUpdateFlags flags); // 0x2af6c70 [Public]
    void MarkDynamic(); // 0x2af6540 [Public]
    void UploadMeshData(bool markNoLongerReadable); // 0x2af8d60 [Public]
    void Optimize(); // 0x2af65f0 [Public]
    MeshTopology GetTopology(int submesh); // 0x2af5e80 [Public]
    void CombineMeshes(CombineInstance[] combine, bool mergeSubMeshes, bool useMatrices); // 0x2af55f0 [Public]
    void CombineMeshes(CombineInstance[] combine, bool mergeSubMeshes); // 0x2af5650 [Public]
    void CombineMeshes(CombineInstance[] combine); // 0x2af55a0 [Public]
    void SetSubMesh_Injected(int index, ref SubMeshDescriptor desc, MeshUpdateFlags flags); // 0x2af7d80 [Private]
    void GetSubMesh_Injected(int index, ref SubMeshDescriptor ret); // 0x2af5d80 [Private]
    void get_bounds_Injected(ref Bounds ret); // 0x2af8e80 [Private SpecialName]
    void set_bounds_Injected(ref Bounds value); // 0x2af9320 [Private SpecialName]
};