public static CruncherIO RetrieveMesh(int meshId, bool recalculateNormals, bool retrieveOriginalIndexes = false)
{
if (!CruncherPluginManager.PluginQueryMeshSizes(meshId, CruncherPluginManager.cruncherPluginManager.arrayLengths))
{
Debug.LogError(CruncherPluginManager.errorOperationFailed);
return(null);
}
int num = CruncherPluginManager.cruncherPluginManager.arrayLengths[0];
CruncherPluginManager.cruncherPluginManager.cruncherData.vertices = new Vector3[num];
CruncherPluginManager.cruncherPluginManager.cruncherData.triangles = new int[CruncherPluginManager.cruncherPluginManager.arrayLengths[1]];
if (CruncherPluginManager.cruncherPluginManager.arrayLengths[2] == num)
{
CruncherPluginManager.cruncherPluginManager.cruncherData.normals = new Vector3[num];
}
else
{
Debug.Log("PluginQueryMeshSizes says normal array length is " + CruncherPluginManager.cruncherPluginManager.arrayLengths[2]);
}
if (CruncherPluginManager.cruncherPluginManager.arrayLengths[3] == num)
{
CruncherPluginManager.cruncherPluginManager.cruncherData.uv0s = new Vector2[num];
}
if (CruncherPluginManager.cruncherPluginManager.arrayLengths[4] == num)
{
CruncherPluginManager.cruncherPluginManager.cruncherData.uv1s = new Vector2[num];
}
int num2 = 0;
for (int i = 0; i < CruncherPluginManager.cruncherPluginManager.arrayLengths[6]; i++)
{
num2 += CruncherPluginManager.cruncherPluginManager.arrayLengths[7 + i];
}
CruncherPluginManager.cruncherPluginManager.cruncherData.subMeshTriangles = new int[num2];
CruncherPluginManager.UserData userData = CruncherPluginManager.cruncherPluginManager.userData;
if (retrieveOriginalIndexes || userData.colors != null || userData.boneWeights != null || userData.tangents != null)
{
CruncherPluginManager.cruncherPluginManager.cruncherData.originalIndexes = new int[num];
}
if (!CruncherPluginManager.PluginRetrieveMesh(meshId, CruncherPluginManager.cruncherPluginManager.cruncherData, CruncherPluginManager.cruncherPluginManager.arrayLengths, recalculateNormals))
{
Debug.LogError(CruncherPluginManager.errorOperationFailed);
CruncherPluginManager.cruncherPluginManager.cruncherData = default(CruncherPluginManager.CruncherData);
return(null);
}
CruncherIO cruncherIO = new CruncherIO();
cruncherIO.vertices = CruncherPluginManager.cruncherPluginManager.cruncherData.vertices;
cruncherIO.triangles = CruncherPluginManager.cruncherPluginManager.cruncherData.triangles;
cruncherIO.normals = CruncherPluginManager.cruncherPluginManager.cruncherData.normals;
cruncherIO.uv0s = CruncherPluginManager.cruncherPluginManager.cruncherData.uv0s;
cruncherIO.uv1s = CruncherPluginManager.cruncherPluginManager.cruncherData.uv1s;
cruncherIO.subMeshTriangles = new int[CruncherPluginManager.cruncherPluginManager.arrayLengths[6]][];
int num3 = 0;
for (int j = 0; j < cruncherIO.subMeshTriangles.Length; j++)
{
cruncherIO.subMeshTriangles[j] = new int[CruncherPluginManager.cruncherPluginManager.arrayLengths[7 + j]];
Array.Copy(CruncherPluginManager.cruncherPluginManager.cruncherData.subMeshTriangles, num3, cruncherIO.subMeshTriangles[j], 0, cruncherIO.subMeshTriangles[j].Length);
num3 += cruncherIO.subMeshTriangles[j].Length;
}
cruncherIO.bindPoses = userData.bindPoses;
cruncherIO.originalIndexes = CruncherPluginManager.cruncherPluginManager.cruncherData.originalIndexes;
if (cruncherIO.originalIndexes != null && cruncherIO.originalIndexes.Length == cruncherIO.vertices.Length && (userData.colors != null || userData.boneWeights != null || userData.tangents != null))
{
if (userData.colors != null && userData.colors.Length > 0)
{
cruncherIO.colors = new Color[num];
}
if (userData.boneWeights != null && userData.boneWeights.Length > 0)
{
cruncherIO.boneWeights = new BoneWeight[num];
}
if (userData.tangents != null && userData.tangents.Length > 0)
{
cruncherIO.tangents = new Vector4[num];
}
for (int k = 0; k < num; k++)
{
if (userData.colors != null && userData.colors.Length > 0)
{
cruncherIO.colors[k] = userData.colors[cruncherIO.originalIndexes[k]];
}
if (userData.boneWeights != null && userData.boneWeights.Length > 0)
{
cruncherIO.boneWeights[k] = userData.boneWeights[cruncherIO.originalIndexes[k]];
}
if (userData.tangents != null && userData.tangents.Length > 0)
{
cruncherIO.tangents[k] = userData.tangents[cruncherIO.originalIndexes[k]];
}
}
}
if (!retrieveOriginalIndexes)
{
cruncherIO.originalIndexes = null;
}
CruncherPluginManager.cruncherPluginManager.cruncherData = default(CruncherPluginManager.CruncherData);
return(cruncherIO);
}
public static int AddMesh(CruncherIO cruncherIO, CruncherMeshConfiguration cruncherMeshConfiguration)
{
if (CruncherPluginManager.cruncherPluginManager == null && !CruncherPluginManager.Startup(""))
{
return(-1);
}
if (cruncherIO == null || cruncherIO.vertices == null || cruncherIO.triangles == null)
{
Debug.LogError("Invalid CruncherIO object, aborting AddMesh.");
return(-1);
}
CruncherPluginManager.cruncherPluginManager.cruncherData.vertices = cruncherIO.vertices;
CruncherPluginManager.cruncherPluginManager.cruncherData.triangles = cruncherIO.triangles;
CruncherPluginManager.cruncherPluginManager.cruncherData.normals = cruncherIO.normals;
CruncherPluginManager.cruncherPluginManager.cruncherData.uv0s = cruncherIO.uv0s;
CruncherPluginManager.cruncherPluginManager.cruncherData.uv1s = cruncherIO.uv1s;
int num = cruncherIO.subMeshTriangles.Length;
CruncherPluginManager.cruncherPluginManager.arrayLengths = new int[7 + num];
CruncherPluginManager.cruncherPluginManager.arrayLengths[6] = num;
CruncherPluginManager.cruncherPluginManager.arrayLengths[0] = CruncherPluginManager.cruncherPluginManager.cruncherData.vertices.Length;
CruncherPluginManager.cruncherPluginManager.arrayLengths[1] = CruncherPluginManager.cruncherPluginManager.cruncherData.triangles.Length;
if (CruncherPluginManager.cruncherPluginManager.cruncherData.normals != null)
{
CruncherPluginManager.cruncherPluginManager.arrayLengths[2] = CruncherPluginManager.cruncherPluginManager.cruncherData.normals.Length;
}
if (CruncherPluginManager.cruncherPluginManager.cruncherData.uv0s != null)
{
CruncherPluginManager.cruncherPluginManager.arrayLengths[3] = CruncherPluginManager.cruncherPluginManager.cruncherData.uv0s.Length;
}
if (CruncherPluginManager.cruncherPluginManager.cruncherData.uv1s != null)
{
CruncherPluginManager.cruncherPluginManager.arrayLengths[4] = CruncherPluginManager.cruncherPluginManager.cruncherData.uv1s.Length;
}
CruncherPluginManager.cruncherPluginManager.cruncherData.lockedVertices = cruncherIO.lockedVertices;
if (CruncherPluginManager.cruncherPluginManager.cruncherData.lockedVertices != null)
{
CruncherPluginManager.cruncherPluginManager.arrayLengths[5] = CruncherPluginManager.cruncherPluginManager.cruncherData.lockedVertices.Length;
}
int num2 = 0;
for (int i = 0; i < num; i++)
{
num2 += cruncherIO.subMeshTriangles[i].Length;
}
CruncherPluginManager.cruncherPluginManager.cruncherData.subMeshTriangles = new int[num2];
int num3 = 0;
for (int j = 0; j < num; j++)
{
CruncherPluginManager.cruncherPluginManager.arrayLengths[7 + j] = cruncherIO.subMeshTriangles[j].Length;
Array.Copy(cruncherIO.subMeshTriangles[j], 0, CruncherPluginManager.cruncherPluginManager.cruncherData.subMeshTriangles, num3, cruncherIO.subMeshTriangles[j].Length);
num3 += cruncherIO.subMeshTriangles[j].Length;
}
if (cruncherMeshConfiguration != null)
{
CruncherPluginManager.cruncherPluginManager.meshConfiguration.joinVertices = cruncherMeshConfiguration.joinVertices;
CruncherPluginManager.cruncherPluginManager.meshConfiguration.joinVerticesThreshold = cruncherMeshConfiguration.joinVerticesThreshold;
CruncherPluginManager.cruncherPluginManager.meshConfiguration.joinNormals = cruncherMeshConfiguration.joinNormals;
CruncherPluginManager.cruncherPluginManager.meshConfiguration.joinNormalsThreshold = cruncherMeshConfiguration.joinNormalsThreshold;
CruncherPluginManager.cruncherPluginManager.meshConfiguration.joinUvs = cruncherMeshConfiguration.joinUvs;
CruncherPluginManager.cruncherPluginManager.meshConfiguration.joinUvsThreshold = cruncherMeshConfiguration.joinUvsThreshold;
CruncherPluginManager.cruncherPluginManager.meshConfiguration.removeTJunctions = cruncherMeshConfiguration.removeTJunctions;
CruncherPluginManager.cruncherPluginManager.meshConfiguration.removeTJunctionsThreshold = cruncherMeshConfiguration.removeTJunctionsThreshold;
CruncherPluginManager.cruncherPluginManager.meshConfiguration.recalculateNormals = cruncherMeshConfiguration.recalculateNormals;
}
else
{
Debug.Log("cruncherMeshConfiguration == null, you must pass in a valid CruncherMeshConfiguration in order to process meshes.");
}
int num4 = CruncherPluginManager.PluginAddMesh(CruncherPluginManager.cruncherPluginManager.cruncherData, CruncherPluginManager.cruncherPluginManager.arrayLengths, ref CruncherPluginManager.cruncherPluginManager.meshConfiguration);
CruncherPluginManager.cruncherPluginManager.cruncherData = default(CruncherPluginManager.CruncherData);
if (num4 < 0)
{
Debug.LogError(CruncherPluginManager.errorOperationFailed);
return(-1);
}
CruncherPluginManager.UserData userData = new CruncherPluginManager.UserData();
if (cruncherIO.colors != null && cruncherIO.colors.Length > 0)
{
userData.colors = new Color[cruncherIO.colors.Length];
Array.Copy(cruncherIO.colors, userData.colors, cruncherIO.colors.Length);
}
if (cruncherIO.boneWeights != null && cruncherIO.boneWeights.Length > 0)
{
userData.boneWeights = new BoneWeight[cruncherIO.boneWeights.Length];
Array.Copy(cruncherIO.boneWeights, userData.boneWeights, cruncherIO.boneWeights.Length);
}
if (cruncherIO.tangents != null && cruncherIO.tangents.Length > 0)
{
userData.tangents = new Vector4[cruncherIO.tangents.Length];
Array.Copy(cruncherIO.tangents, userData.tangents, cruncherIO.tangents.Length);
}
userData.originalVertices = new Vector3[cruncherIO.vertices.Length];
Array.Copy(cruncherIO.vertices, userData.originalVertices, cruncherIO.vertices.Length);
userData.bindPoses = cruncherIO.bindPoses;
CruncherPluginManager.cruncherPluginManager.userData = userData;
return(num4);
}