private SSSkeletalMeshMD5[] readMeshes()
{
Match[] matches;
seekEntry("MD5Version", "10");
seekEntry("commandline", SSMD5Parser._quotedStrRegex);
matches = seekEntry("numJoints", SSMD5Parser._uintRegex);
var joints = new SSSkeletalJoint[Convert.ToUInt32(matches[1].Value)];
matches = seekEntry("numMeshes", SSMD5Parser._uintRegex);
var meshes = new SSSkeletalMeshMD5[Convert.ToUInt32(matches [1].Value)];
seekEntry("joints", "{");
for (int j = 0; j < joints.Length; ++j)
{
joints[j] = readJoint();
joints [j].jointIndex = j;
}
seekEntry("}");
transformBindPoseToJointLocal(joints);
for (int m = 0; m < meshes.Length; ++m)
{
seekEntry("mesh", "{");
meshes [m] = readMesh(joints);
meshes [m].joints = joints;
seekEntry("}");
meshes [m].assetContext = Context;
}
return(meshes);
}
private SSSkeletalMeshMD5 readMesh(SSSkeletalJoint[] joints)
{
SSSkeletalMeshMD5 newMesh = new SSSkeletalMeshMD5();
Match[] matches;
matches = seekEntry("shader", SSMD5Parser._quotedStrRegex);
newMesh.materialShaderString = matches[1].Value;
matches = seekEntry("numverts", SSMD5Parser._uintRegex);
int numVertices = Convert.ToInt32(matches [1].Value);
newMesh.vertices = new SSSkeletalVertex[numVertices];
for (int v = 0; v < numVertices; ++v)
{
int vertexIndex;
var vertex = readVertex(out vertexIndex);
newMesh.vertices [vertexIndex] = vertex;
}
matches = seekEntry("numtris", SSMD5Parser._uintRegex);
int numTris = Convert.ToUInt16(matches [1].Value);
newMesh.triangleIndices = new UInt16[numTris * 3];
for (int t = 0; t < numTris; ++t)
{
readTriangle(newMesh.triangleIndices);
}
matches = seekEntry("numweights", SSMD5Parser._uintRegex);
int numWeights = Convert.ToInt32(matches [1].Value);
newMesh.weights = new SSSkeletalWeight[numWeights];
for (int w = 0; w < numWeights; ++w)
{
int weightIdx;
SSSkeletalWeight weight = readWeight(out weightIdx);
newMesh.weights [weightIdx] = weight;
}
return(newMesh);
}
private SSSkeletalMeshMD5 readMesh(SSSkeletalJoint[] joints)
{
SSSkeletalMeshMD5 newMesh = new SSSkeletalMeshMD5 ();
Match[] matches;
matches = seekEntry("shader", SSMD5Parser._quotedStrRegex);
newMesh.materialShaderString = matches[1].Value;
matches = seekEntry ("numverts", SSMD5Parser._uintRegex);
int numVertices = Convert.ToInt32 (matches [1].Value);
newMesh.vertices = new SSSkeletalVertex[numVertices];
for (int v = 0; v < numVertices; ++v) {
int vertexIndex;
var vertex = readVertex (out vertexIndex);
newMesh.vertices [vertexIndex] = vertex;
}
matches = seekEntry ("numtris", SSMD5Parser._uintRegex);
int numTris = Convert.ToUInt16 (matches [1].Value);
newMesh.triangleIndices = new UInt16[numTris * 3];
for (int t = 0; t < numTris; ++t) {
readTriangle (newMesh.triangleIndices);
}
matches = seekEntry ("numweights", SSMD5Parser._uintRegex);
int numWeights = Convert.ToInt32 (matches [1].Value);
newMesh.weights = new SSSkeletalWeight[numWeights];
for (int w = 0; w < numWeights; ++w) {
int weightIdx;
SSSkeletalWeight weight = readWeight(out weightIdx);
newMesh.weights [weightIdx] = weight;
}
return newMesh;
}
private SSSkeletalMeshMD5[] readMeshes()
{
Match[] matches;
seekEntry ("MD5Version", "10");
seekEntry ("commandline", SSMD5Parser._quotedStrRegex);
matches = seekEntry ("numJoints", SSMD5Parser._uintRegex);
var joints = new SSSkeletalJoint[Convert.ToUInt32(matches[1].Value)];
matches = seekEntry ( "numMeshes", SSMD5Parser._uintRegex);
var meshes = new SSSkeletalMeshMD5[Convert.ToUInt32 (matches [1].Value)];
seekEntry ("joints", "{");
for (int j = 0; j < joints.Length; ++j) {
joints[j] = readJoint();
joints [j].jointIndex = j;
}
seekEntry ("}");
transformBindPoseToJointLocal (joints);
for (int m = 0; m < meshes.Length; ++m) {
seekEntry ("mesh", "{");
meshes [m] = readMesh (joints);
meshes [m].joints = joints;
seekEntry ("}");
meshes [m].assetContext = Context;
}
return meshes;
}
