void readNativeData()
{
bool ret = false;
PrintDebugLog("sessionid = " + sessionid);
bool finishLoading = WaveVR_Utils.Assimp.getSectionCount(sessionid, ref sectionCount);
if (!finishLoading || sectionCount == 0)
{
PrintDebugLog("failed to load mesh");
return;
}
FBXInfo = new FBXInfo_t[sectionCount];
SectionInfo = new MeshInfo_t[sectionCount];
for (int i = 0; i < sectionCount; i++)
{
FBXInfo[i] = new FBXInfo_t();
SectionInfo[i] = new MeshInfo_t();
FBXInfo[i].meshName = Marshal.AllocHGlobal(256);
}
ret = WaveVR_Utils.Assimp.getMeshData(sessionid, FBXInfo);
if (!ret)
{
for (int i = 0; i < sectionCount; i++)
{
Marshal.FreeHGlobal(FBXInfo[i].meshName);
}
SectionInfo = null;
FBXInfo = null;
WaveVR_Utils.Assimp.releaseMesh(sessionid);
return;
}
for (uint i = 0; i < sectionCount; i++)
{
SectionInfo[i]._vectice = new Vector3[FBXInfo[i].verticeCount];
for (int j = 0; j < FBXInfo[i].verticeCount; j++)
{
SectionInfo[i]._vectice[j] = new Vector3();
}
SectionInfo[i]._normal = new Vector3[FBXInfo[i].normalCount];
for (int j = 0; j < FBXInfo[i].verticeCount; j++)
{
SectionInfo[i]._normal[j] = new Vector3();
}
SectionInfo[i]._uv = new Vector2[FBXInfo[i].uvCount];
for (int j = 0; j < FBXInfo[i].verticeCount; j++)
{
SectionInfo[i]._uv[j] = new Vector2();
}
SectionInfo[i]._indice = new int[FBXInfo[i].indiceCount];
for (int j = 0; j < FBXInfo[i].verticeCount; j++)
{
SectionInfo[i]._indice[j] = new int();
}
bool active = false;
bool tret = WaveVR_Utils.Assimp.getSectionData(sessionid, i, SectionInfo[i]._vectice, SectionInfo[i]._normal, SectionInfo[i]._uv, SectionInfo[i]._indice, ref active);
if (!tret)
{
continue;
}
SectionInfo[i]._active = active;
PrintDebugLog("i = " + i + ", name = " + Marshal.PtrToStringAnsi(FBXInfo[i].meshName) + ", active = " + SectionInfo[i]._active);
PrintDebugLog("i = " + i + ", relative transform = [" + FBXInfo[i].matrix.m0 + " , " + FBXInfo[i].matrix.m1 + " , " + FBXInfo[i].matrix.m2 + " , " + FBXInfo[i].matrix.m3 + "] ");
PrintDebugLog("i = " + i + ", relative transform = [" + FBXInfo[i].matrix.m4 + " , " + FBXInfo[i].matrix.m5 + " , " + FBXInfo[i].matrix.m6 + " , " + FBXInfo[i].matrix.m7 + "] ");
PrintDebugLog("i = " + i + ", relative transform = [" + FBXInfo[i].matrix.m8 + " , " + FBXInfo[i].matrix.m9 + " , " + FBXInfo[i].matrix.m10 + " , " + FBXInfo[i].matrix.m11 + "] ");
PrintDebugLog("i = " + i + ", relative transform = [" + FBXInfo[i].matrix.m12 + " , " + FBXInfo[i].matrix.m13 + " , " + FBXInfo[i].matrix.m14 + " , " + FBXInfo[i].matrix.m15 + "] ");
PrintDebugLog("i = " + i + ", vertice count = " + FBXInfo[i].verticeCount + ", normal count = " + FBXInfo[i].normalCount + ", uv count = " + FBXInfo[i].uvCount + ", indice count = " + FBXInfo[i].indiceCount);
}
bLoadMesh = true;
}
void readNativeData()
{
bLoadMesh = false;
bool ret = false;
Log.d(LOG_TAG, "sessionid = " + sessionid);
bool finishLoading = WaveVR_Utils.Assimp.getSectionCount(sessionid, ref sectionCount);
if (!finishLoading || sectionCount == 0)
{
Log.d(LOG_TAG, "failed to load mesh");
return;
}
FBXInfo = new FBXInfo_t[sectionCount];
SectionInfo = new MeshInfo_t[sectionCount];
for (int i = 0; i < sectionCount; i++)
{
FBXInfo[i] = new FBXInfo_t();
SectionInfo[i] = new MeshInfo_t();
FBXInfo[i].meshName = Marshal.AllocHGlobal(64);
}
Log.d(LOG_TAG, "getMeshData start, sectionCount = " + sectionCount);
ret = WaveVR_Utils.Assimp.getMeshData(sessionid, FBXInfo);
Log.d(LOG_TAG, "getMeshData end");
if (!ret)
{
for (int i = 0; i < sectionCount; i++)
{
Marshal.FreeHGlobal(FBXInfo[i].meshName);
}
SectionInfo = null;
FBXInfo = null;
WaveVR_Utils.Assimp.releaseMesh(sessionid);
return;
}
Log.d(LOG_TAG, "log and create array start");
for (uint i = 0; i < sectionCount; i++)
{
SectionInfo[i]._vectice = new Vector3[FBXInfo[i].verticeCount];
for (int j = 0; j < FBXInfo[i].verticeCount; j++)
{
SectionInfo[i]._vectice[j] = new Vector3();
}
SectionInfo[i]._normal = new Vector3[FBXInfo[i].normalCount];
for (int j = 0; j < FBXInfo[i].verticeCount; j++)
{
SectionInfo[i]._normal[j] = new Vector3();
}
SectionInfo[i]._uv = new Vector2[FBXInfo[i].uvCount];
for (int j = 0; j < FBXInfo[i].verticeCount; j++)
{
SectionInfo[i]._uv[j] = new Vector2();
}
SectionInfo[i]._indice = new int[FBXInfo[i].indiceCount];
for (int j = 0; j < FBXInfo[i].verticeCount; j++)
{
SectionInfo[i]._indice[j] = new int();
}
bool tret = WaveVR_Utils.Assimp.getSectionData(sessionid, i, SectionInfo[i]._vectice, SectionInfo[i]._normal, SectionInfo[i]._uv, SectionInfo[i]._indice);
if (!tret)
{
continue;
}
Log.d(LOG_TAG, "i = " + i + ", relative transform = [" + FBXInfo[i].matrix.m0 + " , " + FBXInfo[i].matrix.m1 + " , " + FBXInfo[i].matrix.m2 + " , " + FBXInfo[i].matrix.m3 + "] ");
Log.d(LOG_TAG, "i = " + i + ", relative transform = [" + FBXInfo[i].matrix.m4 + " , " + FBXInfo[i].matrix.m5 + " , " + FBXInfo[i].matrix.m6 + " , " + FBXInfo[i].matrix.m7 + "] ");
Log.d(LOG_TAG, "i = " + i + ", relative transform = [" + FBXInfo[i].matrix.m8 + " , " + FBXInfo[i].matrix.m9 + " , " + FBXInfo[i].matrix.m10 + " , " + FBXInfo[i].matrix.m11 + "] ");
Log.d(LOG_TAG, "i = " + i + ", relative transform = [" + FBXInfo[i].matrix.m12 + " , " + FBXInfo[i].matrix.m13 + " , " + FBXInfo[i].matrix.m14 + " , " + FBXInfo[i].matrix.m15 + "] ");
Log.d(LOG_TAG, "i = " + i + ", vertice count = " + FBXInfo[i].verticeCount + ", normal count = " + FBXInfo[i].normalCount + ", uv count = " + FBXInfo[i].uvCount + ", indice count = " + FBXInfo[i].indiceCount);
}
Log.d(LOG_TAG, "log and create array end");
bLoadMesh = true;
}
