void loadLogo (String fileName)
{
//Read the file
File file( fileName );
if( !file.open( "rb" ))
{
printf( "Failed opening file '%s'!\n", fileName.toCSTR().buffer() );
getchar();
exit( 1 );
}
data = file.read( file.getSize() );
file.close();
//Load character data
SerializeManager sm;
mshLogo = (TriMesh*) sm.load( (void*)data.buffer() );
mshLogo->sendToGpu();
printf ("Logo: %d verts, %d faces\n",
mshLogo->getVertexCount(),
mshLogo->getFaceCount());
}
void loadPackage (String fileName)
{
//Read the file
File file( fileName );
if( !file.open( "rb" ))
{
printf( "Failed opening file '%s'!\n", fileName.toCSTR().buffer() );
getchar();
exit( 1 );
}
data = file.read( file.getSize() );
file.close();
//Load character data
SerializeManager sm;
character = (Character*) sm.load( (void*)data.buffer() );
printf ("Imported %d verts, %d faces, %d animations\n",
character->mesh->getVertexCount(),
character->mesh->getFaceCount(),
character->anims.size());
printf ("Animation name: '%s'\n",
character->anims.first()->name.buffer());
numFrames = character->anims.first()->tracksR.first()->keys.size();
maxTime = character->anims.first()->tracksR.first()->totalTime;
//Split into 24-bone sub meshes
SkinSuperToSubMesh splitter( character->mesh );
splitter.splitByBoneLimit( 24 );
UintSize numMeshes = splitter.getSubMeshCount();
for (UintSize m=0; m<numMeshes; ++m)
{
SkinTriMesh *mesh = (SkinTriMesh*) splitter.getSubMesh(m);
character->meshes.pushBack( mesh );
mesh->sendToGpu();
}
/*
//Add vertices to the mesh
polyMesh = new SPolyMesh;
ArrayList <SPolyMesh::Vertex*> verts( inMesh->verts.size() );
for (UintSize v=0; v<inMesh->verts.size(); ++v)
{
SPolyMesh::Vertex *vert = (SPolyMesh::Vertex*) polyMesh->addVertex();
vert->point = inMesh->verts[v].point;
for (int b=0; b<4; ++b) {
vert->boneIndex[b] = inMesh->verts[v].boneIndex[b];
vert->boneWeight[b] = inMesh->verts[v].boneWeight[b]; }
verts.pushBack (vert);
}
//Add indexed faces to the mesh
int nextIndex = 0;
for (UintSize f=0; f<inMesh->faces.size(); ++f)
{
int numCorners = inMesh->faces[f].numCorners;
HMesh::Vertex **corners = new HMesh::Vertex*[ numCorners ];
for (int c=0; c<numCorners; ++c) {
Uint32 vertIndex = inMesh->indices[ nextIndex++ ];
if (vertIndex > inMesh->verts.size()) {
printf( "Invalid vertex: %d\n", vertIndex );
vertIndex = 0; }
corners[c] = verts[ vertIndex ];
}
SPolyMesh::Face *face = (SPolyMesh::Face*) polyMesh->addFace( corners, numCorners );
if (face != NULL) face->smoothGroups = inMesh->faces[f].smoothGroups;
delete[] corners;
}
*/
}
