char HTriangleMesh::readAftCreation(ATriangleMesh * tri)
{
readVector3Data(".p", tri->numPoints(), (Vector3F *)tri->points());
readIntData(".a", tri->numPoints(), (unsigned *)tri->anchors());
readIntData(".v", tri->numTriangles() * 3, (unsigned *)tri->indices());
return 1;
}
char HTriangleMeshGroup::load(ATriangleMeshGroup * tri)
{
int npart = 1;
readIntAttr(".npart", &npart);
int nv = 3;
readIntAttr(".nv", &nv);
int nt = 1;
readIntAttr(".ntri", &nt);
tri->create(nv, nt, npart);
readIntData(".pntdrift", npart, (unsigned *)tri->pointDrifts());
readIntData(".inddrift", npart, (unsigned *)tri->indexDrifts());
return HTriangleMesh::readAftCreation(tri);
}
char HMesh::load(BaseMesh * mesh)
{
int numVertices = 3;
readIntAttr(".nv", &numVertices);
int numPolygons = 1;
readIntAttr(".nf", &numPolygons);
int numPolygonVertices = 3;
readIntAttr(".nfv", &numPolygonVertices);
int numUVs = 3;
readIntAttr(".nuv", &numUVs);
int numUVIds = 3;
readIntAttr(".nuvid", &numUVIds);
mesh->createVertices(numVertices);
mesh->createPolygonCounts(numPolygons);
mesh->createPolygonIndices(numPolygonVertices);
readVector3Data(".p", numVertices, mesh->vertices());
readIntData(".polyc", numPolygons, mesh->polygonCounts());
readIntData(".polyv", numPolygonVertices, mesh->polygonIndices());
mesh->createPolygonUV(numUVs, numUVIds);
readFloatData(".us", numUVs, mesh->us());
readFloatData(".vs", numUVs, mesh->vs());
readIntData(".uvids", numUVIds, mesh->uvIds());
mesh->processTriangleFromPolygon();
mesh->processQuadFromPolygon();
mesh->verbose();
return 1;
}
char HPolygonalUV::load(APolygonalUV * poly)
{
int nuv = 3;
readIntAttr(".nuv", &nuv);
int nind = 1;
readIntAttr(".nind", &nind);
poly->create(nuv, nind);
readFloatData(".ucoord", poly->numCoords(), poly->ucoord());
readFloatData(".vcoord", poly->numCoords(), poly->vcoord());
readIntData(".uvid", poly->numIndices(), poly->indices());
return 1;
}
