VertexList<Vertex>* Mesh::build(bool normalize) {
if (normalize) normalizeSize(buildScale);
VertexList<Vertex>* vertexList = (VertexList<Vertex>*)
CreateVertexList<Vertex>(TRIANGLE_LIST, numberOfTriangles());
for (unsigned i=0; i<faces.size(); ++i)
addFace(vertexList, faces[i]);
vertexList->calcAABB();
cachedMesh = vertexList;
return vertexList;
}
int main(int argc, char* argv[]) {
struct HolmeKimArgs args;
readHolmeKimArgs(args, argc, argv);
outputHolmeKimArgs(args);
RandNumGen<> generator(args.randseed);
NetType net(args.netSize);
/* Generate the network and do something with it */
HolmeKim(net, args, generator);
size_t triangles=numberOfTriangles(net);
std::cerr << "Triangles in the network: " << triangles << "\n";
outputEdgesAndWeights(net);
}
/**
* Returns whether this object has a valid shape
* @returns True if the entire MeshObject may enclose
* one or more volumes.
*/
bool MeshObject::hasValidShape() const {
// May enclose volume if there are at
// at least 4 triangles and 4 vertices (Tetrahedron)
return (numberOfTriangles() >= 4 && numberOfVertices() >= 4);
}
