public static Cone CreateConeShape(Transform o2w, Transform w2o, bool reverseOrientation, ParamSet parameters)
{
double radius = parameters.FindOneDouble("radius", 1);
double height = parameters.FindOneDouble("height", 1);
double phimax = parameters.FindOneDouble("phimax", 360);
return new Cone(o2w, w2o, reverseOrientation, height, radius, phimax);
}
public static Hyperboloid CreateHyperboloidShape(Transform o2w, Transform w2o, bool reverseOrientation, ParamSet parameters)
{
Point p1 = parameters.FindOnePoint("p1", new Point(0, 0, 0));
Point p2 = parameters.FindOnePoint("p2", new Point(1, 1, 1));
double phimax = parameters.FindOneDouble("phimax", 360);
return new Hyperboloid(o2w, w2o, reverseOrientation, p1, p2, phimax);
}
public static Paraboloid CreateParaboloidShape(Transform o2w, Transform w2o, bool reverseOrientation, ParamSet parameters)
{
double radius = parameters.FindOneDouble("radius", 1);
double zmin = parameters.FindOneDouble("zmin", 0);
double zmax = parameters.FindOneDouble("zmax", 1);
double phimax = parameters.FindOneDouble("phimax", 360);
return new Paraboloid(o2w, w2o, reverseOrientation, radius, zmin, zmax, phimax);
}
public static Disk CreateDiskShape(Transform o2w, Transform w2o, bool reverseOrientation, ParamSet parameters)
{
double height = parameters.FindOneDouble("height", 0.0d);
double radius = parameters.FindOneDouble("radius", 1);
double inner_radius = parameters.FindOneDouble("innerradius", 0);
double phimax = parameters.FindOneDouble("phimax", 360);
return new Disk(o2w, w2o, reverseOrientation, height, radius, inner_radius, phimax);
}
public static Sphere CreateSphereShape(Transform o2w, Transform w2o, bool reverseOrientation, ParamSet parameters)
{
double radius = parameters.FindOneDouble("radius", 1.0d);
double zmin = parameters.FindOneDouble("zmin", -radius);
double zmax = parameters.FindOneDouble("zmax", radius);
double phimax = parameters.FindOneDouble("phimax", 360.0d);
return new Sphere(o2w, w2o, reverseOrientation, radius, zmin, zmax, phimax);
}
public static TriangleMesh CreateTriangleMeshShape(Transform o2w, Transform w2o, bool reverseOrientation, ParamSet parameters, Dictionary<string, Texture<double>> floatTextures)
{
throw new NotImplementedException();
//int nvi, npi, nuvi, nsi, nni;
//const int *vi = parameters.FindInt("indices", &nvi);
//const Point *P = parameters.FindPoint("P", &npi);
//const double *uvs = parameters.FindFloat("uv", &nuvi);
//if (!uvs) uvs = parameters.FindFloat("st", &nuvi);
//bool discardDegnerateUVs = parameters.FindOneBool("discarddegenerateUVs", false);
//// XXX should complain if uvs aren't an array of 2...
//if (uvs) {
// if (nuvi < 2 * npi) {
// Error("Not enough of \"uv\"s for triangle mesh. Expencted %d, "
// "found %d. Discarding.", 2*npi, nuvi);
// uvs = NULL;
// }
// else if (nuvi > 2 * npi)
// Warning("More \"uv\"s provided than will be used for triangle "
// "mesh. (%d expcted, %d found)", 2*npi, nuvi);
//}
//if (!vi || !P) return NULL;
//const Vector *S = parameters.FindVector("S", &nsi);
//if (S && nsi != npi) {
// Error("Number of \"S\"s for triangle mesh must match \"P\"s");
// S = NULL;
//}
//const Normal *N = parameters.FindNormal("N", &nni);
//if (N && nni != npi) {
// Error("Number of \"N\"s for triangle mesh must match \"P\"s");
// N = NULL;
//}
//if (discardDegnerateUVs && uvs && N) {
// // if there are normals, check for bad uv's that
// // give degenerate mappings; discard them if so
// const int *vp = vi;
// for (int i = 0; i < nvi; i += 3, vp += 3) {
// double area = .5f * Cross(P[vp[0]]-P[vp[1]], P[vp[2]]-P[vp[1]]).Length();
// if (area < 1e-7) continue; // ignore degenerate tris.
// if ((uvs[2*vp[0]] == uvs[2*vp[1]] &&
// uvs[2*vp[0]+1] == uvs[2*vp[1]+1]) ||
// (uvs[2*vp[1]] == uvs[2*vp[2]] &&
// uvs[2*vp[1]+1] == uvs[2*vp[2]+1]) ||
// (uvs[2*vp[2]] == uvs[2*vp[0]] &&
// uvs[2*vp[2]+1] == uvs[2*vp[0]+1])) {
// Warning("Degenerate uv coordinates in triangle mesh. Discarding all uvs.");
// uvs = NULL;
// break;
// }
// }
//}
//for (int i = 0; i < nvi; ++i)
// if (vi[i] >= npi) {
// Error("trianglemesh has out of-bounds vertex index %d (%d \"P\" values were given",
// vi[i], npi);
// return NULL;
// }
//Reference<Texture<double> > alphaTex = NULL;
//string alphaTexName = params.FindTexture("alpha");
//if (alphaTexName != "") {
// if (floatTextures->find(alphaTexName) != floatTextures->end())
// alphaTex = (*floatTextures)[alphaTexName];
// else
// Error("Couldn't find double texture \"%s\" for \"alpha\" parameter",
// alphaTexName.c_str());
//}
//else if (params.FindOneFloat("alpha", 1.f) == 0.f)
// alphaTex = new ConstantTexture<double>(0.f);
//return new TriangleMesh(o2w, w2o, reverseOrientation, nvi/3, npi, vi, P,
// N, S, uvs, alphaTex);
}
