VRStrokePtr FNetwork::stroke(Color3f c, float k) {
vector<PathPtr> paths;
for (auto n1 : nodes) {
auto p1 = n1.second->getTransform()->getWorldPose();
map<int, shared_ptr<FNode>>::iterator itr2;
for (auto n2 : n1.second->getOutgoing()) {
auto p2 = n2.second->getTransform()->getWorldPose();
PathPtr p = Path::create();
p->addPoint( *p1, c );
p->addPoint( *p2, c );
p->compute(20);
paths.push_back(p);
}
}
VRStrokePtr stroke = VRStroke::create("FNetwork_stroke");
stroke->setPaths(paths);
vector<Vec3d> profile;
profile.push_back(Vec3d(-k,0,0));
profile.push_back(Vec3d(-k*0.5,k,0));
profile.push_back(Vec3d(k*0.5,k,0));
profile.push_back(Vec3d(k,0,0));
stroke->strokeProfile(profile, true, true);
return stroke;
}
VRStrokePtr FNetwork::stroke(Vec3f c, float k) {
vector<path*> paths;
for (itr = nodes.begin(); itr != nodes.end(); itr++) {
FNode* n1 = itr->second;
Vec3f t1 = n1->getTangent();
Vec3f p1 = n1->getTransform()->getWorldPosition();
map<int, FNode*>::iterator itr2;
for (itr2 = n1->getOutgoing().begin(); itr2 != n1->getOutgoing().end(); itr2++) {
FNode* n2 = itr2->second;
Vec3f t2 = n2->getTangent();
Vec3f p2 = n2->getTransform()->getWorldPosition();
path* p = new path();
p->addPoint(p1, t1, c);
p->addPoint(p2, t2, c);
p->compute(20);
paths.push_back(p);
}
}
VRStrokePtr stroke = VRStroke::create("FNetwork_stroke");
stroke->setPaths(paths);
vector<Vec3f> profile;
profile.push_back(Vec3f(-k,0,0));
profile.push_back(Vec3f(-k*0.5,k,0));
profile.push_back(Vec3f(k*0.5,k,0));
profile.push_back(Vec3f(k,0,0));
stroke->strokeProfile(profile, true);
return stroke;
}
