size_t parse1::insert(const string & str){
string t_str = remove_white( remove_comments(str));
if (isLabel(t_str)) {
makeSymbol(t_str);
return linked_list.size();
}else if(is_at(t_str)){
makeSplit(t_str);
return linked_list.size();
}
if (t_str == "") { return linked_list.size();}
else {linked_list.push_back(t_str);}
return linked_list.size();
}
osg::Node* OpenGLESGeometryOptimizer::optimize(osg::Node& node) {
osg::ref_ptr<osg::Node> model = osg::clone(&node);
// animation: process bones/weights or remove all animation data if disabled
makeAnimation(model.get());
// wireframe
if (!_wireframe.empty()) {
makeWireframe(model.get());
}
// bind per vertex
makeBindPerVertex(model.get());
// index (merge exact duplicates + uses simple triangles & lines i.e. no strip/fan/loop)
makeIndexMesh(model.get());
// smooth vertex normals (if geometry has no normal compute smooth normals)
makeSmoothNormal(model.get());
// tangent space
if (_generateTangentSpace) {
makeTangentSpace(model.get());
}
if(!_useDrawArray) {
// split geometries having some primitive index > _maxIndexValue
makeSplit(model.get());
}
// strip
if(!_disableTriStrip) {
makeTriStrip(model.get());
}
if(_useDrawArray) {
// drawelements to drawarrays
makeDrawArray(model.get());
}
else if(!_disablePreTransform) {
// pre-transform
makePreTransform(model.get());
}
// detach wireframe
makeDetach(model.get());
return model.release();
}
void ColorWheel::makeColors()
{
if (currentType == Monochromatic)
makeMonochromatic();
if (currentType == Analogous)
makeAnalogous();
if (currentType == Complementary)
makeComplementary();
if (currentType == Split)
makeSplit();
if (currentType == Triadic)
makeTriadic();
if (currentType == Tetradic)
makeTetradic();
}
