/**
* Convert this cell's attributes to a string format
* @return a character array of this cell's attributes
*/
std::string CellFill::toString() {
std::stringstream string;
string << "Cell id = " << _id << ", type = FILL, universe_fill = " <<
_universe_fill.first << ", universe = " << _universe << ", num_surfaces = "
<< getNumSurfaces();
std::map<int, Surface*>::iterator iter;
string << ", surface ids = ";
for (iter = _surfaces.begin(); iter != _surfaces.end(); ++iter)
string << iter->first << ", ";
return string.str();
}
/**
* @brief Convert this CellFill's attributes to a string format.
* @return a character array of this Cell's attributes
*/
std::string CellFill::toString() {
std::stringstream string;
string << "Cell ID = " << _id
<< ", name = " << _name
<< ", type = FILL, "
<< ", fill = " << _fill->getId()
<< ", # surfaces = " << getNumSurfaces();
/** Add the IDs for the Surfaces in this Cell */
std::map<int, surface_halfspace>::iterator iter;
string << ", surface ids = ";
for (iter = _surfaces.begin(); iter != _surfaces.end(); ++iter)
string << iter->first << ", ";
return string.str();
}
/**
* Convert this cell's attributes to a string format
* @return a character array of this cell's attributes
*/
std::string CellBasic::toString() {
std::stringstream string;
string << "Cell id = " << _id
<< ", type = MATERIAL, material id = " << _material
<< ", universe = " << _universe
<< ", num_surfaces = " << getNumSurfaces()
<< ", num of rings = " << _num_rings
<< ", num of sectors = " << _num_sectors;
std::map<int, Surface*>::iterator iter;
string << ", surface ids = ";
for (iter = _surfaces.begin(); iter != _surfaces.end(); ++iter)
string << iter->first << ", ";
return string.str();
}
/**
* @brief Convert this CellBasic's attributes to a string format.
* @return a character array of this CellBasic's attributes
*/
std::string CellBasic::toString() {
std::stringstream string;
string << "Cell ID = " << _id
<< ", name = " << _name
<< ", type = MATERIAL"
<< ", material id = " << _material->getId()
<< ", # surfaces = " << getNumSurfaces()
<< ", # rings = " << _num_rings
<< ", # sectors = " << _num_sectors;
/* Append each of the surface ids to the string */
std::map<int, surface_halfspace>::iterator iter;
string << ", surface ids = ";
for (iter = _surfaces.begin(); iter != _surfaces.end(); ++iter)
string << iter->first << ", ";
return string.str();
}
void the::object::unbind()
{
if (!glIsBuffer(_bindId)) return;
glDeleteBuffers(1, &_bindId);
for (auto & s : surfaces) s.unbind();
resetID();
triangles = 0;
logger::debug("[Object ] remove '%s' (%s) surfaces: %d; triangles: %d",getTag().c_str(), getType().c_str(),getNumSurfaces(),triangles);
GL_CHECK("the::object::unbind");
}
void the::object::bind()
{
uint sz = vertexes.size();
if(sz == 0) return;
glGenBuffers(1, &_bindId);
glBindBuffer(GL_ARRAY_BUFFER, _bindId);
glBufferData(GL_ARRAY_BUFFER, sz * sizeof(Vertex) , &vertexes[0], GL_STATIC_DRAW);
for(auto & s : surfaces) s.bind();
recalculateBoundingBox();
triangles = 0;
for(auto const &s : surfaces)
triangles+=s.getNumTriangles();
logger::debug("[Object ] create '%s' (%s) surfaces: %d; triangles: %d",getTag().c_str(), getType().c_str(),getNumSurfaces(),triangles);
GL_CHECK("the::object::bind");
}
void ofxPiMapper::eraseSurface(int i){
cout << "numSurfaces: " << getNumSurfaces() << ", i: " << i << endl;
if(getNumSurfaces() > 0 && i < getNumSurfaces()){
_application.eraseSurface(i);
}
}
