//update all the physical model atoms positions
void PMLReader::updatePML()
{
std::vector<PMLBody*>::iterator itb = bodiesList.begin();
StructuralComponent * atoms = pm->getAtoms();
Atom * atom;
while (itb != bodiesList.end())
{
if( (*itb)->isTypeOf() != "interaction" )
{
if ((*itb)->isTypeOf() != "rigid" || ((PMLRigidBody*)*itb)->bodyFixed == false)
{
std::map<unsigned int, unsigned int>::iterator itm = (*itb)->AtomsToDOFsIndexes.begin();
while(itm != (*itb)->AtomsToDOFsIndexes.end() )
{
atom = (Atom*) atoms->getStructureByIndex( (*itm).first );
Vector3 pos = (*itb)->getDOF((*itm).second);
atom->setPosition(pos[0], pos[1], pos[2]);
itm++;
}
}
}
itb++;
}
}
//save the current scene as a pml filename
void PMLReader::saveAsPML(const char * filename)
{
std::vector<PMLBody*>::iterator itb = bodiesList.begin();
StructuralComponent * atoms = pm->getAtoms();
Atom * atom;
while (itb != bodiesList.end())
{
std::map<unsigned int, unsigned int>::iterator itm = (*itb)->AtomsToDOFsIndexes.begin();
while(itm != (*itb)->AtomsToDOFsIndexes.end() )
{
atom = (Atom*) atoms->getStructureByIndex( (*itm).first );
Vector3 pos = (*itb)->getDOF((*itm).second);
atom->setPosition(pos[0], pos[1], pos[2]);
itm++;
}
itb++;
}
std::ofstream outputFile(filename);
pm->xmlPrint(outputFile);
cout<<"fichier sauvegarde"<<endl;
}