InnerRegion::InnerRegion(int boundarySize, int endpoint1, int endpoint2) : BaseRegion(boundarySize){
this->endpoint1 = endpoint1;
this->endpoint2 = endpoint2;
// Start without boundary
for (int i = 0; i < getBoundarySize(); i++) {
removeEdge(i, (i+1)%getBoundarySize());
}
}
void FlexBody::writeBodyInfo(std::ofstream * outFile)
{
// DONE: set type to MESH (alt:GALERKIN), export the connectivity and read it in mknixPost
// Implemented 2D; 3D shows strange connectivity when read in mknixpost.
// Previous code is use for 3D meshes till fixed.
if (Simulation::getDim() == 2) {
*outFile << "\t" << "MESH" << " "
<< this->title << endl;
if (bodyPoints.size() == 0) { //regular one domain meshes
*outFile << "\t" << "\t" << "NODES "
<< this->getNode(0)->getNumber() << " "
<< this->getLastNode()->getNumber() << endl;
}
else { // multiple domains
*outFile << "\t" << "\t" << "NODES "
<< this->getBodyPoint(0)->getNumber() << " "
<< this->getLastBodyPoint()->getNumber() << endl;
}
*outFile << "\t" << "\t" << "CELLS "
<< this->cells.size() << endl;
for (auto& cell : cells) {
cell.second->outputConnectivityToFile(outFile);
}
*outFile << "\n\t" << "END" << "MESH" << endl;
}
else {
// if(itFlexBodies->second->getType() == "MESHFREE"){
// *outFile << "\t" << itFlexBodies->second->getType() << " "
*outFile << "\t" << "MESHFREE" << " "
<< this->title << endl;
if (bodyPoints.size() == 0) { //regular one domain meshes
*outFile << "\t" << "\t" << "NODES "
<< this->getNode(0)->getNumber() << " "
<< this->getLastNode()->getNumber() << endl;
}
else { // multiple domains
*outFile << "\t" << "\t" << "NODES "
<< this->getBodyPoint(0)->getNumber() << " "
<< this->getLastBodyPoint()->getNumber() << endl;
}
//TODO: implement for 3D. For the moment
if (Simulation::getDim() == 2) {
*outFile << "\t" << "\t" << "BOUNDARY "
<< getBoundarySize() << endl;
if (getBoundarySize() > 0) {
int firstNode = getBoundaryFirstNode()->getNumber();
//int actualNode = firstNode;
//Point * p_actualNode = getBoundaryFirstNode();
*outFile << "\t" << "\t" << firstNode << " ";
// for( int i=1; i<boundary.size(); ++i )
// {
// actualNode = p_actualNode->getNumber();
// *outFile << actualNode << " " ;
// cout <<actualNode << endl;
// p_actualNode = getBoundaryNextNode( p_actualNode );
// }
// Following code works only with either MESH or one CELLS file. Testing an alternative below...
// for(int i=0; i<getBoundarySize(); ++i){
// p_actualNode = getBoundaryNextNode( p_actualNode );
// actualNode = p_actualNode->getNumber();
for (auto& boundary : linearBoundary) {
auto p_actualNode = boundary.second;
auto actualNode = p_actualNode->getNumber();
*outFile << actualNode << " ";
cout << "BoundaryNextNode: " << actualNode << endl;
}
// while( actualNode != firstNode );
*outFile << endl;// << "\t" << "\t" << "ENDBOUNDARY" << endl;
}
}
*outFile << "\n\t" << "END" << "MESHFREE" << endl;
}
// *outFile << "\t" << "END" << itFlexBodies->second->getType() << endl;
}
