#include <iostream>
#include "node.h"
#include "Constants.h"

node::node(int id, int p_type, fp_t se, fp_t x, fp_t y, fp_t z){
  n = id;
  globalId = -1;
  pType = p_type;
  singORDER = se;
  pType_ = PointType(p_type);
  bType = 0;
  prop = 0;
  cnt = num2D = -1;
  coord.setvtr(x, y, z);
  // reset error fields
  // e.reset();
  // h.reset(); 
  SpatialNode = NO;
}

void node::print(){
  cout << "Node " << n << ", Type " << pType << ", Coord " << "(" << coord.getx() << ", " << coord.gety() << ", " << coord.getz() << ")" << endl;

  if (SpatialNode == YES) {
    cout << "Spatial Node " << endl;
    prop->sigma.print();
  }
}

int node::operator>(const node &right) const {
  if (globalId > right.globalId) 
    return 1;

  return 0;
}
 
int node::operator<(const node &right) const {
  if (globalId < right.globalId) 
    return 1;

  return 0;
}

void node::setSpatialNode(char SpatialType){
  SpatialNode = SpatialType;
  if (SpatialNode == YES) 
    prop = new Material;
}

// void node::AddToE(cVtr efld){ 
//   e = e + efld; 
// }

// void node::AddToH(cVtr hfld){ 
//   h = h + hfld; 
// }

// cVtr node::GetE(){ 
//   return e; 
// }

// cVtr node::GetH(){ 
//   return h;
// }

// void node::resetEH(){
//   e.reset(); h.reset();
// }