vispointxml.cpp

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#include <random.h>
#include <vispointxml.h>

vispointxml::vispointxml()
  : sphere01(0)
{
  defaultsettings();
}

void vispointxml::defaultsettings()
{
  colorrandom=false;
  pointdisplay=false;
  color=pt3(1.0,0.0,1.0);

  if (sphere01==0)
  {
    sphere01 = new gobjQuadric();

    sphere01->radius = 0.05;
    sphere01->slices = 30;
    sphere01->loops = 7;
  }    

  visoperator::set(*this);

  assert(ve!=0);
}


void vispointxml::piaddpoint(bool& res, stringc & s)
{
//cout << SHOW(s) << endl;
  pt3 p;
  p.serializeInverse(s);
//cout << SHOW(p) << endl;
  res=true;
  assert(ve);
  ve->pi.push_back(p);
//pointdisplay=true;
  if (pointdisplay)
  {
    if (colorrandom==false)
    {
      gobjpush( new gobjglColor3d(color) );
    }
    else
    {
      gobjpush( new gobjglColor3d(randompoint<>().makepoint3()) );
    }
    
    //gobjpush( new gobjglColor3f(1.0,0.0,0.0) );
    gobjpush
    ( 
      new gobjMySphereDraw(p,sphere01)
//      new gobjMySphereDraw(p.x,p.y,p.z,sphere01)
    );
  }
}

void vispointxml::handlecommand(bool & matches, viscmd & c )
{
  assert(ve!=0);
  assert(vp!=0);
  assert(this==vp);

  matches=false;
  if (c.command != this->id())
    return;
  matches=true;

  bool res=true;
  commandline cmd(c.arg);

  cmd.mapvar(pointdisplay,"display");
  cmd.mapvar(colorrandom,"colorrandom");

  string colorrgb;
  cmd.mapvar(colorrgb,"colorrgb");
  if (colorrgb.empty()==false)
  {
    pt3 p;
    p.serializeInverse(colorrgb);
    p /= 255.0;
    if (randomgenerator::domain(p))
      color=p;
    else
      res=false;
  }

  c.valid=res; 
}