tetrahedrondisplaytest< TET > Class Template Reference

Display test. More...

#include <tetrahedrondisplay.h>

Inheritance diagram for tetrahedrondisplaytest< TET >:

Collaboration diagram for tetrahedrondisplaytest< TET >:

List of all members.

Public Member Functions
	tetrahedrondisplaytest (gobjContainer &_gx, TET const &_tr)
	The graphics output and tetrahedron.
void	draw ()
	Write the graphics as gobj objects.

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Detailed Description

template<typename TET>
class tetrahedrondisplaytest< TET >

Display test.

Definition at line 108 of file tetrahedrondisplay.h.

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Constructor & Destructor Documentation

template<typename TET >

tetrahedrondisplaytest< TET >::tetrahedrondisplaytest	(	gobjContainer &	_gx,
		TET const &	_tr
	)			[inline]

The graphics output and tetrahedron.

Definition at line 118 of file tetrahedrondisplay.h.

    : gx(_gx), tr(_tr) {}

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Member Function Documentation

template<typename TET >

void tetrahedrondisplaytest< TET >::draw

(

)

[inline, virtual]

Write the graphics as gobj objects.

Implements gobj.

Definition at line 184 of file tetrahedrondisplay.h.

References gobjContainer::push(), and gobjQuadric::radius.

{
  gx.push( new gobjglColor3ub(0,0,139) );

  gobjQuadric * gd = new gobjQuadric();
  gd->radius=.02;
  gx.push( gd );

  typename TET::PTtype e0;
  tr.equilaterali(e0,0);
  typename TET::PTtype e1;
  tr.equilaterali(e1,1);
  typename TET::PTtype e2;
  tr.equilaterali(e2,2);
  typename TET::PTtype e3;
  tr.equilaterali(e3,3);

  gx.push( new gobjMySphereDraw(e0,gd) );
  gx.push( new gobjMySphereDraw(e1,gd) );
  gx.push( new gobjMySphereDraw(e2,gd) );
  gx.push( new gobjMySphereDraw(e3,gd) );

  gx.push( new gobjglBegin(GL_LINES) );
  gx.push( new gobjglVertex3f(tr.pi[1]) );
  gx.push( new gobjglVertex3f(e0) );
  gx.push( new gobjglVertex3f(tr.pi[2]) );
  gx.push( new gobjglVertex3f(e0) );
  gx.push( new gobjglVertex3f(tr.pi[3]) );
  gx.push( new gobjglVertex3f(e0) );

  gx.push( new gobjglVertex3f(tr.pi[0]) );
  gx.push( new gobjglVertex3f(e1) );
  gx.push( new gobjglVertex3f(tr.pi[2]) );
  gx.push( new gobjglVertex3f(e1) );
  gx.push( new gobjglVertex3f(tr.pi[3]) );
  gx.push( new gobjglVertex3f(e1) );

  gx.push( new gobjglVertex3f(tr.pi[0]) );
  gx.push( new gobjglVertex3f(e2) );
  gx.push( new gobjglVertex3f(tr.pi[1]) );
  gx.push( new gobjglVertex3f(e2) );
  gx.push( new gobjglVertex3f(tr.pi[3]) );
  gx.push( new gobjglVertex3f(e2) );

  gx.push( new gobjglVertex3f(tr.pi[0]) );
  gx.push( new gobjglVertex3f(e3) );
  gx.push( new gobjglVertex3f(tr.pi[1]) );
  gx.push( new gobjglVertex3f(e3) );
  gx.push( new gobjglVertex3f(tr.pi[2]) );
  gx.push( new gobjglVertex3f(e3) );


  gx.push( new gobjglEnd() );


  gx.push( new gobjglColor3ub(148,0,211) );
  gx.push( new gobjglBegin(GL_LINES) );
  gx.push( new gobjglVertex3f(tr.pi[0]) );
  gx.push( new gobjglVertex3f(e0) );
  gx.push( new gobjglVertex3f(tr.pi[1]) );
  gx.push( new gobjglVertex3f(e1) );
  gx.push( new gobjglVertex3f(tr.pi[2]) );
  gx.push( new gobjglVertex3f(e2) );
  gx.push( new gobjglVertex3f(tr.pi[3]) );
  gx.push( new gobjglVertex3f(e3) );


  gx.push( new gobjglEnd() );


  typedef triangle3D
  <
    typename TET::PTtype,
    typename TET::PDtype 
  > triType;

  triType t0;

  tr.trianglei(t0,0);


//  triangledisplaypoints<triType> td(gx,t0);
/*
  td.turnon();
  td.draw();
*/

}

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The documentation for this class was generated from the following file:

• primshpcenters/tetrahedrondisplay.h