triangledisplaypoints< TR > Class Template Reference

Monolith of triangle point properties displayed. More...

#include <triangledisplay.h>

Inheritance diagram for triangledisplaypoints< TR >:

Collaboration diagram for triangledisplaypoints< TR >:

List of all members.

Public Member Functions
	triangledisplaypoints (gobjContainer &_gx, TR const &_tr)
	The graphics output and triangle initialized.
void	draw ()
	Write the graphics as unprocessed commands to gx.

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Detailed Description

template<typename TR>
class triangledisplaypoints< TR >

Monolith of triangle point properties displayed.

The properties are displayed in a minimal way. For example the centroid draws the centroid as a point, and unlike triangledisplay the lines showing the construction are not drawn.

Set the boolean variables and when the class is drawn the graphics are written as unprocessed commands to gx.

Definition at line 86 of file triangledisplay.h.

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Constructor & Destructor Documentation

template<typename TR>

triangledisplaypoints< TR >::triangledisplaypoints	(	gobjContainer &	_gx,
		TR const &	_tr
	)			[inline]

The graphics output and triangle initialized.

Definition at line 92 of file triangledisplay.h.

    : triangledisplay<TR>(_gx,_tr) {}

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Member Function Documentation

template<typename TR >

void triangledisplaypoints< TR >::draw

(

)

[inline, virtual]

Write the graphics as unprocessed commands to gx.

Reimplemented from triangledisplay< TR >.

Definition at line 795 of file triangledisplay.h.

References gobjQuadric::radius.

Referenced by triangletest::test02().

{
  vector< gobj* > vi;

  if (triangledisplay<TR>::mesh)
    vi.push_back(new triangledisplaymesh<TR>(triangledisplay<TR>::gx,triangledisplay<TR>::tr));

  if (triangledisplay<TR>::midpoints)
    vi.push_back(new triangledisplaymidpoints<TR>(triangledisplay<TR>::gx,triangledisplay<TR>::tr));

  if (triangledisplay<TR>::bisectpoints)
    vi.push_back(new triangledisplaybisectpoints<TR>(triangledisplay<TR>::gx,triangledisplay<TR>::tr));


  gobjQuadric * gd = new gobjQuadric();
  gd->radius=.02;
  triangledisplay<TR>::gx.push( gd );

  typename TR::PTtype c;

  if (triangledisplay<TR>::centroid)
  {
    triangledisplay<TR>::gx.push( new gobjglColor3ub(0,255,0) );
    triangledisplay<TR>::tr.centroid(c);
    triangledisplay<TR>::gx.push( new gobjMySphereDraw(c,gd) );
  }

  if (triangledisplay<TR>::orthocenter)
  {
    triangledisplay<TR>::gx.push( new gobjglColor3ub(184,134,11) );
    triangledisplay<TR>::tr.orthocenter(c);
    triangledisplay<TR>::gx.push( new gobjMySphereDraw(c,gd) );
  }

  if (triangledisplay<TR>::circumcenter)
  {
    triangledisplay<TR>::gx.push( new gobjglColor3ub(255,0,0) );
    triangledisplay<TR>::tr.circumcenter(c);
    triangledisplay<TR>::gx.push( new gobjMySphereDraw(c,gd) );
  }

  if (triangledisplay<TR>::incenter)
  {
    triangledisplay<TR>::gx.push( new gobjglColor3ub(127,255,212) );
    triangledisplay<TR>::tr.incenter(c);
    triangledisplay<TR>::gx.push( new gobjMySphereDraw(c,gd) );
  }

  if (triangledisplay<TR>::fermatpoint)
  {
    triangledisplay<TR>::gx.push( new gobjglColor3ub(148,0,211) );
    triangledisplay<TR>::tr.fermatpoint(c);
    triangledisplay<TR>::gx.push( new gobjMySphereDraw(c,gd) );
  }

  if (triangledisplay<TR>::napoleanpoint)
  {
    triangledisplay<TR>::gx.push( new gobjglColor3ub(0,192,255) );
    triangledisplay<TR>::tr.napoleanpoint(c);
    triangledisplay<TR>::gx.push( new gobjMySphereDraw(c,gd) );
  }

  if (triangledisplay<TR>::gergonnepoint)
  {
    triangledisplay<TR>::gx.push( new gobjglColor3ub(127,255,0) );
    triangledisplay<TR>::tr.gergonnepoint(c);
    triangledisplay<TR>::gx.push( new gobjMySphereDraw(c,gd) );
  }

  for (uint i=0; i<vi.size(); ++i)
  {
    vi[i]->draw();
    delete vi[i];
  }
}

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

• primshpcenters/triangledisplay.h