/usr/share/yorick/i/glcompat.i is in yorick-gl 1.1+cvs20070922+dfsg-6.1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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* $Id: glcompat.i,v 1.1.1.1 2005/09/18 22:07:49 dhmunro Exp $
* This file contains functions from earlier versions of
* yorgl that have been replaced or renamed. They are provided
* to allow earlier decks to run with newer versions of yorgl.
* Please do not rely on these functions for the long term -
* they may break at some point in the future.
*/
/* Copyright (c) 2005, The Regents of the University of California.
* All rights reserved.
* This file is part of yorick (http://yorick.sourceforge.net).
* Read the accompanying LICENSE file for details.
*/
func draw3(called_as_idler)
{
draw3d,called_as_idler;
}
func draw3_trigger
{
draw3d_trigger;
}
func clear3(void)
{
clear3d;
}
func clear3_direct(void)
{
clear3d_direct;
}
func clear3_cache(void)
{
clear3d_cache;
}
func gl_getbackrgb(void)
{
return getbackrgb3d();
}
func gl_getcage_rgb(void)
{
return getcage_rgb3d();
}
func gl_getgrid_rgb(void)
{
return getgrid_rgb3d();
}
func light3(ambient=,diffuse=,specular=,spower=,sdir=)
{
light3(ambient=ambient,diffuse=diffuse,specular=specular,
spower=spower,sdir=sdir);
}
func stdview3(dummy)
{
stdview3;
}
func prtview3
{
prtview3;
}
func lookat(eye,center,up)
{
return lookat3d(eye,center,up);
}
func get3lims(dummy)
{
return get3lims(dummy);
}
func get3_normal(xyz, nxyz)
{
return get_normal3d(xyz, nxyz);
}
func get3_centroid(xyz, nxyz)
{
return get_centroid3d(xyz, nxyz);
}
func pl3dpoly_gl(nv, xyz, color, norm, draw_edge=)
{
return plpoly3d(nv, xyz, color, norm, draw_edge=draw_edge);
}
func pl3dcell_gl(corners, color)
{
return plcell3d(corners, color);
}
func plm3d_gl(xyz, color)
{
return plm3d(xyz, color);
}
func plf3d_gl(xyz, color)
{
return plf3d(xyz, color);
}
func surf3d_gl(xyz, norm, color, flip=)
{
return plsurf3d(xyz, norm, color, flip=flip);
}
func colrsurf3d_gl(xyz, norm, color, flip=)
{
return plcolrsurf3d(xyz, norm, color, flip=flip);
}
func pl3dlines_gl(xyz, color)
{
return pllines3d(xyz, color);
}
func pl3dpoints_gl(xyz, color)
{
return plpoints3d(xyz, color);
}
func pl3dglyphs_gl(xyz, scal, theta, phi, color)
{
return plglyphs3d(xyz, scal, theta, phi, color);
}
func pl3dtrilists(tris,flip=,offset=,cubemap=,emit=)
{
return pltrilists3d(tris,flip=flip,offset=offset,cubemap=cubemap,emit=emit);
}
func pl3dtstrips_gl(nv, xyz, color, norm, draw_edge=)
{
return pltstrips3d(nv, xyz, color, norm, draw_edge=draw_edge);
}
func pl3dqstrips_gl(nv, xyz, color, norm, draw_edge=)
{
return plqstrips3d(nv, xyz, color, norm, draw_edge=draw_edge);
}
func pl3dtivstrips_gl(nv, ndx, xyz, norm, color, draw_edge=)
{
return pltivstrips3d(nv, ndx, xyz, norm, color, draw_edge=draw_edge);
}
func pl3dtarray_gl(xyz, norm, color, ntri, cubemap, emit, draw_edge=)
{
return pltarray3d(xyz, norm, color, ntri, cubemap, emit, draw_edge=draw_edge);
}
func pl3dqarray_gl(xyz, norm, color, nquad, draw_edge=)
{
return plqarray3d(xyz, norm, color, nquad, draw_edge=);
}
func pl3dtivarray_gl(ptndx, xyz, norm, color, ntri, nvert)
{
return pltivarray3d(ptndx, xyz, norm, color, ntri, nvert);
}
func putpix_gl(arr)
{
return putpix3d(arr);
}
func pl3dtexcell2_gl(delta, texval)
{
return pltex2dvol(delta, texval);
}
func pltex3d_gl(nslab, boxsiz, texval, origin=)
{
return pltex3dvol(nslab, boxsiz, texval, origin=origin);
}
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