//--------------------------------------------------------------------------------------------
MAD_REF load_one_model_profile_vfs( const char* tmploadname, const MAD_REF imad )
{
mad_t * pmad;
STRING newloadname;
if ( !VALID_MAD_RANGE( imad ) ) return ( MAD_REF )MAX_MAD;
pmad = MadStack.lst + imad;
// clear out the mad
mad_reconstruct( pmad );
// mark it as used
pmad->loaded = btrue;
// Make up a name for the model... IMPORT\TEMP0000.OBJ
strncpy( pmad->name, tmploadname, SDL_arraysize( pmad->name ) );
pmad->name[ SDL_arraysize( pmad->name ) - 1 ] = CSTR_END;
// Load the imad model
make_newloadname( tmploadname, "/tris.md2", newloadname );
// do this for now. maybe make it dynamic later...
//pmad->md2_ref = imad;
// load the model from the file
pmad->md2_ptr = md2_load( vfs_resolveReadFilename( newloadname ), NULL );
// set the model's file name
szModelName[0] = CSTR_END;
if ( NULL != pmad->md2_ptr )
{
strncpy( szModelName, vfs_resolveReadFilename( newloadname ), SDL_arraysize( szModelName ) );
/// @details BB@> Egoboo md2 models were designed with 1 tile = 32x32 units, but internally Egoboo uses
/// 1 tile = 128x128 units. Previously, this was handled by sprinkling a bunch of
/// commands that multiplied various quantities by 4 or by 4.125 throughout the code.
/// It was very counterintuitive, and caused me no end of headaches... Of course the
/// solution is to scale the model!
md2_scale_model( pmad->md2_ptr, -3.5f, 3.5f, 3.5f );
}
// Create the actions table for this imad
mad_rip_actions( pmad );
mad_heal_actions( pmad, tmploadname );
mad_finalize( pmad );
return imad;
}
void main (int argc, char **argv)
{
int menuopen = 0;
int x, y, x1;
CEvent cwevent;
XEvent xevent;
Window choicewin, editorwin, win3d;
init_desktop (&desktop);
stereo_init (argv[0]);
choicewin = Cdrawwindow ("choicewin", CMain, 0, 0, 10, 10, "");
Cgethintpos (&x, &y);
x1 = x;
Cdrawbutton ("load", choicewin, x, y, AUTO_SIZE,
" Load Image ");
Cgethintpos (&x, 0);
Cdrawbutton ("loadcal", choicewin, x, y, AUTO_SIZE,
" Load Calibration File ");
Cgethintpos (&x, 0);
Cdrawbutton ("showcal", choicewin, x, y, AUTO_SIZE,
" Display Calibration Points ");
Cgethintpos (0, &y); x = x1;
Cdrawbutton ("loadd", choicewin, x, y, AUTO_SIZE,
" Load Previous Desktop ");
Cgethintpos (&x, 0);
Cdrawbutton ("saved", choicewin, x, y, AUTO_SIZE,
" Save Previous Desktop ");
Cgethintpos (&x, 0);
Cdrawbutton ("finish", choicewin, x, y, AUTO_SIZE,
" Quit ");
Cgethintpos (0, &y); x = x1;
Cdrawbutton ("getpnt", choicewin, x, y, AUTO_SIZE,
" Triangulate Point ");
Cgethintpos (&x, 0);
Cdrawbutton ("getsurf", choicewin, x, y, AUTO_SIZE,
" Triangulate Multiple Points (Surface) ");
Cgethintpos (0, &y); x = x1;
Cdrawbutton ("getline", choicewin, x, y, AUTO_SIZE,
" Fit Line from Points ");
Cgethintpos (&x, 0);
Cdrawbutton ("getlineedge", choicewin, x, y, AUTO_SIZE,
" Fit Line from two Line Projections ");
Cgethintpos (0, &y); x = x1;
Cdrawbutton ("getcyl", choicewin, x, y, AUTO_SIZE,
" Fit Cylinder from Points ");
Cgethintpos (&x, 0);
Cdrawbutton ("getcyle", choicewin, x, y, AUTO_SIZE,
" Fit Cylinder from four Line Projections ");
Cgethintpos (0, &y); x = x1;
Cdrawbutton ("getcirc", choicewin, x, y, AUTO_SIZE,
" Fit Circle from Points ");
Cgethintpos (&x, 0);
Cdrawbutton ("getcircedge", choicewin, x, y, AUTO_SIZE,
" Fit Circle from Ellipses Projections ");
Cgethintpos (0, &y); x = x1;
Cdrawbutton ("getellipse", choicewin, x, y, AUTO_SIZE,
" Fit Ellipse from Points ");
Cgethintpos (&x, 0);
Csetsizehintpos ("choicewin");
editorwin = Cdrawwindow ("editorwin", CMain, 200, 100, 640 + 18, \
450 + 40 + 18 + TEXT_PIX_PER_LINE + 11, "");
Cdraweditor ("editor", editorwin, 6, 6 + 40,
640, 450, "", 0, "/home/terry/stereo-0.2b/tmp/");
CDrawEditMenuButtons ("em", editorwin, Cwidget ("editor")->winid, 10, 10);
Caddcallback ("editor", cb_editor);
Cdraw3dobject ("3dview", win3d = Cdrawwindow ("3dplanewin",
CMain, 150, 150, WIDTH3D + 100, 16 + HEIGHT3D, ""), 6, 6,
WIDTH3D, HEIGHT3D, 1, 256);
Cdrawbutton ("plshr", win3d, WIDTH3D + 20, 10, 70, 20, "Shrink");
Cdrawbutton ("plenl", win3d, WIDTH3D + 20, 40, 70, 20, "Enlarge");
Cdrawbutton ("newrender", win3d, WIDTH3D + 20, 70, 70, 20, "New render");
Cdrawbutton ("density", win3d, WIDTH3D + 20, 100, 70, 20, "Density");
Cdrawbutton ("flattri", win3d, WIDTH3D + 20, 130, 70, 20, "Flat Triangle");
Cdrawbutton ("savewin", win3d, WIDTH3D + 20, 160, 70, 20, "Save Window");
Caddcallback ("getpnt", cb_getpoint);
Caddcallback ("getellipse", cb_getellipse);
Caddcallback ("getcircedge", cb_getcircleedge);
Caddcallback ("load", cb_newimage);
Caddcallback ("3dview", cb_3dplane);
Caddcallback ("newrender", cb_newrender);
Caddcallback ("getsurf", cb_getsurface);
Caddcallback ("getline", cb_getline);
Caddcallback ("getcirc", cb_getcircle);
Caddcallback ("getcyle", cb_getcylinderedge);
Caddcallback ("getcyl", cb_getcylinder);
Caddcallback ("getlineedge", cb_getlineedge);
Caddcallback ("loadcal", cb_loadcal);
Caddcallback ("showcal", cb_showcal);
Caddcallback ("saved", cb_save_desktop);
Caddcallback ("loadd", cb_load_desktop);
Caddcallback ("savewin", cb_save_window);
if (argc > 1)
if (*argv[1] != '-')
do_load_desktop (&desktop, argv[1]);
do {
CNextEvent (&xevent, &cwevent);
if (!strcmp (cwevent.ident, "plshr")) {
Cwidget ("3dview")->solid->distance += 2400;
Cwidget ("3dview")->solid->y_cam += 2400;
Credraw3dobject ("3dview", 0);
}
if (!strcmp (cwevent.ident, "plenl")) {
Cwidget ("3dview")->solid->distance -= 2400;
Cwidget ("3dview")->solid->y_cam -= 2400;
Credraw3dobject ("3dview", 0);
}
if (!strcmp (cwevent.ident, "flattri")) {
CWidget *w = Cwidget ("3dview");
if (w->solid->option_flags & TDOPTION_FLAT_TRIANGLE) {
w->solid->option_flags &= 0xFFFFFFFF - TDOPTION_FLAT_TRIANGLE;
} else {
w->solid->option_flags |= TDOPTION_FLAT_TRIANGLE;
}
Credraw3dobject ("3dview", 0);
}
if (!strcmp (cwevent.ident, "kill")) {
menuopen = 0;
Cundrawwidget ("win1");
}
} while (strcmp (cwevent.ident, "finish"));
Cundrawall ();
mad_finalize (__FILE__, __LINE__);
}
