/*
  XBlockOut a 3D Tetris

  Copyright (C) 1992,1993,1994,2001  Thierry EXCOFFIER

  This program is free software; you can redistribute it and/or modify
  it under the terms of the GNU General Public License as published by
  the Free Software Foundation; either version 1, or (at your option)
  any later version.

  This program is distributed in the hope that it will be useful,
  but WITHOUT ANY WARRANTY; without even the implied warranty of
  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
  GNU General Public License for more details.

  You should have received a copy of the GNU General Public License
  along with this program; if not, write to the Free Software
  Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.

  Contact: Thierry.EXCOFFIER@liris.univ-lyon1.fr
*/
#include "movingbloc.h"

#if HAVE_STDLIB_H
#include <stdlib.h>
#endif


void initbloc(struct movingbloc *b)
{
  int i ;

  i = 0 ;

  /* 1 */
  b->piece[i++] = createbloc("") ;
  /* 2 */
  b->piece[i++] = createbloc("l") ;
  /* 3 */
  b->piece[i++] = createbloc("ll") ;
  b->piece[i++] = createbloc("lu") ;
  /* 4 */
  b->piece[i++] = createbloc("lur") ;
  b->piece[i++] = createbloc("rudr") ;
  b->piece[i++] = createbloc("rur") ;
  b->piece[i++] = createbloc("drr") ;
  b->piece[i++] = createbloc("rrr") ;
  /* 5 */
  b->piece[i++] = createbloc("drru") ;
  b->piece[i++] = createbloc("urur") ;
  b->piece[i++] = createbloc("ruddur") ;
  b->piece[i++] = createbloc("urru") ;
  b->piece[i++] = createbloc("urudr") ;
  b->piece[i++] = createbloc("uudrr") ;
  b->piece[i++] = createbloc("ddrr") ;
  b->piece[i++] = createbloc("drdl") ;
  b->piece[i++] = createbloc("rrru") ;
  b->piece[i++] = createbloc("rurr") ;
  b->piece[i++] = createbloc("rudrr") ;
  b->piece[i++] = createbloc("rrrr") ;
  b->flat = i ;

  /* simple volume Pieces (and some flat) */

  /* 4 */
  b->piece[i++] = createbloc("udrlb") ;
  b->piece[i++] = createbloc("fru") ; /* Non symetric */
  b->piece[i++] = createbloc("ldb") ;
  /* 5 */
  b->piece[i++] = createbloc("drlbfd") ;
  b->piece[i++] = createbloc("frul") ;
  b->simple = i ;

  /* Complex Pieces */

  /* 5 */
  b->piece[i++] = createbloc("fuur") ; /* Non symetric */
  b->piece[i++] = createbloc("frru") ;
  b->piece[i++] = createbloc("furlu") ; /* Non symetric */
  b->piece[i++] = createbloc("frudr") ;
  b->piece[i++] = createbloc("furr") ; /* Non symetric */
  b->piece[i++] = createbloc("fruu") ; 
  b->piece[i++] = createbloc("rfdr") ; /* Non symetric */
  b->piece[i++] = createbloc("rfur") ; 
  b->piece[i++] = createbloc("furu") ; /* Non symetric */
  b->piece[i++] = createbloc("frur") ;
  b->piece[i++] = createbloc("rbfur") ; /* Non symetric */
  b->piece[i++] = createbloc("rbfdr") ;
  b->piece[i++] = createbloc("fldb") ;
  b->piece[i++] = createbloc("fudrr") ;
  b->piece[i++] = createbloc("rrldb") ;

  if ( i > sizeof(b->piece) / sizeof(b->piece[0]) )
    {
      abort() ;
    }

  b->complex = i ;
  b->work = 0 ;
}