void Fl_GroupAniSwitch::NextStep()
{
bool neednext = false;
if ( src_src_pt.x != src_dst_pt.x )
{
int moves = 0;
if ( src_src_pt.x > src_dst_pt.x )
{
moves = calc_moves( src_src_pt.x, src_dst_pt.x );
src_src_pt.x -= moves;
}
else
if ( src_src_pt.x < src_dst_pt.x )
{
moves = calc_moves( src_dst_pt.x, src_src_pt.x );
src_src_pt.x += moves;
}
if ( moves != 0 )
neednext = true;
}
if ( dst_src_pt.x != dst_dst_pt.x )
{
int moves = 0;
if ( dst_src_pt.x > dst_dst_pt.x )
{
moves = calc_moves( dst_src_pt.x, dst_dst_pt.x );
dst_src_pt.x -= moves;
}
else
if ( dst_src_pt.x < dst_dst_pt.x )
{
moves = calc_moves( dst_dst_pt.x, dst_src_pt.x );
dst_src_pt.x += moves;
}
if ( moves != 0 )
neednext = true;
}
grp_src->position( src_src_pt.x, src_src_pt.y );
grp_dst->position( dst_src_pt.x, dst_src_pt.y );
grp_host->redraw();
if ( neednext == true )
{
Fl::repeat_timeout( draw_ms, fl_gas_timer_cb, this );
}
else
Finish();
}
// Retourner une liste de mouvements
void MakeDecision(const SGameState * const gameState, SMove moves[4], unsigned int lastTimeError)
{
ai_game_state = (SGameState*) gameState; // copie potentiellement modifiable du gameState
ai_register_current_fn(ai_game_state);
SList_moves* possibles_moves = NULL;
int lm = 0;
int max_lmove = 0; // entier qui indiquera la taille de la plus longue combinaison de coup
max_lmove = calc_moves(ai_game_state,&possibles_moves,&lm,0,0); // calcule les combinaisons de coups et récupère la taille de la plus grande
lm = clean_possibles_moves(&possibles_moves, lm, max_lmove);
SToRegisterFileName played_filename;
if (max_lmove != 0)
{
ai_best_move(moves, &possibles_moves, lm, ai_game_state, max_lmove, &played_filename);
ai_register_fn(played_filename);
free_SList_moves(&possibles_moves, lm, max_lmove);
}
}
