WebSVN – Games.Chess Giants – Diff – /board.cpp



   // reset all selection and hovering information
   Board_SetSelectedAndHovered (board, -1, -1, -1, -1);
 
   // set the game rules to the specified one
   wcscpy_s (board->game_rules, WCHAR_SIZEOF (board->game_rules), game_rules);
 
   // if white is human AND black is computer AND white prefers to play black, swap sides
   if ((white_playertype == PLAYER_HUMAN) && (black_playertype == PLAYER_COMPUTER) && options.want_playblackside)
      board->want_playerswap = true; // remember to swap sides
 
   // notify that board was just set up
   board->was_setup = true;
   board->players[COLOR_WHITE].should_wakeup = true;
   board->players[COLOR_BLACK].should_wakeup = true;

 
   // get a quick access to board's last move
   last_move = &board->moves[board->move_count - 1];
 
   // prepare the new move
   memset (&new_move, 0, sizeof (new_move));
   new_move.color = 1 - last_move->color; // switch colors
   new_move.part = last_move->slots[from_line][from_column].part; // save the move part type
   new_move.promotion_type = promotion_type; // save the promotion type
   new_move.has_captured = false; // assume there's no capture until told otherwise
   new_move.is_enpassant = false; // assume no en passant coup is played until told otherwise

   // evaluate check and stalemate status
   new_move.is_check = Move_IsCheck (&new_move, 1 - new_move.color); // save whether opponent is in check or not
   new_move.is_stalemate = Move_IsStaleMate (&new_move, 1 - new_move.color); // save whether opponent is stalemate
 
   // describe our move in Standard Abbreviated Notation and describe the resulting table in Forsyth-Edwards Notation
   Move_DescribeInSAN (&new_move, last_move, new_move.pgntext, WCHAR_SIZEOF (new_move.pgntext), false); // don't use the localized part abbreviations
   Move_DescribeInFEN (&new_move);
 
   // resize the previous moves array and insert our new move at the end of it
   board->moves = (boardmove_t *) SAFE_realloc (board->moves, board->move_count, board->move_count + 1, sizeof (boardmove_t), false);
   memcpy (&board->moves[board->move_count], &new_move, sizeof (boardmove_t));

Subversion Repositories Games.Chess Giants

Games.Chess Giants/board.cpp – Rev 177 → 193

Rev 177		Rev 193
Line 45...		Line 45...
45	// reset all selection and hovering information	45	// reset all selection and hovering information
46	Board_SetSelectedAndHovered (board, -1, -1, -1, -1);	46	Board_SetSelectedAndHovered (board, -1, -1, -1, -1);
47		47
48	// set the game rules to the specified one	48	// set the game rules to the specified one
49	wcscpy_s (board->game_rules, WCHAR_SIZEOF (board->game_rules), game_rules);	49	wcscpy_s (board->game_rules, WCHAR_SIZEOF (board->game_rules), game_rules);
-		50
-		51	// if white is human AND black is computer AND white prefers to play black, swap sides
-		52	if ((white_playertype == PLAYER_HUMAN) && (black_playertype == PLAYER_COMPUTER) && options.want_playblackside)
-		53	board->want_playerswap = true; // remember to swap sides
50		54
51	// notify that board was just set up	55	// notify that board was just set up
52	board->was_setup = true;	56	board->was_setup = true;
53	board->players[COLOR_WHITE].should_wakeup = true;	57	board->players[COLOR_WHITE].should_wakeup = true;
54	board->players[COLOR_BLACK].should_wakeup = true;	58	board->players[COLOR_BLACK].should_wakeup = true;
Line 256...		Line 260...
256		260
257	// get a quick access to board's last move	261	// get a quick access to board's last move
258	last_move = &board->moves[board->move_count - 1];	262	last_move = &board->moves[board->move_count - 1];
259		263
260	// prepare the new move	264	// prepare the new move
-		265	memset (&new_move, 0, sizeof (new_move));
261	new_move.color = 1 - last_move->color; // switch colors	266	new_move.color = 1 - last_move->color; // switch colors
262	new_move.part = last_move->slots[from_line][from_column].part; // save the move part type	267	new_move.part = last_move->slots[from_line][from_column].part; // save the move part type
263	new_move.promotion_type = promotion_type; // save the promotion type	268	new_move.promotion_type = promotion_type; // save the promotion type
264	new_move.has_captured = false; // assume there's no capture until told otherwise	269	new_move.has_captured = false; // assume there's no capture until told otherwise
265	new_move.is_enpassant = false; // assume no en passant coup is played until told otherwise	270	new_move.is_enpassant = false; // assume no en passant coup is played until told otherwise
Line 377...		Line 382...
377	// evaluate check and stalemate status	382	// evaluate check and stalemate status
378	new_move.is_check = Move_IsCheck (&new_move, 1 - new_move.color); // save whether opponent is in check or not	383	new_move.is_check = Move_IsCheck (&new_move, 1 - new_move.color); // save whether opponent is in check or not
379	new_move.is_stalemate = Move_IsStaleMate (&new_move, 1 - new_move.color); // save whether opponent is stalemate	384	new_move.is_stalemate = Move_IsStaleMate (&new_move, 1 - new_move.color); // save whether opponent is stalemate
380		385
381	// describe our move in Standard Abbreviated Notation and describe the resulting table in Forsyth-Edwards Notation	386	// describe our move in Standard Abbreviated Notation and describe the resulting table in Forsyth-Edwards Notation
382	Move_DescribeInSAN (&new_move, ~~last_move~~);	387	Move_DescribeInSAN (&new_move, last_move, new_move.pgntext, WCHAR_SIZEOF (new_move.pgntext), false); // don't use the localized part abbreviations
383	Move_DescribeInFEN (&new_move);	388	Move_DescribeInFEN (&new_move);
384		389
385	// resize the previous moves array and insert our new move at the end of it	390	// resize the previous moves array and insert our new move at the end of it
386	board->moves = (boardmove_t *) SAFE_realloc (board->moves, board->move_count, board->move_count + 1, sizeof (boardmove_t), false);	391	board->moves = (boardmove_t *) SAFE_realloc (board->moves, board->move_count, board->move_count + 1, sizeof (boardmove_t), false);
387	memcpy (&board->moves[board->move_count], &new_move, sizeof (boardmove_t));	392	memcpy (&board->moves[board->move_count], &new_move, sizeof (boardmove_t));