// Number of pieces of each color and type
int piece_count(Color c, PieceType pt) const;
- int pawn_count(Color c) const;
- int knight_count(Color c) const;
- int bishop_count(Color c) const;
- int rook_count(Color c) const;
- int queen_count(Color c) const;
// The en passant square:
Square ep_square() const;
return pieceCount[c][pt];
}
-inline int Position::pawn_count(Color c) const {
- return piece_count(c, PAWN);
-}
-
-inline int Position::knight_count(Color c) const {
- return piece_count(c, KNIGHT);
-}
-
-inline int Position::bishop_count(Color c) const {
- return piece_count(c, BISHOP);
-}
-
-inline int Position::rook_count(Color c) const {
- return piece_count(c, ROOK);
-}
-
-inline int Position::queen_count(Color c) const {
- return piece_count(c, QUEEN);
-}
-
inline Square Position::piece_list(Color c, PieceType pt, int index) const {
return pieceList[c][pt][index];
}
inline bool Position::opposite_colored_bishops() const {
- return bishop_count(WHITE) == 1
- && bishop_count(BLACK) == 1
+ return piece_count(WHITE, BISHOP) == 1
+ && piece_count(BLACK, BISHOP) == 1
&& square_color(piece_list(WHITE, BISHOP, 0)) != square_color(piece_list(BLACK, BISHOP, 0));
}