Trait cetkaik_yhuap_move_candidates::CetkaikRepresentation

source · 
pub trait CetkaikRepresentation {
    type Perspective: Copy + Eq;
    type AbsoluteCoord: Copy + Eq + Debug;
    type RelativeCoord: Copy + Eq;
    type AbsoluteBoard: Clone + Debug + IsAbsoluteBoard<PieceWithSide = Self::AbsolutePiece, Coord = Self::AbsoluteCoord>;
    type RelativeBoard: Copy;
    type AbsolutePiece: Copy + Eq;
    type RelativePiece: Copy + Eq;
    type AbsoluteField: Clone + Debug + IsField<PieceWithSide = Self::AbsolutePiece, Coord = Self::AbsoluteCoord, Side = Self::AbsoluteSide> + IsAbsoluteField;
    type RelativeField;
    type AbsoluteSide: Copy + Eq + Debug + Not;
    type RelativeSide: Copy + Eq;


Show 27 methods    fn to_absolute_coord(
        coord: Self::RelativeCoord,
        p: Self::Perspective
    ) -> Self::AbsoluteCoord;
    fn add_delta(
        coord: Self::RelativeCoord,
        row_delta: isize,
        col_delta: isize
    ) -> Option<Self::RelativeCoord>;
    fn relative_get(
        board: Self::RelativeBoard,
        coord: Self::RelativeCoord
    ) -> Option<Self::RelativePiece>;
    fn relative_clone_and_set(
        board: &Self::RelativeBoard,
        coord: Self::RelativeCoord,
        p: Option<Self::RelativePiece>
    ) -> Self::RelativeBoard;
    fn absolute_get(
        board: &Self::AbsoluteBoard,
        coord: Self::AbsoluteCoord
    ) -> Option<Self::AbsolutePiece>;
    fn is_tam_hue_by_default(coord: Self::RelativeCoord) -> bool;
    fn relative_tam2() -> Self::RelativePiece;
    fn absolute_tam2() -> Self::AbsolutePiece;
    fn is_upward(s: Self::RelativeSide) -> bool;
    fn match_on_piece_and_apply<U>(
        piece: Self::RelativePiece,
        f_tam: &dyn Fn() -> U,
        f_piece: &dyn Fn(Profession, Self::RelativeSide) -> U
    ) -> U;
    fn empty_squares_relative(
        current_board: &Self::RelativeBoard
    ) -> Vec<Self::RelativeCoord>;
    fn empty_squares_absolute(
        current_board: &Self::AbsoluteBoard
    ) -> Vec<Self::AbsoluteCoord>;
    fn hop1zuo1_of(
        side: Self::AbsoluteSide,
        field: &Self::AbsoluteField
    ) -> Vec<ColorAndProf>;
    fn as_board_absolute(field: &Self::AbsoluteField) -> &Self::AbsoluteBoard;
    fn as_board_mut_absolute(
        field: &mut Self::AbsoluteField
    ) -> &mut Self::AbsoluteBoard;
    fn as_board_relative(field: &Self::RelativeField) -> &Self::RelativeBoard;
    fn is_water_relative(c: Self::RelativeCoord) -> bool;
    fn is_water_absolute(c: Self::AbsoluteCoord) -> bool;
    fn loop_over_one_side_and_tam(
        board: &Self::RelativeBoard,
        side: Self::RelativeSide,
        f_tam_or_piece: &mut dyn FnMut(Self::RelativeCoord, Option<Profession>)
    );
    fn to_relative_field(
        field: Self::AbsoluteField,
        p: Self::Perspective
    ) -> Self::RelativeField;
    fn to_relative_side(
        side: Self::AbsoluteSide,
        p: Self::Perspective
    ) -> Self::RelativeSide;
    fn get_one_perspective() -> Self::Perspective;
    fn absolute_distance(a: Self::AbsoluteCoord, b: Self::AbsoluteCoord) -> i32;
    fn absolute_same_direction(
        origin: Self::AbsoluteCoord,
        a: Self::AbsoluteCoord,
        b: Self::AbsoluteCoord
    ) -> bool;
    fn to_cetkaikcore_absolute_side(a: Self::AbsoluteSide) -> Side;
    fn from_cetkaikcore_absolute_side(a: Side) -> Self::AbsoluteSide;
    fn has_prof_absolute(piece: Self::AbsolutePiece, prof: Profession) -> bool;

}

Required Associated Types§

Required Methods§

Implementors§

cetkaik_compact_representation クレートに基づいており、視点を決め打ちして絶対座標=相対座標として表現する。 この impl においては、IAは常に一番下の行であり、初期状態でIA行を占有していたプレイヤーは駒が上向き（=あなた）である。 つまり、Upward は常に IASide へと読み替えられる。

cetkaik_core クレートに基づいており、視点に依らない絶対座標での表現と、視点に依る相対座標への表現を正しく相互変換できる。