Struct cetkaik_yhuap_move_candidates::CetkaikCompact

pub struct CetkaikCompact;

Trait Implementations

impl CetkaikRepresentation for CetkaikCompact

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。

type Perspective = Perspective

type AbsoluteCoord = Coord

type RelativeCoord = Coord

type AbsoluteBoard = Board

type RelativeBoard = Board

type AbsolutePiece = PieceWithSide

type RelativePiece = PieceWithSide

type AbsoluteField = Field

type RelativeField = Field

type AbsoluteSide = Side

type RelativeSide = Side

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 tam2() -> Self::RelativePiece

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(
    board: &Self::RelativeBoard
) -> Vec<Self::RelativeCoord>

fn empty_squares_absolute(
    board: &Self::RelativeBoard
) -> Vec<Self::RelativeCoord>

fn hop1zuo1_of(
    side: Self::AbsoluteSide,
    field: &Self::AbsoluteField
) -> Vec<(Color, Profession)>

fn as_board_absolute(field: &Self::AbsoluteField) -> &Self::AbsoluteBoard

fn as_board_relative(field: &Self::RelativeField) -> &Self::RelativeBoard

fn is_water_relative(c: Self::RelativeCoord) -> 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