#[derive(Debug)] enum Tile { Blue, Yellow, Red, Black, Teal } #[derive(Debug)] struct Bag { blue: u8, yellow: u8, red: u8, black: u8, teal: u8 } impl Default for Bag { fn default() -> Self { Bag { blue: 20, yellow: 20, red: 20, black: 20, teal: 20 } } } #[derive(Default, Debug)] struct Factory { blue: u8, yellow: u8, red: u8, black: u8, teal: u8 } #[derive(Debug)] struct Market { start: u8, blue: u8, yellow: u8, red: u8, black: u8, teal: u8 } impl Default for Market { fn default() -> Self { Market { start: 1, blue: 0, yellow: 0, red: 0, black: 0, teal: 0 } } } #[derive(Debug, Default)] struct Patternline (Option, u8); type Patterns = [Patternline; 5]; type Row = [bool; 5]; type Wall = [Row; 5]; #[derive(Debug)] struct Board { score: u8, wall: Wall, floor: u8, patterns: Patterns, } impl Default for Board { fn default() -> Self { Board { score: 0, wall: Wall::default(), floor: 0, patterns: Patterns::default() } } } #[derive(Default, Debug)] pub struct Game { bag: Bag, market: Market, factories: Vec, boards: Vec } impl Game { pub fn new(players: usize) -> Result { let n_factories = match players { 2 => 5, 3 => 7, 4 => 9, _ => return Err("Not a valid amount of players") }; let mut factories = Vec::::with_capacity(n_factories); for _ in 0..n_factories { factories.push(Factory::default()) } let mut boards = Vec::::with_capacity(players); for _ in 0..players { boards.push(Board::default()); } let game = Game { bag: Bag::default(), market: Market::default(), factories: factories, boards: boards }; Ok(game) } }