Chess-Engine

Chess Engine By Rikard

Logic Data Structure

Piece.json

{ "piece": "K" | "P" | "Q" | "R" | "B" | "N", "move-type": "leaper" | "slider", "capture-Type": "same" | "different", "flipped-for-black": true | false, "vectors": [ [x,y], ... ], "special": { "starting-pos-move": [ [x,y], ... ], "castle-l": [ [x,y], ... ], "castle-r": [ [x,y], ... ], "en-passant": [ [x,y], ... ] } }

ROADMAP

• Set up a basic chess game
  • Make a visual part for the chess engine.
    • Make a sprite object that has a draw function.
    • Finish sprite logic. Sprites should be able to be drawn anywhere but there needs to be logic that wraps around the sprite object in order to be able to spawn a sprite in any given tile on the chessboard.
    • When sprite logic is done, one should be able to drag pieces to other tiles. There should later be logic that blocks illegal moves.
    • Make the js read from a json file to be able to spawn in the starting formations etc. this can later be utilized to save formations/games to continue later.
  • Write the logic for the pieces
    • Make the logic modular by making a folder with json files containing logic such as possible moves for each piece i.e. K.json
  • Create functionality for the player to move the pieces
  • Implement the logic
    • Make the script read the logic from the logic folder.
      • Restructure async function calling and have everything inside a single init() function
      • Write the logic-reading function(s)
    • Make the script use the logic to determine possible movable squares for the dragged piece and then draw half opaque circles on the possible squares.
    • Make capturing possible
    • Have the game determine when someone has won.
• Create a basic chess engine now that you have made a functioning chess game.
  • Make the computer be able to input
  • Give it positive and negative feedback for behavior
  • Train the chess engines against each other and crown the winner