This is a web wrapper, playable sokoban game, editor and visualiser for sokoban solving, using Python through Web Assembly. All client side

Live application - https://dangarfield.github.io/sokoban-solver/

I wanted to help my 4 year get through some of the push the box levelss on his little camera and I couldn't, so I adapted this and added an additional presentation format.

All of the hard work relates to https://github.com/KnightofLuna/sokoban-solver.

• Not required - All executed in the browser
• Live application - https://dangarfield.github.io/sokoban-solver/
• To run locally, simply run a standard web server (eg, NodeJs, serve .) on the root directory and open in a browser

• You can edit the initial levels in levels.txt, adding more levels, solutions are grids as appropriate
• Click any cell to cycle between floor, wall, block, target and player. There are interim states (target-block, target-player) that are ommtted fr the sake of simplicity in setting. You can always edit the level files (space = floor, # = wall, B = block, . = target, & = player, X = block on target, % = player on target)
• New grids can be added and existing grids overwritten by saving. All saved grids are stored in your browser's localStorage
• Play the game with WASD or ArrowKeys, press Escape of space to restart from the saved map
• Click Solve to solve the game and interate through the solution with Prev and Next buttons - Solutions are cached, but some solves take a long timeß

• See KnightOfLuna's explanation here - https://github.com/KnightofLuna/sokoban-solver
• Summary - Graph is solved through one of 4 methods, Breadth First Search, Depth First Search, Uniform Cost Search and A* Search. The default method for solving is A* Search, configurable in main.js