Puzzle generator

CI Codecov.io License PHPStan Enabled PHP

This is a PHP library intended to render Rubik's cube puzzles as SVG images. The idea is to do this by navigating to https://puzzle-generator.robiningelbrecht.be/cube and provide query parameters to configure the desired cube.

It's heavily inspired by visualcube and PuzzleGen. Thanks to tdecker91 for providing these!

Examples

Default

https://puzzle-generator.robiningelbrecht.be/cube

default

Scrambled

https://puzzle-generator.robiningelbrecht.be/cube?cube[algorithm]=M2 E2 S2

scrambled

Cube size

https://puzzle-generator.robiningelbrecht.be/cube?cube[size]=6

cube size

Rotations

https://puzzle-generator.robiningelbrecht.be/cube?rotations[0][axis]=y&rotations[0][value]=120&rotations[1][axis]=x&rotations[1][value]=120

rotations

Color scheme

https://puzzle-generator.robiningelbrecht.be/cube?cube[colorScheme][U]=EFFF01&cube[colorScheme][R]=047F01

color scheme

Mask

https://puzzle-generator.robiningelbrecht.be/cube?cube[mask]=lastLayerEdges

mask

Case

https://puzzle-generator.robiningelbrecht.be/cube?cube[case]=F U' F' U2 F U R U' R' U' F'

Case

View from top

https://puzzle-generator.robiningelbrecht.be/cube?view=top

view from top

View as net

https://puzzle-generator.robiningelbrecht.be/cube?view=net

view as net

Combination

https://puzzle-generator.robiningelbrecht.be/cube?size=250&backgroundColor=cccccc&cube[size]=4&cube[algorithm]=R U D2

view as net

Documentation

Param Default Valid range Description
size 128 1 - 1024 The width and the height of the SVG container
backgroundColor transparent HTML hex color codes (ex. #FFFFFF) or transparent The background color of the SVG container
rotations 
[
  'axis': 'y',
  'value': 45,
],
[
  'axis': 'x',
  'value': -34,
]
 x | y | z with any valid degree The angle the puzzle is viewed at can be adjusted by passing in rotations. They are a list of angle rotations to perform on the puzzle before rendering. They can be adjusted to get the perfect view of the puzzle for your purposes.
view 3D 3D | top | net The view in which the cube will be rendered. Using top or net will override any custom viewport rotations passed in.
cube[size] 3 1 - 10 Value n represent an NxNxN cube
cube[colorScheme] 
[
  'U': '#FEFE00',
  'R': '#EE0000',
  'F': '#0000F2',
  'D': '#FFFFFF',
  'L': '#FFA100',
  'B': '#00D800',
]
 HTML hex color codes (ex. #FFFFFF) Any color can be used, but each color has to be unique.
cube[baseColor] #000000 HTML hex color codes (ex. #FFFFFF) Base color of the cube. In other words the lines between the stickers.
cube[mask] firstLayer | F2L | lastLayer | lastLayerCorners | lastLayerEdges | OLL Mask will gray out certain stickers of the puzzle to highlight the remaining stickers. Stickers are grayed out before algorithms are applied so we can see the effect of the algorithm.
cube[algorithm] ([2-9]+)?([UuFfRrDdLlBbMESxyz])(w)?(\d+\\'|\\'\d+|\d+|\\')? WCA cube notation. The rendered image will show the state of the puzzle after the algorithm has been applied.
cube[case] ([2-9]+)?([UuFfRrDdLlBbMESxyz])(w)?(\d+\\'|\\'\d+|\d+|\\')? Case is the opposite of an algorithm. It reverses the algorithm and then applies it to the puzzle. This is helpful to show the state of the puzzle before an algorithm is applied. This cannot be combined with algorithm

Development

Feel free to fork and make changes to your needs. Consider giving it a ⭐ when you do.

Clone repository

> git clone [email protected]:robiningelbrecht/puzzle-generator.git

Build Docker containers

> docker-compose up --build -d

Install dependencies

> docker-compose run --rm php-cli composer install

Navigate to http://localhost:9090