Remove disks which touch and have the same colour.
Use the mouse to see which disks will be removed; the disks will be highlighted. Click to remove them. More disks give more points. Removing 2 disks gives no points, but it can move surrounding disks. Plan ahead and arrange disks in larger groups.
Scoring: 3 disks give 1 point; 4 give 4; 5 give 9; 6 give 16; 7 give 25; etc.
The formula to calculate points is (n-2)^2.
Enlève des disques de la même couleur.
Il y a plusieurs disques dans la boîte; ils sont rouges, jaunes, ou verts. Tu peux enlever les disques qui ont la même couleur et se touchent. Plus tu enlèves de disques à la fois, plus tu gagnes des points. Attention, la différence est énorme: deux donne 0, trois donne 1, quatre donne 4, cinq donne 9, six donne 16; un disque de plus fait beaucoup de différence.
La formule pour calculer les points est (n-2)^2.
Tapping the space bar will shake the box holding the disks. This forces the disks to move. They may not move much or they may get into a better configuration (allowing more disks to be removed).
Made with Löve2D and Fennel.
Download Löve2D from the main page. They have options for Windows, macOS, Linux, and Android. You may have to configure your computer to associate .love files with the Löve2D executable.
Note: I have not tested this on MacOS or Android.
Fennel is a programming language that brings together the simplicity, speed, and reach of Lua with the flexibility of a lisp syntax and macro system.
Lua is flexible enough to read the Fennel code and compile it dynamically.
The game structure comes from Alexander Griffith's min-love2d-fennel This, in turn, is based on technomancy's Lisp Game Jam winner EXO_encounter 667.
(min-love2d-fennel](https://gitlab.com/alexjgriffith/min-love2d-fennel]
(EXO_encounter 667)[https://love2d.org/forums/viewtopic.php?t=85189]
Löve2D loads and executes the file main.lua. In this case, it configures Lua to load Fennel files and dynamically compile them. The game uses modes for intro, help, fill, play, and high scores. There is a script for each mode; requiring a mode returns a table with the functions for that mode. The wrap script uses this table to execute the code for the current mode.
