Input the starting coordinates, and the program will start drawing a fourmide pattern from there. As you can guess by the length of this paragraph, this is the most notable program in the PyFive. As well as that, a perfect scale is calculated so that all the graphs can fit on the screen. ![]() Multiple line graphs can share the same graph, and they are each assigned a random colour. ![]() All starting numbers get to a 4-2-1 loop, which is when the program stops drawing. But put simply, if the number is even, half it, if the number is odd, times it by 3 and add 1. If you don't know what that is, it's probably worth following the link below. ![]() Here is a brief description of each program (in alphabetical order):Ĭollatz draws graph(s) of lines caused by the Collatz Conjecture. However, one side effect of that is the code is very unreadable. I have tried my best to keep the file size of these programs small so that you can store as many games as possible on your calculator. ![]() The only key that can be detected is AC, and each program describes what (if anything) the AC button does. They all take advantage of the module Casioplot (but take input through traditional methods)Īs you may be aware, Casioplot is very limited when it comes to detecting key presses. Welcome to the PyFive, 5 small games or graphics programs written in Python.
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