dylnmc

#! /usr/bin/env python2

"""
This is one of the cooler python scripts that uses simple animation in Tkinter.

A bunch of white circles start positioned at the top of the Tkinter panel when it opens.
Then, on a light grey background, the snowflakes gently fall downwards. When they reach
the bottom, they apparently disappear and start back above the top of the screen and
fall back into view. This continuous and soothing snow fall was so relaxing that I made
it open in the background of my mac terminal, which had a transparent background.

dylnmc

#! /usr/bin/env python2

"""
This is an interesting script, to say the least, using simple animation in Tkinter.
 
A few of green circles start positioned at the top-left of the Tkinter panel when it
opens. Then, on a white background, the flies disperse and move in all directions in a
randomized way. If they hit the edge of the screen, they jump backwards as if it
shocked them. The random, even chaotic, movement of the circles makes them appear to be
a lot of flies buzzing around the screen.

dylnmc

#! /usr/bin/env python2

"""
This is a very bubbly yet simple animation in python's Tkinter.

A lot of turquoise circles start positioned at the bottom of the Tkinter panel when
it opens. Then, on a blue background, The bubbles float fall upwards. Depending on their
size, the rise at different speeds: the bigger the faster. When they reach the top, they
apparently disappear and start back below the bottom of the screen and float back into
view. It's really fun to watch it for a minute or so.

dylnmc

#! /usr/bin/env python
"""
View all of the cursors for your operating system and their names in a nice Tkinter-based Python script.
"""

__author__ = "dylnmc"

from Tkinter import *

# All of the cursors I could find - ordered very nicely for you :)

dylnmc

/*
  This game is for Unix only.
  
  It is a simple yet easily navigable Tic-Tac-Toe game for the Unix terminal. To run this file, go
  to your awesome Unix terminal (after you have downloaded this text file, of course) and
  navigate to this file. Then, compile and link the program with your handy compiler (which will
  almost definitely be installed unless you have removed it) using the command 'gcc TicTacToe.c'.
  This creates an executeable. To run it, you can simply type './a.out'. If you want to have a more
  memorable file and/or prevent conflicts, simply change the name with the 'mv' tool
  ('mv a.out TicTacToe') or use the '-o' ("output file") when compiling

dylnmc

#! /usr/bin/env python
__author__ = "dylnmc"

def main():
    from decimal import Decimal, getcontext
    from os import nice
    
    getcontext().prec = 100

    two = Decimal("2.0")

dylnmc

#!/usr/bin/env python3

if __name__ == '__main__':
    from sys import platform
    if not platform.startswith('linux'):
        from sys import stderr
        print('Sorry; this only works in Linux!', file=stderr)
        exit(1)
    from os import system
    from random import randint

dylnmc

#!/bin/sh

# view here:
# https://i.stack.imgur.com/OK3po.png

e=$'\e['

for n in {0..7}; do
    printf "${e}"'38;05;'"${n}"'m%-6s' '('"$n"') '
done

dylnmc

#!/usr/bin/env python3
# -*- coding: utf-8 -*-

def main(rgb):
    if len(rgb) != 3 and len(rgb) != 4:
        from sys import stderr, exit
        stderr.write('expected either "r g b" or (r,g,b) as input\n')
        exit(2)
    print("#"+("{:02x}"*3).format(*rgb[:3]))

dylnmc

" v!autocmd         (:

augroup Vimrc "                   (:
	autocmd!
	
	" vim shenanigans
	autocmd WinEnter,BufWinEnter $HOME/simplevimrc.vim call <sid>setupVimFile()
	autocmd BufWinLeave $HOME/simplevimrc.vim call <sid>cleanupVimFile()
	autocmd BufRead,TextChanged,FileChangedShellPost,FileReadPost,FilterReadPost,ShellFilterPost $HOME/simplevimrc.vim call <sid>computeFirstFolds()