Syncrossus

 def histogram(in_list):
     hist = [[0] * len(in_list) for _ in range(max(in_list))]
     for i in range(len(hist)):
         for j, val in enumerate(in_list):
             if val > i:
                 hist[i][j] = 1
     out_str = ''
     for subl in hist[::-1]:
         for val in subl:
             if val:

Syncrossus

## Python syntax highlighting rules for Nano
## The colors chosen here may seem strange.
## In my terminal, "yellow" = orange, "magenta" = purple, "brightyellow" = yellow, "cyan" = teal.
## Since there is no actual magenta, I used "brightred" which is the closest I could get.
## Since there is no grey, black is difficult to read in a terminal and setting the background to
##   white is harsh on the eyes, I decided to use teal for comments.

syntax "python" "\.py$"
header "^#!.*/(env +)?python[-0-9._]*( |$)"
magic "Python script"

Syncrossus

import string
import random

vowels = 'aeiouy'
consonants = list(set(string.ascii_lowercase).difference(set(vowels)))
def generate_name():
    name = ''
    consecutive_consonants = 0
    for i in range(random.randint(3, 10)):
        new_letter = random.choice(string.ascii_lowercase)

Syncrossus

import PyPDF2 as PDF
import sys


def pdf_cat(allPdfFiles):
    merger = PDF.PdfFileMerger(strict=False)

    for filename in allPdfFiles:
        merger.append(PDF.PdfFileReader(filename, strict=False))

Syncrossus

from pygments import highlight
from pygments.lexers import get_lexer_by_name
from pygments.formatters import BBCodeFormatter

import re
import sys


def get_comments(code):
    """ Extracts comments and docstrings from python code.

Syncrossus

import sys

from numpy import argmax

translate = {
    'I': 1,
    'V': 5,
    'X': 10,
    'L': 50,
    'C': 100,

Syncrossus

import sys

from math import ceil
from hsv_to_rgb import hsv_to_rgb
from rgb_to_hsv import rgb_to_hsv


def compress_color(pixel, level=16):
    """ Compresses color by a specified factor.
        Compressed colors are rounded up.

Syncrossus

def hsv_to_rgb(pixel):
    """ converts a pixel expressed in RGB to an HSV expression
        see https://en.wikipedia.org/wiki/HSL_and_HSV#HSV_to_RGB
        Args:
            pixel<(h, s, v)>:
                h <float[0-360]>: hue
                s <float[0-1]>: saturation
                v <float[0-1]>: "value" (brightness)
        Return:
            r <int[0-255]>: red value

Syncrossus

import sys
# values for 0-9 a-z as specified in the comic, with an additional 0 for
# unrecognized characters.
values = [60, -74, 6, 55, 35, 74, 6, -58, -67, -37, -14, -5, 27, -21, -45, 5,
          27, -44, -21, 64, 32, 12, 19, -46, -80, -27, 40, 8, 15, -18, -68,
          41, -20, 126, -90, 83, 0]


def to_index(c):
    """ Determines the index to look at in the `values' list given a character c

Syncrossus

# Garbage matcher
# matches any string consisting of only |, <, >, +, *, ^, #, =, and hyphen chains.
# this is to identify patterns like ++<===> ######## <---->^^ which serve no purpose but to decorate the text
/(\||(--+)|(__+)|<|>|\+|\*|\^|#|=|~)+|(\\|_|\/){2,}/

# Garbage matcher 2
# matches anything that isn't a letter, space or basic punctuation.
# this is typically useful for cleaning up emojis
/.(?<!([a-zA-Z0-9]|,|\.|'| |\?|\!))/