harrytallbelt

let oneWayCapacity a =
    let mutable max = 0
    a |> List.map (fun e -> if e > max then max <- e; 0 else max - e)
    
let totalCapacity a =
    let aL = a |> oneWayCapacity
    let aR = a |> List.rev |> oneWayCapacity |> List.rev
    List.map2 min aL aR |> List.sum

harrytallbelt

#!/bin/bash

mkdir results

for image in *.jpg
do
  convert -colorspace Gray -interlace Plane -gaussian-blur 0.05 -quality 50% $image ./results/$image
done

harrytallbelt

// Indentation unit: predicate components are indented with this string,
// repeated several times, depending on their nesting level.
// Use '' for no identation.
const DEFAULT_INDENT_STR = '  '
// All lines end with this string; predicates on the top level
// are separated with twice this string.
// Use ' ' for a one-line output ('' won't lead to valid predicates).
const DEFAULT_LINE_ENDING = '\n'
// An s-list shorter than this would be a one-liner.
// This number is not exact, though (see `estimatedLength`).

harrytallbelt

# count lines in all inner js files of a project
cat `find . | grep -v 'node_modules' | grep '.*.js$'` | wc -l

# list all the js files that contain a word
grep -v 'node_modules' | grep '.*.js$' | xargs grep 'SEARCHWORD' -l

harrytallbelt

# Create a new bare repo.
cd origin-parh
mkdir repo.git
cd repo.git
git --bare init

# Make an already existing repo bare.
cd origin-parh
mkdir repo
cd repo

harrytallbelt

import math
import itertools

# Tested with dictionary from github.com/dwyl/english-words
WORDS_DICT_FILENAME = 'words_dictionary.json'

__dict = None
def get_valid_words():
    global __dict
    if __dict:

harrytallbelt

// matrix -- a 1D array, that stores matrix A[rows,columns] by rows
// i.e. [A[0,0],A[0,1],..,A[0,columns-1],A[1,0],A[1,1],..,A[1,columns-1],..]
// rows -- number of rows in A
// columns -- number of columns in A
function transpose(matrix, rows, columns) {
  // Let's write down some index conversion functions.
  // You can convert 1D array index to
  // (rows*columns) matrix index like that
  const C = k => [Math.floor(k / columns), k % columns]
  // You can do the reverse this way:

harrytallbelt

import math

# 1, 2, 3, .. 26, 27, ... -> 'a', 'b', 'c', .. 'z', 'aa', ...
def to_row_code(row_index):
  prefix = ''
  if row_index > 26:
    prefix = to_row_code(math.ceil((row_index - 26) / 26))
  return prefix + chr(ord('a') + (row_index - 1) % 26)

harrytallbelt

const LINE_WIDTH = 80 // 150
const CONTINUATION_PROBABILITY = 0.9
const FRAMERATE = 100

console.log('\x1b[32m') // green text
console.log('\x1b[40m') // black bg

let line = []
for (let i = 0; i < LINE_WIDTH / 2; ++i) {
  line.push(false)