bazzargh

#!/usr/bin/env python3


import fileinput
import random

# words contains the 5 letter wordle solution list
with fileinput.input(files=("words")) as f:
  words = [line.strip() for line in f]

bazzargh

#!/bin/bash

echo Starting watch in $(pwd)
fswatch --event=Updated . | while read -r event; do
  if [[ "$event" == *.py ]]; then
    echo Setting script to ${event}. Data is ${data:-not set}
    script=$event
  elif [[ "$event" == *.txt ]]; then 
    echo Setting data to ${event}. Script is ${script:-not set}
    data=$event;

bazzargh

# insert prepared snippets when you press Esc-j, with fuzzy search
fu-complete() {
    # the whole command line up to last pipe left of the cursor
    local prefix=$(printf "%s" "${LBUFFER}"|sed -E 's/(.*[|] *).*/\1/')
    # everything left of cursor after the last pipe, gets used as the fzf prompt
    local suffix=$(printf "%s" "${LBUFFER}"|sed -E 's/.*[|] *//')
    # Grab snippets from ~/.cmd-line-fu . The file can have optional one-line comments before
    # commands, which appear in fzf inlined and are searchable, eg:
    # # print first column
    # awk '{print $1}'

bazzargh

// this version lets the canvas take care of all the matrix operations.

let canvas = document.getElementById('canvas');
let ctx = canvas.getContext('2d');
let A60 = Math.PI/3;
let A90 = Math.PI/2;
let S3 = Math.sqrt(3);
let ANGLES = [0, -2*A60, -A60, 0, 2*A60, A60, 0];

// Centres of patches in H8 at each substitution level.

bazzargh

<canvas id="image" width=374 height=480>
</canvas>
<canvas id="sketch" width=374 height=480>
</canvas>

bazzargh

<svg viewbox="0 0 255 255" id="svg_canvas" width="512" height="512" style="border: 1px solid black;">
</svg>
Click to add points.
<form id="form">
	<input type="range" id="ppos__slider" min="0" max="0"><input type="text" id="ppos" enabled=false><label for="ppos">Point</label><br>
	<input type="range" id="xpos__slider" min="0" max="255"><input type="text" id="xpos" enabled=false><label for="xpos">X</label><br>
	<input type="range" id="ypos__slider" min="0" max="255"><input type="text" id="ypos" enabled=false><label for="ypos">Y</label><br>
	<input type="range" id="cpos__slider" min="-32" max="32" value="0"><input type="text" id="cpos" enabled=false><label for="cpos">Curvature</label><br>
	<input type="text" id="image" value=monalisa.jpg><label for="image">Image</label><br>
	<input type="text" id="offsetx" value=0><label for="offsetx">X Offset</label><br>

bazzargh

#!/bin/bash -exuo pipefail

GIF=$1
ffmpeg -i "$GIF" -vf "scale=w=640:h=360:force_original_aspect_ratio=1,pad=640:360:(ow-iw)/2:(oh-ih)/2" -pix_fmt yuv420p "${GIF%.gif}.mp4"

bazzargh

MODE2
VDU 23,3,16,32,0,0,0,0,0,0
GCOL32,0
FORX=0TO1280STEP RND(32)
Z=RND(500):MOVEX,440-Z:PLOT5,X,440+Z
NEXT
GCOL16,0
MOVE0,404
MOVE0,712:PLOT5,1080,460
FORZ=0TO6STEP0.2

bazzargh

#!/bin/bash

a=$(( ${1:-$(date +%d)} % 100 ))
b=$(( ${2:-$(date +%m)} % 100 ))
c=$(( ${3:-$(date +%y)} % 100 ))

input=$(printf "%02d-%02d-%02d" "$a" "$b" "$c")
for fmt in "%d-%m-%y" "%d-%y-%m" "%y-%d-%m" "%y-%m-%d" "%m-%y-%d" "%m-%d-%y"; do
  if [[ "$(date -j -f "$fmt" "$input" +%u 2>/dev/null || echo 0)" == "2" ]]; then
    date -j -f "$fmt" "$input" +"%B %e, %Y? For me, it was Tuesday." 2>/dev/null

bazzargh

import ast
import math
import enum

# implement the abstract interpreter used in lecture 16 of http://web.mit.edu/16.399/www/
# abstraction of sets of machine integers by initialization and simple sign
class Value(enum.Enum):
  BOT = 0
  NEG = 1
  ZERO = 2