Jason L Causey jcausey-astate

The following animation shows the first four iterations of sliding a 2D convolutional filter across an image, where the white pixels are encoded as 1 and the black pixels are encoded as -1.

	"""
	Encodes SNP format (TSV) into a numeric matrix (CSV) format.
	See docstring in `main()` for more info, or run with --help.
	"""
	import click
	import sys, os, csv, json


	@click.command()
	@click.argument("input_file", type=click.File("r"))

	"""
	Adapts C implementation shown at
	https://en.wikipedia.org/wiki/Hilbert_curve
	(2018-12-19)
	into Python.
	"""

	import sys
	import numpy as np

	95 48 83 178 72 10 162 42 20 159 176 379 184 70 6 16 187 197 van
	91 41 84 141 57 9 149 45 19 143 170 330 158 72 9 14 189 199 van
	104 50 106 209 66 10 207 32 23 158 223 635 220 73 14 9 188 196 saab
	93 41 82 159 63 9 144 46 19 143 160 309 127 63 6 10 199 207 van
	85 44 70 205 103 52 149 45 19 144 241 325 188 127 9 11 180 183 bus
	107 57 106 172 50 6 255 26 28 169 280 957 264 85 5 9 181 183 bus
	97 43 73 173 65 6 153 42 19 143 176 361 172 66 13 1 200 204 bus
	90 43 66 157 65 9 137 48 18 146 162 281 164 67 3 3 193 202 van
	86 34 62 140 61 7 122 54 17 127 141 223 112 64 2 14 200 208 van
	93 44 98 197 62 11 183 36 22 146 202 505 152 64 4 14 195 204 saab

	# Quick `uv init` without src directory, "README.md", or "hello.py".
	# Project name is optional (default to directory if not provided).
	function uvi() {
	if [ ! -z "$1" ] ; then
	NAME="--name=$1"
	fi
	uv init --app --no-readme --no-workspace ${NAME} && rm hello.py
	}
	export -f uvi