halvarsu

halvarsu

import os
import subprocess
import random

def new_color():
    base16_shell = os.environ['BASE16_SHELL'] 
    proc = subprocess.run(['ls', '{}/scripts'.format(base16_shell)], capture_output=True)
    out = proc.stdout.split()
    cmd = random.choice(out).decode('utf-8').split('.sh')[0].replace('-','_',1)

halvarsu

#!/bin/zsh

zmodload zsh/mathfunc

theta=${1:-0} 

# Check if input is a number, from [1]
re='^[+-]?[0-9]+([.][0-9]+)?$' 
if ! [[ $theta =~ $re ]] ; then
   echo "error: Usage: $ rotate_touchpad.sh [number]" >&2; exit 1

halvarsu

#!/bin/bash

ACTIVEWINDOW=$(xdotool getactivewindow)
eval $(xdotool getwindowgeometry --shell $ACTIVEWINDOW)

HALF_WIDTH="$(($WIDTH / 2 + 10))"
HALF_HEIGHT="$(($HEIGHT / 2))"

xdotool mousemove --window $ACTIVEWINDOW $HALF_WIDTH $HALF_HEIGHT keydown ctrl click 1 keyup ctrl

halvarsu

halvarsu

import numpy as np
import matplotlib.pyplot as plt
from scipy.constants import physical_constants
from uncertainties import ufloat as uncfloat

uMeV = physical_constants['atomic mass constant energy equivalent in MeV'][0]
un   = uncfloat(1008664.91582,  0.00049) * 1e-6 # in atomic mass units
u1H  = uncfloat(1007825.03224,  0.00009) * 1e-6
u2H  = uncfloat(2014101.77811,  0.00012) * 1e-6
u3He = uncfloat(3016029.32265,  0.00022) * 1e-6

halvarsu

halvarsu

halvarsu

halvarsu