deparkes

# MIF 2.1
# MIF Example File: ellipsoid.mif
# Description: Hysteresis loop of an ellipsoidal particle.
#   This example uses an Oxs_EllipsoidAtlas to define the
#   ellipsoid volume.  This example is exactly equivalent
#   to ellipsoid-atlasproc.mif and ellipsoid-fieldproc.mif.

set pi [expr {4*atan(1.0)}]
set mu0 [expr {4*$pi*1e-7}]
set theta 270

deparkes

import folium
 
points_a = [[1,50], [1.2,50.3], [1.23, 50.7]]
points_z = [[1,51], [1.2,51.3], [1.23, 51.7]]

# Load map centred on average coordinates
ave_lat = sum(p[0] for p in points_a)/len(points_a)
ave_lon = sum(p[1] for p in points_a)/len(points_a)
my_map = folium.Map(location=[ave_lat, ave_lon], zoom_start=9)

deparkes

# Baudot
import random
import string

# Taken from https://www.cryptomuseum.com/ref/ita2/index.htm
baudot = { 'a': '0b00011', 
           'b': '0b11001',
           'c': '0b01110',
           'd': '0b01001',
           'e': '0b00001',