ptmcg

#
# corinthians_I.py
#
# Class definitions to use when recreating I Corinthians 13:4-8 from 
# the Python prompt.
#
# Copyright 2020, Paul McGuire
#
import sys
sys.excepthook = lambda *args: print(args[0].__name__)

ptmcg

#
# graph_algebra.py
#
# A rough implementation of a graph algebra.
#
# References:
#     https://statagroup.com/articles/an-algebra-for-graph-structures
#     https://www.youtube.com/watch?v=EdQGLewU-8k
#
# Copyright 2020, Paul McGuire

ptmcg

"""
https://chat.stackoverflow.com/transcript/message/47865711#47865711

Well it's mainly "utility functions", ie I need to define a (keplerian) orbit. Which is normally done by giving
semi-major axis, eccentricity, inclination, argument periapsis and longitude ascending node. However there are lots
of "variations": ie for parabolic orbits the semi major axis is replaced by semi latus rectum. Or you can just use
state variables at a point (position + velocity in 3 dimensions). Or you could replace the semi major axis +
eccentricity by peri + apo apsis.
"""

ptmcg

ptmcg

#
# argparse_demo.py
#
# Paul McGuire - April, 2019
#
# Presented as a lightning talk at PyTexas 2019
#
# Gist url: https://gist.github.com/ptmcg
#
import sys

ptmcg

# shuffled.py - faster than random.shuffle, and will accept any sequence, not just indexables (like lists)
shuffled = lambda seq, rnd=random.random: sorted(seq, key=lambda _: rnd())

print(shuffled(range(20))