Kristov Atlas kristovatlas

Background reading

Visit https://wallet.trezor.io/data/bridge/latest/index.html. For MacOS, you download a .pkg file.
From https://wallet.trezor.io/data/bridge/latest/index.html also download the PGP signature file.
The Satoshi Labs CTO signs the Bridge releases. Download his PGP key from his Keybase signature: https://keybase.io/stick This means at least that someone created an account with his identity and bothered to link a specific PGP key. If you retain this key over time, you can be sure that it wasn't recently swapped out. You can find same PGP under his identity in various places on the web: https://duckduckgo.com/?q=Pavol+Rusn%C3%A1k+pgp+key&ia=web

	import itertools
	from random import randint

	#p = 0.95
	OTHER_NODES = 10000
	MY_NODES = 4410
	MY_CONNECTIONS = 8 * MY_NODES #my nodes are malicious and make 8 connections per peer
	ALL_NODES = OTHER_NODES + MY_CONNECTIONS

	NUM_BROADCASTED = 2

	NUM_FIB_NUMS = 100

	F1 = 0
	F2 = 1
	POS = 2

	print "0,0"
	print "1,1"

	for count in range(1, NUM_FIB_NUMS + 1):

	#python3
	# Usage: emailer.send(recipient_email, mail_subject, message)
	#https://stackabuse.com/how-to-send-emails-with-gmail-using-python/
	import smtplib

	gmail_user = '[email protected]'
	gmail_password = 'password_goes_here'
	sent_from = gmail_user

	def send(recipients, subject, body):

	"""
	https://twitter.com/elliot_olds/status/1319364546880942080

	To keep calculations simple, let's fix population size to 100
	"""
	POPULATION = 100
	FRED_PROB_FIRST = 1/(0.6 * POPULATION)
	NOT_FRED_PROB_FIRST = 1-FRED_PROB_FIRST

	def prob_no_blood_type(population, num_crime_scene):