A Gears of War 4 Metagame for Python. Sets a random population at start or allows you input your own populations, then chooses random losses on each side per battle, with the winner more likely to take less losses. Has different classes of severity for each battle, impacting how many millions of humans or monsters die in any given battle. Also r…

GearsPopulationCounter.py

import random
import time
humanpop = random.randint(1000000000,50000000000)
monsterpop = random.randint(1000000000,50000000000)
continue3 = input("If continuing game, type yes, no spaces or punctuation, lower case. ")
if continue3 == "yes":
	continue1 = input("If continuing game, input humanpop. ")
	continue2 = input("If continuing game, input monsterpop. ")
	try:
		humanpop = int(continue1)
		monsterpop = int(continue2)
	except:
		print("Error. Population values may error.")
		print("Current human population: ",end="")
		print(humanpop)
		print("Current monster population: ",end="")
		print(monsterpop)
else:
	pass
while True:
	map = random.choice(["Avalanche","Blood Drive","Canals","Checkout","Clocktower","Dam","Dawn","Diner","Drydock","Fallout","Forge","Forge Blitz","Foundation","Fuel Depot","Glory","Gridlock","Harbor","Harbor Haze","Hotel","Impact","Impact Dark","Lift","Lift Apex","Mercy","Old Town","Raven Down","Reclaimed","Reclaimed Windflare","Relic","Rustlung","Security","Speyer","The Slab","War Machine"])
	estimateh = humanpop/1000000000
	estimatem = monsterpop/1000000000
	print("Human population: ",end="")
	print(humanpop)
	print(estimateh,end="")
	print(" billion humans.")
	print()
	print("Monster population: ",end="")
	print(monsterpop)
	print(estimatem,end="")
	print(" billion monsters.")
	print()
	save = input("To save populations, type SAVE: ")
	if save == "SAVE":
		newfile = open("GearsPopulations.txt","w")
		humanpops = str(humanpop)
		monsterpops = str(monsterpop)
		newfile.write(humanpops)
		newfile.write(" humans.")
		newfile.write("""
""")
		newfile.write(monsterpops)
		newfile.write(" monsters.")
		newfile.close()
	else:
		pass
	side = input("Input side, human or monster: ")
	print()
	print("Battle taking place at: ",end="")
	print(map,end="")
	print(".")
	print()
	severity = random.choice(["CATASTROPHIC","HIGH","HIGH","HIGH","LOW","LOW","MEDIUM","MEDIUM","MEDIUM","MEDIUM","MEDIUM","MEDIUM","MEDIUM","MEDIUM","MEDIUM","MEDIUM","MEDIUM","MEDIUM","MEDIUM","MEDIUM"])
	print("This battle's devastation level will be: ",end="")
	print(severity,end="")
	print(".")
	print()
	if severity == "CATASTROPHIC":
		multiplier = 10
	elif severity == "HIGH":
		multiplier = 2
	elif severity == "MEDIUM":
		multiplier = 1
	elif severity == "LOW":
		multiplier = .5
	else:
		pass
	result = input("Input result, win or lose: ")
	print()
	if side == "human" and result == "win":
		death = random.randint(1000000,500000000)
		deaths = death * multiplier
		monsterpop -= deaths
		print("There have been ",end="")
		print(deaths,end="")
		print(" monster deaths.")
		print()
		estm = deaths / 1000000
		print("There have been ",end="")
		print(estm,end="")
		print(" million monster deaths.")
		print()
		print()
		casualties = random.randint(250000,125000000)
		actual = casualties * multiplier
		print("There have been ",end="")
		print(actual,end="")
		print(" human deaths.")
		print()
		esth = actual / 1000000
		print("There have been ",end="")
		print(esth,end="")
		print(" million human deaths.")
		print()
		print()
		humanpop -= actual
	elif side == "human" and result == "lose":
		death = random.randint(1000000,500000000)
		deaths = death * multiplier
		humanpop -= deaths
		print("There have been ",end="")
		print(deaths,end="")
		print(" human deaths.")
		print()
		#check out esth language above.
		esth = deaths / 1000000
		print("There have been ",end="")
		print(esth,end="")
		print(" million human deaths.")
		print()
		print()
		casualties = random.randint(250000,125000000)
		actual = casualties * multiplier
		print("There have been ",end="")
		print(actual,end="")
		print(" monster deaths.")
		print()
		estm = actual / 1000000
		print("There have been ",end="")
		print(estm,end="")
		print(" million monster deaths.")
		print()
		print()
		monsterpop -= actual
	elif side == "monster" and result == "win":
		death = random.randint(1000000,500000000)
		deaths = death * multiplier
		humanpop -= deaths
		print("There have been ",end="")
		print(deaths,end="")
		print(" human deaths.")
		# esth language here.
		print()
		esth = deaths / 1000000
		print("There have been ",end="")
		print(esth,end="")
		print(" million human deaths.")
		print()
		print()
		casualties = random.randint(250000,125000000)
		actual = casualties * multiplier
		print("There have been ",end="")
		print(actual,end="")
		print(" monster deaths.")
		print()
		estm = actual / 1000000
		print("There have been ",end="")
		print(estm,end="")
		print(" million monster deaths.")
		print()
		print()
		monsterpop -= actual
	elif side == "monster" and result == "lose":
		death = random.randint(1000000,500000000)
		deaths = death * multiplier
		monsterpop -= deaths
		print("There have been ",end="")
		print(deaths,end="")
		print(" monster deaths.")
		print()
		estm = deaths / 1000000
		print("There have been ",end="")
		print(estm,end="")
		print(" million monster deaths.")
		print()
		print()
		casualties = random.randint(250000,125000000)
		actual = casualties * multiplier
		print("There have been ",end="")
		print(actual,end="")
		print(" human deaths.")
		print()
		esth = actual / 1000000
		print("There have been ",end="")
		print(esth,end="")
		print(" million human deaths.")
		print()
		print()
		humanpop -= actual
	else:
		continue