#Roulette:

import random
import math 
import sys
import csv  
import pandas as pd



sets=[1,2,3,4,5,6,7,8,9,10,11,12]
bets=[1,1,1,1,1,1,1,1,1,1,1,1]


alls_dictionary = dict(zip(sets, bets))

#print(alls_dictionary)
# alls_dictionary[2]=0.2
# print(alls_dictionary)

global highest
highest=[]
def tally(cost,winnings):
	

	global overallsum
	overallsum = overallsum+cost+winnings
	highest.append(overallsum)

	#besthigh=(gg,overallsum)

	
	 

  
#5, 32, 36, 3, 5, 23, 15, 34, 

	print("             Tally= £",overallsum)
	print("             In Spins",gg)
	print("__________________________________________________________")
# sys.exit()

 










global cost
global gg

alltot=[]
hyh=[]
spincost=[]
count=0
Sumx=0

overallsum=0


for gg in range(1,37):
	spin=(random.randint(0, 36))
	#print(spin)
	#count=count+1
	

	if spin in sets:
		print(spin,"Exists")
		#print(alls_dictionary[spin])
		win=alls_dictionary[spin]
		winnings=win*36
		values = alls_dictionary.values()
		total = sum(values)
		
		#print("£",total)
		print("£","-",total)
		#sys.exit()
		tally(-total,winnings)
		alls_dictionary[spin]=alls_dictionary[spin]+2
		values = alls_dictionary.values()
		total = sum(values)
		print(alls_dictionary)
		#
		#alltot.append(total)
		#Sumx = sum(alltot) 
		#print(Sumx)
		
	else:
		#print(cost)


		

		print(spin,"Not Exist")
		
		values = alls_dictionary.values()
		total = sum(values)
		print("£","-",total)
		tally(-total,0)
		#total = sum(values)
		#print(total)
		print(alls_dictionary)
 


#print(highest)		
		#alltot.append(total)
		#Sumx = sum(alltot) 
		#print(Sumx)
		#tally(12)
		#sys.exit()
		


df = pd.DataFrame(highest)
df.to_csv('106Roulette.csv', sep=";")





########################################################################
#Graph


import pandas as pd 
import plotly.express as px


df = pd.read_csv(r'100Roulette.csv',usecols=["A","B","C","D","E","F","G","H","Totals"])

fig=px.line(df,x="A",y=["B","C","D","E","F","G","H","Totals"], title="Roulette 12 by +2")
fig.show()