import math, random

#RUN CONDITIONAL ON 60% WINNING MARGIN
elections = 10000000
voters = 100
loses =  ties = wins = 0
for j in range(elections):
    myvote = random.choice([-1,1])
    votes = myvote
    for i in range(voters):
        votes = votes + random.choice([-1,1])
    if votes > 0.6*voters:
        #print('votes:', votes)
        print('myvote:', myvote)
        if votes * myvote < 0:
            #print('LOST')
            loses = loses + 1
        if votes * myvote == 0:
            #print('TIED')
            ties = ties + 1
        if votes * myvote > 0:
            #print('WON')
            wins = wins + 1
print('elections',elections)
print('loses',loses)
print('ties',ties)
print('wins',wins)




#RUN AS A RANDOM VOTER SAMPLE
##elections = 100000
##voters = 1000
##loses =  ties = wins = 0
##for j in range(elections):
##    votes = 0
##    for i in range(voters):
##        votes = votes + random.choice([-1,1])
##    myvote = random.randrange(-voters, voters)
##    #print('votes:', votes)
##    #print('myvote:', myvote)
##    if votes*myvote > votes*votes:
##        #print('LOST')
##        loses = loses + 1
##    if votes == 0:
##        #print('TIED')
##        ties = ties + 1
##    if votes*myvote < votes*votes:
##        #print('WON')
##        wins = wins + 1
##print('elections',elections)
##print('loses',loses)
##print('ties',ties)
##print('wins',wins)





#REGULAR RUN
##elections = 100000
##voters = 1000
##loses =  ties = wins = 0
##for j in range(elections):
##    myvote = random.choice([-1,1])
##    votes = myvote
##    for i in range(voters):
##        votes = votes + random.choice([-1,1])
##    #print('votes:', votes)
##    #print('myvote:', myvote)
##    if votes * myvote < 0:
##        #print('LOST')
##        loses = loses + 1
##    if votes * myvote == 0:
##        #print('TIED')
##        ties = ties + 1
##    if votes * myvote > 0:
##        #print('WON')
##        wins = wins + 1
##print('elections',elections)
##print('loses',loses)
##print('ties',ties)
##print('wins',wins)