Honest Bot       Dishonest
Win     3                  2
Draw    2                  1
Loss    1                  0

def honestpaper(I,dont,care,about_these):
    return "P"

def honestrock(I,dont,care,about_these):
    return "R"

def honestscissors(I,dont,care,about_these):
    return "S"

import random
def randombot(I,dont,care,about_these):
    return random.choice(["R","P","S"])

from honestrock import honestrock
from honestpaper import honestpaper
from honestscissors import honestscissors
from randombot import randombot

bot_map = {
  0:honestrock, 1:honestpaper, 2:honestscissors, 3:randombot
}

player_num=len(bot_map)

def real(history1,history2,number,honest1,honest2):
    return bot_map[number](history1,history2,honest1,honest2)

def honest(history1,history2,number):
    return bot_map[number](history1,history2,None,None)

def play_match(num1,num2):
    history1=[]
    history2=[]
    score1=0
    score2=0
    for x in range(250):
        h1=honest(history2,history1,num1)
        h2=honest(history1,history2,num2)
        r1=real(history2,history1,num1,h2,h1)
        r2=real(history1,history2,num2,h1,h2)

        if h1==r1: score1+=1
        if h2==r2: score2+=1

        if r1==r2: score1+=1; score2+=1
        elif r1=="R":
            if r2=="P": score2+=2
            else: score1+=1
        elif r1=="P":
            if r2=="S": score2+=2
            else: score1+=2
        else:
            if r2=="R": score2+=2
            else: score1+=2

        history1.append([h1,r1])
        history2.append([h2,r2])
    return score1,score2

scores = []
for x in range(player_num):
    scores.append(0)

for x in range(100):

    for x in range(player_num):
        for y in range(player_num):
            scorex,scorey=play_match(x,y)
            scores[x]+=scorex
            scores[y]+=scorey

for score in scores:
    print score