Owzthat v0.5

'''
Owzthat v0.5
Simulates the old fasioned cricket based dice game known as Owzthat!
http://en.wikipedia.org/wiki/Owzthat

Future developments
Make it more realistic and have two players in at once alternating strike as in real cricket
Add more user interaction
Add gui
Add weighting based on skill of batter
'''

import random

class Player(object):
    '''The team members!'''
    def __init__(self, name):
        self.name = name
        self.runs = 0
        self.balls = 0
        self.fours = 0
        self.sixes = 0
        self.dismissal = ''

    def add_runs(self, runs):
        self.runs += runs

    def add_balls(self, balls):
        self.balls += balls

    def add_fours(self, fours):
        self.fours += fours

    def add_sixes(self, sixes):
        self.sixes += sixes

    def add_dismissal(self, dismissal):
        self.dismissal = dismissal

players = ['Cook', 'Prior', 'Pietersen', 'Bell', 'Trott', 'Compton', 'Swann', 'Patel', 'Broad', 'Anderson', 'Panesar']

Batters = [Player(name) for name in players]

def bowl():
    '''Simulates a single bowl
    Either returns the runs scored or the result of the appeal'''
    first_dice = (1, 2, 3, 4, 6, 'Owzthat!')
    ball = first_dice[random.randint(0,5)]
    if  ball in [1, 2, 3, 4, 6]:
        print 'Nice hit! Thats %s runs.' % ball
        return ball
    else:
        print 'Owzthat! It\'s going to appeal!'
        second_dice = ('Bowled!', 'Caught!', 'Not Out!', 'Stumped!', 'L.B.W!', 'No Ball!')
        appeal = second_dice[random.randint(0,5)]
        print 'The decision is...%s' % appeal
        return appeal

def scorecard(extras, total_team_score, total_balls):
    '''Produces a standardised scorecard'''
    print '%-20s %-7s %-7s %-7s %-7s' % (' ', 'Runs', 'Balls', 'Fours', 'Sixes')
    for player in Batters:
        print '%-10s %-10s %-7d %-7d %-7d %-7d' % (player.name, player.dismissal,
                                               player.runs, player.balls,
                                               player.fours, player.sixes)
    print '%-21s %-7d' % ('Extras', extras)
    print '%-21s %-7d %-7d' % ('Total', total_team_score, total_balls)

def main():
    player_number = 0 # initializes player index
    total_team_score = 0 # stores total runs scored
    total_balls = 0 # stores total number of balls bowled
    extras = 0 # stores total extras scored as a result of 'no balls'
    while player_number < 10:
        ball = bowl()
        total_balls += 1 # adds one to to the number of balls bowled in match
        Batters[player_number].add_balls(1) # adds one to the number of balls bowled to batter
        if ball in ['Bowled!', 'Caught!', 'Stumped!', 'L.B.W!']: # if batter is out
            player_number += 1 # moves to next batter
            print Batters[player_number].name + ' scores %s' %Batters[player_number].runs
            print 'England are now %s for %s' %(total_team_score, player_number)
            Batters[player_number].add_dismissal(ball) # adds the type of dismissal to the batter
        elif ball == 'No Ball!': # if a no ball is bowled
            extras += 1 # add one to the extras
            total_team_score += 1 # add one to the total runs score
        elif ball == 'Not Out!': # if it's not out
            pass # don't do anything
        else: # if runs are scored
            Batters[player_number].add_runs(ball) # add runs to batters total score
            total_team_score += ball # add runs to total runs scored
            if ball == 4: # if a four is scored
                Batters[player_number].add_fours(1) # add one to the number of fours scored by batter
            elif ball == 6: # if a six is scored
                Batters[player_number].add_sixes(1) # add one to the number of sixes scored by batter
        print Batters[player_number].name + ' now has %s' %Batters[player_number].runs
    scorecard(extras, total_team_score, total_balls) # print out scorecard at end of game

main()