football_0.6

import random
from timeit import default_timer as timer

global scores
start = timer()
totalplays = 150
gametime = 60
playtime = .4
hometeam = 'New England Patriots'
awayteam = 'Los Angeles Rams'
possession = None
ballposition = 0
scores = {hometeam:0, awayteam:0}
totalplays = {}
down = 0
seriesyards = 0
touchdown = 'No'
awayteamscores = 0
hometeamscores = 0
totalscores = {hometeam:0, awayteam:0}
totalrunplays = 0
totalpassplays = 0
totalpuntplays = 0
totalfieldgoalplays = 0
totalrushyards = 0
totalpassyards = 0
totalpuntyards = 0
hometeammod = {}

def teamstats():
    global possession
    import csv
    import pandas as pd

    if possession == hometeam:
        nonpossession = awayteam
    else: nonpossession = hometeam

    with open('offense.csv', newline='') as csvfile:
         offenses = csv.DictReader(csvfile)
         for row in offenses:
             #print(row)
             if row['Tm'] == hometeam:
                hometeamoffense = row
             if row['Tm'] == awayteam:
                awayteamoffense = row
                 #for i in row:

    print(hometeamoffense)
    print(awayteamoffense)
    with open('defense.csv', newline='') as csvfile:
         defenses = csv.DictReader(csvfile)
         for row in defenses:
             #print(row)
             if row['Tm'] == hometeam:
                 hometeamdefense = row
             if row['Tm'] == awayteam:
                 awayteamdefense = row
    print(hometeamdefense)
    print(awayteamdefense)


    #with open('defense.csv', newline='') as csvfile:
        # defenses = csv.DictReader(csvfile)
        # for row in defenses:
            # print(row)

    #ypc = (offenses['Rushing  Y/A'])
    #print(ypc)

def cointoss():
    global gametime
    global possession
    global halftimepossession
    global scores
    gametime = 60
    scores = {hometeam:0, awayteam:0}
    cointossresult = random.randint(1, 2)
    if cointossresult == 1:
        possession = hometeam
        halftimepossession = awayteam
    else:
        possession = awayteam
        halftimepossession = hometeam
    #print('cointoss winner', possession)

def halftime():
    global possession
    global halftimepossession
    global scores
    global ballposition
    if ballposition >= 50:
            fieldgoalodds = ballposition + random.randint(25, 50)
            if fieldgoalodds >= 95:
                scores[possession] += 3
                #print('fieldgoal')
    possession = halftimepossession
    #print('halftime')
    kickoff()

def kickoff():
    global ballposition
    global gametime
    global possession
    global down
    ballposition = 0
    returnteam = possession
    kickofftd = random.randint(1, 100)
    fumblechance = random.randint(1, 1000)
    gametime -= playtime
    if kickofftd <= 1:
        scores[returnteam] += 6
        turnover()
        kickoff()
    else:
        ballposition += 25
        down = 1
        kickoffbigplay = random.randint(1, 100)
        if kickoffbigplay <= 4:
            ballposition += random.randint(1, 25)
            #print('Kickoff big play!', kickoffbigplay)
        if fumblechance <= 5:
            turnover()
            #print('Fumble')
            #print('possession', possession)
            #print('ballposition', ballposition)
            #print('gametime', gametime)
    #print('ballposition', ballposition)
    #print('gametime', gametime)

def chooseplay():
    global possession
    global down
    global playchoice
    global ballposition
    offense = possession
    if down < 4:
        playchoice = random.randint(1, 100)
        if playchoice >= 55:
            playchoice = 'passplay'
        else: playchoice = 'runplay'
    else:
        if ballposition > 60:
            playchoice = 'fieldgoalplay'
        else:
            playchoice = 'puntplay'
    #print(playchoice)

def passplayexecute():
    global possession
    global ballposition
    global down
    global seriesyards
    global totalpassyards
    global totalpassplays
    totalpassplays += 1
    completionchace = random.randint(1,100)
    if completionchace <= 66:
        #print('Pass complete')
        down += 1
        playyards = 11 + random.randint(-11, 13)
        totalpassyards += playyards
        #print('playyards', playyards)
        ballposition += playyards
        seriesyards += playyards
        if ballposition >= 100:
            scores[possession] += 7
            #print(' passing touchdown')
            #print(scores)
            touchdown = 'yes'
            turnover()
            kickoff()
        if seriesyards >= 10:
            down = 1
            #print('first down', down)
            seriesyards = 0
            #print('ballposition', ballposition)
    else:
        down += 1
        #print('incomplete')

def runplayexecute():
    global possession
    global ballposition
    global down
    global seriesyards
    global touchdown
    global totalrunplays
    global totalrushyards
    totalrunplays += 1
    rungainchance = random.randint(1,100)
    if rungainchance <= 70:
        #print('Positive Run')
        down += 1
        playyards = int(4.2 + (random.randint(-30, 100) / 10))
        #print('playyards', playyards)
        ballposition += playyards
        seriesyards += playyards
        if ballposition >= 100:
            scores[possession] += 7
            #print('rushing touchdown')
            #print(scores)
            turnover()
            kickoff()
        if seriesyards >= 10:
            down = 1
            #print('first down', down)
            seriesyards = 0
            #print('ballposition', ballposition)
    else:
        down += 1
        #print('negtive run')
        playyards = int(random.randint(-3, 0))
        #print('playyards', playyards)
        ballposition += playyards
        seriesyards += playyards
    totalrushyards += playyards

def puntplayexecute():
    global ballposition
    global possession
    global ballposition
    global down
    global totalpuntplays
    global totalpuntyards
    totalpuntplays += 1
    puntyards = 45 + random.randint(-20, 20)
    totalpuntyards += puntyards
    #print('puntyards', puntyards)
    ballposition += puntyards
    if ballposition >= 100:
        ballposition = 80
    turnover()

def fieldgoalplayexecute():
    global scores
    global ballposition
    global totalfieldgoalplays
    totalfieldgoalplays += 1
    fieldgoalodds = ballposition + random.randint(25, 50)
    if fieldgoalodds >= 95:
        scores[possession] += 3
        #print('fieldgoal', scores)
        turnover()
        kickoff()
    else:
        turnover()

def turnover():
    global down
    global ballposition
    global possession
    global seriesyards
    down = 1
    ballposition = abs(ballposition - 100)
    if possession == hometeam:
        possession = awayteam
    else:
        possession = hometeam
    seriesyards = 0
    #print('possession', possession)
    #print('ballposition', ballposition)
    #print('gametime', gametime)

def executeplay():
    global playchoice
    global gametime
    gametime -= playtime
    if playchoice == 'passplay':
        passplayexecute()
    if playchoice == 'runplay':
        runplayexecute()
    if playchoice == 'fieldgoalplay':
        fieldgoalplayexecute()
    if playchoice == 'puntplay':
        puntplayexecute()

def game():
    cointoss()
    kickoff()
    while gametime >= 30:
        chooseplay()
        executeplay()
    halftime()
    while gametime >= 0:
        chooseplay()
        executeplay()
    print('scores: ', scores)
    print('gametime Over')
    global wins
    winner = max(scores.keys(), key=(lambda k: scores[k]))
    print('winner :', winner)
    global totalscores
    hometeamscores = scores[hometeam]
    awayteamscores = scores[awayteam]
    totalscores[hometeam] += hometeamscores
    totalscores[awayteam] += awayteamscores
    print(totalscores)
    print('Yards per attempt: ', (totalpassyards / totalpassplays))
    print('Yards per Carry: ', (totalrushyards / totalrunplays))
    print('yards per punt: ', (totalpuntyards / totalpuntplays))
    print('Average scores :', (totalscores[hometeam] / 1), (totalscores[awayteam] / 1))




for i in range(1):
    game()
    end = timer()
    print('time: ', (end - start) * 10)
teamstats()