import math
import random
import csv
import re

#load players
players = []
with open('players.csv', newline='') as csvfile:
     reader = csv.reader(csvfile, delimiter=',')
     for row in reader:
         players.append(row)

#special rounding where X.YZ has a YZ% chance of being X+1 and a 1-YZ% chance of being X
def weightedround(x):
    adjust_floor = math.floor(x)
    adjust_ceiling = adjust_floor + 1
    roll = random.uniform(adjust_floor,adjust_ceiling)
    if roll < x:
        result = adjust_ceiling
    else:
        result = adjust_floor
    return result

#get rosters and other gameplan options
away_att = [1,2]
away_mid = [3,4,5]
away_def = [6,7,8]
away_keep = [9]
away_keepdepth = [3,3,3,2,2,1]
home_att = [10,11,12]
home_mid = [13,14]
home_def = [15,16,17]
home_keep = [18]
home_keepdepth = [3,2,2,2,1,1]

away_roster = []
away_stats = []
home_roster = []
home_stats = []

away_score = 0
home_score = 0

for i in away_att:
    index = int(players[i][0])
    position = players[i][1]
    name = players[i][2]
    traits = players[i][8]
    POS = round(int(players[i][12])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][13])-int(players[i][12])),2)
    REA = round(int(players[i][14])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][15])-int(players[i][14])),2)
    HAN = round(int(players[i][16])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][17])-int(players[i][16])),2)
    MAR = round(int(players[i][18])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][19])-int(players[i][18])),2)
    TAC = round(int(players[i][20])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][21])-int(players[i][20])),2)
    PAS = round(int(players[i][22])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][23])-int(players[i][22])),2)
    DRI = round(int(players[i][24])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][25])-int(players[i][24])),2)
    OFF = round(int(players[i][26])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][27])-int(players[i][26])),2)
    VIS = round(int(players[i][28])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][29])-int(players[i][28])),2)
    FIN = round(int(players[i][30])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][31])-int(players[i][30])),2)
    ACC = round(int(players[i][32])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][33])-int(players[i][32])),2)
    AGG = int(players[i][34])
    away_roster.append([index,position,name,traits,POS,REA,HAN,MAR,TAC,PAS,DRI,OFF,VIS,FIN,ACC,AGG])
                        ##0     1       2      3    4   5   6   7   8   9   10  11  12  13  14  15
    away_stats.append([index,position,name,0,0,0,0,0,0,0,0,0,0])
                       ##0     1       2   3 goal attempt, 4 goal on target, 5 goal made, 6 pass attempt, 7 pass made, 8 tackle attempt, 9 tackle made, 10 interceptions, 11 shots against, 12 shots allowed
for i in away_mid:
    index = int(players[i][0])
    position = players[i][1]
    name = players[i][2]
    traits = players[i][8]
    POS = round(int(players[i][12])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][13])-int(players[i][12])),2)
    REA = round(int(players[i][14])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][15])-int(players[i][14])),2)
    HAN = round(int(players[i][16])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][17])-int(players[i][16])),2)
    MAR = round(int(players[i][18])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][19])-int(players[i][18])),2)
    TAC = round(int(players[i][20])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][21])-int(players[i][20])),2)
    PAS = round(int(players[i][22])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][23])-int(players[i][22])),2)
    DRI = round(int(players[i][24])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][25])-int(players[i][24])),2)
    OFF = round(int(players[i][26])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][27])-int(players[i][26])),2)
    VIS = round(int(players[i][28])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][29])-int(players[i][28])),2)
    FIN = round(int(players[i][30])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][31])-int(players[i][30])),2)
    ACC = round(int(players[i][32])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][33])-int(players[i][32])),2)
    AGG = int(players[i][34])
    away_roster.append([index,position,name,traits,POS,REA,HAN,MAR,TAC,PAS,DRI,OFF,VIS,FIN,ACC,AGG])
    away_stats.append([index,position,name,0,0,0,0,0,0,0,0,0,0])
                       ##0     1       2   3 goal attempt, 4 goal on target, 5 goal made, 6 pass attempt, 7 pass made, 8 tackle attempt, 9 tackle made, 10 interceptions, 11 shots against, 12 shots allowed
for i in away_def:
    index = int(players[i][0])
    position = players[i][1]
    name = players[i][2]
    traits = players[i][8]
    POS = round(int(players[i][12])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][13])-int(players[i][12])),2)
    REA = round(int(players[i][14])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][15])-int(players[i][14])),2)
    HAN = round(int(players[i][16])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][17])-int(players[i][16])),2)
    MAR = round(int(players[i][18])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][19])-int(players[i][18])),2)
    TAC = round(int(players[i][20])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][21])-int(players[i][20])),2)
    PAS = round(int(players[i][22])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][23])-int(players[i][22])),2)
    DRI = round(int(players[i][24])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][25])-int(players[i][24])),2)
    OFF = round(int(players[i][26])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][27])-int(players[i][26])),2)
    VIS = round(int(players[i][28])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][29])-int(players[i][28])),2)
    FIN = round(int(players[i][30])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][31])-int(players[i][30])),2)
    ACC = round(int(players[i][32])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][33])-int(players[i][32])),2)
    AGG = int(players[i][34])
    away_roster.append([index,position,name,traits,POS,REA,HAN,MAR,TAC,PAS,DRI,OFF,VIS,FIN,ACC,AGG])
    away_stats.append([index,position,name,0,0,0,0,0,0,0,0,0,0])
                       ##0     1       2   3 goal attempt, 4 goal on target, 5 goal made, 6 pass attempt, 7 pass made, 8 tackle attempt, 9 tackle made, 10 interceptions, 11 shots against, 12 shots allowed
for i in away_keep:
    index = int(players[i][0])
    position = players[i][1]
    name = players[i][2]
    traits = players[i][8]
    POS = round(int(players[i][12])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][13])-int(players[i][12])),2)
    REA = round(int(players[i][14])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][15])-int(players[i][14])),2)
    HAN = round(int(players[i][16])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][17])-int(players[i][16])),2)
    MAR = round(int(players[i][18])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][19])-int(players[i][18])),2)
    TAC = round(int(players[i][20])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][21])-int(players[i][20])),2)
    PAS = round(int(players[i][22])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][23])-int(players[i][22])),2)
    DRI = round(int(players[i][24])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][25])-int(players[i][24])),2)
    OFF = round(int(players[i][26])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][27])-int(players[i][26])),2)
    VIS = round(int(players[i][28])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][29])-int(players[i][28])),2)
    FIN = round(int(players[i][30])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][31])-int(players[i][30])),2)
    ACC = round(int(players[i][32])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][33])-int(players[i][32])),2)
    AGG = int(players[i][34])
    away_roster.append([index,position,name,traits,POS,REA,HAN,MAR,TAC,PAS,DRI,OFF,VIS,FIN,ACC,AGG])
    away_stats.append([index,position,name,0,0,0,0,0,0,0,0,0,0])
                       ##0     1       2   3 goal attempt, 4 goal on target, 5 goal made, 6 pass attempt, 7 pass made, 8 tackle attempt, 9 tackle made, 10 interceptions, 11 shots against, 12 shots allowed
for i in home_att:
    index = int(players[i][0])
    position = players[i][1]
    name = players[i][2]
    traits = players[i][8]
    POS = round(int(players[i][12])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][13])-int(players[i][12])),2)
    REA = round(int(players[i][14])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][15])-int(players[i][14])),2)
    HAN = round(int(players[i][16])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][17])-int(players[i][16])),2)
    MAR = round(int(players[i][18])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][19])-int(players[i][18])),2)
    TAC = round(int(players[i][20])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][21])-int(players[i][20])),2)
    PAS = round(int(players[i][22])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][23])-int(players[i][22])),2)
    DRI = round(int(players[i][24])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][25])-int(players[i][24])),2)
    OFF = round(int(players[i][26])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][27])-int(players[i][26])),2)
    VIS = round(int(players[i][28])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][29])-int(players[i][28])),2)
    FIN = round(int(players[i][30])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][31])-int(players[i][30])),2)
    ACC = round(int(players[i][32])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][33])-int(players[i][32])),2)
    AGG = int(players[i][34])
    home_roster.append([index,position,name,traits,POS,REA,HAN,MAR,TAC,PAS,DRI,OFF,VIS,FIN,ACC,AGG])
    home_stats.append([index,position,name,0,0,0,0,0,0,0,0,0,0])
                       ##0     1       2   3 goal attempt, 4 goal on target, 5 goal made, 6 pass attempt, 7 pass made, 8 tackle attempt, 9 tackle made, 10 interceptions, 11 shots against, 12 shots allowed
for i in home_mid:
    index = int(players[i][0])
    position = players[i][1]
    name = players[i][2]
    traits = players[i][8]
    POS = round(int(players[i][12])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][13])-int(players[i][12])),2)
    REA = round(int(players[i][14])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][15])-int(players[i][14])),2)
    HAN = round(int(players[i][16])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][17])-int(players[i][16])),2)
    MAR = round(int(players[i][18])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][19])-int(players[i][18])),2)
    TAC = round(int(players[i][20])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][21])-int(players[i][20])),2)
    PAS = round(int(players[i][22])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][23])-int(players[i][22])),2)
    DRI = round(int(players[i][24])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][25])-int(players[i][24])),2)
    OFF = round(int(players[i][26])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][27])-int(players[i][26])),2)
    VIS = round(int(players[i][28])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][29])-int(players[i][28])),2)
    FIN = round(int(players[i][30])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][31])-int(players[i][30])),2)
    ACC = round(int(players[i][32])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][33])-int(players[i][32])),2)
    AGG = int(players[i][34])
    home_roster.append([index,position,name,traits,POS,REA,HAN,MAR,TAC,PAS,DRI,OFF,VIS,FIN,ACC,AGG])
    home_stats.append([index,position,name,0,0,0,0,0,0,0,0,0,0])
                       ##0     1       2   3 goal attempt, 4 goal on target, 5 goal made, 6 pass attempt, 7 pass made, 8 tackle attempt, 9 tackle made, 10 interceptions, 11 shots against, 12 shots allowed
for i in home_def:
    index = int(players[i][0])
    position = players[i][1]
    name = players[i][2]
    traits = players[i][8]
    POS = round(int(players[i][12])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][13])-int(players[i][12])),2)
    REA = round(int(players[i][14])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][15])-int(players[i][14])),2)
    HAN = round(int(players[i][16])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][17])-int(players[i][16])),2)
    MAR = round(int(players[i][18])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][19])-int(players[i][18])),2)
    TAC = round(int(players[i][20])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][21])-int(players[i][20])),2)
    PAS = round(int(players[i][22])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][23])-int(players[i][22])),2)
    DRI = round(int(players[i][24])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][25])-int(players[i][24])),2)
    OFF = round(int(players[i][26])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][27])-int(players[i][26])),2)
    VIS = round(int(players[i][28])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][29])-int(players[i][28])),2)
    FIN = round(int(players[i][30])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][31])-int(players[i][30])),2)
    ACC = round(int(players[i][32])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][33])-int(players[i][32])),2)
    AGG = int(players[i][34])
    home_roster.append([index,position,name,traits,POS,REA,HAN,MAR,TAC,PAS,DRI,OFF,VIS,FIN,ACC,AGG])
    home_stats.append([index,position,name,0,0,0,0,0,0,0,0,0,0])
                       ##0     1       2   3 goal attempt, 4 goal on target, 5 goal made, 6 pass attempt, 7 pass made, 8 tackle attempt, 9 tackle made, 10 interceptions, 11 shots against, 12 shots allowed
for i in home_keep:
    index = int(players[i][0])
    position = players[i][1]
    name = players[i][2]
    traits = players[i][8]
    POS = round(int(players[i][12])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][13])-int(players[i][12])),2)
    REA = round(int(players[i][14])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][15])-int(players[i][14])),2)
    HAN = round(int(players[i][16])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][17])-int(players[i][16])),2)
    MAR = round(int(players[i][18])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][19])-int(players[i][18])),2)
    TAC = round(int(players[i][20])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][21])-int(players[i][20])),2)
    PAS = round(int(players[i][22])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][23])-int(players[i][22])),2)
    DRI = round(int(players[i][24])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][25])-int(players[i][24])),2)
    OFF = round(int(players[i][26])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][27])-int(players[i][26])),2)
    VIS = round(int(players[i][28])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][29])-int(players[i][28])),2)
    FIN = round(int(players[i][30])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][31])-int(players[i][30])),2)
    ACC = round(int(players[i][32])+random.gauss(0,0.25)+random.gauss(0.15,0.05)*(int(players[i][33])-int(players[i][32])),2)
    AGG = int(players[i][34])
    home_roster.append([index,position,name,traits,POS,REA,HAN,MAR,TAC,PAS,DRI,OFF,VIS,FIN,ACC,AGG])
                        ##0     1       2      3    4   5   6   7   8   9   10  11  12  13  14  15
    home_stats.append([index,position,name,0,0,0,0,0,0,0,0,0,0])
                       ##0     1       2   3 goal attempt, 4 goal on target, 5 goal made, 6 pass attempt, 7 pass made, 8 tackle attempt, 9 tackle made, 10 interceptions, 11 shots against, 12 shots allowed
print(away_roster)
print(home_roster)

#roll extra time
extra_time = round(max(random.gauss(150,45),0))
time = 1800 + extra_time
print("The first half will be 30 minutes and feature",extra_time // 60,"minutes and",extra_time % 60,"seconds of extra time")

#get kickoff possession
def kickoff(x):
    global possession
    global depth
    global offense
    global time
    depth = 2
    if x == "Home":
        i = 0
        while i < len(home_roster):
            x = home_roster[i][0]
            if x == home_mid[0]:
                possession = i
                i += 1
            else:
                i += 1
        if time - extra_time <= 0:
            minutes = str((time - extra_time) // 60)
            seconds = str(-1*(time - extra_time) % 60)
            timelist = [minutes,":",seconds.zfill(2)]
        else:
            minutes = str((time - extra_time) // 60)
            seconds = str((time - extra_time) % 60)
            timelist = [minutes,":",seconds.zfill(2)]
        print("".join(timelist)," And there's the kickoff, with",home_roster[possession][2],"takes possession")
    elif x == "Away":
        i = 0
        while i < len(away_roster):
            x = away_roster[i][0]
            if x == away_mid[0]:
                possession = i
                i += 1
            else:
                i += 1
        if time - extra_time <= 0:
            minutes = str((time - extra_time) // 60)
            seconds = str(-1*(time - extra_time) % 60)
            timelist = [minutes,":",seconds.zfill(2)]
        else:
            minutes = str((time - extra_time) // 60)
            seconds = str((time - extra_time) % 60)
            timelist = [minutes,":",seconds.zfill(2)]
        print("".join(timelist)," And there's the kickoff, with",away_roster[possession][2],"takes possession")

#if they'll take a shot
def takeshot(x):
    global offense
    global possession
    global time
    take_roll = random.randint(1,60 - x*10)
    if offense == "Home":
        y = home_roster[possession][15]
        if take_roll > y:
            result = False
        elif take_roll <= y:
            result = True
            home_stats[possession][3] += 1
    elif offense == "Away":
        y = away_roster[possession][15]
        if take_roll > y:
            result = False
        elif take_roll <= y:
            result = True
            away_stats[possession][3] += 1
    return result

#is shot on target
def ontarget():
    global offense
    global possession
    global depth
    global time
    target_roll = random.randint(1,15 + depth * 15)
    if offense == "Home":
        y = weightedround(home_roster[possession][14])
        if target_roll > y:
            result = False
        elif target_roll <= y:
            result = True
            home_stats[possession][4] += 1
    elif offense == "Away":
        y = weightedround(away_roster[possession][14])
        if target_roll > y:
            result = False
        elif target_roll <= y:
            result = True
            away_stats[possession][4] += 1
    time -= weightedround(random.gauss(6,1))
    print(target_roll,y)
    return result

#is it good
def goal():
    global offense
    global possession
    global depth
    global time
    global away_score
    global home_score
    global time
    if time - extra_time <= 0:
        minutes = str((time - extra_time) // 60)
        seconds = str(-1*(time - extra_time) % 60)
        timelist = [minutes,":",seconds.zfill(2)]
    else:
        minutes = str((time - extra_time) // 60)
        seconds = str((time - extra_time) % 60)
        timelist = [minutes,":",seconds.zfill(2)]
    if offense == "Home":
        away_stats[8][11] +=1
        shot_roll = random.randint(0,20)+weightedround(random.gauss(home_roster[possession][13],0.25))
        keeper_roll = max(random.randint(0,30),weightedround(random.gauss(away_roster[8][4],0.25)))+weightedround(random.gauss(away_roster[8][5],0.25))
        if shot_roll > keeper_roll:
            result = True
            away_stats[8][12] +=1
            home_stats[possession][5] +=1
            home_score += 1
            print("".join(timelist)," AND IT GETS PAST THE KEEPER!",home_roster[possession][2],"scores! The score is now","-".join([str(away_score),str(home_score)]))
            time -= weightedround(random.gauss(60,10))
        else:
            result = False
            print("And the keeper grabs it!")

    elif offense == "Away":
        home_stats[8][11] +=1
        shot_roll = random.randint(0,20)+weightedround(random.gauss(away_roster[possession][13],0.25))
        keeper_roll = max(random.randint(0,30),weightedround(random.gauss(home_roster[8][4],0.25)))+weightedround(random.gauss(home_roster[8][5],0.25))
        if shot_roll > keeper_roll:
            result = True
            home_stats[8][12] +=1
            away_stats[possession][5] +=1
            away_score += 1
            print("".join(timelist)," AND IT GETS PAST THE KEEPER!",away_roster[possession][2],"scores! The score is now","-".join([str(away_score),str(home_score)]))
            time -= weightedround(random.gauss(60,10))
        else:
            result = False
            print("And the keeper grabs it!")
    print("shot:",shot_roll,"keep:",keeper_roll)
    return result

#Determining who's guarding who
def marking():
    global possession
    global offense
    global marking_off
    global marking_def
    global depth
    global time
    away_att2 = away_att[:]
    away_mid2 = away_mid[:]
    away_def2 = away_def[:]
    home_att2 = home_att[:]
    home_mid2 = home_mid[:]
    home_def2 = home_def[:]
    marking_off = []
    marking_def = []
    if offense == "Home":
        i = 0
        while i < len(home_att2):
            q = home_att2[i]
            t = 0
            while t < len(home_roster):
                y = home_roster[t][0]
                if y == q:
                    r = t
                    t += 1
                else:
                    t += 1
            marking_off.append(r)
            try:
                z = random.choice(away_def2)
                away_def2.remove(z)
            except:
                z = random.choice(away_mid2)
                away_mid2.remove(z)
            t = 0
            while t < len(away_roster):
                y = away_roster[t][0]
                if y == z:
                    s = t
                    t += 1
                else:
                    t += 1
            marking_def.append(s)
            i += 1
        i = 0
        while i < len(home_mid2):
            q = home_mid2[i]
            t = 0
            while t < len(home_roster):
                y = home_roster[t][0]
                if y == q:
                    r = t
                    t += 1
                else:
                    t += 1
            marking_off.append(r)
            try:
                try:
                    z = random.choice(away_def2)
                    away_def2.remove(z)
                except:
                    z = random.choice(away_mid2)
                    away_mid2.remove(z)
            except:
                z = random.choice(away_att2)
                away_att2.remove(z)
            t = 0
            while t < len(away_roster):
                y = away_roster[t][0]
                if y == z:
                    s = t
                    t += 1
                else:
                    t += 1
            marking_def.append(s)
            i += 1
        i = 0
        while i < len(home_def2):
            q = home_def2[i]
            t = 0
            while t < len(home_roster):
                y = home_roster[t][0]
                if y == q:
                    r = t
                    t += 1
                else:
                    t += 1
            marking_off.append(r)
            try:
                z = random.choice(away_mid2)
                away_mid2.remove(z)
            except:
                z = random.choice(away_att2)
                away_att2.remove(z)
            t = 0
            while t < len(away_roster):
                y = away_roster[t][0]
                if y == z:
                    s = t
                    t += 1
                else:
                    t += 1
            marking_def.append(s)
            i += 1
    elif offense == "Away":
        i = 0
        while i < len(away_att2):
            q = away_att2[i]
            t = 0
            while t < len(away_roster):
                y = away_roster[t][0]
                if y == q:
                    r = t
                    t += 1
                else:
                    t += 1
            marking_off.append(r)
            try:
                z = random.choice(home_def2)
                home_def2.remove(z)
            except:
                z = random.choice(away_mid2)
                home_mid2.remove(z)
            t = 0
            while t < len(home_roster):
                y = home_roster[t][0]
                if y == z:
                    s = t
                    t += 1
                else:
                    t += 1
            marking_def.append(s)
            i += 1
        i = 0
        while i < len(away_mid2):
            q = away_mid2[i]
            t = 0
            while t < len(away_roster):
                y = away_roster[t][0]
                if y == q:
                    r = t
                    t += 1
                else:
                    t += 1
            marking_off.append(r)
            try:
                try:
                    z = random.choice(home_def2)
                    home_def2.remove(z)
                except:
                    z = random.choice(home_mid2)
                    home_mid2.remove(z)
            except:
                z = random.choice(home_att2)
                home_att2.remove(z)
            t = 0
            while t < len(home_roster):
                y = home_roster[t][0]
                if y == z:
                    s = t
                    t += 1
                else:
                    t += 1
            marking_def.append(s)
            i += 1
        i = 0
        while i < len(away_def2):
            q = away_def2[i]
            t = 0
            while t < len(away_roster):
                y = away_roster[t][0]
                if y == q:
                    r = t
                    t += 1
                else:
                    t += 1
            marking_off.append(r)
            try:
                z = random.choice(home_mid2)
                home_mid2.remove(z)
            except:
                z = random.choice(home_att2)
                home_att2.remove(z)
            t = 0
            while t < len(home_roster):
                y = home_roster[t][0]
                if y == z:
                    s = t
                    t += 1
                else:
                    t += 1
            marking_def.append(s)
            i += 1

#dribble and tackle function
def dribble():
    global possession
    global offense
    global depth
    global marking_off
    global marking_def
    global time
    z = marking_off.index(possession)
    y = marking_def[z]
    time -= weightedround(random.gauss(5,1.5))
    if offense == "Home":
        away_stats[y][8] += 1
        dribble_roll = random.randint(10,20)+weightedround(random.gauss(home_roster[possession][10],0.25))
        keeper_roll = random.randint(0,20)+weightedround(random.gauss(away_roster[y][5],0.25))
        if dribble_roll >= keeper_roll:
            result = True
        else:
            print(away_roster[y][2],"on the tackle and steals the ball from",home_roster[possession][2])
            result = False
            away_stats[y][9] +=1
            offense = "Away"
            possession = y
    elif offense == "Away":
        home_stats[y][8] += 1
        dribble_roll = random.randint(10,20)+weightedround(random.gauss(away_roster[possession][10],0.25))
        keeper_roll = random.randint(0,20)+weightedround(random.gauss(home_roster[y][5],0.25))
        if dribble_roll >= keeper_roll:
            result = True
        else:
            print(home_roster[y][2],"on the tackle and steals the ball from",away_roster[possession][2])
            result = False
            home_stats[y][9] +=1
            offense = "Home"
            possession = y
    return result

#passing
def passattempt():
    global possession
    global offense
    global depth
    global marking_off
    global marking_def
    global time
    time -= weightedround(random.gauss(8,1.5))
    if depth == 3:
        x = random.choice([3,3,2,2])
        depth = x
    elif depth == 2:
        x = random.choice([3,2,2,2,1,1])
        depth = x
    elif depth == 1:
        x = random.choice([2,2,1,1])
        depth = x
    if offense == "Home":
        home_stats[possession][6] += 1
        if depth == 3:
            q = random.choice(home_def)
        elif depth == 2:
            q = random.choice(home_mid)
        elif depth == 1:
            q = random.choice(home_att)
        i = 0
        while i < len(home_roster):
            z = home_roster[i][0]
            if z == q:
                r = i
                i += 1
            else:
                i += 1
        z = marking_off.index(r)
        y = marking_def[z]
        pass_roll = random.randint(-10,10)+weightedround(random.gauss(home_roster[possession][9]-10,0.25))
        off_roll = random.randint(10,20)+weightedround(random.gauss(home_roster[z][11],0.25))
        marking_roll = random.randint(0,20)+weightedround(random.gauss(away_roster[y][7],0.25))
        pass_score = pass_roll + off_roll - marking_roll
        if pass_score < -20:
            result = 1
        elif -20 <= pass_score <= 0:
            result = 2
            away_stats[y][10] += 1
            possession = y
            offense = "Away"
        elif 0 < pass_score < 20:
            result = 3
            home_stats[possession][7] += 1
            possession = z
        elif pass_score >= 20:
            result = 4
            home_stats[possession][7] += 1
            possession = z
    elif offense == "Away":
        away_stats[possession][6] += 1
        if depth == 3:
            q = random.choice(away_def)
        elif depth == 2:
            q = random.choice(away_mid)
        elif depth == 1:
            q = random.choice(away_att)
        i = 0
        while i < len(away_roster):
            z = away_roster[i][0]
            if z == q:
                r = i
                i += 1
            else:
                i += 1
        z = marking_off.index(r)
        y = marking_def[z]
        pass_roll = random.randint(-10,10)+weightedround(random.gauss(away_roster[possession][9]-10,0.25))
        off_roll = random.randint(10,20)+weightedround(random.gauss(away_roster[z][11],0.25))
        marking_roll = random.randint(0,20)+weightedround(random.gauss(home_roster[y][7],0.25))
        pass_score = pass_roll + off_roll - marking_roll
        if pass_score < -20:
            result = 1
        elif -20 <= pass_score <= 0:
            result = 2
            home_stats[y][10] += 1
            possession = y
            offense = "Home"
        elif 0 < pass_score < 20:
            result = 3
            away_stats[possession][7] +=1
            possession = z
        elif pass_score >= 20:
            result = 4
            away_stats[possession][7] +=1
            possession = z

#change possession macro
def changepossession(x):
    global possession
    global offense
    global depth
    global time
    if x == 1: ##Shots off target//Keeper catches
        i = 0
        if offense == "Away":
            offense = "Home"
            while i < len(home_roster):
                x = home_roster[i][0]
                if x == home_keep[0]:
                    possession = i
                    keeper = i
                    i += 1
                else:
                    i += 1
            if "Distributor" in home_roster[keeper][3]:
                distributor_bonus = 1
            else:
                distributor_bonus = 0
            t = random.choice(home_keepdepth)
            if t == 3: #return to defense
                q = random.choice(home_def)
                i = 0
                while i < len(home_roster):
                    z = home_roster[i][0]
                    if z == q:
                        possession = i
                        i += 1
                    else:
                        i += 1
                depth = 3
                print("Keeper",home_roster[keeper][2],"rolls the ball to his defender",home_roster[possession][2])
            elif t == 2: #return to midfield
                z = random.randint(1+distributor_bonus,4)
                if z > 2:
                    q = random.choice(home_mid)
                    i = 0
                    while i < len(home_roster):
                        z = home_roster[i][0]
                        if z == q:
                            possession = i
                            i += 1
                        else:
                            i += 1
                    depth = 2
                    print("Keeper",home_roster[keeper][2],"boots the ball into the midfield where it's collected by",home_roster[possession][2])
                else:
                    q = random.choice(away_mid)
                    i = 0
                    while i < len(away_roster):
                        z = away_roster[i][0]
                        if z == q:
                            possession = i
                            i += 1
                        else:
                            i += 1
                    depth = 2
                    offense = "Away"
                    print("Keeper",home_roster[keeper][2],"boots the ball into the midfield, but it's stolen by",away_roster[possession][2])
            elif t == 1: #push on the attack
                z = random.randint(1+distributor_bonus,4)
                if z == 4:
                    q = random.choice(home_att)
                    i = 0
                    while i < len(home_roster):
                        z = home_roster[i][0]
                        if z == q:
                            possession = i
                            i += 1
                        else:
                            i += 1
                    depth = 1
                    print("Keeper",home_roster[keeper][2],"pushes the ball deep into the attack and it connects to",home_roster[possession][2])
                else:
                    q = random.choice(away_def)
                    i = 0
                    while i < len(away_roster):
                        z = away_roster[i][0]
                        if z == q:
                            possession = i
                            i += 1
                        else:
                            i += 1
                    depth = 3
                    offense = "Away"
                    print("Keeper",home_roster[keeper][2],"launches the ball over his teammates where it's easily collected by",away_roster[possession][2])
        elif offense == "Home":
            offense = "Away"
            while i < len(away_roster):
                x = away_roster[i][0]
                if x == away_keep[0]:
                    possession = i
                    keeper = i
                    i += 1
                else:
                    i += 1
            if "Distributor" in away_roster[keeper][3]:
                distributor_bonus = 1
            else:
                distributor_bonus = 0
            t = random.choice(away_keepdepth)
            if t == 3: #return to defense
                q = random.choice(away_def)
                i = 0
                while i < len(away_roster):
                    z = away_roster[i][0]
                    if z == q:
                        possession = i
                        i += 1
                    else:
                        i += 1
                depth = 3
                print("Keeper",away_roster[keeper][2],"rolls the ball to his defender",away_roster[possession][2])
            elif t == 2: #return to midfield
                z = random.randint(1+distributor_bonus,4)
                if z > 2:
                    q = random.choice(away_mid)
                    i = 0
                    while i < len(away_roster):
                        z = away_roster[i][0]
                        if z == q:
                            possession = i
                            i += 1
                        else:
                            i += 1
                    depth = 2
                    print("Keeper",away_roster[keeper][2],"boots the ball into the midfield where it's collected by",away_roster[possession][2])
                else:
                    q = random.choice(home_mid)
                    i = 0
                    while i < len(home_roster):
                        z = home_roster[i][0]
                        if z == q:
                            possession = i
                            i += 1
                        else:
                            i += 1
                    depth = 2
                    offense = "Home"
                    print("Keeper",away_roster[keeper][2],"boots the ball into the midfield, but it's stolen by",home_roster[possession][2])
            elif t == 1: #push on the attack
                z = random.randint(1+distributor_bonus,4)
                if z == 4:
                    q = random.choice(away_att)
                    i = 0
                    while i < len(away_roster):
                        z = away_roster[i][0]
                        if z == q:
                            possession = i
                            i += 1
                        else:
                            i += 1
                    depth = 1
                    print("Keeper",away_roster[keeper][2],"pushes the ball deep into the attack and it connects to",away_roster[possession][2])
                else:
                    q = random.choice(home_def)
                    i = 0
                    while i < len(home_roster):
                        z = home_roster[i][0]
                        if z == q:
                            possession = i
                            i += 1
                        else:
                            i += 1
                    depth = 3
                    offense = "Home"
                    print("Keeper",away_roster[keeper][2],"launches the ball over his teammates where it's easily collected by",home_roster[possession][2])

kickoff_flag = True
offense = "Away"
half = 0
game = True
while game == True:
    while time > 0:
        while kickoff_flag == True:
            print("KICKOFF")
            if offense == "Away":
                kickoff("Away")
            elif offense == "Home":
                kickoff("Home")
            kickoff_flag = False
        time -= weightedround(random.gauss(10,2.5))
        if takeshot(1) == True:
            if ontarget() == True:
                if offense == "Home":
                    print("Shot taken by",home_roster[possession][2]," and it's on target.")
                    z = goal()
                    if z == True:
                        kickoff_flag = True
                        offense  = "Away"
                        continue
                    elif z == False:
                        changepossession(1)
                        continue
                elif offense == "Away":
                    print("Shot taken by",away_roster[possession][2]," and it's on target.")
                    z = goal ()
                    if z == True:
                        kickoff_flag = True
                        offense = "Home"
                        continue
                    elif z == False:
                        changepossession(1)
                        continue
            else:
                if offense == "Home":
                    print("Shot taken by",home_roster[possession][2]," but it's off-target.")
                    changepossession(1)
                elif offense == "Away":
                    print("Shot taken by",away_roster[possession][2]," but it's off-target.")
                    changepossession(1)
        marking()
        dribble()
        zz = passattempt()
        if zz == 1:
            print("And the pass sails into the stands. That'll be the keeper's ball.")
            changepossession(1)
        elif zz == 4:
            if takeshot(3) == True:
                if ontarget() == True:
                    if offense == "Home":
                        print("Shot taken by",home_roster[possession][2]," and it's on target.")
                        z = goal()
                        if z == True:
                            kickoff_flag = True
                            offense  = "Away"
                            continue
                        elif z == False:
                            changepossession(1)
                            continue
                    elif offense == "Away":
                        print("Shot taken by",away_roster[possession][2]," and it's on target.")
                        z = goal ()
                        if z == True:
                            kickoff_flag = True
                            offense = "Home"
                            continue
                        elif z == False:
                            changepossession(1)
                            continue
                else:
                    if offense == "Home":
                        print("Shot taken by",home_roster[possession][2]," but it's off-target.")
                        changepossession(1)
                    elif offense == "Away":
                        print("Shot taken by",away_roster[possession][2]," but it's off-target.")
                        changepossession(1)

    else:
        if half == 0:
            print("And that's half time! The score is","-".join([str(away_score),str(home_score)]))
            half = 1
            extra_time = round(max(random.gauss(150,45),0))
            time = 1800 + extra_time
            print("The second half will be 30 minutes and feature",extra_time // 60,"minutes and",extra_time % 60,"seconds of extra time")
            kickoff_flag = True
            offense = "Home"
            continue
        elif half == 1:
            game = False
else:
    print("And that's the end of the game! The final score is","-".join([str(away_score),str(home_score)]))

filename ="gamedata.csv"
with open(filename, "w") as output:
        writer = csv.writer(output, lineterminator="\n")
        writer.writerows([["Index"]+["Position"]+["Name"]+["GA"]+["GT"]+["GM"]+["PA"]+["PM"]+["TA"]+["TM"]+["INT"]+["SAg"]+["SAl"]])
        writer.writerows(away_stats)
        writer.writerows(home_stats)

example output:
[[1, 'ST', 'Striker 1', '[]', 2.07, 2.39, 2.56, 2.03, 2.05, 8.16, 10.04, 10.34, 8.09, 11.92, 7.87, 14], [2, 'ST', 'Striker 2', '[]', 1.8, 1.66, 2.18, 1.89, 1.82, 8.31, 10.61, 11.13, 10.24, 12.02, 8.44, 14], [3, 'MF', 'Fielder 1', '[]', 2.34, 2.08, 1.8, 6.68, 6.08, 10.33, 10.08, 8.47, 13.82, 10.15, 8.28, 10], [4, 'MF', 'Fielder 2', '[]', 1.76, 2.24, 1.9, 6.25, 6.57, 10.03, 9.49, 8.67, 10.01, 10.49, 7.92, 10], [5, 'MF', 'Fielder 3', '[]', 2.06, 2.11, 2.09, 6.2, 6.58, 10.56, 9.45, 8.81, 10.02, 9.99, 7.72, 10], [6, 'DB', 'Back 1', '[]', 2.34, 1.98, 1.73, 10.06, 10.11, 7.18, 8.04, 6.05, 7.05, 6.04, 4.34, 5], [7, 'DB', 'Back 2', '[]', 2.07, 1.89, 1.98, 9.98, 10.24, 6.31, 8.49, 6.55, 7.25, 5.79, 3.95, 5], [8, 'DB', 'Back 3', '[]', 1.81, 1.7, 2.13, 10.37, 10.22, 6.27, 8.6, 6.12, 6.97, 5.98, 3.88, 5], [9, 'GK', 'Keeper 1', '[]', 10.16, 10.68, 10.63, 4.04, 3.37, 4.19, 3.64, 3.7, 4.2, 4.11, 4.33, 4]]
[[10, 'ST', 'Striker A', '[]', 1.31, 2.22, 1.75, 0.96, 1.18, 7.76, 10.66, 10.28, 10.02, 8.62, 8.78, 16], [11, 'ST', 'Striker B', '[]', 1.97, 1.63, 1.83, 1.36, 1.03, 7.66, 11.04, 10.2, 9.72, 11.23, 9.16, 11], [12, 'ST', 'Striker C', '[]', 1.88, 1.99, 2.0, 0.81, 1.25, 7.71, 10.73, 10.28, 8.15, 14.18, 8.68, 14], [13, 'MF', 'Fielder A', '[]', 2.62, 1.83, 1.64, 5.62, 5.98, 9.2, 9.2, 7.19, 9.33, 3.14, 8.28, 8], [14, 'MF', 'Fielder C', '[]', 2.01, 1.74, 2.04, 5.35, 5.3, 8.62, 9.12, 7.63, 8.41, 2.97, 8.67, 8], [15, 'DB', 'Back A', '[]', 2.3, 1.82, 2.47, 10.05, 9.4, 5.54, 7.12, 4.72, 7.82, 2.7, 8.04, 3], [16, 'DB', 'Back B', '[]', 1.85, 1.81, 1.88, 9.47, 8.49, 5.8, 7.94, 5.74, 8.22, 3.07, 7.86, 3], [17, 'DB', 'Back C', '[]', 2.12, 2.08, 2.38, 9.28, 9.14, 5.34, 7.77, 5.74, 7.82, 3.78, 8.08, 3], [18, 'GK', 'Keeper A', '[‘Distributor’]', 8.81, 8.46, 9.3, 3.75, 3.58, 3.85, 4.17, 4.01, 3.83, 4.3, 4.11, 4]]
The first half will be 30 minutes and feature 2 minutes and 7 seconds of extra time
KICKOFF
30:00  And there's the kickoff, with Fielder 1 takes possession
22 8
Shot taken by Striker C  but it's off-target.
Keeper Keeper 1 boots the ball into the midfield where it's collected by Fielder 2
38 8
Shot taken by Fielder 1  but it's off-target.
Keeper Keeper A launches the ball over his teammates where it's easily collected by Back 2
27 9
Shot taken by Fielder C  but it's off-target.
Keeper Keeper 1 rolls the ball to his defender Back 2
8 9
Shot taken by Fielder C  and it's on target.
And the keeper grabs it!
shot: 3 keep: 36
Keeper Keeper 1 boots the ball into the midfield where it's collected by Fielder 2
10 4
Shot taken by Back 3  but it's off-target.
Keeper Keeper A boots the ball into the midfield where it's collected by Fielder A
5 8
Shot taken by Fielder 1  and it's on target.
And the keeper grabs it!
shot: 12 keep: 37
Keeper Keeper A pushes the ball deep into the attack and it connects to Striker A
18 9
Shot taken by Striker A  but it's off-target.
Keeper Keeper 1 rolls the ball to his defender Back 3
17 9
Shot taken by Fielder 1  but it's off-target.
Keeper Keeper A boots the ball into the midfield where it's collected by Fielder C
Fielder 1 on the tackle and steals the ball from Fielder C
22 9
Shot taken by Fielder C  but it's off-target.
Keeper Keeper 1 rolls the ball to his defender Back 3
Striker A on the tackle and steals the ball from Back 3
52 4
Shot taken by Back 3  but it's off-target.
Keeper Keeper A boots the ball into the midfield where it's collected by Fielder A
4 9
Shot taken by Fielder 1  and it's on target.
And the keeper grabs it!
shot: 15 keep: 29
Keeper Keeper A boots the ball into the midfield where it's collected by Fielder C
42 7
Shot taken by Fielder 3  but it's off-target.
Keeper Keeper A boots the ball into the midfield, but it's stolen by Fielder 1
And that's half time! The score is 0-0
The second half will be 30 minutes and feature 3 minutes and 36 seconds of extra time
KICKOFF
30:00  And there's the kickoff, with Fielder A takes possession
18 8
Shot taken by Fielder A  but it's off-target.
Keeper Keeper 1 rolls the ball to his defender Back 3
7 8
Shot taken by Fielder 2  and it's on target.
And the keeper grabs it!
shot: 28 keep: 31
Keeper Keeper A boots the ball into the midfield where it's collected by Fielder A
8 8
Shot taken by Fielder A  and it's on target.
And the keeper grabs it!
shot: 16 keep: 22
Keeper Keeper 1 rolls the ball to his defender Back 1
14 4
Shot taken by Back 1  but it's off-target.
Keeper Keeper A launches the ball over his teammates where it's easily collected by Back 3
33 4
Shot taken by Back 1  but it's off-target.
Keeper Keeper A pushes the ball deep into the attack and it connects to Striker C
Fielder A on the tackle and steals the ball from Fielder 2
2 8
Shot taken by Fielder 1  and it's on target.
And the keeper grabs it!
shot: 17 keep: 22
Keeper Keeper A boots the ball into the midfield where it's collected by Fielder A
21 8
Shot taken by Fielder A  but it's off-target.
Keeper Keeper 1 boots the ball into the midfield, but it's stolen by Fielder A
23 9
Shot taken by Striker C  but it's off-target.
Keeper Keeper 1 rolls the ball to his defender Back 1
Back A on the tackle and steals the ball from Striker 2
33 8
Shot taken by Fielder 3  but it's off-target.
Keeper Keeper A boots the ball into the midfield, but it's stolen by Fielder 3
22 8
Shot taken by Fielder A  but it's off-target.
Keeper Keeper 1 rolls the ball to his defender Back 3
43 9
Shot taken by Fielder C  but it's off-target.
Keeper Keeper 1 rolls the ball to his defender Back 1
16 8
Shot taken by Fielder 1  but it's off-target.
Keeper Keeper A pushes the ball deep into the attack and it connects to Striker A
7 8
Shot taken by Fielder 2  and it's on target.
7:31  AND IT GETS PAST THE KEEPER! Fielder 2 scores! The score is now 1-0
shot: 30 keep: 23
KICKOFF
6:29  And there's the kickoff, with Fielder A takes possession
40 8
Shot taken by Fielder A  but it's off-target.
Keeper Keeper 1 boots the ball into the midfield where it's collected by Fielder 2
18 7
Shot taken by Fielder 3  but it's off-target.
Keeper Keeper A boots the ball into the midfield, but it's stolen by Fielder 3
4 4
Shot taken by Back 3  and it's on target.
And the keeper grabs it!
shot: 9 keep: 25
Keeper Keeper A boots the ball into the midfield where it's collected by Fielder C
39 8
Shot taken by Fielder C  but it's off-target.
Keeper Keeper 1 rolls the ball to his defender Back 1
51 9
Shot taken by Striker B  but it's off-target.
Keeper Keeper 1 boots the ball into the midfield where it's collected by Fielder 1
17 8
Shot taken by Striker 2  but it's off-target.
Keeper Keeper A pushes the ball deep into the attack and it connects to Striker A
35 8
Shot taken by Fielder 3  but it's off-target.
Keeper Keeper A pushes the ball deep into the attack and it connects to Striker C
And that's the end of the game! The final score is 1-0
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