Main.py

# https://github.com/benryan03/baseball_simulator/

import random
import time
import math
from datetime import datetime

from CalculatePitchOutcome import *
from PrintBoxScore import *
from SaveBoxScore import *
from GetUserInputs import *
from Functions import *
from LoadPlayers import *

# For text colors
from colorama import init, Fore, Back, Style
init()

home_score = 0
away_score = 0
half_inning = 1
balls = 0
strikes = 0
outs = 0
rand = 0
pitch_result = "_"
gameover = False
atbat_pitch_count = 1
pitch_count = {"home": 1, "away": -1}
current_batter = {"home": 0, "away": -1}
margin = 0
edge = ["", 0]
redo_pitch_loops = 0
runs_in_current_inning = 0
score_by_inning = {"home":[], "away":[]}
on_base = [-1, -1, -1, -1]
earned_runs = 0

def out(num):
	global outs
	global half_inning
	global gameover
	global balls
	global strikes
	global runs_in_current_inning
	global on_base
	for x in range(num):

		# For box score
		# Totals will get rounded to 1 decimal so .3333 is accurate enough :)
		if half_inning % 2 == 0:
			pitchers_used["away"][-1][2] = pitchers_used["away"][-1][2] + 0.3333
		elif half_inning % 2 != 0:
			pitchers_used["home"][-1][2] = pitchers_used["home"][-1][2] + 0.3333

		if outs <= 1:
			resetcount()
			outs += 1
		elif outs == 2 and half_inning < 17:
			# before 9th inning, no win possible
			outs = 3
			wait()
			half_inning += 1
			inning_status()
			outs = 0

			on_base = [-1, -1, -1, -1]
			balls = 0
			strikes = 0
			runs_in_current_inning = 0
			if half_inning == 2:
				print("\033[1;93;40m" + starting_pitchers["away"][0] + "\033[0m is now pitching for the " + teams["away"] + ".")
				wait()
				print(str(years["away"]) + " ERA: " + str(format_era(starting_pitchers["away"][1])))
				wait()
		elif (outs == 2 and half_inning >= 17 and half_inning % 2 != 0 and home_score <= away_score):
			# if 2 outs and 9th inning or later and end of top of inning and away team is ahead or tied
			outs = 3
			print("")
			wait()
			half_inning += 1
			inning_status()
			outs = 0

			on_base = [-1, -1, -1, -1]
			balls = 0
			strikes = 0
		elif (outs == 2 and half_inning >= 17 and half_inning % 2 == 0 and home_score == away_score):
			# if 2 outs and 9th inning or later and end of bottom of inning and score is tied
			outs = 3
			print("")
			wait()
			half_inning += 1
			inning_status()
			outs = 0

			on_base = [-1, -1, -1, -1]
			balls = 0
			strikes = 0
		else:
			# Game over
			gameover = True

def run(num):
	global away_score
	global home_score
	global gameover
	global runs_in_current_inning
	global score_by_inning
	global earned_runs
	global batters

	runners = {0: None, 1: None, 2: None, 3: None}

	# Determine and who scored the runs, and update their Run stats for box score
	if num == 1 and on_base[3] > -1:
		# 1 run scored from third
		batters[batting_team(half_inning)][on_base[3]][3] += 1
		runners[0] = batters[batting_team(half_inning)][on_base[3]]

	elif num == 1 and on_base[2] > -1:
		# 1 run scored from second
		batters[batting_team(half_inning)][on_base[2]][3] += 1
		runners[0] = batters[batting_team(half_inning)][on_base[2]]

	elif num == 1 and on_base[1] > -1:
		# 1 run scored from first
		batters[batting_team(half_inning)][on_base[1]][3] += 1

	elif num == 1 and (on_base[3] == -1 and on_base[2] == -1 and on_base[1] == -1):
		# Solo home run
		batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][3] += 1
		runners[0] = batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]]

	elif num == 2 and on_base[3] > -1 and on_base[2] > -1:
		# 2 runs scored from second and third
		batters[batting_team(half_inning)][on_base[3]][3] += 1
		batters[batting_team(half_inning)][on_base[2]][3] += 1
		runners[0] = batters[batting_team(half_inning)][on_base[3]]
		runners[1] = batters[batting_team(half_inning)][on_base[2]]

	elif num == 2 and on_base[3] > -1 and on_base[1] > -1:
		# 2 runs scored from first and third
		batters[batting_team(half_inning)][on_base[3]][3] += 1
		batters[batting_team(half_inning)][on_base[1]][3] += 1
		runners[0] = batters[batting_team(half_inning)][on_base[3]]
		runners[1] = batters[batting_team(half_inning)][on_base[1]]

	elif num == 2 and on_base[2] > -1 and on_base[1] > -1:
		# 2 runs scored from first and second
		batters[batting_team(half_inning)][on_base[2]][3] += 1
		batters[batting_team(half_inning)][on_base[1]][3] += 1
		runners[0] = batters[batting_team(half_inning)][on_base[2]]
		runners[1] = batters[batting_team(half_inning)][on_base[1]]

	elif num == 2 and (on_base[3] > -1 and on_base[2] == -1 and on_base[1] == -1):
		# 2 run HR with runner on third
		batters[batting_team(half_inning)][on_base[3]][3] += 1
		batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][3] += 1
		runners[0] = batters[batting_team(half_inning)][on_base[3]]
		runners[1] = batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]]

	elif num == 2 and (on_base[3] == -1 and on_base[2] > -1 and on_base[1] == -1):
		# 2 run HR with runner on second
		batters[batting_team(half_inning)][on_base[2]][3] += 1
		batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][3] += 1
		runners[0] = batters[batting_team(half_inning)][on_base[2]]
		runners[1] = batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]]

	elif num == 2 and (on_base[3] == -1 and on_base[2] == -1 and on_base[1] > -1):
		# 2 run HR with runner on first
		batters[batting_team(half_inning)][on_base[1]][3] += 1
		batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][3] += 1
		runners[0] = batters[batting_team(half_inning)][on_base[1]]
		runners[1] = batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]]

	elif num == 3 and (on_base[3] > -1 and on_base[2] > -1 and on_base[1] > -1):
		# 3 runs scored from first, second, and third
		batters[batting_team(half_inning)][on_base[3]][3] += 1
		batters[batting_team(half_inning)][on_base[2]][3] += 1
		batters[batting_team(half_inning)][on_base[1]][3] += 1
		runners[0] = batters[batting_team(half_inning)][on_base[3]]
		runners[1] = batters[batting_team(half_inning)][on_base[2]]
		runners[2] = batters[batting_team(half_inning)][on_base[1]]

	elif num == 3 and on_base[3] > -1 and on_base[2] > -1:
		# 3 run HR, runners on second and third
		batters[batting_team(half_inning)][on_base[3]][3] += 1
		batters[batting_team(half_inning)][on_base[2]][3] += 1
		batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][3] += 1
		runners[0] = batters[batting_team(half_inning)][on_base[3]]
		runners[1] = batters[batting_team(half_inning)][on_base[2]]
		runners[2] = batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]]

	elif num == 3 and on_base[3] > -1 and on_base[1] > -1:
		# 3 run HR, runners on first and third
		batters[batting_team(half_inning)][on_base[3]][3] += 1
		batters[batting_team(half_inning)][on_base[1]][3] += 1
		batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][3] += 1
		runners[0] = batters[batting_team(half_inning)][on_base[3]]
		runners[1] = batters[batting_team(half_inning)][on_base[1]]
		runners[2] = batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]]

	elif num == 3 and on_base[2] > -1 and on_base[1] > -1:
		# 3 run HR, runners on first and second
		batters[batting_team(half_inning)][on_base[2]][3] += 1
		batters[batting_team(half_inning)][on_base[1]][3] += 1
		batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][3] += 1
		runners[0] = batters[batting_team(half_inning)][on_base[2]]
		runners[1] = batters[batting_team(half_inning)][on_base[1]]
		runners[2] = batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]]

	elif num == 4: # Grand slam
		batters[batting_team(half_inning)][on_base[3]][3] += 1
		batters[batting_team(half_inning)][on_base[2]][3] += 1
		batters[batting_team(half_inning)][on_base[1]][3] += 1
		batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][3] += 1
		runners[0] = batters[batting_team(half_inning)][on_base[3]]
		runners[1] = batters[batting_team(half_inning)][on_base[2]]
		runners[2] = batters[batting_team(half_inning)][on_base[1]]
		runners[3] = batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]]

	# Print who scored the runs
	for x in range(3):
		if runners[x] != None:
			wait()
			print("")
			wait()
			print("\033[1;30;102m" + runners[x][0] + " scored a run for the " + teams[batting_team(half_inning)] + "!\033[0m")

	for x in range(num):

		# Line score
		inning = int((half_inning / 2) + 0.5)
		if len(score_by_inning[batting_team(half_inning)]) < inning:
			score_by_inning[batting_team(half_inning)].append(1)
		else:
			score_by_inning[batting_team(half_inning)][-1] += 1

		# Box score - earned runs
		pitchers_used[pitching_team(half_inning)][-1][3] += 1
		if earned_runs < 0:
			earned_runs += 1
		else:
			pitchers_used[pitching_team(half_inning)][-1][5] += 1

		if half_inning < 18 and half_inning % 2 != 0:
			# normal innings - run for away
			away_score += 1
			runs_in_current_inning += 1  # For pitching change check
			batters["away"][current_batter["away"]][5] += 1  # RBI count for box score
			wait_short()
		elif half_inning < 18 and half_inning % 2 == 0:
			# normal innings - run for home
			home_score += 1
			runs_in_current_inning += 1  # For pitching change check
			batters["home"][current_batter["home"]][5] += 1  # RBI count for box score
			wait_short()
		elif half_inning >= 18 and half_inning % 2 != 0:
			# extra innings - run for away
			away_score += 1
			runs_in_current_inning += 1  # For pitching change check
			batters["away"][current_batter["away"]][5] += 1  # RBI count for box score
			wait_short()
		elif half_inning >= 18 and half_inning % 2 == 0 and away_score > home_score:
			# extra innings - run for home, no walkoff
			home_score += 1
			batters["home"][current_batter["home"]][5] += 1  # RBI count for box score
			runs_in_current_inning += 1  # For pitching change check
			wait_short()
		elif half_inning >= 18 and half_inning % 2 == 0 and away_score == home_score:
			# walkoff run!
			home_score += 1
			batters["home"][current_batter["home"]][5] += 1  # RBI count for box score
			print("\033[1;30;102mWALKOFF for the " + teams["home"] + "!\033[0m")
			wait()
			print("")
			wait()
			print("Game has ended. " + teams["home"] + " wins.")
			gameover = True

def inning_status():

	# Update line score for end-of-game stats
	prev_half_inning = half_inning - 1
	if len(score_by_inning[batting_team(half_inning)]) < prev_half_inning - 1:
		score_by_inning[batting_team(half_inning)].append(0)

	# This will be accurate until the 21st inning - will fix eventually
	if half_inning == 1 or half_inning == 2:
		x = "st"
	elif half_inning == 3 or half_inning == 4:
		x = "nd"
	elif half_inning == 5 or half_inning == 6:
		x = "rd"
	else:
		x = "th"

	# Print inning status
	wait()
	print("")
	print("")
	print("------------------------------------")
	print(
		"It is now the ", end = "")
	if half_inning % 2 != 0:
		print("top", end = "")
	elif half_inning % 2 == 0:
		print("bottom", end = "")
	print(" of the "
		+ str((half_inning / 2) + 0.5).split(".")[0]
		+ x
		+ " inning."
	)
	print("------------------------------------")
	print("")
	wait()

def status():  # Print number of outs, inning number, score, and on-base statuses

	wait()
	print("-------------------------------------------------------------")
	wait()

	print("Outs: " + str(outs) + " | Inning: ", end="")
	if half_inning % 2 != 0:
		print("Top ", end="")
	elif half_inning % 2 == 0:
		print("Bot ", end="")
	print(
		str(math.ceil(half_inning / 2))
		+ " | "
		+ abbrs["home"] 
		+ ": "
		+ str(home_score)
		+ " | "
		+ abbrs["away"] 
		+ ": "
		+ str(away_score)
		+ " | 3B: ",
		end="",
	)
	if on_base[3] > -1:
		print("\033[1;93;40mX\033[0m 2B: ", end="")
	elif on_base[3] == -1:
		print("  2B: ", end="")
	if on_base[2] > -1:
		print("\033[1;93;40mX\033[0m 1B: ", end="")
	elif on_base[2] == -1:
		print("  1B: ", end="")
	if on_base[1] > -1:
		print("\033[1;93;40mX\033[0m")
	elif on_base[1] == -1:
		print(" ")

	wait()
	now_batting()
	wait()

def now_batting():
	global edge
	global edge_pos
	global margin
	global redo_pitch_loops
	global half_inning

	# Print name and average of current batter
	print(
		"\033[1;93;40m"
		+ str(batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][0])
		+ "\033[0m is now batting for the "
		+ teams[batting_team(half_inning)]
		+ ". "
		+ str(years[batting_team(half_inning)])
		+ " AVG: "
		+ format_batting_average(batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][1])
	)
	batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][2] += 1  # Update at-bat count for box score

	redo_pitch_loops = 0

	# Determine edge
	avg = batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][1]
	era = current_pitcher[pitching_team(half_inning)][1]

	x = avg / 0.250
	y = (2 - (era / 4)) - (pitch_count[pitching_team(half_inning)] * 0.005)

	if x > y:
		# Batter has edge
		edge = batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][0]
		edge_pos = "Batter"
		margin = x - y

	elif x <= y:
		# Pitcher has edge
		edge = current_pitcher[pitching_team(half_inning)][0]
		edge_pos = "Pitcher"
		margin = y - x
		
	# Print edge
	wait()
	margin = round(margin * 50, 1)
	print("Edge: " + edge + " - " + str(margin) + "%")	

def check_if_pitching_change():

	if (current_pitcher[pitching_team(half_inning)][0] == starting_pitchers[pitching_team(half_inning)][0] and pitch_count[pitching_team(half_inning)] >= 100):
		# Starter is still in and has thrown 100 pitches
		pitching_change()
	elif (current_pitcher[pitching_team(half_inning)][0] == starting_pitchers[pitching_team(half_inning)][0] and half_inning >= 13):
		# Starter is still in and it is the top of the 7th inning
		pitching_change()
	elif (current_pitcher[pitching_team(half_inning)][0] == starting_pitchers[pitching_team(half_inning)][0] and pitchers_used[pitching_team(half_inning)][0][5] > 4):
		# Starter is still in and has allowed more than 4 runs
		pitching_change()
	elif (current_pitcher[pitching_team(half_inning)][0] != starting_pitchers[pitching_team(half_inning)][0] and half_inning <= 9 and runs_in_current_inning > 2 and len(relief_pitchers[pitching_team(half_inning)]) > 0):
		# A reliever is in and has allowed more than 2 runs and it is before the 6th inning
		pitching_change()
	elif (current_pitcher[pitching_team(half_inning)][0] != starting_pitchers[pitching_team(half_inning)][0] and current_pitcher[pitching_team(half_inning)][0] != closers[pitching_team(half_inning)][0] and (half_inning == 17 or half_inning == 18)):
		# Top of 9th inning (Send in closer)
		pitching_change()
	elif (current_pitcher[pitching_team(half_inning)][0] != starting_pitchers[pitching_team(half_inning)][0] and half_inning > 9 and outs == 0 and on_base[1] == -1 and on_base[2] == -1 and on_base[3] == -1 and runs_in_current_inning == 0 and len(relief_pitchers[pitching_team(half_inning)]) > 0):
		# A reliever is in and it is the start of an inning, 6th or later
		pitching_change()
	elif (current_pitcher[pitching_team(half_inning)][0] != starting_pitchers[pitching_team(half_inning)][0] and runs_in_current_inning > 2 and len(relief_pitchers[pitching_team(half_inning)]) > 0):
		# A reliever is in and has allowed more than 2 runs
		pitching_change()

def pitching_change():
	global relief_pitchers
	global current_pitcher
	global pitch_count
	global runs_in_current_inning
	global earned_runs

	runs_in_current_inning = 0

	# Used for Earned Runs in box score
	earned_runs = 0
	if on_base[1] > -1:
		earned_runs = earned_runs - 1
	if on_base[2] > -1:
		earned_runs = earned_runs - 1
	if on_base[3] > -1:
		earned_runs = earned_runs - 1

	if half_inning == 17 or half_inning == 18:
		# 9th inning - send in closer
		current_pitcher[pitching_team(half_inning)] = closers[pitching_team(half_inning)]
	else:
		# Not 9th inning - Choose a random relief pitcher
		x = len(relief_pitchers[pitching_team(half_inning)])
		rand = random.randint(0, x - 1)
		current_pitcher[pitching_team(half_inning)] = relief_pitchers[pitching_team(half_inning)][rand]
		del relief_pitchers[pitching_team(half_inning)][rand]
		pitch_count[pitching_team(half_inning)] = 1

	pitchers_used[pitching_team(half_inning)].append(current_pitcher[pitching_team(half_inning)])  # Add pitcher to array for box score
	for x in range(10): # Generate blank stats for box score
		pitchers_used[pitching_team(half_inning)][-1].append(0)

	# Print new pitcher
	wait()
	print("Pitching change!")
	wait()
	print("")
	wait()
	print("\033[1;93;40m" + current_pitcher[pitching_team(half_inning)][0] + "\033[0m is now pitching for the " + teams[pitching_team(half_inning)] + ".")
	wait()
	print(str(years[pitching_team(half_inning)]) + " ERA: " + str(format_era(current_pitcher[pitching_team(half_inning)][1])))
	wait()
	print("")
	wait()

def resetcount():
	global balls
	global strikes
	balls = 0
	strikes = 0

#######################################################################################################################
#######################################################################################################################

# Program start

print("Welcome to Baseball Simulator")

# Get user inputs to choose teams
inputs = GetUserInputs()
teams = {"home": inputs[0], "away": inputs[1]}
abbrs = {"home": inputs[2], "away": inputs[3]}
years = {"home": inputs[4], "away": inputs[5]}

print("")
print("Loading players...")

# Load players
batters = LoadBatters(abbrs, years)
pitchers = LoadPitchers(abbrs, years)
relief_pitchers = LoadRelievers(abbrs, years)
closers = LoadClosers(abbrs, years)
current_pitcher = {"home": ["", 0], "away": ["", 0]}

# For box score
starting_pitchers = {"home": ["", 0], "away": ["", 0]}
pitchers_used = {"home": [], "away": []}

# Print sorted batters for Home
print("\nStarting lineup for the " + str(years["home"]) + " " + teams["home"] + ":")
wait()
for x in batters["home"]:
	print(x[0] + " - " + format_batting_average(x[1]))
	wait_short()

# Print sorted batters for Away
print("\nStarting lineup for the " + str(years["away"]) + " " + teams["away"] + ":")
wait()
for x in batters["away"]:
	print(x[0] + " - " + format_batting_average(x[1]))
	wait_short()

# Choose a random starting pitcher for each team
pitcher_rand = random.randint(0, 4)
starting_pitchers["home"] = pitchers["home"][pitcher_rand]
current_pitcher["home"] = starting_pitchers["home"]

pitcher_rand = random.randint(0, 4)
starting_pitchers["away"] = pitchers["away"][pitcher_rand]
current_pitcher["away"] = starting_pitchers["away"]

# Keep track of what starting pitchers were used, for end-of-game box score
pitchers_used["home"].append(starting_pitchers["home"])
for x in range(10):
	pitchers_used["home"][-1].append(0)

pitchers_used["away"].append(starting_pitchers["away"])
for x in range(10):
	pitchers_used["away"][-1].append(0)

wait()
print("")
wait()
print("PLAY BALL!")
wait()
print("")
wait()
print("\033[1;93;40m" + starting_pitchers["home"][0] + "\033[0m is now pitching for the " + teams["home"] + ".")
wait()
print(str(years["home"]) + " ERA: " + str(format_era(starting_pitchers["home"][1])))
wait()
print()
wait()

status()

first_pitch_time = (
	(datetime.strftime(datetime.now(), "%Y")) + "-"
	+ (datetime.strftime(datetime.now(), "%m")) + "-"
	+ (datetime.strftime(datetime.now(), "%d")) + " at "
	+ (datetime.strftime(datetime.now(), "%H")) + ":"
	+ (datetime.strftime(datetime.now(), "%M")))

#######################################################################################################################
#######################################################################################################################

while gameover == False:  # Main game loop

	pitch_result = calculate_pitch_outcome(atbat_pitch_count, False, edge_pos, margin, redo_pitch_loops)

	if pitch_result == "Ball" and balls < 3: # Ball
		balls += 1
		pitching_animation(pitch_count, half_inning, current_pitcher, redo_pitch_loops)
		print("Ball. (" + str(balls) + " - " + str(strikes) + ")")

	elif pitch_result == "Ball" and balls == 3:  # Walk
		pitch_result = "Walk"
		pitching_animation(pitch_count, half_inning, current_pitcher, redo_pitch_loops)
		print("\033[1;30;102mWALK!\033[0m")
		if (on_base[1] == -1 and on_base[2] == -1 and on_base[3] == -1):
			on_base[1] = current_batter[batting_team(half_inning)]
		elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] == -1):
			on_base[2] = on_base[1]
			on_base[1] = current_batter[batting_team(half_inning)]
		elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] == -1):
			on_base[1] = current_batter[batting_team(half_inning)]
		elif (on_base[1] == -1 and on_base[2] == -1 and on_base[3] > -1):
			on_base[1] = current_batter[batting_team(half_inning)]
		elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] == -1):
			on_base[3] = on_base[2]
			on_base[2] = on_base[1]
			on_base[1] = current_batter[batting_team(half_inning)]
		elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] > -1):
			on_base[1] = current_batter[batting_team(half_inning)]
		elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] > -1):
			run(1)
			on_base[3] = on_base[2]
			on_base[2] = on_base[1]
			on_base[1] = current_batter[batting_team(half_inning)]
		elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] > -1):
			on_base[2] = on_base[1]
			on_base[1] = current_batter[batting_team(half_inning)]

		batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][7] += 1  # Batter walk count for box score
		pitchers_used[pitching_team(half_inning)][-1][7] += 1 # Pitcher walk count for box score

		resetcount()

	elif pitch_result == "Strike" and strikes < 2: #Strike
		strikes += 1
		pitching_animation(pitch_count, half_inning, current_pitcher, redo_pitch_loops)
		print("Strike. (" + str(balls) + " - " + str(strikes) + ")")

	elif pitch_result == "Strike" and strikes == 2: # Strikeout
		pitching_animation(pitch_count, half_inning, current_pitcher, redo_pitch_loops)
		print("\033[1;97;101mSTRIKEOUT!\033[0m")
		pitch_result = "Strikeout"
		batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][8] += 1  # Batter strikeout count for box score
		pitchers_used[pitching_team(half_inning)][-1][8] += 1 # Pitcher strikeout count for box score
		out(1)

	elif pitch_result == "Foul" and strikes < 2: # Foul
		strikes += 1
		pitching_animation(pitch_count, half_inning, current_pitcher, redo_pitch_loops)
		print("Foul. (" + str(balls) + " - " + str(strikes) + ")")

	elif pitch_result == "Foul" and strikes == 2:  # Foul (with 2 strikes)
		pitching_animation(pitch_count, half_inning, current_pitcher, redo_pitch_loops)
		print("Foul. (" + str(balls) + " - " + str(strikes) + ")")

	elif pitch_result == "Ball_in_play":
		rand = random.randint(1, 100)

		if 1 <= rand <= 40:  # Fly out

			if edge_pos == "Batter":
				rand = random.randint(1, 100)
				if 1 <= rand <= round(margin, 0):
					redo_pitch_loops += 1
					continue
				else:
					pitch_result = "Fly"
			else:
				pitch_result == "Fly"

			pitching_animation(pitch_count, half_inning, current_pitcher, redo_pitch_loops)
			ball_in_play_animation()

			if (on_base[1] == -1 and on_base[2] == -1 and on_base[3] == -1):
				# Bases empty
				print("\033[1;97;101mFLY OUT!\033[0m")
				out(1)
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] == -1):
				# Runner on first
				print("\033[1;97;101mFLY OUT!\033[0m")
				out(1)
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] == -1 and outs < 2):
				# Runner on and second, less than 2 outs
				print("\033[1;30;103mFLY OUT! RUNNER ADVANCED.\033[0m")
				out(1)
				on_base[3] = on_base[2]
				on_base[2] = -1
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] == -1 and outs == 2):
				# Runners on first and second, 2 outs
				print("\033[1;97;101mFLY OUT!\033[0m")
				out(1)
			elif (on_base[1] == -1 and on_base[2] == -1 and on_base[3] > -1 and outs < 2):
				#Runner on third, less than 2 outs
				print("\033[1;30;102mSACRIFICE FLY!\033[0m")
				out(1)
				run(1)
				on_base[3] = -1
			elif (on_base[1] == -1 and on_base[2] == -1 and on_base[3] > -1 and outs == 2):
				# Runner on third, 2 outs
				print("\033[1;97;101mFLY OUT!\033[0m")
				out(1)
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] == -1 and outs < 2):
				# Runners on first and second, less than 2 outs
				print("\033[1;30;103mFLY OUT! RUNNER ADVANCED.\033[0m")
				out(1)
				on_base[3] = on_base[2]
				on_base[2] = -1
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] == -1 and outs == 2):
				# Runners on first and second, 2 outs
				print("\033[1;97;101mFLY OUT!\033[0m")
				out(1)
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] > -1 and outs < 2):
				# Runners on second and third, less than 2 outs
				print("\033[1;30;102mSACRIFICE FLY!\033[0m")
				out(1)
				run(1)
				on_base[3] = -1
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] > -1 and outs == 2):
				# Runners on second and third, 2 outs
				print("\033[1;97;101mFLY OUT!\033[0m")
				out(1)
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] > -1 and outs < 2):
				# Runners on first and third, less than 2 outs
				print("\033[1;30;102mSACRIFICE FLY!\033[0m")
				out(1)
				run(1)
				on_base[3] = -1
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] > -1 and outs == 2):
				# Runners on first and third, 2 outs
				print("\033[1;97;101mFLY OUT!\033[0m")
				out(1)
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] > -1 and outs < 2):
				# Bases loaded, less than 2 outs
				print("\033[1;30;102mSACRIFICE FLY!\033[0m")
				out(1)
				run(1)
				on_base[3] = -1
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] > -1 and outs < 2):
				# Bases loaded, 2 outs
				print("\033[1;97;101mFLY OUT!\033[0m")
				out(1)
			resetcount()
			pitch_result = "Fly"
		elif 41 <= rand <= 70:  # Ground out

			if edge_pos == "Batter":
				rand = random.randint(1, 100)
				if 1 <= rand <= round(margin, 0):
					redo_pitch_loops += 1
					continue
				else:
					pitch_result = "Grounder"
			else:
				pitch_result == "Grounder"

			pitching_animation(pitch_count, half_inning, current_pitcher, redo_pitch_loops)
			ball_in_play_animation()

			if (on_base[1] == -1 and on_base[2] == -1 and on_base[3] == -1):
				# Bases empty
				print("\033[1;97;101mGROUND OUT!\033[0m")
				out(1)
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] == -1 and outs < 2):
				# Runner on first, 0-1 outs
				print("\033[1;97;101mDOUBLE PLAY!\033[0m")
				out(2)
				on_base[1] = -1
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] == -1 and outs == 2):
				# Runner on first, 2 outs
				print("\033[1;97;101mGROUND OUT!\033[0m")
				out(1)
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] == -1):
				# Runner on second
				print("\033[1;97;101mGROUND OUT!\033[0m")
				out(1)
			elif (on_base[1] == -1 and on_base[2] == -1 and on_base[3] > -1):
				# Runner on third
				print("\033[1;97;101mGROUND OUT!\033[0m")
				out(1)
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] == -1 and outs == 0):
				# Runners on first and second, 0 outs
				print("\033[1;97;101mTRIPLE PLAY\033[0m")
				out(3)
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] == -1 and outs == 1):
				# Runners on first and second, 1 out
				print("\033[1;97;101mDOUBLE PLAY!\033[0m")
				out(2)
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] == -1 and outs == 2):
				# Runners on first and second, 2 outs
				print("\033[1;97;101mGROUND OUT!\033[0m")
				out(1)
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] > -1):
				# Runners on second and third
				print("\033[1;97;101mGROUND OUT!\033[0m")
				out(1)
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] > -1 and outs == 0):
				# Bases loaded, no outs
				print("\033[1;97;101mTRIPLE PLAY!\033[0m")
				out(3)
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] > -1 and outs == 1):
				# Bases loaded, 2 out
				print("\033[1;97;101mDOUBLE PLAY!\033[0m")
				out(2)
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] > -1 and outs == 2):
				# Bases loaded, 2 outs
				print("\033[1;97;101mGROUND OUT!\033[0m")
				out(1)
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] > -1 and outs < 2):
				# Runners on first and third, 0-1 outs
				print("\033[1;97;101mDOUBLE PLAY!\033[0m")
				out(2)
				on_base[1] = -1
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] > -1 and outs == 2):
				# Runners on first and third, 2 outs
				print("\033[1;97;101mGROUND OUT!\033[0m")
				out(1)
			resetcount()
			pitch_result = "Grounder"
		elif 71 <= rand <= 87:  # Single

			if edge_pos == "Pitcher":
				rand = random.randint(1, 100)
				if 1 <= rand <= round(margin, 0):
					redo_pitch_loops += 1
					continue
				else:
					pitch_result = "Single"
			else:
				pitch_result == "Single"

			pitching_animation(pitch_count, half_inning, current_pitcher, redo_pitch_loops)
			ball_in_play_animation()

			print("\033[1;30;102mSINGLE!\033[0m")
			if (on_base[1] == -1 and on_base[2] == -1 and on_base[3] == -1):
				# Bases empty
				on_base[1] = current_batter[batting_team(half_inning)]
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] == -1):
				# Runner on first
				on_base[2] = on_base[1]
				on_base[1] = current_batter[batting_team(half_inning)]
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] == -1):
				# Runner on second
				on_base[3] = on_base[2]
				on_base[2] = -1
				on_base[1] = current_batter[batting_team(half_inning)]
			elif (on_base[1] == -1 and on_base[2] == -1 and on_base[3] > -1):
				# Runner on third
				run(1)
				on_base[3] = -1
				on_base[1] = current_batter[batting_team(half_inning)]
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] == -1):
				# Runners on first and second
				on_base[3] = on_base[2]
				on_base[2] = on_base[1]
				on_base[1] = current_batter[batting_team(half_inning)]
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] > -1):
				# Runners on second and third
				run(1)
				on_base[3] = on_base[2]
				on_base[2] = -1
				on_base[1] = current_batter[batting_team(half_inning)]
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] > -1):
				# Bases loaded
				run(1)
				on_base[3] = on_base[2]
				on_base[2] = on_base[1]
				on_base[1] = current_batter[batting_team(half_inning)]
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] > -1):
				# Runners on first and third
				run(1)
				on_base[3] = -1
				on_base[2] = on_base[1]
				on_base[1] = current_batter[batting_team(half_inning)]

			batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][4] += 1  # Batter hit count for box score
			pitchers_used[pitching_team(half_inning)][-1][4] += 1 # Pitcher hit count for box score

			resetcount()
			pitch_result = "Single"
		elif 88 <= rand <= 93:  # Double

			if edge_pos == "Pitcher":
				rand = random.randint(1, 100)
				if 1 <= rand <= round(margin, 0):
					redo_pitch_loops += 1
					continue
				else:
					pitch_result = "Double"
			else:
				pitch_result == "Double"

			pitching_animation(pitch_count, half_inning, current_pitcher, redo_pitch_loops)
			ball_in_play_animation()
			print("\033[1;30;102mDOUBLE!\033[0m")
			if (on_base[1] == -1 and on_base[2] == -1 and on_base[3] == -1):
				# Bases empty
				on_base[2] = current_batter[batting_team(half_inning)]
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] == -1):
				# Runner on first
				on_base[3] = on_base[1]
				on_base[2] = current_batter[batting_team(half_inning)]
				on_base[1] = -1
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] == -1):
				# Runner on second
				run(1)
				on_base[2] = -1
			elif (on_base[1] == -1 and on_base[2] == -1 and on_base[3] > -1):
				# Runner on third
				run(1)
				on_base[3] = -1
				on_base[2] = current_batter[batting_team(half_inning)]
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] == -1):
				# Runners on first and second
				run(2)
				on_base[2] = current_batter[batting_team(half_inning)]
				on_base[1] = -1
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] > -1):
				# Runners on second and third
				run(2)
				on_base[2] = current_batter[batting_team(half_inning)]
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] > -1):
				# Bases loaded
				run(3)
				on_base[3] = on_base[1]
				on_base[2] = current_batter[batting_team(half_inning)]
				on_base[1] = -1
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] > -1):
				# Runners on first and third
				run(2)
				on_base[3] = on_base[1]
				on_base[2] = current_batter[batting_team(half_inning)]
				on_base[1] = -1

			batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][4] += 1  # Batter hit count for box score
			pitchers_used[pitching_team(half_inning)][-1][4] += 1 # Pitcher hit count for box score

			resetcount()
			pitch_result = "Double"

		elif 94 <= rand <= 98:  # Home run

			if edge_pos == "pitcher":
				rand = random.randint(1, 100)
				if 1 <= rand <= round(margin, 0):
					redo_pitch_loops += 1
					continue
				else:
					pitch_result = "Home run"
			else:
				pitch_result == "Home run"

			pitching_animation(pitch_count, half_inning, current_pitcher, redo_pitch_loops)
			ball_in_play_animation()
			print("\033[1;30;102mHOME RUN!\033[0m")
			if (on_base[1] == -1 and on_base[2] == -1 and on_base[3] == -1):
				# Bases empty
				run(1)
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] == -1):
				# Runner on first
				run(2)
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] == -1):
				# Runner on second
				run(2)
			elif (on_base[1] == -1 and on_base[2] == -1 and on_base[3] > -1):
				# Runner on third
				run(2)
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] == -1):
				# Runners on first and second
				run(3)
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] > -1):
				# Runners on second and third
				run(3)
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] > -1):
				# Bases loaded
				run(4)
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] > -1):
				# Runners on first and third
				run(3)

			batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][4] += 1  # Hit count for box score
			batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][6] += 1  # HR count for box score
			pitchers_used[pitching_team(half_inning)][-1][4] += 1 # Pitcher hit count for box scoure
			pitchers_used[pitching_team(half_inning)][-1][6] += 1 # Pitcher HR count for box score

			resetcount()
			pitch_result = "Home run"

			on_base[1] = -1
			on_base[2] = -1
			on_base[3] = -1

		elif 97 <= rand <= 99:  # Hit by pitch

			if edge_pos == "pitcher":
				rand = random.randint(1, 100)
				if 1 <= rand <= round(margin, 0):
					redo_pitch_loops += 1
					continue
				else:
					pitch_result = "Hit by pitch"
			else:
				pitch_result == "Hit by pitch"

			pitching_animation(pitch_count, half_inning, current_pitcher, redo_pitch_loops)
			print("\033[1;30;102mHIT BY PITCH!\033[0m")
			if (on_base[1] == -1 and on_base[2] == -1 and on_base[3] == -1):
				# Bases empty
				on_base[1] = current_batter[batting_team(half_inning)]
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] == -1):
				# Runner on first
				on_base[2] = on_base[1]
				on_base[1] = current_batter[batting_team(half_inning)]
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] == -1):
				# Runner on second
				on_base[1] = current_batter[batting_team(half_inning)]
			elif (on_base[1] == -1 and on_base[2] == -1 and on_base[3] > -1):
				# Runner on third
				on_base[1] = current_batter[batting_team(half_inning)]
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] == -1):
				# Runners on first and second
				on_base[3] = on_base[2]
				on_base[2] = on_base[1]
				on_base[1] = current_batter[batting_team(half_inning)]
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] > -1):
				# Runners on second and third
				on_base[1] = current_batter[batting_team(half_inning)]
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] > -1):
				# Bases loaded
				run(1)
				on_base[3] = on_base[2]
				on_base[2] = on_base[1]
				on_base[1] = current_batter[batting_team(half_inning)]
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] > -1):
				# Runners on first and third
				on_base[2] = on_base[1]
				on_base[1] = current_batter[batting_team(half_inning)]
				resetcount()
			pitch_result = "Hit by pitch"
		else:  # Triple

			if edge_pos == "Batter":
				rand = random.randint(1, 100)
				if 1 <= rand <= round(margin, 0):
					redo_pitch_loops += 1
					continue
				else:
					pitch_result = "Triple"
			else:
				pitch_result == "Triple"

			pitching_animation(pitch_count, half_inning, current_pitcher, redo_pitch_loops)
			ball_in_play_animation()
			print("\033[1;30;102mTRIPLE!\033[0m")
			if (on_base[1] == -1 and on_base[2] == -1 and on_base[3] == -1):
				# Bases empty
				on_base[3] = current_batter[batting_team(half_inning)]
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] == -1):
				# Runner on first
				run(1)
				on_base[3] = current_batter[batting_team(half_inning)]
				on_base[1] = -1
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] == -1):
				# Runner on second
				run(1)
				on_base[3] = current_batter[batting_team(half_inning)]
				on_base[2] = -1
			elif (on_base[1] == -1 and on_base[2] == -1 and on_base[3] > -1):
				# Runner on third
				run(1)
				on_base[3] = current_batter[batting_team(half_inning)]
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] == -1):
				# Runners on first and second
				run(2)
				on_base[3] = current_batter[batting_team(half_inning)]
				on_base[2] = -1
				on_base[1] = -1
			elif (on_base[1] == -1 and on_base[2] > -1 and on_base[3] > -1):
				# Runners on second and third
				run(2)
				on_base[3] = current_batter[batting_team(half_inning)]
				on_base[2] = -1
			elif (on_base[1] > -1 and on_base[2] > -1 and on_base[3] > -1):
				# Bases loaded
				run(3)
				on_base[3] = current_batter[batting_team(half_inning)]
				on_base[2] = -1
				on_base[1] = -1
			elif (on_base[1] > -1 and on_base[2] == -1 and on_base[3] > -1):
				# Runners on first and third
				run(2)
				on_base[3] = current_batter[batting_team(half_inning)]
				on_base[1] = -1

				batters[batting_team(half_inning)][current_batter[batting_team(half_inning)]][4] += 1  # Batter hit count for box score
				pitchers_used[pitching_team(half_inning)][-1][4] += 1 # Pitcher hit count for box score

			resetcount()
			pitch_result = "Triple"

	atbat_pitch_count += 1
	redo_pitch_loops = 0
	pitch_count[pitching_team(half_inning)] += 1

	if (
		pitch_result == "Walk"
		or pitch_result == "Single"
		or pitch_result == "Double"
		or pitch_result == "Triple"
		or pitch_result == "Home run"
		or pitch_result == "Hit by pitch"
		or pitch_result == "Strikeout"
		or pitch_result == "Grounder"
		or pitch_result == "Fly"
		or pitch_result == "Sacrifice fly"
	):
		# At-bat is over

		# Determine and set who the next batter is
		if current_batter[batting_team(half_inning)] < 8:
			current_batter[batting_team(half_inning)] += 1
		elif current_batter[batting_team(half_inning)] == 8:
			current_batter[batting_team(half_inning)] = 0

		atbat_pitch_count = 1

		print("")

		if gameover == True:
			break

		check_if_pitching_change()

		status()

	wait()

#######################################################################################################################
#######################################################################################################################

# Game over

wait_short()
print("")
wait_short()
print("")
wait_short()
print("")

if home_score > away_score:
	print("Game has ended. \033[1;93;40m" + teams["home"] + " win!\033[0m")
elif home_score < away_score:
	print("Game has ended. \033[1;93;40m" + teams["away"] + " win!\033[0m")

wait()
print("")
wait_short()
print("")

wait_short()
print("")
wait_short()
print("---Box Score---")
wait_short()
print("First pitch: " + str(first_pitch_time))
wait_short()
print("")
wait_short()

###########################################################
##Line score

if away_score > home_score:
	# Away won
	if len(score_by_inning["home"]) < len(score_by_inning["away"]):
		score_by_inning["home"].append(0)

print(abbrs["away"]  + " ", end="")
#for x in away_score_by_inning:
for x in score_by_inning["away"]:
	wait_short()
	print(str(x) + " ", end="")
wait_short()
print("- \033[1;93;40m" + str(away_score) + "\033[0m")

wait_short()
print(abbrs["home"]  + " ", end="")
for x in score_by_inning["home"]:
	wait_short()
	print(str(x) + " ", end="")

if len(score_by_inning["away"]) < len(score_by_inning["home"]):
	print("  ", end="")
wait_short()
print("- \033[1;93;40m" + str(home_score) + "\033[0m\n")

###########################################################
##Box score

PrintBoxScore(teams, batters, pitchers_used)

save_results = input("Save box score to a text file? (Y/N)")

if save_results == "y" or save_results == "Y":

	results_filename = (
		"Game on "
		+ (datetime.strftime(datetime.now(), "%Y"))
		+ "-"
		+ (datetime.strftime(datetime.now(), "%m"))
		+ "-"
		+ (datetime.strftime(datetime.now(), "%d"))
		+ " at "
		+ (datetime.strftime(datetime.now(), "%H"))
		+ (datetime.strftime(datetime.now(), "%M"))
		+ ".txt"
	)
	
	SaveLineScore(results_filename, first_pitch_time, away_score, home_score, score_by_inning, abbrs)
	
	SaveBoxScore(results_filename, teams, batters, pitchers_used)