def decide_online_tour_players(c, remote):
"""
Sig: Peer ==> array, dictionary
Pre: Peer is connected to another peer
Post: Array containing list of players on this side of connection, dictionary containing whether \
players are human or computer controlled
"""
# Determine number of players
while True:
choice = input("How many players on this computer? [" +
g.color("G", "1-7") + "](maximum 8 total) ")
if type(int(choice)) == int:
choice = int(choice)
if choice >= 1 and choice <= 7:
break
# Send number of players and ensure remote and local don't exceed 8
c.send(choice)
print("Confirming number of players...")
remote_choice = c.receive()
if remote_choice + choice > 8:
print("Your total is over 8. Try again")
decide_online_tour_players(c, remote)
nr_players = choice
player_list = [] # Strings of names
human_dict = {} # Booleans. Key = player. True = Human, False = NPC
# Determine names and human/computer controlled
while True:
choice = input("How many AI players? [" +
g.color("G", "0-" + str(nr_players)) + "] ")
if type(int(choice)) == int:
choice = int(choice)
if choice <= nr_players:
break
nr_ai = choice
# Name human players
for player in range(nr_players - nr_ai):
name = input("Name player" + str(player + 1) + ": ")
player_list.append(name)
human_dict[name] = True
# Name AI players
names = [
"SKYNET", "MAX HEADROOM", "WATSON", "DEEP THOUGHT", "J.A.R.V.I.S.",
"R2D2", "MU-TH-UR 6000", "TÄNKANDE AUGUST"
]
for nr in range(nr_ai):
# This is to ensure that server/client dont create players with the same name
if remote:
name = names[nr]
else:
name = names[nr + 4]
player_list.append(name)
human_dict[name] = False
return player_list, human_dict
def online_vs():
"""
Sig: None
Pre: None
Post: A game played between against a remote player
"""
while True:
name, human = get_online_name()
choice = input("Are you the first to start the game? [" + g.color("G", "Y") + "]es [" \
+ g.color("R", "N") + "]no\n[" + g.color("R", "Q") + "]uit ")
if choice == "Y" or choice == "y":
# Create peer which will act as server
c = peer.Peer(True)
c.accept_client()
while True:
# Name, peer, Human, Server
win = game.online_vs(name, c, human, True)
if win != "DRAW":
break
else:
g.make_header("Game draw! Replay game")
if win == name:
g.make_header("You've won!")
else:
g.make_header("You've lost!")
c.teardown()
break
elif choice == "N" or choice == "n":
# Create peer which will act as client
c = peer.Peer(False)
c.connect_to_server()
while True:
# Name, peer, Human, Server
win = game.online_vs(name, c, human, False)
if win != "DRAW":
break
else:
g.make_header("Game draw! Replay game")
# Name, peer, Human = True, Server = False
if win == name:
g.make_header("You've won!")
else:
g.make_header("You've lost!")
c.teardown()
break
elif choice == "Q" or choice == "q":
sys.exit()
else:
print("Invalid choice, try again")
def get_online_name():
"""
Sig: None
Pre: None
Post: Name, and boolean corresponding to whether player is human or NPC
"""
name = input("Input your name: ")
while True:
human = input("Are you a human player? [" + g.color("G", "Y") + "/" +
g.color("R", "N") + "]")
if human == "Y" or human == "y":
human = True
break
if human == "n" or human == "n":
human = False
break
return name, human
def decide_offline_tour_players():
player_list = [] # Strings of names
human_dict = {} # Booleans. Key = player. True = Human, False = NPC
# Decide nr players
while True:
choice = input("How many players? [" + g.color("G", "3-8") + "] ")
if type(int(choice)) == int:
choice = int(choice)
if choice > 2 and choice < 9:
break
nr_players = choice
# Decide nr AI players
while True:
choice = input("How many AI players? [" +
g.color("G", "0-" + str(nr_players)) + "] ")
if type(int(choice)) == int:
choice = int(choice)
if choice <= nr_players:
break
nr_ai = choice
# Name human players
for player in range(nr_players - nr_ai):
name = input("Name player" + str(player + 1) + ": ")
player_list.append(name)
human_dict[name] = True
# Name AI players
names = [
"SKYNET", "MAX HEADROOM", "WATSON", "DEEP THOUGHT", "J.A.R.V.I.S.",
"R2D2", "MU-TH-UR 6000", "TÄNKANDE AUGUST"
]
for nr in range(nr_ai):
name = names[nr]
player_list.append(name)
human_dict[name] = False
return player_list, human_dict
def online_tour_play():
"""
Sig: None
Pre: None
Post: A tournament played between local, and remote players. And/or termination of program
"""
g.make_header("Tournament play!")
while True:
choice = input("Are you the first to start the game? [" + g.color("G", "Y") + "]es ["\
+ g.color("R", "N") + "]no\n[" + g.color("R", "Q") + "]uit ")
if choice == "Y" or choice == "y":
server_side_tournament()
elif choice == "N" or choice == "n":
client_side_tournament()
elif choice == "Q" or choice == "q":
sys.exit()
else:
print("Invalid choice, try again")
def get_local_names():
"""
Sig: None
Pre: None
Post: List of names, and list of booleans corresponding to whether player is human or NPC
"""
players = []
humans = []
for i in range(2):
name = input("Name player " + str(i + 1) + ": ")
while True:
human = input("Is this a human player? [" + g.color("G", "Y") +
"/" + g.color("R", "N") + "]")
if human == "Y" or human == "y":
human = True
break
if human == "n" or human == "n":
human = False
break
players.append(name)
humans.append(human)
return players, humans
def menu_options():
"""
Sig: None
Pre: None
Post: A played game or tournament in the case of user choosing so, and termination of program
"""
playing = True
while playing:
g.make_header("Welcome to <game>!")
print("You have the following options:\n 1[" + g.color("G", "v")\
+ "]s1\n[" + g.color("G", "T") + "]ournament\n[" + g.color("R", "Q") + "]uit ")
choice = input("Please make your " + g.color("G", "choice: "))
# 1 vs 1 game
if choice == "V" or choice == "v":
while True:
print("Do you wish to play [" + g.color("G", "L") + "]ocal or [" + g.color("G", "O") + "]nline?\n["\
+ g.color("R", "R") + "]eturn to previous options\n[" + g.color("R", "Q") + "]uit ")
choice = input("Please make your " + g.color("G", "choice: "))
# Local game
if choice == "L" or choice == "l":
local_vs()
playing = False
break
# Online game
elif choice == "O" or choice == "o":
online_vs()
playing = False
break
elif choice == "R" or choice == "r":
break
elif choice == "Q" or choice == "q":
sys.exit()
else:
print("Invalid choice, try again")
# Tournament game
elif choice == "T" or choice == "t":
while True:
print("Do you wish to play [" + g.color("G", "L") + "]ocal or [" + g.color("G", "O") + "]nline?\n["\
+ g.color("R", "R") + "]eturn to previous options\n[" + g.color("R", "Q") + "]uit ")
choice = input("Please make your " + g.color("G", "choice: "))
# Local tournament
if choice == "L" or choice == "l":
local_tour_play()
playing = False
break
# Online tournament
elif choice == "O" or choice == "o":
online_tour_play()
playing = False
break
elif choice == "R" or choice == "r":
break
elif choice == "Q" or choice == "q":
sys.exit()
else:
print("Invalid choice, try again")
elif choice == "Q" or choice == "q":
sys.exit()
else:
print("Invalid choice, try again")