def choose(index):
"""Lets the user choose between random and manual input of parameters"""
is_correct_input = False
print()
while not is_correct_input:
print(constants.INSTRUCTIONS)
print(constants.GAME_PARAMETERS[index])
echo.choice()
try:
user_input = input("Ihre Wahl:\n>> ")
if user_input in constants.SPECIAL_INPUT:
special_input(constants.SPECIAL_INPUT.index(user_input))
input()
echo.clear()
continue
elif user_input == "0":
return 0
elif user_input == "1":
return 1
else:
print("\nEingabe nicht gemäß Vorgabe!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
except KeyboardInterrupt:
print("\nKeyboardInterrupt!")
print("Abbruch...\n")
sys.exit()
def get_managers(towns):
"""Returns tuple (hometown, number of managers) - user or random output"""
choice = choose(1)
if choice == 0:
echo.clear()
hometown_index = random.randint(0, len(towns) - 1)
num_managers = random.randint(5, 20)
print("\n\nZufällig gewählt...")
print("\nHeimatstadt: " + towns[hometown_index])
print("Anzahl Manager: " + str(num_managers))
input()
echo.clear()
elif choice == 1:
echo.clear()
hometown_index = choose_hometown(towns)
num_managers = choose_num_managers(towns[hometown_index])
print("\n\nIhre Eingaben...")
print("\nHeimatstadt: " + towns[hometown_index])
print("Anzahl Manager: " + str(num_managers))
input()
echo.clear()
else:
pass
return (towns[hometown_index], num_managers)
def get_towns():
"""Returns tuple of pairwise different towns (user or random output)"""
choice = choose(0)
if choice == 0:
num_towns = random.randint(5, 20)
towns = tuple(random.sample(constants.LIST_OF_TOWNS, num_towns))
echo.clear()
print("\n\nZufällig gewählt...\n")
for town in towns:
print(("[" + str(towns.index(town) + 1) + "]").rjust(4) + " " + \
town)
input()
echo.clear()
return towns
elif choice == 1:
echo.clear()
towns = choose_towns()
print("\n\nIhre Eingaben...\n")
for town in towns:
print(("[" + str(towns.index(town) + 1) + "]").rjust(4) + " " + \
town)
input()
echo.clear()
return towns
else:
pass
def special_input(input_index):
"""Controls user actions during initialization of game parameters"""
# quit!
if input_index == 0:
print("\nAbbruch...\n")
sys.exit()
# new game!
elif input_index == 1:
echo.clear()
print("\n\nNeues Spiel...")
time.sleep(1.5)
hotelmanagement.main()
# help!
elif input_index == 2:
print(constants.INPUTS)
else:
pass
def choose_num_managers(hometown):
"""Lets the user choose the number of managers in his hometown"""
is_correct_input = False
while not is_correct_input:
echo.clear()
print(constants.INSTRUCTIONS)
print("\nAnzahl der Manager (Min: 5, Max: 20) in Ihrer Heimatstadt" + \
" " + hometown + " festlegen\n")
try:
user_input = input("Ihre Wahl:\n>> ")
if user_input in constants.SPECIAL_INPUT:
special_input(constants.SPECIAL_INPUT.index(user_input))
input()
echo.clear()
continue
else:
num_managers = int(user_input)
assert (num_managers <= 20 and num_managers >= 5)
echo.clear()
is_correct_input = True
return num_managers
except ValueError:
print("\nEingabe nicht gemäß Vorgabe!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
except AssertionError:
print("\nEingabe nicht gemäß Vorgabe!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
except KeyboardInterrupt:
print("\nKeyboardInterrupt!")
print("Abbruch...\n")
sys.exit()
def special_move(move_index, state, days_left):
"""Controls user actions not concerning real game moves"""
# quit!
if move_index == 0:
print("\nAbbruch...\n")
sys.exit()
# new game!
elif move_index == 1:
echo.clear()
print("\nNeues Spiel...")
time.sleep(1)
hotelmanagement.main()
# help!
elif move_index == 2:
print(constants.MOVES)
else:
pass
def choose_towns():
"""Lets the user choose its own towns for the game"""
is_correct_input = False
while not is_correct_input:
print()
print(constants.INSTRUCTIONS)
print("\nNamensliste der Städte angeben\n\n" + \
"Geben Sie eine [Leerzeichen + Komma]-separierte Liste von\n" + \
"mindestens 5 und maximal 20 verschiedenen Namen an, z.B.\n" + \
"'Stadt1, Stadt2, Stadt3, ..., Stadt16'\n")
try:
user_input = input("Ihre Wahl:\n>> ")
if user_input in constants.SPECIAL_INPUT:
special_input(constants.SPECIAL_INPUT.index(user_input))
input()
echo.clear()
continue
else:
towns = user_input.split(sep=", ")
if (len(towns) != len(set(towns))):
print("\nStädte müssen verschieden benannt sein!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
if not (5 <= len(towns) <= 20):
print("\nAnzahl der Städte nicht gemäß Vorgabe!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
is_correct_input = True
return tuple(towns)
except ValueError:
print("\nEingabe nicht gemäß Vorgabe!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
except KeyboardInterrupt:
print("\nKeyboardInterrupt!")
print("Abbruch...\n")
sys.exit()
def get_timeframe():
"""Returns the number of days to be played (user or random output)"""
choice = choose(2)
if choice == 0:
timeframe = random.randint(5, 40)
print("\nZufällig gewählt: " + str(timeframe) + " Tage")
input()
echo.clear()
return timeframe
elif choice == 1:
timeframe = choose_timeframe()
print("\nIhre Eingabe: " + str(timeframe) + " Tage")
input()
echo.clear()
return timeframe
else:
pass
def get_potentials(towns):
"""Returns tpotential wins for each town (user or randomto output)"""
choice = choose(3)
# generate random potentials
if choice == 0:
echo.clear()
potentials = tuple([random.randint(-20, 90) for i in \
range(len(towns))])
print("\n\nZufällig gewählt...\n")
max_length_town_name = max([len(town) for town in towns])
for i in range(len(towns)):
print(("[" + str(i + 1) + "]").rjust(4) + " " + \
towns[i].ljust(max_length_town_name + 1) + \
str(potentials[i]).rjust(3))
input()
echo.clear()
return potentials
# user defined potentials
elif choice == 1:
potentials = tuple(choose_potentials(towns))
print("\n\nIhre Eingaben...\n")
max_length_town_name = max([len(town) for town in towns])
for i in range(len(towns)):
print(("[" + str(i + 1) + "]").rjust(4) + " " + \
towns[i].ljust(max_length_town_name + 1) + \
str(potentials[i]).rjust(3))
input()
echo.clear()
return potentials
else:
pass
def get_name():
"""Returns name of the player - used later on for the highscore list"""
is_real_name = False
while not is_real_name:
print("Bitte geben Sie Ihren Namen für die Aufnahme in\n" + \
"die Highscore-Liste an:")
user_input = input(">> ")
# user performs special input (quit!, help!, new game!)
if user_input in constants.SPECIAL_INPUT:
game.special_input(constants.SPECIAL_INPUT.index(user_input))
input()
echo.clear()
continue
# input is interpreted as a name
else:
name = user_input
is_real_name = True
return name
def choose_hometown(towns):
"""Lets the user choose the hometown of his managers"""
is_correct_input = False
while not is_correct_input:
print()
print(constants.INSTRUCTIONS)
print("\nHeimatstadt der Manager festlegen\n\n" + \
"Geben Sie dazu den Index der festzulegenden Heimatstadt an.\n")
print("Liste der Städte:")
for town in towns:
print(("[" + str(towns.index(town) + 1) + "]").rjust(4) + " " + \
town)
print()
try:
user_input = input("Ihre Wahl:\n>> ")
if user_input in constants.SPECIAL_INPUT:
special_input(constants.SPECIAL_INPUT.index(user_input))
input()
echo.clear
continue
else:
hometown_index = int(user_input) - 1
assert (hometown_index < len(towns) and hometown_index >= 0)
echo.clear()
is_correct_input = True
return hometown_index
except ValueError:
print("\nEingabe nicht gemäß Vorgabe!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
except AssertionError:
print("\nEingabe nicht gemäß Vorgabe!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
except KeyboardInterrupt:
print("\nKeyboardInterrupt!")
print("Abbruch...\n")
sys.exit()
def get_network(towns):
"""Returns adjacency tuple for the towns (user or random output)"""
choice = choose(4)
# random choice for adjacency matrix
if choice == 0:
network = [[random.randint(0, 1) for i in range(len(towns))] \
for j in range(len(towns))]
# assures adjacency matrix to be symmetric
for i in range(len(towns)):
for j in range(i + 1):
if i == j:
network[i][j] = 1
else:
network[i][j] = network[j][i]
j += 1
i += 1
network = tuple(network)
echo.clear()
print("\n\nZufälliges Straßennetz:\n")
# define artificial pre_state to reuse echo.infrastructure for printing
pre_state = dict([(towns.index(town), [town, None, None, None, None, \
network[towns.index(town)]]) for town in towns])
echo.infrastructure(pre_state)
input()
echo.clear()
return network
# user defined adjacency matrix
elif choice == 1:
network = choose_network(towns)
print("\n\nIhr Straßennetz:\n")
# define artificial pre_state to reuse echo.infrastructure for printing
pre_state = dict([(towns.index(town), [town, None, None, None, None, \
network[towns.index(town)]]) for town in towns])
echo.infrastructure(pre_state)
input()
echo.clear()
return network
else:
pass
def choose_timeframe():
"""Lets the user choose the timeframe of the game (number of days)"""
is_correct_input = False
while not is_correct_input:
echo.clear()
print()
print(constants.INSTRUCTIONS)
print("\nAnzahl der Spieltage (Min: 5, Max: 40) festlegen\n")
user_input = input("Ihre Wahl:\n>> ")
if user_input in constants.SPECIAL_INPUT:
special_input(constants.SPECIAL_INPUT.index(user_input))
input()
echo.clear()
continue
else:
try:
timeframe = int(user_input)
assert (timeframe <= 40 and timeframe >= 5)
is_correct_input = True
return timeframe
except ValueError:
print("\nEingabe nicht gemäß Vorgabe!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
except AssertionError:
print("\nEingabe nicht gemäß Vorgabe!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
def main():
"""Controlling the game flow"""
echo.clear()
print(constants.WELCOME_MESSAGE)
# getting towns
towns = init.get_towns()
num_towns = len(towns)
rng_towns = range(num_towns)
# getting hometown and number of managers in hometown
managers = [0 for town in rng_towns]
(hometown, num_managers) = init.get_managers(towns)
managers[towns.index(hometown)] = num_managers
# getting the number of days to be played
period = init.get_timeframe()
# getting possible wins for each city
potentials = init.get_potentials(towns)
# getting the network (adjacency)
network = init.get_network(towns)
hotels = [0 for town in rng_towns]
score_of_today = [0 for town in rng_towns]
score = 0
# mapping cities to integers (inverse of towns)
cities = dict((town, towns.index(town)) for town in towns)
# mapping integers to towns (inverse of cities)
towns = dict((towns.index(town), town) for town in towns)
# state represents the most important data structure of the whole program
# it contains the essential attributes of the game
state = dict((town,[towns[town], managers[town], hotels[town], \
potentials[town], score_of_today[town], network[town]]) \
for town in rng_towns)
day = 1
# main loop over the number of days to be played
while day < period + 1:
echo.clear()
echo.headline(day)
days_left = period - day
[state, day_shift, city] = game.play_round(state, period, days_left, \
towns, cities)
# special case: hire -> day_shift > 1
if day_shift > 1:
# new manager is active with the beginning of day d + 2
# where d is the day he was hired (in the morning)
for shift in range(day_shift):
# state enters as state at the end of day + shift
profit_today = sum([state[town][4] for town in rng_towns])
if shift > 0:
print("Automatische Berechnung ...\n")
time.sleep(.5)
print("\nStatus am Ende von Tag " + str(day + shift))
echo.status(state)
print("Gewinn an Tag " + str(day + shift) + ": " + \
str(profit_today))
# adding the profit of the current day to the overall score
score += profit_today
print("Gesamtgewinn mit Ende von Tag " + str(day + shift) + \
": " + str(score) + "\n")
# resetting the score of the day
for town in rng_towns:
state[town][4] = 0
# we want the manager to be effective with beginning of
# day + (shift = 2)
if shift == 1:
state[city][1] += 1
# turning state into evening mode
state = game.calculate_profit(state)
shift += 1
# special case: resetting state to morning mode at the end
# of the final iteration
if shift == day_shift:
for town in rng_towns:
state[town][4] = 0
input()
echo.clear()
# every other case
else:
profit_today = sum([state[town][4] for town in rng_towns])
print("\nStatus am Ende von Tag " + str(day) + \
" (" + str(period) + "):")
echo.status(state)
print("Gewinn an Tag " + str(day) + ": " + str(profit_today))
score += profit_today
print("Gesamtgewinn mit Ende von Tag " + str(day) + ": " + \
str(score) + "\n")
# setting the score of the day to 0 for beginning of next day
for town in rng_towns:
state[town][4] = 0
input()
echo.clear()
day += day_shift
print("Spielende!\n")
print("Gesamtgewinn im Spiel: " + str(score) + "\n")
name = get_name()
save_score(score, name)
print(constants.GOODBYE_MESSAGE)
def play_round(state, period, days_left, towns, cities):
"""Controls main user actions concerning game moves"""
rng_towns = range(len(state))
# set profit at beginning of day to 0
for town in rng_towns:
state[town][4] = 0
is_correct_move = False
while not is_correct_move:
print(constants.INSTRUCTIONS)
# print network, status and number of remaining days help the user plan
# the next move
echo.infrastructure(state)
echo.status(state)
print("Verbleibende Tage: " + str(days_left + 1) + \
" (" + str(period) + ")\n")
user_input = input("Ihr Spielzug: \n>> ")
# special move
if user_input in constants.SPECIAL_MOVES:
special_move(constants.SPECIAL_MOVES.index(user_input), state, \
days_left)
input()
echo.clear()
continue
# pass
if user_input == "pass":
state = evaluate_pass(state)
is_correct_move = True
echo.clear()
return [state, constants.DAYSHIFT_PASS, None]
# build
elif user_input[0:7] == "build: " and user_input[7:] in cities.keys():
city = user_input[7:]
if state[cities[city]][2] == 1:
print("\nEs existiert bereits ein Hotel in " + city + ".\n" + \
"Sie können dort kein weiteres errichten.\n" + \
"Wählen Sie einen anderen Zug.")
print("Neuer Versuch...\n")
input()
echo.clear()
continue
else:
state = evaluate_build(state, cities[city])
is_correct_move = True
echo.clear()
return [state, constants.DAYSHIFT_BUILD, None]
# move
elif user_input[0:6] == "move: ":
move_parameters = user_input[6:].split(sep=", ")
try:
num_managers = int(move_parameters[0])
if num_managers < 1:
print("\nAnzahl der Manager muss nicht negativ sein.")
print("Neuer Versuch...\n")
input()
echo.clear()
continue
assert (move_parameters[1] in cities.keys() and \
move_parameters[2] in cities.keys())
city1 = move_parameters[1]
if num_managers > state[cities[city1]][1]:
print("\nAnzahl der Manager zu groß für " + city1 + ".")
print("Neuer Versuch...\n")
input()
echo.clear()
continue
city2 = move_parameters[2]
if state[cities[city1]][5][cities[city2]] == 0:
print("\nKeine Verbindung zwischen " + city1 + " und " + \
city2 + ".")
print("Neuer Versuch...\n")
input()
echo.clear()
continue
state = evaluate_move(state, num_managers, \
cities[city1], cities[city2])
is_correct_move = True
echo.clear()
return [state, constants.DAYSHIFT_MOVE, None]
except ValueError:
print("\nIhre Angabe zur Anzahl der Manager ist nicht " + \
"korrekt.\n")
print("Neuer Versuch...\n")
input()
echo.clear()
continue
except AssertionError:
print("\nIhre Angabe zu den Städten ist nicht korrekt.\n")
print("Neuer Versuch...\n")
input()
echo.clear()
continue
except IndexError:
print("\nNicht genügend Parameter angegeben.\n")
print("Neuer Versuch...\n")
input()
echo.clear()
continue
# hire
elif user_input[0:6] == "hire: " and user_input[6:] in cities.keys():
city = user_input[6:]
if days_left < constants.DAYSHIFT_HIRE - 1:
print("\nEs sind nur noch " + str(days_left) + " Runden " + \
"zu spielen.\n" +
"Dieser Zug benötigt mehr Zeit.\n" + \
"Wählen Sie einen anderen Zug.\n")
input()
echo.clear()
continue
state = calculate_profit(state)
is_correct_move = True
echo.clear()
return [state, constants.DAYSHIFT_HIRE, cities[city]]
else:
print("\nSpielzug nicht gemäß Vorgaben!")
print("Neuer Versuch...\n")
input()
echo.clear()
continue
def choose_network(towns):
"""Lets the user choose the network parameters"""
is_correct_input = False
# pre-define the adjacency matrix as fully connected
network = [[1 for i in range(len(towns))] \
for j in range(len(towns))]
# define artificial pre_state to reuse echo.infrastructure for printing
pre_state = dict([(towns.index(town), [town, None, None, None, None, \
[1 for town in towns]]) for town in towns])
# let the user change the adjacency matrix entry by entry
while not is_correct_input:
echo.clear()
print()
print(constants.INSTRUCTIONS)
echo.infrastructure(pre_state)
print("Geben Sie exakt '<Zeile>, <Spalte>' des zu ändernden " + \
"Eintrags an.\n" + "Der Wert wird dann 'invertiert'.\n" + \
"Gleichzeitig wird der Eintrag 'Spalte, Zeile' invertiert " + \
"(-> Symmetrie).\n"
"Eine Eingabe mit <Zeile> == <Spalte> wird nicht akzeptiert.\n"
"Beenden Sie Ihre Modifikationen mit 'end!'.\n")
try:
user_input = input("Ihre Wahl:\n>> ")
# user performs special input (quit!, help!, new game!)
if user_input in constants.SPECIAL_INPUT:
special_input(constants.SPECIAL_INPUT.index(user_input))
input()
echo.clear()
continue
# user terminates modifications
elif user_input == "end!":
print("\nÄnderungen abgeschlossen...\n")
input()
echo.clear()
is_correct_input = True
return tuple(network)
# user enters coordinates for the entry to be changed
else:
index = user_input.split(sep=", ")
# check whether two 'coordinate-like' like literals are passed
if (len(index) != 2):
print("\nEingabe hat nicht richtige Anzahl an Werten!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
index = [int(i) for i in index]
# check whether the two 'coordinates' lie in range of matrix
if not ((1 <= index[0] <= len(towns)) and \
(1 <= index[1] <= len(towns))):
print("\nKoordinaten außerhalb gültigen Bereichs!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
# coordinates are different and within range
if not index[0] == index[1]:
value = network[index[0] - 1][index[1] - 1] + 1
value %= 2
network[index[0] - 1][index[1] - 1] = value
network[index[1] - 1][index[0] - 1] = value
pre_state[index[0] - 1][5][index[1] - 1] = value
pre_state[index[1] - 1][5][index[0] - 1] = value
else:
print("\Eintrag auf Hauptdiagonale nicht veränderbar!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
except ValueError:
print("\nEingabe nicht gemäß Vorgabe!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
except KeyboardInterrupt:
print("\nKeyboardInterrupt!")
print("Abbruch...\n")
sys.exit()
def choose_potentials(towns):
"""Lets the user choose the potential win to be made in each town"""
is_correct_input = False
while not is_correct_input:
echo.clear()
print(constants.INSTRUCTIONS)
print("\nPotentiellen Gewinn je Stadt angeben\n\n" + \
"Geben Sie eine [Leerzeichen + Komma]-separierte Liste von\n" + \
str(len(towns)) + " ganzen Zahlen (Min: -20, Max: 90) an, " + \
"z.B.\n0, -2, 88, ..., -17\n")
print("Städte:\n")
for town in towns:
print(("[" + str(towns.index(town) + 1) + "]").rjust(4) + " " + \
town)
try:
user_input = input("\nIhre Wahl:\n>> ")
if user_input in constants.SPECIAL_INPUT:
special_input(constants.SPECIAL_INPUT.index(user_input))
input()
echo.clear()
continue
else:
potentials = user_input.split(sep=", ")
if (len(potentials) != len(towns)):
print("\nEingabe hat nicht richtige Anzahl an Werten!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
potentials = [int(potential) for potential in potentials]
if not (min(potentials) >= -20 and max(potentials) <= 90):
print("\nMindestens ein Wert liegt nicht im " + \
"vorgegebenen Bereich.")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
echo.clear()
is_correct_input = True
return tuple(potentials)
except ValueError:
print("\nEingabe nicht gemäß Vorgabe!")
print("Neuer Versuch ...\n")
input()
echo.clear()
continue
except KeyboardInterrupt:
print("\nKeyboardInterrupt!")
print("Abbruch...\n")
sys.exit()