def __init__(self):
self.nb_maison_dispo = 32
self.nb_hotel_dispo = 12
self.dice = Dice()
# instanciation des cartes
self.carte_chance = Carte_chance()
self.carte_communaute = Carte_communaute()
# self.proprietes = proprietes_data
# instanciation des cases propriété
self.proprietes = []
for i in proprietes_data:
self.proprietes.append(Propriete(i))
# for p in self.proprietes: p.fiche()
# instanciation des cases gare
self.gares = []
for i in gares_data:
self.gares.append(Gare(i))
# for g in self.gares: g.fiche()
# instanciation des cases compagnie
self.compagnies = []
for i in compagnies_data:
self.compagnies.append(Compagnie(i))
# for c in self.compagnies: c.fiche()
# instanciation de la prison
self.prison = Prison()
# tableau des joueurs
self.joueurs = []
def __init__(self, dimension, num_citizens, num_cops, max_iterations):
"""
Inicjacja przestrzeni panstwa wraz z rzadem, losowymi
Citizenami i Copami
"""
self.government = Government(.82)
self.prison = Prison(self)
# self.statistics_office = StatisticsOffice()
# lista pol zajetych
# tuple : referencja do obiektu
# inicjalizacja pustej przestrzeni
self.occupied_fields = dict()
for x in range(dimension):
for y in range(dimension):
self.occupied_fields[(x,y)] = None
# dimension * dimension to ilosc pol
self.dimension = dimension
# ilosc agentow typu citizen
self.num_citizens = num_citizens
# ilosc obywateli typu Cop
self.num_cops = num_cops
# ilosc iteracji symulacji
self.max_iterations = max_iterations
# zmienne do wizualizacji symulacji
self.plot_data = np.zeros((self.dimension,self.dimension))
self.id_generator = self.create_id_generaor(start_id = 1)
self.agent_types = {"None": 0 ,
"ActiveCitizen" : 1,
"PassiveCitizen" : 2,
"Cop" : 3,
"Prisoner" : 4
}
# kolekcjonowanie danych symulacji
self._column_names = [
"number_of_agents",
"number_of_arrests", # tylko dla copa uzupelniane
"total_grievance",
"total_preceived_hardship",
"total_risk_aversion"
]
self.statistics = {
self.agent_types["None"] : pd.DataFrame(columns = self._column_names), # czysto techniczne - w razie czego
self.agent_types["ActiveCitizen"] : pd.DataFrame(columns = self._column_names),
self.agent_types["PassiveCitizen"] : pd.DataFrame(columns = self._column_names),
self.agent_types["Cop"] : pd.DataFrame(columns = self._column_names),
self.agent_types["Prisoner"] : pd.DataFrame(columns = self._column_names)
}
class Country():
"""
Panstwo, przestrzen w ktorej zyja agenci.
Wladze w panstwie sprawoje rzad.
"""
def __init__(self, dimension, num_citizens, num_cops, max_iterations):
"""
Inicjacja przestrzeni panstwa wraz z rzadem, losowymi
Citizenami i Copami
"""
self.government = Government(.82)
self.prison = Prison(self)
# self.statistics_office = StatisticsOffice()
# lista pol zajetych
# tuple : referencja do obiektu
# inicjalizacja pustej przestrzeni
self.occupied_fields = dict()
for x in range(dimension):
for y in range(dimension):
self.occupied_fields[(x,y)] = None
# dimension * dimension to ilosc pol
self.dimension = dimension
# ilosc agentow typu citizen
self.num_citizens = num_citizens
# ilosc obywateli typu Cop
self.num_cops = num_cops
# ilosc iteracji symulacji
self.max_iterations = max_iterations
# zmienne do wizualizacji symulacji
self.plot_data = np.zeros((self.dimension,self.dimension))
self.id_generator = self.create_id_generaor(start_id = 1)
self.agent_types = {"None": 0 ,
"ActiveCitizen" : 1,
"PassiveCitizen" : 2,
"Cop" : 3,
"Prisoner" : 4
}
# kolekcjonowanie danych symulacji
self._column_names = [
"number_of_agents",
"number_of_arrests", # tylko dla copa uzupelniane
"total_grievance",
"total_preceived_hardship",
"total_risk_aversion"
]
self.statistics = {
self.agent_types["None"] : pd.DataFrame(columns = self._column_names), # czysto techniczne - w razie czego
self.agent_types["ActiveCitizen"] : pd.DataFrame(columns = self._column_names),
self.agent_types["PassiveCitizen"] : pd.DataFrame(columns = self._column_names),
self.agent_types["Cop"] : pd.DataFrame(columns = self._column_names),
self.agent_types["Prisoner"] : pd.DataFrame(columns = self._column_names)
}
def get_free_location(self, search_for_nones = False):
"""Zwraca wolna lokalizacje."""
if search_for_nones :
free_fields = [field for field in self.occupied_fields
if self.occupied_fields[field] == None]
else:
free_fields = [field for field in self.occupied_fields
if self.occupied_fields[field].my_type == 0]
assert(len(free_fields) > 0)
return random.choice(free_fields)
def update_plot_data(self):
# agent w tej iteracji to tuple
# dodajemy
for x in range(self.dimension):
for y in range(self.dimension):
self.plot_data[(x,y)] = self.occupied_fields[(x,y)].my_type
def create_id_generaor(self, start_id = 1):
i = start_id
while True:
yield i
i += 1
def plot(self):
"""Metoda odpowiedzialna za wizualizacje modelu."""
self.update_plot_data()
self.gp.plot()
def initialize_simulation(self, visualize):
""" Metoda odpowiedzialna za inicjalizacje srodowiska symulacji """
for i in range(self.num_citizens):
Citizen(self, next(self.id_generator))
for i in range(self.num_cops):
Cop(self, next(self.id_generator))
# reszte pol wypelnic agentami typu none
for location in self.occupied_fields:
if self.occupied_fields[location] == None:
Agent(self, -1 , location)
if visualize:
self.update_plot_data()
self.gp = GridPlot(self.plot_data,["white","red", "green", "black"])
def export_statistics(self, path, agents_to_export = list()):
"""
Eksportowanie statystyk agentow do pliku csv zadanego w zmiennej path
mozemy przekazac liste nazw agentow , ktorych statystyki chcemy
defaultowo bierzemy wszystko
"""
if len(agents_to_export) <= 0:
agents_to_export = list((self.agent_types.keys()))
agents_to_export.remove('None')
# sprawdzenie czy lista agentow jest niepusta i czy podani agenci istnieja
assert(set(agents_to_export).issubset(set(self.agent_types.keys())))
export_cols = ["agent_type"] + self._column_names
df_to_export = pd.DataFrame(columns = export_cols)
# do kazdego dataframe ze statystykami dopisuje kolumne wypelniona rodzajem agenta
# wszystkie dataframy skladam w jeden i potem eksportuje
for agent_type in agents_to_export:
temp_df = self.statistics[self.agent_types[agent_type]]
temp_df["agent_type"] = [agent_type for i in range(len(temp_df))]
df_to_export = pd.concat([df_to_export, temp_df])
df_to_export.to_csv(path, columns = export_cols)
def run(self, record_data = False, visualize = False):
"""
Metoda odpowiedzialna za przeprowadzenie symulacji
"""
self.initialize_simulation(visualize)
for i in range(self.max_iterations):
# dodanie nowego wiersza z danymi z zerami
if record_data:
for key, dataframe in self.statistics.items():
dataframe.loc[len(dataframe)] = (
[0 for stat in range(len(self._column_names))])
# obsluzenie wiezienia
freed_prisoners = self.prison.get_leaving_prisoners(record_data)
# umieszczenie wolnych citizenow na dostepnych polach
for prisoner in freed_prisoners:
prisoner.location = self.get_free_location()
self.occupied_fields[prisoner.location] = prisoner
for agent in self.occupied_fields:
if self.occupied_fields[agent].my_type != 0:
ag = self.occupied_fields[agent]
ag.update_agent(record_data)
if visualize:
self.plot()
print(i)
def createInmates():
inmates = []
inmates.append(
Inmate("Augustus", "Hill", 1234, Prison.getNewPrisonerID(), "killer",
10))
inmates.append(
Inmate("Tobias", "Beecher", 1234, Prison.getNewPrisonerID(), "killer",
5))
inmates.append(
Inmate("Vernon", "Schillinger", 1234, Prison.getNewPrisonerID(),
"killer", 11))
inmates.append(
Inmate("Ryan", "O'Reily", 1234, Prison.getNewPrisonerID(), "killer",
100))
inmates.append(
Inmate("Bob", "Rebadow", 1234, Prison.getNewPrisonerID(), "killer",
45))
inmates.append(
Inmate("Kareem", "Said", 1234, Prison.getNewPrisonerID(), "killer",
24))
inmates.append(
Inmate("Miguel", "Alvarez", 1234, Prison.getNewPrisonerID(), "killer",
14))
inmates.append(
Inmate("Cyril", "O'Reily", 1234, Prison.getNewPrisonerID(), "killer",
22))
inmates.append(
Inmate("Simon", "Adebisi", 1234, Prison.getNewPrisonerID(), "killer",
67))
inmates.append(
Inmate("Kenny", "Wangler", 1234, Prison.getNewPrisonerID(), "killer",
17))
inmates.append(
Inmate("Shirley", "Bellinger", 1234, Prison.getNewPrisonerID(),
"killer", 75))
inmates.append(
Inmate("Omar", "White", 1234, Prison.getNewPrisonerID(), "killer", 44))
inmates.append(
Inmate("Chris", "Keller", 1234, Prison.getNewPrisonerID(), "killer",
42))
inmates.append(
Inmate("Scott", "Ross ", 1234, Prison.getNewPrisonerID(), "killer",
65))
inmates.append(
Inmate("Augustus", "Hill", 1234, Prison.getNewPrisonerID(), "killer",
10))
inmates.append(
Inmate("Tobias", "Beecher", 1234, Prison.getNewPrisonerID(), "killer",
5))
inmates.append(
Inmate("Vernon", "Schillinger", 1234, Prison.getNewPrisonerID(),
"killer", 11))
inmates.append(
Inmate("Ryan", "O'Reily", 1234, Prison.getNewPrisonerID(), "killer",
100))
inmates.append(
Inmate("Bob", "Rebadow", 1234, Prison.getNewPrisonerID(), "killer",
45))
inmates.append(
Inmate("Kareem", "Said", 1234, Prison.getNewPrisonerID(), "killer",
24))
inmates.append(
Inmate("Miguel", "Alvarez", 1234, Prison.getNewPrisonerID(), "killer",
14))
inmates.append(
Inmate("Cyril", "O'Reily", 1234, Prison.getNewPrisonerID(), "killer",
22))
inmates.append(
Inmate("Simon", "Adebisi", 1234, Prison.getNewPrisonerID(), "killer",
67))
inmates.append(
Inmate("Kenny", "Wangler", 1234, Prison.getNewPrisonerID(), "killer",
17))
inmates.append(
Inmate("Shirley", "Bellinger", 1234, Prison.getNewPrisonerID(),
"killer", 75))
inmates.append(
Inmate("Omar", "White", 1234, Prison.getNewPrisonerID(), "killer", 44))
inmates.append(
Inmate("Chris", "Keller", 1234, Prison.getNewPrisonerID(), "killer",
42))
inmates.append(
Inmate("Scott", "Ross ", 1234, Prison.getNewPrisonerID(), "killer",
65))
return inmates
class Game_board:
# constructeur
def __init__(self):
self.nb_maison_dispo = 32
self.nb_hotel_dispo = 12
self.dice = Dice()
# instanciation des cartes
self.carte_chance = Carte_chance()
self.carte_communaute = Carte_communaute()
# self.proprietes = proprietes_data
# instanciation des cases propriété
self.proprietes = []
for i in proprietes_data:
self.proprietes.append(Propriete(i))
# for p in self.proprietes: p.fiche()
# instanciation des cases gare
self.gares = []
for i in gares_data:
self.gares.append(Gare(i))
# for g in self.gares: g.fiche()
# instanciation des cases compagnie
self.compagnies = []
for i in compagnies_data:
self.compagnies.append(Compagnie(i))
# for c in self.compagnies: c.fiche()
# instanciation de la prison
self.prison = Prison()
# tableau des joueurs
self.joueurs = []
def init_game(self):
print("************************************\n" +
"* BIENVENUE A LA TABLE DE MONOPOLY *\n" +
"************************************\n")
j = Joueur()
self.joueurs.append(j)
j = Joueur()
self.joueurs.append(j)
print("Il y a", len(self.joueurs), "joueurs à la table\n")
while len(self.joueurs) < 5 and input(
"Souhaitez-vous ajouter un nouveau joueur (max = 5) (o/N) ? "
).lower() == "o":
j = Joueur()
self.joueurs.append(j)
print("Il y a", len(self.joueurs), "joueurs à la table\n")
print("\nDébut de la partie\n")
# for j in self.joueurs: j.fiche()
def play(self):
for j in self.joueurs:
j.fiche()
if j.position == 40: #joueur en prison
self.prison.libere(j, self.carte_chance, self.carte_communaute)
if j.position != 40:
self.case_arrivee(j) # le joueur a été libéré
else: # si joueur n'est pas en prison
j.go(self.dice.lancer(j))
self.case_arrivee(j)
while j.nb_double > 0: # tant le joueur a fait un double, il rejoue
print(j.nom, "rejoue")
j.go(self.dice.lancer(j))
self.case_arrivee(j)
# analyse de la case d'arrivée
def case_arrivee(self, j): # joueur j
if j.position == 0: # case départ = 0
j.cash += 200
print("Vous avez reçu 200 € !")
elif j.position in [7, 22, 36]:
self.carte_chance.tirer_carte(
j
) # carte chance voir si supprimer proprietes en mettant import dans chance
if j.replay:
j.replay = False
self.case_arrivee(j) # en cas de carte de déplacement
elif j.position in [2, 17, 33]:
self.carte_communaute.tirer_carte(
j, self.joueurs) # carte caisse de communauté
if j.replay:
j.replay = False
self.case_arrivee(j) # en cas de carte de déplacement
if j.retire_chance:
j.retire_chance = False
self.carte_chance.tirer_carte(
j) # si ne paye pas l'amende et préfere tirer chance
elif j.position in proprietes_data: # terrain
p = Propriete(j.position)
p.fiche()
p.visite(j, self.joueurs)
elif j.position in compagnies_data: # électricité/eau
c = Compagnie(j.position)
c.fiche()
c.visite(j, self.joueurs)
elif j.position in gares_data: # gare
g = Gare(j.position)
g.fiche()
g.visite(j, self.joueurs)
elif j.position in [0, 10,
20]: # case départ, simple visite, parc gratuit
if j.position == 0: print("Case départ")
elif j.position == 10: print("Simple visite")
elif j.position == 20: print("Parc gratuit")
elif j.position == 30: # allez en prison
print("Allez directement en prison")
j.position = 40
j.nb_double = 0 # cas du joueur qui arrive ici par un double => ne rejoue pas
elif j.position == 4: # impôts
print("Taxe sur le revenu: 200 €")
j.payer(200)
elif j.position == 38: # taxe luxe
print("Taxe de luxe: 100 €")
j.payer(100)
else: # pour debug
print("Erreur de case")
exit()
#############################################################################
########################### FONCTIONS POUR DEBUG ###########################
#############################################################################
def list_all(self):
print("****************\nListing complet")
for i in range(1, 40):
print("\ncase:", i)
if i in self.proprietes:
p = Propriete(i)
p.fiche()
elif i in self.compagnies:
c = Compagnie(i)
c.fiche()
elif i in self.gares:
g = Gare(i)
g.fiche()
def list_proprietes(self):
print("****************\nListing propriétés")
for i in range(1, 40):
if i in self.proprietes:
print("\ncase:", i)
p = Propriete(i)
p.fiche()
def list_gares(self):
print("****************\nListing gares")
for i in range(1, 40):
if i in self.gares:
print("\ncase:", i)
g = Gare(i)
g.fiche()
def list_compagnies(self):
print("****************\nListing compagnies")
for i in range(1, 40):
if i in self.compagnies:
print("\ncase:", i)
c = Compagnie(i)
c.fiche()
# listing des cartes chance
def list_chance(self):
print("****************\nListing cartes chance")
# for i in range(len(self.carte_chance.jeu_carte)): print(self.carte_chance.jeu_carte.pop(len(self.carte_chance.jeu_carte)-1)[0])
for c in self.carte_chance.jeu_carte:
print(self.carte_chance.jeu_carte[c])
# listing des cartes caisse de communauté
def list_communaute(self):
print("****************\nListing cartes caisse de communauté")
# for i in range(len(self.carte_communaute.jeu_carte)): print(self.carte_communaute.jeu_carte.pop(len(self.carte_communaute.jeu_carte)-1)[0])
for c in self.carte_communaute.jeu_carte:
print(self.carte_communaute.jeu_carte[c])
from prison import Prison
from user_interface import UI
prison = Prison()
UI = UI()
UI.print_menu()
# TO-DO NEXT
"""
Implement actual game (days actually running)
-Somehow add people to the room they should be in at that hour
-Remove them at end of hour
-Implement gossip system
-Gaining and spending
-Update morale / skill
-Attempt escapes
-Send to solitary for some amount of days?
-Check win condition
"""
#imports
from inmate import Inmate
from warden import Warden
from prison import Prison
from prisonBlock import PrisonBlock
from setupHelper import createInmates
#create chief warden
w = Warden("Leo", "Glynn", 6546876, 100)
#create prison
oz = Prison("Oz", w)
#create wardens
ward01 = Warden("Tim", "McManus", 323243, 20)
ward02 = Warden("Sean", "Murphy", 456788, 40)
#create prison blocks
pbA = PrisonBlock("Emerald City", 3, ward01)
pbB = PrisonBlock("Block B", 5, ward02)
#add blocks to prison
oz.addBlock(pbA)
oz.addBlock(pbB)
print("\n")
#print block strings
print(oz.getBlocksString())