def see_assigned(self):
"""Print names of inhabitants assigned to Room."""
if self.assigned:
for person_name in self.assigned:
print_line(" " + person_name)
else:
print_line(" None")
def see_assigned(self):
"""Print names of inhabitants assigned to Room."""
count = 0
for x in str(self.assigned):
if x == '1':
person = people[count]
print_line(" ", person.name, person.surname)
count += 1
def see_assigned(self):
"""Print names of inhabitants assigned to Room."""
count = 0
for x in str(self.assigned):
if x == '1':
person = people[count]
print_line(" ", person.name, person.surname)
count += 1
def mature(self, person):
"""Increment Human's age.
Arguments:
person -- Human who's aging
"""
person.age += 1
print_line("{} has matured and is now {} years old!" \
.format(self, self.age))
def rebirth(self):
"""Don't know if I'll ever use this."""
self.age = 0
if self.gender == "m":
print_line(self.name +
" has been reborn and his stats have been reset")
else:
print_line(self.name +
" has been reborn and her stats have been reset")
self.stats["strength"] = self.perception = self.endurance = 1
self.stats["charisma"] = self.luck = self.intelligence = 1
def level_up(self):
super().level_up()
for stat in choice_dict.keys():
print_line(" {}".format(stat), end=" ")
choice = input("Please choose an attribute to level up: ")
choice.lower()
if choice in choice_dict:
choice_dict[choice] += 1
else:
print_line("\nInvalid choice.\n")
self.level -= 1
self.level_up()
def print_(self):
"""Print room name and its attributes.
Arguments:
game -- Main game object.
"""
print_line(self)
if self.power_available:
power_availablility = "Working"
else:
power_availablility = "No power available"
if self.broken:
status = "Broken"
status = "Functional"
else:
status = "Functional"
print_line(" Risk: {}%".format(self.risk),
" Level: {}".format(self.level),
" Attribute: {}".format(self.attribute.title()),
" Power: {}".format(power_availablility),
" Status: {}".format(status))
if self.can_produce:
print_line(" Production: {}".format(self.production))
if self.can_produce or self.name == "trader":
print_line(" Assigned: ")
self.see_assigned()
print()
def die(self):
"""Kill NPC."""
global people
global rooms
print_line(self.name, " has died")
if self.assigned_room != "":
for x in range(people): # Fetches the index of the person.
if people[x].name == self.name:
index = x
break
for r in rooms:
# Removes person from the rooms' assigned records.
del r.assigned[index]
people.remove(self)
def die(self, game, cause):
"""Kill self, and unassign from a assigned room.
#Should make this a method of the main game.
Arguments:
game -- main game object
cause -- cause of death
"""
print_line("{} has died of {}!".format(self, cause))
if self.assigned_room:
game.rooms[self.assigned_room].remove(str(self))
if not isinstance(self, Player):
pass
else:
self.alive = False
def update_production(self, player):
"""Calculate production value of Room.
Arguments:
player -- player object
"""
if self.broken:
production = 0
print_line(self.name, "is broken and needs to be fixed.")
else:
production = 0
if self.name == "generator":
for person_index in str(self.assigned):
if person_index == '1':
production += people[int(person_index)].strength * 10
if player.electrician > 0:
production = production * (1 + (player.electrician * 0.05))
elif self.name == "kitchen":
for person_index in str(self.assigned):
if person_index == '1':
production += people[int(person_index)].intelligence \
* 10
if player.cooking > 0:
production = production * \
(1 + (player.cooking * 0.05))
elif self.name == "water works":
for person_index in str(self.assigned):
if person_index == '1':
production += people[int(person_index)].perception * 10
if player.cooking > 0:
production = production * \
(1 + (player.cooking * 0.05))
elif self.name == "radio":
for person_index in str(self.assigned):
if person_index == '1':
production += people[int(person_index)].charisma * 10
if player.inspiration > 0:
production = production * \
(1 + (player.inspiration * 0.05))
else:
print_line(
"Bug with room production update system.",
"Please contact dev.")
if player.inspiration > 0:
production = production * \
(1 + (player.inspiration * 0.03))
if self.can_rush and self.rushed:
production = production * 2
return production
def level_up(self):
"""Level up Human and ask player for input on what stat to level up."""
print_line(
"{} has gained enough experience to level up!!!".format(self))
self.see_stats()
self.level += 1
choice_dict = {
'strength': self.stats["strength"],
'perception': self.stats["perception"],
'endurance': self.stats["endurance"],
'charisma': self.stats["charisma"],
'intelligence': self.stats["intelligence"],
'luck': self.stats["luck"]
}
def level_up(self):
super().level_up()
print_line("\n")
print_line("You can level up any of these attributes: ")
for stat in choice_dict.keys():
print_line(" {}".format(stat), end=" ")
choice = input("Please choose an attribute to level up: ")
choice.lower()
perks = [
"medic", "crafting", "tactitian", "cooking", "inspiration",
"scrapper", "barter", "electrician"
]
#Perks specific to the player are added to the dictionary of
#available choices
for perk in perks:
choice_dict[perk] = self.stats[perk]
""" #Old choice_dict dictionary
choice_dict = {
'strength':self.stats["strength"], 'perception':self.stats["perception"],
'endurance':self.stats["endurance"], 'charisma':self.stats["charisma"],
'intelligence':self.stats["intelligence"], 'luck':self.stats["luck"],
'medic':self.stats["medic"], 'crafting':self.stats["crafting"],
'tactician':self.stats["tactician"], 'cooking':self.stats["cooking"],
'inspiration':self.stats["inspiration"], 'scrapper':self.stats["scrapper"],
'barter':self.stats["barter"], 'electrician':self.stats["electician"]
}
"""
if choice in choice_dict.keys():
choice_dict[choice] += 1
else:
print_line("Invalid choice")
self.level -= 1
self.level_up()
def print_(self, count):
"""Print item name and attributes.
Arguments:
count -- amount of item held
"""
att = " | {}: {}"
print_line("{} * {}".format(self.name, count),
att.format("Weight", self.weight),
att.format("Value", self.value),
att.format("Rarity", self.rarity),
att.format("Components", self.components),
end="",
speed=FAST)
print()
def rebirth(self):
"""Don't know if I'll ever use this."""
self.age = 0
if self.gender == "f":
print_line(
self.name +
" has been reborn and his stats have been reset")
else:
print_line(
self.name +
" has been reborn and her stats have been reset")
self.strength = 1
self.perception = 1
self.endurance = 1
self.charisma = 1
self.intelligence = 1
self.luck = 1
def assign_to_room(self, chosen_room):
"""Assign Human to room.
Arguments:
chosen_room -- room to assign to
"""
global rooms
global people
person_index = self.get_index()
# print_line("Index of ",self.name,"is",person_index)
room_index = get_room_index(chosen_room)
# print_line("Index of ",chosen_room," is ",room_index)
room = rooms[room_index] # Refers to the actual room
# print_line("Chosen room is",room.name)
if people[person_index].assigned_room != '':
for room in rooms:
string = str(room.assigned)
lst = []
for digit in string:
lst.append(digit)
lst[person_index] = '0'
string = ''
for digit in lst:
string = string + digit
room.assigned = string
string = str(room.assigned)
# print_line("Assigned log",string)
lst = []
for digit in string:
lst.append(digit)
# print_line("Assigned log",lst)
lst[person_index] = '1'
string = ''
for digit in lst:
string = string + digit
room.assigned = string
# print_line("Updated assigned log",room.assigned)
# Let's character know where they've been assigned.
people[person_index].assigned_room = str(chosen_room)
# print_line("Room",self.name,"has been assigned to is",
# people[person_index].assigned_room)
print_line(
self.name + " " + self.surname +
"has been assigned to " + chosen_room)
def print_(self):
"""Print name and attributes."""
print_line("\n")
print_line(self,
"\n Age: {}".format(self.age) +
" Gender: {}".format(self.gender) +
" Hunger: {}".format(self.hunger) +
" Thirst: {}".format(self.thirst) +
" Room: {}".format(self.assigned_room),
speed=FAST)
for stat in self.stats.keys():
print_line(" " + stat + " : " + str(self.stats[stat]))
print_line("\n")
def __init__(self, name):
"""Item constructor.
Arguments:
name -- name of item
"""
# Just needs to get the name, all other attributes are automatically
# assigned by the following lines.
self.name = name
with open('items.json') as f:
parsed = json.loads(f.read())
try:
item = parsed[self.name]
self.value = item['value']
self.weight = item['weight']
self.components = item['components']
self.rarity = item['rarity']
except KeyError:
print_line(
"Unknown item. This is a bug. Please contact the dev.")
# Keeps track of whether item has been scrapped by player.
self.scrapped = False
def scrap(self):
"""Destroy Item and add its components to inventory."""
print_line(self.name, " has been scrapped and these")
for item in self.components:
inventory[item] += 1
print_line(item)
print_line("have been added to your inventory")
chance = randint(0, 101)
if (player.scrapper) * 3 > chance:
print_line(
"Your scrapper skill has allowed you to gain more components!")
# Randomly adds extra component of the scrapped item the inventory.
inventory[self.components[randint(len(self.components))]] += 1
self.destroy("player")
def level_up(self):
"""Level up Human and ask player for input on what stat to level up."""
see_stats(self.name, self.surname)
self.level += 1
if self.name == people[0].name: # If player has leveled up
print_line("\n")
choice = input("Please choose an attribute to level up: ")
choice.lower()
if choice == "strength":
self.strength += 1
elif choice == "perception":
self.perception += 1
elif choice == "endurance":
self.endurance += 1
elif choice == "charisma":
self.charisma += 1
elif choice == "intelligence":
self.intelligence += 1
elif choice == "luck":
self.luck += 1
elif choice == "medic":
self.medic += 1
elif choice == "crafting":
self.crafting += 1
elif choice == "tactitian":
self.tactitian += 1
elif choice == "cooking":
self.cooking += 1
elif choice == "inspiration":
self.inspiration += 1
elif choice == "scrapper":
self.scrapper += 1
elif choice == "barter":
self.barter += 1
elif choice == "electrician":
self.electrician += 1
else:
print_line("Invalid choice")
self.level -= 1
self.level_up()
else: # If NPC has levelled up
if choice == "strength":
self.strength += 1
elif choice == "perception":
self.perception += 1
elif choice == "endurance":
self.endurance += 1
elif choice == "charisma":
self.charisma += 1
elif choice == "intelligence":
self.intelligence += 1
elif choice == "luck":
self.luck += 1
else:
print_line("\nInvalid choice.\n")
self.level -= 1
self.level_up()
def scrap(self):
"""Destroy Item and add its components to inventory."""
global inventory
print_line(self.name, " has been scrapped and these")
for item in self.components:
inventory.append(item)
print_line(item)
print_line("have been added to your inventory")
chance = randint(0, 101)
if (people[0].scrapper) * 3 > chance:
print_line(
"Your scrapper skill has allowed you to gain more components!")
for item in self.components:
inventory.append(item)
self.scrapped = True # whether item is scrapped or just destroyed
self.destroy("player")
def rush(self):
"""Rush building of Room."""
global rooms
self.rushed = 1 # Lets game know this room has been rushed.
self.risk += 5
print_line(self.name, " has been rushed!")
def __init__(self, name, player):
"""Room class constructor.
Arguments:
name -- name of room
player -- ???
"""
self.name = name
self.assigned = '' # should be a list
# Determines the production level, max assigned limit etc.
self.level = 1
self.risk = False # Risk of breaking down, when rushed.
self.broken = False
# 'On' if there is enough power for the room, 'Off' otherwise.
self.power_available = "On"
# Living rooms have no "assigned". Number of living rooms just limits
# the total population of the shelter.
if self.name == "living":
# Stores whether or not room actually produces anything.
# self.components=["wood",] #Need to add components.
self.can_produce = False
self.assigned_limit = 0
self.components = ["wood", "wood", "wood", "wood"]
self.power_usage = 5
elif self.name == "generator":
self.risk = 2
self.can_produce = True
self.components = ["steel", "steel", "steel", "steel"]
# Max number of workers that can work in the room at one time.
self.assigned_limit = 3
self.power_usage = 0
elif self.name == "storage":
self.can_produce = False
self.assigned_limit = 0
self.components = ["steel", "steel"]
self.power_usage = 1
elif self.name == "kitchen":
self.risk = 1
self.can_produce = True
self.assigned_limit = 3
self.components = ["wood", "wood", "wood"]
self.power_usage = 10
elif self.name == "trader":
self.can_produce = False
self.assigned_limit = 1
self.components = ["wood", "wood", "steel", "steel", "wood"]
self.power_usage = 2
elif self.name == "water works":
self.risk = 2
self.can_produce = True
self.assigned_limit = 3
self.components = ["wood", "wood", "steel"]
self.power_usage = 10
elif self.name == "radio":
self.can_produce = False
self.assigned_limit = 2
self.components = ["wood", "wood", "steel", "steel", "wood"]
self.power_usage = 15
# Need to add more names.
else:
print_line("Bug with room creation system.",
"Please contact dev. Class specific bug.")
if self.can_produce:
self.production = 0
self.can_rush = True
self.rushed = False
else:
self.can_rush = False
def rush(self):
"""Rush building of Room."""
self.rushed = True # Lets game know this room has been rushed.
self.risk += 20
print_line("{} room has been rushed!".format(self.name))
def see_stats(self):
"""Check stats of inhabitant."""
for stat in self.stats:
print_line("{}: {}".format(stat, self.stats[stat]))
def rush(self):
"""Rush building of Room."""
global rooms
self.rushed = 1 # Lets game know this room has been rushed.
self.risk += 5
print_line(self.name, " has been rushed!")
def __init__(self, name, player):
"""Room class constructor.
Arguments:
name -- name of room
player -- ???
"""
self.name = name
self.assigned = '' # should be a list
# Determines the production level, max assigned limit etc.
self.level = 1
self.risk = False # Risk of breaking down, when rushed.
self.broken = False
# 'On' if there is enough power for the room, 'Off' otherwise.
self.power_available = "On"
# Living rooms have no "assigned". Number of living rooms just limits
# the total population of the shelter.
if self.name == "living":
# Stores whether or not room actually produces anything.
# self.components=["wood",] #Need to add components.
self.can_produce = False
self.assigned_limit = 0
self.components = ["wood", "wood", "wood", "wood"]
self.power_usage = 5
elif self.name == "generator":
self.risk = 2
self.can_produce = True
self.components = ["steel", "steel", "steel", "steel"]
# Max number of workers that can work in the room at one time.
self.assigned_limit = 3
self.power_usage = 0
elif self.name == "storage":
self.can_produce = False
self.assigned_limit = 0
self.components = ["steel", "steel"]
self.power_usage = 1
elif self.name == "kitchen":
self.risk = 1
self.can_produce = True
self.assigned_limit = 3
self.components = ["wood", "wood", "wood"]
self.power_usage = 10
elif self.name == "trader":
self.can_produce = False
self.assigned_limit = 1
self.components = ["wood", "wood", "steel", "steel", "wood"]
self.power_usage = 2
elif self.name == "water works":
self.risk = 2
self.can_produce = True
self.assigned_limit = 3
self.components = ["wood", "wood", "steel"]
self.power_usage = 10
elif self.name == "radio":
self.can_produce = False
self.assigned_limit = 2
self.components = ["wood", "wood", "steel", "steel", "wood"]
self.power_usage = 15
# Need to add more names.
else:
print_line(
"Bug with room creation system.",
"Please contact dev. Class specific bug.")
if self.can_produce:
self.production = 0
self.can_rush = True
self.rushed = False
else:
self.can_rush = False
