def test_house_size(self): myhouse= house.House(roomcount=48,floorcount=2) self.assertEqual(len(myhouse.rooms),12) self.assertEqual(len(myhouse.rooms[0]),8) del myhouse myhouse = house.House() self.assertEqual(len(myhouse.rooms),10) self.assertEqual(len(myhouse.rooms[0]),5) del myhouse
def __init__(self, width, height):
self.width = width
self.height = height
self.sky = rect.Rect(0, 0, width, height, (20, 235, 250))
self.grass = rect.Rect(0, 640, width, 320, (120, 190, 50))
self.mountain1 = mountain.Mountain(200, 80, 640, 640, (50, 60, 160))
self.mountain2 = mountain.Mountain(400, 120, 500, 640, (5, 15, 120))
self.house = house.House(800, 540, 100, 100)
self.house2 = house.House(850, 540, 150, 150)
def constructStage(self):
# set the width of the platform blocks. BlockHeight is the same, so I just left it as one variable
BLOCK_WIDTH = 20
#easy way to see numner of blocks that make up x and y
blocknumX = self.width / BLOCK_WIDTH
blocknumY = self.height / BLOCK_WIDTH
# creates the Group of platform Sprites. Group is like a list of Sprites
self.platformGroup = pygame.sprite.Group()
constructor = levelBuild.Construct()
newGrid = constructor.grid
self.home = house.House((400, 25), 'house.png')
self.homeGroup = pygame.sprite.Group()
self.homeGroup.add(self.home)
for y in xrange(len(newGrid)):
for x in xrange(len(newGrid[y])):
if newGrid[y][x] == 1:
tempPlat = levelBuild.Platform(
(x * BLOCK_WIDTH, y * BLOCK_WIDTH), BLOCK_WIDTH,
BLOCK_WIDTH)
self.platformGroup.add(tempPlat)
def Neighborhood():
houses = random.randint(5,7)
neigh = []
for x in range (houses):
loc = house.House()
neigh.append(loc)
return neigh
def read_houses(lst):
houses = []
for h in lst:
t = house.House(MLS=h['MLS'],
Price=util.format_number(h['Asking Price']),
Taxes=util.format_number(h['Yearly Taxes']),
HOA=util.format_number(h['HOA (Monthly)']),
Address=h['Address'])
houses.append(t)
return houses
def __init__(self, width, height):
self.mWidth = width
self.mHeight = height
self.mBlueSky = sky.Sky(self.mWidth, self.mHeight)
self.mGround = ground.Ground(self.mWidth, self.mHeight)
self.mMountain = mountain.Mountain(self.mWidth, self.mHeight)
self.mMoon = moon.Moon(self.mWidth, self.mHeight)
self.mWater = water.Water(self.mWidth, self.mHeight)
self.mHouse = house.House(self.mWidth, self.mHeight)
self.mCloud = cloud.Cloud(self.mWidth, self.mHeight)
self.mBird = bird.Bird(self.mWidth, self.mHeight)
def parse_house(xmlstr):
x = xmlparse.parseString(xmlstr)
try:
mlsnum = getnodetext(x.getElementsByTagName('MLSNumber')[0])
price = getnodetext(x.getElementsByTagName('Price')[0])
status = getnodetext(x.getElementsByTagName('ListingStatus')[0])
except:
raise
try:
taxes = getnodetext(x.getElementsByTagName('Taxes')[0])
except:
taxes = None
try:
addr = x.getElementsByTagName('Address')[0]
city = x.getElementsByTagName('City')[0]
state = x.getElementsByTagName('State')[0]
zip = x.getElementsByTagName('Zip')[0]
address = '{0}, {1}, {2} {3}'.format(getnodetext(addr),
getnodetext(city),
getnodetext(state),
getnodetext(zip))
except:
address = None
try:
nodes = x.getElementsByTagName(
'MainFeature') # Find the 'Rental Price' name element
hoa = "0"
for n in nodes:
# RE/MAX stores the HOA in an element called 'Fees' but doesn't specify
# whether it's annually, monthly, ...
if n.getAttribute("Name") == "Fees":
hoa = n.getAttribute("Value")
except:
pass
h = house.House(MLS=mlsnum,
Price=util.format_number(price),
Address=address,
HOA=util.format_number(hoa),
Status=status,
Taxes=util.format_number(taxes))
return h
def city_handler(self, event):
"""event handler of city"""
#moves between menu items
if event.type == KEYDOWN and event.key == K_UP: #moves the cursor up
self.cursor_se.play()
self.city.menu -= 1
if self.city.menu < 0:
self.city.menu = MENU_MAX
if self.city.menu == 2 and self.party.house == 0:
self.city.menu -= 1
elif event.type == KEYDOWN and event.key == K_DOWN:
self.cursor_se.play()
self.city.menu += 1
if self.city.menu > MENU_MAX:
self.city.menu = 0
if self.city.menu == 2 and self.party.house == 0:
self.city.menu += 1
#move to each menu item
if event.type == KEYDOWN and (event.key == K_SPACE or event.key == K_z
or event.key == K_RETURN):
self.select_se.play()
self.city.music = 0
if self.city.menu == City.BAR:
self.game_state = BAR
self.city = None
self.bar = bar.Bar()
elif self.city.menu == City.INN:
self.game_state = INN
self.city = None
self.inn = inn.Inn()
elif self.city.menu == City.HOUSE:
self.game_state = HOUSE
self.city = None
self.house = house.House()
elif self.city.menu == City.SHOP:
if len(self.party.member) == 0:
#if it cannot be selected, continue music
self.city.music = 1
else:
self.game_state = SHOP
self.city = None
self.shop = shop.Shop(self)
elif self.city.menu == City.TEMPLE:
if len(self.party.member) == 0:
self.city.music = 1
else:
self.game_state = TEMPLE
self.city = None
self.temple = temple.Temple()
elif self.city.menu == City.CASTLE:
self.game_state = CASTLE
self.city = None
self.castle = castle.Castle()
elif self.city.menu == City.TOWER:
self.game_state = TOWER
self.city = None
self.tower = tower.Tower()
elif event.type == KEYDOWN and event.key == K_x:
self.game_state = MENU
self.city = None
self.menu = menu.Menu()
import vtk import random import house as h import arbol as abl import sol # source ## Arbol ### Tronco y Hojas tree = abl.Tree() ## Casa house = h.House() ## Sol sun = sol.Sun() # mapper ## Arbol ### Tronco mapperTrunk = tree.SetTrunk(0.3, 2.6, 50) #radio,height,resolution ### Hojas mapperLeaf = tree.SetLeaf(0.3, 500) #radio,resolution ## Casa mapperChapa = house.SetSphere(0.1) #radio mapperCone = house.SetCone(1.9, 1.6, 50) #radio,height,resolution mapperCube1 = house.SetCube(2.5, 2.5, 2.5) #cuerpo mapperCube2 = house.SetCube(1.2, 1.8, 0.2) #puerta mapperCube3 = house.SetCube(0.1, 1.1, 1.4) #ventana
#!/usr/bin/env python
# -*- coding: utf-8 -*-
#åäö i kommentarer^
import house
import room
import character
import things
#The house
my_house = house.House()
#Characters
player = character.Character("Murneh", my_house.hallway)
player2 = character.Character(
"Elin", my_house.hallway) #kan den här också heta player?
rat1 = character.Character("Rat", my_house.cellar)
#Items
muddy_shoes = things.Things("Muddy Shoes", "mud", my_house.hallway)
leather_shoes = things.Things("Nice leather shoes", "leather",
my_house.hallway)
knitted_hat = things.Things("Green knitted hat", "sweat", my_house.hallway)
trenchcoat = things.Things("Trenchcoat", "musk", my_house.hallway)
cigarettes = things.Things("A pack of cigarettes", "tobacco", trenchcoat)
matchbox = things.Things("Matchbox", "sulfur", trenchcoat)
magical_map = things.Things("Magical Map", "Wonderful", my_house.hallway)
old_books = things.Things("Alot of old books", "old books", my_house.library)
mysterious_diary = things.Things("Mysterious Diary", "old book",
my_house.library)
perfume_bottle = things.Things("Luxurious Perfume", "",
def setup():
self.deck = deck.Deck()
self.player = player.Player(self.deck)
self.house = house.House(self.deck)