def __init__(self,
name,
displayAutomatically=False):
inventory = InventoryManager(on=False,
under=False,
inside=True)
Human.__init__(self,
name=name,
displayAutomatically=displayAutomatically,
inventory=inventory,
recurseAutomatically=False,
displayName='handsome looking gentleman')
def generate(self):
world_size = 50
sea_level = 0.35
ocean_end = 0.7 * sea_level
beach_end = 0.4
grass_end = 0.75
mountain_end = 0.9
tree_chance = 0.35
print("generate() - generating terrain noise")
terrain_noise_matrix = World.new_noise_matrix(world_size, octaves=4)
print("generate() - generating decorations noise")
decorations_noise_matrix = World.new_noise_matrix(world_size,
octaves=8)
print(f"generate() - placing tiles")
for x in range(world_size):
for y in range(world_size):
terrain_noise = terrain_noise_matrix[x][y]
if terrain_noise < ocean_end:
t = tile.Ocean(self, (x, y))
elif terrain_noise < sea_level:
t = tile.Coast(self, (x, y))
elif terrain_noise < beach_end:
t = tile.Sand(self, (x, y))
elif terrain_noise < grass_end:
if decorations_noise_matrix[x][y] < tree_chance:
t = tile.Tree(self, (x, y))
else:
t = tile.Grass(self, (x, y))
elif terrain_noise < mountain_end:
t = tile.Mountain(self, (x, y))
else:
t = tile.Snow(self, (x, y))
t.name = f"{t.name} {terrain_noise}"
print("generate() - spawning player")
Human(self, (25, 25))
Human(self, (26, 25))
Human(self, (25, 26))
self.camera_pos = 444, 444
print("generate() - done")
def __init__(self):
self.done = False
self.world = World()
self.ambient = pygame.mixer.Sound("audio/generic_ambient1.wav")
self.ambient.play(-1)
self.fire_images = []
self.hare_images_rf = []
self.water_images = []
self.player = MusicPlayer()
self.wait_for_song = 1200
self.music_playing = False
self.hare_timer = 1.0
self.hare_timer_add = 1.0
self.fire_timer = 1.0
self.fire_timer_add = 1.0
for i in xrange(3):
filename = "images/fire%i.png" % (i+1)
image = pygame.image.load(filename).convert_alpha()
self.fire_images.append(image)
for i in xrange(2):
filename = "images/hare%i.png" % (i+1)
image = pygame.image.load(filename).convert_alpha()
self.hare_images_rf.append(image)
for i in xrange(2):
filename = "images/water%i.png" % (i+1)
image = pygame.image.load(filename).convert_alpha()
self.water_images.append(image)
self.hare_images_lf = map(lambda i: pygame.transform.flip(i, 1, 0), self.hare_images_rf)
self.humans = []
self.viewports = []
loader = ImageStripLoader("images/hunger_strip.png")
self.world.hunger_images = []
self.world.hunger_images = loader.images_from_coordinates((
(0,0,64,64),(64,0,64,64),(128,0,64,64),(192,0,64,64),(256,0,64,64),(320,0,64,64),
))
loader = ImageStripLoader("images/thirst_strip.png")
self.world.thirst_images = []
self.world.thirst_images = loader.images_from_coordinates((
(0,0,64,64),(64,0,64,64),(128,0,64,64),(192,0,64,64),(256,0,64,64),(320,0,64,64),
))
loader = ImageStripLoader("images/warmth_strip.png")
self.world.warmth_images = []
self.world.warmth_images = loader.images_from_coordinates((
(0,0,64,64),(64,0,64,64),(128,0,64,64),(192,0,64,64),(256,0,64,64),(320,0,64,64),
))
for human_count in xrange(2):
human_red = Human(self.world, human_count+1)
human_red.location = self.get_safe_spot()
self.world.add_entity(human_red)
self.humans.append(human_red)
offset = human_count*SCREEN_SIZE[0]/2+1
r = pygame.Rect(offset, 0, SCREEN_SIZE[0]/2-1, SCREEN_SIZE[1])
viewport = Viewport(r, human_red)
self.viewports.append(viewport)
for fire_count in xrange(randint(10,50)):
fire = Fire(self.world, self.fire_images)
fire.location = self.get_safe_spot()
self.world.add_entity(fire)
self.world.fire_count += 1
for water_count in xrange(randint(5, 10)):
water = Water(self.world, self.water_images)
water.location = self.get_safe_spot()
self.world.add_entity(water)
self.world.hare_count += 1