def __init__(self, mower):
self.over = False
self.color = (0.78, 0.78, 1.0)
self.hsv_color = [240/360.0, 60/100.0, 0]
self.weather = 'cloudy'
self.sun = Sun()
self.moon = Moon()
self.rain = Rain()
self.lawn = Lawn(mower)
self.heart_attack = HeartAttack()
self.clouds = Clouds(self.hsv_color)
self.garbage_can = GarbageCan()
self.weather_time = 20
self.counter = self.weather_time
events.AddListener(self)
class Background:
def __init__(self, mower):
self.over = False
self.color = (0.78, 0.78, 1.0)
self.hsv_color = [240/360.0, 60/100.0, 0]
self.weather = 'cloudy'
self.sun = Sun()
self.moon = Moon()
self.rain = Rain()
self.lawn = Lawn(mower)
self.heart_attack = HeartAttack()
self.clouds = Clouds(self.hsv_color)
self.garbage_can = GarbageCan()
self.weather_time = 20
self.counter = self.weather_time
events.AddListener(self)
def update(self, tick):
if self.over:
return self.update_dead(tick)
self.heart_attack.update(tick)
global CURRENT_CLOUD_COVERAGE
self.counter -= tick
if self.counter <= 0:
CURRENT_CLOUD_COVERAGE = random.choice(CLOUD_COVERAGE.keys())
if 'cloudy' in CURRENT_CLOUD_COVERAGE or \
'overcast' in CURRENT_CLOUD_COVERAGE:
self.rain.active = random.choice([True, False])
else:
self.rain.active = False
# print "It's now %s" % CURRENT_CLOUD_COVERAGE
# if self.rain.active:
# print "It's raining"
# else:
# print "It's not raining"
self.counter = self.weather_time
elements = [self.sun, self.moon, self.rain, self.clouds, self.lawn]
for element in elements:
if element:
element.update(tick)
if self.sun.deg < 180 and self.sun.deg > 150:
self.hsv_color[2] = (180 - self.sun.deg) / 30
elif self.sun.deg < 30 and self.sun.deg > 0:
self.hsv_color[2] = self.sun.deg / 30
self.color = colorsys.hsv_to_rgb(*self.hsv_color)
def draw(self):
elements = [self.sun, self.moon, self.clouds, self.lawn,
self.rain, self.garbage_can]
for element in elements:
if element:
element.draw()
self.heart_attack.draw()
def update_dead(self, tick):
return
def On_NarrativeOver(self):
self.over = True
