def apply(self, time_percent):
for i in range(0, self.grass.num_of_leaves()):
leaf = self.grass.get_leaves_array()[i]
loc = self.grass.leaf_loc_percent(i)
c = self.timed_color.get_color(time_percent, loc)
brightness = self.loc_to_brightness(time_percent, loc) * self.global_brightness(time_percent)
c = Colors.change_rgb_lightness(c, Colors.fix_lightness_percent(brightness))
AlwaysOnEffect(leaf[0] + leaf[1], c).apply(time_percent, self.grass.get_array())
def apply(self, time_precent, parent_array):
if (time_precent < 0.5):
power = time_precent * 2
else:
power = (1.0 - time_precent) * 2
fixed_power = Colors.fix_lightness_percent(power)
color = self.timed_color.get_color(time_precent, None)
fixed_color = Colors.change_rgb_lightness(color, fixed_power)
for i in self.indexes:
parent_array[i*3 : i*3+3] = fixed_color
def apply(self, time_precent, parent_array):
if time_precent > self.dark_time:
l = 0
elif time_precent > self.on_time_end:
l = (self.dark_time - time_precent) / (self.dark_time -
self.on_time_end)
elif time_precent > self.on_time_start:
l = random.uniform(0.8, 1.0)
elif time_precent > self.start_time:
l = (time_precent - self.start_time) / (self.on_time_start -
self.start_time)
else:
l = 0
color = self.timed_color.get_color(time_precent, self.location_percent)
fixed_color = Colors.change_rgb_lightness(
color, Colors.fix_lightness_percent(l))
for i in self.indexes:
parent_array[i * 3:i * 3 + 3] = fixed_color
def get_color_for_index(self, time_percent, top_pixel, bottom_pixel, i):
if i >= bottom_pixel and i <= top_pixel:
i_percent = float(i - bottom_pixel) / float(top_pixel - bottom_pixel)
return Colors.change_rgb_lightness(self.timed_color.get_color(time_percent, i_percent),
Colors.fix_lightness_percent(i_percent))
return None
