def make_labels_rolls(self, font, text_list, y):
"""
Create each text label and a corresponding roller. Arguments are
a font object; a list of strings to make labels from; and the y
coordinate that the top label starts from.
"""
labels = []
rollers = pg.sprite.Group()
for i, text in enumerate(text_list):
if not i%2:
pos = (-self.off, y)
roll = Roller(pos, random.choice(COLORS), "right", self.speed)
r = roll.rect
label = Label(font, self.font_size, text, "goldenrod3",
{"midright": (r.left-self.chip_space,r.centery)})
label.speed = self.speed
else:
pos = (SCREEN_WIDTH+self.off, y)
roll = Roller(pos, random.choice(COLORS), "left", self.speed)
r = roll.rect
label = Label(font, self.font_size, text, "goldenrod3",
{"midleft": (r.right+self.chip_space,r.centery)})
label.speed = -self.speed
label.true_centerx = label.rect.centerx
label.moving = True
labels.append(label)
rollers.add(roll)
y += self.vert_space
return labels, rollers
def make_labels_rolls(self, font, text_list, y):
"""
Create each text label and a corresponding roller. Arguments are
a font object; a list of strings to make labels from; and the y
coordinate that the top label starts from.
"""
labels = []
rollers = pg.sprite.Group()
for i, text in enumerate(text_list):
if not i % 2:
pos = (-self.off, y)
roll = Roller(pos, random.choice(COLORS), "right", self.speed)
r = roll.rect
label = Label(
font, self.font_size, text, "goldenrod3",
{"midright": (r.left - self.chip_space, r.centery)})
label.speed = self.speed
else:
pos = (SCREEN_WIDTH + self.off, y)
roll = Roller(pos, random.choice(COLORS), "left", self.speed)
r = roll.rect
label = Label(
font, self.font_size, text, "goldenrod3",
{"midleft": (r.right + self.chip_space, r.centery)})
label.speed = -self.speed
label.true_centerx = label.rect.centerx
label.moving = True
labels.append(label)
rollers.add(roll)
y += self.vert_space
return labels, rollers
