def on_repaint(self, screen):
font = fonts.get_font(fonts.FontType.ROBOTO_MEDIUM.value, 36)
medication = self.device.selected_prescription.label
label = 'Dispensing {} {}'.format(self.device.desired_dose, medication)
text = font.render(label, True, Color.RIIT_DARKER_GRAY.value,
Color.WHITE.value)
centered_rect = ui.common.center(text, *self.bounds())
screen.blit(text, centered_rect)
def get_surface(self):
# hacky non-OOP solution to count in interest of time
# TODO: implement solution that works for any number of dose options
self.number = self.position
if not self.device.selected_prescription.show_override:
self.number -= 1
font = fonts.get_font(fonts.FontType.ROBOTO_MEDIUM.value, 48)
return font.render(str(self.number), True, Color.BLACK.value,
self.color)
def render_question(screen, lines, y_start=68):
font = fonts.get_font(fonts.FontType.ROBOTO_MEDIUM.value, 36)
relative_y = 0
for line in lines:
text = font.render(line, True, Color.RIIT_DARKER_GRAY.value,
Color.WHITE.value)
centered_rect = center(text, 0, y_start + relative_y,
screen.get_width())
screen.blit(text, centered_rect)
relative_y += 48
def draw_progress_circle(self, screen):
x = self.dx(20)
y = self.dy(12)
pygame.gfxdraw.aacircle(screen, x + 75, y + 75, 75, Color.RIIT_GRAY.value)
progress = 1 - self.prescription.get_time_until_next_dose() / self.prescription.dose_window
rads = 2 * math.pi * progress
end = (1 * math.pi / 2)
start = end - rads
pygame.draw.arc(screen, self.color, (x - 2, y - 2, 154, 154), start, end, 4)
dot_x = round(75 * math.cos(start)) + 75
dot_y = round(75 * -math.sin(start)) + 75
pygame.gfxdraw.aacircle(screen, x + dot_x, y + dot_y, 5, self.color)
pygame.gfxdraw.filled_circle(screen, x + dot_x, y + dot_y, 5, self.color)
number, unit = self.prescription.format_time_until_next_dose()
number_font = fonts.get_font(fonts.FontType.ROBOTO_LIGHT.value, 64)
number_text = number_font.render(str(number), True, Color.RIIT_DARK_GRAY.value,
Color.WHITE.value)
number_centered_rect = ui.common.center(number_text, self.x, y + 29, self.w, 64)
screen.blit(number_text, number_centered_rect)
unit_font = fonts.get_font(fonts.FontType.ROBOTO_MEDIUM.value, 18)
unit_text = unit_font.render(unit, True, Color.RIIT_DARK_GRAY.value, Color.WHITE.value)
unit_centered_rect = ui.common.center(unit_text, self.x, y + 100, self.w, 18)
screen.blit(unit_text, unit_centered_rect)
def on_repaint(self, screen):
pygame.draw.rect(screen, Color.WHITE.value, (self.dx(14), self.dy(6), 162, 188)) # clear
pygame.draw.rect(screen, self.border_color, self.bounds(), 1)
doses = self.prescription.get_available_doses()
if doses == self.prescription.max_dose:
if not self.displaying_ready:
audio.Sample.READY.play() # only play when changing from not ready to ready
self.displaying_ready = True
pygame.gfxdraw.aacircle(screen, self.dx(95), self.dy(87), 75, self.color)
pygame.gfxdraw.filled_circle(screen, self.dx(95), self.dy(87), 75, self.color)
ready_font = fonts.get_font(fonts.FontType.ROBOTO_LIGHT.value, 36)
text = ready_font.render("Ready", True, Color.WHITE.value, self.color)
centered_rect = ui.common.center(text, self.x, self.dy(12), self.w, 150)
screen.blit(text, centered_rect)
else:
self.displaying_ready = False
self.draw_progress_circle(screen)
self.draw_dose_dots(screen, doses)
label_font = fonts.get_font(fonts.FontType.ROBOTO_MEDIUM.value, 24)
text = label_font.render(self.prescription.label.upper(), True, Color.RIIT_DARK_GRAY.value,
Color.WHITE.value)
centered_rect = ui.common.center(text, self.x, self.dy(194), self.w, 24)
screen.blit(text, centered_rect)
def on_repaint(self, screen):
font = fonts.get_font(fonts.FontType.ROBOTO_LIGHT.value, 24)
text = font.render('Hello.', True, Color.RIIT_DARKER_GRAY.value, Color.WHITE.value)
centered_rect = ui.common.center(text, *self.bounds())
screen.blit(text, centered_rect)
def on_repaint(self, screen):
pygame.draw.rect(screen, self.color, self.bounds())
font = fonts.get_font(fonts.FontType.ROBOTO_MEDIUM.value, 24)
text = font.render(self.label, True, Color.BLACK.value, self.color)
centered_rect = ui.common.center(text, *self.bounds())
screen.blit(text, centered_rect)
def get_surface(self):
font = fonts.get_font(fonts.FontType.ROBOTO_MEDIUM.value, 36)
return font.render(self.option, True, Color.BLACK.value, self.color)