def run(self):
temp_cvs = Module.temperature_canvas(self.unit, self.zip_code,
self.temp_color)
tme = int(time.time())
while not self.should_stop:
if int(time.time()) - tme == self.ref_rate:
temp_cvs = Module.temperature_canvas(self.unit, self.zip_code,
self.temp_color)
tme = int(time.time())
time_cvs = Canvas(25, 19).add_subcanvas(
Module.time_canvas(self.region, self.day_color,
self.date_color, self.hour_color,
self.hour_color, self.minute_color),
Point(0, 6))
time_cvs.add_subcanvas(temp_cvs, Point(9, 0))
matrix.draw_canvas(Canvas().add_subcanvas(time_cvs, Point(3, 6)))
def draw_dashboard(ref_rate=3): # includes clock and temperature
""" ref_rate is the interval (in minutes) between weather API calls """
temp_cvs = Module.temperature_canvas('f', '94103', Color.green())
ref_rate = ref_rate * 60
tme = int(time.time())
matrix = EzMatrix()
while True:
if int(time.time()) - tme == ref_rate:
temp_cvs = Module.temperature_canvas('f', '94103', Color.green())
tme = int(time.time())
time_cvs = Canvas(25,
19).add_subcanvas(Module.time_canvas('US/Pacific'),
Point(0, 6))
time_cvs.add_subcanvas(temp_cvs, Point(9, 0))
matrix.draw_canvas(Canvas().add_subcanvas(time_cvs, Point(3, 6)))
