def drawTemp(self, draw):
s = u'{:+.1f} \xf8c'.format(self.weather.temp)
w, _ = textsize(s, font=utils.proportional2(TINY_FONT))
text(draw, (36 - w, 2),
s,
fill="white",
font=utils.proportional2(TINY_FONT))
def drawLed(self, draw):
date_str = u"LED: %d%%" % (intensity)
txtlen, _ = textsize(date_str, font=utils.proportional2(TINY_FONT))
coords = (36 - txtlen, 2)
text(draw,
coords,
date_str,
fill="white",
font=utils.proportional2(TINY_FONT))
def drawDesc(self, draw):
date_str = self.weather.lastData['weather'][0]['main'].lower()
txtlen, _ = textsize(date_str, font=utils.proportional2(TINY_FONT))
coords = (36 - txtlen, 2)
text(draw,
coords,
date_str,
fill="white",
font=utils.proportional2(TINY_FONT))
def drawDay(self, draw):
date_str = time.strftime("%A").upper()
txtlen, _ = textsize(date_str, font=utils.proportional2(TINY_FONT))
coords = (36 - txtlen, 2)
text(draw,
coords,
date_str,
fill="white",
font=utils.proportional2(TINY_FONT))
def update(self, draw):
self.currentView = 1 if self.currentView == 0 else 0
date_str = time.strftime(
"%d %B") if self.currentView == 1 else time.strftime("%A")
txtlen, _ = textsize(date_str, font=utils.proportional2(TINY_FONT))
coords = (36 - txtlen, 2)
text(draw,
coords,
date_str,
fill="white",
font=utils.proportional2(TINY_FONT))
def drawClock(draw, width=0, height=0):
time_str = time.strftime("%H:%M" if int(time.time()) % 2 > 0 else "%H %M")
coords = (0, 1)
text(draw,
coords,
time_str,
fill="white",
font=utils.proportional2(LCD_FONT))
def __init__(self,
text,
width,
height,
font=None,
fill="white",
doneFunc=None):
self.text = text
self.font = font or utils.proportional2(TINY_FONT)
self.fill = fill
self.doneFunc = doneFunc
self.viewportWidth = width
self.viewportHeight = height
self.textWidth, self.textHeight = textsize(self.text, font=self.font)
self.offsetX = self.viewportWidth
self.offsetY = self.viewportHeight - self.textHeight + 2
hotspot.__init__(self, self.viewportWidth, self.viewportHeight,
self.update)