def draw(self, data):
draw = graphics.TheoriaDraw(self._buf)
time_str = data['time'].strftime(self._time_format)
date_str = data['time'].strftime(self._date_format)
bg1 = (0, 0)
bg2 = (self._buf.width, self._buf.height)
textx = self._buf.width / 2
timey = self._buf.height / 2
datey = self._buf.height / 2 + self._buf.height / 8
draw.rectangle((bg1, bg2), fill=self._bgcolor)
draw.ctext((textx, timey),
time_str,
font=self._timefont,
fill=self._fgcolor,
center=graphics.CENTER_BOTH)
draw.ctext((textx, datey),
date_str,
font=self._datefont,
fill=self._fgcolor,
center=graphics.CENTER_BOTH)
self.changed()
def draw(self, data):
draw = graphics.TheoriaDraw(self._buf)
width, height = self._buf.size
# Calculations
centerw = width / 2
centerh = height / 2
# Fill background
bg1 = (0, 0)
bg2 = (width, height)
draw.rectangle((bg1, bg2), fill=self._bgcolor)
# Text
draw.ctext((centerw, 0),
'Currently',
font=self._titlefont,
fill=self._fgcolor,
center=graphics.CENTER_HORIZ)
draw.ctext((centerw, centerh),
unicode(int(data.today['temp'])) + DEGREE_SIGN,
font=self._tempfont,
fill=self._fgcolor,
center=graphics.CENTER_BOTH)
self.changed()
def draw(self, data):
draw = graphics.TheoriaDraw(self._buf)
width, height = self._buf.size
# Calculations
centerw = width / 2
third = height / 3
highh = third - (third / 2)
lowh = third * 2 - (third / 2)
# Strings
forecast = data.day(self._day)
high = unicode(int(forecast['high'])) + DEGREE_SIGN
low = unicode(int(forecast['low'])) + DEGREE_SIGN
if self._day == 0:
title = 'Today'
elif self._day == 1:
title = 'Tomorrow'
else:
title = forecast['date'].strftime('%A')
# Fill background
bg1 = (0, 0)
bg2 = (width, height)
draw.rectangle((bg1, bg2), fill=self._bgcolor)
# Title
draw.ctext((centerw, 0),
title,
font=self._titlefont,
fill=self._fgcolor,
center=graphics.CENTER_HORIZ)
# Today
draw.ctext((centerw, highh),
high,
font=self._tempfont,
fill=self._highcolor,
center=graphics.CENTER_HORIZ)
draw.ctext((centerw, lowh),
low,
font=self._tempfont,
fill=self._lowcolor,
center=graphics.CENTER_HORIZ)
self.changed()
def draw(self, data):
draw = graphics.TheoriaDraw(self._buf)
year = data['time'].strftime('%Y')
bg1 = (0, 0)
bg2 = (self._buf.width, self._buf.height)
textx = self._buf.width / 2
texty = self._buf.height / 2
draw.rectangle((bg1, bg2), fill=self._bgcolor)
draw.ctext((textx, texty),
year,
font=self._font,
fill=self._fgcolor,
center=graphics.CENTER_BOTH)
self.changed()
def draw(self, data):
draw = graphics.TheoriaDraw(self._buf)
hours = data['time'].strftime('%-I')
minutes = data['time'].strftime('%M')
bg1 = (0, 0)
bg2 = (self._buf.width, self._buf.height)
textx = self._buf.width / 2
draw.rectangle((bg1, bg2), fill=self._bgcolor)
draw.ctext((textx, 0),
hours,
font=self._font,
fill=self._fgcolor,
center=graphics.CENTER_HORIZ)
draw.ctext((textx, self._buf.height / 2),
minutes,
font=self._font,
fill=self._fgcolor,
center=graphics.CENTER_HORIZ)
self.changed()
def draw(self, data):
draw = graphics.TheoriaDraw(self._buf)
# Text
dayname = data['time'].strftime('%A')
day = data['time'].strftime('%-d')
monthname = data['time'].strftime('%B')
# Calculations
bg1 = (0, 0)
bg2 = (self._buf.width, self._buf.height)
textx = self._buf.width / 2
daynamey = self._buf.height / 8
dayy = self._buf.height / 2
monthnamey = self._buf.height - (self._buf.height / 4)
# Drawing
draw.rectangle((bg1, bg2), fill=self._bgcolor)
draw.ctext((textx, daynamey),
dayname,
font=self._wordfont,
fill=self._fgcolor,
center=graphics.CENTER_HORIZ)
draw.ctext((textx, dayy),
day,
font=self._numfont,
fill=self._fgcolor,
center=graphics.CENTER_BOTH)
draw.ctext((textx, monthnamey),
monthname,
font=self._wordfont,
fill=self._fgcolor,
center=graphics.CENTER_HORIZ)
self.changed()
def draw(self, data):
draw = graphics.TheoriaDraw(self._buf)
width, height = self._buf.size
# Calculations
centerw = width / 2
loww = centerw - centerw / 2
highw = centerw + centerw / 2
# Fill background
bg1 = (0, 0)
bg2 = (width, height)
draw.rectangle((bg1, bg2), fill=self._bgcolor)
# Title
draw.ctext((centerw, 0),
data.title,
font=self._titlefont,
fill=self._fgcolor,
center=graphics.CENTER_HORIZ)
# Today
draw.ctext((centerw, 40),
'Today',
font=self._headerfont,
fill=self._fgcolor,
center=graphics.CENTER_HORIZ)
draw.ctext((loww, 140),
str(int(data.today['low'])),
font=self._tempfont,
fill=self._lowcolor,
center=graphics.CENTER_HORIZ)
draw.ctext((centerw, 140),
str(int(data.today['temp'])),
font=self._tempfont,
fill=self._fgcolor,
center=graphics.CENTER_HORIZ)
draw.ctext((highw, 140),
str(int(data.today['high'])),
font=self._tempfont,
fill=self._highcolor,
center=graphics.CENTER_HORIZ)
# Tomorrow
draw.ctext((centerw, 280),
'Today',
font=self._headerfont,
fill=self._fgcolor,
center=graphics.CENTER_HORIZ)
draw.ctext((loww, 360),
str(int(data.tomorrow['low'])),
font=self._tempfont,
fill=self._lowcolor,
center=graphics.CENTER_HORIZ)
draw.ctext((highw, 360),
str(int(data.tomorrow['high'])),
font=self._tempfont,
fill=self._highcolor,
center=graphics.CENTER_HORIZ)
self.changed()
def draw(self, data):
one_gb = 1024 * 1024 * 1024
# Gather data
anytime = []
uploads = []
freezone = []
dates = []
for entry in data['usage']['data']:
dates.append(datetime.strptime(str(entry['period']), '%Y%m%d'))
for t in entry['types']:
if t['type'] == 'anytime':
anytime.append(t['value'])
elif t['type'] == 'uploads':
uploads.append(t['value'])
elif t['type'] == 'freezone':
freezone.append(t['value'])
# Draw the chart
draw = graphics.TheoriaDraw(self._buf)
width, height = self._buf.size
ind = np.arange(len(dates)) # the x locations for the groups
bar_width = 0.8
fig, ax = plt.subplots()
# Set size
dpi = 70.0
fig.set_size_inches(width / dpi, height / dpi)
fig.set_dpi(dpi)
# Load data
anytime = np.array(anytime)
uploads = np.array(uploads)
freezone = np.array(freezone)
p1 = plt.bar(dates, anytime, bar_width, color='r')
p2 = plt.bar(dates, freezone, bar_width, color='g', bottom=anytime)
p3 = plt.bar(dates,
uploads,
bar_width,
color='b',
bottom=anytime + freezone)
# Legend
plt.legend((p1[0], p2[0], p3[0]), ('Downloads', 'Freezone', 'Uploads'))
# Chart Labels
plt.ylabel('Gigabytes')
plt.title('Download Usage')
# X Labels
somedays = mdates.DayLocator(interval=int(1024 / width))
days = mdates.DayLocator()
daysFmt = mdates.DateFormatter('%-d %b')
ax.xaxis.set_major_locator(somedays)
ax.xaxis.set_minor_locator(days)
ax.xaxis.set_major_formatter(daysFmt)
# Y Labels
gb = ticker.IndexLocator(one_gb, 0)
fivegb = ticker.IndexLocator(one_gb * 5, 0)
gbFmt = ticker.FuncFormatter(lambda x, p: str(int(x / one_gb)) + ' GB')
ax.yaxis.set_major_locator(fivegb)
ax.yaxis.set_minor_locator(gb)
ax.yaxis.set_major_formatter(gbFmt)
# Auto format the dates
fig.autofmt_xdate()
canvas = plt.get_current_fig_manager().canvas
canvas.draw()
# Add Graph
plot_img = Image.fromstring('RGB', canvas.get_width_height(),
canvas.tostring_rgb())
draw.cpaste(plot_img, (width / 2, height / 2),
center=graphics.CENTER_BOTH)
self.changed()