def main():
# Instantiate API modules
todo = modTodo.ToDo(todo_opts)
cal = modCalendar.Cal(calendar_opts)
weather = modWeather.Weather(weather_opts)
## Setup e-ink initial drawings
iw = infowindow.InfoWindow()
### Weather Grid
temp_rect_width = 102
temp_rect_left = (iw.width / 2) - (temp_rect_width / 2)
temp_rect_right = (iw.width / 2) + (temp_rect_width / 2)
iw.line(268, 0, 268, 64, 'black') # First Vertical Line
iw.rectangle(temp_rect_left, 0, temp_rect_right, 64, 'red')
iw.line(372, 0, 372, 64, 'black') # Second Vertical Line
iw.bitmap(375, 0, "windSmall.bmp") # Wind Icon
iw.line(461, 0, 461, 64, 'black') # Third Vertical Line
iw.bitmap(464, 0, "rainSmall.bmp") # Rain Icon
iw.line(550, 0, 550, 64, 'black') # Fourth Vertical Line
iw.bitmap(554, 0, "snowSmall.bmp") # Snow Icon
# Center cal/todo divider line
iw.line(314, 90, 314, 384, 'black') # Left Black line
iw.rectangle(315, 64, 325, 384, 'red') # Red Rectangle
iw.line(326, 90, 326, 384, 'black') # Right Black line
# Calendar / Todo Title Line
iw.line(0, 64, 640, 64, 'black') # Top Line
iw.rectangle(0, 65, 640, 90, 'red') # Red Rectangle
iw.line(0, 91, 640, 91, 'black') # Bottom Black Line
# Todo / Weather Titles
iw.text(440, 64, "TODO", 'robotoBlack24', 'white')
iw.text(95, 64, "CALENDAR", 'robotoBlack24', 'white')
# DISPLAY TODO INFO
# =========================================================================
todo_items = todo.list()
logging.debug("Todo Items")
logging.debug(
"-----------------------------------------------------------------------"
)
t_y = 94
for todo_item in todo_items:
iw.text(333, t_y, str(todo_item['content']), 'robotoRegular18',
'black')
t_y = (t_y + 24)
iw.line(325, (t_y - 2), 640, (t_y - 2), 'black')
logging.debug("ITEM: " + todo_item['content'])
# DISPLAY CALENDAR INFO
# =========================================================================
cal_items = cal.list()
logging.debug("Calendar Items")
logging.debug(
"-----------------------------------------------------------------------"
)
c_y = 94
# Time and date divider line
(dt_x, dt_y) = iw.getFont('robotoRegular14').getsize('12-99-2000')
for cal_item in cal_items:
(x, y) = iw.text(3, c_y, str(cal_item['date']), 'robotoRegular14',
'black')
iw.line((dt_x + 5), c_y, (dt_x + 5), (c_y + 32), 'black')
iw.text(3, (c_y + 15), str(cal_item['time']), 'robotoRegular14',
'black')
iw.text((dt_x + 7), (c_y + 5),
iw.truncate(str(cal_item['content']), 'robotoRegular18'),
'robotoRegular18', 'black')
c_y = (c_y + 32)
iw.line(0, (c_y - 2), 313, (c_y - 2), 'black')
# logging.debug("ITEM: "+str(cal_item['date']), str(cal_item['time']), str(cal_item['content']))
logging.debug("ITEM: " + str(cal_item['content']))
# DISPLAY WEATHER INFO
# =========================================================================
weather = weather.list()
logging.debug("Weather Info")
logging.debug(
"-----------------------------------------------------------------------"
)
# Set unit descriptors
if weather_opts['units'] == 'imperial':
u_speed = "mph"
u_temp = "F"
elif weather_opts['units'] == 'metric':
u_speed = "m/sec"
u_temp = "C"
else:
u_speed = "m/sec"
u_temp = "K"
deg_symbol = u"\u00b0"
iw.bitmap(2, 2, weather['icon'])
iw.text(70, 2, weather['description'].title(), 'robotoBlack24', 'black')
iw.text(70, 35, weather['sunrise'], 'robotoRegular18', 'black')
iw.text(154, 35, weather['sunset'], 'robotoRegular18', 'black')
# Temp ( adjust for str length )
(t_x, t_y) = iw.getFont('robotoBlack48').getsize(
str(weather['temp_cur']) + deg_symbol)
temp_left = (iw.width / 2) - (t_x / 2)
iw.text(temp_left, 2,
str(weather['temp_cur']) + deg_symbol, 'robotoBlack48', 'white')
t_desc_posx = (temp_left + t_x) - 15
iw.text(t_desc_posx, 25, u_temp, 'robotoBlack18', 'white')
# Wind
iw.text(405, 5, weather['wind']['dir'], 'robotoBlack18', 'black')
iw.text(380, 35,
str(weather['wind']['speed']) + u_speed, 'robotoRegular18',
'black')
# Rain
iw.text(481, 29, "1hr: " + str(weather['rain']['1h']), 'robotoRegular18',
'black')
iw.text(481, 44, "3hr: " + str(weather['rain']['3h']), 'robotoRegular18',
'black')
# Snow
iw.text(573, 29, "1hr: " + str(weather['snow']['1h']), 'robotoRegular18',
'black')
iw.text(573, 44, "3hr: " + str(weather['snow']['3h']), 'robotoRegular18',
'black')
# Write to screen
# =========================================================================
iw.display(rotation)
def main():
# Instantiate API modules
todo = modTodo.ToDo(todo_opts)
cal = modCalendar.Cal(calendar_opts)
weather = modWeather.Weather(weather_opts)
# Setup e-ink initial drawings
iw = infowindow.InfoWindow(infowindow_opts)
# Set some things
calendar_date_font = "robotoRegular14"
calendar_entry_font = "robotoRegular18"
tasks_font = "robotoRegular18"
# Weather Grid
temp_rect_width = 102
temp_rect_left = (iw.width / 2) - (temp_rect_width / 2)
temp_rect_right = (iw.width / 2) + (temp_rect_width / 2)
iw.line(268, 0, 268, 64, 'black') # First Vertical Line
iw.rectangle(temp_rect_left, 0, temp_rect_right, 64, 'red')
iw.line(372, 0, 372, 64, 'black') # Second Vertical Line
iw.bitmap(375, 0, "windSmall.bmp") # Wind Icon
iw.line(461, 0, 461, 64, 'black') # Third Vertical Line
iw.bitmap(464, 0, "rainSmall.bmp") # Rain Icon
iw.line(550, 0, 550, 64, 'black') # Fourth Vertical Line
iw.bitmap(554, 0, "snowSmall.bmp") # Snow Icon
# Center cal/todo divider line
iw.line(314, 90, 314, 384, 'black') # Left Black line
iw.rectangle(315, 64, 325, 384, 'red') # Red Rectangle
iw.line(326, 90, 326, 384, 'black') # Right Black line
# Calendar / Todo Title Line
iw.line(0, 64, 640, 64, 'black') # Top Line
iw.rectangle(0, 65, 640, 90, 'red') # Red Rectangle
iw.line(0, 91, 640, 91, 'black') # Bottom Black Line
# Todo / Weather Titles
iw.text(440, 64, "TODO", 'robotoBlack24', 'white')
iw.text(95, 64, "CALENDAR", 'robotoBlack24', 'white')
# DISPLAY TODO INFO
# =========================================================================
todo_items = todo.list()
logging.debug("Todo Items")
logging.debug("-----------------------------------------------------------------------")
#(t_x, t_y) = iw.getFont(tasks_font).getsize('JgGj')
(t_x, t_y) = get_max_char_size(iw, string.printable, tasks_font)
line_height = t_y + (2 * infowindow_opts["cell_spacing"])
current_task_y = 92
for todo_item in todo_items:
iw.text(333, (current_task_y + infowindow_opts["cell_spacing"]), todo_item['content'].encode(charset).strip(),
tasks_font, 'black')
iw.line(327, (current_task_y + line_height + 1), 640, (current_task_y + line_height + 1), 'black')
# set next loop height
current_task_y = (current_task_y + line_height + 2)
logging.debug("ITEM: %s" % todo_item['content'].encode(charset).strip())
# DISPLAY CALENDAR INFO
# =========================================================================
cal_items = cal.list()
logging.debug("Calendar Items")
logging.debug("-----------------------------------------------------------------------")
if calendar_opts['timeformat'] == "12h":
(t_x, t_y) = get_max_char_size(iw, string.digits, calendar_date_font)
(dt_x, dt_y) = iw.getFont(calendar_date_font).getsize(': pm')
dt_x = dt_x + (4 * t_x)
if t_y > dt_y:
dt_y = t_y
else:
(t_x, t_y) = get_max_char_size(iw, string.digits, calendar_date_font)
(dt_x, dt_y) = iw.getFont(calendar_date_font).getsize('.')
dt_x = dt_x + (4 * t_x)
(it_x, it_y) = get_max_char_size(iw, string.printable, calendar_entry_font)
line_height = (2 * dt_y) + (2 * infowindow_opts["cell_spacing"])
current_calendar_y = 92
for cal_item in cal_items:
font_color = 'black'
if cal_item['today']:
font_color = calendar_opts['today_text_color']
iw.rectangle(0, current_calendar_y,
313, (current_calendar_y + line_height),
calendar_opts['today_background_color'])
# draw horizontal line
iw.line(0, (current_calendar_y + line_height + 1),
313, (current_calendar_y + line_height + 1),
'black')
# draw vertical line
iw.line((dt_x + (2 * infowindow_opts["cell_spacing"]) + 1), current_calendar_y,
(dt_x + (2 * infowindow_opts["cell_spacing"]) + 1), (current_calendar_y + line_height),
'black')
# draw event date
iw.text((infowindow_opts["cell_spacing"]),
(current_calendar_y + infowindow_opts["cell_spacing"]),
cal_item['date'].encode(charset).strip(), calendar_date_font, font_color)
# draw event time
iw.text((infowindow_opts["cell_spacing"]),
(current_calendar_y + ((line_height - 2 * infowindow_opts["cell_spacing"]) / 2)),
cal_item['time'].encode(charset).strip(), calendar_date_font, font_color)
# draw event text
calendar_event_text_start = dt_x + (3 * infowindow_opts["cell_spacing"]) + 1
max_event_text_length = 313 - calendar_event_text_start - infowindow_opts["cell_spacing"]
iw.text(calendar_event_text_start,
(current_calendar_y + ((line_height - it_y) / 2)),
iw.truncate(cal_item['content'].encode(charset).strip(), calendar_entry_font, max_event_text_length),
calendar_entry_font, font_color)
# set new line height for next round
current_calendar_y = (current_calendar_y + line_height + 2)
# logging.debug("ITEM: "+str(cal_item['date']), str(cal_item['time']), str(cal_item['content']))
logging.debug("ITEM: %s" % cal_item['content'].encode(charset).strip())
# DISPLAY WEATHER INFO
# =========================================================================
weather = weather.list()
logging.debug("Weather Info")
logging.debug("-----------------------------------------------------------------------")
# Set unit descriptors
if weather_opts['units'] == 'imperial':
u_speed = u"mph"
u_temp = u"F"
elif weather_opts['units'] == 'metric':
u_speed = u"m/sec"
u_temp = u"C"
else:
u_speed = u"m/sec"
u_temp = u"K"
deg_symbol = u"\u00b0"
iw.bitmap(2, 2, weather['icon'])
iw.text(70, 2, weather['description'].title().encode(charset).strip(), 'robotoBlack24', 'black')
iw.text(70, 35, weather['sunrise'], 'robotoRegular18', 'black')
iw.text(154, 35, weather['sunset'], 'robotoRegular18', 'black')
# Temp ( adjust for str length )
(t_x, t_y) = iw.getFont('robotoBlack48').getsize(str(weather['temp_cur']) + deg_symbol)
temp_left = (iw.width / 2) - (t_x / 2)
iw.text(temp_left, 2, str(weather['temp_cur']) + deg_symbol, 'robotoBlack48', 'white')
t_desc_posx = (temp_left + t_x) - 15
iw.text(t_desc_posx, 25, u_temp, 'robotoBlack18', 'white')
# Wind
iw.text(405, 5, weather['wind']['dir'], 'robotoBlack18', 'black')
iw.text(380, 35, str(weather['wind']['speed']) + u_speed, 'robotoRegular18', 'black')
# Rain
iw.text(481, 29, "1hr: " + str(weather['rain']['1h']), 'robotoRegular18', 'black')
iw.text(481, 44, "3hr: " + str(weather['rain']['3h']), 'robotoRegular18', 'black')
# Snow
iw.text(573, 29, "1hr: " + str(weather['snow']['1h']), 'robotoRegular18', 'black')
iw.text(573, 44, "3hr: " + str(weather['snow']['3h']), 'robotoRegular18', 'black')
# Write to screen
# =========================================================================
iw.display(rotation)