def __init__(self):
# Fetch the service account key JSON file contents
cred = credentials.Certificate(firebase_credentials)
# Initialize the app with a custom auth variable, limiting the server's access
firebase_admin.initialize_app(
cred, {
"databaseURL": firebaseio_url,
"databaseAuthVariableOverride": {
"uid": uid
}
})
self.localize = Localize()
class Operations():
def __init__(self):
# Fetch the service account key JSON file contents
cred = credentials.Certificate(firebase_credentials)
# Initialize the app with a custom auth variable, limiting the server's access
firebase_admin.initialize_app(
cred, {
"databaseURL": firebaseio_url,
"databaseAuthVariableOverride": {
"uid": uid
}
})
self.localize = Localize()
def update_device_locale(self):
try:
ref_user = db.reference('/user')
users = ref_user.get()
if users is None:
return
for user_id in users:
location_data = db.reference(
"/user/{}/location".format(user_id)).get()
device_data = db.reference("/device/{}".format(user_id)).get()
if location_data is None:
return
if device_data is None:
return
self.localize.set_data(location_data)
self.localize.set_user(device_data)
locale = self.localize.locate()["locale"]
db.reference("/device/{}/location".format(user_id)).set(locale)
print()
except Exception as e:
print("ERROR:", e)
def delete_device(self):
ref = db.reference("/device")
ref.delete()
def delete_user(self):
ref = db.reference("/user")
ref.delete()
def __init__(self, *args, **kwargs):
# set our Addon class
self.Addon = kwargs["addon"]
# set our window object
self.WINDOW = kwargs["window"]
# set our key variables
self.geolocation = kwargs["geolocation"]
self.location_id = kwargs["locationId"]
# set localize functions
self.Localize = Localize()
# set title & logo
self._set_addon_info()
def main(args):
rospy.init_node('Cameras', anonymous=True)
cams = Cameras()
gate = Gate()
buoy = Buoy()
loc = Localize()
rate = rospy.Rate(30)
lastTime = time() * 1000
try:
while True:
if rospy.is_shutdown():
rospy.logerr("F**K")
break
if (cams.cam0Ready
and (cams.cam1Ready or cams.cameraMap['down'] is None)):
img_gate = np.copy(cams.getFrontFrame())
img_buoy = np.copy(img_gate)
if ((img_gate == np.copy(None)).any() or img_gate is None):
rospy.logwarn("none image recieved")
continue
bars = gate.findBars(img_gate)
loc.updateGate([bars[1], bars[2], bars[3]])
buoys = buoy.mainImg(img_buoy)
img_buoy = buoy.getResultImg()
cams.buoyLinePrediction(
img_buoy,
loc.firstBuoyYaw.getPredictedState()[0])
cams.buoyLinePrediction(
img_buoy,
loc.secondBuoyYaw.getPredictedState()[0],
green=False)
loc.updateBuoy(buoys)
try:
cams.buoyPub.publish(
cams.bridge.cv2_to_imgmsg(img_buoy, "bgr8"))
cams.gatePub.publish(
cams.bridge.cv2_to_imgmsg(img_gate, "bgr8"))
except Exception as e:
rospy.logerr("EXCEPTION IN CAMERAS: ")
rospy.logerr(e)
rospy.logwarn("LOOP TIME %d", time() * 1000 - lastTime)
lastTime = time() * 1000
else:
pass
#print("NOT READY")
except KeyboardInterrupt:
rospy.logerr("Shutting down")
cv2.destroyAllWindows()
rospy.logerr("KILL")
def finish_install(self, setup):
# Steps:
our_total = 11
our_current = 4
# write host+hostname infos
print " --> Writing hostname"
our_current += 1
self.update_progress(total=our_total, current=our_current, message=_("Setting hostname"))
hostnamefh = open("/target/etc/hostname", "w")
hostnamefh.write("%s\n" % setup.hostname)
hostnamefh.close()
hostsfh = open("/target/etc/hosts", "w")
hostsfh.write("127.0.0.1\tlocalhost\n")
hostsfh.write("127.0.1.1\t%s\n" % setup.hostname)
hostsfh.write("# The following lines are desirable for IPv6 capable hosts\n")
hostsfh.write("::1 localhost ip6-localhost ip6-loopback\n")
hostsfh.write("fe00::0 ip6-localnet\n")
hostsfh.write("ff00::0 ip6-mcastprefix\n")
hostsfh.write("ff02::1 ip6-allnodes\n")
hostsfh.write("ff02::2 ip6-allrouters\n")
hostsfh.write("ff02::3 ip6-allhosts\n")
hostsfh.close()
# set the locale
print " --> Setting the locale"
our_current += 1
self.update_progress(total=our_total, current=our_current, message=_("Setting locale"))
shell_exec("echo \"%s.UTF-8 UTF-8\" >> /target/etc/locale.gen" % setup.language)
chroot_exec("locale-gen")
shell_exec("echo \"\" > /target/etc/default/locale")
chroot_exec("update-locale LANG=\"%s.UTF-8\"" % setup.language)
chroot_exec("update-locale LANG=%s.UTF-8" % setup.language)
# set the timezone
print " --> Setting the timezone"
shell_exec("echo \"%s\" > /target/etc/timezone" % setup.timezone)
shell_exec("cp /target/usr/share/zoneinfo/%s /target/etc/localtime" % setup.timezone)
# localizing
if setup.language != "en_US":
if os.path.exists("/lib/live/mount/medium/pool"):
print " --> Localizing packages"
our_current += 1
self.update_progress(total=our_total, current=our_current, message=_("Localizing packages"))
shell_exec("mkdir -p /target/debs")
language_code = setup.language
if "_" in setup.language:
language_code = setup.language.split("_")[0]
l10ns = getoutput("find /lib/live/mount/medium/pool | grep 'l10n-%s\\|hunspell-%s'" % (language_code, language_code))
for l10n in l10ns.split("\n"):
shell_exec("cp %s /target/debs/" % l10n)
chroot_exec("dpkg -i /debs/*")
shell_exec("rm -rf /target/debs")
if hasInternetConnection:
# [XK] Localize when not LMDE
loc = Localize(setup.language, our_total, our_current)
loc.set_progress_hook(self.update_progress)
loc.start()
our_current = loc.our_current
# [XK] Configure Plymouth
our_current += 1
if os.path.exists('/target/bin/plymouth'):
print " --> Configuring Plymouth"
self.update_progress(pulse=True, total=our_total, current=our_current, message=_("Configuring Plymouth"))
plymouth = PlymouthSave()
plymouth.save(setup.plymouth_enable)
# [XK] Install multimedia
our_current += 1
if setup.multimedia_enable:
if hasInternetConnection:
print " --> Install multimedia"
self.update_progress(pulse=True, total=our_total, current=our_current, message=_("Install multimedia"))
packages = "libdvdcss2"
if isAmd64:
packages += " w64codecs"
else:
packages += " w32codecs"
chroot_exec("apt-get install --assume-yes -o Dpkg::Options::=--force-confdef -o Dpkg::Options::=--force-confold --force-yes %s" % packages)
# [XK] Configure sensors
our_current += 1
if os.path.exists('/target/usr/sbin/sensors-detect'):
print " --> Configuring sensors"
self.update_progress(pulse=True, total=our_total, current=our_current, message=_("Configuring sensors"))
chroot_exec('/usr/bin/yes YES | /usr/sbin/sensors-detect')
# [XK] Remove VirtualBox when not installing to VirtualBox
if not runningInVirtualBox():
print " --> Remove VirtualBox"
self.update_progress(pulse=True, total=our_total, current=our_current, message=_("Removing VirtualBox"))
chroot_exec("apt-get purge --assume-yes -o Dpkg::Options::=--force-confdef -o Dpkg::Options::=--force-confold --force-yes virtualbox*")
# set the keyboard options..
print " --> Setting the keyboard"
our_current += 1
self.update_progress(total=our_total, current=our_current, message=_("Setting keyboard options"))
consolefh = open("/target/etc/default/console-setup", "r")
newconsolefh = open("/target/etc/default/console-setup.new", "w")
for line in consolefh:
line = line.rstrip("\r\n")
if(line.startswith("XKBMODEL=")):
newconsolefh.write("XKBMODEL=\"%s\"\n" % setup.keyboard_model)
elif(line.startswith("XKBLAYOUT=")):
newconsolefh.write("XKBLAYOUT=\"%s\"\n" % setup.keyboard_layout)
elif(line.startswith("XKBVARIANT=") and setup.keyboard_variant is not None):
newconsolefh.write("XKBVARIANT=\"%s\"\n" % setup.keyboard_variant)
else:
newconsolefh.write("%s\n" % line)
consolefh.close()
newconsolefh.close()
chroot_exec("rm /etc/default/console-setup")
chroot_exec("mv /etc/default/console-setup.new /etc/default/console-setup")
consolefh = open("/target/etc/default/keyboard", "r")
newconsolefh = open("/target/etc/default/keyboard.new", "w")
for line in consolefh:
line = line.rstrip("\r\n")
if(line.startswith("XKBMODEL=")):
newconsolefh.write("XKBMODEL=\"%s\"\n" % setup.keyboard_model)
elif(line.startswith("XKBLAYOUT=")):
newconsolefh.write("XKBLAYOUT=\"%s\"\n" % setup.keyboard_layout)
elif(line.startswith("XKBVARIANT=") and setup.keyboard_variant is not None):
newconsolefh.write("XKBVARIANT=\"%s\"\n" % setup.keyboard_variant)
else:
newconsolefh.write("%s\n" % line)
consolefh.close()
newconsolefh.close()
chroot_exec("rm /etc/default/keyboard")
chroot_exec("mv /etc/default/keyboard.new /etc/default/keyboard")
# write MBR (grub)
print " --> Configuring Grub"
our_current += 1
if(setup.grub_device is not None):
self.update_progress(pulse=True, total=our_total, current=our_current, message=_("Installing bootloader"))
print " --> Running grub-install"
chroot_exec("grub-install --force %s" % setup.grub_device)
self.do_configure_grub(our_total, our_current)
grub_retries = 0
while (not self.do_check_grub(our_total, our_current)):
self.do_configure_grub(our_total, our_current)
grub_retries = grub_retries + 1
if grub_retries >= 5:
self.error_message(message=_("WARNING: The grub bootloader was not configured properly! You need to configure it manually."))
break
# recreate initramfs (needed in case of skip_mount also, to include things like mdadm/dm-crypt/etc in case its needed to boot a custom install)
print " --> Configuring Initramfs"
our_current += 1
# [XK] Running update-initramfs takes a long time: check if it is necessary
initrd = "/boot/initrd.img-".format(getoutput("uname -r"))
update = os.path.getmtime(initrd) < time.time() - 86400 if os.path.isfile(initrd) else True
if update:
self.update_progress(pulse=True, total=our_total, current=our_current, message=_("Configuring initramfs"))
chroot_exec("/usr/sbin/update-initramfs -t -u -k all")
kernelversion = getoutput("uname -r")
chroot_exec("/usr/bin/sha1sum /boot/initrd.img-%s > /var/lib/initramfs-tools/%s" % (kernelversion,kernelversion))
# Clean APT
print " --> Cleaning APT"
our_current += 1
self.update_progress(pulse=True, total=our_total, current=our_current, message=_("Cleaning APT"))
shell_exec("chroot /target/ /bin/sh -c \"dpkg --configure -a\"")
chroot_exec("sed -i 's/^deb cdrom/#deb cdrom/' /etc/apt/sources.list")
chroot_exec("apt-get -y --force-yes autoremove")
# now unmount it
print " --> Unmounting partitions"
shell_exec("umount --force /target/dev/shm")
shell_exec("umount --force /target/dev/pts")
if setup.gptonefi:
shell_exec("umount --force /target/boot/efi")
shell_exec("umount --force /target/media/cdrom")
shell_exec("umount --force /target/dev/")
shell_exec("umount --force /target/sys/")
shell_exec("umount --force /target/proc/")
shell_exec("rm -f /target/etc/resolv.conf")
shell_exec("mv /target/etc/resolv.conf.bk /target/etc/resolv.conf")
if(not setup.skip_mount):
for partition in setup.partitions:
if(partition.mount_as is not None and partition.mount_as != "" and partition.mount_as != "/" and partition.mount_as != "swap"):
self.do_unmount("/target" + partition.mount_as)
self.do_unmount("/target")
self.do_unmount("/source")
self.update_progress(done=True, message=_("Installation finished"))
print " --> All done"
class Properties:
"""
Class used to set window properties
"""
# $MSG[* Properties are set on the "Weather" window.]$END_MSG
# $SUB_MSG[Use: "Window(Weather).Property(<property>)"]$END_SUB_MSG
def __init__(self, *args, **kwargs):
# set our Addon class
self.Addon = kwargs["addon"]
# set our window object
self.WINDOW = kwargs["window"]
# set our key variables
self.geolocation = kwargs["geolocation"]
self.location_id = kwargs["locationId"]
# set localize functions
self.Localize = Localize()
# set title & logo
self._set_addon_info()
def _set_addon_info(self):
# $BEGIN_GROUP[Addon Info]
# Id of addon (useful for customized logo's)
self.WINDOW.setProperty("Addon.Id", self.Addon.getAddonInfo("Id"))
# Full path to addon's icon.png file
self.WINDOW.setProperty("Addon.Logo", self.Addon.getAddonInfo("Icon"))
# Name of addon
self.WINDOW.setProperty("Addon.Name", self.Addon.getAddonInfo("Name"))
# $END_GROUP
# $BEGIN_GROUP[Weather Provider Info]
# Weather provider's name
self.WINDOW.setProperty("WeatherProvider", self.Addon.getAddonInfo("Name"))
# Full path to weather provider's logo file
self.WINDOW.setProperty("WeatherProviderIcon", self.Addon.getAddonInfo("Icon"))
# $END_GROUP
# $BEGIN_GROUP[XBMC Internal]
# Loop thru and set each location
for count in range(1, int(self.Addon.getSetting("Locations")) + 1):
# Available town selections ({count} = 1 thru 5)
self.WINDOW.setProperty("Location{count}".format(count=count), self.Addon.getSetting("Location{count}".format(count=count)))
# Total number of towns set
self.WINDOW.setProperty("Locations", str(int(self.Addon.getSetting("Locations")) + 1))
# $END_GROUP
def set_status_properties(self, msg):
# $BEGIN_GROUP[Status Messages]
# Status message ('true'=successfully fetched weather, 'false'=currently fetching weather, 'error'=fetching weather failed)
self.WINDOW.setProperty("Weather.IsFetched", msg)
# $END_GROUP
def set_geo_ip(self, id, ip):
# TODO: maybe just remove this group
# $BEGIN_GROUP[Addon Internal]
# Current IP used for IP based GEO location to verify if location has changed
self.WINDOW.setProperty("Location.IP", ip)
# $END_GROUP
self.location_id = id
def set_properties(self, info):
# $BEGIN_GROUP[Location Properties]
# Last time weather.com updated current weather (e.g. 10/01/2010 10:00 AM EDT)
self.WINDOW.setProperty("Updated", self.Localize.localize_unit(info["cc"][0], "datetime"))
# Last time weather.com updated 5-day forecast (e.g. 10/01/2010 10:00 AM EDT)
self.WINDOW.setProperty("Updated.5Day", self.Localize.localize_unit(info["days_updated"], "datetime"))
# Town (e.g. New York, NY)
self.WINDOW.setProperty("Location", "{geo}{location}".format(geo=["", "*"][self.geolocation], location=info["location"][1]))
# Town's weather.com id (e.g. USNY0996)
self.WINDOW.setProperty("Location.Id", self.location_id)
"""
# Town's setting index (starts at 1)
self.WINDOW.setProperty("Location.Index", sys.argv[1])
"""
# Town's latitude (*see settings - e.g. N 40°42'36")
self.WINDOW.setProperty("Location.Latitude", self.Localize.localize_unit(info["location"][3], "latitude", format=self.Addon.getSetting("coordinate_format")))
# Town's longitude (*see settings - e.g. W 74°00'36")
self.WINDOW.setProperty("Location.Longitude", self.Localize.localize_unit(info["location"][4], "longitude", format=self.Addon.getSetting("coordinate_format")))
# Town's latitude and longitude (*see settings - e.g. N 40°42'36" W 74°00'36")
self.WINDOW.setProperty("Location.Coordinates", u"{latitude} {longitude}".format(latitude=self.Localize.localize_unit(info["location"][3], "latitude", format=self.Addon.getSetting("coordinate_format")), longitude=self.Localize.localize_unit(info["location"][4], "longitude", format=self.Addon.getSetting("coordinate_format"))))
# Town's local time when weather was fetched (e.g. 7:39 AM)
self.WINDOW.setProperty("Location.Time", self.Localize.localize_unit(info["location"][2], "time"))
# Observation Station (e.g. New York, NY)
self.WINDOW.setProperty("Station", info["cc"][1])
# $END_GROUP
# $BEGIN_GROUP[Current Conditions]
# Current condition description (e.g. Fair)
self.WINDOW.setProperty("Current.Condition", " ".join([self.Localize.localize_text.get(word, word) for word in info["cc"][4].split(" ") if (word)]))
# Current condition icon path (*see settings)
self.WINDOW.setProperty("Current.ConditionIcon", os.path.join(self.Addon.getSetting("icon_path_weather"), info["cc"][5] + ".png"))
# Current dew point (e.g. 46)
self.WINDOW.setProperty("Current.DewPoint", self.Localize.localize_unit(info["cc"][16]))
# Current condition icon code number (e.g. 34)
self.WINDOW.setProperty("Current.FanartCode", info["cc"][5])
# Current condition or location based fanart path (*see settings)
self.WINDOW.setProperty("Current.FanartPath", ["", os.path.join(self.Addon.getSetting("fanart_path"), [info["cc"][5], self.location_id][int(self.Addon.getSetting("fanart_type"))])][self.Addon.getSetting("fanart_path") != ""])
# Current feels like temperature (e.g. 62)
self.WINDOW.setProperty("Current.FeelsLike", self.Localize.localize_unit(info["cc"][3]))
# Current humidity (e.g. 49%)
self.WINDOW.setProperty("Current.Humidity", "{value}%".format(value=info["cc"][12]))
# Current moon phase description (e.g. New)
self.WINDOW.setProperty("Current.Moon", " ".join([self.Localize.localize_text.get(word, word) for word in info["cc"][18].split(" ") if (word)]))
# Current moon phase icon path (*see settings)
self.WINDOW.setProperty("Current.MoonIcon", os.path.join(self.Addon.getSetting("icon_path_moon"), info["cc"][17] + ".png"))
# Current barometric pressure (e.g. 30.25 in. ↑)
self.WINDOW.setProperty("Current.Pressure", self.Localize.localize_unit(info["cc"][6], "pressure", status=info["cc"][7]))
# Current sunrise (e.g. 7:39 AM)
self.WINDOW.setProperty("Current.Sunrise", self.Localize.localize_unit(info["location"][5], "time"))
# Current sunset (e.g. 7:02 PM)
self.WINDOW.setProperty("Current.Sunset", self.Localize.localize_unit(info["location"][6], "time"))
# Current temperature (e.g. 65)
self.WINDOW.setProperty("Current.Temperature", self.Localize.localize_unit(info["cc"][2]))
# Current UV index (e.g. 0 Low)
self.WINDOW.setProperty("Current.UVIndex", ["{value} {description}".format(value=info["cc"][14], description=self.Localize.localize_text.get(info["cc"][15], info["cc"][15])), info["cc"][14]][info["cc"][14] == "N/A"])
# Current visibility (e.g. 10.0 miles)
self.WINDOW.setProperty("Current.Visibility", self.Localize.localize_unit(info["cc"][13], "distance"))
# Current wind (e.g. From WNW at 10 mph)
self.WINDOW.setProperty("Current.Wind", self.Localize.localize_unit(info["cc"][8], "wind", direction=info["cc"][11]))
# Current wind (e.g. From the West Northwest at 10 mph)
self.WINDOW.setProperty("Current.WindLong", self.Localize.localize_unit(info["cc"][8], "wind", direction=info["cc"][11], long=True))
# Current wind direction in degrees (e.g. 300°)
self.WINDOW.setProperty("Current.WindDegrees", "{value}°".format(value=info["cc"][10]))
# Current wind direction (abbreviated) (e.g. WNW)
self.WINDOW.setProperty("Current.WindDirection", self.Localize.localize_text_special.get(info["cc"][11], [info["cc"][11]])[0])
# Current wind direction (e.g. West Northwest)
self.WINDOW.setProperty("Current.WindDirectionLong", self.Localize.localize_text_special.get(info["cc"][11], [info["cc"][11]])[-1])
# Current wind speed (e.g. 10 mph)
self.WINDOW.setProperty("Current.WindSpeed", self.Localize.localize_unit(info["cc"][8], "speed"))
# Current wind gust (e.g. Gust to 20 mph)
self.WINDOW.setProperty("Current.WindGust", self.Localize.localize_unit(info["cc"][9], "wind", NA=True))
# Current wind gust speed (e.g. 20 mph)
self.WINDOW.setProperty("Current.WindGustSpeed", self.Localize.localize_unit(info["cc"][9], "speed", NA=True))
# $END_GROUP
# 5-day forecast - loop thru and set each day
for day in info["days"]:
# $BEGIN_GROUP[5 Day forecast]
# Days name (e.g. Monday)
self.WINDOW.setProperty("Day{day}.Title".format(day=day[0]), self.Localize.localize_text_special.get(day[1], [day[1]])[-1])
# Days name (e.g. Monday)
self.WINDOW.setProperty("Day{day}.Day".format(day=day[0]), self.Localize.localize_text_special.get(day[1], [day[1]])[-1])
# Days abbreviated name (e.g. Mon)
self.WINDOW.setProperty("Day{day}.DayShort".format(day=day[0]), self.Localize.localize_text_special.get(day[1], [day[1]])[0])
# Days date (e.g. October 1)
self.WINDOW.setProperty("Day{day}.Date".format(day=day[0]), self.Localize.localize_unit(day[2], "monthdate", long=True))
# Days abbreviated date (e.g. Oct 1)
self.WINDOW.setProperty("Day{day}.DateShort".format(day=day[0]), self.Localize.localize_unit(day[2], "monthdate"))
# Days low temperature (e.g. 50)
self.WINDOW.setProperty("Day{day}.LowTemp".format(day=day[0]), self.Localize.localize_unit(day[4]))
# Days high temperature (e.g. 70)
self.WINDOW.setProperty("Day{day}.HighTemp".format(day=day[0]), self.Localize.localize_unit(day[3]))
# Days sunrise (e.g. 7:39 AM)
self.WINDOW.setProperty("Day{day}.Sunrise".format(day=day[0]), self.Localize.localize_unit(day[5], "time"))
# Days sunset (e.g. 7:02 PM)
self.WINDOW.setProperty("Day{day}.Sunset".format(day=day[0]), self.Localize.localize_unit(day[6], "time"))
# $END_GROUP
# $BEGIN_GROUP[5 Day forecast (daytime)]
# Daytime outlook icon code number (e.g. 34)
self.WINDOW.setProperty("Day{day}.FanartCode".format(day=day[0]), day[7])
# Daytime humidity (e.g. 58%)
self.WINDOW.setProperty("Day{day}.Humidity".format(day=day[0]), "{value}%".format(value=day[15]))
# Daytime outlook description (e.g. Mostly Sunny)
self.WINDOW.setProperty("Day{day}.Outlook".format(day=day[0]), " ".join([self.Localize.localize_text.get(word, word) for word in day[8].split(" ") if (word)]))
# Daytime outlook brief description (e.g. M Sunny) (Does NOT localize properly)
self.WINDOW.setProperty("Day{day}.OutlookBrief".format(day=day[0]), " ".join([self.Localize.localize_text.get(word, word) for word in day[13].split(" ") if (word)]))
# Daytime outlook icon path (*see settings)
self.WINDOW.setProperty("Day{day}.OutlookIcon".format(day=day[0]), os.path.join(self.Addon.getSetting("icon_path_weather"), day[7] + ".png"))
# Daytime chance of precipitation (e.g. 60)
self.WINDOW.setProperty("Day{day}.Precipitation".format(day=day[0]), day[14])
# Daytime wind (e.g. From WNW at 10 mph)
self.WINDOW.setProperty("Day{day}.Wind".format(day=day[0]), self.Localize.localize_unit(day[9], "wind", direction=day[12]))
# Daytime wind (e.g. From the West Northwest at 10 mph)
self.WINDOW.setProperty("Day{day}.WindLong".format(day=day[0]), self.Localize.localize_unit(day[9], "wind", direction=day[12], long=True))
# Daytime wind direction in degrees (e.g. 300°)
self.WINDOW.setProperty("Day{day}.WindDegrees".format(day=day[0]), "{value}°".format(value=day[11]))
# Daytime wind direction (abbreviated) (e.g. WNW)
self.WINDOW.setProperty("Day{day}.WindDirection".format(day=day[0]), self.Localize.localize_text_special.get(day[12], [day[12]])[0])
# Daytime wind direction (e.g. West Northwest)
self.WINDOW.setProperty("Day{day}.WindDirectionLong".format(day=day[0]), self.Localize.localize_text_special.get(day[12], [day[12]])[-1])
# Daytime wind speed (e.g. 10 mph)
self.WINDOW.setProperty("Day{day}.WindSpeed".format(day=day[0]), self.Localize.localize_unit(day[9], "speed"))
# Daytime wind gust (e.g. Gust to 20 mph)
self.WINDOW.setProperty("Day{day}.WindGust".format(day=day[0]), self.Localize.localize_unit(day[10], "wind", NA=True))
# Daytime wind gust speed (e.g. 20 mph)
self.WINDOW.setProperty("Day{day}.WindGustSpeed".format(day=day[0]), self.Localize.localize_unit(day[10], "speed", NA=True))
# $END_GROUP
# $BEGIN_GROUP[5 Day forecast (nighttime)]
# Nighttime outlook icon code number (e.g. 33)
self.WINDOW.setProperty("Night{day}.FanartCode".format(day=day[0]), day[16])
# Nighttime humidity (e.g. 49%)
self.WINDOW.setProperty("Night{day}.Humidity".format(day=day[0]), "{value}%".format(value=day[24]))
# Nighttime outlook description (e.g. Partly Cloudy)
self.WINDOW.setProperty("Night{day}.Outlook".format(day=day[0]), " ".join([self.Localize.localize_text.get(word, word) for word in day[17].split(" ") if (word)]))
# Nighttime outlook brief description (e.g. P Cloudy) (Does NOT localize properly)
self.WINDOW.setProperty("Night{day}.OutlookBrief".format(day=day[0]), " ".join([self.Localize.localize_text.get(word, word) for word in day[22].split(" ") if (word)]))
# Nighttime outlook icon path (*see settings)
self.WINDOW.setProperty("Night{day}.OutlookIcon".format(day=day[0]), os.path.join(self.Addon.getSetting("icon_path_weather"), day[16] + ".png"))
# Nighttime chance of precipitation (e.g. 60)
self.WINDOW.setProperty("Night{day}.Precipitation".format(day=day[0]), day[23])
# Nighttime wind (e.g. From WNW at 5 mph)
self.WINDOW.setProperty("Night{day}.Wind".format(day=day[0]), self.Localize.localize_unit(day[18], "wind", direction=day[21]))
# Nighttime wind (e.g. From the West Northwest at 5 mph)
self.WINDOW.setProperty("Night{day}.WindLong".format(day=day[0]), self.Localize.localize_unit(day[18], "wind", direction=day[21], long=True))
# Nighttime wind direction in degrees (e.g. 300°)
self.WINDOW.setProperty("Night{day}.WindDegrees".format(day=day[0]), "{value}°".format(value=day[20]))
# Nighttime wind direction (abbreviated) (e.g. WNW)
self.WINDOW.setProperty("Night{day}.WindDirection".format(day=day[0]), self.Localize.localize_text_special.get(day[21], [day[21]])[0])
# Nighttime wind direction (e.g. West Northwest)
self.WINDOW.setProperty("Night{day}.WindDirectionLong".format(day=day[0]), self.Localize.localize_text_special.get(day[21], [day[21]])[-1])
# Nighttime wind speed (e.g. 5 mph)
self.WINDOW.setProperty("Night{day}.WindSpeed".format(day=day[0]), self.Localize.localize_unit(day[18], "speed"))
# Nighttime wind gust (e.g. Gust to 10 mph)
self.WINDOW.setProperty("Night{day}.WindGust".format(day=day[0]), self.Localize.localize_unit(day[19], "wind", NA=True))
# Nighttime wind gust speed (e.g. 10 mph)
self.WINDOW.setProperty("Night{day}.WindGustSpeed".format(day=day[0]), self.Localize.localize_unit(day[19], "speed", NA=True))
