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PI_noaaWeather.py
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"""
X-plane NOAA GFS weather plugin.
Sets x-plane wind, temperature, cloud and turbulence layers
using NOAA real/forecast data and METAR reports.
The plugin downloads all the required data from NOAA servers.
Official site:
http://x-plane.joanpc.com/plugins/xpgfs-noaa-weather
For support visit:
http://forums.x-plane.org/index.php?showtopic=72313
Github project page:
https://github.com/joanpc/XplaneNoaaWeather
Copyright (C) 2012-2020 Joan Perez i Cauhe
---
This program is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License
as published by the Free Software Foundation; either version 2
of the License, or any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
"""
# X-plane includes
from XPLMDefs import *
from XPLMProcessing import *
from XPLMDataAccess import *
from XPLMUtilities import *
from XPLMPlanes import *
from XPLMNavigation import *
# from SandyBarbourUtilities import *
# from PythonScriptMessaging import *
from XPLMPlugin import *
from XPLMMenus import *
from XPWidgetDefs import *
from XPWidgets import *
from XPStandardWidgets import *
import XPPython3.xp as xp
import pickle
import socket
import threading
import subprocess
import os
import sys
from datetime import datetime
from noaweather import EasyDref, Conf, c, EasyCommand, Tracker
class Weather:
"""Sets x-plane weather from GSF parsed data"""
alt = 0.0
ref_winds = {}
lat, lon, last_lat, last_lon = 99, 99, False, False
def __init__(self, conf, data):
self.conf = conf
self.data = data
self.lastMetarStation = False
'''
Bind datarefs
'''
self.winds = []
self.clouds = []
self.turbulence = {}
for i in range(3):
self.winds.append({
'alt': EasyDref('"sim/weather/wind_altitude_msl_m[%d]"' % (i), 'float'),
'hdg': EasyDref('"sim/weather/wind_direction_degt[%d]"' % (i), 'float'),
'speed': EasyDref('"sim/weather/wind_speed_kt[%d]"' % (i), 'float'),
'gust': EasyDref('"sim/weather/shear_speed_kt[%d]"' % (i), 'float'),
'gust_hdg': EasyDref('"sim/weather/shear_direction_degt[%d]"' % (i), 'float'),
'turbulence': EasyDref('"sim/weather/turbulence[%d]"' % (i), 'float'),
})
for i in range(3):
self.clouds.append({
'top': EasyDref('"sim/weather/cloud_tops_msl_m[%d]"' % (i), 'float'),
'bottom': EasyDref('"sim/weather/cloud_base_msl_m[%d]"' % (i), 'float'),
'coverage': EasyDref('"sim/weather/cloud_type[%d]"' % (i), 'int'),
# XP10 'coverage': EasyDref('"sim/weather/cloud_coverage[%d]"' % (i), 'float'),
})
self.windata = []
self.xpWeatherOn = EasyDref('sim/weather/use_real_weather_bool', 'int')
self.xpWeatherDownloadOn = EasyDref('sim/weather/download_real_weather', 'int')
self.msltemp = EasyDref('sim/weather/temperature_sealevel_c', 'float')
self.msldewp = EasyDref('sim/weather/dewpoi_sealevel_c', 'float')
self.thermalAlt = EasyDref('sim/weather/thermal_altitude_msl_m', 'float')
self.visibility = EasyDref('sim/weather/visibility_reported_m', 'float')
self.pressure = EasyDref('sim/weather/barometer_sealevel_inhg', 'float')
self.precipitation = EasyDref('sim/weather/rain_percent', 'float')
self.thunderstorm = EasyDref('sim/weather/thunderstorm_percent', 'float')
self.runwayFriction = EasyDref('sim/weather/runway_friction', 'float')
self.mag_deviation = EasyDref('sim/flightmodel/position/magnetic_variation', 'float')
self.acf_vy = EasyDref('sim/flightmodel/position/local_vy', 'float')
# Data
self.weatherData = False
self.weatherClientThread = False
self.windAlts = -1
# Response queue for user queries
self.queryResponses = []
# Create client socket
self.sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
self.die = threading.Event()
self.lock = threading.Lock()
self.newData = False
self.startWeatherServer()
def startWeatherClient(self):
if not self.weatherClientThread:
self.weatherClientThread = threading.Thread(target=self.weatherClient)
self.weatherClientThread.start()
def weatherClient(self):
"""Weather client thread fetches weather from Weather Server"""
# Send something for windows to bind
self.weatherClientSend('!ping')
while True:
received = self.sock.recv(1024 * 8)
wdata = pickle.loads(received)
if self.die.is_set() or wdata == '!bye':
break
elif not 'info' in wdata:
# A metar query response
self.queryResponses.append(wdata)
else:
self.weatherData = wdata
self.newData = True
def weatherClientSend(self, msg):
if self.weatherClientThread:
if sys.version_info.major == 2:
self.sock.sendto(msg, ('127.0.0.1', self.conf.server_port))
else:
self.sock.sendto(msg.encode('utf-8'), ('127.0.0.1', self.conf.server_port))
def startWeatherServer(self):
DETACHED_PROCESS = 0x00000008
args = [xp.pythonExecutable, os.sep.join([self.conf.respath, 'weatherServer.py']), self.conf.syspath]
kwargs = {'close_fds': True}
try:
if self.conf.spinfo:
kwargs.update({'startupinfo': self.conf.spinfo, 'creationflags': DETACHED_PROCESS})
print("start weather server {} {}".format(args, kwargs))
subprocess.Popen(args, **kwargs)
except Exception as e:
print("Exception while executing subprocess: {}".format(e))
def shutdown(self):
# Shutdown client and server
self.weatherClientSend('!shutdown')
self.weatherClientThread = False
def setTurbulence(self, turbulence, elapsed):
"""Set turbulence for all wind layers with our own interpolation"""
turb = 0
prevlayer = False
if len(turbulence) > 1:
for clayer in turbulence:
if clayer[0] > self.alt:
# last layer
break
else:
prevlayer = clayer
if prevlayer:
turb = c.interpolate(prevlayer[1], clayer[1], prevlayer[0], clayer[0], self.alt)
else:
turb = clayer[1]
# set turbulence
turb *= self.conf.turbulence_probability
turb = c.randPattern('turbulence', turb, elapsed, 20, min_time=1)
self.winds[0]['turbulence'].value = turb
self.winds[1]['turbulence'].value = turb
self.winds[2]['turbulence'].value = turb
def setWinds(self, winds, elapsed):
"""Set winds: Interpolate layers and transition new data"""
winds = winds[:]
# Append metar layer
if 'metar' in self.weatherData and 'wind' in self.weatherData['metar']:
alt = self.weatherData['metar']['elevation']
hdg, speed, gust = self.weatherData['metar']['wind']
extra = {'gust': gust, 'metar': True}
if 'variable_wind' in self.weatherData['metar'] and self.weatherData['metar']['variable_wind']:
h1, h2 = self.weatherData['metar']['variable_wind']
h1 %= 360
if h1 > h2:
var = 360 - h1 + h2
else:
var = h2 - h1
hdg = h1
extra['variation'] = c.randPattern('metar_wind_hdg', var, elapsed, min_time=20, max_time=50)
alt += self.conf.metar_agl_limit
alt = c.transition(alt, '0-metar_wind_alt', elapsed, 0.3048) # 1f/s
# Fix temperatures
if 'temperature' in self.weatherData['metar']:
if self.weatherData['metar']['temperature'][0] is not False:
extra['temp'] = self.weatherData['metar']['temperature'][0] + 273.15
if self.weatherData['metar']['temperature'][1] is not False:
extra['dew'] = self.weatherData['metar']['temperature'][1] + 273.15
# remove first wind layer if is too close (for high altitude airports)
# TODO: This can break transitions in some cases.
if len(winds) > 1 and winds[0][0] < alt + self.conf.metar_agl_limit:
winds.pop(0)
winds = [[alt, hdg, speed, extra]] + winds
# Search current top and bottom layer:
blayer = False
nlayers = len(winds)
if nlayers > 0:
for i in range(len(winds)):
tlayer = i
if winds[tlayer][0] > self.alt:
break
else:
blayer = i
if self.windAlts != tlayer:
# Layer change, reset transitions
self.windAlts = tlayer
c.transitionClearReferences(exclude=[str(blayer), str(tlayer)])
twind = self.transWindLayer(winds[tlayer], str(tlayer), elapsed)
if blayer is not False and blayer != tlayer:
# We are between 2 layers, interpolate
bwind = self.transWindLayer(winds[blayer], str(blayer), elapsed)
rwind = self.interpolateWindLayer(twind, bwind, self.alt, blayer)
else:
# We are below the first layer or above the last one.
rwind = twind;
# Set layers
self.setWindLayer(0, rwind, elapsed)
self.setWindLayer(1, rwind, elapsed)
self.setWindLayer(2, rwind, elapsed)
'''Set temperature and dewpoint.
Use next layer if the data is not available'''
extra = rwind[3]
if nlayers > tlayer + 1:
altLayer = winds[tlayer + 1]
else:
altLayer = False
if 'temp' in extra:
self.msltemp.value = c.oat2msltemp(extra['temp'] - 273.15, self.alt)
elif altLayer and 'temp' in altLayer[3]:
self.msltemp.value = c.oat2msltemp(altLayer[3]['temp'] - 273.15, altLayer[0])
if 'dew' in extra:
self.msldewp.value = c.oat2msltemp(extra['dew'] - 273.15, self.alt)
elif altLayer and 'dew' in altLayer[3]:
self.msldewp.value = c.oat2msltemp(altLayer[3]['dew'] - 273.15, altLayer[0])
# Force shear direction 0
self.winds[0]['gust_hdg'].value = 0
self.winds[1]['gust_hdg'].value = 0
self.winds[2]['gust_hdg'].value = 0
def setWindLayer(self, index, wlayer, elapsed):
alt, hdg, speed, extra = wlayer
wind = self.winds[index]
if 'variation' in extra:
hdg = (hdg + extra['variation']) % 360
wind['hdg'].value, wind['speed'].value = hdg, speed
if 'gust' in extra:
wind['gust'].value = extra['gust']
def transWindLayer(self, wlayer, id, elapsed):
"""Transition wind layer values"""
alt, hdg, speed, extra = wlayer
hdg = c.transitionHdg(hdg, id + '-hdg', elapsed, self.conf.windHdgTransSpeed)
speed = c.transition(speed, id + '-speed', elapsed, self.conf.windHdgTransSpeed)
# Extra vars
for var in ['gust', 'rh', 'dew']:
if var in extra:
extra[var] = c.transition(extra[var], id + '-' + var, elapsed, self.conf.windGustTransSpeed)
# Special cases
if 'gust_hdg' in extra:
extra['gust_hdg'] = 0
return alt, hdg, speed, extra
def setDrefIfDiff(self, dref, value, max_diff=False):
""" Set a Dataref if the current value differs
Returns True if value was updated """
if max_diff is not False:
if abs(dref.value - value) > max_diff:
dref.value = value
return True
else:
if dref.value != value:
dref.value = value
return True
return False
def interpolateWindLayer(self, wlayer1, wlayer2, current_altitude, nlayer=1):
"""Interpolates 2 wind layers
layer array: [alt, hdg, speed, extra]"""
if wlayer1[0] == wlayer2[0]:
return wlayer1
layer = [0, 0, 0, {}]
layer[0] = current_altitude
# weight heading interpolation using wind speed
if (wlayer1[2] != 0 or wlayer2[2] != 0):
expo = 2 * wlayer1[2] / (wlayer1[2] + wlayer2[2])
else:
expo = 1
if nlayer:
layer[1] = c.expoCosineInterpolateHeading(wlayer1[1], wlayer2[1], wlayer1[0], wlayer2[0],
current_altitude, expo)
layer[2] = c.interpolate(wlayer1[2], wlayer2[2], wlayer1[0], wlayer2[0], current_altitude)
else:
# First layer
layer[1] = c.expoCosineInterpolateHeading(wlayer1[1], wlayer2[1], wlayer1[0], wlayer2[0],
current_altitude, expo)
layer[2] = c.expoCosineInterpolate(wlayer1[2], wlayer2[2], wlayer1[0], wlayer2[0], current_altitude, expo)
if 'variation' not in wlayer1[3]:
wlayer1[3]['variation'] = 0
# Interpolate extras
for key in wlayer1[3]:
if key in wlayer2[3] and wlayer2[3][key] is not False:
if nlayer:
layer[3][key] = c.interpolate(wlayer1[3][key], wlayer2[3][key], wlayer1[0], wlayer2[0],
current_altitude)
else:
layer[3][key] = c.expoCosineInterpolate(wlayer1[3][key], wlayer2[3][key], wlayer1[0], wlayer2[0],
current_altitude)
else:
# Leave null temp and dew if we can't interpolate
if key not in ('temp', 'dew'):
layer[3][key] = wlayer1[3][key]
return layer
def setClouds(self):
if 'clouds' in self.weatherData['gfs']:
gfsClouds = self.weatherData['gfs']['clouds']
else:
gfsClouds = []
# X-Plane cloud limits
minCloud = c.f2m(2000)
maxCloud = c.f2m(c.limit(40000, self.conf.max_cloud_height))
# Minimum redraw difference per layer
minRedraw = [c.f2m(500), c.f2m(5000), c.f2m(10000)]
xpClouds = {
'FEW': [1, c.f2m(2000)],
'SCT': [2, c.f2m(4000)],
'BKN': [3, c.f2m(4000)],
'OVC': [4, c.f2m(4000)],
'VV': [4, c.f2m(6000)]
}
lastBase = 0
maxTop = 0
gfsCloudLimit = c.f2m(5600)
setClouds = []
if self.weatherData and 'distance' in self.weatherData['metar'] \
and self.weatherData['metar']['distance'] < self.conf.metar_distance_limit \
and 'clouds' in self.weatherData['metar']:
clouds = self.weatherData['metar']['clouds'][:]
gfsCloudLimit += self.weatherData['metar']['elevation']
for cloud in reversed(clouds):
base, cover, extra = cloud
top = minCloud
if cover in xpClouds:
top = base + xpClouds[cover][1]
cover = xpClouds[cover][0]
# Search for gfs equivalent layer
for gfsCloud in gfsClouds:
gfsBase, gfsTop, gfsCover = gfsCloud
if gfsBase > 0 and gfsBase - 1500 < base < gfsTop:
top = base + c.limit(gfsTop - gfsBase, maxCloud, minCloud)
break
if lastBase and top > lastBase: top = lastBase
lastBase = base
setClouds.append([base, top, cover])
if not maxTop:
maxTop = top
# add gfs clouds
for cloud in gfsClouds:
base, top, cover = cloud
if len(setClouds) < 3 and base > max(gfsCloudLimit, maxTop):
cover = c.cc2xp(cover)
top = base + c.limit(top - base, maxCloud, minCloud)
setClouds = [[base, top, cover]] + setClouds
else:
# GFS-only clouds
for cloud in reversed(gfsClouds):
base, top, cover = cloud
cover = c.cc2xp(cover)
if cover > 0 and base > 0 and top > 0:
if cover < 3:
top = base + minCloud
else:
top = base + c.limit(top - base, maxCloud, minCloud)
if lastBase > top: top = lastBase
setClouds.append([base, top, cover])
lastBase = base
# Set the Cloud to Datarefs
redraw = 0
nClouds = len(setClouds)
setClouds = list(reversed(setClouds))
# Push up gfs clouds to prevent redraws
if nClouds:
if nClouds < 3 and setClouds[0][0] > gfsCloudLimit:
setClouds = [[0, minCloud, 0]] + setClouds
if 1 < len(setClouds) < 3 and setClouds[1][2] > gfsCloudLimit:
setClouds = [setClouds[0], [setClouds[0][2], setClouds[0][2] + minCloud, 0], setClouds[1]]
nClouds = len(setClouds)
if not self.data.override_clouds.value:
for i in range(3):
if nClouds > i:
base, top, cover = setClouds[i]
redraw += self.setDrefIfDiff(self.clouds[i]['bottom'], base, minRedraw[i] + self.alt / 10)
redraw += self.setDrefIfDiff(self.clouds[i]['top'], top, minRedraw[i] + self.alt / 10)
redraw += self.setDrefIfDiff(self.clouds[i]['coverage'], cover, 1)
else:
redraw += self.setDrefIfDiff(self.clouds[i]['coverage'], 0)
# Update datarefs
bases = []
tops = []
covers = []
for layer in setClouds:
base, top, cover = layer
bases.append(base)
tops.append(top)
covers.append(cover)
self.data.cloud_base.value = bases
self.data.cloud_top.value = tops
self.data.cloud_cover.value = covers
def setPressure(self, pressure, elapsed):
c.datarefTransition(self.pressure, pressure, elapsed, 0.005)
@classmethod
def cc2xp(self, cover):
# Cloud cover to X-plane
xp = cover / 100.0 * 4
if xp < 1 and cover > 0:
xp = 1
elif cover > 89:
xp = 4
return xp
class Data:
'''
Plugin dataref data publishing
'''
def __init__(self, plugin):
EasyDref.plugin = plugin
self.registered = False
self.registerTries = 0
# Overrides
self.override_clouds = EasyDref('xjpc/XPNoaaWeather/config/override_clouds', 'int',
register=True, writable=True);
self.override_winds = EasyDref('xjpc/XPNoaaWeather/config/override_winds', 'int',
register=True, writable=True)
self.override_visibility = EasyDref('xjpc/XPNoaaWeather/config/override_visibility', 'int',
register=True, writable=True)
self.override_turbulence = EasyDref('xjpc/XPNoaaWeather/config/override_turbulence', 'int',
register=True, writable=True)
self.override_pressure = EasyDref('xjpc/XPNoaaWeather/config/override_pressure', 'int',
register=True, writable=True)
self.override_precipitation = EasyDref('xjpc/XPNoaaWeather/config/override_precipitation', 'int',
register=True, writable=True)
self.override_runway_friction = EasyDref('xjpc/XPNoaaWeather/config/override_runway_friction', 'int',
register=True, writable=True)
# Weather variables
self.ready = EasyDref('xjpc/XPNoaaWeather/weather/ready', 'float', register=True)
self.visibility = EasyDref('xjpc/XPNoaaWeather/weather/visibility', 'float', register=True)
self.nwinds = EasyDref('xjpc/XPNoaaWeather/weather/gfs_nwinds', 'int', register=True)
self.wind_alt = EasyDref('xjpc/XPNoaaWeather/weather/gfs_wind_alt[16]', 'float', register=True)
self.wind_hdg = EasyDref('xjpc/XPNoaaWeather/weather/gfs_wind_hdg[16]', 'float', register=True)
self.wind_speed = EasyDref('xjpc/XPNoaaWeather/weather/gfs_wind_speed[16]', 'float', register=True)
self.wind_temp = EasyDref('xjpc/XPNoaaWeather/weather/gfs_wind_temp[16]', 'float', register=True)
self.cloud_base = EasyDref('xjpc/XPNoaaWeather/weather/cloud_base[3]', 'float', register=True)
self.cloud_top = EasyDref('xjpc/XPNoaaWeather/weather/cloud_top[3]', 'float', register=True)
self.cloud_cover = EasyDref('xjpc/XPNoaaWeather/weather/cloud_cover[3]', 'float', register=True)
self.nturbulence = EasyDref('xjpc/XPNoaaWeather/weather/wafs_nturb', 'int', register=True)
self.turbulence_alt = EasyDref('xjpc/XPNoaaWeather/weather/turbulence_alt[16]', 'float', register=True)
self.turbulence_sev = EasyDref('xjpc/XPNoaaWeather/weather/turbulence_sev[16]', 'float', register=True)
# Metar variables
self.metar_temperature = EasyDref('xjpc/XPNoaaWeather/weather/metar_temperature', 'float', register=True)
self.metar_dewpoint = EasyDref('xjpc/XPNoaaWeather/weather/metar_dewpoint', 'float', register=True)
self.metar_pressure = EasyDref('xjpc/XPNoaaWeather/weather/metar_pressure', 'float', register=True)
self.metar_visibility = EasyDref('xjpc/XPNoaaWeather/weather/metar_visibility', 'float', register=True)
self.metar_precipitation = EasyDref('xjpc/XPNoaaWeather/weather/metar_precipitation', 'int', register=True)
self.metar_thunderstorm = EasyDref('xjpc/XPNoaaWeather/weather/metar_thunderstorm', 'int', register=True)
self.metar_runwayFriction = EasyDref('xjpc/XPNoaaWeather/weather/metar_runwayFriction', 'float', register=True)
def updateData(self, wdata):
"""Publish raw Dataref data
some data is published elsewhere
"""
if not self.registered:
self.registered = EasyDref.DataRefEditorRegister()
self.registerTries += 1
if self.registerTries > 20:
self.registered = True
if not wdata:
self.ready.value = 0
else:
self.ready.value = 1
if 'metar' in wdata and 'icao' in wdata['metar']:
self.metar_temperature.value = wdata['metar']['temperature'][0]
self.metar_dewpoint.value = wdata['metar']['temperature'][1]
self.metar_pressure.value = wdata['metar']['pressure']
self.metar_visibility.value = wdata['metar']['visibility']
if 'gfs' in wdata:
print('thar be gfs, keys: {}'.format(wdata['gfs'].keys()))
if 'winds' in wdata['gfs']:
print('thar be winds in gfs')
alts = []
hdgs = []
speeds = []
temps = []
for layer in wdata['gfs']['winds']:
alt, hdg, speed, extra = layer
alts.append(alt)
hdgs.append(hdg)
speeds.append(speed)
temps.append(extra['temp'])
self.nwinds = len(alts)
self.wind_alt.value = alts
print('updated alts to {}'.format(alts))
self.wind_hdg.value = hdgs
self.wind_speed.value = speeds
self.wind_temp.value = temps
if 'wafs' in wdata:
turb_fl = []
turb_sev = []
for layer in wdata['wafs']:
turb_fl.append(layer[0])
turb_fl.append(layer[1])
self.nturbulence = len(turb_fl)
self.turbulence_alt = turb_fl
self.turbulence_sev = turb_sev
class PythonInterface:
'''
Xplane plugin
'''
def XPluginStart(self):
self.syspath = []
self.conf = Conf(XPLMGetSystemPath(self.syspath)[:-1])
print("Conf is {}".format(self.conf))
self.Name = "noaWeather - " + self.conf.__VERSION__
self.Sig = "noaWeather.joanpc.PI"
self.Desc = "NOA GFS in x-plane"
self.latdr = EasyDref('sim/flightmodel/position/latitude', 'double')
self.londr = EasyDref('sim/flightmodel/position/longitude', 'double')
self.altdr = EasyDref('sim/flightmodel/position/elevation', 'double')
self.data = Data(self)
self.weather = Weather(self.conf, self.data)
# floop
self.floop = self.floopCallback
XPLMRegisterFlightLoopCallback(self.floop, -1, 0)
# Menu / About
self.Mmenu = self.mainMenuCB
self.aboutWindow = False
self.metarWindow = False
self.mPluginItem = XPLMAppendMenuItem(XPLMFindPluginsMenu(), 'XP NOAA Weather', 0)
self.mMain = XPLMCreateMenu('XP NOAA Weather', XPLMFindPluginsMenu(), self.mPluginItem, self.Mmenu, 0)
# Menu Items
XPLMAppendMenuItem(self.mMain, 'Configuration', 1)
XPLMAppendMenuItem(self.mMain, 'Metar Query', 2)
# Register commands
self.metarWindowCMD = EasyCommand(self, 'metar_query_window_toggle', self.metarQueryWindowToggle,
description="Toggle METAR query window.")
# Flightloop counters
self.flcounter = 0
self.fltime = 1
self.lastParse = 0
self.newAptLoaded = False
self.aboutlines = 26
# Tracker
self.tracker = Tracker(self.conf, 4, 'http://x-plane.joanpc.com/NOAAWeather')
self.tracker.track('start', 'start x-plane')
self.last_track = 0
return self.Name, self.Sig, self.Desc
def mainMenuCB(self, menuRef, menuItem):
"""Main menu Callback"""
if menuItem == 1:
if not self.aboutWindow:
self.CreateAboutWindow(221, 640)
self.aboutWindow = True
elif (not XPIsWidgetVisible(self.aboutWindowWidget)):
XPShowWidget(self.aboutWindowWidget)
elif menuItem == 2:
if not self.metarWindow:
self.createMetarWindow()
elif not XPIsWidgetVisible(self.metarWindowWidget):
XPShowWidget(self.metarWindowWidget)
XPSetKeyboardFocus(self.metarQueryInput)
def CreateAboutWindow(self, x, y):
x2 = x + 780
y2 = y - 85 - 20 * 24
Buffer = "X-Plane NOAA GFS Weather - %s -- Thanks to all betatesters! --" % (self.conf.__VERSION__)
top = y
# Create the Main Widget window
self.aboutWindowWidget = XPCreateWidget(x, y, x2, y2, 1, Buffer, 1, 0, xpWidgetClass_MainWindow)
window = self.aboutWindowWidget
## MAIN CONFIGURATION ##
# Config Sub Window, style
subw = XPCreateWidget(x + 10, y - 30, x + 180 + 10, y2 + 40 - 25, 1, "", 0, window, xpWidgetClass_SubWindow)
XPSetWidgetProperty(subw, xpProperty_SubWindowType, xpSubWindowStyle_SubWindow)
x += 25
# Main enable
XPCreateWidget(x, y - 40, x + 20, y - 60, 1, 'Enable XPGFS', 0, window, xpWidgetClass_Caption)
self.enableCheck = XPCreateWidget(x + 110, y - 40, x + 120, y - 60, 1, '', 0, window, xpWidgetClass_Button)
XPSetWidgetProperty(self.enableCheck, xpProperty_ButtonType, xpRadioButton)
XPSetWidgetProperty(self.enableCheck, xpProperty_ButtonBehavior, xpButtonBehaviorCheckBox)
XPSetWidgetProperty(self.enableCheck, xpProperty_ButtonState, self.conf.enabled)
y -= 25
# Winds enable
XPCreateWidget(x + 5, y - 40, x + 20, y - 60, 1, 'Wind levels', 0, window, xpWidgetClass_Caption)
self.windsCheck = XPCreateWidget(x + 110, y - 40, x + 120, y - 60, 1, '', 0, window, xpWidgetClass_Button)
XPSetWidgetProperty(self.windsCheck, xpProperty_ButtonType, xpRadioButton)
XPSetWidgetProperty(self.windsCheck, xpProperty_ButtonBehavior, xpButtonBehaviorCheckBox)
XPSetWidgetProperty(self.windsCheck, xpProperty_ButtonState, self.conf.set_wind)
y -= 20
# Clouds enable
XPCreateWidget(x + 5, y - 40, x + 20, y - 60, 1, 'Cloud levels', 0, window, xpWidgetClass_Caption)
self.cloudsCheck = XPCreateWidget(x + 110, y - 40, x + 120, y - 60, 1, '', 0, window, xpWidgetClass_Button)
XPSetWidgetProperty(self.cloudsCheck, xpProperty_ButtonType, xpRadioButton)
XPSetWidgetProperty(self.cloudsCheck, xpProperty_ButtonBehavior, xpButtonBehaviorCheckBox)
XPSetWidgetProperty(self.cloudsCheck, xpProperty_ButtonState, self.conf.set_clouds)
y -= 20
# Temperature enable
XPCreateWidget(x + 5, y - 40, x + 20, y - 60, 1, 'Temperature', 0, window, xpWidgetClass_Caption)
self.tempCheck = XPCreateWidget(x + 110, y - 40, x + 120, y - 60, 1, '', 0, window, xpWidgetClass_Button)
XPSetWidgetProperty(self.tempCheck, xpProperty_ButtonType, xpRadioButton)
XPSetWidgetProperty(self.tempCheck, xpProperty_ButtonBehavior, xpButtonBehaviorCheckBox)
XPSetWidgetProperty(self.tempCheck, xpProperty_ButtonState, self.conf.set_temp)
y -= 20
# Pressure enable
XPCreateWidget(x + 5, y - 40, x + 20, y - 60, 1, 'Pressure', 0, window, xpWidgetClass_Caption)
self.pressureCheck = XPCreateWidget(x + 110, y - 40, x + 120, y - 60, 1, '', 0, window, xpWidgetClass_Button)
XPSetWidgetProperty(self.pressureCheck, xpProperty_ButtonType, xpRadioButton)
XPSetWidgetProperty(self.pressureCheck, xpProperty_ButtonBehavior, xpButtonBehaviorCheckBox)
XPSetWidgetProperty(self.pressureCheck, xpProperty_ButtonState, self.conf.set_pressure)
y -= 20
# Turbulence enable
XPCreateWidget(x + 5, y - 40, x + 20, y - 60, 1, 'Turbulence', 0, window, xpWidgetClass_Caption)
self.turbCheck = XPCreateWidget(x + 110, y - 40, x + 120, y - 60, 1, '', 0, window, xpWidgetClass_Button)
XPSetWidgetProperty(self.turbCheck, xpProperty_ButtonType, xpRadioButton)
XPSetWidgetProperty(self.turbCheck, xpProperty_ButtonBehavior, xpButtonBehaviorCheckBox)
XPSetWidgetProperty(self.turbCheck, xpProperty_ButtonState, self.conf.set_turb)
y -= 28
x -= 5
x1 = x + 5
# Metar source radios
XPCreateWidget(x, y - 40, x + 20, y - 60, 1, 'METAR SOURCE', 0, window, xpWidgetClass_Caption)
y -= 20
XPCreateWidget(x1, y - 40, x1 + 20, y - 60, 1, 'NOAA', 0, window, xpWidgetClass_Caption)
mtNoaCheck = XPCreateWidget(x1 + 40, y - 40, x1 + 45, y - 60, 1, '', 0, window, xpWidgetClass_Button)
x1 += 52
XPCreateWidget(x1, y - 40, x1 + 20, y - 60, 1, 'IVAO', 0, window, xpWidgetClass_Caption)
mtIvaoCheck = XPCreateWidget(x1 + 35, y - 40, x1 + 45, y - 60, 1, '', 0, window, xpWidgetClass_Button)
x1 += 50
XPCreateWidget(x1, y - 40, x1 + 20, y - 60, 1, 'VATSIM', 0, window, xpWidgetClass_Caption)
mtVatsimCheck = XPCreateWidget(x1 + 45, y - 40, x1 + 60, y - 60, 1, '', 0, window, xpWidgetClass_Button)
x1 += 52
self.mtSourceChecks = {mtNoaCheck: 'NOAA',
mtIvaoCheck: 'IVAO',
mtVatsimCheck: 'VATSIM'
}
for check in self.mtSourceChecks:
XPSetWidgetProperty(check, xpProperty_ButtonType, xpRadioButton)
XPSetWidgetProperty(check, xpProperty_ButtonBehavior, xpButtonBehaviorCheckBox)
XPSetWidgetProperty(check, xpProperty_ButtonState,
int(self.conf.metar_source == self.mtSourceChecks[check]))
y -= 25
self.turbulenceCaption = XPCreateWidget(x, y - 40, x + 80, y - 60, 1, 'Turbulence probability %d%%' % (
self.conf.turbulence_probability * 100), 0, window, xpWidgetClass_Caption)
y -= 20
self.turbulenceSlider = XPCreateWidget(x + 5, y - 40, x + 160, y - 60, 1, '', 0, window,
xpWidgetClass_ScrollBar)
XPSetWidgetProperty(self.turbulenceSlider, xpProperty_ScrollBarType, xpScrollBarTypeSlider)
XPSetWidgetProperty(self.turbulenceSlider, xpProperty_ScrollBarMin, 10)
XPSetWidgetProperty(self.turbulenceSlider, xpProperty_ScrollBarMax, 1000)
XPSetWidgetProperty(self.turbulenceSlider, xpProperty_ScrollBarPageAmount, 1)
XPSetWidgetProperty(self.turbulenceSlider, xpProperty_ScrollBarSliderPosition,
int(self.conf.turbulence_probability * 1000))
y -= 25
XPCreateWidget(x, y - 40, x + 80, y - 60, 1, 'Performance Tweaks', 0, window, xpWidgetClass_Caption)
y -= 20
XPCreateWidget(x + 5, y - 40, x + 80, y - 60, 1, 'Max Visibility (sm)', 0, window, xpWidgetClass_Caption)
self.maxVisInput = XPCreateWidget(x + 119, y - 40, x + 160, y - 62, 1,
c.convertForInput(self.conf.max_visibility, 'm2sm'), 0, window,
xpWidgetClass_TextField)
XPSetWidgetProperty(self.maxVisInput, xpProperty_TextFieldType, xpTextEntryField)
XPSetWidgetProperty(self.maxVisInput, xpProperty_Enabled, 1)
y -= 20
XPCreateWidget(x + 5, y - 40, x + 80, y - 60, 1, 'Max cloud height (ft)', 0, window, xpWidgetClass_Caption)
print("Setting maccloud high widget value to {}".format(self.conf.max_cloud_height))
self.maxCloudHeightInput = XPCreateWidget(x + 119, y - 40, x + 160, y - 62, 1,
c.convertForInput(self.conf.max_cloud_height, 'm2ft'), 0, window,
xpWidgetClass_TextField)
XPSetWidgetProperty(self.maxCloudHeightInput, xpProperty_TextFieldType, xpTextEntryField)
XPSetWidgetProperty(self.maxCloudHeightInput, xpProperty_Enabled, 1)
y -= 25
XPCreateWidget(x, y - 40, x + 80, y - 60, 1, 'Metar window bug', 0, window, xpWidgetClass_Caption)
self.bugCheck = XPCreateWidget(x + 120, y - 40, x + 140, y - 60, 1, '', 0, window, xpWidgetClass_Button)
XPSetWidgetProperty(self.bugCheck, xpProperty_ButtonType, xpRadioButton)
XPSetWidgetProperty(self.bugCheck, xpProperty_ButtonBehavior, xpButtonBehaviorCheckBox)
XPSetWidgetProperty(self.bugCheck, xpProperty_ButtonState, self.conf.inputbug)
y -= 40
# Save
self.saveButton = XPCreateWidget(x + 25, y - 20, x + 125, y - 60, 1, "Apply & Save", 0, window,
xpWidgetClass_Button)
XPSetWidgetProperty(self.saveButton, xpProperty_ButtonType, xpPushButton)
x += 170
y = top
# ABOUT/ STATUS Sub Window
subw = XPCreateWidget(x + 10, y - 30, x2 - 20 + 10, y - (18 * self.aboutlines) - 20, 1, "", 0, window,
xpWidgetClass_SubWindow)
# Set the style to sub window
XPSetWidgetProperty(subw, xpProperty_SubWindowType, xpSubWindowStyle_SubWindow)
x += 20
y -= 20
# Add Close Box decorations to the Main Widget
XPSetWidgetProperty(window, xpProperty_MainWindowHasCloseBoxes, 1)
# Create status captions
self.statusBuff = []
for i in range(self.aboutlines):
y -= 15
self.statusBuff.append(XPCreateWidget(x, y, x + 40, y - 20, 1, '--', 0, window, xpWidgetClass_Caption))
self.updateStatus()
# Enable download
y -= 20
XPCreateWidget(x, y, x + 20, y - 20, 1, 'Download latest data', 0, window, xpWidgetClass_Caption)
self.downloadCheck = XPCreateWidget(x + 130, y, x + 134, y - 20, 1, '', 0, window, xpWidgetClass_Button)
XPSetWidgetProperty(self.downloadCheck, xpProperty_ButtonType, xpRadioButton)
XPSetWidgetProperty(self.downloadCheck, xpProperty_ButtonBehavior, xpButtonBehaviorCheckBox)
XPSetWidgetProperty(self.downloadCheck, xpProperty_ButtonState, self.conf.download)
XPCreateWidget(x + 160, y, x + 260, y - 20, 1, 'Ignore Stations:', 0, window, xpWidgetClass_Caption)
self.stationIgnoreInput = XPCreateWidget(x + 260, y, x + 540, y - 20, 1,
' '.join(self.conf.ignore_metar_stations), 0, window,
xpWidgetClass_TextField)
XPSetWidgetProperty(self.maxVisInput, xpProperty_TextFieldType, xpTextEntryField)
XPSetWidgetProperty(self.maxVisInput, xpProperty_Enabled, 1)
y -= 20
XPCreateWidget(x, y, x + 20, y - 20, 1, 'Send anonymous stats', 0, window, xpWidgetClass_Caption)
self.trackCheck = XPCreateWidget(x + 130, y, x + 134, y - 20, 1, '', 0, window, xpWidgetClass_Button)
XPSetWidgetProperty(self.trackCheck, xpProperty_ButtonType, xpRadioButton)
XPSetWidgetProperty(self.trackCheck, xpProperty_ButtonBehavior, xpButtonBehaviorCheckBox)
XPSetWidgetProperty(self.trackCheck, xpProperty_ButtonState, self.conf.tracker_enabled)
# DumpLog Button
self.dumpLogButton = XPCreateWidget(x + 160, y, x + 260, y - 20, 1, "DumpLog", 0, window, xpWidgetClass_Button)
XPSetWidgetProperty(self.dumpLogButton, xpProperty_ButtonType, xpPushButton)
self.dumpLabel = XPCreateWidget(x + 270, y, x + 380, y - 20, 1, '', 0, window, xpWidgetClass_Caption)
y -= 30
subw = XPCreateWidget(x - 10, y - 15, x2 - 20 + 10, y2 + 15, 1, "", 0, window, xpWidgetClass_SubWindow)
x += 10
# Set the style to sub window
y -= 10
sysinfo = [
'X-Plane NOAA Weather: %s' % self.conf.__VERSION__,
'(c) joan perez i cauhe 2012-20',
]
for label in sysinfo:
XPCreateWidget(x, y - 20, x + 120, y - 30, 1, label, 0, window, xpWidgetClass_Caption)
y -= 15
# Visit site Button
x += 190
y += 5
self.aboutVisit = XPCreateWidget(x, y, x + 100, y - 20, 1, "Official site", 0, window, xpWidgetClass_Button)
XPSetWidgetProperty(self.aboutVisit, xpProperty_ButtonType, xpPushButton)
self.aboutForum = XPCreateWidget(x + 120, y, x + 220, y - 20, 1, "Support", 0, window, xpWidgetClass_Button)
XPSetWidgetProperty(self.aboutForum, xpProperty_ButtonType, xpPushButton)
# Donate Button
self.donate = XPCreateWidget(x + 240, y, x + 340, y - 20, 1, "Donate", 0, window, xpWidgetClass_Button)
XPSetWidgetProperty(self.donate, xpProperty_ButtonType, xpPushButton)
# Register our widget handler
self.aboutWindowHandlerCB = self.aboutWindowHandler
XPAddWidgetCallback(window, self.aboutWindowHandlerCB)
self.aboutWindow = window
def aboutWindowHandler(self, inMessage, inWidget, inParam1, inParam2):
# About window events
if (inMessage == xpMessage_CloseButtonPushed):
if self.aboutWindow:
XPDestroyWidget(self.aboutWindowWidget, 1)
self.aboutWindow = False
return 1
if inMessage == xpMsg_ButtonStateChanged and inParam1 in self.mtSourceChecks:
if inParam2:
for i in self.mtSourceChecks:
if i != inParam1:
XPSetWidgetProperty(i, xpProperty_ButtonState, 0)
else:
XPSetWidgetProperty(inParam1, xpProperty_ButtonState, 1)
return 1
if inMessage == xpMsg_ScrollBarSliderPositionChanged and inParam1 == self.turbulenceSlider:
val = XPGetWidgetProperty(self.turbulenceSlider, xpProperty_ScrollBarSliderPosition, None)
XPSetWidgetDescriptor(self.turbulenceCaption, 'Turbulence probability %d%%' % (val / 10))
return 1
# Handle any button pushes
if (inMessage == xpMsg_PushButtonPressed):
if (inParam1 == self.aboutVisit):
from webbrowser import open_new
open_new('http://x-plane.joanpc.com/');
self.tracker.track('Homepage', 'homepage button')
return 1
if (inParam1 == self.donate):
from webbrowser import open_new
open_new('https://www.paypal.com/cgi-bin/webscr?cmd=_s-xclick&hosted_button_id=GH6YPFGSS5UEU');
self.tracker.track('donate', 'donate button')
return 1
if (inParam1 == self.aboutForum):
from webbrowser import open_new
open_new(
'http://forums.x-plane.org/index.php?/forums/topic/72313-noaa-weather-plugin/&do=getNewComment');
self.tracker.track('Support', 'support button')
return 1
if inParam1 == self.saveButton:
# Save configuration
self.conf.enabled = XPGetWidgetProperty(self.enableCheck, xpProperty_ButtonState, None)
self.conf.set_wind = XPGetWidgetProperty(self.windsCheck, xpProperty_ButtonState, None)
self.conf.set_clouds = XPGetWidgetProperty(self.cloudsCheck, xpProperty_ButtonState, None)
self.conf.set_temp = XPGetWidgetProperty(self.tempCheck, xpProperty_ButtonState, None)
self.conf.set_pressure = XPGetWidgetProperty(self.pressureCheck, xpProperty_ButtonState, None)
self.conf.inputbug = XPGetWidgetProperty(self.bugCheck, xpProperty_ButtonState, None)
self.conf.turbulence_probability = XPGetWidgetProperty(self.turbulenceSlider,
xpProperty_ScrollBarSliderPosition,
None) / 1000.0
# Zero turbulence data if disabled
self.conf.set_turb = XPGetWidgetProperty(self.turbCheck, xpProperty_ButtonState, None)
if not self.conf.set_turb:
for i in range(3): self.weather.winds[i]['turbulence'].value = 0
self.conf.download = XPGetWidgetProperty(self.downloadCheck, xpProperty_ButtonState, None)