I check the log file and i see this in it .
Aug 28 19:00:16 debian weewx[30456]: reportengine: Running reports for latest time in the database. Aug 28 19:00:16 debian weewx[30456]: reportengine: Running report SteelSeries Aug 28 19:00:16 debian weewx[30456]: reportengine: Found configuration file /etc/weewx/skins/ss/skin.conf for report SteelSeries Aug 28 19:00:16 debian weewx[30456]: restx: PWSWeather: Published record 2017-08-28 19:00:00 EDT (1503961200) Aug 28 19:00:16 debian weewx[30456]: copygenerator: copied 6 files to /public_html/ss Aug 28 19:00:17 debian weewx[30456]: cheetahgenerator: using search list ['weewx.cheetahgenerator.Almanac', 'weewx.cheetahgenerator.Station', 'weewx.cheetahgenerator.Current', 'weewx.cheetahgenerator.Stats', 'weewx.cheetahgenerator.UnitInfo', 'weewx.cheetahgenerator.Extras'] Aug 28 19:00:17 debian weewx[30456]: manager: Daily summary version is 2.0 Aug 28 19:00:17 debian weewx[30456]: cheetahgenerator: Generate failed with exception '<type 'exceptions.OSError'>' Aug 28 19:00:17 debian weewx[30456]: cheetahgenerator: **** Ignoring template /etc/weewx/skins/ss/index.html.tmpl Aug 28 19:00:17 debian weewx[30456]: cheetahgenerator: **** Reason: [Errno 2] No such file or directory: '/etc/weewx/skins/ss/index.html.tmpl' Aug 28 19:00:17 debian weewx[30456]: **** Traceback (most recent call last): Aug 28 19:00:17 debian weewx[30456]: **** File "/usr/share/weewx/weewx/cheetahgenerator.py", line 327, in generate Aug 28 19:00:17 debian weewx[30456]: **** filtersLib=weewx.cheetahgenerator) Aug 28 19:00:17 debian weewx[30456]: **** File "/usr/lib/python2.7/dist-packages/Cheetah/Template.py", line 1259, in __init__ Aug 28 19:00:17 debian weewx[30456]: **** self._compile(source, file, compilerSettings=compilerSettings) Aug 28 19:00:17 debian weewx[30456]: **** File "/usr/lib/python2.7/dist-packages/Cheetah/Template.py", line 1546, in _compile Aug 28 19:00:17 debian weewx[30456]: **** self._fileMtime = os.path.getmtime(file) On Monday, August 28, 2017 at 6:41:42 PM UTC-4, Robert Schneider wrote: > > Thanks for the info , but i will have to take baby steps as i know verey > litte about weewx . > > here is the gauge-data.txt.tmpl file > > ## template for json data to feed the steel series gauges > ## $Id: gauge-data.txt.tmpl 1279 2015-03-01 15:49:03Z mwall $ > ## by Matthew Wall on flight 868 ;) > ## 31dec2014 > ## Updated 25jan2015 by M Crossley, changed cloudbase: to cloudbasevalue: > ## Updated 12jan2016 by M Crossley, fixes applied from here: > https://groups.google.com/forum/#!topic/weewx-user/rDdSbzQWbFw > ## Updated 12mar2016 by M Crossley, force pressure UoM mbar to mb. > ## added UoM consitency from unit_type > rather than labels which can be localised > ## force rain in cm to mm as gauges do > not currently handle cm's. > ## Updated 04oct2016 by M Crossley, added changes from PR4 > ## definitions for the tags can be found here: > ## http://wiki.sandaysoft.com/a/Webtags > ## > ## the following fields are not directly available from weewx: > ## > ## ver:10? > ## apptemp - calculated in this template > ## apptempTL > ## apptempTH > ## TapptempTL > ## TapptempTH > ## humidex - calculated in this template > ## forecast - calculated by forecasting module > ## LastRainTipISO > ## Tbeaufort - calculated by this template > ## BearingRangeFrom10 - lowest clockwise bearing in last 10 minutes > ## BearingRangeTo10 - highest clockwise bearing in last 10 minutes > ## CurrentSolarMax - calculated in this template > ## WindRoseData > ## windrun - calculated in this template > ## > ## ver:12 > ## cloudbasevalue - calculated in this template in feet > ## cloudbaseunit - defined in this template as ft > ## > ## ver:13 > ## changed UoMs > ## > #import math > #import time > ## > ## get the time in formats that we need later > #set $ts=float($current.dateTime.raw) > #set $timeutc=time.strftime("%Y,%m,%d,%H,%M,%S", time.gmtime($ts)) > ## > ## get some formats for calculated obs > #set $temp_format = $unit.format.outTemp > #set $press_format = $unit.format.pressure > #set $rain_format = $unit.format.rain > #set $rainrate_format = $unit.format.rainRate > #set $cloudbase_format = $unit.format.cloudbase > #set $windrun_format = $unit.format.windrun > #set $radiation_format = $unit.format.radiation > ## > ## see if the station has contact with the sensor > #set $sensorContactLost = 0 > #set $rxchk = $getVar('current.rxCheckPercent.raw', 100) > #if $rxchk is not None and $rxchk == 0 > #set $sensorContactLost = 1 > #end if > ## > ## calculate humidex > ## http://www.physlink.com/reference/weather.cfm > #if $varExists('current.outTemp') and $current.outTemp.raw is not None and > $varExists('current.dewpoint') and $current.dewpoint.raw is not None > #set $oT_C = $current.outTemp.degree_C.raw > #set $dp_K = $current.dewpoint.degree_C.raw + 273.16 > #set $e = 6.11 * math.exp(5417.7530 * ((1/273.16) - 1/$dp_K)) > #set $h = 0.5555 * ($e - 10.0) > #if $h > 0 > #set $humidex = $oT_C + $h > #else > #set $humidex = $oT_C > #end if > #if $unit.unit_type.outTemp == 'degree_F' > #set $humidex = 32.0 + 1.8 * $humidex > #end if > #set $humidex = $temp_format % $humidex > #else > #set $humidex = 'N/A' > #end if > ## > ## calculate apparent temperature > ## > ## http://www.bom.gov.au/info/thermal_stress/#atapproximation > ## AT = Ta + 0.33*e - 0.70*ws - 4.00 > ## where AT and Ta (air temperature) are deg-C, > ## e is water vapor pressure > ## ws is wind speed (m/s) at elevation of 10 meters > ## e = rh / 100 * 6.105 * exp(17.27 * Ta / (237.7 + Ta)) > ## rh is relative humidity > ## > ## http://www.ncdc.noaa.gov/societal-impacts/apparent-temp/ > ## AT = -2.7 + 1.04*T + 2.0*e -0.65*v > ## where AT and T (air temperature) are deg-C, > ## e is vapor pressure in kPa, > ## and v is 10m wind speed in m/sec > ## > #if $varExists('current.outTemp') and $current.outTemp.raw is not None and > $varExists('current.outHumidity') and $current.outHumidity.raw is not None > and $varExists('current.windSpeed') and $current.windSpeed.raw is not None > #set $oT_C = $current.outTemp.degree_C.raw > #set $rh = $current.outHumidity.raw > #set $ws = $current.windSpeed.meter_per_second.raw > #set $e = ($rh / 100) * 6.105 * math.exp(17.27 * $oT_C / (237.7 + $oT_C)) > #set $apptemp = $oT_C + 0.33 * $e - 0.7 * $ws - 4.0 > #if $unit.unit_type.outTemp == 'degree_F' > #set $apptemp = 32.0 + 1.8 * $apptemp > #end if > #set $apptemp = $temp_format % $apptemp > #else > #set $apptemp = 'N/A' > #end if > ## > ## calculate the cloud base in feet > #if $varExists('current.outTemp') and $current.outTemp.raw is not None and > $varExists('current.dewpoint') and $current.dewpoint.raw is not None > #set $oT_F = $current.outTemp.degree_F.raw > #set $dp_F = $current.dewpoint.degree_F.raw > #set $a_f = $station.altitude.foot.raw > #set $cloudbase = (($oT_F - $dp_F) / 4.4 * 1000) + $a_f > #set $cloudbase = $cloudbase_format % $cloudbase > #else > #set $cloudbase = 'N/A' > #end if > ## > ## calculate the wind run for the day > ## FIXME: this is an approximation since averages are per-hour > #set $t = time.localtime($ts) > #set $windrun = 0 > #for $n in range($t[3]) > #set $ago = $hours_ago(hours_ago=$n).windSpeed.avg.raw > #if $ago is not None > #set $windrun = $windrun + $ago > #end if > #end for > #if $unit.unit_type.windSpeed == 'meter_per_second' > #set $windrun = $windrun / 3.6 > #end if > #set $windrun = $windrun_format % $windrun > ## > ## calulate solar max > ## Ryan-Stolzenbach, MIT 1972 formula > ## http://www.ecy.wa.gov/programs/eap/models.html > ## > ## el - solar elevation in decimal degrees > ## R - distance from earth to sun in AU > ## atc - atmospheric transmission coefficient (0.70-0.91) > ## z - elevation in meters > ## > #if $almanac.hasExtras > #set $rs_el = $almanac.sun.alt > #set $rs_R = $almanac.sun.earth_distance > #set $rs_atc = 0.8 > #set $rs_z = $station.altitude.meter.raw > #set $rs_nrel = 1367.0 > #set $rs_sinel = math.sin($rs_el * math.pi / 180.0) > #if $rs_z is not None and $rs_R is not None > #if $rs_sinel < 0 > #set $solarMax = 0 > #else > #set $rs_rm = > math.pow((288.0-0.0065*$rs_z)/288.0,5.256)/($rs_sinel+0.15*math.pow($rs_el+3.885,-1.253)) > #set $rs_toa = $rs_nrel * $rs_sinel / ($rs_R * $rs_R) > #set $solarMax = $rs_toa * math.pow($rs_atc, $rs_rm) > #end if > #set $solarMax = $radiation_format % $solarMax > #else > #set $solarMax = 'N/A' > #end if > #else > #set $solarMax = 'N/A' > #end if > ## > ## calculate today's highest beaufort based on wind speed in knots > #if $varExists('day.windSpeed') and $day.windSpeed.max.raw is not None > #if $unit.unit_type.windSpeed == 'mile_per_hour' > #set $kts = $day.windSpeed.max.raw * 0.8689762 > #elif $unit.unit_type.windSpeed == 'km_per_hour' > #set $kts = $day.windSpeed.max.raw * 0.539956 > #elif $unit.unit_type.windSpeed == 'meter_per_second' > #set $kts = $day.windSpeed.max.raw * 1.943844 > #elif $unit.unit_type.windSpeed == 'knot' > #set $kts = $day.windSpeed.max.raw > #else > #set $kts = 0 > #end if > #if $kts < 1 > #set $beaufort = 0 > #elif $kts < 4 > #set $beaufort = 1 > #elif $kts < 7 > #set $beaufort = 2 > #elif $kts < 11 > #set $beaufort = 3 > #elif $kts < 17 > #set $beaufort = 4 > #elif $kts < 22 > #set $beaufort = 5 > #elif $kts < 28 > #set $beaufort = 6 > #elif $kts < 34 > #set $beaufort = 7 > #elif $kts < 41 > #set $beaufort = 8 > #elif $kts < 48 > #set $beaufort = 9 > #elif $kts < 56 > #set $beaufort = 10 > #elif $kts < 64 > #set $beaufort = 11 > #else > #set $beaufort = 12 > #end if > #else > #set $beaufort = 'N/A' > #end if > ## > ## if forecasting is installed, report the Zambretti forecast > #if $varExists('forecast.zambretti') > #set $fc = $forecast.label('Zambretti', $forecast.zambretti.code) > #else > #set $fc = 'forecast is not available' > #end if > ## > #set $_trend = $trend(time_delta=3600).outTemp.raw > #if $_trend is None > #set $_trend = 0 > #end if > #set $t_trend = $temp_format % $_trend > ## > #set $_trend = $trend(time_delta=10800).barometer.raw > #if $_trend is None > #set $_trend = 0 > #end if > #set $p_trend = $press_format % $_trend > ## > ## Set consistent units of measure > ## Pressure UoM > #set $UOM_bar = $unit.unit_type.barometer > #if $UOM_bar == 'mbar' > #set $UOM_bar = 'mb' > #end if > ## > ## Temperature UoM > #if $unit.unit_type.outTemp == 'degree_F' > #set $UOM_temp = 'F' > #else > #set $UOM_temp = 'C' > #end if > ## > ## Windspeed UoM > #if $unit.unit_type.windSpeed == 'mile_per_hour' > #set $UOM_wind = 'mph' > #elif $unit.unit_type.windSpeed == 'km_per_hour' > #set $UOM_wind = 'km/h' > #elif $unit.unit_type.windSpeed == 'knot' > #set $UOM_wind = 'kts' > #elif $unit.unit_type.windSpeed == 'meter_per_second' > #set $UOM_wind = 'm/s' > #end if > ## > ## Rain UoM > #set $rain_mult = 1 > #set $UOM_rain = $unit.unit_type.rain > #if $unit.unit_type.rain == 'inch' > #set $UOM_rain = 'in' > #elif $unit.unit_type.rain == 'cm' > ## Gauges do not handle cm, convert to mm > #set $UOM_rain = 'mm' > #set $rain_mult = 10 > #end if > #set $day_rain = $rain_format % ($day.rain.sum.raw * $rain_mult) > #set $current_rainrate = $rainrate_format % ($current.rainRate.raw * > $rain_mult) > #set $day_rainrate_max = $rainrate_format % ($day.rainRate.max.raw * > $rain_mult) > #set $hour_rain_max = $rain_format % ($hour.rain.max.raw * $rain_mult) > ## > ## Today's High Hourly Rain > #set $hourlyrainTH = 0 > #set $ThourlyrainTH = '' > #for $hour in $day.hours > #if $hour.rain.sum.raw > $hourlyrainTH > #set $hourlyrainTH = $hour.rain.sum.raw > #set $ThourlyrainTH = $hour.dateTime.format("%H:%M") > #end if > #end for > #set $hourlyrainTH = $hourlyrainTH * $rain_mult > #set $hourlyrainTH = $rain_format % $hourlyrainTH > ## > { > "timeUTC":"$timeutc", > "date":"$current.dateTime.format('%Y.%m.%d %H:%M')", > "dateFormat":"y.m.d h:m", > "SensorContactLost":"$sensorContactLost", > "tempunit":"$UOM_temp", > "windunit":"$UOM_wind", > "pressunit":"$UOM_bar", > "rainunit":"$UOM_rain", > "cloudbaseunit":"ft", > "temp":"$current.outTemp.formatted", > "tempTL":"$day.outTemp.min.formatted", > "tempTH":"$day.outTemp.max.formatted", > "TtempTL":"$day.outTemp.mintime", > "TtempTH":"$day.outTemp.maxtime", > "temptrend":"$t_trend", > "intemp":"$current.inTemp.formatted", > "hum":"$current.outHumidity.formatted", > "humTL":"$day.outHumidity.min.formatted", > "humTH":"$day.outHumidity.max.formatted", > "ThumTL":"$day.outHumidity.mintime", > "ThumTH":"$day.outHumidity.maxtime", > "inhum":"$current.inHumidity.formatted", > "dew":"$current.dewpoint.formatted", > "dewpointTL":"$day.dewpoint.min.formatted", > "dewpointTH":"$day.dewpoint.max.formatted", > "TdewpointTL":"$day.dewpoint.mintime", > "TdewpointTH":"$day.dewpoint.maxtime", > "wchill":"$current.windchill.formatted", > "wchillTL":"$day.windchill.min.formatted", > "TwchillTL":"$day.windchill.mintime", > "heatindex":"$current.heatindex.formatted", > "heatindexTH":"$day.heatindex.max.formatted", > "TheatindexTH":"$day.heatindex.maxtime", > "apptemp":"$apptemp", > "apptempTL":"0", > "apptempTH":"0", > "TapptempTL":"", > "TapptempTH":"", > "humidex":"$humidex", > "press":"$current.barometer.formatted", > "pressL":"$year.barometer.min.formatted", > "pressH":"$year.barometer.max.formatted", > "pressTL":"$day.barometer.min.formatted", > "pressTH":"$day.barometer.max.formatted", > "TpressTL":"$day.barometer.mintime", > "TpressTH":"$day.barometer.maxtime", > "presstrendval":"$p_trend", > "rfall":"$day_rain", > "rrate":"$current_rainrate", > "rrateTM":"$day_rainrate_max", > "TrrateTM":"$day.rainRate.maxtime", > "hourlyrainTH":"$hourlyrainTH", > "ThourlyrainTH":"$ThourlyrainTH", > "LastRainTipISO":"2000-01-01 00:00", > "wlatest":"$current.windGust.formatted", > "wspeed":"$current.windSpeed.formatted", > "windTM":"$day.windSpeed.max.formatted", > "wgust":"$current.windGust.formatted", > "wgustTM":"$day.windGust.max.formatted", > "TwgustTM":"$day.windGust.maxtime", > "bearing":"$current.windDir.formatted", > "avgbearing":"$day.wind.vecdir.formatted", > "bearingTM":"$day.wind.gustdir.formatted", > "BearingRangeFrom10":"000", > "BearingRangeTo10":"000", > "domwinddir":"$day.wind.vecdir.ordinal_compass", > "WindRoseData":[], > "windrun":"$windrun", > "Tbeaufort":"F$beaufort", > "UV":"$current.UV", > "UVTH":"$day.UV.max.formatted", > "SolarRad":"$current.radiation.formatted", > "SolarTM":"$day.radiation.max.formatted", > "CurrentSolarMax":"$solarMax", > "cloudbasevalue":"$cloudbase", > "forecast":"$fc", > "version":"$station.version", > "build":"", > "ver":"13" > } > > On Sunday, August 27, 2017 at 2:30:26 PM UTC-4, gjr80 wrote: >> >> Hi, >> >> Could be any one of a number of issues. Is gauge-data.txt being generated >> by weeWX? If so where is it being saved? Is is available to your web >> server? What does the config section of gauges.js look like? Does the >> realTimeUrlWeewx setting actually point to gauge-data.txt. Rember paths are >> relative to your web servers root. >> >> Gary. >> >> -- You received this message because you are subscribed to the Google Groups "weewx-user" group. To unsubscribe from this group and stop receiving emails from it, send an email to weewx-user+unsubscr...@googlegroups.com. For more options, visit https://groups.google.com/d/optout.
