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Weather Display => WD Questions => Topic started by: magrathea on January 28, 2019, 10:57:24 AM

Title: Connecting to Environdata Weather Maestro
Post by: magrathea on January 28, 2019, 10:57:24 AM
Hi
I'm trying to connect WD with a Maestro.  If I connect as an Environdata Weather Master 2000, the system appears to communicate ok (green light on data received and quality).  The debug file seems to be providing sensible data, however none of this is reported as 'current conditions' - e.g. current temperature reports as 13degrees consistently. 
It appears that the data from the Maestro isn't being mapped to the correct fields in WD.  Is this something I can edit?
Thanks!
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on January 28, 2019, 05:48:09 PM
Hi
can you post what shows under view , debug info?
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on January 29, 2019, 10:10:34 AM
Yep, here it is:


Connected OK to com port 8
raw data ->R
2019/01/29 20:27:11    Title "BP:304.dl3"
Sensor Name                       Model   Value      Unit
  1    "Wind Speed              " (WS45): +000000.85 km/h
  2    "Wind Di<- end
raw data ->rection          " (WD45): +000000.00 Degrees<- end
raw data ->
  3    "Relative Humidity       " (RH40): -000000<- end
raw data ->.10 %
  4    <- end
raw data ->"Air Temperature         " (TA40): +000024.83 Degrees <- end
raw data ->
  5    "Rain Gauge        <- end
raw data ->      " (RG12): +001000.00 mm<- end
raw data ->
  6    "Solar Radiation         " (SR41): +00<- end
raw data ->00000.0 Watts/m2<- end
raw data ->
  17   "WDIR Cosine             " ( <- end
raw data ->   ): +00001.000 <- end
raw data ->
  18   "WDIR Sine               " (    ): +00000.000 <- end
raw data ->
  21   "Battery Voltage         " (    ): +0<- end
raw data ->00012.64 V<- end
raw data ->
  22   "Load Current            <- end
raw data ->" (    ): +000044.12 mA<- end
raw data ->
  23   "Solar Voltage           " (    ): +000001.1<- end
raw data ->8 V<- end
raw data ->
  24   "Charge Current          " (    ): +000000.00 mA<- end
raw data ->
  25   "Peak <- end
raw data ->Wind Gust          " (    ): +000001.00 km/h<- end
raw data ->
  26   "Inst. Wind Speed        <- end
raw data ->" (    ): +000001.00 km/h<- end
raw data ->
  27   "Inst. Wind Direction    " (    ): +000000.0<- end
raw data ->0 Degrees
<- end
raw data ->  28   "N/-S Wind Sp (VCos)     " (    ): +000000.85 km/h<- end
raw data ->
  29   "E/-W W<- end
raw data ->ind Sp (VSin)     " (    ): +000000.00 km/h<- end
raw data ->
  30   "9am Rain T<- end
raw data ->otal          " (    ): +010000.00 mm<- end
raw data ->
  31   "Evaporation             " (   <- end
raw data -> ):       +nan mm<- end
raw data ->
  32   "Communications          " (    ): +000001.00 Minu<- end
raw data ->tes
> <- end
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on January 29, 2019, 09:18:18 PM
Hi
It looks like a different format
that what it used to be
I will need to add an option to use this format and then you can test?
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on January 30, 2019, 01:12:27 AM
Yep, brilliant, thanks!
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on January 30, 2019, 02:38:07 AM
first beta
http://www.weather-display.com/downloadfiles/weatherdisplaytest.zip

(extract to where you have WD installed (exit WD first))
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on January 30, 2019, 11:19:38 AM
That mostly worked, thanks. 
Reports RH at 90% despite it being 0.1% (sensor seems broken, still look into that).  Looks to be an error in that tag per the debug file, will past latest version below.
Not critical, but does this mean I can also pick up fields like Battery Voltage and display them?
Many thanks!
Scott

aw data ->R
2019/01/30 20:23:10    Title "BP:304.dl3"
Sensor Name                       Model   Value      Unit
  1    "Wind Speed              " (WS45): +000001.20 km/h
  2    "Wind Direction          " (WD<- end
raw data ->45): +000000.00<- end
raw data -> Degrees
  3    "Re<- end
raw data ->lative Humidity       " (RH40): -000000.10 %<- end
raw data ->
  4    "Air Te<- end
raw data ->mperature         " (TA40): +000025.76 Degrees <- end
raw data ->
  5    "Rain Gauge              "<- end
raw data -> (RG12): +001000.00 mm<- end
raw data ->
  6    "Solar Radiation         " (SR41): +0000000.0<- end
raw data -> Watts/m2
<- end
raw data ->  17   "WDIR Cosine             " (    ): +00001.000 <- end
raw data ->
  18   "WDIR Si<- end
raw data ->ne               " (    ): +00000.000 <- end
raw data ->
  21   "Battery Vol<- end
raw data ->tage         " (    ): +000012.62 V<- end
raw data ->
  22   "Load Current            " (    <- end
raw data ->): +000043.46 mA
<- end
raw data ->
  23   "Solar Voltage           " (    ): +000001.34 V<- end
raw data ->
  24   "Charge C<- end
raw data ->urrent          " (    ): +000000.00 mA<- end
raw data ->
  25   "Peak Wind Gust          " (<- end
raw data ->    ): +000002.00 km/h<- end
raw data ->
  26   "Inst. Wind Speed        " (    ): +000001.00 k<- end
raw data ->m/h
<- end
raw data ->
  27   "Inst. Wind Direction    " (    ): +000000.00 Degre<- end
raw data ->es
  <- end
raw data ->28   "N/-S Wind Sp (VCos)     " (    ): +000001.20 km/h<- end
raw data ->
  29   "E/-W Wind Sp <- end
raw data ->(VSin)     " (    ): +000000.00 km/h<- end
raw data ->
  30   "9am Rain Total          " (    )<- end
raw data ->: +010000.00 mm
<- end
raw data ->  31   "Evaporation             " (    ):       +nan mm<- end
raw data ->
  32   "Communica<- end
raw data ->tions          " (    ): +000001.00 Minutes<- end
raw data ->
> <- end
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on January 30, 2019, 06:13:30 PM
so the data is coming through now to WD?
I have not yet added parsing of the battery voltage but I can do that (and then you can add a custom tag  to the main screen for that )
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on January 30, 2019, 10:13:08 PM
Yes, that's right, data is coming through ok.  Except for humidity which is constantly reporting 90% - doesn't match input data. 
Thank you!
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on January 30, 2019, 10:24:46 PM
try a new update
http://www.weather-display.com/downloadfiles/weatherdisplaytest.zip

humidity should work now and so should battery volts (e.g %batteryvolts% custom tag)
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on January 31, 2019, 10:44:52 AM
Thanks Brian, that looks to be working ok now.  I've got a few sensor issues to repair before I know that everything works 100%, but everything that is working on the Maestro is now reporting accurately on WD, so that's great!
Thanks for your help, much appreciated!
Scott
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on February 21, 2019, 12:56:47 PM
Hi Brian
I've got the sensors working now, but doesn't look like the data is coming through correctly for solar or barometric.  Here's the relevant lines:

raw data ->
  6    "Solar Radiation  <- end
raw data ->       " (SR41): +0000000.0 Wat<- end
raw data ->ts/m2
  7    "Barom<- end


raw data ->
  12   "Barometric <- end
raw data ->Pressure     " (BP40): +000599.96 hPa<- end


(the solar is zero as it's night time, and the barometric I still need to work out the calibration factors for - but both are working)

Also, each time I start the software I need to re-select the station type.  Should the software remember that?

Thanks
Scott
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on February 21, 2019, 07:20:37 PM
try this update
http://www.weather-display.com/downloadfiles/weatherdisplaytest.zip
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on February 23, 2019, 12:52:34 AM
Hi Brian
Not quite right yet, here's how the solar looks in the debug file:

raw data ->
  6    "Solar Radiation         " (SR41): +000014<- end
raw data ->5.0 Watts/m2
  7    <- end

The barometric is also still split:

raw data ->
  12   "Barometric Pressure     " (BP4<- end
raw data ->0): +000000.00 hPa
<- end

Thanks for your help, much appreciated!
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on February 23, 2019, 01:41:15 AM
try another update re the barometer
and also post the whole data debug window
http://www.weather-display.com/downloadfiles/weatherdisplaytest.zip
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on February 23, 2019, 12:30:00 PM
Thanks Brian
Barometer still 1013.0 on the summary screen. 
I can't tell if solar is coming through ok as it's dark out.
Thanks for all your assistance.

Here's the debug file for a full read cycle:


> R

#13 found 50

2019/02/23 22:42:16    Title "Bunya:304BP.dl3"

#13 found 109

Sensor Name                       Model   Value      Unit

#13 found 168

  1    "Wind Speed              " (WS45): +000002.05 km/h

raw data ->R
2019/02/23 22:42:16    Title "Bunya:304BP.dl3"
Sensor Name                       Model   Value      Unit
  1    "Wind Speed              " (WS45): +000002.05 km/h
  2    "Wind Direction<- end
raw data ->          " (WD45): +000080.48 <- end
raw data ->Degrees<- end
#13 found 1

  2    "Wind Direction          " (WD45): +000080.48 Degrees

raw data ->
  3    "Relative Humidity       " (RH40): +000057.32 %<- end
#13 found 1

  3    "Relative Humidity       " (RH40): +000057.32 %

raw data ->
  4    "Air Tem<- end
raw data ->perature         " (TA40): +000022.10 Degrees <- end
#13 found 1

  4    "Air Temperature         " (TA40): +000022.10 Degrees

raw data ->
  5    "Rain Gauge<- end
raw data ->              " (RG12): +000000.00 mm<- end
#13 found 1

  5    "Rain Gauge              " (RG12): +000000.00 mm

raw data ->
  6    "Solar Radiation         " (SR<- end
raw data ->41): +0000000.0 Watts/m2<- end
**raw solar data 41): +0000000.0 Watt
#13 found 1

  6    "Solar Radiation         " (SR41): +0000000.0 Watts/m2

raw data ->
  7    "exBP                    " (BP40): +0000415.0 hPa<- end
#13 found 1

  7    "exBP                    " (BP40): +0000415.0 hPa

raw data ->
  8    "exSola<- end
raw data ->r                 " (    ): +0000000.0 V<- end
#13 found 1

  8    "exSolar                 " (    ): +0000000.0 V

raw data ->
  9    "exExt                   " <- end
raw data ->(    ): +000000000 Units<- end
#13 found 1

  9    "exExt                   " (    ): +000000000 Units

raw data ->
  10   "                <- end
raw data ->        " (    ): +000000000 <- end
#13 found 1

  10   "                        " (    ): +000000000

raw data ->
  11   "                        " (    ): +<- end
#13 found 11

  11   "                        " (    ): +000000000

raw data ->000000000
 <- end
raw data -> 12   "Barometric Pressure     " (BP40): +001014.96 hPa<- end
#13 found 1

  12   "Barometric Pressure     " (BP40): +001014.96 hPa

raw data ->
  13   "ex(VCos)    <- end
raw data ->            " (    ): +000000.00 km/h<- end
#13 found 1

  13   "ex(VCos)                " (    ): +000000.00 km/h

raw data ->
  14   "ex(VSin)                " (    <- end
#13 found 19

  14   "ex(VSin)                " (    ): +000000.00 km/h

raw data ->): +000000.00 km/h
<- end
raw data ->  15   "exEvap                  " (    ): +<- end
#13 found 13

  15   "exEvap                  " (    ): +000000.00 mm

raw data ->000000.00 mm
 <- end
raw data -> 16   "                        " (    ): +000000000 <- end
#13 found 1

  16   "                        " (    ): +000000000

raw data ->
  17   "WDIR Cosine  <- end
raw data ->           " (    ): +00000.157 <- end
#13 found 1

  17   "WDIR Cosine             " (    ): +00000.157

raw data ->
  18   "WDIR Sine               " (    )<- end
#13 found 14

  18   "WDIR Sine               " (    ): +00000.987

raw data ->: +00000.987
<- end
raw data ->  19   "                        " (    ): +000<- end
#13 found 8

  19   "                        " (    ): +000000000

raw data ->000000
  20<- end
raw data ->   "                        " (    ): +000000000 <- end
#13 found 1

  20   "                        " (    ): +000000000

raw data ->
  21   "<- end
raw data ->Battery Voltage         " (    ): +000012.35 V<- end
#13 found 1

  21   "Battery Voltage         " (    ): +000012.35 V

raw data ->
  22   "Load Current       <- end
raw data ->     " (    ): +000042.08 mA<- end
#13 found 1

  22   "Load Current            " (    ): +000042.08 mA

raw data ->
  23   "Solar Voltage           " (    ): +000<- end
#13 found 9

  23   "Solar Voltage           " (    ): +000000.00 V

raw data ->000.00 V
  24<- end
raw data ->   "Charge Current          " (    ): +000000.00 mA<- end
#13 found 1

  24   "Charge Current          " (    ): +000000.00 mA

raw data ->
  25   "Peak Wind Gust <- end
raw data ->         " (    ): +000003.00 km/h<- end
#13 found 1

  25   "Peak Wind Gust          " (    ): +000003.00 km/h

raw data ->
  26   "Inst. Wind Speed        " (    ): <- end
raw data ->+000001.00 km/h<- end
#13 found 1

  26   "Inst. Wind Speed        " (    ): +000001.00 km/h

raw data ->
  27   "Inst. Wind Direction    " (    ): +000<- end
#13 found 15

  27   "Inst. Wind Direction    " (    ): +000080.88 Degrees

raw data ->080.88 Degrees
<- end
raw data ->  28   "N/-S Wind Sp (VCos)     " (    ): +000000.3<- end
#13 found 7

  28   "N/-S Wind Sp (VCos)     " (    ): +000000.32 km/h

raw data ->2 km/h
  29   "E<- end
raw data ->/-W Wind Sp (VSin)     " (    ): +000002.02 km/h<- end
#13 found 1

  29   "E/-W Wind Sp (VSin)     " (    ): +000002.02 km/h

raw data ->
  30   "9am Rain Total      <- end
raw data ->    " (    ): +000000.00 mm<- end
#13 found 1

  30   "9am Rain Total          " (    ): +000000.00 mm

raw data ->
  31   "Evaporation             " (    ): +00000<- end
#13 found 8

  31   "Evaporation             " (    ): +00000.000 mm

raw data ->.000 mm
  32 <- end
raw data ->  "Communications          " (    ): +000001.00<- end
#13 found 9

  32   "Communications          " (    ): +000001.00 Minutes

raw data -> Minutes
> <- end
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on February 23, 2019, 05:40:47 PM
OK, we are making progress
try another update
http://www.weather-display.com/downloadfiles/weatherdisplaytest.zip
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on February 24, 2019, 07:06:20 AM
Thanks Brian
Still doesn't seem to be picking up readings for barometer or solar - and battery seems to have dropped off now too.
Thanks
Scott

debug file:

> R

#13 found 50

2019/02/24 17:23:16    Title "Bunya:304BP.dl3"

#13 found 109

Sensor Name                       Model   Value      Unit

#13 found 168

  1    "Wind Speed              " (WS45): +000002.25 km/h

raw data ->R
2019/02/24 17:23:16    Title "Bunya:304BP.dl3"
Sensor Name                       Model   Value      Unit
  1    "Wind Speed              " (WS45): +000002.25 km/h
  2    "Wind Direction          " (WD45): +000080.48 Degrees<- end
#13 found 1

  2    "Wind Direction          " (WD45): +000080.48 Degrees

raw data ->
  3    "Relative Humidity       " (RH40):<- end
raw data -> +000043.49 %<- end
#13 found 1

  3    "Relative Humidity       " (RH40): +000043.49 %

raw data ->
  4    "Air Te<- end
raw data ->mperature         " (TA40): +000026.56 Degrees<- end
#13 found 2

  4    "Air Temperature         " (TA40): +000026.56 Degrees

raw data ->
  5    "Rain Gauge<- end
raw data ->              " (RG12): +000000.00 mm<- end
#13 found 1

  5    "Rain Gauge              " (RG12): +000000.00 mm

raw data ->
  6    "Solar Radiation         " (SR<- end
raw data ->41): +0000038.3 Watts/m2<- end
**raw solar data 41): +0000038.3 Watt
#13 found 1

  6    "Solar Radiation         " (SR41): +0000038.3 Watts/m2

raw data ->
  7    "exBP                    " (BP40): +0000415.0 hPa<- end
#13 found 1

  7    "exBP                    " (BP40): +0000415.0 hPa

raw data ->
  8    "exSola<- end
raw data ->r                 " (    ): +0000000.0 V<- end
#13 found 1

  8    "exSolar                 " (    ): +0000000.0 V

raw data ->
  9    "exExt                   "<- end
raw data -> (    ): +000000000 Units<- end
#13 found 1

  9    "exExt                   " (    ): +000000000 Units

raw data ->
  10   "                        " (  <- end
raw data ->  ): +000000000 <- end
#13 found 1

  10   "                        " (    ): +000000000

raw data ->
  11   "                        " (    ): +<- end
#13 found 11

  11   "                        " (    ): +000000000

raw data ->000000000
 <- end
raw data -> 12   "Barometric Pressure     " (BP40): +001060.96 hPa<- end
#13 found 1

  12   "Barometric Pressure     " (BP40): +001060.96 hPa

raw data ->
  13   "ex(VCos)    <- end
raw data ->            " (    ): +000000.00 km/h<- end
#13 found 1

  13   "ex(VCos)                " (    ): +000000.00 km/h

raw data ->
  14   "ex(VSin)                " (    <- end
#13 found 19

  14   "ex(VSin)                " (    ): +000000.00 km/h

raw data ->): +000000.00 km/h
<- end
raw data ->  15   "exEvap                  " (    ): +000000.00 mm<- end
#13 found 1

  15   "exEvap                  " (    ): +000000.00 mm

raw data ->
 <- end
raw data -> 16   "                        " (    ): +000000000 <- end
#13 found 1

  16   "                        " (    ): +000000000

raw data ->
  17   "WDIR Cosine <- end
raw data ->            " (    ): +00000.157 <- end
#13 found 1

  17   "WDIR Cosine             " (    ): +00000.157

raw data ->
  18   "WDIR Sine               " (    )<- end
#13 found 14

  18   "WDIR Sine               " (    ): +00000.987

raw data ->: +00000.987
<- end
raw data ->  19   "                        " (    ): +000000000 <- end
#13 found 1

  19   "                        " (    ): +000000000

raw data ->
  2<- end
raw data ->0   "                        " (    ): +000000000 <- end
#13 found 1

  20   "                        " (    ): +000000000

raw data ->
  21   "Battery Voltage<- end
raw data ->         " (    ): +000013.18 V<- end
#13 found 1

  21   "Battery Voltage         " (    ): +000013.18 V

raw data ->
  22   "Load Current            " (    ): <- end
raw data ->+000039.65 mA<- end
#13 found 1

  22   "Load Current            " (    ): +000039.65 mA

raw data ->
  23   "Solar Voltage           " (    ): +000<- end
#13 found 9

  23   "Solar Voltage           " (    ): +000000.00 V

raw data ->000.00 V
  24<- end
raw data ->   "Charge Current          " (    ): +000000.00 mA<- end
#13 found 1

  24   "Charge Current          " (    ): +000000.00 mA

raw data ->
  25   "Peak Wind Gust <- end
raw data ->         " (    ): +000004.00 km/h<- end
#13 found 1

  25   "Peak Wind Gust          " (    ): +000004.00 km/h

raw data ->
  26   "Inst. Wind Speed        " (    ): <- end
raw data ->+000003.00 km/h<- end
#13 found 1

  26   "Inst. Wind Speed        " (    ): +000003.00 km/h

raw data ->
  27   "Inst. Wind Direction    " (    ): +000<- end
#13 found 15

  27   "Inst. Wind Direction    " (    ): +000080.88 Degrees

raw data ->080.88 Degrees
  2<- end
raw data ->8   "N/-S Wind Sp (VCos)     " (    ): +000000.35 km/h<- end
#13 found 1

  28   "N/-S Wind Sp (VCos)     " (    ): +000000.35 km/h

raw data ->
  29   "E<- end
raw data ->/-W Wind Sp (VSin)     " (    ): +000002.22 km/h<- end
#13 found 1

  29   "E/-W Wind Sp (VSin)     " (    ): +000002.22 km/h

raw data ->
  30   "9am Rain Total      <- end
raw data ->    " (    ): +000000.00 mm<- end
#13 found 1

  30   "9am Rain Total          " (    ): +000000.00 mm

raw data ->
  31   "Evaporation             " (    ): +0000<- end
#13 found 9

  31   "Evaporation             " (    ): +00000.000 mm

raw data ->0.000 mm
  32 <- end
raw data ->  "Communications          " (    ): +000001.0<- end
#13 found 10

  32   "Communications          " (    ): +000001.00 Minutes

raw data ->0 Minutes
> <- end
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on February 24, 2019, 08:46:36 AM
humm, I don't think you have the correct update
try the test download again?
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on February 24, 2019, 01:01:10 PM
yes, you're right.  something went wrong there.  I can see from the debug file that it's locating the baro reading now, but still showing 1013.0 on the wd screen. 
can't tell what solar is doing, night time again.
latest debug file below, thanks again!

#13 found 5
raw data ->
> R
<- end
#13 found 48
raw data ->
2019/02/24 23:18:17    Title "Bunya:304BP.dl3"
<- end
#13 found 59
raw data ->
Sensor Name                       Model   Value      Unit
<- end
#13 found 59
raw data ->
  1    "Wind Speed              " (WS45): +000001.70 km/h
<- end
#13 found 62
raw data ->
  2    "Wind Direction          " (WD45): +000080.43 Degrees
<- end
#13 found 56
raw data ->
  3    "Relative Humidity       " (RH40): +000062.99 %
<- end
#13 found 63
raw data ->
  4    "Air Temperature         " (TA40): +000021.66 Degrees
<- end
**temperature decode = +000021.66
#13 found 57
raw data ->
  5    "Rain Gauge              " (RG12): +000000.00 mm
<- end
#13 found 63
raw data ->
  6    "Solar Radiation         " (SR41): +0000000.0 Watts/m2
<- end
**raw solar data +0000000.0 Watts/m2

**raw solar data >+0000000.0 <-
#13 found 58
raw data ->
  7    "exBP                    " (BP40): +0000415.0 hPa
<- end
#13 found 56
raw data ->
  8    "exSolar                 " (    ): +0000000.0 V
<- end
#13 found 60
raw data ->
  9    "exExt                   " (    ): +000000000 Units
<- end
#13 found 55
raw data ->
  10   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  11   "                        " (    ): +000000000
<- end
#13 found 58
raw data ->
  12   "Barometric Pressure     " (BP40): +001014.96 hPa
<- end
***raw baro +001014.96 hPa

#13 found 59
raw data ->
  13   "ex(VCos)                " (    ): +000000.00 km/h
<- end
#13 found 59
raw data ->
  14   "ex(VSin)                " (    ): +000000.00 km/h
<- end
#13 found 57
raw data ->
  15   "exEvap                  " (    ): +000000.00 mm
<- end
#13 found 55
raw data ->
  16   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  17   "WDIR Cosine             " (    ): +00000.158
<- end
#13 found 55
raw data ->
  18   "WDIR Sine               " (    ): +00000.987
<- end
#13 found 55
raw data ->
  19   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  20   "                        " (    ): +000000000
<- end
#13 found 56
raw data ->
  21   "Battery Voltage         " (    ): +000012.45 V
<- end
#13 found 57
raw data ->
  22   "Load Current            " (    ): +000041.20 mA
<- end
#13 found 56
raw data ->
  23   "Solar Voltage           " (    ): +000000.00 V
<- end
#13 found 57
raw data ->
  24   "Charge Current          " (    ): +000000.00 mA
<- end
#13 found 59
raw data ->
  25   "Peak Wind Gust          " (    ): +000003.00 km/h
<- end
#13 found 59
raw data ->
  26   "Inst. Wind Speed        " (    ): +000002.00 km/h
<- end
#13 found 62
raw data ->
  27   "Inst. Wind Direction    " (    ): +000079.57 Degrees
<- end
#13 found 59
raw data ->
  28   "N/-S Wind Sp (VCos)     " (    ): +000000.27 km/h
<- end
#13 found 59
raw data ->
  29   "E/-W Wind Sp (VSin)     " (    ): +000001.68 km/h
<- end
#13 found 57
raw data ->
  30   "9am Rain Total          " (    ): +000000.00 mm
<- end
#13 found 57
raw data ->
  31   "Evaporation             " (    ): +00000.000 mm
<- end
#13 found 62
raw data ->
  32   "Communications          " (    ): +000001.00 Minutes
<- end

Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on February 24, 2019, 05:52:51 PM
step by step we will get there
I will add a bit more debug info
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on February 24, 2019, 05:58:04 PM
I see what is wrong now..a good brew of coffee helped
download a new test update, ready now :)
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on February 25, 2019, 11:40:15 AM
Hi Brian
Still not quite there by the look of things.
Baro & solar not reporting on WD display.
thanks
Scott

R
<- end
#13 found 48
raw data ->
2019/02/25 07:02:16    Title "Bunya:304BP.dl3"
<- end
#13 found 59
raw data ->
Sensor Name                       Model   Value      Unit
<- end
#13 found 59
raw data ->
  1    "Wind Speed              " (WS45): +000000.75 km/h
<- end
#13 found 62
raw data ->
  2    "Wind Direction          " (WD45): +000080.48 Degrees
<- end
#13 found 56
raw data ->
  3    "Relative Humidity       " (RH40): +000084.49 %
<- end
#13 found 63
raw data ->
  4    "Air Temperature         " (TA40): +000018.63 Degrees
<- end
**temperature decode = +000018.63
#13 found 57
raw data ->
  5    "Rain Gauge              " (RG12): +000000.00 mm
<- end
#13 found 63
raw data ->
  6    "Solar Radiation         " (SR41): +0000014.1 Watts/m2
<- end
**raw solar data +0000014.1 Watts/m2

**raw solar data >+0000014.1<-
#13 found 58
raw data ->
  7    "exBP                    " (BP40): +0000415.0 hPa
<- end
#13 found 56
raw data ->
  8    "exSolar                 " (    ): +0000000.0 V
<- end
#13 found 60
raw data ->
  9    "exExt                   " (    ): +000000000 Units
<- end
#13 found 55
raw data ->
  10   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  11   "                        " (    ): +000000000
<- end
#13 found 58
raw data ->
  12   "Barometric Pressure     " (BP40): +001031.96 hPa
<- end
***raw baro +001031.96 hPa

#13 found 59
raw data ->
  13   "ex(VCos)                " (    ): +000000.00 km/h
<- end
#13 found 59
raw data ->
  14   "ex(VSin)                " (    ): +000000.00 km/h
<- end
#13 found 57
raw data ->
  15   "exEvap                  " (    ): +000000.00 mm
<- end
#13 found 55
raw data ->
  16   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  17   "WDIR Cosine             " (    ): +00000.157
<- end
#13 found 55
raw data ->
  18   "WDIR Sine               " (    ): +00000.987
<- end
#13 found 55
raw data ->
  19   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  20   "                        " (    ): +000000000
<- end
#13 found 56
raw data ->
  21   "Battery Voltage         " (    ): +000012.69 V
<- end
#13 found 57
raw data ->
  22   "Load Current            " (    ): +000040.76 mA
<- end
#13 found 56
raw data ->
  23   "Solar Voltage           " (    ): +000000.00 V
<- end
#13 found 57
raw data ->
  24   "Charge Current          " (    ): +000000.00 mA
<- end
#13 found 59
raw data ->
  25   "Peak Wind Gust          " (    ): +000002.00 km/h
<- end
#13 found 59
raw data ->
  26   "Inst. Wind Speed        " (    ): +000001.00 km/h
<- end
#13 found 62
raw data ->
  27   "Inst. Wind Direction    " (    ): +000080.88 Degrees
<- end
#13 found 59
raw data ->
  28   "N/-S Wind Sp (VCos)     " (    ): +000000.12 km/h
<- end
#13 found 59
raw data ->
  29   "E/-W Wind Sp (VSin)     " (    ): +000000.74 km/h
<- end
#13 found 57
raw data ->
  30   "9am Rain Total          " (    ): +000000.00 mm
<- end
#13 found 57
raw data ->
  31   "Evaporation             " (    ): +00000.000 mm
<- end
#13 found 62
raw data ->
  32   "Communications          " (    ): +000001.00 Minutes
<- end
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on February 25, 2019, 06:26:01 PM
I think I know what is wrong
try a new test .zip update download again
('thankyou, next')
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on February 26, 2019, 01:10:07 PM
Hi Brian
Sorry, still seems to be the same.
Debug file below.
I've also extracted the raw input from the weather station in case that's useful to you.  I did this via a terminal window, not wd, so should be exactly what the station is sending.
Thanks
Scott

=============
raw data ->
> R
<- end
#13 found 48
raw data ->
2019/02/26 06:51:17    Title "Bunya:304BP.dl3"
<- end
#13 found 59
raw data ->
Sensor Name                       Model   Value      Unit
<- end
#13 found 59
raw data ->
  1    "Wind Speed              " (WS45): +000001.00 km/h
<- end
#13 found 62
raw data ->
  2    "Wind Direction          " (WD45): +000080.43 Degrees
<- end
#13 found 56
raw data ->
  3    "Relative Humidity       " (RH40): +000081.50 %
<- end
#13 found 63
raw data ->
  4    "Air Temperature         " (TA40): +000019.17 Degrees
<- end
**temperature decode = +000019.17
#13 found 57
raw data ->
  5    "Rain Gauge              " (RG12): +000000.00 mm
<- end
#13 found 63
raw data ->
  6    "Solar Radiation         " (SR41): +0000015.8 Watts/m2
<- end
**raw solar data +0000015.8 Watts/m2

**raw solar data >0000015.8<-
sucess solar data
#13 found 58
raw data ->
  7    "exBP                    " (BP40): +0000415.0 hPa
<- end
#13 found 56
raw data ->
  8    "exSolar                 " (    ): +0000000.0 V
<- end
#13 found 60
raw data ->
  9    "exExt                   " (    ): +000000000 Units
<- end
#13 found 55
raw data ->
  10   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  11   "                        " (    ): +000000000
<- end
#13 found 58
raw data ->
  12   "Barometric Pressure     " (BP40): +001034.00 hPa
<- end
***raw baro +001034.00 hPa

***raw baro2 001034.00hPa
*barometer data >001034.00h<
#13 found 59
raw data ->
  13   "ex(VCos)                " (    ): +000000.00 km/h
<- end
#13 found 59
raw data ->
  14   "ex(VSin)                " (    ): +000000.00 km/h
<- end
#13 found 57
raw data ->
  15   "exEvap                  " (    ): +000000.00 mm
<- end
#13 found 55
raw data ->
  16   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  17   "WDIR Cosine             " (    ): +00000.158
<- end
#13 found 55
raw data ->
  18   "WDIR Sine               " (    ): +00000.987
<- end
#13 found 55
raw data ->
  19   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  20   "                        " (    ): +000000000
<- end
#13 found 56
raw data ->
  21   "Battery Voltage         " (    ): +000012.94 V
<- end
#13 found 57
raw data ->
  22   "Load Current            " (    ): +000040.09 mA
<- end
#13 found 56
raw data ->
  23   "Solar Voltage           " (    ): +000000.00 V
<- end
#13 found 57
raw data ->
  24   "Charge Current          " (    ): +000000.00 mA
<- end
#13 found 59
raw data ->
  25   "Peak Wind Gust          " (    ): +000002.00 km/h
<- end
#13 found 59
raw data ->
  26   "Inst. Wind Speed        " (    ): +000001.00 km/h
<- end
#13 found 62
raw data ->
  27   "Inst. Wind Direction    " (    ): +000079.57 Degrees
<- end
#13 found 59
raw data ->
  28   "N/-S Wind Sp (VCos)     " (    ): +000000.16 km/h
<- end
#13 found 59
raw data ->
  29   "E/-W Wind Sp (VSin)     " (    ): +000000.99 km/h
<- end
#13 found 57
raw data ->
  30   "9am Rain Total          " (    ): +000000.00 mm
<- end
#13 found 57
raw data ->
  31   "Evaporation             " (    ): +00000.000 mm
<- end
#13 found 62
raw data ->
  32   "Communications          " (    ): +000001.00 Minutes
<- end
#13 found 5

======================
> r
2019/02/26 23:25:35    Title "Bunya:304BP.dl3"
Sensor Name                       Model   Value      Unit
  1    "Wind Speed              " (WS45): +000001.00 km/h
  2    "Wind Direction          " (WD45): +000080.48 Degrees
  3    "Relative Humidity       " (RH40): +000083.65 %
  4    "Air Temperature         " (TA40): +000018.46 Degrees
  5    "Rain Gauge              " (RG12): +000000.00 mm
  6    "Solar Radiation         " (SR41): +0000000.0 Watts/m2
  7    "exBP                    " (BP40): +0000415.0 hPa
  8    "exSolar                 " (    ): +0000000.0 V
  9    "exExt                   " (    ): +000000000 Units
  10   "                        " (    ): +000000000
  11   "                        " (    ): +000000000
  12   "Barometric Pressure     " (BP40): +001014.96 hPa
  13   "ex(VCos)                " (    ): +000000.00 km/h
  14   "ex(VSin)                " (    ): +000000.00 km/h
  15   "exEvap                  " (    ): +000000.00 mm
  16   "                        " (    ): +000000000
  17   "WDIR Cosine             " (    ): +00000.157
  18   "WDIR Sine               " (    ): +00000.987
  19   "                        " (    ): +000000000
  20   "                        " (    ): +000000000
  21   "Battery Voltage         " (    ): +000012.73 V
  22   "Load Current            " (    ): +000040.76 mA
  23   "Solar Voltage           " (    ): +000000.00 V
  24   "Charge Current          " (    ): +000000.00 mA
  25   "Peak Wind Gust          " (    ): +000001.00 km/h
  26   "Inst. Wind Speed        " (    ): +000001.00 km/h
  27   "Inst. Wind Direction    " (    ): +000080.88 Degrees
  28   "N/-S Wind Sp (VCos)     " (    ): +000000.16 km/h
  29   "E/-W Wind Sp (VSin)     " (    ): +000000.99 km/h
  30   "9am Rain Total          " (    ): +000000.00 mm
  31   "Evaporation             " (    ): +00000.000 mm
  32   "Communications          " (    ): +000001.00 Minutes
>
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on February 26, 2019, 05:36:19 PM
OK, I see the problem re the barometer
see here
*barometer data >001034.00h<
there is the h being picked up

use another new .zip test update, same url, and it should work now
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on February 26, 2019, 08:56:00 PM
Success! The barometer is coming through a-ok now!
Still nothing on the solar though.  Here's the latest debug file.

Also, the system remembers that it's talking to a WM2000 ok, but doesn't seem to initiate comms until I go to setup.. station.. and hit ok without changing anything.  Because I've been troubleshooting each time I haven't waited more than a couple of minutes for it to initiate comms so perhaps I've just been impatient but it seems a bit odd.

Many thanks!
Scott

----------------

Doing checking of time zone calculation
Daylight saving not in use
Loaded all time records
Connected OK to com port 8
#13 found 1
raw data ->
<- end
#13 found 38
raw data ->
;Environdata DL3000 V1.67 2010/04/12
<- end
#13 found 23
raw data ->
;%01000000% 1111-0304
<- end
Doing checking of time zone calculation
Daylight saving not in use
#13 found 5
raw data ->
> R
<- end
#13 found 48
raw data ->
2019/02/27 07:06:16    Title "Bunya:304BP.dl3"
<- end
#13 found 59
raw data ->
Sensor Name                       Model   Value      Unit
<- end
#13 found 59
raw data ->
  1    "Wind Speed              " (WS45): +000000.45 km/h
<- end
#13 found 62
raw data ->
  2    "Wind Direction          " (WD45): +000080.48 Degrees
<- end
#13 found 56
raw data ->
  3    "Relative Humidity       " (RH40): +000075.82 %
<- end
#13 found 63
raw data ->
  4    "Air Temperature         " (TA40): +000020.26 Degrees
<- end
**temperature decode = +000020.26
#13 found 57
raw data ->
  5    "Rain Gauge              " (RG12): +000000.00 mm
<- end
#13 found 63
raw data ->
  6    "Solar Radiation         " (SR41): +0000027.5 Watts/m2
<- end
**raw solar data +0000027.5 Watts/m2

**raw solar data >0000027.5<-
sucess solar data
#13 found 58
raw data ->
  7    "exBP                    " (BP40): +0000415.0 hPa
<- end
#13 found 56
raw data ->
  8    "exSolar                 " (    ): +0000000.0 V
<- end
#13 found 60
raw data ->
  9    "exExt                   " (    ): +000000000 Units
<- end
#13 found 55
raw data ->
  10   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  11   "                        " (    ): +000000000
<- end
#13 found 58
raw data ->
  12   "Barometric Pressure     " (BP40): +001047.96 hPa
<- end
***raw baro +001047.96 hPa

***raw baro2 001047.96hPa
*barometer data >001047.96<
#13 found 59
raw data ->
  13   "ex(VCos)                " (    ): +000000.00 km/h
<- end
#13 found 59
raw data ->
  14   "ex(VSin)                " (    ): +000000.00 km/h
<- end
#13 found 57
raw data ->
  15   "exEvap                  " (    ): +000000.00 mm
<- end
#13 found 55
raw data ->
  16   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  17   "WDIR Cosine             " (    ): +00000.157
<- end
#13 found 55
raw data ->
  18   "WDIR Sine               " (    ): +00000.987
<- end
#13 found 55
raw data ->
  19   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  20   "                        " (    ): +000000000
<- end
#13 found 56
raw data ->
  21   "Battery Voltage         " (    ): +000013.04 V
<- end
#13 found 57
raw data ->
  22   "Load Current            " (    ): +000016.61 mA
<- end
#13 found 56
raw data ->
  23   "Solar Voltage           " (    ): +000000.00 V
<- end
#13 found 57
raw data ->
  24   "Charge Current          " (    ): +000000.00 mA
<- end
#13 found 59
raw data ->
  25   "Peak Wind Gust          " (    ): +000001.00 km/h
<- end
#13 found 59
raw data ->
  26   "Inst. Wind Speed        " (    ): +000001.00 km/h
<- end
#13 found 62
raw data ->
  27   "Inst. Wind Direction    " (    ): +000080.88 Degrees
<- end
#13 found 59
raw data ->
  28   "N/-S Wind Sp (VCos)     " (    ): +000000.07 km/h
<- end
#13 found 59
raw data ->
  29   "E/-W Wind Sp (VSin)     " (    ): +000000.44 km/h
<- end
#13 found 57
raw data ->
  30   "9am Rain Total          " (    ): +000000.00 mm
<- end
#13 found 57
raw data ->
  31   "Evaporation             " (    ): +00000.000 mm
<- end
#13 found 62
raw data ->
  32   "Communications          " (    ): +000000.00 Minutes
<- end
#13 found 5
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on February 26, 2019, 09:05:05 PM
solar data should be working
ie as it says
success solar data

also make sure the switch is on under control panel, solar setup

I will check on the start up...
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on February 26, 2019, 09:46:13 PM
I see the start up issue
use this update
http://www.weather-display.com/downloadfiles/weatherdisplaytest.zip

and see if the solar shows up now above the windspeed dial?
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on February 27, 2019, 09:53:05 AM
The startup issue has been fixed, thanks.
Solar still indicating 0 - rather troublesome isn't it!  I'm pleased you seem to like a challenge (as do I!)
Thanks
Scott


R
<- end
#13 found 48
raw data ->
2019/02/27 19:51:46    Title "Bunya:304BP.dl3"
<- end
#13 found 59
raw data ->
Sensor Name                       Model   Value      Unit
<- end
#13 found 59
raw data ->
  1    "Wind Speed              " (WS45): +000000.35 km/h
<- end
#13 found 62
raw data ->
  2    "Wind Direction          " (WD45): +000103.91 Degrees
<- end
#13 found 56
raw data ->
  3    "Relative Humidity       " (RH40): +000062.99 %
<- end
#13 found 63
raw data ->
  4    "Air Temperature         " (TA40): +000022.13 Degrees
<- end
**temperature decode = +000022.13
#13 found 57
raw data ->
  5    "Rain Gauge              " (RG12): +000000.00 mm
<- end
#13 found 63
raw data ->
  6    "Solar Radiation         " (SR41): +0000016.6 Watts/m2
<- end
**raw solar data +0000016.6 Watts/m2

**raw solar data >0000016.6<-
sucess solar data
#13 found 58
raw data ->
  7    "Baro                    " (BP40): +0001008.1 hPa
<- end
#13 found 55
raw data ->
  8    "                        " (    ): +0000000.0
<- end
#13 found 55
raw data ->
  9    "                        " (    ): +0000000.0
<- end
#13 found 55
raw data ->
  10   "                        " (    ): +000000000
<- end
#13 found 63
raw data ->
  11   "Solar Radiation         " (SR41): +0000016.6 Watts/m2
<- end
**raw solar data +0000016.6 Watts/m2

**raw solar data >0000016.6<-
sucess solar data
#13 found 58
raw data ->
  12   "Barometric Pressure     " (BP40): +0001008.1 hPa
<- end
***raw baro +0001008.1 hPa

***raw baro2 0001008.1hPa
*barometer data >0001008.1<
#13 found 59
raw data ->
  13   "ex(VCos)                " (    ): +000000.00 km/h
<- end
#13 found 59
raw data ->
  14   "ex(VSin)                " (    ): +000000.00 km/h
<- end
#13 found 57
raw data ->
  15   "exEvap                  " (    ): +000000.00 mm
<- end
#13 found 55
raw data ->
  16   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  17   "WDIR Cosine             " (    ): -00000.249
<- end
#13 found 55
raw data ->
  18   "WDIR Sine               " (    ): +00000.968
<- end
#13 found 55
raw data ->
  19   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  20   "                        " (    ): +000000000
<- end
#13 found 56
raw data ->
  21   "Battery Voltage         " (    ): +000012.65 V
<- end
#13 found 57
raw data ->
  22   "Load Current            " (    ): +000040.76 mA
<- end
#13 found 56
raw data ->
  23   "Solar Voltage           " (    ): +000000.00 V
<- end
#13 found 57
raw data ->
  24   "Charge Current          " (    ): +000000.00 mA
<- end
#13 found 59
raw data ->
  25   "Peak Wind Gust          " (    ): +000001.00 km/h
<- end
#13 found 59
raw data ->
  26   "Inst. Wind Speed        " (    ): +000000.00 km/h
<- end
#13 found 62
raw data ->
  27   "Inst. Wind Direction    " (    ): +000103.46 Degrees
<- end
#13 found 59
raw data ->
  28   "N/-S Wind Sp (VCos)     " (    ): -000000.09 km/h
<- end
#13 found 59
raw data ->
  29   "E/-W Wind Sp (VSin)     " (    ): +000000.34 km/h
<- end
#13 found 57
raw data ->
  30   "9am Rain Total          " (    ): +000000.00 mm
<- end
#13 found 57
raw data ->
  31   "Evaporation             " (    ): +00000.000 mm
<- end
#13 found 62
raw data ->
  32   "Communications          " (    ): +000001.00 Minutes
<- end

Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on February 27, 2019, 04:26:48 PM
its not clear exactly where solar is showing 0
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on February 27, 2019, 10:21:53 PM
On the main screen, above the dials.  Photos attached.  It's also configured in a scroll bar that shows 0.  And it's publishing to wunderground, but also as 0.  (Basically 0 everywhere apart from in the debug file  :( )

Thanks

Scott
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on February 28, 2019, 02:58:48 AM
it looks like you have WD set to show solar %
and you might not have the lat/long set correctly in control panel, solar setup
email me your wdisplay.ini settings file
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on February 28, 2019, 08:21:05 AM
Here 'tis
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on February 28, 2019, 09:07:45 AM
Hi Brian, looks like rainfall isn't coming through correctly either.  Debug file shows 'current' rain and 'since 9am' rain and neither displaying on main WD screen.
Thanks
Scott
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on February 28, 2019, 05:14:25 PM
I see with your settings you have some things set wrong
under control panel, solar setup

you need to set the sensor number to use back to 0
for the solar sensor in a jar and untick to use that to overide UV

also the lat/long and time zone do not look correct for the max solar for lat/long

re the rain, try another .zip test update, and I have added some debug code around that
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on February 28, 2019, 08:36:24 PM
Thanks.  Debug file follows.  I'm happy to have solar in w/m2 rather than %, so will have a play with that later on.
Thanks
Scott


Doing checking of time zone calculation
Daylight saving not in use
Loaded all time records
Connected OK to com port 8
#13 found 5
raw data ->ATE0
<- end
#13 found 22
raw data ->
AT+CMGL="REC UNREAD"
<- end
#13 found 2
raw data ->

<- end
#13 found 38
raw data ->
;Environdata DL3000 V1.67 2010/04/12
<- end
#13 found 23
raw data ->
;%01000000% 1111-0304
<- end
Doing checking of time zone calculation
Daylight saving not in use
#13 found 5
raw data ->
> R
<- end
#13 found 48
raw data ->
2019/03/01 06:34:46    Title "Bunya:304BP.dl3"
<- end
#13 found 59
raw data ->
Sensor Name                       Model   Value      Unit
<- end
#13 found 59
raw data ->
  1    "Wind Speed              " (WS45): +000001.00 km/h
<- end
#13 found 62
raw data ->
  2    "Wind Direction          " (WD45): +000211.30 Degrees
<- end
#13 found 56
raw data ->
  3    "Relative Humidity       " (RH40): +000081.50 %
<- end
#13 found 63
raw data ->
  4    "Air Temperature         " (TA40): +000020.43 Degrees
<- end
**temperature decode = +000020.43
#13 found 57
raw data ->
  5    "Rain Gauge              " (RG12): +000000.00 mm
<- end
**rain decode +000000.00 mm

**rain decode2 ->+000000.00<-
#13 found 63
raw data ->
  6    "Solar Radiation         " (SR41): +0000030.8 Watts/m2
<- end
**raw solar data +0000030.8 Watts/m2

**raw solar data >0000030.8<-
sucess solar data
#13 found 58
raw data ->
  7    "Baro                    " (BP40): +0001009.0 hPa
<- end
#13 found 55
raw data ->
  8    "                        " (    ): +0000000.0
<- end
#13 found 55
raw data ->
  9    "                        " (    ): +0000000.0
<- end
#13 found 55
raw data ->
  10   "                        " (    ): +000000000
<- end
#13 found 63
raw data ->
  11   "Solar Radiation         " (SR41): +0000030.8 Watts/m2
<- end
**raw solar data +0000030.8 Watts/m2

**raw solar data >0000030.8<-
sucess solar data
#13 found 58
raw data ->
  12   "Barometric Pressure     " (BP40): +0001009.0 hPa
<- end
***raw baro +0001009.0 hPa

***raw baro2 0001009.0hPa
*barometer data >0001009.0<
#13 found 59
raw data ->
  13   "ex(VCos)                " (    ): +000000.00 km/h
<- end
#13 found 59
raw data ->
  14   "ex(VSin)                " (    ): +000000.00 km/h
<- end
#13 found 57
raw data ->
  15   "exEvap                  " (    ): +000000.00 mm
<- end
#13 found 55
raw data ->
  16   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  17   "WDIR Cosine             " (    ): -00000.844
<- end
#13 found 55
raw data ->
  18   "WDIR Sine               " (    ): -00000.535
<- end
#13 found 55
raw data ->
  19   "                        " (    ): +000000000
<- end
#13 found 55
raw data ->
  20   "                        " (    ): +000000000
<- end
#13 found 56
raw data ->
  21   "Battery Voltage         " (    ): +000012.59 V
<- end
#13 found 57
raw data ->
  22   "Load Current            " (    ): +000017.06 mA
<- end
#13 found 56
raw data ->
  23   "Solar Voltage           " (    ): +000000.00 V
<- end
#13 found 57
raw data ->
  24   "Charge Current          " (    ): +000000.00 mA
<- end
#13 found 59
raw data ->
  25   "Peak Wind Gust          " (    ): +000002.00 km/h
<- end
#13 found 59
raw data ->
  26   "Inst. Wind Speed        " (    ): +000001.00 km/h
<- end
#13 found 62
raw data ->
  27   "Inst. Wind Direction    " (    ): +000210.90 Degrees
<- end
#13 found 59
raw data ->
  28   "N/-S Wind Sp (VCos)     " (    ): -000000.85 km/h
<- end
#13 found 59
raw data ->
  29   "E/-W Wind Sp (VSin)     " (    ): -000000.53 km/h
<- end
#13 found 57
raw data ->
  30   "9am Rain Total          " (    ): +000007.00 mm
<- end
#13 found 57
raw data ->
  31   "Evaporation             " (    ): +00000.000 mm
<- end
#13 found 62
raw data ->
  32   "Communications          " (    ): +000000.00 Minutes
<- end
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on February 28, 2019, 08:38:02 PM
**rain decode2 ->+000000.00<-

the rain should be being picked up ok now
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on March 02, 2019, 07:24:58 AM
Thanks Brian, rain is working fine now.
Still no joy with the solar, seems to be reading zero in w/m2 too so I don't think it's a lat/long problem.  I added this tag %VPsolar% to main screen and it's also zero.
Any ideas?
thanks!
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on March 02, 2019, 08:26:07 PM
email (dont post on forum) me your wdisplay.ini settings file and I will do some testing/checking
Title: Re: Connecting to Environdata Weather Maestro
Post by: Weather Display on March 03, 2019, 09:38:45 PM
I think I have the solar fixed now
http://www.weather-display.com/downloadfiles/weatherdisplaytest.zip
Title: Re: Connecting to Environdata Weather Maestro
Post by: magrathea on March 05, 2019, 12:43:01 AM
Yep, that's nailed it! 
Thank you so much Brian.
I think I've got everything worked spot-on now. 
I really appreciate all your help.
Thanks
Scott