meteohub.de

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awk -F '"' '{printf "%.1f\n", ($8*10.0)}'

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#!/bin/sh
#
# Adaptation of Campbell Scientific data logger for SI/metric data-input from Domoticz
# Reading of the datafile has been borrowed from the Luftdaten-plugin,
# to allow reading from any location either at LAN or in webspace at internet.
# Delay in the read-loop has been inserted, because refresh of the datafile is per 5 minutes.
# This setup covers an extra T&H-set to include the 'grass'-sensor of the PWS.
# Line 008 = Layout of dataset
# Data from Domoticz compiled in datafile with 1 textstring:
# 1  average wind speed (m/s)
# 2  gust wind speed in last X minutes (m/s)
# 3  current wind direction (degrees north)
# 4  outdoor temperature (Celsius) # sensor at standard level
# 5  relative outdoor humidity (%) # sensor at standard level
# 6  windchill (Celsius)
# 7  current rain rate (mm/h)
# 8  cummulated raintotal of today, or this/last year, or since start (mm)
# 9  sealevel pressure (hPa)
# 10 uv index (uvi)
# 11 solar radiation (w/qm)
# 12 indoor temperature (Celsius)
# 13 relative indoor humidity (%)
# 14 outdoor temperature (Celsius)  # sensor at grass level
# 15 relative outdoor humidity (%)  # sensor at grass level 
#
# Line 026 = Start of script for reading datafile of Virtual_PWS as compiled by Domoticz.
while true;
do
#  Line 029 = LINE=$(wget --timeout=2 -qO- http://<source-ip>/<file-name>)
#  <source-ip> and <file-name> have to be tuned for your configuration in the next line!
  LINE=$(wget --timeout=2 -qO- http://vannwnhzn.nl/Meteobridge/Test/MB_WS7000PWS.txt)
  echo $LINE
# Line 033 = Check data
  status=$?
  if [ $status -ne 0 ] || [ -z "$LINE" ]; then
    >&2 echo "Error retrieving LINE -> sleeping"
    sleep 60
  else
# Line 039 = Read data and recompile & rescale
     CNT=1
     for i in $(echo "$LINE" | tr "," "\n")
     do
       eval value$CNT=\"$i\"
       CNT=$((CNT+1))
     done
     if [ -n $value1 ] && [ -n $value2 ] && [ -n $value3 ]
     then
       if [ -n $value6 ]
       then
         echo "$value1 $value2 $value3 $value6" | awk '{ print "wind0", int($3), int($2*10), int($1*10), int($4*10)}'
       else
         echo "$value1 $value2 $value3" | awk '{ print "wind0", int($3), int($2*10), int($1*10)}'
       fi
     fi
     if [ -n $value4 ] && [ -n $value5 ]
     then
       echo "$value4 $value5" | awk '{ print "th0", int($1*10), int($2)}'
     fi
     if [ -n $value7 ] && [ -n $value8 ]
     then
       echo "$value7 $value8" | awk '{ print "rain0", int($1*10), int($2*10)}'
     fi
     if [ -n $value9 ] && [ -n $value12 ] && [ -n $value13 ]
     then
       echo "$value9 $value12 $value13" | awk '{ print "thb0", int($2*10), int($3), int($1*10)}'
     fi
     if [ -n $value10 ]
     then
       echo "$value10" | awk '{ print "uv0", int($1*10)}'
     fi
     if [ -n $value11 ]
     then
       echo "$value11" | awk '{ print "sol0", int($1)}'
     fi
     if [ -n $value14 ] && [ -n $value15 ]
     then
       echo "$value14 $value15" | awk '{ print "th1", int($1*10), int($2)}'
     fi
# Delay next read-cycle
  >&2 echo "Delay reading next LINE -> sleeping"
  sleep 10
  fi
done

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logger (11.02.2024 20:40:40): station 3 (User-defined), unknown sensor type in plugin data "0.0,0.0,34.0,8.5,94.0,18.4,0.0,0.5,993.0,0.0,0.0,19.7,55.0,8.3,95.0"
logger (11.02.2024 20:40:40): station 3: Bad thb0 sensor data, "pressure x10" (993) out of range [4000:13000] 

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echo "$value9 $value12 $value13" | awk '{ print "thb0", int($2*10), int($3), int($1)}'

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echo "$value9 $value12 $value13" | awk '{ print "thb0", int($2*10), int($3), int($1*10)}'

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2.5,0.0,225.0,8.7,74.0,9.36,0.0,0.0,1015.0,0.2,0.3,19.8,42.0,8.3,79.0

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logger (13.02.2024 17:50:17): station 3 (User-defined), unknown sensor type in plugin data "2.5,0.0,225.0,8.7,74.0,9.36,0.0,0.0,1015.0,0.2,0.3,19.8,42.0,8.3,79.0"
logger (13.02.2024 17:54:49): message above repeats 9 times.