robwlakes
commented
4 years ago H i Paul,
Apologies for the delay in answering this. I am going to assume you are trying to use ArduinoWeatherOS https://github.com/robwlakes/ArduinoWeatherOS. It is set up to use multiple sensors and and to block any reporting until all the sensors have been "heard" and sensible data collected from them. If you are only after the wind data you will be able to cut a lot out of the program. Check the lines in Red here, they do the blocking until all 3 main sensors have been heard.
// Stn Id, Packet Type, Wind Quadrant, Wind Speed, Rain Tips, Ext temp, Int Temp, Int Pressure, Int Humidity intHumi = (double)dht.readHumidity(); //DHT22 readings %Humidity intTemp = (double)bmp.readTemperature(); //internal temperature intPres = (double)bmp.readPressure() / 100.0; //Pa reduced to mBar *//leave this check at 7 until the other readings are stabilized if ((scan&7)==7) { //scan==15 means all 4 readings now have a valid value, ready for output on Serial* //Battery/Signal status, OR in the the four status values for the signal connections. logTemp++; if (logTemp>40){ batStat = batStat | 1; } logWind++; if (logWind>40){ batStat = batStat | 2; } logRain++; if (logRain>40){ batStat = batStat | 4; } logUV++; if (logUV>40){ batStat = batStat | 8; } logExp++; if (logExp>40){ batStat = batStat | 16; } //reset the batStat to 0 every 24hours aday++; if (aday>1440){ batStat=0; aday=0; } // Order: Battery Status, Quadrant, Wind Gust, Rainfall, Temperature, InternalTemp, Internal Pressure, Int Humidity, Solar Power, Lightning, UV Radiation Serial.print(batStat,DEC); //Send out the number to indicate if a sensor is not transmitting for maore than 20 mins. Low Battery or other damage. Serial.print(","); Serial.print(quadrant); //0-15 in 22.5 degrees steps clockwise Serial.print(","); Serial.print(gustWindspeed, 1); //Gust windspeed km/hr, not average windspeed (graphing over 10 samples gives Average) Serial.print(","); gustWindspeed = avWindspeed; //reset gust to average, then take the larger next reading Serial.print(rainTotal, 1); //currently considered to checked for a good calibration to mm Serial.print(","); Serial.print(temperature, 2); // OS Temperature Centigrade Serial.print(","); Serial.print(intTemp, 2); //BMP085 temperature (used for compensation reading) Centigrade Serial.print(","); Serial.print(intPres, 2); //BMP085 pressure reading milli-bars Serial.print(","); Serial.print(intHumi); //Digital DHT22 seems better than the OS in Temp/Hum sensor % relative Serial.print(","); Serial.print(intSolar,DEC); //A reading from experimental Solar Power sensor Serial.print(","); Serial.print(intLightning,DEC); //A reading from the nos of Lightning Strikes Serial.print(","); Serial.print(intUV, DEC); //UV Sensor Serial.println();
//Indicate the transmission of this one second data with a white light set up R+B+G!! digitalWrite(RedPin, 0); //White, all colours on, data has been logged to the Server digitalWrite(GrePin, 0); digitalWrite(BluPin, 0); } }
If you remove that IF clause then it should at least begin reporting your wind data and just the initialising defaults for the other sensors.
Once you have that working you can owrk backwards to trim the program back to what you need for your project.
Thank you for taking an interest in my project and communicating with me about it.
Best wishes,
Rob
On 8/6/20 6:34 pm, pdbayes wrote:
Hi
Excellent well documented project. I only have the anenometer and want to capture the data from that. I cannot seem to get any serial data from it using your code except for the initial output. Were would I need to remove code to only collect data from the anenometer.
Thanks
Paul
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Rob Ward Lake Tyers Beach, 3909 Lake Tyers Beach Website http://www.laketyersbeach.net.au Ubuntu Mate - A great OS https://ubuntu-mate.org/
pdbayes
Hi
Excellent well documented project. I only have the anenometer and want to capture the data from that. I cannot seem to get any serial data from it using your code except for the initial output. Were would I need to remove code to only collect data from the anenometer.
Thanks
Paul