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@ -323,7 +323,16 @@ void getSensorMeasurements() { |
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float absolute_humidity = (6.112*exp((17.67*sensor_readings.temperature)/(sensor_readings.temperature+243.5))*(sensor_readings.humidity/100)*18.02)/((273.15+sensor_readings.temperature)*1000*0.08314); |
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float absolute_humidity = (6.112*exp((17.67*sensor_readings.temperature)/(sensor_readings.temperature+243.5))*(sensor_readings.humidity/100)*18.02)/((273.15+sensor_readings.temperature)*1000*0.08314); |
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float pressure_compensation_factor = exp((9.80665/(287.05*(sensor_readings.temperature+273.15+0.12*((absolute_humidity*461.5*(sensor_readings.temperature+273.15)/100)/100)+0.0065*(station_height/2))))*station_height); |
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float pressure_compensation_factor = exp((9.80665/(287.05*(sensor_readings.temperature+273.15+0.12*((absolute_humidity*461.5*(sensor_readings.temperature+273.15)/100)/100)+0.0065*(station_height/2))))*station_height); |
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sensor_readings.pressure = (sensor_readings.pressure_raw / 100.0F) * pressure_compensation_factor; |
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// individual sensor variance
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int pressure_sensor_deviation = 0; |
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if (ota.getMAC().equals("246f28d1a080")) { |
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pressure_sensor_deviation = -075; |
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} else if (ota.getMAC().equals("246f28d1fa5c")) { |
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pressure_sensor_deviation = -143; |
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} else if (ota.getMAC().equals("a4cf1211c3e4")) { |
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} |
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sensor_readings.pressure = ((sensor_readings.pressure_raw + pressure_sensor_deviation) / 100.0F) * pressure_compensation_factor; |
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history_pressure.addValue(sensor_readings.pressure); |
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history_pressure.addValue(sensor_readings.pressure); |
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