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sensord.conf
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sensord.conf
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#Section for static pressure sensor
# Unit: Pa
#format: static_sensor [offset] [linearity] [i2c address] [i2c bus]
#Example: static_sensor 1.5 1.3 0x76 1
static_sensor 0.0 1.0 0x76 1
#Section for tek pressure sensor
# Unit: Pa
#format: tek_sensor [offset] [linearity]
#Example: tek_sensor 1.5 1.3
tek_sensor 0.0 1.0 0x77 1
#Section for dynamic pressure sensor
# Unit: Pa
#format: dynamic_sensor [offset] [linearity]
#Example: dynamic_sensor 1.5 1.3
dynamic_sensor 0.0 1.0
#Output value config
output_POV_E
output_POV_P_Q
output_POV_V
output_POV_H
output_POV_T
#Vario parameter
#format: vario_config [x_accel]
vario_config 0.3
#Voltage Sensor parameter
#format: voltage_config [division_factor]
#voltage_config 736.0 # Use this for ADS1100
voltage_config 1248.6 0.645 # Use this for ADS1110
# Glitch watchdog timer
# format: glitch_timing [log term] [linear term] [offset term]
glitch_timing 0.066666666666 50 12
# Number of bits (9-12)
# format: temp_databits [number_of bits]
# If this parameter isn't specified or if the value is invalid for the selected sensor it will default to the maximum resolution available for the selected sensor
# temp_databits 12
# Temperature sample rate
# format: temp_rate [# of samples per second]
# If this parameter isn't specified it will default to: 2 (ds18b20), 4 (htu21d and si7021), 0.5 (am2321)
# temp_rate 0.5
# Temperature sensor type
# format: temp_sensor_type [auto/ds18b20/am2321/si7021/htu21d/bme820]
# Note: at this time bme820 is not yet supported
# If this value isn't specified, and either POV_H or POV_T is enabled, it will default to auto.
temp_sensor_type auto
# The tek/static_comp numbers are compensation numbers for adjusting the pressure readings based
# on temperature reading deltas caused by timing irregularities that occur because sensord is not
# real time. They are sensor specific. Compdata will provide correct calibrations for your sensors.
#
# The compensation scheme only works at 1 bar. If the ambient pressure is lower, it will overcompensate.
# Pcomp is used along with the pressure to reduce compensation at lower pressure. There is currently
# no automated way to get this number as it requires running routines similar to compdata at multiple pressures.
tek_comp -0.0000005594 -0.2876018671 -18.2883291293
static_comp -0.0000016300 -0.2556188942 -31.2424993157
tek_Pcomp -0.0000004638 0.9514328801 0.1658634996
static_Pcomp -0.0000004638 0.9514328801 0.1658634996