seems like a stupid issue, but hoping for a quick resolution. please see my code below. which is not writing to my table, can anyone see why not? should be a simple thing.
'CR6 Datalogger
'Date: 24/09/2021
'Program Authour: J Shanks
'Program Version: V1.0
'#################Wiring#######################
'VW1 = GEOKON 4427 SN 2129518 = U1 U2 U3 U4 red u1 black u2 green u3 white u4
'VW1 = GEOKON 4427 SN 2129519 = U5 U6 U7 U8 red u5 black u6 green u7 white u8
'weatherstation Vaisala WXT536
'Red, Ground Power
'Brown, Power 12V, pin1,, SW12-2
'Blue & White, SDI12, Must be combined, C3
'Green, Ground, not Power
'SDI12 address is set to "3"
'TBO3
'Red, U9
'Black, Ground
'Garmin GPS16X-HVS
'Red, Power 12V, pin1, red, SW12-1
'Grey, Signal PPS, pin2, white, C1
'White, Signal Tx, pin3, blue, C2
'Blue, Ground Rx, pin4, black, Ground
'Yellow, Power Switch G, pin4, black, Ground
'Black, Power Ground, pin4, black, Ground
'Clear, Shield, pin4, black, Ground
'SDI12 address is set to "0" (default)
'################# Variables #################
'Public Variables
Public PTemp,
Public Batt_volt(2)
Public WXT(7) 'weatherstation 7variables, model: WXT536
Public TB03Rain_mm
Public TBO3Rain_tips
Public GPS_SDI12(15) 'string from Garmin GPS. Note, Garmin GPS is left with the default SDI12 address of
'VW1
Public VW1_Sensor_Change
Public VW1_Freq, VW1_Digits, VW1_Eng_Units, VW1_Temp
Public VW1_Set_Zero As Boolean
'VW2
Public VW2_Sensor_Change
Public VW2_Freq, VW2_Digits, VW2_Eng_Units, VW2_Temp
Public VW2_Set_Zero As Boolean
'Dimmed Variables
'VW1
Dim VW1_Dest(6)
Dim VW1_C
Dim VW1_Install__Eng_Units
Dim VW1_Install_Temp
Dim VW1_Temp_Corr
Dim VW1_K
'VW2
Dim VW2_Dest(6)
Dim VW2_C
Dim VW2_Install__Eng_Units
Dim VW2_Install_Temp
Dim VW2_Temp_Corr
Dim VW2_K
'########## Output strings ##########
'internal battery measurements
Alias Batt_volt(1) = SupplyVolts
Alias Batt_volt(2) = LithiumVolts
'Vaisala weatherstation
Alias WXT(1)=WindDir
Alias WXT(2)=WindSpd
Alias WXT(3)=AirTemp
Alias WXT(4)=RelHumidity
Alias WXT(5)=AirPressure
Alias WXT(6)=wtxRain
Alias WXT(7)=Hail_cm2
'Garmin GPS
Alias GPS_SDI12(1) = latitude_a 'Degrees latitude (+ = North; - = South)
Alias GPS_SDI12(2) = latitude_b 'Minutes latitude
Alias GPS_SDI12(3) = longitude_a 'Degress longitude (+ = East; - = West)
Alias GPS_SDI12(4) = longitude_b 'Minutes longitude
Alias GPS_SDI12(5) = speed 'Speed over ground
Alias GPS_SDI12(6) = course 'Course over ground
Alias GPS_SDI12(7) = magnetic_variation 'Magnetic variation from true north (+ = East; - = West)
Alias GPS_SDI12(8) = fix_quality 'GPS fix quality: 0 = invalid, 1 = GPS, 2 = differential GPS, 6 = estimated
Alias GPS_SDI12(9) = nmbr_satellites 'Number of satellites used for fix
Alias GPS_SDI12(10) = altitude 'Antenna altitude
Alias GPS_SDI12(11) = pps 'usec into sec of system clock when PPS rising edge occurs, typically 990,000 once synced
Alias GPS_SDI12(12) = dt_since_gprmc 'Time since last GPRMC string, normally less than 1 second
Alias GPS_SDI12(13) = gps_ready 'Counts from 0 to 10, 10 = ready
Alias GPS_SDI12(14) = max_clock_change 'Maximum value the clock was changed in msec
Alias GPS_SDI12(15) = nmbr_clock_change 'Number of times the clock was changed
'################# Constants #################
'generic VW
Const T_A = 1.4051e-3
Const T_B = 2.369e-4
Const T_C = 1.019e-7
Const K_M = 0.000376
Const K_B = 0.328
'VW1 (SN:2129518)
Const VW1_A = 1.7854e-6
Const VW1_B = 0.6242
Const VW1_G = 0.6400
'VW2 (SN:2129519)
Const VW2_A = 2.6922e-7
Const VW2_B = 0.6104
Const VW2_G = 0.6128
'################# Data Tables #################
DataTable(Table1,True,-1)
DataInterval (0,10,Min,10)
'VW1
Sample (1,VW1_Eng_Units,IEEE4)
Sample (1,VW1_Temp,IEEE4)
Sample (1,VW1_Sensor_Change,IEEE4)
'VW2
Sample (1,VW2_Eng_Units,IEEE4)
Sample (1,VW2_Temp,IEEE4)
Sample (1,VW2_Sensor_Change,IEEE4)
Minimum (1,Batt_volt,FP2,False,False)
Sample (1,PTemp,FP2)
'weatherstation section
WindVector(1,WindSpd,WindDir,FP2,False,900,0,0)
FieldNames("WindSpd_Mean,WindDir_MeanUnitVector,WindDir_SD1")
Average(1,AirTemp,FP2,False)
Sample(1,RelHumidity,FP2)
Sample(1,AirPressure,IEEE4)
Totalize(1,wtxRain,FP2,False)
Totalize(1,Hail_cm2,FP2,False)
'rainfall
Totalize(1,TB03Rain_mm,FP2,False)
Totalize(1,TBO3Rain_tips,FP2,False)
EndTable
'System Operation Parameters
PreserveVariables
SequentialMode
'################# Main Program #################
BeginProg
Scan (1,min,0,0)
PanelTemp (PTemp,50)
Battery (Batt_volt)
'Weather station
'switch
If TimeIsBetween (720,725,1440,Min) Then 'between 1200noon and 1205
SW12(2,0)'turn off SW2 ()
Else
SW12(2,1)'turn on SW2 ()
EndIf
'main prog
'WindDir', 'WindSpd', 'AirTemp','RelHumidity', 'AirPressure', 'wtxRain', and 'Hail_cm2'
SDI12Recorder(WXT(),C3,"3","M!",1,0)'WXT520 Weather Transmitter measurements
'TB-03'Rain_mm'
PulseCount(TB03Rain_mm,1,U9,1,0,0.2,0)
TBO3Rain_tips = TB03Rain_mm* 5
'VW1
'Measure VW1 Sensor
VibratingWire (VW1_Dest(),1,U1,1400 ,3500 ,1,0.01,"",50,T_A,T_B,T_C)
VW1_Freq = VW1_Dest(1)
VW1_Temp = VW1_Dest(6)
'VW1 Convert Freq to Digits
VW1_Digits = (VW1_Freq^2) / 1000
'VW1 Calculate Engineering Units
VW1_Eng_Units = (VW1_Digits^2) * VW1_A + VW1_Digits * VW1_B + VW1_C
'VW1 Calculate & Apply Temperature Compensation
VW1_K = ((VW1_Digits * K_M) - K_B) * VW1_G 'Example is for 4420-1-50mm
VW1_Temp_Corr = (VW1_Temp - VW1_Install_Temp) * VW1_K
VW1_Eng_Units = VW1_Eng_Units + VW1_Temp_Corr
'Calculate Movement
VW1_Sensor_Change = VW1_Eng_Units - VW1_Install__Eng_Units
'VW2
'Measure VW2 Sensor
VibratingWire (VW2_Dest(),1,U5,1400 ,3500 ,1,0.01,"",50,T_A,T_B,T_C)
VW2_Freq = VW2_Dest(1)
VW2_Temp = VW2_Dest(6)
'VW2 Convert Freq to Digits
VW2_Digits = (VW2_Freq^2) / 1000
'VW2 Calculate Engineering Units
VW2_Eng_Units = (VW2_Digits^2) * VW2_A + VW2_Digits * VW2_B + VW2_C
'VW2 Calculate & Apply Temperature Compensation
VW2_K = ((VW2_Digits * K_M) - K_B) * VW2_G 'Example is for 4420-1-50mm
VW2_Temp_Corr = (VW2_Temp - VW2_Install_Temp) * VW2_K
VW2_Eng_Units = VW2_Eng_Units + VW2_Temp_Corr
'Calculate Movement
VW2_Sensor_Change = VW2_Eng_Units - VW2_Install__Eng_Units
'vw zeros
'VW2 Set Zero (installation) Point
If VW2_Set_Zero = True Then
VW2_C = ((VW2_Digits^2) * VW2_A + VW2_Digits * VW2_B) * -1
VW2_Install_Temp = VW2_Temp
VW2_Install__Eng_Units = VW2_Eng_Units
VW2_Set_Zero = False
EndIf
'VW1 Set Zero (installation) Point
If VW1_Set_Zero = True Then
VW1_C = ((VW1_Digits^2) * VW1_A + VW1_Digits * VW1_B) * -1
VW1_Install_Temp = VW1_Temp
VW1_Install__Eng_Units = VW1_Eng_Units
VW1_Set_Zero = False
EndIf
'Call Output Tables
CallTable Table1
NextScan
'GPS Clock correction to run 5 mins every 60mins
SlowSequence
Scan (60,Min,0,0)
SW12 (1,1)
Delay (0,5,Min)
GPS (GPS_SDI12(), -COMC1,0,100)
SW12 (1,0)
NextScan
EndProg
Resolved: had to update CR6 to latest OS https://www.campbellsci.com/downloads/cr6-os