Campbell TDR200, Инструкция по эксплуатации

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Appendix D. Terminal Commands
D-5
DUMP – Show Measurement Parameters:
Usage: DUMP\r\n
Response:
\r\nSetup has been configured as follows:
\r\n Vp = [vp value]
\r\n Ave = [number of averages value]
\r\n Points = [number of points value]
\r\n Distance (Cable Length) = [cable length value]
\r\n Window Length = [window length value]
\r\n Probe Length = [probe length value]
\r\n Probe Offset = [probe offset value]
\r\n Probe Cell Constant = [probe cell constant value]
\r\n 50/60 Hz Rejection = [rejection Hz value]
\r\n Filter Level = [filter level value]
\r\n Length Apparent Algorithm = [LAA value]
Each line containing a value has an appropriate number of space
characters to ensure that 26 total characters are between the ‘\n’
character and the ‘=’ character.
GLCO – Return previously calculated Electrical Conductivity value
Usage: GLCO\r\n
Response: \r\n[f.ffff] – where f.ffff is an ASCII representation of a floating
point value (4 decimal places)
GCO – Acquire a new Waveform and return Electrical Conductivity value
Usage: GCO\r\n
Response: \r\n[f.ffff] – where f.ffff is an ASCII representation of a floating
point value (4 decimal places)
GDE – Get the Derivative of the last Waveform acquired
Usage: GDE\r\n
Response: \r\n[NNNN],[space][f.ffff]
\r\n[NNNN],[space][f.ffff]
\r\n[NNNN],[space][f.ffff]
etc.
where NNNN is the 4 digit width point number and f.ffff is an ASCII
representation of the associated floating point value (4 decimal places)
GDRV – Acquire a new Waveform and return its Derivative
Usage: GDRV\r\n
Response: \r\n[NNNN],[space][f.ffff]
\r\n[NNNN],[space][f.ffff]
\r\n[NNNN],[space][f.ffff]
etc.
where NNNN is the 4 digit width point number and f.ffff is an ASCII
representation of the associated floating point value (4 decimal places)
GLMO – Get water Content value from the last Waveform acquired
Usage: GLMO\r\n
Response: \r\n[f.ffff] – where f.ffff is an ASCII representation of a floating
point value (4 decimal places)
NOTE