Measurement Computing TempBook rev.3.0 - Manual (Page 64)

9-4 tbkCommand Reference (Standard API) TempBook User’s Manual
tbkCalSetupConvert
DLL Function tbkCalSetupConvert(uint nscan, uint readingsPos, uint nReadings, uint
chanType, uint chanGain, uint bipolar, uint noOffset, uint *counts, uint
scans);
C tbkCalSetupConvert(unsigned nscan, unsigned readingsPos, unsigned nReadings,
unsigned chanType, unsigned chanGain, unsigned bipolar, unsigned noOffset,
unsigned *counts, unsigned scans);
QuickBASIC BtbkCalSetupConvert% (ByVal nscan%, ByVal readingsPos%, ByVal nReadings%,
ByVal chanType%, ByVal chanGain%, ByVal bipolar%, ByVal noOffset%, counts%,
ByVal scans%)
Visual Basic VBtbkCalSetupConvert% (ByVal nscan%, ByVal readingsPos%, ByVal nReadings%,
ByVal chanType%, ByVal chanGain%, ByVal bipolar%, ByVal noOffset%,
counts%(), ByVal scans%)
Turbo Pascal tbkCalSetupConvert(nscan:word;readingsPos:byte;nReadings:byte;
chanType:word;chanGain:word;bipolar:word;
noOffset:word;counts:WordP;scans:word):integer;
Parameters
uint nscan The number of readings in a single scan.
uint readingsPos The position of the readings to be calibrated within the scan.
uint nReadings The number of readings to calibrate.
uint chanType The type of channel from which the readings to be calibrated are read. This should be set to 1 when
calibrating a CJC channel and 0 when calibrating any other channel.
uint chanGain The gain setting of the channels to be calibrated.
uint bipolar Non-zero if the readings are bipolar.
uint noOffset If non-zero, the offset cal constant will not be used to calibrate the readings.
uint *counts The raw data from one or more scans.
uint scans The number of scans of raw data in the counts array.
Returns TerrZCInvParam - Invalid parameter value
TerrNoError - No error
See Also tbkReadCalFile, tbkCalSetup, tbkCalConvert
Program References None
For convenience, both the setup and convert steps can be performed with one call to
tbkCalSetupConvert
. This is useful when the calibration needs to be performed multiple times
because data was read at different gains or polarities. See the Software Calibration and Zero
Compensation chapter for a complete description of calibration.
tbkClose
DLL Function int tbkClose(void)
C tbkClose(void);
QuickBASIC BtbkClose% ()
Visual Basic VBtbkClose% ()
Turbo Pascal tbkClose:integer;
Parameters None
Returns TerrNoError - No error
See Also tbkInit
Program References
tbkClose is used to end communications with the TempBook/66. If tbkClose is called,
tbkInit must be called before calling any other function.