📄 age1960.h
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ViStatus _VI_FUNC age1960_revision_query
(ViSession instrumentHandle,
ViPString instrumentDriverRevision,
ViPString firmwareRevision);
/***************************************************/
/* Agilent standard utility functions */
/***************************************************/
ViStatus _VI_FUNC age1960_timeOut
(ViSession instrumentHandle,
ViInt32 setTimeOut);
ViStatus _VI_FUNC age1960_timeOut_Q
(ViSession instrumentHandle,
ViPInt32 timeOut);
ViStatus _VI_FUNC age1960_errorQueryDetect
(ViSession instrumentHandle,
ViBoolean setErrorQueryDetect);
ViStatus _VI_FUNC age1960_errorQueryDetect_Q
(ViSession instrumentHandle,
ViPBoolean errorQueryDetect);
ViStatus _VI_FUNC age1960_dcl
(ViSession instrumentHandle);
ViStatus _VI_FUNC age1960_opc_Q
(ViSession instrumentHandle,
ViPBoolean instrumentReady);
/********************************************************************/
/* Agilent standard status functions (modified for multi-registers */
/********************************************************************/
ViStatus _VI_FUNC age1960_readStatusByte_Q
(ViSession instrumentHandle,
ViPInt16 statusByte);
ViStatus _VI_FUNC age1960_stdEvent_Q
(ViSession instrumentHandle,
ViPInt32 stdEventRegister);
ViStatus _VI_FUNC age1960_operEvent_Q
(ViSession instrumentHandle,
ViInt16 operationName,
ViPInt32 operationEventRegister);
ViStatus _VI_FUNC age1960_operCond_Q
(ViSession instrumentHandle,
ViInt16 operationName,
ViPInt32 operationConditionRegister );
ViStatus _VI_FUNC age1960_quesEvent_Q
(ViSession instrumentHandle,
ViInt16 questionableName,
ViPInt32 questionableEventRegister );
ViStatus _VI_FUNC age1960_quesCond_Q
(ViSession instrumentHandle,
ViInt16 questionableName,
ViPInt32 questionableConditionRegister );
ViStatus _VI_FUNC age1960_quesRegisterEnable
(ViSession instrumentHandle,
ViInt16 questionableName,
ViInt32 quesPosTransition,
ViInt32 quesNegTransition,
ViInt32 quesEnableBits);
ViStatus _VI_FUNC age1960_operRegisterEnable
(ViSession instrumentHandle,
ViInt16 operationName,
ViInt32 operPosTransition,
ViInt32 operNegTransition,
ViInt32 operEnableBits);
ViStatus _VI_FUNC age1960_stdEventEnable
(ViSession instrumentHandle,
ViInt32 stdEnableBits);
/***************************************************/
/* Agilent standard command passthrough functions */
/***************************************************/
ViStatus _VI_FUNC age1960_cmd
(ViSession instrumentHandle,
ViString sendStringCommand);
ViStatus _VI_FUNC age1960_cmdString_Q
(ViSession instrumentHandle,
ViString queryStringCommand,
ViInt32 stringSize,
ViPString stringResult);
ViStatus _VI_FUNC age1960_cmdInt
(ViSession instrumentHandle,
ViString sendIntegerCommand,
ViInt32 sendInteger);
ViStatus _VI_FUNC age1960_cmdInt16_Q
(ViSession instrumentHandle,
ViString queryI16Command,
ViPInt16 i16Result);
ViStatus _VI_FUNC age1960_cmdInt32_Q
(ViSession instrumentHandle,
ViString queryI32Command,
ViPInt32 i32Result);
ViStatus _VI_FUNC age1960_cmdInt16Arr_Q
(ViSession instrumentHandle,
ViString queryI16ArrayCommand,
ViInt32 i16ArraySize,
ViInt16 _VI_FAR i16ArrayResult[],
ViPInt32 i16ArrayCount);
ViStatus _VI_FUNC age1960_cmdInt32Arr_Q
(ViSession instrumentHandle,
ViString queryI32ArrayCommand,
ViInt32 i32ArraySize,
ViInt32 _VI_FAR i32ArrayResult[],
ViPInt32 i32ArrayCount);
ViStatus _VI_FUNC age1960_cmdReal
(ViSession instrumentHandle,
ViString sendRealCommand,
ViReal64 sendReal);
ViStatus _VI_FUNC age1960_cmdReal64_Q
(ViSession instrumentHandle,
ViString queryRealCommand,
ViPReal64 realResult);
ViStatus _VI_FUNC age1960_cmdReal64Arr_Q
(ViSession instrumentHandle,
ViString realArrayCommand,
ViInt32 realArraySize,
ViReal64 _VI_FAR realArrayResult[],
ViPInt32 realArrayCount);
/* End of Agilent standard declarations */
/*---------------------------------------------------------------------------*/
/*****************************************************************************/
/* INSTRUMENT SPECIFIC SECTION */
/* Constants and function prototypes for instrument specific functions. */
/*****************************************************************************/
/***************************************************/
/* Instrument specific constants */
/***************************************************/
#define age1960_INSTR_ERROR_ARRAY_TOO_SMALL (_VI_ERROR+0x3FFC0D2AL) /* 0xBFFC0D2A */
#define age1960_INSTR_CANNOT_ORIG_NOW (_VI_ERROR+0x3FFC0D2BL) /* 0xBFFC0D2B */
#define age1960_INSTR_ERROR_CALL_FAILED (_VI_ERROR+0x3FFC0D2CL) /* 0xBFFC0D2C */
#define age1960_INSTR_ERROR_CPTO (_VI_ERROR+0x3FFC0D2DL) /* 0xBFFC0D2D */
#define age1960_INSTR_ERROR_INITTO (_VI_ERROR+0x3FFC0D2EL) /* 0xBFFC0D2E */
#define age1960_INSTR_ERROR_ORFS_MEAS_COUNT (_VI_ERROR+0x3FFC0D2FL) /* 0xBFFC0D2F */
#define age1960_INSTR_ERROR_ARRAY_TOO_LARGE (_VI_ERROR+0x3FFC0D30L) /* 0xBFFC0D30 */
#define age1960_INSTR_ERROR_AUTORANGE_FAILED (_VI_ERROR+0x3FFC0D31L) /* 0xBFFC0D31 */
#define age1960_INSTR_CANNOT_CHNGBAND_NOW (_VI_ERROR+0x3FFC0D32L) /* 0xBFFC0D32 */
#define age1960_INSTR_TOO_MANY_NONCONCURRENT (_VI_ERROR+0x3FFC0D33L) /* 0xBFFC0D33 */
#define age1960_INSTR_UNDEFINED_DATA (_VI_ERROR+0x3FFC0D34L) /* 0xBFFC0D34 */
#define age1960_INSTR_TA_NOT_AVAILABLE (_VI_ERROR+0x3FFC0D35L) /* 0xBFFC0D35 */
#define age1960_INSTR_TA_NOT_SWITCHABLE (_VI_ERROR+0x3FFC0D36L) /* 0xBFFC0D36 */
#define age1960_INSTR_TA_NOT_LICENSE (_VI_ERROR+0x3FFC0D37L) /* 0xBFFC0D37 */
#define age1960_INSTR_ERROR_NSUP_FUNC (_VI_ERROR+0x3FFC0D38L) /* 0xBFFC0D38 */
#define age1960_INSTR_ERROR_FUNC_NOT_SUPPORTED (_VI_ERROR+0X3FFC0D39L) /* 0XBFFC0D39 */
#define age1960_NOT_A_NUMBER 9.91E+37 /* IEEE not a number */
#define age1960_NO_RESULT_AVAIL 1 /* No result available */
#define age1960_INTEGRITY_MIN 0 /* the min integrity value that can be returned */
#define age1960_INTEGRITY_MAX 23 /* the max integrity value that can be returned */
#define age1960_ARRAY_MIN 1 /* min array size is always 1 */
#define age1960_ARRAY_MAX 500 /* max array size for instrument specific functions is 500 */
#define age1960_CP_TIMEOUT_MIN 0.0 /* min seconds for a call processing fcn to complete */
#define age1960_CP_TIMEOUT_MAX 120.0 /* max seconds for call processing function to complete */
#define age1960_INIT_TIMEOUT_MIN 0.1 /* min seconds for a meas fcn to complete */
#define age1960_INIT_TIMEOUT_MAX 120.0 /* max seconds for a meas fcn to complete */
#define age1960_MEAS_TIMEOUT_MIN 0.1 /* min seconds for a measurement timeout */
#define age1960_MEAS_TIMEOUT_MAX 999.9 /* max seconds for a measurement timeout */
#define age1960_MAV_TIMEOUT_MIN 1 /* min seconds for HP-IB buffer to clear */
#define age1960_MAV_TIMEOUT_MAX 30 /* max seconds for HP-IB buffer to clear */
#define age1960_NUMBER_OF_MEAS_FCNS 10 /* 10 measurement fcns*/
#define age1960_WAIT -2 /* Wait for measurement function to complete */
#define age1960_NONEINIT -1 /* No measurement function initiated */
#define age1960_AAUDIO 0 /* Analog Audio Meas Fcn */
#define age1960_BER 1 /* Bit Error Meas Fcn */
#define age1960_DAUDIO 2 /* Decoded Audio Meas Fcn */
#define age1960_FBER 3 /* Fast Bit Error Meas Fcn */
#define age1960_ORFS 4 /* ORFSpectrum Meas Fcn */
#define age1960_PFER 5 /* Phase Freq Error Meas Fcn */
#define age1960_PVTIME 6 /* Power vs Time Meas Fcn */
#define age1960_TXPOWER 7 /* TX Power Meas Fcn */
#define age1960_DPOWER 8 /* Dunamic Power Meas Fcn */
#define age1960_IQTUNING 9 /* IQ Tuning Meas Fcn */
#define age1960_TEST_MODE 0 /* Test operating mode */
#define age1960_ACELL_MODE 1 /* Active Cell operating mode */
#define age1960_UNKNOWN_BAND -1 /* No band set */
#define age1960_CURRENT_BAND 0 /* Current band */
#define age1960_PGSM_BAND 1 /* PGSM band */
#define age1960_EGSM_BAND 2 /* EGSM band */
#define age1960_DCS1800_BAND 3 /* DCS 1800 band */
#define age1960_PCS1900_BAND 4 /* PCS 1900 band */
#define age1960_GSM850_BAND 5 /* GSM 850 band */
#define age1960_PGSM_MIN_CH 1 /* PGSM min channel No. */
#define age1960_PGSM_MAX_CH 124 /* PGSM max channel No. */
#define age1960_EGSM_MIN_CH_1 0 /* EGSM min 1 channel No. */
#define age1960_EGSM_MAX_CH_1 124 /* EGSM max 1 channel No. */
#define age1960_EGSM_MIN_CH_2 975 /* EGSM min 2 channel No. */
#define age1960_EGSM_MAX_CH_2 1023 /* EGSM max 2 channel No. */
#define age1960_DCS1800_MIN_CH 512 /* DCS 1800 min channel No. */
#define age1960_DCS1800_MAX_CH 885 /* DCS 1800 max channel No. */
#define age1960_PCS1900_MIN_CH 512 /* PCS 1900 min channel No. */
#define age1960_PCS1900_MAX_CH 810 /* PCS 1900 max channel No. */
#define age1960_GSM850_MIN_CH 128 /* GSM 850 min channel No. */
#define age1960_GSM850_MAX_CH 251 /* GSM 850 max channel No. */
#define age1960_PGSM_MIN_TXL 0 /* PGSM min TX Level */
#define age1960_PGSM_MAX_TXL 31 /* PGSM max TX Level */
#define age1960_EGSM_MIN_TXL 0 /* EGSM min TX Level */
#define age1960_EGSM_MAX_TXL 31 /* EGSM max TX Level */
#define age1960_DCS1800_MIN_TXL 0 /* DCS 1800 min TX Level */
#define age1960_DCS1800_MAX_TXL 31 /* DCS 1800 max TX Level */
#define age1960_PCS1900_MIN_TXL_1 0 /* PCS 1900 Rng 1 min TX Level */
#define age1960_PCS1900_MAX_TXL_1 15 /* PCS 1900 Rng 1 max TX Level */
#define age1960_PCS1900_MIN_TXL_2 30 /* PCS 1900 Rng 2 min TX Level */
#define age1960_PCS1900_MAX_TXL_2 31 /* PCS 1900 Rng 2 max TX Level */
#define age1960_GSM850_MIN_TXL 0 /* GSM 850 min TX Level */
#define age1960_GSM850_MAX_TXL 31 /* GSM 850 max TX Level */
#define age1960_TADVANCE_MIN 0 /* Timing Advance minimum */
#define age1960_TADVANCE_MAX 63 /* Timing Advance maxinum */
#define age1960_SACCHREADINGS_MIN 1 /* Min number of SACCH readings to be made */
#define age1960_SACCHREADINGS_MAX 1000 /* Max number of SACCH readings to be made */
#define age1960_TRIG_DELAY_MIN -0.00231 /* min trigger delay in seconds */
#define age1960_TRIG_DELAY_MAX +0.00231 /* max trigger delay in seconds */
#define age1960_TIMESLOT_MIN 3 /* Timeslot minimum */
#define age1960_TIMESLOT_MAX 5 /* Timeslot maximum */
#define age1960_EXPECTED_POWER_MIN -60.0 /* Expected Power minimum */
#define age1960_EXPECTED_POWER_MAX +53.0 /* Expected Power maximum */
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