📄 age1960.h
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#define age1960_BA_TABLE_PTS_MIN 0 /* BA Table minimum pts */
#define age1960_BA_TABLE_PTS_MAX 16 /* BA Table maxinum pts */
#define age1960_MEAS_COUNT_MIN 0 /* minimum number of measurements that can be made */
#define age1960_MEAS_COUNT_MAX 999 /* maximum number of measurements that can be made */
#define age1960_FBER_COUNT_MIN 1 /* minimum number of bits that can be tested for FBER*/
#define age1960_FBER_COUNT_MAX 999000 /* maximum number of bits that can be tested for FBER*/
#define age1960_BER_COUNT_MIN 1 /* minimum number of bits that can be tested for BER*/
#define age1960_BER_COUNT_MAX 999000 /* maximum number of bits that can be tested for BER*/
#define age1960_FBER_DELAY_MIN 0 /* minimum FBER frame delay */
#define age1960_FBER_DELAY_MAX 26 /* maximum FBER frame delay */
#define age1960_BER_DELAY_MIN 1 /* minimum BER frame delay */
#define age1960_BER_DELAY_MAX 15 /* maximum BER frame delay */
#define age1960_TSC0_BURST 0 /* TSC0 expected burst */
#define age1960_TSC1_BURST 1 /* TSC1 expected burst */
#define age1960_TSC2_BURST 2 /* TSC2 expected burst */
#define age1960_TSC3_BURST 3 /* TSC3 expected burst */
#define age1960_TSC4_BURST 4 /* TSC4 expected burst */
#define age1960_TSC5_BURST 5 /* TSC5 expected burst */
#define age1960_TSC6_BURST 6 /* TSC6 expected burst */
#define age1960_TSC7_BURST 7 /* TSC7 expected burst */
#define age1960_RACH_BURST 8 /* RACH expected burst */
#define age1960_CELL_POWER_MIN -127.0 /* minimum cell power */
#define age1960_CELL_POWER_MAX -10.0 /* maximum cell power */
#define age1960_CELL_1 1 /* serving cell 1 */
#define age1960_CELL_2 2 /* serving cell 2 */
#define age1960_MAN_RCV_CONTROL 0 /* Manual receiver control */
#define age1960_AUTO_RCV_CONTROL 1 /* Auto receiver control */
#define age1960_TRIG_AUTO 0 /* Auto trigger source */
#define age1960_TRIG_PROT 1 /* Protocol trigger source */
#define age1960_TRIG_RF_RISE 2 /* RF Rise trigger source */
#define age1960_TRIG_IMMEDIATE 3 /* Immediate trigger source */
#define age1960_BSYNC_MID 0 /* Midample burst sync */
#define age1960_BSYNC_AMPL 1 /* Amplitude burst sync */
#define age1960_BSYNC_NONE 2 /* No burst sync */
#define age1960_PVT_POINTS_MIN 0 /* minimum number of pvt offsets */
#define age1960_PVT_POINTS_MAX 12 /* maximum number of pvt offsets */
#define age1960_PVT_OFFSET_MIN -0.000050 /* minimum pvt offset time in seconds */
#define age1960_PVT_OFFSET_MAX 0.000590 /* maximum pvt offset time in seconds */
#define age1960_ORFSSW_POINTS_MIN 0 /* minimum number of ORFS switching frequencies */
#define age1960_ORFSSW_POINTS_MAX 8 /* maximum number of ORFS switching frequencies */
#define age1960_ORFSMOD_POINTS_MIN 0 /* minimum number of ORFS modulation frequencies */
#define age1960_ORFSMOD_POINTS_MAX 22 /* maximum number of ORFS modulation frequencies */
#define age1960_ORFSFREQ_MIN_1 -1800000.0 /* minimum ORFS Frequency in Hz, range 1 */
#define age1960_ORFSFREQ_MAX_1 -10.0 /* maximum ORFS Frequency in Hz, range 1 */
#define age1960_ORFSFREQ_MIN_2 10.0 /* minimum ORFS Frequency in Hz, range 2 */
#define age1960_ORFSFREQ_MAX_2 1800000.0 /* maximum ORFS Frequency in Hz, range 2 */
#define age1960_EXP_VOLT_MIN 0.010 /* minimum expected audio measurement range in volts peak */
#define age1960_EXP_VOLT_MAX 20.0 /* maximum expected audio measurement range in volts peak */
#define age1960_AAUDFLT_FREQ_MIN 200.0 /* minimum bandpass analog audio frequency in Hz */
#define age1960_AAUDFLT_FREQ_MAX 8000.0 /* maximum bandpass analog audio frequency in Hz */
#define age1960_DAUDFLT_FREQ_MIN 200.0 /* minimum bandpass decoded audio frequency in Hz */
#define age1960_DAUDFLT_FREQ_MAX 3600.0 /* maximum bandpass decoded audio frequency in Hz */
#define age1960_AMPOFFSET_ITEMS_MIN 0 /* min items sent of zero turns off amplitude offset */
#define age1960_AMPOFFSET_ITEMS_MAX 20 /* max items sent */
#define age1960_OFFSET_FREQ_MIN 292500000.0 /* Offset Frequency minimum */
#define age1960_OFFSET_FREQ_MAX 2700000000.0 /* Offset Frequency maximum */
#define age1960_PATH_GAIN_MIN -100.0 /* minimum path offset (gain) in dB */
#define age1960_PATH_GAIN_MAX +100.0 /* maximum path offset (gain) in dB */
#define age1960_AUTORANGE_TRIES_MIN 1 /* minimum autorange tries */
#define age1960_AUTORANGE_TRIES_MAX 100 /* maximum autorange tries */
#define age1960_EXPECTED_PWR_MIN -60.0 /* minimum expected power setting */
#define age1960_EXPECTED_PWR_MAX 53.0 /* maximum expected power setting */
#define age1960_BER_TYPE_IA 0 /* Type IA BER Measurement */
#define age1960_BER_TYPE_II 1 /* Type II BER Measurement */
#define age1960_BER_TYPE_IB 2 /* Type IB BER Measurement */
#define age1960_BER_RES_TYPE_IA 3 /* Residual Type IA BER Measurement */
#define age1960_BER_RES_TYPE_II 4 /* Residual Type II BER Measurement */
#define age1960_BER_RES_TYPE_IB 5 /* Residual Type IB BER Measurement */
#define age1960_CONN_STATE_UNKNOWN -1 /* Connection status UNKNOWN */
#define age1960_CALL_CONNECTED 0 /* Call at the the connected state */
#define age1960_CALL_ALERTING 1 /* Call at the alerting state */
#define age1960_CALL_IDLE 2 /* Call at the idle state */
#define age1960_WAITFOR_NMRR 0 /* Wait for a specific NMRR state */
#define age1960_WAITFOR_CALL 1 /* Wait for call connected state */
#define age1960_WAITFOR_MEAS 2 /* Wait for a any NMRR state */
#define age1960_HOLDOFF_TIME_MIN 0.0 /* min seconds for BER and FBER to holdoff the measurement */
#define age1960_HOLDOFF_TIME_MAX 5.0 /* max seconds for BER and FBER to holdoff the measurement */
#define age1960_PVTPLOT_ARRAY_MIN 2220 /* min number of points from PVT plot, for now fixed */
#define age1960_PVTPLOT_ARRAY_MAX 5000 /* Max number of points from PVT plot, for now fixed */
#define age1960_IQ_REF_NEG67K 0 /* All zeros (-67.7) */
#define age1960_IQ_REF_ZEROK 1 /* Carrier (0kHz) */
#define age1960_IQ_REF_PLUS67K 2 /* All ones (+67.7) */
#define age1960_IQ_REF_AUTO 3 /* Function will reference to the highest level */
#define age1960_IQ_ARRAY_MIN 9 /* The minimum array size for the IQ tuning results */
#define age1960_IQ_ARRAY_MAX 500 /* The maximum array size for the IQ tuning results */
#define age1960_LOOPBACK_OFF 0 /* Turn Loopback off */
#define age1960_LOOPBACK_A 1 /* Loopback to type A */
#define age1960_LOOPBACK_B 2 /* Loopback to type B */
#define age1960_LOOPBACK_C 3 /* Loopback to type C */
#define age1960_FR_SPEECH 0 /* Channel mode setting - Full rate Speech */
#define age1960_EFR_SPEECH 1 /* Channel mode setting - Enhanced Full rate Speech */
#define age1960_EXP_DIFF_MIN -30.0 /* minimum Expected difference for dynamic power */
#define age1960_EXP_DIFF_MAX 30.0 /* maximum Expected difference for dynamic power */
#define age1960_DPOW_COUNT_MIN 1 /* minimum count for dynamic power */
#define age1960_DPOW_COUNT_MAX 999 /* maximum count for dynamic power */
#define age1960_DPOW_ARRAY_MIN 1 /* minimum number of points allowed for Dynamic power measurement */
#define age1960_DPOW_ARRAY_MAX 2000 /* maximum number of points allowed for Dynmaic power measurement */
#define age1960_IQT_SPURFREQ_MIN_1 -13.0E6
#define age1960_IQT_SPURFREQ_MAX_1 -1.0E6
#define age1960_IQT_SPURFREQ_MIN_2 1.0E6
#define age1960_IQT_SPURFREQ_MAX_2 13.0E6
#define age1960_TA_SWITCH_MAX_TIME 240 /* switching timeout value */
#define age1960_FUND_FREQ_MIN 100.000000 /* Audio analyzer minimum fundamental frequency */
#define age1960_FUND_FREQ_MAX 10000.000000 /* Audio analyzer maximum fundamental frequency */
#define age1960_FILTER_NONE 0 /* Audio analyzer filter type NONE */
#define age1960_FILTER_BANDPASS 1 /* Audio analyzer Tunable BandPass filter */
#define age1960_FILTER_CMESSAGE 2 /* Audio analyzer C_Message filter type */
#define age1960_FILTER_50_15KHZ 3 /* Audio analyzer BandPass filter 50 to 15khz */
#define age1960_FILTER_300_15KHZ 4 /* Audio analyzer BandPass filter 300 to 15KHZ */
#define age1960_BPF_FREQ_MIN 200.000000 /* Audio analyzer BandPass filter minimum center frequency */
#define age1960_BPF_AFAN_FREQ_MAX 20000.000000 /* Audio analyzer BandPass filter maximum center frequency */
#define age1960_DET_RMS 0 /* Audio analyzer RMS detector */
#define age1960_DET_PPEAK 1 /* Audio analyzer Positive Peak detector */
#define age1960_EXPANDOR_LVL_MIN 0.00 /* Audio analyzer RMS detector */
#define age1960_EXPANDOR_LVL_MAX 10.00 /* Audio analyzer Positive Peak detector */
#define age1960_AUTORNG_AFANALYZER 0 /* Audio Frequency Analyzer Meas Fcn */
#define age1960_AUTORNG_TXPOWER 1 /* TX Power Meas Fcn */
#define age1960_CIFT_CONF_LEVEL_MIN 80.0 /* PFER CIFT confidence level minimum */
#define age1960_CIFT_CONF_LEVEL_MAX 99.9 /* PFER CIFT confidence level maximum */
#define age1960_PFER_PEAK_PHASE_LIMIT_MIN 0.0 /* PFER CIFT peak phase error limit minimum */
#define age1960_PFER_PEAK_PHASE_LIMIT_MAX 20.0 /* PFER CIFT peak phase error limit maximum */
#define age1960_PFER_RMS_PHASE_LIMIT_MIN 0.0 /* PFER CIFT rms phase error limit minimum */
#define age1960_PFER_RMS_PHASE_LIMIT_MAX 5.0 /* PFER CIFT rms phase error limit maximum */
#define age1960_PFER_FREQ_ERROR_LIMIT_MIN 0.01 /* PFER CIFT frequency error limit minimum */
#define age1960_PFER_FREQ_ERROR_LIMIT_MAX 0.10 /* PFER CIFT frequency error limit minimum */
#define age1960_GPRS_FORMAT "GPRS" /* GPRS TA format name */
#define age1960_GSM_FORMAT "GSM" /* GSM TA format name */
#define age1960_AMPS_IS136_FORMAT "AMPS\IS136" /* AMPS/IS136 TA format name */
#define age1960_WCDMA_FORMAT "WCDMA" /* WCDMA TA format name */
#define age1960_GPRS_TA_SUFFIX ":GPRS" /* SCPI suffix for GPRS TAP SCPI */
#define age1960_GSM_TA_SUFFIX ":GSM" /* SCPI suffix for GSM TAP SCPI */
#define age1960_IS136_TA_SUFFIX ":DIG136" /* SCPI suffix for AMPS/IS136 TAP (Digital Control Channel Only) */
#define age1960_AMPS_IS136_TA_SUFFIX ":TA136" /* SCPI suffix for AMPS/IS136 TAP SCPI */
#define age1960_WCDMA_TA_SUFFIX ":WCDMA" /* SCPI suffix for WCDMA TAP SCPI */
#define age1960_C2K_TA_SUFFIX ":C2K" /* SCPI suffix for C2K SCPI */
#define age1960_PVT_MASK_NARROW 0 /* Power Vs Time PCS ETSI Limit Mask - Narrow */
#define age1960_PVT_MASK_RELAXED 1 /* Power Vs Time PCS ETSI Limit Mask - Relaxed */
#define age1960_ORFS_LIMIT_ETSI 0 /* ORFS measurement Limit Source ETSI setting */
#define age1960_ORFS_LIMIT_MAN 1 /* ORFS measurement Limit Source Manual setting */
#define age1960_ORFSSW_LIM_POINTS_MIN 1 /* ORFS Switching Limits minimum number of points */
#define age1960_ORFSSW_LIM_POINTS_MAX 8 /* ORFS Switching Limits maximum number of points */
#define age1960_ORFSMOD_LIM_POINTS_MIN 1 /* ORFS Modulation Limits minimum number of points */
#define age1960_ORFSMOD_LIM_POINTS_MAX 22 /* ORFS Modulation Limits maximum number of points */
#define age1960_ORFSSW_LIMIT_MIN -200.0 /* ORFS Switching Limits minimum acceptable setting */
#define age1960_ORFSSW_LIMIT_MAX 100.0 /* ORFS Switching Limits maximum acceptable setting */
#define age1960_ORFSMOD_LIMIT_MIN -200.0 /* ORFS Modulation Limits minimum acceptable setting */
#define age1960_ORFSMOD_LIMIT_MAX 100.0 /* ORFS Modulation Limits maximum acceptable setting */
/***************************************************/
/* Tracing functions for surround */
/***************************************************/
#define age1960_TRAC_STDERR 0
#define age1960_TRAC_EVENTLOG 1
#define age1960_TRAC_DEBUGSTRING 2
#define age1960_TRAC_CALLBACK 3
#define age1960_TRAC_NONE 0
#define age1960_TRAC_ERROR 1
#define age1960_TRAC_ALL 2
ViStatus _VI_FUNC age1960_diagTrac (
ViSession vi,
ViInt16 destination,
ViInt16 level);
#ifdef INSTR_CALLBACKS
ViStatus _VI_FUNC age1960_diagTracCallback (
ViSession vi,
ViAddr function,
ViAddr handle);
#endif /* INSTR_CALLBACKS */
ViStatus _VI_FUNC age1960_diagTrac_Q (
ViSession vi,
ViPInt16 destination,
ViPInt16 level);
/***************************************************/
/* Instrument specific functions */
/***************************************************/
ViStatus _VI_FUNC age1960_cmdIntArr
(ViSession instrumentHandle,
ViString sendIntegerArrayCommand,
ViInt32 sendIntegerArraySize,
ViInt32 sendIntegerArray[]);
ViStatus _VI_FUNC age1960_cmdRealArr
(ViSession instrumentHandle,
ViString sendRealArrayCommand,
ViInt32 sendRealArraySize,
ViReal64 sendRealArray[]);
ViStatus _VI_FUNC age1960_partialPreset
(ViSession instrumentHandle);
ViStatus _VI_FUNC age1960_readTXPower_Q
(ViSession instrumentHandle,
ViBoolean autoRange,
ViPInt32 TXPowerIntegrity,
ViPReal64 TXPower);
ViStatus _VI_FUNC age1960_readPowerVsTime_Q
(ViSession instrumentHandle,
ViInt32 pvsTimeArraySize,
ViPInt32 pvsTimeIntegrity,
ViPReal64 pvsTimeMaskFail,
ViPReal64 pvsTimeTXPower,
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