|
| #define | EXTFITS_STOKE_I "1" |
| |
|
#define | EXTFITS_STOKE_Q "2" |
| | Q.
|
| |
|
#define | EXTFITS_STOKE_U "3" |
| | U.
|
| |
|
#define | EXTFITS_STOKE_V "4" |
| | V.
|
| |
|
#define | EXTFITS_STOKE_RR "-1" |
| | RR.
|
| |
|
#define | EXTFITS_STOKE_LL "-2" |
| | LL.
|
| |
|
#define | EXTFITS_STOKE_RL "-3" |
| | RL.
|
| |
|
#define | EXTFITS_STOKE_LR "-4" |
| | LR.
|
| |
|
#define | EXTFITS_STOKE_XX "-5" |
| | XX.
|
| |
|
#define | EXTFITS_STOKE_YY "-6" |
| | YY.
|
| |
|
#define | EXTFITS_STOKE_XY "-7" |
| | XY.
|
| |
|
#define | EXTFITS_STOKE_YX "-8" |
| | YX.
|
| |
| #define | FITS_TABLE_FITSIDI_ANTENNA "ANTENNA" |
| |
|
#define | FITS_TABLE_FITSIDI_ARRAY_GEOMETRY "ARRAY_GEOMETRY" |
| | Time system information and antenna coordinates.
|
| |
|
#define | FITS_TABLE_FITSIDI_BANDPASS "BANDPASS" |
| | Channel-dependent complex gains.
|
| |
|
#define | FITS_TABLE_FITSIDI_BASELINE "BASELINE" |
| | Baseline-specific gain factors.
|
| |
|
#define | FITS_TABLE_FITSIDI_CALIBRATION "CALIBRATION" |
| | Complex gains as a function of time.
|
| |
|
#define | FITS_TABLE_FITSIDI_FLAG "FLAG" |
| | Information for flagging data.
|
| |
|
#define | FITS_TABLE_FITSIDI_FREQUENCY "FREQUENCY" |
| | Frequency setups.
|
| |
|
#define | FITS_TABLE_FITSIDI_GAIN_CURVE "GAIN_CURVE" |
| | Antenna gain curves.
|
| |
|
#define | FITS_TABLE_FITSIDI_INTERFEROMETER_MODEL "INTERFEROMETER_MODEL" |
| | Correlator model parameters.
|
| |
|
#define | FITS_TABLE_FITSIDI_PHASE_CAL "PHASE-CAL" |
| | Phase cal measurements.
|
| |
|
#define | FITS_TABLE_FITSIDI_SOURCE "SOURCE" |
| | Information on sources observed.
|
| |
|
#define | FITS_TABLE_FITSIDI_SYSTEM_TEMPERATURE "SYSTEM_TEMPERATURE" |
| | System and antenna temperatures.
|
| |
|
#define | FITS_TABLE_FITSIDI_UV_DATA "UV_DATA" |
| | Visibility data.
|
| |
|
#define | FITS_TABLE_FITSIDI_WEATHER "WEATHER" |
| | Meteorological data.
|
| |
| #define | FITSIDI_COLUMN_CORRELAT (dsp_fits_column){"CORRELAT", EXTFITS_ELEMENT_STRING.typestr, "", "", "Name/type of correlator", (char*[]){""}} |
| |
|
#define | FITSIDI_COLUMN_FXCORVER (dsp_fits_column){"FXCORVER", EXTFITS_ELEMENT_STRING.typestr, "", "", "Version number of the correlator software that produced the file", (char*[]){""}} |
| | Version number of the correlator software that produced the file.
|
| |
| #define | FITSIDI_KEYWORD_TABREV "TABREV" |
| |
|
#define | FITSIDI_KEYWORD_OBSCODE "OBSCODE" |
| | Observation identification.
|
| |
|
#define | FITSIDI_KEYWORD_NO_STKD "NO_STKD" |
| | The number of Stokes parameters.
|
| |
|
#define | FITSIDI_KEYWORD_STK_1 "STK_1" |
| | The first Stokes parameter coordinate value.
|
| |
|
#define | FITSIDI_KEYWORD_NO_BAND "NO_BAND" |
| | The number of bands.
|
| |
|
#define | FITSIDI_KEYWORD_NO_CHAN "NO_CHAN" |
| | The number of spectral channels per band.
|
| |
|
#define | FITSIDI_KEYWORD_REF_FREQ "REF_FREQ" |
| | The file reference frequency in Hz.
|
| |
|
#define | FITSIDI_KEYWORD_CHAN_BW "CHAN_BW" |
| | The channel bandwidth in Hz for the first band in the frequency setup with frequency ID number 1.
|
| |
|
#define | FITSIDI_KEYWORD_REF_PIXL "REF_PIXL" |
| | The reference pixel for the frequency axis.
|
| |
| #define | FITSIDI_UV_DATA_AXIS_COMPLEX (dsp_fits_column){"COMPLEX", "", "", "", "Real, imaginary, weight", (char*[]){""}} |
| |
|
#define | FITSIDI_UV_DATA_AXIS_STOKES (dsp_fits_column){"STOKES", "", "", "", "Stokes parameter", (char*[]){""}} |
| | Stokes parameter.
|
| |
|
#define | FITSIDI_UV_DATA_AXIS_FREQ (dsp_fits_column){"FREQ", "", "", EXTFITS_MEASURE_UNIT_HZ, "Frequency (spectral channel)", (char*[]){""}} |
| | Frequency (spectral channel)
|
| |
|
#define | FITSIDI_UV_DATA_AXIS_BAND (dsp_fits_column){"BAND", "", "", EXTFITS_MEASURE_UNIT_HZ, "Band number", (char*[]){""}} |
| | Band number.
|
| |
|
#define | FITSIDI_UV_DATA_AXIS_RA (dsp_fits_column){"RA", "", "", EXTFITS_MEASURE_UNIT_DEGREE, "Right ascension of the phase center", (char*[]){""}} |
| | Right ascension of the phase center.
|
| |
|
#define | FITSIDI_UV_DATA_AXIS_DEC (dsp_fits_column){"DEC", "", "", EXTFITS_MEASURE_UNIT_DEGREE, "Declination of the phase center", (char*[]){""}} |
| | Declination of the phase center.
|
| |
| #define | FITSIDI_UV_DATA_COLUMN_UU (dsp_fits_column){"UU", "1D", EXTFITS_MEASURE_UNIT_SECOND, "", "u baseline coordinate (-SIN system)", (char*[]){""}} |
| |
|
#define | FITSIDI_UV_DATA_COLUMN_VV (dsp_fits_column){"VV", "1D", EXTFITS_MEASURE_UNIT_SECOND, "", "v baseline coordinate (-SIN system)", (char*[]){""}} |
| | seconds v baseline coordinate (-SIN system)
|
| |
|
#define | FITSIDI_UV_DATA_COLUMN_WW (dsp_fits_column){"WW", "1D", EXTFITS_MEASURE_UNIT_SECOND, "", "w baseline coordinate (-SIN system)", (char*[]){""}} |
| | seconds w baseline coordinate (-SIN system)
|
| |
|
#define | FITSIDI_UV_DATA_COLUMN_UU_SIN (dsp_fits_column){"UU---SIN", "1D", EXTFITS_MEASURE_UNIT_SECOND, "", "u baseline coordinate (-SIN system)", (char*[]){""}} |
| | seconds u baseline coordinate (-SIN system)
|
| |
|
#define | FITSIDI_UV_DATA_COLUMN_VV_SIN (dsp_fits_column){"VV---SIN", "1D", EXTFITS_MEASURE_UNIT_SECOND, "", "v baseline coordinate (-SIN system)", (char*[]){""}} |
| | seconds v baseline coordinate (-SIN system)
|
| |
|
#define | FITSIDI_UV_DATA_COLUMN_WW_SIN (dsp_fits_column){"WW---SIN", "1D", EXTFITS_MEASURE_UNIT_SECOND, "", "w baseline coordinate (-SIN system)", (char*[]){""}} |
| | seconds w baseline coordinate (-SIN system)
|
| |
|
#define | FITSIDI_UV_DATA_COLUMN_UU_NCP (dsp_fits_column){"UU---NCP", "1D", EXTFITS_MEASURE_UNIT_SECOND, "", "u baseline coordinate (-NCP system)", (char*[]){""}} |
| | seconds u baseline coordinate (-NCP system)
|
| |
|
#define | FITSIDI_UV_DATA_COLUMN_VV_NCP (dsp_fits_column){"VV---NCP", "1D", EXTFITS_MEASURE_UNIT_SECOND, "", "v baseline coordinate (-NCP system)", (char*[]){""}} |
| | seconds v baseline coordinate (-NCP system)
|
| |
|
#define | FITSIDI_UV_DATA_COLUMN_WW_NCP (dsp_fits_column){"WW---NCP", "1D", EXTFITS_MEASURE_UNIT_SECOND, "", "w baseline coordinate (-NCP system)", (char*[]){""}} |
| | seconds w baseline coordinate (-NCP system)
|
| |
|
#define | FITSIDI_UV_DATA_COLUMN_DATE (dsp_fits_column){"DATE", "1D", EXTFITS_MEASURE_UNIT_DAY, "", "Julian date at 0 hours", (char*[]){""}} |
| | days Julian date at 0 hours
|
| |
|
#define | FITSIDI_UV_DATA_COLUMN_TIME (dsp_fits_column){"TIME", "1D", EXTFITS_MEASURE_UNIT_DAY, "", "Time elapsed since 0 hours", (char*[]){""}} |
| | days Time elapsed since 0 hours
|
| |
|
#define | FITSIDI_UV_DATA_COLUMN_BASELINE (dsp_fits_column){"BASELINE", "1J", "", "", "Baseline number", (char*[]){""}} |
| | Baseline number.
|
| |
|
#define | FITSIDI_UV_DATA_COLUMN_ARRAY (dsp_fits_column){"ARRAY", "1J", "", "", "Array number", (char*[]){""}} |
| | Array number.
|
| |
|
#define | FITSIDI_UV_DATA_COLUMN_SOURCE_ID (dsp_fits_column){"SOURCE_ID", "1J", "", "", "Source ID number", (char*[]){""}} |
| | Source ID number.
|
| |
|
#define | FITSIDI_UV_DATA_COLUMN_FREQID (dsp_fits_column){"FREQID", "1J", "", "", "Frequency setup ID number", (char*[]){""}} |
| | Frequency setup ID number.
|
| |
|
#define | FITSIDI_UV_DATA_COLUMN_INTTIM (dsp_fits_column){"INTTIM", "1D", EXTFITS_MEASURE_UNIT_SECOND, "", "Integration time", (char*[]){""}} |
| | seconds Integration time
|
| |
|
#define | FITSIDI_UV_DATA_COLUMN_WEIGHT(nstokes, nband) (dsp_fits_column){"WEIGHT", EXTFITS_ELEMENT_FLOAT.typestr itostr(nstokes) "," itostr(nband), "", "", "Weights", (char*[]){""}} |
| | Weights.
|
| |
| #define | FITSIDI_UV_DATA_KEYWORD_TABREV (dsp_fits_keyword){"TABREV", EXTFITS_ELEMENT_SHORT.typestr, "", "", "2", (char*[]){""}} |
| |
|
#define | FITSIDI_UV_DATA_KEYWORD_NO_STKD (dsp_fits_keyword){"NO_STKD", EXTFITS_ELEMENT_SHORT.typestr, "", "", "The number of Stokes parameters", (char*[]){""}} |
| | The number of Stokes parameters.
|
| |
|
#define | FITSIDI_UV_DATA_KEYWORD_STK_1 (dsp_fits_keyword){"STK_1", EXTFITS_ELEMENT_SHORT.typestr, "", "", "The first Stokes parameter coordinate value", (char*[]){""}} |
| | The first Stokes parameter coordinate value.
|
| |
|
#define | FITSIDI_UV_DATA_KEYWORD_NO_BAND (dsp_fits_keyword){"NO_BAND", EXTFITS_ELEMENT_SHORT.typestr, "", "", "The number of bands", (char*[]){""}} |
| | The number of bands.
|
| |
|
#define | FITSIDI_UV_DATA_KEYWORD_NO_CHAN (dsp_fits_keyword){"NO_CHAN", EXTFITS_ELEMENT_SHORT.typestr, "", "", "The number of spectral channels per band", (char*[]){""}} |
| | The number of spectral channels per band.
|
| |
|
#define | FITSIDI_UV_DATA_KEYWORD_REF_FREQ (dsp_fits_keyword){"REF_FREQ", EXTFITS_ELEMENT_FLOAT.typestr, "", "", "The file reference frequency in Hz", (char*[]){""}} |
| | The file reference frequency in Hz.
|
| |
|
#define | FITSIDI_UV_DATA_KEYWORD_CHAN_BW (dsp_fits_keyword){"CHAN_BW", EXTFITS_ELEMENT_FLOAT.typestr, "", "", "The channel bandwidth in Hz for the first band in the frequency setup with frequency ID number 1", (char*[]){""}} |
| | The channel bandwidth in Hz for the first band in the frequency setup with frequency ID number 1.
|
| |
|
#define | FITSIDI_UV_DATA_KEYWORD_REF_PIXL (dsp_fits_keyword){"REF_PIXL", EXTFITS_ELEMENT_FLOAT.typestr, "", "", "The reference pixel for the frequency axis", (char*[]){""}} |
| | The reference pixel for the frequency axis.
|
| |
|
#define | FITSIDI_UV_DATA_KEYWORD_EQUINOX (dsp_fits_keyword){"EQUINOX", "8A", "", "", "Mean equinox", (char*[]){""}} |
| | Mean equinox.
|
| |
|
#define | FITSIDI_UV_DATA_KEYWORD_WEIGHTYP (dsp_fits_keyword){"WEIGHTYP", "8A", "", "", "Type of data weights", (char*[]){""}} |
| | Type of data weights.
|
| |
| #define | FITSIDI_ARRAY_GEOMETRY_COLUMN_ANNAME (dsp_fits_column){"ANNAME", "8A", "", "", "Antenna name", (char*[]){""}} |
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_COLUMN_STABXYZ (dsp_fits_column){"STABXYZ", "3D", EXTFITS_MEASURE_UNIT_METER, "", "Antenna station coordinates (x, y, z)", (char*[]){""}} |
| | meters Antenna station coordinates (x, y, z)
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_COLUMN_DERXYZ (dsp_fits_column){"DERXYZ", "3E", "meters/s", "", "First-order derivatives of the station coordinates with respect to time", (char*[]){""}} |
| | meters/s First-order derivatives of the station coordinates with respect to time
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_COLUMN_ORBPARM(norb) (dsp_fits_column){"ORBPARM", EXTFITS_ELEMENT_DOUBLE.typestr itostr(norb), "", "", "Orbital parameters", (char*[]){""}} |
| | Orbital parameters.
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_COLUMN_NOSTA (dsp_fits_column){"NOSTA", "1I", "", "", "Antenna number", (char*[]){""}} |
| | Antenna number.
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_COLUMN_MNTSTA (dsp_fits_column){"MNTSTA", "1J", "", "", "Mount type", (char*[]){""}} |
| | Mount type.
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_COLUMN_STAXOF (dsp_fits_column){"STAXOF", "3E", EXTFITS_MEASURE_UNIT_METER, "", "Axis offset", (char*[]){""}} |
| | meters Axis offset
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_COLUMN_DIAMETER (dsp_fits_column){"DIAMETER", "1E", EXTFITS_MEASURE_UNIT_METER, "", "Antenna diameter", (char*[]){""}} |
| | meters Antenna diameter
|
| |
| #define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_TABREV (dsp_fits_keyword){"TABREV", EXTFITS_ELEMENT_SHORT.typestr, "", "", "1", (char*[]){""}} |
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_EXTVER (dsp_fits_keyword){"EXTVER", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Array number", (char*[]){""}} |
| | Array number.
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_ARRNAM (dsp_fits_keyword){"ARRNAM", EXTFITS_ELEMENT_STRING.typestr, "", "", "Array name", (char*[]){""}} |
| | Array name.
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_FRAME (dsp_fits_keyword){"FRAME", EXTFITS_ELEMENT_STRING.typestr, "", "", "Coordinate frame", (char*[]){""}} |
| | Coordinate frame.
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_ARRAYX (dsp_fits_keyword){"ARRAYX", EXTFITS_ELEMENT_FLOAT.typestr, "", "", "x coordinate of array center (m)", (char*[]){""}} |
| | x coordinate of array center (m)
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_ARRAYY (dsp_fits_keyword){"ARRAYY", EXTFITS_ELEMENT_FLOAT.typestr, "", "", "y coordinate of array center (m)", (char*[]){""}} |
| | y coordinate of array center (m)
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_ARRAYZ (dsp_fits_keyword){"ARRAYZ", EXTFITS_ELEMENT_FLOAT.typestr, "", "", "z coordinate of array center (m)", (char*[]){""}} |
| | z coordinate of array center (m)
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_NUMORB (dsp_fits_keyword){"NUMORB", EXTFITS_ELEMENT_SHORT.typestr, "", "", "norb= number orbital parameters in table", (char*[]){""}} |
| | norb= number orbital parameters in table
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_FREQ (dsp_fits_keyword){"FREQ", EXTFITS_ELEMENT_FLOAT.typestr, "", "", "Reference frequency (Hz)", (char*[]){""}} |
| | Reference frequency (Hz)
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_TIMESYS (dsp_fits_keyword){"TIMESYS", EXTFITS_ELEMENT_STRING.typestr, "", "", "Time system", (char*[]){""}} |
| | Time system.
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_RDATE (dsp_fits_keyword){"RDATE", EXTFITS_ELEMENT_DOUBLE.typestr, "", "", "Reference date", (char*[]){""}} |
| | Reference date.
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_GSTIA0 (dsp_fits_keyword){"GSTIA0", EXTFITS_ELEMENT_FLOAT.typestr, "", "", "GST at 0h on reference date (degrees)", (char*[]){""}} |
| | GST at 0h on reference date (degrees)
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_DEGPDY (dsp_fits_keyword){"DEGPDY", EXTFITS_ELEMENT_FLOAT.typestr, "", "", "Earth's rotation rate (degrees/day)", (char*[]){""}} |
| | Earth's rotation rate (degrees/day)
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_UT1UTC (dsp_fits_keyword){"UT1UTC", EXTFITS_ELEMENT_FLOAT.typestr, "", "", "UT1 - UTC (sec)", (char*[]){""}} |
| | UT1 - UTC (sec)
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_IATUTC (dsp_fits_keyword){"IATUTC", EXTFITS_ELEMENT_FLOAT.typestr, "", "", "IAT - UTC (sec)", (char*[]){""}} |
| | IAT - UTC (sec)
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_POLARX (dsp_fits_keyword){"POLARX", EXTFITS_ELEMENT_FLOAT.typestr, "", "", "x coordinate of North Pole (arc seconds)", (char*[]){""}} |
| | x coordinate of North Pole (arc seconds)
|
| |
|
#define | FITSIDI_ARRAY_GEOMETRY_KEYWORD_POLARY (dsp_fits_keyword){"POLARY", EXTFITS_ELEMENT_FLOAT.typestr, "", "", "y coordinate of North Pole (arc seconds)", (char*[]){""}} |
| | y coordinate of North Pole (arc seconds)
|
| |
| #define | FITSIDI_ANTENNA_COLUMN_TIME (dsp_fits_column){"TIME", "1D", EXTFITS_MEASURE_UNIT_DAY, "", "Central time of period covered by record", (char*[]){""}} |
| |
|
#define | FITSIDI_ANTENNA_COLUMN_TIME_INTERVAL (dsp_fits_column){"TIME_INTERVAL", "1E", EXTFITS_MEASURE_UNIT_DAY, "", "Duration of period covered by record", (char*[]){""}} |
| | days Duration of period covered by record
|
| |
|
#define | FITSIDI_ANTENNA_COLUMN_ANNAME (dsp_fits_column){"ANNAME", "8A", "", "", "Antenna name", (char*[]){""}} |
| | Antenna name.
|
| |
|
#define | FITSIDI_ANTENNA_COLUMN_ANTENNA_NO (dsp_fits_column){"ANTENNA_NO", "1J", "", "", "Antenna number", (char*[]){""}} |
| | Antenna number.
|
| |
|
#define | FITSIDI_ANTENNA_COLUMN_ARRAY (dsp_fits_column){"ARRAY", "1J", "", "", "Array number", (char*[]){""}} |
| | Array number.
|
| |
|
#define | FITSIDI_ANTENNA_COLUMN_FREQID (dsp_fits_column){"FREQID", "1J", "", "", "Frequency setup number", (char*[]){""}} |
| | Frequency setup number.
|
| |
|
#define | FITSIDI_ANTENNA_COLUMN_NO_LEVELS (dsp_fits_column){"NO_LEVELS", "1J", "", "", "Number of digitizer levels", (char*[]){""}} |
| | Number of digitizer levels.
|
| |
|
#define | FITSIDI_ANTENNA_COLUMN_POLTYA (dsp_fits_column){"POLTYA", "1A", "Feed A polarization label", (char*[]){""}} |
| | Feed A polarization label.
|
| |
|
#define | FITSIDI_ANTENNA_COLUMN_POLAA(nband) (dsp_fits_column){"POLAA", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_DEGREE, "", "Feed A orientation", (char*[]){""}} |
| | degrees Feed A orientation
|
| |
|
#define | FITSIDI_ANTENNA_COLUMN_POLCALA(npcal, nband) (dsp_fits_column){"POLCALA", EXTFITS_ELEMENT_FLOAT.typestr itostr(npcal) "," itostr(nband), "", "", "Feed A polarization parameters", (char*[]){""}} |
| | Feed A polarization parameters.
|
| |
|
#define | FITSIDI_ANTENNA_COLUMN_POLTYB (dsp_fits_column){"POLTYB", "1A", "Feed B polarization label", (char*[]){""}} |
| | Feed B polarization label.
|
| |
|
#define | FITSIDI_ANTENNA_COLUMN_POLAB(nband) (dsp_fits_column){"POLAB", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_DEGREE, "", "Feed B orientation", (char*[]){""}} |
| | degrees Feed B orientation
|
| |
|
#define | FITSIDI_ANTENNA_COLUMN_POLCALB(npcal, nband) (dsp_fits_column){"POLCALB", EXTFITS_ELEMENT_FLOAT.typestr itostr(npcal) "," itostr(nband), "", "", "Feed B polarization parameters", (char*[]){""}} |
| | Feed B polarization parameters.
|
| |
|
#define | FITSIDI_ANTENNA_COLUMN_BEAMFWHM(nband) (dsp_fits_column){"BEAMFWHM", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_DEGREE, "", "/ m Antenna beam fwhm", (char*[]){""}} |
| | degrees / m Antenna beam fwhm
|
| |
| #define | FITSIDI_ANTENNA_POLPARM_APPROX "APPROX" |
| |
|
#define | FITSIDI_ANTENNA_POLPARM_LIN "X-Y LIN" |
| | Linear approximation for linear feeds.
|
| |
|
#define | FITSIDI_ANTENNA_POLPARM_ORI_ELP "ORI-ELP" |
| | Orientation and ellipticity.
|
| |
| #define | FITSIDI_ANTENNA_KEYWORD_TABREV (dsp_fits_keyword){"TABREV", EXTFITS_ELEMENT_SHORT.typestr, "", "", "1", (char*[]){""}} |
| |
|
#define | FITSIDI_ANTENNA_KEYWORD_NOPCAL (dsp_fits_keyword){"NOPCAL", EXTFITS_ELEMENT_SHORT.typestr, "", "", "npcal = 0 or 2, number of polarization calibration constants", (char*[]){""}} |
| | npcal = 0 or 2, number of polarization calibration constants
|
| |
|
#define | FITSIDI_ANTENNA_KEYWORD_POLTYPE (dsp_fits_keyword){"POLTYPE", EXTFITS_ELEMENT_STRING.typestr, "", "", "The feed polarization parameterization", (char*[]){""}} |
| | The feed polarization parameterization.
|
| |
| #define | FITSIDI_FREQUENCY_COLUMN_FREQID (dsp_fits_column){"FREQID", "1J", "", "", "Frequency setup number", (char*[]){""}} |
| |
|
#define | FITSIDI_FREQUENCY_COLUMN_BANDFREQ(nband) (dsp_fits_column){"BANDFREQ", EXTFITS_ELEMENT_DOUBLE.typestr itostr(nband), EXTFITS_MEASURE_UNIT_HZ, "", "Frequency offsets", (char*[]){""}} |
| | Hz Frequency offsets.
|
| |
|
#define | FITSIDI_FREQUENCY_COLUMN_CH_WIDTH(nband) (dsp_fits_column){"CH_WIDTH", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_HZ, "", "Individual channel widths", (char*[]){""}} |
| | Hz Individual channel widths.
|
| |
|
#define | FITSIDI_FREQUENCY_COLUMN_TOTAL_BANDWIDTH(nband) (dsp_fits_column){"TOTAL_BANDWIDTH", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_HZ, "", "Total bandwidths of bands", (char*[]){""}} |
| | Hz Total bandwidths of bands.
|
| |
|
#define | FITSIDI_FREQUENCY_COLUMN_SIDEBAND(nband) (dsp_fits_column){"SIDEBAND", EXTFITS_ELEMENT_INT.typestr itostr(nband), "", "", "Sideband flag", (char*[]){""}} |
| | Sideband flag.
|
| |
| #define | FITSIDI_FREQUENCY_KEYWORD_TABREV (dsp_fits_keyword){"TABREV", EXTFITS_ELEMENT_SHORT.typestr, "", "", "1", (char*[]){""}} |
| |
| #define | FITSIDI_SOURCE_VELTYP_LSR "LSR" |
| |
|
#define | FITSIDI_SOURCE_VELTYP_BARYCENT "BARYCENT" |
| | Solar system barycenter.
|
| |
|
#define | FITSIDI_SOURCE_VELTYP_GEOCENTR "GEOCENTR" |
| | Center of mass of the Earth.
|
| |
|
#define | FITSIDI_SOURCE_VELTYP_TOPOCENT "TOPOCENT" |
| | Uncorrected.
|
| |
| #define | FITSIDI_SOURCE_COLUMN_SOURCE_ID (dsp_fits_column){"SOURCE_ID", "1J", "", "", "Source ID number", (char*[]){""}} |
| |
|
#define | FITSIDI_SOURCE_COLUMN_SOURCE (dsp_fits_column){"SOURCE", "16A", "", "", "Source name", (char*[]){""}} |
| | Source name.
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_QUAL (dsp_fits_column){"QUAL", "1J", "", "", "Source name numeric qualifier", (char*[]){""}} |
| | Source name numeric qualifier.
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_CALCODE (dsp_fits_column){"CALCODE", "4A", "", "", "Calibrator code", (char*[]){""}} |
| | Calibrator code.
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_FREQID (dsp_fits_column){"FREQID", "1J", "", "", "Frequency setup number", (char*[]){""}} |
| | Frequency setup number.
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_IFLUX(nband) (dsp_fits_column){"IFLUX", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "Jy", "", "Stokes I flux density", (char*[]){""}} |
| | Jy Stokes I flux density.
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_QFLUX(nband) (dsp_fits_column){"QFLUX", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "Jy", "", "Stokes Q flux density", (char*[]){""}} |
| | Jy Stokes Q flux density.
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_UFLUX(nband) (dsp_fits_column){"UFLUX", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "Jy", "", "Stokes U flux density", (char*[]){""}} |
| | Jy Stokes U flux density.
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_VFLUX(nband) (dsp_fits_column){"VFLUX", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "Jy", "", "Stokes V flux density", (char*[]){""}} |
| | Jy Stokes V flux density.
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_ALPHA(nband) (dsp_fits_column){"ALPHA", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "Jy", "", "Spectral index for each band", (char*[]){""}} |
| | Jy Spectral index for each band.
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_FREQOFF(nband) (dsp_fits_column){"FREQOFF", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_HZ, "", "Frequency offset for each band", (char*[]){""}} |
| | Hz Frequency offset for each band.
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_RAEPO (dsp_fits_column){"RAEPO", "1D", EXTFITS_MEASURE_UNIT_DEGREE, "", "Right ascension at mean equinox", (char*[]){""}} |
| | degrees Right ascension at mean equinox
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_DECEPO (dsp_fits_column){"DECEPO", "1D", EXTFITS_MEASURE_UNIT_DEGREE, "", "Declination at mean equinox", (char*[]){""}} |
| | degrees Declination at mean equinox
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_EQUINOX (dsp_fits_column){"EQUINOX", "8A", "", "", "Mean equinox", (char*[]){""}} |
| | Mean equinox.
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_RAAPP (dsp_fits_column){"RAAPP", "1D", EXTFITS_MEASURE_UNIT_DEGREE, "", "Apparent right ascension", (char*[]){""}} |
| | degrees Apparent right ascension
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_DECAPP (dsp_fits_column){"DECAPP", "1D", EXTFITS_MEASURE_UNIT_DEGREE, "", "Apparent declination", (char*[]){""}} |
| | degrees Apparent declination
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_SYSVEL(nband) (dsp_fits_column){"SYSVEL", EXTFITS_ELEMENT_DOUBLE.typestr itostr(nband), "meters/sec", "", "Systemic velocity for each band", (char*[]){""}} |
| | meters/sec Systemic velocity for each band
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_VELTYP (dsp_fits_column){"VELTYP", "8A", "", "", "Velocity type", (char*[]){""}} |
| | Velocity type.
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_VELDEF (dsp_fits_column){"VELDEF", "8A", "", "", "Velocity definition", (char*[]){""}} |
| | Velocity definition.
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_RESTFREQ(nband) (dsp_fits_column){"RESTFREQ", EXTFITS_ELEMENT_DOUBLE.typestr itostr(nband), EXTFITS_MEASURE_UNIT_HZ, "", "Line rest frequency for each band", (char*[]){""}} |
| | Hz Line rest frequency for each band.
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_PMRA (dsp_fits_column){"PMRA", "1D", "degrees/day", "", "Proper motion in right ascension", (char*[]){""}} |
| | degrees/day Proper motion in right ascension
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_PMDEC (dsp_fits_column){"PMDEC", "1D", "degrees/day", "", "Proper motion in declination", (char*[]){""}} |
| | degrees/day Proper motion in declination
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_PARALLAX (dsp_fits_column){"PARALLAX", "1E", EXTFITS_MEASURE_UNIT_ARCSEC, "", "Parallax of source", (char*[]){""}} |
| | arcseconds Parallax of source
|
| |
|
#define | FITSIDI_SOURCE_COLUMN_EPOCH (dsp_fits_column){"EPOCH", "1D", EXTFITS_MEASURE_UNIT_YEAR, "", "Epoch of observation", (char*[]){""}} |
| | years Epoch of observation
|
| |
| #define | FITSIDI_SOURCE_KEYWORD_TABREV (dsp_fits_keyword){"TABREV", EXTFITS_ELEMENT_SHORT.typestr, "", "", "1", (char*[]){""}} |
| |
| #define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_TIME (dsp_fits_column){"TIME", "1D", EXTFITS_MEASURE_UNIT_DAY, "", "Starting time of interval", (char*[]){""}} |
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_TIME_INTERVAL (dsp_fits_column){"TIME_INTERVAL", "1E", EXTFITS_MEASURE_UNIT_DAY, "", "Duration of interval", (char*[]){""}} |
| | days Duration of interval
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_SOURCE_ID (dsp_fits_column){"SOURCE_ID", "1J", "", "", "Source ID number", (char*[]){""}} |
| | Source ID number.
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_ANTENNA_NO (dsp_fits_column){"ANTENNA_NO", "1J", "", "", "Antenna number", (char*[]){""}} |
| | Antenna number.
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_ARRAY (dsp_fits_column){"ARRAY", "1J", "", "", "Array number", (char*[]){""}} |
| | Array number.
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_FREQID (dsp_fits_column){"FREQID", "1J", "", "", "Frequency setup number", (char*[]){""}} |
| | Frequency setup number.
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_I_FAR_ROT (dsp_fits_column){"I.FAR.ROT", "1E", "rad m−2", "", "Ionospheric Faraday rotation", (char*[]){""}} |
| | rad m−2 Ionospheric Faraday rotation
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_FREQ_VAR(nband) (dsp_fits_column){"FREQ.VAR", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_HZ, "", "Time variable frequency offsets", (char*[]){""}} |
| | Hz Time variable frequency offsets.
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_PDELAY_1(npoly, nband) (dsp_fits_column){"PDELAY_1", EXTFITS_ELEMENT_DOUBLE.typestr itostr(npoly) "," itostr(nband), "turns", "", "Phase delay polynomials for polarization 1", (char*[]){""}} |
| | turns Phase delay polynomials for polarization 1
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_GDELAY_1(npoly, nband) (dsp_fits_column){"GDELAY_1", EXTFITS_ELEMENT_DOUBLE.typestr itostr(npoly) "," itostr(nband), EXTFITS_MEASURE_UNIT_SECOND, "", "Group delay polynomials for polarization 1", (char*[]){""}} |
| | seconds Group delay polynomials for polarization 1
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_PRATE_1(npoly, nband) (dsp_fits_column){"PRATE_1", EXTFITS_ELEMENT_DOUBLE.typestr itostr(npoly) "," itostr(nband), EXTFITS_MEASURE_UNIT_HZ, "", "Phase delay rate polynomials for polarization 1", (char*[]){""}} |
| | Hz Phase delay rate polynomials for polarization 1.
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_GRATE_1(npoly, nband) (dsp_fits_column){"GRATE_1", EXTFITS_ELEMENT_DOUBLE.typestr itostr(npoly) "," itostr(nband), "sec/sec", "", "Group delay rate polynomials for polarization 1", (char*[]){""}} |
| | sec/sec Group delay rate polynomials for polarization 1
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_DISP_1 (dsp_fits_column){"DISP_1", "1E", EXTFITS_MEASURE_UNIT_SECOND, "", "Dispersive delay for polarization 1", (char*[]){""}} |
| | sec m−2 Dispersive delay for polarization 1
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_DDISP_1 (dsp_fits_column){"DDISP_1", "1E", "sec m−2/sec", "", " Rate of change of dispersive delay for polarization 1", (char*[]){""}} |
| | sec m−2/sec Rate of change of dispersive delay for polarization 1
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_PDELAY_2(npoly, nband) (dsp_fits_column){"PDELAY_2", EXTFITS_ELEMENT_DOUBLE.typestr itostr(npoly) "," itostr(nband), "turns", "", "Phase delay polynomials for polarization 2", (char*[]){""}} |
| | turns Phase delay polynomials for polarization 2
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_GDELAY_2(npoly, nband) (dsp_fits_column){"GDELAY_2", EXTFITS_ELEMENT_DOUBLE.typestr itostr(npoly) "," itostr(nband), EXTFITS_MEASURE_UNIT_SECOND, "", "Group delay polynomials for polarization 2", (char*[]){""}} |
| | seconds Group delay polynomials for polarization 2
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_PRATE_2(npoly, nband) (dsp_fits_column){"PRATE_2", EXTFITS_ELEMENT_DOUBLE.typestr itostr(npoly) "," itostr(nband), EXTFITS_MEASURE_UNIT_HZ, "", "Phase delay rate polynomials for polarization 2", (char*[]){""}} |
| | Hz Phase delay rate polynomials for polarization 2.
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_GRATE_2(npoly, nband) (dsp_fits_column){"GRATE_2", EXTFITS_ELEMENT_DOUBLE.typestr itostr(npoly) "," itostr(nband), "sec/sec", "", "Group delay rate polynomials for polarization 2", (char*[]){""}} |
| | sec/sec Group delay rate polynomials for polarization 2
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_DISP_2 (dsp_fits_column){"DISP_2", "1E", EXTFITS_MEASURE_UNIT_SECOND, "", "Dispersive delay for polarization 2", (char*[]){""}} |
| | sec m−2 Dispersive delay for polarization 2
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_COLUMN_DDISP_2 (dsp_fits_column){"DDISP_2", "1E", "sec m−2/sec", "", " Rate of change of dispersive delay for polarization 2", (char*[]){""}} |
| | sec m−2/sec Rate of change of dispersive delay for polarization 2
|
| |
| #define | FITSIDI_INTERFEROMETER_MODEL_KEYWORD_TABREV (dsp_fits_keyword){"TABREV", EXTFITS_ELEMENT_SHORT.typestr, "", "", "2", (char*[]){""}} |
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_KEYWORD_NPOLY (dsp_fits_keyword){"NPOLY", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Number of polynomial terms npoly", (char*[]){""}} |
| | Number of polynomial terms npoly.
|
| |
|
#define | FITSIDI_INTERFEROMETER_MODEL_KEYWORD_NO_POL (dsp_fits_keyword){"NO_POL", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Number of polarizations", (char*[]){""}} |
| | Number of polarizations.
|
| |
| #define | FITSIDI_SYSTEM_TEMPERATURE_COLUMN_TIME (dsp_fits_column){"TIME", "1D", EXTFITS_MEASURE_UNIT_DAY, "", "Central time of interval", (char*[]){""}} |
| |
|
#define | FITSIDI_SYSTEM_TEMPERATURE_COLUMN_TIME_INTERVAL (dsp_fits_column){"TIME_INTERVAL", "1E", EXTFITS_MEASURE_UNIT_DAY, "", "Duration of interval", (char*[]){""}} |
| | days Duration of interval
|
| |
|
#define | FITSIDI_SYSTEM_TEMPERATURE_COLUMN_SOURCE_ID (dsp_fits_column){"SOURCE_ID", "1J", "", "", "Source ID number", (char*[]){""}} |
| | Source ID number.
|
| |
|
#define | FITSIDI_SYSTEM_TEMPERATURE_COLUMN_ANTENNA_NO (dsp_fits_column){"ANTENNA_NO", "1J", "", "", "Antenna number", (char*[]){""}} |
| | Antenna number.
|
| |
|
#define | FITSIDI_SYSTEM_TEMPERATURE_COLUMN_ARRAY (dsp_fits_column){"ARRAY", "1J", "", "", "Array number", (char*[]){""}} |
| | Array number.
|
| |
|
#define | FITSIDI_SYSTEM_TEMPERATURE_COLUMN_FREQID (dsp_fits_column){"FREQID", "1J", "", "", "Frequency setup number", (char*[]){""}} |
| | Frequency setup number.
|
| |
|
#define | FITSIDI_SYSTEM_TEMPERATURE_COLUMN_TSYS_1(nband) (dsp_fits_column){"TSYS_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_KELVIN, "", "System temperatures for polarization 1", (char*[]){""}} |
| | Kelvin System temperatures for polarization 1.
|
| |
|
#define | FITSIDI_SYSTEM_TEMPERATURE_COLUMN_TANT_1(nband) (dsp_fits_column){"TANT_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_KELVIN, "", "Antenna temperatures for polarization 1", (char*[]){""}} |
| | Kelvin Antenna temperatures for polarization 1.
|
| |
|
#define | FITSIDI_SYSTEM_TEMPERATURE_COLUMN_TSYS_2(nband) (dsp_fits_column){"TSYS_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_KELVIN, "", "System temperatures for polarization 2", (char*[]){""}} |
| | Kelvin System temperatures for polarization 2.
|
| |
|
#define | FITSIDI_SYSTEM_TEMPERATURE_COLUMN_TANT_2(nband) (dsp_fits_column){"TANT_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_KELVIN, "", "Antenna temperatures for polarization 2", (char*[]){""}} |
| | Kelvin Antenna temperatures for polarization 2.
|
| |
| #define | FITSIDI_SYSTEM_TEMPERATURE_KEYWORD_TABREV (dsp_fits_keyword){"TABREV", EXTFITS_ELEMENT_SHORT.typestr, "", "", "1", (char*[]){""}} |
| |
|
#define | FITSIDI_SYSTEM_TEMPERATURE_KEYWORD_NO_POL (dsp_fits_keyword){"NO_POL", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Number of polarizations in the table", (char*[]){""}} |
| | Number of polarizations in the table.
|
| |
| #define | XY_None "0" |
| |
|
#define | XY_Elevation_in_degrees "1" |
| | Elevation in degrees.
|
| |
|
#define | XY_Zenith_angle_in_degrees "2" |
| | Zenith angle in degrees.
|
| |
|
#define | XY_Hour_angle_in_degrees "3" |
| | Hour angle in degrees.
|
| |
|
#define | XY_Declination_in_degrees "4" |
| | Declination in degrees.
|
| |
|
#define | XY_Codeclination_in_degrees "5" |
| | Co-declination in degrees.
|
| |
| #define | spherical_harmonic_coefficients_A00 "1" |
| |
|
#define | spherical_harmonic_coefficients_A10 "2" |
| | A10.
|
| |
|
#define | spherical_harmonic_coefficients_A11E "3" |
| | A11E.
|
| |
|
#define | spherical_harmonic_coefficients_A110 "4" |
| | A110.
|
| |
|
#define | spherical_harmonic_coefficients_A20 "5" |
| | A20.
|
| |
|
#define | spherical_harmonic_coefficients_A21E "6" |
| | A21E.
|
| |
|
#define | spherical_harmonic_coefficients_A210 "7" |
| | A210.
|
| |
|
#define | spherical_harmonic_coefficients_A22E "8" |
| | A22E.
|
| |
|
#define | spherical_harmonic_coefficients_A220 "9" |
| | A220.
|
| |
|
#define | spherical_harmonic_coefficients_A30 "10" |
| | A30.
|
| |
| #define | FITSIDI_GAIN_CURVE_COLUMN_ANTENNA_NO (dsp_fits_column){"ANTENNA_NO", "1J", "", "", "Antenna number", (char*[]){""}} |
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_ARRAY (dsp_fits_column){"ARRAY", "1J", "", "", "Array number", (char*[]){""}} |
| | Array number.
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_FREQID (dsp_fits_column){"FREQID", "1J", "", "", "Frequency setup number", (char*[]){""}} |
| | Frequency setup number.
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_TYPE_1(nband) (dsp_fits_column){"TYPE_1", EXTFITS_ELEMENT_INT.typestr itostr(nband), "", "", "Gain curve types for polarization 1", (char*[]){""}} |
| | Gain curve types for polarization 1.
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_NTERM_1(nband) (dsp_fits_column){"NTERM_1", EXTFITS_ELEMENT_INT.typestr itostr(nband), "", "", "Number of terms or entries for polarization 1", (char*[]){""}} |
| | Number of terms or entries for polarization 1.
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_X_TYP_1(nband) (dsp_fits_column){"X_TYP_1", EXTFITS_ELEMENT_INT.typestr itostr(nband), "", "", "x value types for polarization 1", (char*[]){""}} |
| | x value types for polarization 1
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_Y_TYP_1(nband) (dsp_fits_column){"Y_TYP_1", EXTFITS_ELEMENT_INT.typestr itostr(nband), "", "", "y value types for polarization 1", (char*[]){""}} |
| | y value types for polarization 1
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_X_VAL_1(nband) (dsp_fits_column){"X_VAL_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "", "", "x values for polarization 1", (char*[]){""}} |
| | x values for polarization 1
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_Y_VAL_1(ntab, nband) (dsp_fits_column){"Y_VAL_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(ntab) "," itostr(nband), "", "", "y values for polarization 1", (char*[]){""}} |
| | y values for polarization 1
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_GAIN_1(ntab, nband) (dsp_fits_column){"GAIN_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(ntab) "," itostr(nband), "", "", "Relative gain values for polarization 1", (char*[]){""}} |
| | Relative gain values for polarization 1.
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_SENS_1(nband) (dsp_fits_column){"SENS_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "K/Jy", "", " Sensitivities for polarization 1", (char*[]){""}} |
| | K/Jy Sensitivities for polarization 1.
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_TYPE_2(nband) (dsp_fits_column){"TYPE_2", EXTFITS_ELEMENT_INT.typestr itostr(nband), "", "", "Gain curve types for polarization 2", (char*[]){""}} |
| | Gain curve types for polarization 2.
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_NTERM_2(nband) (dsp_fits_column){"NTERM_2", EXTFITS_ELEMENT_INT.typestr itostr(nband), "", "", "Number of terms or entries for polarization 2", (char*[]){""}} |
| | Number of terms or entries for polarization 2.
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_X_TYP_2(nband) (dsp_fits_column){"X_TYP_2", EXTFITS_ELEMENT_INT.typestr itostr(nband), "", "", "x value types for polarization 2", (char*[]){""}} |
| | x value types for polarization 2
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_Y_TYP_2(nband) (dsp_fits_column){"Y_TYP_2", EXTFITS_ELEMENT_INT.typestr itostr(nband), "", "", "y value types for polarization 2", (char*[]){""}} |
| | y value types for polarization 2
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_X_VAL_2(nband) (dsp_fits_column){"X_VAL_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "", "", "x values for polarization 2", (char*[]){""}} |
| | x values for polarization 2
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_Y_VAL_2(ntab, nband) (dsp_fits_column){"Y_VAL_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(ntab) "," itostr(nband), "", "", "y values for polarization 2", (char*[]){""}} |
| | y values for polarization 2
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_GAIN_2(ntab, nband) (dsp_fits_column){"GAIN_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(ntab) "," itostr(nband), "", "", "Relative gain values for polarization 2", (char*[]){""}} |
| | Relative gain values for polarization 2.
|
| |
|
#define | FITSIDI_GAIN_CURVE_COLUMN_SENS_2(nband) (dsp_fits_column){"SENS_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "K/Jy", "", " Sensitivities for polarization 2", (char*[]){""}} |
| | K/Jy Sensitivities for polarization 2.
|
| |
| #define | FITSIDI_GAIN_CURVE_KEYWORD_TABREV (dsp_fits_keyword){"TABREV", EXTFITS_ELEMENT_SHORT.typestr, "", "", "1", (char*[]){""}} |
| |
|
#define | FITSIDI_GAIN_CURVE_KEYWORD_NO_POL (dsp_fits_keyword){"NO_POL", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Number of polarizations in the table", (char*[]){""}} |
| | Number of polarizations in the table.
|
| |
|
#define | FITSIDI_GAIN_CURVE_KEYWORD_NO_TABS (dsp_fits_keyword){"NO_TABS", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Number of tabulated values ntab", (char*[]){""}} |
| | Number of tabulated values ntab.
|
| |
| #define | FITSIDI_PHASE_CAL_COLUMN_TIME (dsp_fits_column){"TIME", "1D", EXTFITS_MEASURE_UNIT_DAY, "", "Central time of interval", (char*[]){""}} |
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_TIME_INTERVAL (dsp_fits_column){"TIME_INTERVAL", "1E", EXTFITS_MEASURE_UNIT_DAY, "", "Duration of interval", (char*[]){""}} |
| | days Duration of interval
|
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_SOURCE_ID (dsp_fits_column){"SOURCE_ID", "1J", "", "", "Source ID number", (char*[]){""}} |
| | Source ID number.
|
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_ANTENNA_NO (dsp_fits_column){"ANTENNA_NO", "1J", "", "", "Antenna number", (char*[]){""}} |
| | Antenna number.
|
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_ARRAY (dsp_fits_column){"ARRAY", "1J", "", "", "Array number", (char*[]){""}} |
| | Array number.
|
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_FREQID (dsp_fits_column){"FREQID", "1J", "", "", "Frequency setup number", (char*[]){""}} |
| | Frequency setup number.
|
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_CABLE_CAL (dsp_fits_column){"CABLE_CAL", "1D", EXTFITS_MEASURE_UNIT_SECOND, "", "Cable calibration measurement", (char*[]){""}} |
| | seconds Cable calibration measurement
|
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_STATE_1(nband) (dsp_fits_column){"STATE_1", "E4,", nband), EXTFITS_MEASURE_UNIT_PERCENT, "", "State counts for polarization 1", (char*[]){""}} |
| | percent State counts for polarization 1
|
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_PC_FREQ_1(ntone, nband) (dsp_fits_column){"PC_FREQ_1", EXTFITS_ELEMENT_DOUBLE.typestr itostr(ntone) "," itostr(nband), EXTFITS_MEASURE_UNIT_HZ, "", "Phase-cal tone frequencies for polarization 1", (char*[]){""}} |
| | Hz Phase-cal tone frequencies for polarization 1.
|
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_PC_REAL_1(ntone, nband) (dsp_fits_column){"PC_REAL_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(ntone) "," itostr(nband), "", "", "Real parts of phase-cal measurements for polarization 1", (char*[]){""}} |
| | Real parts of phase-cal measurements for polarization 1.
|
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_PC_IMAG_1(ntone, nband) (dsp_fits_column){"PC_IMAG_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(ntone) "," itostr(nband), "", "", "Imaginary parts of phase-cal measurements for polarization 1", (char*[]){""}} |
| | Imaginary parts of phase-cal measurements for polarization 1.
|
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_PC_RATE_1(ntone, nband) (dsp_fits_column){"PC_RATE_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(ntone) "," itostr(nband), "sec/sec", "", "Phase-cal rates for polarization 1", (char*[]){""}} |
| | sec/sec Phase-cal rates for polarization 1
|
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_STATE_2(nband) (dsp_fits_column){"STATE_2", "E4,", nband), EXTFITS_MEASURE_UNIT_PERCENT, "", "State counts for polarization 2", (char*[]){""}} |
| | percent State counts for polarization 2
|
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_PC_FREQ_2(ntone, nband) (dsp_fits_column){"PC_FREQ_2", EXTFITS_ELEMENT_DOUBLE.typestr itostr(ntone) "," itostr(nband), EXTFITS_MEASURE_UNIT_HZ, "", "Phase-cal tone frequencies for polarization 2", (char*[]){""}} |
| | Hz Phase-cal tone frequencies for polarization 2.
|
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_PC_REAL_2(ntone, nband) (dsp_fits_column){"PC_REAL_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(ntone) "," itostr(nband), "", "", "Real parts of phase-cal measurements for polarization 2", (char*[]){""}} |
| | Real parts of phase-cal measurements for polarization 2.
|
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_PC_IMAG_2(ntone, nband) (dsp_fits_column){"PC_IMAG_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(ntone) "," itostr(nband), "", "", "Imaginary parts of phase-cal measurements for polarization 2", (char*[]){""}} |
| | Imaginary parts of phase-cal measurements for polarization 2.
|
| |
|
#define | FITSIDI_PHASE_CAL_COLUMN_PC_RATE_2(ntone, nband) (dsp_fits_column){"PC_RATE_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(ntone) "," itostr(nband), "sec/sec", "", "Phase-cal rates for polarization 2", (char*[]){""}} |
| | sec/sec Phase-cal rates for polarization 2
|
| |
| #define | FITSIDI_PHASE_CAL_KEYWORD_TABREV (dsp_fits_keyword){"TABREV", EXTFITS_ELEMENT_SHORT.typestr, "", "", "2", (char*[]){""}} |
| |
|
#define | FITSIDI_PHASE_CAL_KEYWORD_NO_POL (dsp_fits_keyword){"NO_POL", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Number of polarizations in the table", (char*[]){""}} |
| | Number of polarizations in the table.
|
| |
|
#define | FITSIDI_PHASE_CAL_KEYWORD_NO_TABS (dsp_fits_keyword){"NO_TABS", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Number of tones ntone", (char*[]){""}} |
| | Number of tones ntone.
|
| |
| #define | severity_No_severity_level_assigned "-1" |
| |
|
#define | severity_Data_are_known_to_be_useless "0" |
| | Data are known to be useless.
|
| |
|
#define | severity_Data_are_probably_useless "1" |
| | Data are probably useless.
|
| |
|
#define | severity_Data_may_be_useless "2" |
| | Data may be useless.
|
| |
| #define | FITSIDI_FLAG_COLUMN_SOURCE_ID (dsp_fits_column){"SOURCE_ID", "1J", "", "", "Source ID number", (char*[]){""}} |
| |
|
#define | FITSIDI_FLAG_COLUMN_ARRAY (dsp_fits_column){"ARRAY", "1J", "", "", "Array number", (char*[]){""}} |
| | Array number.
|
| |
|
#define | FITSIDI_FLAG_COLUMN_ANTS (dsp_fits_column){"ANTS", "2J", "", "", "Antenna numbers", (char*[]){""}} |
| | Antenna numbers.
|
| |
|
#define | FITSIDI_FLAG_COLUMN_FREQID (dsp_fits_column){"FREQID", "1J", "", "", "Frequency setup number", (char*[]){""}} |
| | Frequency setup number.
|
| |
|
#define | FITSIDI_FLAG_COLUMN_TIMERANG (dsp_fits_column){"TIMERANG", "2E", EXTFITS_MEASURE_UNIT_DAY, "", "Time range", (char*[]){""}} |
| | days Time range
|
| |
|
#define | FITSIDI_FLAG_COLUMN_BANDS(nband) (dsp_fits_column){"BANDS", EXTFITS_ELEMENT_INT.typestr itostr(nband), "", "", "Band flags", (char*[]){""}} |
| | Band flags.
|
| |
|
#define | FITSIDI_FLAG_COLUMN_CHANS (dsp_fits_column){"CHANS", "2J", "", "", "Channel range", (char*[]){""}} |
| | Channel range.
|
| |
|
#define | FITSIDI_FLAG_COLUMN_PFLAGS (dsp_fits_column){"PFLAGS", "4J", "", "", "Polarization flags", (char*[]){""}} |
| | Polarization flags.
|
| |
|
#define | FITSIDI_FLAG_COLUMN_REASON(n) (dsp_fits_column){"REASON" itostr(n), EXTFITS_ELEMENT_STRING.typestr, "", "", "Reason for flag", (char*[]){""}} |
| | Reason for flag.
|
| |
|
#define | FITSIDI_FLAG_COLUMN_SEVERITY (dsp_fits_column){"SEVERITY", "1J", "", "", "Severity code", (char*[]){""}} |
| | Severity code.
|
| |
| #define | FITSIDI_FLAG_KEYWORD_TABREV (dsp_fits_keyword){"TABREV", EXTFITS_ELEMENT_SHORT.typestr, "", "", "2", (char*[]){""}} |
| |
| #define | FITSIDI_WEATHER_COLUMN_TIME (dsp_fits_column){"TIME", "1D", EXTFITS_MEASURE_UNIT_DAY, "", "Central time of interval", (char*[]){""}} |
| |
|
#define | FITSIDI_WEATHER_COLUMN_TIME_INTERVAL (dsp_fits_column){"TIME_INTERVAL", "1E", EXTFITS_MEASURE_UNIT_DAY, "", "Duration of interval", (char*[]){""}} |
| | days Duration of interval
|
| |
|
#define | FITSIDI_WEATHER_COLUMN_ANTENNA_NO (dsp_fits_column){"ANTENNA_NO", "1J", "", "", "Antenna number", (char*[]){""}} |
| | Antenna number.
|
| |
|
#define | FITSIDI_WEATHER_COLUMN_TEMPERATURE (dsp_fits_column){"TEMPERATURE", "1E", "", "", "Centigrade Surface air temperature", (char*[]){""}} |
| | Centigrade Surface air temperature.
|
| |
|
#define | FITSIDI_WEATHER_COLUMN_PRESSURE (dsp_fits_column){"PRESSURE", "1E", "millibar", "", "Surface air pressure", (char*[]){""}} |
| | millibar Surface air pressure
|
| |
|
#define | FITSIDI_WEATHER_COLUMN_DEWPOINT (dsp_fits_column){"DEWPOINT", "1E", "", "", "Centigrade Dewpoint temperature", (char*[]){""}} |
| | Centigrade Dewpoint temperature.
|
| |
|
#define | FITSIDI_WEATHER_COLUMN_WIND_VELOCITY (dsp_fits_column){"WIND_VELOCITY", "1E", "m s−1", "", " Wind velocity", (char*[]){""}} |
| | m s−1 Wind velocity
|
| |
|
#define | FITSIDI_WEATHER_COLUMN_WIND_DIRECTION (dsp_fits_column){"WIND_DIRECTION", "1E", EXTFITS_MEASURE_UNIT_DEGREE, "", "Wind direction East from North", (char*[]){""}} |
| | degrees Wind direction East from North
|
| |
|
#define | FITSIDI_WEATHER_COLUMN_WVR_H2O (dsp_fits_column){"WVR_H2O", "1E", "m−2", "", "Water column", (char*[]){""}} |
| | m−2 Water column
|
| |
|
#define | FITSIDI_WEATHER_COLUMN_IONOS_ELECTRON (dsp_fits_column){"IONOS_ELECTRON", "1E", "m−2", "", "Electron column", (char*[]){""}} |
| | m−2 Electron column
|
| |
| #define | FITSIDI_WEATHER_KEYWORD_TABREV (dsp_fits_keyword){"TABREV", EXTFITS_ELEMENT_SHORT.typestr, "", "", "2", (char*[]){""}} |
| |
|
#define | FITSIDI_WEATHER_KEYWORD_RDATE (dsp_fits_keyword){"RDATE", EXTFITS_ELEMENT_DOUBLE.typestr, "", "", "Reference date", (char*[]){""}} |
| | Reference date.
|
| |
| #define | FITSIDI_BASELINE_COLUMN_TIME (dsp_fits_column){"TIME", "1D", EXTFITS_MEASURE_UNIT_DAY, "", "Central time of interval", (char*[]){""}} |
| |
|
#define | FITSIDI_BASELINE_COLUMN_SOURCE_ID (dsp_fits_column){"SOURCE_ID", "1J", "", "", "Source ID number", (char*[]){""}} |
| | Source ID number.
|
| |
|
#define | FITSIDI_BASELINE_COLUMN_ARRAY (dsp_fits_column){"ARRAY", "1J", "", "", "Array number", (char*[]){""}} |
| | Array number.
|
| |
|
#define | FITSIDI_BASELINE_COLUMN_ANTENNA_NOS (dsp_fits_column){"ANTENNA_NOS.", "2J", "", "", "Antenna numbers forming baseline", (char*[]){""}} |
| | Antenna numbers forming baseline.
|
| |
|
#define | FITSIDI_BASELINE_COLUMN_FREQID (dsp_fits_column){"FREQID", "1J", "", "", "Frequency setup number", (char*[]){""}} |
| | Frequency setup number.
|
| |
|
#define | FITSIDI_BASELINE_COLUMN_REAL_M(nstokes, nband) (dsp_fits_column){"REAL_M", EXTFITS_ELEMENT_FLOAT.typestr itostr(nstokes) "," itostr(nband), "", "", "Real part of multiplicative correction", (char*[]){""}} |
| | Real part of multiplicative correction.
|
| |
|
#define | FITSIDI_BASELINE_COLUMN_IMAG_M(nstokes, nband) (dsp_fits_column){"IMAG_M", EXTFITS_ELEMENT_FLOAT.typestr itostr(nstokes) "," itostr(nband), "", "", "Imaginary part of multiplicative correction", (char*[]){""}} |
| | Imaginary part of multiplicative correction.
|
| |
|
#define | FITSIDI_BASELINE_COLUMN_REAL_A(nstokes, nband) (dsp_fits_column){"REAL_A", EXTFITS_ELEMENT_FLOAT.typestr itostr(nstokes) "," itostr(nband), "", "", "Real part of additive correction", (char*[]){""}} |
| | Real part of additive correction.
|
| |
|
#define | FITSIDI_BASELINE_COLUMN_IMAG_A(nstokes, nband) (dsp_fits_column){"IMAG_A", EXTFITS_ELEMENT_FLOAT.typestr itostr(nstokes) "," itostr(nband), "", "", "Imaginary part of additive correction", (char*[]){""}} |
| | Imaginary part of additive correction.
|
| |
| #define | FITSIDI_BASELINE_KEYWORD_TABREV (dsp_fits_keyword){"TABREV", EXTFITS_ELEMENT_SHORT.typestr, "", "", "1", (char*[]){""}} |
| |
|
#define | FITSIDI_BASELINE_KEYWORD_NO_ANT (dsp_fits_keyword){"NO_ANT", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Maximum antenna number in the table", (char*[]){""}} |
| | Maximum antenna number in the table.
|
| |
| #define | FITSIDI_BANDPASS_COLUMN_TIME (dsp_fits_column){"TIME", "1D", EXTFITS_MEASURE_UNIT_DAY, "", "Central time of interval", (char*[]){""}} |
| |
|
#define | FITSIDI_BANDPASS_COLUMN_TIME_INTERVAL (dsp_fits_column){"TIME_INTERVAL", "1E", EXTFITS_MEASURE_UNIT_DAY, "", "Duration of interval", (char*[]){""}} |
| | days Duration of interval
|
| |
|
#define | FITSIDI_BANDPASS_COLUMN_SOURCE_ID (dsp_fits_column){"SOURCE_ID", "1J", "", "", "Source ID number", (char*[]){""}} |
| | Source ID number.
|
| |
|
#define | FITSIDI_BANDPASS_COLUMN_ANTENNA_NO (dsp_fits_column){"ANTENNA_NO", "1J", "", "", "Antenna number", (char*[]){""}} |
| | Antenna number.
|
| |
|
#define | FITSIDI_BANDPASS_COLUMN_ARRAY (dsp_fits_column){"ARRAY", "1J", "", "", "Array number", (char*[]){""}} |
| | Array number.
|
| |
|
#define | FITSIDI_BANDPASS_COLUMN_FREQID (dsp_fits_column){"FREQID", "1J", "", "", "Frequency setup number", (char*[]){""}} |
| | Frequency setup number.
|
| |
|
#define | FITSIDI_BANDPASS_COLUMN_BANDWIDTH (dsp_fits_column){"BANDWIDTH", "1E", EXTFITS_MEASURE_UNIT_HZ, "", "Channel bandwidth", (char*[]){""}} |
| | Hz Channel bandwidth.
|
| |
|
#define | FITSIDI_BANDPASS_COLUMN_BAND_FREQ(nband) (dsp_fits_column){"BAND_FREQ", EXTFITS_ELEMENT_DOUBLE.typestr itostr(nband), EXTFITS_MEASURE_UNIT_HZ, "", "Frequency of each band", (char*[]){""}} |
| | Hz Frequency of each band.
|
| |
|
#define | FITSIDI_BANDPASS_COLUMN_REFANT_1 (dsp_fits_column){"REFANT_1", "1J", "", "", "Reference antenna for polarization 1", (char*[]){""}} |
| | Reference antenna for polarization 1.
|
| |
|
#define | FITSIDI_BANDPASS_COLUMN_BREAL_1(nbach, nband) (dsp_fits_column){"BREAL_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nbach) "," itostr(nband), "", "", "Real part of bandpass correction for polarization 1", (char*[]){""}} |
| | Real part of bandpass correction for polarization 1.
|
| |
|
#define | FITSIDI_BANDPASS_COLUMN_BIMAG_1(nbach, nband) (dsp_fits_column){"BIMAG_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nbach) "," itostr(nband), "", "", "Imaginary part of bandpass correction for polarization 1", (char*[]){""}} |
| | Imaginary part of bandpass correction for polarization 1.
|
| |
|
#define | FITSIDI_BANDPASS_COLUMN_REFANT_2 (dsp_fits_column){"REFANT_2", "1J", "", "", "Reference antenna for polarization 2", (char*[]){""}} |
| | Reference antenna for polarization 2.
|
| |
|
#define | FITSIDI_BANDPASS_COLUMN_BREAL_2(nbach, nband) (dsp_fits_column){"BREAL_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nbach) "," itostr(nband), "", "", "Real part of bandpass correction for polarization 2", (char*[]){""}} |
| | Real part of bandpass correction for polarization 2.
|
| |
|
#define | FITSIDI_BANDPASS_COLUMN_BIMAG_2(nbach, nband) (dsp_fits_column){"BIMAG_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nbach) "," itostr(nband), "", "", "Imaginary part of bandpass correction for polarization 2", (char*[]){""}} |
| | Imaginary part of bandpass correction for polarization 2.
|
| |
| #define | FITSIDI_BANDPASS_KEYWORD_TABREV (dsp_fits_keyword){"TABREV", EXTFITS_ELEMENT_SHORT.typestr, "", "", "1", (char*[]){""}} |
| |
|
#define | FITSIDI_BANDPASS_KEYWORD_NO_ANT (dsp_fits_keyword){"NO_ANT", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Maximum antenna number in the table", (char*[]){""}} |
| | Maximum antenna number in the table.
|
| |
|
#define | FITSIDI_BANDPASS_KEYWORD_NO_POL (dsp_fits_keyword){"NO_POL", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Number of polarizations in the table", (char*[]){""}} |
| | Number of polarizations in the table.
|
| |
|
#define | FITSIDI_BANDPASS_KEYWORD_NO_BACH (dsp_fits_keyword){"NO_BACH", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Number of spectral channels in the table", (char*[]){""}} |
| | Number of spectral channels in the table.
|
| |
|
#define | FITSIDI_BANDPASS_KEYWORD_STRT_CHN (dsp_fits_keyword){"STRT_CHN", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Data channel number for first channel in the table", (char*[]){""}} |
| | Data channel number for first channel in the table.
|
| |
| #define | FITSIDI_CALIBRATION_COLUMN_TIME (dsp_fits_column){"TIME", "1D", EXTFITS_MEASURE_UNIT_DAY, "", "Central time of interval", (char*[]){""}} |
| |
|
#define | FITSIDI_CALIBRATION_COLUMN_TIME_INTERVAL (dsp_fits_column){"TIME_INTERVAL", "1E", EXTFITS_MEASURE_UNIT_DAY, "", "Duration of interval", (char*[]){""}} |
| | days Duration of interval
|
| |
|
#define | FITSIDI_CALIBRATION_COLUMN_SOURCE_ID (dsp_fits_column){"SOURCE_ID", "1J", "", "", "Source ID number", (char*[]){""}} |
| | Source ID number.
|
| |
|
#define | FITSIDI_CALIBRATION_COLUMN_ANTENNA_NO (dsp_fits_column){"ANTENNA_NO", "1J", "", "", "Antenna number", (char*[]){""}} |
| | Antenna number.
|
| |
|
#define | FITSIDI_CALIBRATION_COLUMN_ARRAY (dsp_fits_column){"ARRAY", "1J", "", "", "Array number", (char*[]){""}} |
| | Array number.
|
| |
|
#define | FITSIDI_CALIBRATION_COLUMN_FREQID (dsp_fits_column){"FREQID", "1J", "", "", "Frequency setup number", (char*[]){""}} |
| | Frequency setup number.
|
| |
|
#define | FITSIDI_CALIBRATION_COLUMN_TSYS_1(nband) (dsp_fits_column){"TSYS_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_KELVIN, "", "System temperature for polarization 1", (char*[]){""}} |
| | Kelvin System temperature for polarization 1.
|
| |
|
#define | FITSIDI_CALIBRATION_COLUMN_TANT_1(nband) (dsp_fits_column){"TANT_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_KELVIN, "", "Antenna temperature for polarization 1", (char*[]){""}} |
| | Kelvin Antenna temperature for polarization 1.
|
| |
|
#define | FITSIDI_CALIBRATION_COLUMN_SENSITIVITY_1(nband) (dsp_fits_column){"SENSITIVITY_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "Kelvin/Jy", "", "Sensitivity at polarization 1", (char*[]){""}} |
| | Kelvin/Jy Sensitivity at polarization 1.
|
| |
|
#define | FITSIDI_CALIBRATION_COLUMN_PHASE_1(nband) (dsp_fits_column){"PHASE_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_RAD, "", "Phase at polarization 1", (char*[]){""}} |
| | radians Phase at polarization 1
|
| |
|
#define | FITSIDI_CALIBRATION_COLUMN_RATE_1(nband) (dsp_fits_column){"RATE_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "sec/sec", "", "Rate of change of delay of polarization 1", (char*[]){""}} |
| | sec/sec Rate of change of delay of polarization 1
|
| |
|
#define | FITSIDI_CALIBRATION_COLUMN_DELAY_1(nband) (dsp_fits_column){"DELAY_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_SECOND, "", "Delay of polarization 1", (char*[]){""}} |
| | seconds Delay of polarization 1
|
| |
|
#define | FITSIDI_CALIBRATION_COLUMN_REAL_1(nband) (dsp_fits_column){"REAL_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "", "", "Complex gain real part for polarization 1", (char*[]){""}} |
| | Complex gain real part for polarization 1.
|
| |
|
#define | FITSIDI_CALIBRATION_COLUMN_IMAG_1(nband) (dsp_fits_column){"IMAG_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "", "", "Complex gain imaginary part for polarization 1", (char*[]){""}} |
| | Complex gain imaginary part for polarization 1.
|
| |
|
#define | FITSIDI_CALIBRATION_COLUMN_WEIGHT_1(nband) (dsp_fits_column){"WEIGHT_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "", "", "Reliability weight of complex gain for polarization 1", (char*[]){""}} |
| | Reliability weight of complex gain for polarization 1.
|
| |
|
#define | FITSIDI_CALIBRATION_COLUMN_REFANT_1(nband) (dsp_fits_column){"REFANT_1", EXTFITS_ELEMENT_INT.typestr itostr(nband), "", "", "Reference antenna for polarization 1", (char*[]){""}} |
| | Reference antenna for polarization 1.
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#define | FITSIDI_CALIBRATION_COLUMN_TSYS_2(nband) (dsp_fits_column){"TSYS_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_KELVIN, "", "System temperature for polarization 2", (char*[]){""}} |
| | Kelvin System temperature for polarization 2.
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#define | FITSIDI_CALIBRATION_COLUMN_TANT_2(nband) (dsp_fits_column){"TANT_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_KELVIN, "", "Antenna temperature for polarization 2", (char*[]){""}} |
| | Kelvin Antenna temperature for polarization 2.
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#define | FITSIDI_CALIBRATION_COLUMN_SENSITIVITY_2(nband) (dsp_fits_column){"SENSITIVITY_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "Kelvin/Jy", "", "Sensitivity at polarization 2", (char*[]){""}} |
| | Kelvin/Jy Sensitivity at polarization 2.
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#define | FITSIDI_CALIBRATION_COLUMN_PHASE_2(nband) (dsp_fits_column){"PHASE_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_RAD, "", "Phase at polarization 2", (char*[]){""}} |
| | radians Phase at polarization 2
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#define | FITSIDI_CALIBRATION_COLUMN_RATE_2(nband) (dsp_fits_column){"RATE_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "sec/sec", "", "Rate of change of delay of polarization 2", (char*[]){""}} |
| | sec/sec Rate of change of delay of polarization 2
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#define | FITSIDI_CALIBRATION_COLUMN_DELAY_2(nband) (dsp_fits_column){"DELAY_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_SECOND, "", "Delay of polarization 2", (char*[]){""}} |
| | seconds Delay of polarization 2
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#define | FITSIDI_CALIBRATION_COLUMN_REAL_2(nband) (dsp_fits_column){"REAL_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "", "", "Complex gain real part for polarization 2", (char*[]){""}} |
| | Complex gain real part for polarization 2.
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#define | FITSIDI_CALIBRATION_COLUMN_IMAG_2(nband) (dsp_fits_column){"IMAG_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "", "", "Complex gain imaginary part for polarization 2", (char*[]){""}} |
| | Complex gain imaginary part for polarization 2.
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#define | FITSIDI_CALIBRATION_COLUMN_WEIGHT_2(nband) (dsp_fits_column){"WEIGHT_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "", "", "Reliability weight of complex gain for polarization 2", (char*[]){""}} |
| | Reliability weight of complex gain for polarization 2.
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#define | FITSIDI_CALIBRATION_COLUMN_REFANT_2(nband) (dsp_fits_column){"REFANT_2", EXTFITS_ELEMENT_INT.typestr itostr(nband), "", "", "Reference antenna for polarization 2", (char*[]){""}} |
| | Reference antenna for polarization 2.
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| #define | FITSIDI_CALIBRATION_KEYWORD_TABREV (dsp_fits_keyword){"TABREV", EXTFITS_ELEMENT_SHORT.typestr, "", "", "1", (char*[]){""}} |
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#define | FITSIDI_CALIBRATION_KEYWORD_NO_ANT (dsp_fits_keyword){"NO_ANT", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Maximum antenna number in the table", (char*[]){""}} |
| | Maximum antenna number in the table.
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#define | FITSIDI_CALIBRATION_KEYWORD_NO_POL (dsp_fits_keyword){"NO_POL", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Number of polarizations in the table", (char*[]){""}} |
| | Number of polarizations in the table.
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| #define | FITSIDI_MODEL_COMPS_COLUMN_TIME (dsp_fits_column){"TIME", "1D", EXTFITS_MEASURE_UNIT_DAY, "", "Central time of interval", (char*[]){""}} |
| |
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#define | FITSIDI_MODEL_COMPS_COLUMN_SOURCE_ID (dsp_fits_column){"SOURCE_ID", "1J", "", "", "Source ID number", (char*[]){""}} |
| | Source ID number.
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#define | FITSIDI_MODEL_COMPS_COLUMN_ANTENNA_NO (dsp_fits_column){"ANTENNA_NO", "1J", "", "", "Antenna number", (char*[]){""}} |
| | Antenna number.
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#define | FITSIDI_MODEL_COMPS_COLUMN_ARRAY (dsp_fits_column){"ARRAY", "1J", "", "", "Array number", (char*[]){""}} |
| | Array number.
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#define | FITSIDI_MODEL_COMPS_COLUMN_FREQID (dsp_fits_column){"FREQID", "1J", "", "", "Frequency setup number", (char*[]){""}} |
| | Frequency setup number.
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#define | FITSIDI_MODEL_COMPS_COLUMN_ATMOS (dsp_fits_column){"ATMOS", "1D", EXTFITS_MEASURE_UNIT_SECOND, "", "Atmospheric delay", (char*[]){""}} |
| | sec Atmospheric delay
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#define | FITSIDI_MODEL_COMPS_COLUMN_DATMOS (dsp_fits_column){"DATMOS", "1D", "sec/sec", "", "Time derivative of atmospheric delay", (char*[]){""}} |
| | sec/sec Time derivative of atmospheric delay
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#define | FITSIDI_MODEL_COMPS_COLUMN_GDELAY (dsp_fits_column){"GDELAY", "1D", EXTFITS_MEASURE_UNIT_SECOND, "", "Group delay", (char*[]){""}} |
| | sec Group delay
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#define | FITSIDI_MODEL_COMPS_COLUMN_GRATE (dsp_fits_column){"GRATE", "1D", "sec/sec", "", "Rate of change of group delay", (char*[]){""}} |
| | sec/sec Rate of change of group delay
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#define | FITSIDI_MODEL_COMPS_COLUMN_CLOCK_1 (dsp_fits_column){"CLOCK_1", "1D", EXTFITS_MEASURE_UNIT_SECOND, "", "'Clock' epoch error", (char*[]){""}} |
| | sec 'Clock' epoch error
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#define | FITSIDI_MODEL_COMPS_COLUMN_DCLOCK_1 (dsp_fits_column){"DCLOCK_1", "1D", "sec/sec", "", "Time derivative of clock error", (char*[]){""}} |
| | sec/sec Time derivative of clock error
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#define | FITSIDI_MODEL_COMPS_COLUMN_LO_OFFSET_1(nband) (dsp_fits_column){"LO_OFFSET_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_HZ, "", "LO offset", (char*[]){""}} |
| | Hz LO offset.
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#define | FITSIDI_MODEL_COMPS_COLUMN_DLO_OFFSET_1(nband) (dsp_fits_column){"DLO_OFFSET_1", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "Hz/sec", "", "Time derivative of LO offset", (char*[]){""}} |
| | Hz/sec Time derivative of LO offset.
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#define | FITSIDI_MODEL_COMPS_COLUMN_DISP_1 (dsp_fits_column){"DISP_1", "1E", EXTFITS_MEASURE_UNIT_SECOND, "", "Dispersive delay", (char*[]){""}} |
| | sec m−2 Dispersive delay
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#define | FITSIDI_MODEL_COMPS_COLUMN_DDISP_1 (dsp_fits_column){"DDISP_1", "1E", "sec m−2/sec", "", " Time derivative of dispersive delay", (char*[]){""}} |
| | sec m−2/sec Time derivative of dispersive delay
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#define | FITSIDI_MODEL_COMPS_COLUMN_CLOCK_2 (dsp_fits_column){"CLOCK_2", "1D", EXTFITS_MEASURE_UNIT_SECOND, "", "'Clock' epoch error", (char*[]){""}} |
| | sec 'Clock' epoch error
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#define | FITSIDI_MODEL_COMPS_COLUMN_DCLOCK_2 (dsp_fits_column){"DCLOCK_2", "1D", "sec/sec", "", "Time derivative of clock error", (char*[]){""}} |
| | sec/sec Time derivative of clock error
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#define | FITSIDI_MODEL_COMPS_COLUMN_LO_OFFSET_2(nband) (dsp_fits_column){"LO_OFFSET_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), EXTFITS_MEASURE_UNIT_HZ, "", "LO offset", (char*[]){""}} |
| | Hz LO offset.
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#define | FITSIDI_MODEL_COMPS_COLUMN_DLO_OFFSET_2(nband) (dsp_fits_column){"DLO_OFFSET_2", EXTFITS_ELEMENT_FLOAT.typestr itostr(nband), "Hz/sec", "", "Time derivative of LO offset", (char*[]){""}} |
| | Hz/sec Time derivative of LO offset.
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#define | FITSIDI_MODEL_COMPS_COLUMN_DISP_2 (dsp_fits_column){"DISP_2", "1E", EXTFITS_MEASURE_UNIT_SECOND, "", "Dispersive delay", (char*[]){""}} |
| | sec m−2 Dispersive delay
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#define | FITSIDI_MODEL_COMPS_COLUMN_DDISP_2 (dsp_fits_column){"DDISP_2", "1E", "sec m−2/sec", "", "Time derivative of dispersive delay", (char*[]){""}} |
| | sec m−2/sec Time derivative of dispersive delay
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| #define | FITSIDI_MODEL_COMPS_KEYWORD_TABREV (dsp_fits_keyword){"TABREV", EXTFITS_ELEMENT_SHORT.typestr, "", "", "1", (char*[]){""}} |
| |
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#define | FITSIDI_MODEL_COMPS_KEYWORD_RDATE (dsp_fits_keyword){"RDATE", EXTFITS_ELEMENT_DOUBLE.typestr, "", "", "Reference date", (char*[]){""}} |
| | Reference date.
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#define | FITSIDI_MODEL_COMPS_KEYWORD_NO_POL (dsp_fits_keyword){"NO_POL", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Number of polarizations in the table", (char*[]){""}} |
| | Number of polarizations in the table.
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#define | FITSIDI_MODEL_COMPS_KEYWORD_FFT_SIZE (dsp_fits_keyword){"FFT_SIZE", EXTFITS_ELEMENT_SHORT.typestr, "", "", "FFT size", (char*[]){""}} |
| | FFT size.
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#define | FITSIDI_MODEL_COMPS_KEYWORD_OVERSAMP (dsp_fits_keyword){"OVERSAMP", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Oversampling factor", (char*[]){""}} |
| | Oversampling factor.
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#define | FITSIDI_MODEL_COMPS_KEYWORD_ZERO_PAD (dsp_fits_keyword){"ZERO_PAD", EXTFITS_ELEMENT_SHORT.typestr, "", "", "Zero padding factor", (char*[]){""}} |
| | Zero padding factor.
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#define | FITSIDI_MODEL_COMPS_KEYWORD_TAPER_FN (dsp_fits_keyword){"TAPER_FN", EXTFITS_ELEMENT_STRING.typestr, "", "", "Tapering function ('HANNING' or 'UNIFORM')", (char*[]){""}} |
| | Tapering function ('HANNING' or 'UNIFORM')
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