- ANTENNA1 = 0
- First include all MeasurementSet MAIN columns which may be used in calibration selection, interpolation or labelling. Antenna number
- ANTENNA2 = 1
- FEED1 = 2
- Feed identifier
- FEED2 = 3
- PULSAR_BIN = 4
- Pulsar bin number
- SCAN_NUMBER = 5
- Scan number
- TIME = 6
- Time
- TIME_EXTRA_PREC = 7
- Extra time precision
- INTERVAL = 8
- Interval
- ARRAY_ID = 9
- Array identifier
- PROCESSOR_ID = 10
- Processor identifier
- FIELD_ID = 11
- Field identifier
- OBSERVATION_ID = 12
- Observation identifier
- PULSAR_GATE_ID = 13
- Pulsar gate
- SPECTRAL_WINDOW_ID = 14
- Spectral window identifier
- PHASE_ID = 15
- Phase identifier
- STATE_ID = 16
- State identifier
- FREQ_GROUP = 100
- Other secondary MeasurementSet columns Frequency group
- FREQ_GROUP_NAME = 101
- Frequency group name
- FIELD_NAME = 102
- Field name
- FIELD_CODE = 103
- Field code
- SOURCE_NAME = 104
- Source name
- SOURCE_CODE = 105
- Source code
- CALIBRATION_GROUP = 106
- Source calibration group
- GAIN = 200
- Other calibration table columns Gain matrix values
- REF_ANT = 201
- Reference antenna
- REF_FEED = 202
- Reference feed
- REF_RECEPTOR = 203
- Reference receptor
- REF_FREQUENCY = 204
- Reference frequency
- MEAS_FREQ_REF = 205
- Reference frequency frame
- REF_DIRECTION = 206
- Reference direction
- MEAS_DIR_REF = 207
- Reference direction frame
- POINTING_OFFSET = 208
- Antenna pointing offsets
- MEAS_POINTING = 209
- Pointing offset frame
- CAL_DESC_ID = 300
- Calibration format descriptor
- CAL_HISTORY_ID = 301
- Calibration history identifier
- TOTAL_SOLUTION_OK = 400
- Solution statistics and weights Solution validity flag
- TOTAL_FIT = 401
- RMS of fit
- TOTAL_FIT_WEIGHT = 402
- Sum of fit weights
- SOLUTION_OK = 403
- Solution validity flag (per solution)
- FIT = 404
- RMS of fit (per solution)
- FIT_WEIGHT = 405
- Sum of fit weights (per solution)
- NUM_SPW = 500
- Calibration description columns Number of spectral windows
- NUM_CHAN = 501
- Number of frequency channels
- NUM_RECEPTORS = 502
- Number of receptors
- N_JONES = 503
- Jones matrix dimension
- CHAN_FREQ = 504
- Midpoint of frequency channels
- CHAN_WIDTH = 505
- Frequency channel width
- CHAN_RANGE = 506
- Channel range
- JONES_TYPE = 507
- Jones matrix type
- POLARIZATION_TYPE = 508
- Polarization enumerations
- MS_NAME = 509
- MeasurementSet name
- CAL_PARMS = 600
- Calibration history columns Application parameter values
- CAL_TABLES = 601
- Associated calibration tables
- CAL_SELECT = 602
- Calibration selection
- CAL_NOTES = 603
- Calibration notes
- CAL_DESC = 700
- Keywords Cal Desc sub-table
- CAL_HISTORY = 701
- Cal History sub-table
- ROT_MEASURE = 800
- FJones additions
- ROT_MEASURE_ERROR = 801
- IONOSPH_TEC = 802
- IONOSPH_TEC_ERROR = 803
- PHASE_OFFSET = 900
- GJonesDelayRateSB additions
- SB_DELAY = 901
- DELAY_RATE = 902
- POLY_TYPE = 1000
- General polynomial calibration additions
- POLY_MODE = 1001
- SCALE_FACTOR = 1002
- VALID_DOMAIN = 1003
- N_POLY_AMP = 1004
- N_POLY_PHASE = 1005
- POLY_COEFF_AMP = 1006
- POLY_COEFF_PHASE = 1007
- PHASE_UNITS = 1008
- SIDEBAND_REF = 1100
- BJonesPoly additions
- N_KNOTS_AMP = 1200
- Spline polynomial calibration additions
- N_KNOTS_PHASE = 1201
- SPLINE_KNOTS_AMP = 1202
- SPLINE_KNOTS_PHASE = 1203
// Determine the column name for the SPECTRAL_WINDOW_ID column
String name = MSC::fieldName (MSC::SPECTRAL_WINDOW_ID));
Re-define MSCalEnums to MSC for simplified access. Requires forward declaration of MSCalEnums