Up: Analysis of ATCA Data
Previous: Averaging in time
- 9-track, load ATCA data from
- Data on 9-track tape
- accounts, computer
- INTRODUCTION
- adverbs, baddisk
- How to use the
- adverbs, blver
- COMMONLY ENCOUNTERED TABLES IN
- adverbs, bpver
- COMMONLY ENCOUNTERED TABLES IN
- adverbs, definition
- Some useful tips for
- adverbs, fgver
- COMMONLY ENCOUNTERED TABLES IN
- adverbs, freqid
- COMMONLY ENCOUNTERED TABLES IN | COMMONLY ENCOUNTERED TABLES IN
- adverbs, gainuse
- COMMONLY ENCOUNTERED TABLES IN
- adverbs, gainver
- COMMONLY ENCOUNTERED TABLES IN
- adverbs, global
- Some useful tips for
- adverbs, snver
- COMMONLY ENCOUNTERED TABLES IN | COMMONLY ENCOUNTERED TABLES IN
- aipsdisks
- File systems
- AN table
- How do I average
- AN-ANtenna table
- COMMONLY ENCOUNTERED TABLES IN
- ansiread, read ANSI tape
- Data on Exabyte tape
- antenna gains, determination
- DETERMINING THE ANTENNA GAINS
- APCLN
- Computation
- appending FG tables
- Averaged continuum (channel 0) data
- ATBPASS
- Computation | COMMONLY ENCOUNTERED TABLES IN
- ATCALIB
- Computation | COMMONLY ENCOUNTERED TABLES IN
- ATCLCAL
- INTERPOLATION OF THE GAIN | Computation | COMMONLY ENCOUNTERED TABLES IN
- ATELES, access
- LOADING YOUR ATCA DATA
- ATLOD
- How to use ATLOD | COMMONLY ENCOUNTERED TABLES IN
- ATMCAL
- Computation
- ATSCAL
- Computation
- averaging of visibilities, scalar or vector
- Should I scalar or
- averaging visibilities
- AVERAGING DATA IN FREQUENCY
- averaging visibilities in frequency
- Should I average my | How do I average
- averaging visibilities in time
- Averaging in time
- avfile
- Data on Exabyte tape
- AVSPC
- How do I average
- baddisk
- How to use the
- bandpass calibration
- BANDPASS CALIBRATION FOR SPECTRAL
- bandpass, determination
- Computation
- bandpass, inspection
- Computation
- bandwidth smearing
- EFFECTS OF AVERAGING IN
- barycentric rest frame
- Velocities and reference frames
- binning channels
- Spectral binning
- BL-BaseLine table
- COMMONLY ENCOUNTERED TABLES IN
- BLCAL
- COMMONLY ENCOUNTERED TABLES IN
- blver
- COMMONLY ENCOUNTERED TABLES IN
- bootstrapping the flux density scale
- CORRECTING THE FLUX DENSITY
- BP table
- BANDPASS CALIBRATION FOR SPECTRAL
- BP-BandPass table
- COMMONLY ENCOUNTERED TABLES IN
- BPASS
- Computation | COMMONLY ENCOUNTERED TABLES IN
- bpver
- COMMONLY ENCOUNTERED TABLES IN
- CACAL
- Do I really an | How to use ATLOD | Setting the Flux Density | Averaged continuum (channel 0) data
- CALCOP
- Transfer of the calibration
- CALIB
- Computation | Computation | COMMONLY ENCOUNTERED TABLES IN
- calibration adverbs
- DISCUSSION OF SOME SELECTED
- calibration, AIPS or MIRIAD
- Should I calibrate in
- calibration, application to data
- APPLYING THE CALIBRATION TO
- calibration, assessment
- Assessment of calibration
- calibration, is it needed ?
- Do I really an
- calibration, resetting
- Resetting the calibration
- calibration, transfer from ch-0 to spectral data
- Transfer of the calibration
- calibration,"antenna-based
- Antenna-based gain calibration
- case sensitivity, lack of
- Some useful tips for
- case, lower to upper
- Reading your data from
- CL table
- How to use ATLOD | Sorting and Indexing | INTERPOLATION OF THE GAIN
- CL-CaLibration table
- COMMONLY ENCOUNTERED TABLES IN
- CLCAL
- INTERPOLATION OF THE GAIN | COMMONLY ENCOUNTERED TABLES IN
- CLEAN
- Deconvolution with CLEAN
- CLIP
- Averaged continuum (channel 0) data
- CLRALL
- Some useful tips for
- CLRMSG
- Some useful tips for
- CLSNZAP
- Resetting the calibration
- CLZAP
- Resetting the calibration
- COMB
- Subtraction in the image
- concatenating FG tables
- Averaged continuum (channel 0) data
- concatenation of visibility files
- HOW TO COMBINE MULTI-CONFIGURATION
- continuum subtraction
- Continuum subtraction
- converting single-source files to multi-source files
- Conversion of single-source files
- Convex, access
- LOADING YOUR ATCA DATA
- CVEL
- Setting the Velocity Scale | Associating a velocity with
- DBCON
- How to use ATLOD | HOW TO COMBINE MULTI-CONFIGURATION | IMAGING | Imaging one channel and
- DC offsets, cure for 128 MHz data
- How do I average
- deconvolution, CLEAN
- Deconvolution with CLEAN
- deconvolution, maximum entropy
- Deconvolution with maximum entropy
- DELCOR
- Do I really an | How to use ATLOD | Setting the Flux Density | Averaged continuum (channel 0) data
- dirty beam
- General
- dirty image
- General
- dirty image, units
- General
- Disk, load ATCA data from
- Reading your data from
- dismount
- Data on Exabyte tape
- Doppler tracking, off line
- Associating a velocity with
- Doppler tracking, on line
- Associating a velocity with
- editing visibilities
- EDITING THE DATA
- Exabyte, load ATCA data from
- Data on Exabyte tape
- EXTDEST
- Deleting SN tables | Resetting the calibration
- EXTZAP
- Resetting the calibration
- feeds, circular
- Stokes Parameters and Polarization
- feeds, linear
- Stokes Parameters and Polarization
- FFT
- General
- FG table
- How do I average | EDITING THE DATA
- FG-FlaGging table
- COMMONLY ENCOUNTERED TABLES IN
- fgver
- COMMONLY ENCOUNTERED TABLES IN
- file management
- File systems
- file management, aipsdisks
- File systems
- flagging visibilities
- EDITING THE DATA
- flux density scale, bootstrapping
- CORRECTING THE FLUX DENSITY
- flux density scale, corrction
- CORRECTING THE FLUX DENSITY
- flux density scale, setting
- Setting the Flux Density
- Fourier Transform
- IMAGING
- FQ table
- How to use ATLOD | How do I average
- FQ-FreQuency table
- COMMONLY ENCOUNTERED TABLES IN
- freqid
- COMMONLY ENCOUNTERED TABLES IN | COMMONLY ENCOUNTERED TABLES IN | COMMONLY ENCOUNTERED TABLES IN
- gain jumps, calibration of
- What to do with
- gains solutions, interpolation
- INTERPOLATION OF THE GAIN
- gains, antenna
- DETERMINING THE ANTENNA GAINS
- gains, assessmment of solutions
- Assessment and inspection of
- gainuse
- COMMONLY ENCOUNTERED TABLES IN
- gainver
- COMMONLY ENCOUNTERED TABLES IN
- GETJY
- CORRECTING THE FLUX DENSITY
- GETNAME
- Some Examples of using
- gridding
- General
- Hanning smoothing, ATLOD
- How to use ATLOD
- HBCLN
- Computation
- heliocentric rest frame
- Velocities and reference frames
- HORUS
- IMAGING
- IBLED
- Averaged continuum (channel 0) data | Averaged continuum (channel 0) data | COMMONLY ENCOUNTERED TABLES IN
- imaging
- IMAGING
- imaging, FFT
- General
- imaging, general information
- General
- imaging, gridding
- General
- imaging, weighting
- Imaging
- IMHEAD
- Overview | Some useful tips for | Some Examples of using | Sorting and Indexing | COMMONLY ENCOUNTERED TABLES IN
- indexing
- Sorting and Indexing
- INDXR
- Sorting and Indexing | COMMONLY ENCOUNTERED TABLES IN | COMMONLY ENCOUNTERED TABLES IN
- INPUTS
- Some useful tips for
- interference, channel specific
- AVERAGING DATA IN FREQUENCY
- interpolation of gain solutions
- INTERPOLATION OF THE GAIN
- ISPEC
- Subtraction in the image
- Janskys per beam
- General
- KALIB
- Computation | COMMONLY ENCOUNTERED TABLES IN
- LISTR
- Summarizing the Observation | Averaged continuum (channel 0) data | Assessment and inspection of | Assessment of calibration
- Load ATCA data into AIPS
- Data on Exabyte tape
- Load ATCA data into AIPS
- Data on 9-track tape
- Load ATCA data into AIPS
- Reading your data from
- Loading ATCA data into AIPS
- How to use ATLOD
- LSR, Local Standard of Rest
- Velocities and reference frames
- maximum entropy
- Deconvolution with maximum entropy
- message file
- Some useful tips for
- miriad
- Overview
- MIXPL
- How do I average
- mount
- Data on Exabyte tape
- MSGKILL
- Some useful tips for
- mt, tape manipulation
- Data on 9-track tape
- mt, tape manipulation in Unix
- Data on Exabyte tape
- MULTI
- Conversion of single-source files
- multi-frequency synthesis
- Imaging multiple channels
- Multi-source file, sorting and indexing
- Sorting and Indexing
- MX
- IMAGING | Computation
- network management
- How to use the
- network write penalty
- How to use the
- NX table
- How to use ATLOD | Sorting and Indexing
- NX-iNdeX table
- COMMONLY ENCOUNTERED TABLES IN
- optical velocity definition
- Velocities and reference frames
- overview
- Overview
- pltsys, plot XY phases
- How to use ATLOD
- polarimetry,"Stokes parameters
- Stokes Parameters and Polarization
- POSSM
- How do I average | Spectral (line or continuum) | Computation | Subtraction in the visibility
- primary beam correction
- Correcting for the Primary
- primary beam, image it
- General
- printing visibilities
- EDITING THE DATA
- procedure, ATBPASS
- COMMONLY ENCOUNTERED TABLES IN
- procedure, ATCALIB
- COMMONLY ENCOUNTERED TABLES IN
- procedures, ATBPASS
- Computation
- procedures, ATCALIB
- Computation
- procedures, ATCLCAL
- INTERPOLATION OF THE GAIN | Computation | COMMONLY ENCOUNTERED TABLES IN
- procedures, ATMCAL
- Computation
- procedures, ATSCAL
- Computation
- procedures, CALCOP
- Transfer of the calibration
- procedures, CLRALL
- Some useful tips for
- procedures, CLSNZAP
- Resetting the calibration
- procedures, CLZAP
- Resetting the calibration
- procedures, definition and activation
- Some useful tips for
- procedures, EXTZAP
- Resetting the calibration
- procedures, SNZAP
- Deleting SN tables | Resetting the calibration
- PRTAB
- COMMONLY ENCOUNTERED TABLES IN
- PRTAN
- COMMONLY ENCOUNTERED TABLES IN
- PRTHIS
- Some useful tips for
- PRTMSG
- Some useful tips for
- pseudo verbs, definition and activation
- Some useful tips for
- pseudo verbs, INPUTS
- Some useful tips for
- pseudo verbs, MSGKILL
- Some useful tips for
- pseudo verbs, SHOW
- Show and Tell
- pseudo verbs, TELL
- Show and Tell
- pseudo verbs, TGET
- Some useful tips for
- PUTHEAD
- How to use ATLOD
- QUACK
- Averaged continuum (channel 0) data
- radio velocity definition
- Velocities and reference frames
- Read ATCA data into AIPS
- Data on Exabyte tape
- Read ATCA data into AIPS
- Data on 9-track tape
- Read ATCA data into AIPS
- Reading your data from
- Reading ATCA data into AIPS
- How to use ATLOD
- reference frames, barycentric
- Velocities and reference frames
- reference frames, heliocentric
- Velocities and reference frames
- reference frames, LSR
- Velocities and reference frames
- reference frames, velocity
- Setting the Velocity Scale | Velocities and reference frames
- RENAM, convert lower case Unix files to upper case
- Reading your data from
- RPFITS
- Data on Exabyte tape
- scalar averaging in time
- How do I average
- scalar averaging of visibilities
- Should I scalar or
- scratch files
- How to use the
- SDCLN
- Computation
- self calibration
- SELF CALIBRATION
- SETJY
- Setting the Flux Density | Setting the Velocity Scale | CORRECTING THE FLUX DENSITY | Resetting the calibration
- SHOW
- Show and Tell
- side-band indicator
- COMMONLY ENCOUNTERED TABLES IN
- SN table
- DETERMINING THE ANTENNA GAINS | CORRECTING THE FLUX DENSITY | INTERPOLATION OF THE GAIN
- SN tables, deletion
- Deleting SN tables
- SN tables, generation
- Computation
- SN-SolutioN table
- COMMONLY ENCOUNTERED TABLES IN
- SNCOR
- Assessment and inspection of
- SNPLT
- Assessment and inspection of
- SNSMO
- Should I scalar or
- snver
- COMMONLY ENCOUNTERED TABLES IN | COMMONLY ENCOUNTERED TABLES IN
- SNZAP
- Deleting SN tables | Resetting the calibration
- sorting
- Sorting and Indexing
- spectra of visibilites
- How do I average
- spectral binning
- Spectral binning
- spectral-line data processing
- SPECTRAL-LINE SPECIFIC PROCESSING
- spectral-line data, disk management
- Disk management
- spectral-line imaging
- Imaging spectral-line data
- SPFLG
- Spectral (line or continuum) | COMMONLY ENCOUNTERED TABLES IN
- SPLIT
- APPLYING THE CALIBRATION TO
- SQASH
- Subtraction in the image
- SU table
- Some Examples of using | INITIALIZATION OF THE MULTI-SOURCE | Computation | CORRECTING THE FLUX DENSITY | Resetting the calibration
- SU-SoUrce table
- COMMONLY ENCOUNTERED TABLES IN
- Summary of observation
- Summarizing the Observation
- TABED
- Averaged continuum (channel 0) data
- tables in AIPS
- COMMONLY ENCOUNTERED TABLES IN
- tables, AN
- How do I average
- tables, ANtenna-AN
- COMMONLY ENCOUNTERED TABLES IN
- tables, appending
- Averaged continuum (channel 0) data
- tables, BandPass-BP
- COMMONLY ENCOUNTERED TABLES IN
- tables, BaseLine-BL
- COMMONLY ENCOUNTERED TABLES IN
- tables, BP
- BANDPASS CALIBRATION FOR SPECTRAL
- tables, calibration
- Overview
- tables, CaLibration-CL
- COMMONLY ENCOUNTERED TABLES IN
- tables, CL
- How to use ATLOD | Sorting and Indexing | INTERPOLATION OF THE GAIN
- tables, concatenation
- Averaged continuum (channel 0) data
- tables, copying
- Transfer of the calibration
- tables, FG
- How do I average | EDITING THE DATA
- tables, FlaGging-FG
- COMMONLY ENCOUNTERED TABLES IN
- tables, FQ
- How to use ATLOD | How do I average
- tables, FreQuency-FQ
- COMMONLY ENCOUNTERED TABLES IN
- tables, NX
- How to use ATLOD | Sorting and Indexing
- tables, SN
- DETERMINING THE ANTENNA GAINS | CORRECTING THE FLUX DENSITY | INTERPOLATION OF THE GAIN
- tables, SolutioN-SN
- COMMONLY ENCOUNTERED TABLES IN
- tables, SoUrce-SU
- COMMONLY ENCOUNTERED TABLES IN
- tables, SU
- Some Examples of using | INITIALIZATION OF THE MULTI-SOURCE | Computation | CORRECTING THE FLUX DENSITY | Resetting the calibration
- tables,iNdeX-NX
- COMMONLY ENCOUNTERED TABLES IN
- TACOP
- Averaged continuum (channel 0) data | Transfer of the calibration | COMMONLY ENCOUNTERED TABLES IN
- tape manipulation in Unix
- Data on Exabyte tape | Data on 9-track tape
- tape manipulation, dismount Convex tape drive in Unix
- Data on 9-track tape
- tape manipulation, mount Convex tape drive in Unix
- Data on 9-track tape
- tape manipulation, read ANSI tape in Unix
- Data on Exabyte tape
- tape manipulation, read VMS backup tape in Unix
- Data on 9-track tape
- tasks, APCLN
- Computation
- tasks, ATLOD
- How to use ATLOD | COMMONLY ENCOUNTERED TABLES IN
- tasks, AVSPC
- How do I average
- tasks, BLCAL
- COMMONLY ENCOUNTERED TABLES IN
- tasks, BPASS
- Computation | COMMONLY ENCOUNTERED TABLES IN
- tasks, CALIB
- Computation | Computation | COMMONLY ENCOUNTERED TABLES IN
- tasks, CLCAL
- INTERPOLATION OF THE GAIN | COMMONLY ENCOUNTERED TABLES IN
- tasks, CLIP
- Averaged continuum (channel 0) data
- tasks, COMB
- Subtraction in the image
- tasks, CVEL
- Setting the Velocity Scale | Associating a velocity with
- tasks, DBCON
- How to use ATLOD | HOW TO COMBINE MULTI-CONFIGURATION | IMAGING | Imaging one channel and
- tasks, definition and activation
- Some useful tips for
- tasks, GETJY
- CORRECTING THE FLUX DENSITY
- tasks, HBCLN
- Computation
- tasks, HORUS
- IMAGING
- tasks, IBLED
- Averaged continuum (channel 0) data | COMMONLY ENCOUNTERED TABLES IN
- tasks, INDXR
- Sorting and Indexing | COMMONLY ENCOUNTERED TABLES IN | COMMONLY ENCOUNTERED TABLES IN
- tasks, ISPEC
- Subtraction in the image
- tasks, KALIB
- Computation | COMMONLY ENCOUNTERED TABLES IN
- tasks, LISTR
- Summarizing the Observation | Averaged continuum (channel 0) data | Assessment and inspection of | Assessment of calibration
- tasks, MIXPL
- How do I average
- tasks, MULTI
- Conversion of single-source files
- tasks, MX
- IMAGING | Computation
- tasks, POSSM
- How do I average | Spectral (line or continuum) | Computation | Subtraction in the visibility
- tasks, PRTAB
- COMMONLY ENCOUNTERED TABLES IN
- tasks, PRTAN
- COMMONLY ENCOUNTERED TABLES IN
- tasks, PRTUV
- Averaged continuum (channel 0) data
- tasks, QUACK
- Averaged continuum (channel 0) data
- tasks, SDCLN
- Computation
- tasks, SETJY
- Setting the Flux Density | Setting the Velocity Scale | CORRECTING THE FLUX DENSITY | Resetting the calibration
- tasks, SNCOR
- Assessment and inspection of
- tasks, SNPLT
- Assessment and inspection of
- tasks, SNSMO
- Should I scalar or
- tasks, SPFLG
- Spectral (line or continuum) | COMMONLY ENCOUNTERED TABLES IN
- tasks, SPLIT
- APPLYING THE CALIBRATION TO
- tasks, SQASH
- Subtraction in the image
- tasks, TABED
- Averaged continuum (channel 0) data
- tasks, TACOP
- Averaged continuum (channel 0) data | Transfer of the calibration | COMMONLY ENCOUNTERED TABLES IN
- tasks, TKPL
- How do I average
- tasks, TVFLG
- Averaged continuum (channel 0) data | COMMONLY ENCOUNTERED TABLES IN
- tasks, TVPL
- How do I average
- tasks, UVAVG
- Averaging in time
- tasks, UVBAS
- Subtraction in the visibility
- tasks, UVCMP
- Disk management | HOW TO COMBINE MULTI-CONFIGURATION
- tasks, UVFIX
- COMMONLY ENCOUNTERED TABLES IN
- tasks, UVFLG
- Averaged continuum (channel 0) data | COMMONLY ENCOUNTERED TABLES IN
- tasks, UVFND
- Averaged continuum (channel 0) data
- tasks, UVLIN
- Subtraction in the visibility
- tasks, UVLSF
- Subtraction in the visibility
- tasks, UVMAP
- IMAGING
- tasks, UVPLT
- Averaged continuum (channel 0) data | Assessment and inspection of | Assessment of calibration
- tasks, UVSRT
- Sorting and Indexing
- tasks, UVSUB
- Subtraction in the image
- tasks, VBPLT
- Averaged continuum (channel 0) data | Assessment and inspection of
- tasks, VTESS
- Deconvolution with maximum entropy
- TELL
- Show and Tell
- TGET
- Some useful tips for
- time averaging smearing
- EFFECTS OF AVERAGING IN
- tips, new users
- Some useful tips for
- TKPL
- How do I average
- tpmount, mount Convex tape drive in Unix
- Data on 9-track tape
- tpunmount, dismount Convex tape drive in Unix
- Data on 9-track tape
- TVFLG
- Averaged continuum (channel 0) data | COMMONLY ENCOUNTERED TABLES IN
- TVPL
- How do I average
- UCAT
- Some Examples of using
- Unix, ansiread
- Data on Exabyte tape
- Unix, mt
- Data on Exabyte tape | Data on 9-track tape
- Unix, RENAM
- Reading your data from
- Unix, tpmount
- Data on 9-track tape
- Unix, tpunmount
- Data on 9-track tape
- Unix, vmsbu
- Data on 9-track tape
- user number, AIPS
- INTRODUCTION
- UVAVG
- Averaging in time
- UVBAS
- Subtraction in the visibility
- UVCMP
- Disk management | HOW TO COMBINE MULTI-CONFIGURATION
- UVFIX
- COMMONLY ENCOUNTERED TABLES IN
- UVFLG
- Averaged continuum (channel 0) data | COMMONLY ENCOUNTERED TABLES IN
- UVFND
- Averaged continuum (channel 0) data
- UVLIN
- Subtraction in the visibility
- UVLSF
- Subtraction in the visibility
- UVMAP
- IMAGING
- UVPLT
- Averaged continuum (channel 0) data | Assessment and inspection of | Assessment of calibration
- UVSRT
- Sorting and Indexing
- UVSUB
- Subtraction in the image
- VBPLT
- Averaged continuum (channel 0) data | Assessment and inspection of
- vector averaging in time
- How do I average
- vector averaging of visibilities
- Should I scalar or
- velocity reference frames
- Velocities and reference frames
- velocity scale, setting
- Setting the Velocity Scale
- velocity, optical definition
- Velocities and reference frames
- velocity, radio definition
- Velocities and reference frames
- verbs, avfile
- Data on Exabyte tape
- verbs, CLRMSG
- Some useful tips for
- verbs, definition and activation
- Some useful tips for
- verbs, dismount
- Data on Exabyte tape
- verbs, EXTDEST
- Deleting SN tables | Resetting the calibration
- verbs, GETNAM
- Some Examples of using
- verbs, IMHEAD
- Some useful tips for | Some Examples of using | Sorting and Indexing | COMMONLY ENCOUNTERED TABLES IN
- verbs, mount
- Data on Exabyte tape
- verbs, PRTHIS
- Some useful tips for
- verbs, PRTMSG
- Some useful tips for
- verbs, PUTHEAD
- How to use ATLOD
- verbs, UCAT
- Some Examples of using
- verbs,"IMHEAD
- Overview
- visibility file, multi-source
- Overview
- visibility file, single-source
- Overview
- visibility files, concatenation
- HOW TO COMBINE MULTI-CONFIGURATION
- vmsbu, read VMS backup tape in Unix
- Data on 9-track tape
- VTESS
- Deconvolution with maximum entropy
- weighting
- Imaging
- XY phase differences
- All about XY phase
- XY phases, plotting
- How to use ATLOD
nkilleen@atnf.csiro.au