-
- imager
| 2.5 IMAGER for huge data
- AMPLITUDE
- 24.6.3 Released in Version 4.4
- APPLY
- 7.3 Self-Calibration Implementation
| 7.3 Self-Calibration Implementation
- /FLAG
- 7.8 Data flagging
- DELAY
- 7.6 Transfering the solution to
- ARRAY
- 15.1 UV coverage and beam
| 15.2 Complete Simulation
- casagildas
- 4.6.1 On the CASA side
- CATALOG
- 2.5 IMAGER for huge data
| 11.1.2 the VIEW command
| 11.2 The VIEWER program
| 11.4.1 The UV_PREVIEW command
| 12 Application: The Imager PIPELINE
| 12.2 Before using the PIPELINE:
| 12.3.14 IMAGING step
- CLARK
- 3.5 Imaging/deconvolution: a brief sequence
| no title
- CLEAN
- 2.3 IMAGER for beginners
| 3.4 Fundamental control variable: BEAM_STEP
| 3.4 Fundamental control variable: BEAM_STEP
| 5.5.5 Restoring step: UV_RESTORE
| 5.6.2 A few (obvious) practical
| 6.4 Large Mosaics: the SAULT
| 7.3 Self-Calibration Implementation
| 7.3 Self-Calibration Implementation
| 7.5 Advanced use
| 9 Application: UV plane analysis
| 10.1 Continuum imaging
- COLUMN
- 4.4.1 UV table data format
- COMBINE
- 16.1 Basic Data Cube Handling
- Command
- 3.6 Getting Help: the HELP
- COMPARE
- 11.1 The basic visualization commands
| 11.1.5 the COMPARE command
| 11.1.5 the COMPARE command
| 11.1.5 the COMPARE command
| 11.1.5 the COMPARE command
| 11.1.5 the COMPARE command
| 11.1.5 the COMPARE command
- DEFINE
- IMAGE
- A..6 Transfering Image data
- DISCARD
- MASK
- 24.4.1 Pending bugs or subtle
- EXPLORE
- 11.1 The basic visualization commands
| 11.1.4 the EXPLORE command
| 11.1.4 the EXPLORE command
- FEATHER
- 8.3.3 Comparison
| 8.4 Hybridization technique and ALMA
- FIND
- 11.2 The VIEWER program
- FIT
- /JVM_FACTOR
- 5.5.5 Restoring step: UV_RESTORE
| 6.5 Mosaic and JvM factor
- FITS
- 4.6 ALMA: UV Tables from
| 4.6.2 On the IMAGER side
| A..6 Transfering Image data
- fits_to_uvt
- 4.6.2 On the IMAGER side
- GCLEAN
- no title
| 24.6.3 Released in Version 4.4
| 24.6.3 Released in Version 4.4
- GO
- 2.4 IMAGER for previous users
| no title
| 2.4.1 Forget INPUT and GO
- BIT
- 2.4.1 Forget INPUT and GO
- MAP
- 2.4.1 Forget INPUT and GO
- NICE
- 2.4.1 Forget INPUT and GO
- PLOT
- 2.4.1 Forget INPUT and GO
- UVSHOW
- 2.4.1 Forget INPUT and GO
- HEADER
- 4.4.2 uv header
- HELP
- 2.2 IMAGER for you...
| 2.3 IMAGER for beginners
| 2.4 IMAGER for previous users
| 2.4 IMAGER for previous users
| 3.6 Getting Help: the HELP
| 3.6 Getting Help: the HELP
- command subtopic
- 3.6 Getting Help: the HELP
- SHOW
- 2.4.1 Forget INPUT and GO
| 11.4 Specific IMAGER visualisation tools
- VIEW
- 2.4.1 Forget INPUT and GO
- HELP SIMULATE
- 15.2 Complete Simulation
- HOGBOM
- 3.5 Imaging/deconvolution: a brief sequence
| no title
- HOW_TO
- 2.2 IMAGER for you...
- INPUT
- no title
| 2.4.1 Forget INPUT and GO
- INSPECT_3D
- 11.1 The basic visualization commands
| 11.1.3 the INSPECT_3D command
| 11.1.3 the INSPECT_3D command
| 11.1.3 the INSPECT_3D command
- JvM factor
- 5.5.5 Restoring step: UV_RESTORE
- KEPLER
- 14.3 Rotating Disks: the KEPLER
| 16.4 Rotationally symmetric structures: Keplerian
- /VELOCITY
- 16.4 Rotationally symmetric structures: Keplerian
- SHOW
- 11.4 Specific IMAGER visualisation tools
- MAP_COMBINE
- 16.1 Basic Data Cube Handling
- MAP_COMPRESS
- 16.1 Basic Data Cube Handling
- MAP_CONTINUUM
- 10.4 The CONTINUUM image
| 12.3.14 IMAGING step
| 16.1 Basic Data Cube Handling
- MAP_CONVOLVE
- 16.1 Basic Data Cube Handling
- MAP_INTEGRATE
- 16.1 Basic Data Cube Handling
- MAP_POLAR
- 13.1 Data Handling
| 13.1 Data Handling
| 13.2 The STOKES command
- MAP_REPROJECT
- 16.1 Basic Data Cube Handling
- MAP_RESAMPLE
- 16.1 Basic Data Cube Handling
- MAP_SMOOTH
- 16.1 Basic Data Cube Handling
- MASK
- 5.5.4.1 Implementation
- /THRESHOLD
- 13.1 Data Handling
- THRESHOLD
- 5.5.4.1 Implementation
| 7.5 Advanced use
- USE
- 5.5.4.1 Implementation
- MODEL
- 7.3 Self-Calibration Implementation
| 9 Application: UV plane analysis
| 15.2 Complete Simulation
- MOMENTS
- 24.6.3 Released in Version 4.4
- MOSAIC
- 6.3.4 Typical use
| 6.4 Large Mosaics: the SAULT
- MRC
- 3.5 Imaging/deconvolution: a brief sequence
| no title
- MULTI
- 3.5 Imaging/deconvolution: a brief sequence
| no title
- MX
- no title
| 5.5.5 Restoring step: UV_RESTORE
- PIPELINE
- 2.5 IMAGER for huge data
| 4.1 In a nutshell
| 7.6 Transfering the solution to
| 12 Application: The Imager PIPELINE
| 12 Application: The Imager PIPELINE
| no title
| no title
| 24.6.3 Released in Version 4.4
- /MODE
- 12 Application: The Imager PIPELINE
- /WIDGET
- 12 Application: The Imager PIPELINE
| 12.1 Preparing the data: ORGANIZE
| no title
- EXPLORE
- 12.2 Before using the PIPELINE:
- FIND
- 13.1 Data Handling
- ORGANIZE
- 4.6.2 On the IMAGER side
| 12.1 Preparing the data: ORGANIZE
- SELECT
- 13.1 Data Handling
- PROPER_MOTION
- 14.2 Moving Targets
| 24.6.3 Released in Version 4.4
- READ
- 1 Pre-amble
| 2.3 IMAGER for beginners
- /FREQUENCY
- 4.7 Reading UV tables
- /RANGE
- 4.7 Reading UV tables
| 14.1 Really Huge Problems
- BEAM
- 5.5.4.1 Implementation
- CGAINS
- 7.6 Transfering the solution to
- CONTINUUM
- 10.4 The CONTINUUM image
- DIRTY
- 5.5.4.1 Implementation
- MASK
- 5.5.4.1 Implementation
- MODEL
- 9 Application: UV plane analysis
| 9 Application: UV plane analysis
- SINGLE
- 3.5 Imaging/deconvolution: a brief sequence
| 4.8 UV Table handling
| 8.6 Short Spacings in practice:
| 8.6 Short Spacings in practice:
- UV
- 4.7 Reading UV tables
| 4.8 UV Table handling
| no title
| 5.3.3 Implementation ( READ UV,
| 7.6 Transfering the solution to
| 8.6 Short Spacings in practice:
| 9 Application: UV plane analysis
- READ UV
- 15.1 UV coverage and beam
- REPORT
- 12 Application: The Imager PIPELINE
| 12 Application: The Imager PIPELINE
| 24.6.3 Released in Version 4.4
- COVERAGE
- 12.2 Before using the PIPELINE:
- RESULTS
- 12.7 After using the PIPELINE:
- SUMMARY
- 12.2 Before using the PIPELINE:
- SCALE_FLUX
- 7.5 Advanced use
- SDI
- 3.5 Imaging/deconvolution: a brief sequence
| no title
- SELFCAL
- 7.1 Self-Calibration in a nutshell
| 7.3 Self-Calibration Implementation
| 7.3 Self-Calibration Implementation
| 7.3 Self-Calibration Implementation
| 7.3 Self-Calibration Implementation
| 7.3 Self-Calibration Implementation
| 7.4.2 Quality assessment and data
| 7.5 Advanced use
- /WIDGET
- 7.3 Self-Calibration Implementation
- AMPLI
- 7.5 Advanced use
- APPLY
- 7.3 Self-Calibration Implementation
| 7.3 Self-Calibration Implementation
| 7.3 Self-Calibration Implementation
| 7.3 Self-Calibration Implementation
| 7.7 Data re-weighting
| 7.8 Data flagging
| 7.8 Data flagging
- FLAG
- 7.8 Data flagging
- PHASE
- 7.3 Self-Calibration Implementation
| 7.5 Advanced use
- SAVE
- 7.3 Self-Calibration Implementation
| 7.3 Self-Calibration Implementation
- SHOW
- 7.3 Self-Calibration Implementation
| 7.4.1 Timescale for averaging solution
| 7.4.2 Quality assessment and data
| 11.1.1 The SHOW command
| 11.4.2 the SELFCAL SHOW command
| 11.4.2 the SELFCAL SHOW command
| 11.4.2 the SELFCAL SHOW command
| 11.4.2 the SELFCAL SHOW command
| 11.4.2 the SELFCAL SHOW command
| 11.4.2 the SELFCAL SHOW command
- SUMMARY
- 7.3 Self-Calibration Implementation
| 7.4.2 Quality assessment and data
- SET
- FORMAT
- 24.6.3 Released in Version 4.4
- SHOW
- 2.4.1 Forget INPUT and GO
| 8.1 In a nutshell
| 11.1 The basic visualization commands
| 11.1.1 The SHOW command
| 11.4 Specific IMAGER visualisation tools
| A..6 Transfering Image data
- /SIDE
- 11.1.1 The SHOW command
- CCT
- 5.6.2 A few (obvious) practical
| 11.1.1 The SHOW command
| 11.1.1 The SHOW command
| 11.1.1 The SHOW command
| 11.1.2 the VIEW command
- CLEAN
- 3.5 Imaging/deconvolution: a brief sequence
| 11.1.1 The SHOW command
| 11.1.1 The SHOW command
- COVERAGE
- 4.8 UV Table handling
| 11.1.1 The SHOW command
| 11.1.1 The SHOW command
- FIELDS
- 11.1.1 The SHOW command
- KEPLER
- 11.4 Specific IMAGER visualisation tools
| 16.4 Rotationally symmetric structures: Keplerian
- NOISE
- 5.5.6 Typical deconvolution session
| 5.6.2 A few (obvious) practical
| 11.1.1 The SHOW command
| 11.1.1 The SHOW command
| 11.1.1 The SHOW command
- SELFCAL
- 11.1.1 The SHOW command
- STATISTIC
- 24.2 Change summary for Version
- UV
- 4.8 UV Table handling
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
| 11.1.1 The SHOW command
| 11.1.1 The SHOW command
| 11.1.1 The SHOW command
- UV_FIT
- 4.8 UV Table handling
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
| 11.1.1 The SHOW command
| 11.1.1 The SHOW command
| 11.1.1 The SHOW command
- SIMULATE
- 15.2 Complete Simulation
| 15.2 Complete Simulation
| 15.2 Complete Simulation
- c
- 15.2 Complete Simulation
| 15.2 Complete Simulation
- SOLVE
- 7.3 Self-Calibration Implementation
| 7.3 Self-Calibration Implementation
| 7.8 Data flagging
- SPECIFY
- 24.6.3 Released in Version 4.4
- FREQUENCY
- 11.4.1 The UV_PREVIEW command
- STATISTIC
- 5.6.2 A few (obvious) practical
| 7.3 Self-Calibration Implementation
| 7.3 Self-Calibration Implementation
| 11.2 The VIEWER program
- STOKES
- 13.1 Data Handling
| 13.1 Data Handling
| 13.1 Data Handling
| 13.2 The STOKES command
| 13.2 The STOKES command
| 13.2 The STOKES command
| A..5 In IMAGER
- SUPPORT
- 5.5.4.1 Implementation
| 5.5.4.1 Implementation
- /MASK
- 5.5.4.1 Implementation
| 5.5.4.1 Implementation
- TABLE
- 8.6 Short Spacings in practice:
- TIP
- 2.2 IMAGER for you...
- UV_...
- 4.8 UV Table handling
- UV_SELF
- 7.3 Self-Calibration Implementation
- UV_ADD
- /FILE
- 13.2 The STOKES command
- UV_BASELINE
- 4.8 UV Table handling
| 4.8 UV Table handling
| 10.2 Split Continuum and Spectral
| 14.1 Really Huge Problems
- /CHANNELS
- 11.4.1 The UV_PREVIEW command
- /FILE
- 14.1 Really Huge Problems
- UV_CHECK
- 3.4 Fundamental control variable: BEAM_STEP
| 4.8 UV Table handling
- UV_CHOP
- 24.6.3 Released in Version 4.4
- UV_CIRCLE
- 4.8 UV Table handling
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
- UV_COMPRESS
- 4.8 UV Table handling
- /FILE
- 14.1 Really Huge Problems
- UV_CONTINUUM
- 4.8 UV Table handling
| 4.8 UV Table handling
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
- UV_DEPROJECT
- 4.8 UV Table handling
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
- UV_DETECT
- 16.2 Matched Filtering
- UV_EXTRACT
- /FILE
- 14.1 Really Huge Problems
- UV_FIELDS
- 24.6.4 Released - in Version
| A..5 In IMAGER
- UV_FILTER
- 4.8 UV Table handling
| 4.8 UV Table handling
| 10.1 Continuum imaging
| 10.2 Split Continuum and Spectral
| 13.1 Data Handling
| 14.1 Really Huge Problems
- /CHANNELS
- 11.4.1 The UV_PREVIEW command
- /FILE
- 14.1 Really Huge Problems
- UV_FIT
- 4.8 UV Table handling
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
| 11.1.1 The SHOW command
| 11.1.1 The SHOW command
- r
- 11.1.1 The SHOW command
- t
- 9 Application: UV plane analysis
- UV_FLAG
- 4.8 UV Table handling
| 5.6.2 A few (obvious) practical
- UV_HANNING
- /FILE
- 14.1 Really Huge Problems
- UV_MAP
- 2.3 IMAGER for beginners
| 3.4 Fundamental control variable: BEAM_STEP
| 3.4 Fundamental control variable: BEAM_STEP
| 3.5 Imaging/deconvolution: a brief sequence
| 3.6 Getting Help: the HELP
| 4.8 UV Table handling
| 4.8 UV Table handling
| 5.1 In a nutshell
| no title
| 5.3.3 Implementation ( READ UV,
| 5.3.3 Implementation ( READ UV,
| 5.3.4 Defining the Projection Center
| 5.5.4.1 Implementation
| 5.6.2 A few (obvious) practical
| 6.3.4 Typical use
| 6.3.4 Typical use
| 6.6 Tiny (or degenerate) Mosaics
| 9 Application: UV plane analysis
| 13.1 Data Handling
- /CONT
- 10.1 Continuum imaging
| 10.1 Continuum imaging
- ?
- 5.3.3 Implementation ( READ UV,
- UV_MAP
- 5.3.4 Defining the Projection Center
- UV_MERGE
- /FILE
- 4.8 UV Table handling
| 4.8 UV Table handling
| 14.1 Really Huge Problems
- /MODE STACK
- 16.3 Line Stacking
- UV_MOSAIC
- 6.3.4 Typical use
- UV_PREVIEW
- 2.5 IMAGER for huge data
| 2.5 IMAGER for huge data
| 4.8 UV Table handling
| 4.8 UV Table handling
| 7.4.2 Quality assessment and data
| 10.1 Continuum imaging
| 10.2 Split Continuum and Spectral
| 11.4.1 The UV_PREVIEW command
| 11.4.1 The UV_PREVIEW command
| 11.4.1 The UV_PREVIEW command
| 12.3.9 SELF or COMPUTE step
| 12.3.9 SELF or COMPUTE step
| 13.1 Data Handling
- /FILE
- 14.1 Really Huge Problems
- UV_RADIAL
- 4.8 UV Table handling
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
- UV_RESAMPLE
- 2.4 IMAGER for previous users
| 4.8 UV Table handling
| 13.1 Data Handling
- /FILE
- 14.1 Really Huge Problems
- UV_RESIDUAL
- 4.8 UV Table handling
| 9 Application: UV plane analysis
| 9 Application: UV plane analysis
- UV_RESTORE
- 3.4.1 CASA versus IMAGER
| 4.8 UV Table handling
| no title
| 5.5.5 Restoring step: UV_RESTORE
| 6.5 Mosaic and JvM factor
| 6.5 Mosaic and JvM factor
| 10.1 Continuum imaging
| 24.6.3 Released in Version 4.4
- UV_REWEIGHT
- 4.8 UV Table handling
| 7.4.2 Quality assessment and data
| 24.1 Change summary for Version
| A..5 In IMAGER
- UV_SELECT
- 9 Application: UV plane analysis
| 9 Application: UV plane analysis
- UV_SELF
- 4.8 UV Table handling
| 7.3 Self-Calibration Implementation
| 7.3 Self-Calibration Implementation
- /RESTORE
- 7.3 Self-Calibration Implementation
| 7.3 Self-Calibration Implementation
- UV_SHIFT
- 4.8 UV Table handling
- UV_SHORT
- 4.8 UV Table handling
| 6.1 In a nutshell
| 8.1 In a nutshell
| 8.3.3 Comparison
| 8.6 Short Spacings in practice:
| 8.6 Short Spacings in practice:
| 8.6 Short Spacings in practice:
| 8.6 Short Spacings in practice:
| 8.6 Short Spacings in practice:
| 8.6 Short Spacings in practice:
| 8.6 Short Spacings in practice:
| 8.6 Short Spacings in practice:
| 8.6 Short Spacings in practice:
| 8.6 Short Spacings in practice:
| 8.7.1 When are short-spacing information
- /REMOVE
- 8.6 Short Spacings in practice:
- UV_SORT
- 14.1 Really Huge Problems
- /FILE
- 14.1 Really Huge Problems
| 14.1 Really Huge Problems
- UV_SPLIT
- /FILE
- 14.1 Really Huge Problems
| 14.1 Really Huge Problems
- UV_STAT
- 4.8 UV Table handling
| no title
| 5.3.5 Typical imaging session
| 13.1 Data Handling
- /PLOT
- 24.6.3 Released in Version 4.4
- SETUP
- 9 Application: UV plane analysis
- UV_SUBTRACT
- 24.1 Change summary for Version
- UV_TIME
- 2.4 IMAGER for previous users
| 4.8 UV Table handling
| 4.8 UV Table handling
| 13.1 Data Handling
| 13.1 Data Handling
- /FILE
- 14.1 Really Huge Problems
- UV_TRACKS
- 15.1 UV coverage and beam
| 15.1 UV coverage and beam
| 15.2 Complete Simulation
- UV_TRUNCATE
- 4.8 UV Table handling
- VIEW
- 2.3 IMAGER for beginners
| 2.3 IMAGER for beginners
| 2.4.1 Forget INPUT and GO
| 8.1 In a nutshell
| 11.1 The basic visualization commands
| 11.1.2 the VIEW command
| 11.1.2 the VIEW command
| 11.1.2 the VIEW command
| A..6 Transfering Image data
- /OVERLAY
- 11.1.2 the VIEW command
| 16.1 Basic Data Cube Handling
- CCT
- 5.6.2 A few (obvious) practical
| 11.1.2 the VIEW command
- NOISE
- 11.1.2 the VIEW command
- STATISTIC
- 24.2 Change summary for Version
- WRITE
- 1 Pre-amble
| 2.3 IMAGER for beginners
| 2.4 IMAGER for previous users
| 8.6 Short Spacings in practice:
| 24.6.3 Released in Version 4.4
- /APPEND
- 14.1 Really Huge Problems
- /REPLACE
- 14.1 Really Huge Problems
- CGAINS
- 7.6 Transfering the solution to
- CONTINUUM
- 10.4 The CONTINUUM image
- MASK
- 5.5.4.1 Implementation
- SUPPORT
- 5.5.4.1 Implementation
- UV
- 4.8 UV Table handling
- XY_SHORT
- 8.6 Short Spacings in practice:
