Index


imager | IMAGER for huge data
ALMA
ALMA
AMPLITUDE
AMPLITUDE | Released in Version 4.4
/ANTENNA
AMPLITUDE /ANTENNA
/FILE
AMPLITUDE /FILE
APPLY
Self-Calibration Implementation | Self-Calibration Implementation | APPLY
/FLAG
Data flagging | APPLY /FLAG
AMPLI
APPLY AMPLI
DELAY
Transfering the solution to | APPLY DELAY
PHASE
APPLY PHASE
ARRAY
Simulating Observations
BUFFERS
BUFFERS
AGAINS
BUFFERS AGAINS
BEAM
BUFFERS BEAM
CCT
BUFFERS CCT
CGAINS
BUFFERS CGAINS
CLEAN
BUFFERS CLEAN
CLIPPED
BUFFERS CLIPPED
CONTINUUM
BUFFERS CONTINUUM
DIRTY
BUFFERS DIRTY
EXTRACTED
BUFFERS EXTRACTED
FIELDS
BUFFERS FIELDS
M_AREA
BUFFERS M_AREA
M_PEAK
BUFFERS M_PEAK
M_VELO
BUFFERS M_VELO
M_WIDTH
BUFFERS M_WIDTH
MASK
BUFFERS MASK
PRIMARY
BUFFERS PRIMARY
RESIDUAL
BUFFERS RESIDUAL
SHORT
BUFFERS SHORT
SINGLE
BUFFERS SINGLE
SKY
BUFFERS SKY
SLICED
BUFFERS SLICED
SPECTRUM
BUFFERS SPECTRUM
UV_DATA
BUFFERS UV_DATA
UV_FIT
BUFFERS UV_FIT
UV_RESIDUAL
BUFFERS UV_RESIDUAL
UVCONT
BUFFERS UVCONT
UVRADIAL
BUFFERS UVRADIAL
WEIGHT
BUFFERS WEIGHT
casagildas
On the CASA side
CATALOG
IMAGER for huge data | the VIEW command | The VIEWER program | The UV_PREVIEW command | The Imager PIPELINE and | Before using the PIPELINE: | IMAGING step | CATALOG
/SORT
CATALOG /SORT
Astro
CATALOG Astro
Default
CATALOG Default
Linedb \(\backslash\)
CATALOG Linedb \(\backslash\)
LINEDB%ENERGY
CATALOG LINEDB%ENERGY
CCT_CLEAN
CCT_CLEAN
CCT_CONVERT
CCT_CONVERT
CCT_MERGE
CCT_MERGE
CLARK
Imaging/deconvolution: a brief sequence | no title | CLARK
CLEAN
IMAGER for beginners | Fundamental control variable: BEAM_STEP | Fundamental control variable: BEAM_STEP | Restoring step: UV_RESTORE | A few (obvious) practical | Large Mosaics: the SAULT | Self-Calibration Implementation | Self-Calibration Implementation | Advanced use | UV plane analysis | Continuum imaging | CLEAN
/ARES
CLEAN /ARES
/FLUX
CLEAN /FLUX
/NITER
CLEAN /NITER
/PLOT
CLEAN /PLOT
/QUERY
CLEAN /QUERY
/RESTART
CLEAN /RESTART
ANGLE
ANGLE
BEAM_PATCH
BEAM_PATCH
BEAM_SIZE
BEAM_SIZE
BLC
BLC
CLARK
CLARK
CLEAN_ARES
CLEAN_ARES
CLEAN_FRES
CLEAN_FRES
CLEAN_GAIN
CLEAN_GAIN
CLEAN_INFLATE
CLEAN_INFLATE
CLEAN_NCYCLE
CLEAN_NCYCLE
CLEAN_NGOAL
CLEAN_NGOAL
CLEAN_NITER
CLEAN_NITER
CLEAN_NKEEP
CLEAN_NKEEP
CLEAN_POSITIVE
CLEAN_POSITIVE
CLEAN_RESIDUAL
CLEAN_RESIDUAL
CLEAN_SEARCH
CLEAN_SEARCH
CLEAN_SIDELOBE
CLEAN_SIDELOBE
CLEAN_SMOOTH
CLEAN_SMOOTH
CLEAN_SPEEDY
CLEAN_SPEEDY
CLEAN_STOP
CLEAN_STOP
CLEAN_TRUNCATE
CLEAN_TRUNCATE
CLEAN_WORRY
CLEAN_WORRY
GAUSS
GAUSS
HOGBOM
HOGBOM
MAJOR
MAJOR
METHOD
METHOD
Methods:
CLEAN Methods:
MINOR
MINOR
MOSAIC_SEARCH
MOSAIC_SEARCH
MOSAIC_TRUNCATE
MOSAIC_TRUNCATE
MRC
MRC
MULTI
MULTI
Old_Names:
Old_Names:
SDI
SDI
TRC
TRC
Variables:
Variables:
COLLECT
COLLECT
/FLAG
COLLECT /FLAG
COLOR
COLOR
COLUMN
UV table data format
COMBINE
Basic Data Cube Handling | COMBINE
/BLANKING
COMBINE /BLANKING
/FACTOR
COMBINE /FACTOR
/RELATIVE
COMBINE /RELATIVE
/THRESHOLD
COMBINE /THRESHOLD
CODE
COMBINE CODE
Command
Getting Help: the HELP
COMPARE
The basic visualization commands | the COMPARE command | the COMPARE command | the COMPARE command | the COMPARE command | the COMPARE command | the COMPARE command | COMPARE
/DIRECTORY
COMPARE /DIRECTORY
CUBE
COMPARE CUBE
MAPS
COMPARE MAPS
Restrictions
COMPARE Restrictions
WARNING
COMPARE WARNING
DEFINE
IMAGE
Transfering Image data
DERIVE
DERIVE
Example
DERIVE Example
DISCARD
DISCARD
MASK
Pending bugs or subtle
DUMP
DUMP
EXPLORE
The basic visualization commands | the EXPLORE command | the EXPLORE command | EXPLORE
/ADD
EXPLORE /ADD
/DIRECTORY
EXPLORE /DIRECTORY
/NOPAUSE
EXPLORE /NOPAUSE
CENTER
CENTER
DO_BIT
DO_BIT
DO_CONTOUR
DO_CONTOUR
DO_GREY
DO_GREY
DO_MASK
DO_MASK
RANGE
RANGE
SCALE
SCALE
SFLUX
SFLUX
SIZE
SIZE
SPACE_TYPE
SPACE_TYPE
SPACING
SPACING
SPAN
SPAN
Variables:
EXPLORE Variables:
EXTRACT
EXTRACT
FEATHER
Comparison | Hybridization technique and ALMA | FEATHER
/FILE
FEATHER /FILE
/REPROJECT
FEATHER /REPROJECT
Algorithm
FEATHER Algorithm
FEATHER_EXPO
FEATHER_EXPO
FEATHER_RADIUS
FEATHER_RADIUS
FEATHER_RANGE
FEATHER_RANGE
FEATHER_RATIO
FEATHER_RATIO
Variables:
FEATHER Variables:
FIND
The VIEWER program | FIND
/SPECIES
FIND /SPECIES
FIT
FIT
/JVM_FACTOR
Restoring step: UV_RESTORE | Mosaic and JvM factor | FIT /JVM_FACTOR
/THRESHOLD
FIT /THRESHOLD
BEAM_SIZE
FIT BEAM_SIZE
CLEAN_SIDELOBE
FIT CLEAN_SIDELOBE
FixedValues
FIT FixedValues
Results
FIT Results
FITS
ALMA: UV Tables from | On the IMAGER side | Transfering Image data
fits_to_uvt
On the IMAGER side
FLUX
FLUX
Limitations
FLUX Limitations
Results
FLUX Results
GCLEAN
no title | GCLEAN | Released in Version 4.4 | Released in Version 4.4
GO
IMAGER for previous users | no title | Forget INPUT and GO
BIT
Forget INPUT and GO
MAP
Forget INPUT and GO
NICE
Forget INPUT and GO
PLOT
Forget INPUT and GO
UVSHOW
Forget INPUT and GO
HEADER
uv header
HELP
IMAGER for you... | IMAGER for beginners | IMAGER for previous users | IMAGER for previous users | Getting Help: the HELP | Getting Help: the HELP
command subtopic
Getting Help: the HELP
SHOW
Forget INPUT and GO | Specific IMAGER visualisation tools
VIEW
Forget INPUT and GO
HELP SIMULATE
Simulating Observations
HOGBOM
Imaging/deconvolution: a brief sequence | no title | HOGBOM
HOW_TO
IMAGER for you... | HOW_TO
INPUT
no title | Forget INPUT and GO
INSPECT_3D
The basic visualization commands | the INSPECT_3D command | the INSPECT_3D command | the INSPECT_3D command | INSPECT_3D
/DIRECTORY
INSPECT_3D /DIRECTORY
History
INSPECT_3D History
SPAN
SPAN
Variables:
INSPECT_3D Variables:
JvM factor
Restoring step: UV_RESTORE
KEPLER
Rotating Disks: the KEPLER | Rotationally symmetric structures: Keplerian | KEPLER
/HFS
KEPLER /HFS
/MASK
KEPLER /MASK
/RESET
KEPLER /RESET
/VELOCITY
Rotationally symmetric structures: Keplerian | KEPLER /VELOCITY
/VSYSTEM
KEPLER /VSYSTEM
/WIDGET
KEPLER /WIDGET
Display:
Display:
INIT
KEPLER INIT
KEPLER_AZIMUT
KEPLER_AZIMUT
KEPLER_DIST
KEPLER_DIST
KEPLER_INCLI
KEPLER_INCLI
KEPLER_PROFILE
KEPLER_PROFILE
KEPLER_PV
KEPLER_PV
KEPLER_RINT
KEPLER_RINT
KEPLER_RMAX
KEPLER_RMAX
KEPLER_RMIN
KEPLER_RMIN
KEPLER_ROTA
KEPLER_ROTA
KEPLER_ROUT
KEPLER_ROUT
KEPLER_SHOW
KEPLER_SHOW
KEPLER_SHOW%F
KEPLER_SHOW%F
KEPLER_SHOW%LAYOUT
KEPLER_SHOW%LAYOUT
KEPLER_SHOW%R
KEPLER_SHOW%R
KEPLER_SHOW%T
KEPLER_SHOW%T
KEPLER_SHOW%V
KEPLER_SHOW%V
KEPLER_SPECTRUM
KEPLER_SPECTRUM
KEPLER_STEP
KEPLER_STEP
KEPLER_STRICT
KEPLER_STRICT
KEPLER_THETA
KEPLER_THETA
KEPLER_VDISK
KEPLER_VDISK
KEPLER_VELO
KEPLER_VELO
KEPLER_VMASS
KEPLER_VMASS
KEPLER_X0
KEPLER_X0
KEPLER_Y0
KEPLER_Y0
Results:
Results:
SHOW
Specific IMAGER visualisation tools | KEPLER SHOW
Variables:
KEPLER Variables:
Language
Language | Language | Language | Language | Language | Language
LOAD
LOAD
/FREQUENCY
LOAD /FREQUENCY
/PLANES
LOAD /PLANES
/RANGE
LOAD /RANGE
LOG
LOG
MAP_COMBINE
Basic Data Cube Handling | MAP_COMBINE
/BLANKING
MAP_COMBINE /BLANKING
/FACTOR
MAP_COMBINE /FACTOR
/THRESHOLD
MAP_COMBINE /THRESHOLD
CODE
MAP_COMBINE CODE
UNITS
MAP_COMBINE UNITS
MAP_COMPRESS
Basic Data Cube Handling | MAP_COMPRESS
Output
MAP_COMPRESS Output
MAP_CONTINUUM
The CONTINUUM image | IMAGING step | Basic Data Cube Handling | MAP_CONTINUUM
/METHOD
MAP_CONTINUUM /METHOD
C-SCM
MAP_CONTINUUM C-SCM
EGM
MAP_CONTINUUM EGM
GAUSS
MAP_CONTINUUM GAUSS
GLOBAL
MAP_CONTINUUM GLOBAL
SCM
MAP_CONTINUUM SCM
MAP_CONVOLVE
Basic Data Cube Handling | MAP_CONVOLVE
BOX
MAP_CONVOLVE BOX
GAUSS
MAP_CONVOLVE GAUSS
HANNING
MAP_CONVOLVE HANNING
KGAUSS
MAP_CONVOLVE KGAUSS
NOISE
MAP_CONVOLVE NOISE
Resolution
MAP_CONVOLVE Resolution
Units
MAP_CONVOLVE Units
USER
MAP_CONVOLVE USER
MAP_INTEGRATE
Basic Data Cube Handling | MAP_INTEGRATE
Output
MAP_INTEGRATE Output
MAP_POLAR
Data Handling | Data Handling | The STOKES command | MAP_POLAR
/ANGLE
MAP_POLAR /ANGLE
/BACKGROUND
MAP_POLAR /BACKGROUND
/COMPUTE
MAP_POLAR /COMPUTE
/STEP
MAP_POLAR /STEP
MAP_REPROJECT
Basic Data Cube Handling | MAP_REPROJECT
/BLANKING
MAP_REPROJECT /BLANKING
/LIKE
MAP_REPROJECT /LIKE
/PROJECTION
MAP_REPROJECT /PROJECTION
/SYSTEM
MAP_REPROJECT /SYSTEM
/X_AXIS
MAP_REPROJECT /X_AXIS
/Y_AXIS
MAP_REPROJECT /Y_AXIS
MAP_RESAMPLE
Basic Data Cube Handling | MAP_RESAMPLE
/LIKE
MAP_RESAMPLE /LIKE
MAP_SMOOTH
Basic Data Cube Handling | MAP_SMOOTH
/ASYMMETRIC
MAP_SMOOTH /ASYMMETRIC
MASK
Implementation | MASK
/FROM
MASK /FROM
/THRESHOLD
Data Handling
ADD
MASK ADD
APPLY
MASK APPLY
CHECK
MASK CHECK
INITIALIZE
MASK INITIALIZE
INTERACTIVE
MASK INTERACTIVE
LABEL
MASK LABEL
OVERLAY
MASK OVERLAY
READ
MASK READ
REMOVE
MASK REMOVE
SHOW
MASK SHOW
THRESHOLD
Implementation | Advanced use | MASK THRESHOLD
Tricks
MASK Tricks
USE
Implementation | MASK USE
WRITE
MASK WRITE
MFS
MFS
MODEL
Self-Calibration Implementation | UV plane analysis | Simulating Observations | MODEL
/MINVAL
MODEL /MINVAL
/MODE
MODEL /MODE
MOMENTS
MOMENTS | Released in Version 4.4
/CUTS
MOMENTS /CUTS
/MASK
MOMENTS /MASK
/METHOD
MOMENTS /METHOD
/RANGE
MOMENTS /RANGE
/THRESHOLD
MOMENTS /THRESHOLD
MOSAIC
Typical use | Large Mosaics: the SAULT | MOSAIC
OFF
MOSAIC OFF
ON
MOSAIC ON
MRC
Imaging/deconvolution: a brief sequence | no title | MRC
MULTI
Imaging/deconvolution: a brief sequence | no title
MULTISCALE
MULTISCALE
MX
no title | Restoring step: UV_RESTORE | MX | Pending bugs or subtle
Variables:
MX Variables:
PIPELINE
IMAGER for huge data | In a nutshell | On the IMAGER side | Transfering the solution to | The Imager PIPELINE and | The Imager PIPELINE and | no title | no title | PIPELINE | Released in Version 4.4
/MODE
The Imager PIPELINE and | PIPELINE /MODE
/WIDGET
The Imager PIPELINE and | Preparing the data: ORGANIZE | no title | PIPELINE /WIDGET
ALL%AMPLI_NITER
ALL%AMPLI_NITER
ALL%AMPLI_TIMES
ALL%AMPLI_TIMES
ALL%CATALOG
ALL%CATALOG
ALL%COLLECT
ALL%COLLECT
ALL%COMBINE
ALL%COMBINE
ALL%DROP
ALL%DROP
ALL%FILTER
ALL%FILTER
ALL%ITIME
ALL%ITIME
ALL%MINFRES
ALL%MINFRES
ALL%PHASE_NITER
ALL%PHASE_NITER
ALL%PHASE_TIMES
ALL%PHASE_TIMES
ALL%RANGE
ALL%RANGE
ALL%SPLIT
ALL%SPLIT
APPLY
APPLY
Arguments:
PIPELINE Arguments:
CHECK
CHECK
COLLECT
COLLECT
COMPUTE
COMPUTE
CONTINUUM
CONTINUUM
EXPLORE
Before using the PIPELINE: | EXPLORE
FIND
Data Handling | FIND
IMAGE
IMAGE
LAST
LAST
NEXT
NEXT
ORGANIZE
Preparing the data: ORGANIZE | ORGANIZE
SAVE
SAVE
SCAN
SCAN
SED
SED
SELECT
Data Handling | SELECT
SELF
SELF
SETUP
SETUP
SHOW
SHOW
SKY
SKY
STOP
PIPELINE STOP
TABLES
TABLES
TIME
TIME
Variables:
Variables:
PLAIT
PLAIT
Credit
PLAIT Credit
POPUP
POPUP
PRIMARY
PRIMARY
/APPLY
PRIMARY /APPLY
/COMPUTE
PRIMARY /COMPUTE
/CORRECT
PRIMARY /CORRECT
/TRUNCATE
PRIMARY /TRUNCATE
PROPER_MOTION
Moving Targets | PROPER_MOTION | Released in Version 4.4
/FILE
PROPER_MOTION /FILE
READ
Pre-amble | IMAGER for beginners | READ
/COMPACT
READ /COMPACT
/FREQUENCY
Reading UV tables | READ /FREQUENCY
/NOTRAIL
READ /NOTRAIL
/PLANES
READ /PLANES
/RANGE
Reading UV tables | Really Huge Problems | READ /RANGE
BEAM
Implementation
Buffers
READ Buffers
CGAINS
Transfering the solution to
CONTINUUM
The CONTINUUM image
DIRTY
Implementation
FITS
READ FITS
MASK
Implementation
MODEL
UV plane analysis | UV plane analysis
Optimisation
READ Optimisation
SINGLE
Imaging/deconvolution: a brief sequence | UV Table handling | Short Spacings in practice: | Short Spacings in practice: | READ SINGLE
UV
Reading UV tables | UV Table handling | no title | Implementation ( READ UV, | Short Spacings in practice: | Transfering the solution to | UV plane analysis | READ UV
REPORT
The Imager PIPELINE and | The Imager PIPELINE and | REPORT | Released in Version 4.4
COVERAGE
Before using the PIPELINE: | REPORT COVERAGE
RESULTS
After using the PIPELINE: | REPORT RESULTS
SUMMARY
Before using the PIPELINE: | REPORT SUMMARY
SCALE_FLUX
Advanced use | SCALE_FLUX
SDI
Imaging/deconvolution: a brief sequence | no title | SDI
SELFCAL
Self-Calibration in a nutshell | Self-Calibration Implementation | Self-Calibration Implementation | Self-Calibration Implementation | Self-Calibration Implementation | Self-Calibration Implementation | Quality assessment and data | Advanced use | SELFCAL
/WIDGET
Self-Calibration Implementation | SELFCAL /WIDGET
AMPLI
Advanced use
AMPLITUDE
AMPLITUDE
APPLY
Self-Calibration Implementation | Self-Calibration Implementation | Self-Calibration Implementation | Self-Calibration Implementation | Data re-weighting | Data flagging | Data flagging | APPLY
Arguments:
SELFCAL Arguments:
CHECK
CHECK
CLEAN_ARES
CLEAN_ARES
CLEAN_FRES
CLEAN_FRES
CLEAN_NITER
CLEAN_NITER
FLAG
Data flagging | FLAG
INPUT
INPUT
PHASE
Self-Calibration Implementation | Advanced use | PHASE
Results:
Results:
SAVE
Self-Calibration Implementation | Self-Calibration Implementation | SAVE
SELF_APPLIED
SELF_APPLIED
SELF_ARANGE
SELF_ARANGE
SELF_CHANNEL
SELF_CHANNEL
SELF_COLOR
SELF_COLOR
SELF_DISPLAY
SELF_DISPLAY
SELF_DYNAMIC
SELF_DYNAMIC
SELF_FLAG
SELF_FLAG
SELF_FLUX
SELF_FLUX
SELF_GAIN
SELF_GAIN
SELF_HARD
SELF_HARD
SELF_ITER
SELF_ITER
SELF_LOOP
SELF_LOOP
SELF_MINFLUX
SELF_MINFLUX
SELF_NITER
SELF_NITER
SELF_PRANGE
SELF_PRANGE
SELF_PRECISION
SELF_PRECISION
SELF_REFANT
SELF_REFANT
SELF_RESTORE
SELF_RESTORE
SELF_RMSCLEAN
SELF_RMSCLEAN
SELF_SNAME
SELF_SNAME
SELF_SNOISE
SELF_SNOISE
SELF_SNR
SELF_SNR
SELF_STATUS
SELF_STATUS
SELF_THRESHOLD
SELF_THRESHOLD
SELF_TIMES
SELF_TIMES
SELF_TRANGE
SELF_TRANGE
SHOW
Self-Calibration Implementation | Timescale for averaging solution | Quality assessment and data | The SHOW command | the SELFCAL SHOW command | the SELFCAL SHOW command | the SELFCAL SHOW command | the SELFCAL SHOW command | the SELFCAL SHOW command | the SELFCAL SHOW command | SHOW
SUMMARY
Self-Calibration Implementation | Quality assessment and data | SUMMARY
Variables:
Variables:
SET
SET
ANGLE_UNIT
SET ANGLE_UNIT
FORMAT
SET FORMAT | Released in Version 4.4
OtherKeyword
SET OtherKeyword
SHOW
Forget INPUT and GO | In a nutshell | The basic visualization commands | The SHOW command | Specific IMAGER visualisation tools | SHOW | Transfering Image data
/DIRECTORY
SHOW /DIRECTORY
/OVERLAY
SHOW /OVERLAY
/SIDE
The SHOW command | SHOW /SIDE
BEAM
BEAM
BOX_LIMITS
BOX_LIMITS
CCT
A few (obvious) practical | The SHOW command | The SHOW command | The SHOW command | the VIEW command | CCT
CENTER
CENTER
CLEAN
Imaging/deconvolution: a brief sequence | The SHOW command | The SHOW command
COMPOSITE
COMPOSITE
CONTINUUM
CONTINUUM
COVERAGE
UV Table handling | The SHOW command | The SHOW command | COVERAGE
CROSS
CROSS
DO_BIT
DO_BIT
DO_CONTOUR
DO_CONTOUR
DO_COVERAGE
DO_COVERAGE
DO_DIRTY
DO_DIRTY
DO_FIELDS
DO_FIELDS
DO_GREY
DO_GREY
DO_HEADER
DO_HEADER
DO_LABEL
DO_LABEL
DO_MASK
DO_MASK
DO_NICE
DO_NICE
DO_WEDGE
DO_WEDGE
FIELDS
The SHOW command | FIELDS
FLUX
FLUX
History
SHOW History
INTENSITY
INTENSITY
KEPLER
Specific IMAGER visualisation tools | Rotationally symmetric structures: Keplerian | KEPLER
Keywords:
SHOW Keywords:
MARK
MARK
MOMENTS
MOMENTS
MOSAIC
MOSAIC
NOISE
Typical deconvolution session | A few (obvious) practical | The SHOW command | The SHOW command | The SHOW command | NOISE
PRIMARY
PRIMARY
PV
PV
RANGE
RANGE
SCALE
SCALE
SED
SED
SELFCAL
The SHOW command | SELFCAL
SHOW_SIDE
SHOW_SIDE
SIZE
SIZE
SNR
SNR
SOURCES
SOURCES
SPACE_TYPE
SPACE_TYPE
SPACING
SPACING
SPAN
SPAN
SPECTRA
SPECTRA
UV
UV Table handling | UV plane analysis | UV plane analysis | UV plane analysis | UV plane analysis | UV plane analysis | The SHOW command | The SHOW command | The SHOW command
UV_DATA
UV_DATA
UV_FIT
UV Table handling | UV plane analysis | UV plane analysis | UV plane analysis | The SHOW command | The SHOW command | The SHOW command | UV_FIT
Variables:
Variables:
SIMULATE
Simulating Observations | Simulating Observations | Simulating Observations | SIMULATE
/ARRAY
SIMULATE /ARRAY
/CONFIGS
SIMULATE /CONFIGS
/HOUR
SIMULATE /HOUR
/MODEL
SIMULATE /MODEL
/NOISE
SIMULATE /NOISE
c
Simulating Observations | Simulating Observations
COVERAGE
COVERAGE
FIDELITY
FIDELITY
IMAGE
IMAGE
Keywords:
SIMULATE Keywords:
MODEL
MODEL
NOISE
NOISE
SETUP
SETUP
SHOW
SHOW
SLICE
SLICE
SOLVE
Self-Calibration Implementation | Self-Calibration Implementation | Data flagging | SOLVE
/MODE
SOLVE /MODE
SPECIFY
SPECIFY | Released in Version 4.4
BLANKING
SPECIFY BLANKING
FREQUENCY
The UV_PREVIEW command | SPECIFY FREQUENCY
LINENAME
SPECIFY LINENAME
Obsolete
SPECIFY Obsolete
SPECUNIT
SPECIFY SPECUNIT
TELESCOPE
SPECIFY TELESCOPE
UNIT
SPECIFY UNIT
VELOCITY
SPECIFY VELOCITY
SPECTRAL_CLEAN
SPECTRAL_CLEAN
DUAL
SPECTRAL_CLEAN DUAL
FFT
SPECTRAL_CLEAN FFT
MULTI
SPECTRAL_CLEAN MULTI
WAVE
SPECTRAL_CLEAN WAVE
SPECTRUM
SPECTRUM
/CORNER
SPECTRUM /CORNER
/MEAN
SPECTRUM /MEAN
/PLANE
SPECTRUM /PLANE
/SUM
SPECTRUM /SUM
STATISTIC
A few (obvious) practical | Self-Calibration Implementation | Self-Calibration Implementation | The VIEWER program | STATISTIC
/EDGE
STATISTIC /EDGE
/NOISE
STATISTIC /NOISE
STOKES
Data Handling | Data Handling | Data Handling | The STOKES command | The STOKES command | The STOKES command | STOKES | In IMAGER
/FILE
STOKES /FILE
SUPPORT
Implementation | Implementation | SUPPORT
/CURSOR
SUPPORT /CURSOR
/MASK
Implementation | Implementation | SUPPORT /MASK
/PLOT
SUPPORT /PLOT
/RESET
SUPPORT /RESET
/THRESHOLD
SUPPORT /THRESHOLD
/VARIABLE
SUPPORT /VARIABLE
TABLE
Short Spacings in practice:
TIP
IMAGER for you...
TIPS
TIPS
TRANSFORM
TRANSFORM
FFT
TRANSFORM FFT
WAVE
TRANSFORM WAVE
UV_...
UV Table handling
UV_SELF
Self-Calibration Implementation
UV_ADD
UV_ADD
/FILE
The STOKES command | UV_ADD /FILE
UV_BASELINE
UV Table handling | UV Table handling | Split Continuum and Spectral | Really Huge Problems | UV_BASELINE
/CHANNELS
The UV_PREVIEW command | UV_BASELINE /CHANNELS
/FILE
Really Huge Problems | UV_BASELINE /FILE
/FREQUENCY
UV_BASELINE /FREQUENCY
/RANGE
UV_BASELINE /RANGE
/VELOCITY
UV_BASELINE /VELOCITY
/WIDTH
UV_BASELINE /WIDTH
UV_CHECK
Fundamental control variable: BEAM_STEP | UV Table handling | UV_CHECK
/FILE
UV_CHECK /FILE
BEAM_GAP
UV_CHECK BEAM_GAP
BEAM_RANGES
UV_CHECK BEAM_RANGES
BEAMS
UV_CHECK BEAMS
UV_CHOP
UV_CHOP | Released in Version 4.4
UV_CIRCLE
UV Table handling | UV plane analysis | UV plane analysis | UV_CIRCLE
/SAMPLING
UV_CIRCLE /SAMPLING
/ZERO
UV_CIRCLE /ZERO
UV_COMPRESS
UV Table handling | UV_COMPRESS
/CONTINUUM
UV_COMPRESS /CONTINUUM
/FILE
Really Huge Problems | UV_COMPRESS /FILE
UV_CONTINUUM
UV Table handling | UV Table handling | UV plane analysis | UV plane analysis | UV plane analysis | UV_CONTINUUM
/INDEX
UV_CONTINUUM /INDEX
/RANGE
UV_CONTINUUM /RANGE
UV_CORRELATE
UV_CORRELATE
/FILE
UV_CORRELATE /FILE
UV_DEPROJECT
UV Table handling | UV plane analysis | UV plane analysis | UV_DEPROJECT
UV_DETECT
Matched Filtering | UV_DETECT
/FILE
UV_DETECT /FILE
Algorithm
UV_DETECT Algorithm
UV_EXTRACT
UV_EXTRACT
/FILE
Really Huge Problems | UV_EXTRACT /FILE
/RANGE
UV_EXTRACT /RANGE
UV_FIELDS
UV_FIELDS | Released - in Version | In IMAGER
/CENTER
UV_FIELDS /CENTER
/FILE
UV_FIELDS /FILE
UV_FILTER
UV Table handling | UV Table handling | Continuum imaging | Split Continuum and Spectral | Really Huge Problems | Data Handling | UV_FILTER
/CHANNELS
The UV_PREVIEW command | UV_FILTER /CHANNELS
/FILE
Really Huge Problems | UV_FILTER /FILE
/FREQUENCY
UV_FILTER /FREQUENCY
/RANGE
UV_FILTER /RANGE
/RESET
UV_FILTER /RESET
/VELOCITY
UV_FILTER /VELOCITY
/WIDTH
UV_FILTER /WIDTH
/ZERO
UV_FILTER /ZERO
UV_FIT
UV Table handling | UV plane analysis | UV plane analysis | UV plane analysis | UV plane analysis | UV plane analysis | UV plane analysis | UV plane analysis | The SHOW command | The SHOW command | UV_FIT
/QUIET
UV_FIT /QUIET
/RESULT
UV_FIT /RESULT
/SAVE
UV_FIT /SAVE
/UVRANGE
UV_FIT /UVRANGE
/WIDGET
UV_FIT /WIDGET
History
UV_FIT History
r
The SHOW command
ResultTable
UV_FIT ResultTable
ResultValues
UV_FIT ResultValues
t
UV plane analysis
UV_FLAG
UV Table handling | A few (obvious) practical | UV_FLAG
/ANTENNA
UV_FLAG /ANTENNA
/DATE
UV_FLAG /DATE
/FILE
UV_FLAG /FILE
/RESET
UV_FLAG /RESET
CHANNEL
UV_FLAG CHANNEL
UV_HANNING
/FILE
Really Huge Problems
UV_LINEARIZE
UV_LINEARIZE
UV_MAP
IMAGER for beginners | Fundamental control variable: BEAM_STEP | Fundamental control variable: BEAM_STEP | Imaging/deconvolution: a brief sequence | Getting Help: the HELP | UV Table handling | UV Table handling | In a nutshell | no title | Implementation ( READ UV, | Implementation ( READ UV, | Defining the Projection Center | Implementation | A few (obvious) practical | Typical use | Typical use | Tiny (or degenerate) Mosaics | UV plane analysis | Data Handling | UV_MAP
/CONT
Continuum imaging | Continuum imaging
/CONTINUUM
UV_MAP /CONTINUUM
/FIELDS
UV_MAP /FIELDS
/INDEX
UV_MAP /INDEX
/RANGE
UV_MAP /RANGE
/TRUNCATE
UV_MAP /TRUNCATE
?
Implementation ( READ UV,
BEAM_STEP
BEAM_STEP
convolution
convolution
map_angle
map_angle
map_beam_step
map_beam_step
MAP_CELL
MAP_CELL
MAP_CENTER
MAP_CENTER
MAP_CONVOLUTION
MAP_CONVOLUTION
map_dec
map_dec
MAP_FIELD
MAP_FIELD
MAP_POWER
MAP_POWER
MAP_PRECIS
MAP_PRECIS
map_ra
map_ra
MAP_ROBUST
MAP_ROBUST
MAP_ROUNDING
MAP_ROUNDING
MAP_SIZE
MAP_SIZE
MAP_TAPEREXPO
MAP_TAPEREXPO
map_truncate
map_truncate
MAP_UVCELL
MAP_UVCELL
MAP_UVTAPER
MAP_UVTAPER
MAP_VERSION
MAP_VERSION
mcol
mcol
MOSAIC_BEAM
MOSAIC_BEAM
Mosaics
UV_MAP Mosaics
Old_Names:
Old_Names:
taper_expo
taper_expo
uv_cell
uv_cell
uv_shift
uv_shift
uv_taper
uv_taper
Variables:
UV_MAP Variables:
wcol
wcol
weight_mode
weight_mode
UV_MAP
Defining the Projection Center
UV_MERGE
UV_MERGE
/FILE
UV Table handling | UV Table handling | Really Huge Problems
/FILES
UV_MERGE /FILES
/IGNORE
UV_MERGE /IGNORE
/MODE
UV_MERGE /MODE
/MODE STACK
Line Stacking
/SCALES
UV_MERGE /SCALES
/WEIGHTS
UV_MERGE /WEIGHTS
UV_MOSAIC
Typical use | UV_MOSAIC
MERGE
UV_MOSAIC MERGE
SPLIT
UV_MOSAIC SPLIT
UV_PREVIEW
IMAGER for huge data | IMAGER for huge data | UV Table handling | UV Table handling | Quality assessment and data | Continuum imaging | Split Continuum and Spectral | The UV_PREVIEW command | The UV_PREVIEW command | The UV_PREVIEW command | SELF or COMPUTE step | SELF or COMPUTE step | Data Handling | UV_PREVIEW
/BROWSE
UV_PREVIEW /BROWSE
/FILE
Really Huge Problems | UV_PREVIEW /FILE
Algorithm
UV_PREVIEW Algorithm
Limitations
UV_PREVIEW Limitations
Output
UV_PREVIEW Output
UV_RADIAL
UV Table handling | UV plane analysis | UV plane analysis | UV_RADIAL
/SAMPLING
UV_RADIAL /SAMPLING
/ZERO
UV_RADIAL /ZERO
UV_RESAMPLE
IMAGER for previous users | UV Table handling | Data Handling | UV_RESAMPLE
/FILE
Really Huge Problems | UV_RESAMPLE /FILE
/LIKE
UV_RESAMPLE /LIKE
UV_RESIDUAL
UV Table handling | UV plane analysis | UV plane analysis | UV_RESIDUAL
Note
UV_RESIDUAL Note
UV_RESTORE
CASA versus IMAGER | UV Table handling | no title | Restoring step: UV_RESTORE | Mosaic and JvM factor | Mosaic and JvM factor | Continuum imaging | UV_RESTORE | Released in Version 4.4
/COPY
UV_RESTORE /COPY
/SPEED
UV_RESTORE /SPEED
UV_REWEIGHT
UV Table handling | Quality assessment and data | UV_REWEIGHT | In IMAGER
/FILE
UV_REWEIGHT /FILE
/FLAG
UV_REWEIGHT /FLAG
/RANGE
UV_REWEIGHT /RANGE
APPLY
UV_REWEIGHT APPLY
DO
UV_REWEIGHT DO
ESTIMATE
UV_REWEIGHT ESTIMATE
TIME
UV_REWEIGHT TIME
UV_SELECT
UV plane analysis | UV plane analysis | UV_SELECT
UV_SELF
UV Table handling | Self-Calibration Implementation | Self-Calibration Implementation | UV_SELF
/RANGE
UV_SELF /RANGE
/RESTORE
Self-Calibration Implementation | Self-Calibration Implementation | UV_SELF /RESTORE
UV_SHIFT
UV Table handling | UV_SHIFT
/FILE
UV_SHIFT /FILE
UV_SHORT
UV Table handling | In a nutshell | In a nutshell | Comparison | Short Spacings in practice: | Short Spacings in practice: | Short Spacings in practice: | Short Spacings in practice: | Short Spacings in practice: | Short Spacings in practice: | Short Spacings in practice: | Short Spacings in practice: | Short Spacings in practice: | Short Spacings in practice: | When are short-spacing information | UV_SHORT
/CHECK
UV_SHORT /CHECK
/REMOVE
Short Spacings in practice: | UV_SHORT /REMOVE
/RESAMPLE
UV_SHORT /RESAMPLE
Algorithm
UV_SHORT Algorithm
SHORT_CHANNEL
SHORT_CHANNEL
SHORT_DO_PRIMARY
SHORT_DO_PRIMARY
SHORT_DO_SINGLE
SHORT_DO_SINGLE
SHORT_FTOLE
SHORT_FTOLE
SHORT_IP_BEAM
SHORT_IP_BEAM
SHORT_IP_DIAM
SHORT_IP_DIAM
SHORT_MCOL
SHORT_MCOL
SHORT_MIN_WEIGHT
SHORT_MIN_WEIGHT
SHORT_MODE
SHORT_MODE
SHORT_PIXEL_BEAM
SHORT_PIXEL_BEAM
SHORT_SD_BEAM
SHORT_SD_BEAM
SHORT_SD_DIAM
SHORT_SD_DIAM
SHORT_SD_FACTOR
SHORT_SD_FACTOR
SHORT_SD_WEIGHT
SHORT_SD_WEIGHT
SHORT_TOLE
SHORT_TOLE
SHORT_UV_MAX
SHORT_UV_MAX
SHORT_UV_MIN
SHORT_UV_MIN
SHORT_WCOL
SHORT_WCOL
SHORT_WEIGHT_MODE
SHORT_WEIGHT_MODE
SHORT_XCOL
SHORT_XCOL
SHORT_YCOL
SHORT_YCOL
Step_1
UV_SHORT Step_1
Step_2
UV_SHORT Step_2
Variables:
UV_SHORT Variables:
Zero_Spacing
UV_SHORT Zero_Spacing
UV_SMOOTH
UV_SMOOTH
/ASYMMETRIC
UV_SMOOTH /ASYMMETRIC
/FILE
UV_SMOOTH /FILE
UV_SORT
Really Huge Problems | UV_SORT
/FILE
Really Huge Problems | Really Huge Problems | UV_SORT /FILE
UV_SPLIT
UV_SPLIT
/CHANNELS
UV_SPLIT /CHANNELS
/FILE
Really Huge Problems | Really Huge Problems | UV_SPLIT /FILE
/FREQUENCY
UV_SPLIT /FREQUENCY
/RANGE
UV_SPLIT /RANGE
/VELOCITY
UV_SPLIT /VELOCITY
/WIDTH
UV_SPLIT /WIDTH
UV_STAT
UV Table handling | no title | Typical imaging session | Data Handling | UV_STAT
/PLOT
UV_STAT /PLOT | Released in Version 4.4
ADVISE
ADVISE
ALL
ALL
Arguments:
UV_STAT Arguments:
BEAM
BEAM | BEAM
BRIGGS
BRIGGS
Casa
UV_STAT Casa
CELL
CELL
DEFAULT
DEFAULT
HEADER
HEADER
Mosaics
UV_STAT Mosaics
RESET
RESET
Results
UV_STAT Results
ROBUST
ROBUST
SETUP
UV plane analysis | SETUP
TAPER
TAPER
WEIGHT
WEIGHT
UV_TIME
IMAGER for previous users | UV Table handling | UV Table handling | Data Handling | Data Handling | UV_TIME
/FILE
Really Huge Problems | UV_TIME /FILE
/WEIGHT
UV_TIME /WEIGHT
UV_TRACKS
Simulating Observations | UV_TRACKS
/FRAME
UV_TRACKS /FRAME
/HORIZON
UV_TRACKS /HORIZON
/HOUR_ANGLE
UV_TRACKS /HOUR_ANGLE
/INTEGRATION
UV_TRACKS /INTEGRATION
/OFFSET
UV_TRACKS /OFFSET
/SIZE
UV_TRACKS /SIZE
/STATIONS
UV_TRACKS /STATIONS
/TABLE
UV_TRACKS /TABLE
/WEIGHT
UV_TRACKS /WEIGHT
ALMA_ACA
UV_TRACKS ALMA_ACA
NOEMA
UV_TRACKS NOEMA
SMA
UV_TRACKS SMA
UV_TRIM
UV_TRIM
/FILE
UV_TRIM /FILE
UV_TRUNCATE
UV Table handling | UV_TRUNCATE
VIEW
IMAGER for beginners | IMAGER for beginners | Forget INPUT and GO | In a nutshell | The basic visualization commands | the VIEW command | the VIEW command | the VIEW command | VIEW | Transfering Image data
/DIRECTORY
VIEW /DIRECTORY
/NOPAUSE
VIEW /NOPAUSE
/OVERLAY
the VIEW command | Basic Data Cube Handling | VIEW /OVERLAY
BEAM
BEAM
CCT
A few (obvious) practical | the VIEW command
Keys
VIEW Keys
Keywords:
VIEW Keywords:
NOISE
the VIEW command
PRIMARY
PRIMARY
Scripts
VIEW Scripts
Variables
VIEW Variables
WRITE
Pre-amble | IMAGER for beginners | IMAGER for previous users | Short Spacings in practice: | WRITE | Released in Version 4.4
/APPEND
Really Huge Problems | WRITE /APPEND
/RANGE
WRITE /RANGE
/REPLACE
Really Huge Problems | WRITE /REPLACE
/TRIM
WRITE /TRIM
CGAINS
Transfering the solution to
CONTINUUM
The CONTINUUM image
Format
WRITE Format
MASK
Implementation
SUPPORT
Implementation
UV
UV Table handling
XY_SHORT
Short Spacings in practice: | XY_SHORT