[daip] offset calibrator
Geoffrey Bower
gbower at astron.berkeley.edu
Fri Apr 2 19:01:09 EST 2004
Eric,
I am not having success with the method you suggested. I will summarize
the inputs for each of the four steps --- possibly I am missing
somthing simple. Any red flags?
Geoff
AIPS 2: CLCOR Task which applies various corrections to CL tables.
AIPS 2: Adverbs Values Comments
AIPS 2: ----------------------------------------------------------------
AIPS 2: INNAME '20030803 ' Input UV file name (name)
AIPS 2: INCLASS 'CH 0 ' Input UV file name (class)
AIPS 2: INSEQ 1 Input UV file name (seq. #)
AIPS 2: INDISK 5 Input UV file disk unit #
AIPS 2: SOURCES 'SGRA ' Source list ' '=>all.
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA '
AIPS 2: STOKES ' ' Stokes type to process
AIPS 2: SELBAND -1 Bandwidth to select (kHz)
AIPS 2: SELFREQ -1 Frequency to select (MHz)
AIPS 2: FREQID 1 Freq. ID to select, 0=>all
AIPS 2: BIF 0 Lowest IF number 0=>all
AIPS 2: EIF 0 Highest IF number 0=>all
AIPS 2: TIMERANG *all 0 Time range to use.
AIPS 2: ANTENNAS *all 0 Antennas to correct.
AIPS 2: SUBARRAY 0 Subarray; 0 => 1.
AIPS 2: GAINVER 1 Input CL table 0=>high
AIPS 2: GAINUSE 2 Output CL table: not =
AIPS 2: GAINVER -> high+1
AIPS 2: OPCODE 'ANTP' Operation code.
AIPS 2: CLCORPRM 0 0 Parameters (see HELP CLCOR).
AIPS 2: 0 0 -26.557 -18.07
AIPS 2: *rest 0
AIPS 2: BADDISK *all 0 Disks to aviod for scratch
AIPS 2: INFILE *all ' ' Input file with the list of
AIPS 2: antennas, times and relevant
AIPS 2: atmosphere vertical delay.
AIPS 2: Used only with OPCODE='ATMO'
AIPS 2: CALIB: Task to determine calibration for data.
AIPS 2: Adverbs Values Comments
AIPS 2: ----------------------------------------------------------------
AIPS 2: Input uv data.
AIPS 2: INNAME '20030803 ' UV file name (name)
AIPS 2: INCLASS 'CH 0 ' UV file name (class)
AIPS 2: INSEQ 1 UV file name (seq. #)
AIPS 2: INDISK 5 UV file disk drive #
AIPS 2: Data selection (multisource):
AIPS 2: CALSOUR 'SGRA ' Calibrator sources
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA '
AIPS 2: QUAL -1 Calibrator qualifier -1=>all
AIPS 2: CALCODE ' ' Calibrator code ' '=>all
AIPS 2: SELBAND -1 Bandwidth to select (kHz)
AIPS 2: SELFREQ -1 Frequency to select (MHz)
AIPS 2: FREQID 1 Freq. ID to select.
AIPS 2: TIMERANG *all 0 Time range to use.
AIPS 2: BCHAN 0 Lowest channel number 0=>all
AIPS 2: ECHAN 0 Highest channel number
AIPS 2: ANTENNAS *all 0 Antennas to select. 0=all
AIPS 2: DOFIT *all 0 Subset of ANTENNAS list for
AIPS 2: which solns are desired. 0
AIPS 2: => all in ANTENNAS, < 0 all
AIPS 2: but those in DOFIT
AIPS 2: ANTUSE *all 0 Mean gain is calculated
AIPS 2: (CPARM(2)>0) using only the
AIPS 2: listed antennas. See explain.
AIPS 2: SUBARRAY 0 Subarray, 0=>all
AIPS 2: UVRANGE 100 100000 Range of uv distance for full
AIPS 2: weight
AIPS 2: WTUV 0 Weight outside UVRANGE 0=0.
AIPS 2:
AIPS 2: Cal. info for input:
AIPS 2: DOCALIB 2 If >0 calibrate data
AIPS 2: = 2 calibrate weights
AIPS 2: GAINUSE 2 CL table to apply.
AIPS 2: DOPOL -1 If >0 correct polarization.
AIPS 2: BLVER -1 BL table to apply.
AIPS 2: FLAGVER 0 Flag table version
AIPS 2: DOBAND -1 If >0 apply bandpass cal.
AIPS 2: Method used depends on value
AIPS 2: of DOBAND (see HELP file).
AIPS 2: BPVER -1 Bandpass table version
AIPS 2: SMOOTH *all 0 Smoothing function. See
AIPS 2: HELP SMOOTH for details.
AIPS 2:
AIPS 2: CLEAN map. See HELP.
AIPS 2: IN2NAME ' ' Cleaned map name (name)
AIPS 2: IN2CLASS ' ' Cleaned map name (class)
AIPS 2: IN2SEQ 0 Cleaned map name (seq. #)
AIPS 2: IN2DISK 0 Cleaned map disk unit #
AIPS 2: INVERS 0 CC file version #.
AIPS 2: NCOMP *all 0 # comps to use for model.
AIPS 2: 1 value per field
AIPS 2: FLUX 0 Lowest CC component used.
AIPS 2: NMAPS 0 No. Clean map files
AIPS 2: CMETHOD ' ' Modeling method:
AIPS 2: 'DFT','GRID',' '
AIPS 2: CMODEL ' ' Model type: 'COMP','IMAG'
AIPS 2: SMODEL *all 0 Source model, 1=flux,2=x,3=y
AIPS 2: See HELP SMODEL for models.
AIPS 2:
AIPS 2: Output uv data file.
AIPS 2: OUTNAME ' ' UV file name (name)
AIPS 2: OUTCLASS ' ' UV file name (class)
AIPS 2: OUTSEQ 0 UV file name (seq. #)
AIPS 2: OUTDISK 5 UV file disk drive #
AIPS 2:
AIPS 2: Solution control adverbs:
AIPS 2: REFANT 0 Reference antenna
AIPS 2: SOLINT 5 Solution interval (min)
AIPS 2: APARM *all 0 General parameters
AIPS 2: 1=min. no. antennas
AIPS 2: 2 > 0 => data divided
AIPS 2: 3 > 0 => avg. RR,LL
AIPS 2: 5 > 0 => avg. IFs.
AIPS 2: 6=print level, 1=good,
AIPS 2: 2 closure, 3 SNR
AIPS 2: 7=SNR cutoff (0=>5)
AIPS 2: 8=max. ant. # (no AN)
AIPS 2: 9 > 0 => pass failed soln
AIPS 2: Phase-amplitude Parameters:
AIPS 2: SOLTYPE ' ' Soln type,' ','L1','GCON'
AIPS 2: SOLMODE 'A&P ' Soln. mode: 'A&P','P','P!A',
AIPS 2: 'GCON'
AIPS 2: SOLCON 0 Gain constraint factor.
AIPS 2: MINAMPER 0 Amplitude closure error
AIPS 2: regarded as excessive in %
AIPS 2: MINPHSER 0 Phase closure error regarded
AIPS 2: as excessive in degrees
AIPS 2: CPARM *all 0 Phase-amp. parameters
AIPS 2: 1 = Min el for gain
AIPS 2: normalization (deg)
AIPS 2: 2 >0 => normalize gain
AIPS 2: 3 avg. amp. closure err
AIPS 2: 4 avg. ph. closure err
AIPS 2: 5 >0 => scalar average
AIPS 2:
AIPS 2: SNVER 0 Output SN table, 0=>new table
AIPS 2: ANTWT *all 0 Ant. weights (0=>1.0)
AIPS 2: GAINERR *all 0 Std. Dev. of antenna gains.
AIPS 2: BADDISK *all 0 Disk no. not to use for
AIPS 2: scratch files.
AIPS 2: CLCAL Task to manage SN and CL calibration tables
AIPS 2: Adverbs Values Comments
AIPS 2: ----------------------------------------------------------------
AIPS 2: INNAME '20030803 ' Input UV file name (name)
AIPS 2: INCLASS 'CH 0 ' Input UV file name (class)
AIPS 2: INSEQ 1 Input UV file name (seq. #)
AIPS 2: INDISK 5 Input UV file disk unit #
AIPS 2: SOURCES *all ' ' Source list to calibrate
AIPS 2: SOUCODE ' ' Source "Cal codes"
AIPS 2: CALSOUR 'SGRA ' Cal sources for calibration
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA ' 'SGRA '
AIPS 2: 'SGRA '
AIPS 2: QUAL -1 Source qualifier -1=>all
AIPS 2: CALCODE ' ' Calibrator code ' '=>all
AIPS 2: TIMERANG *all 0 Time range to calibrate
AIPS 2: SUBARRAY 0 Subarray, 0=>all,
AIPS 2: ANTENNAS *all 0 Antennas selected, 0=> all
AIPS 2: SELBAND -1 Bandwidth to select (kHz)
AIPS 2: SELFREQ -1 Frequency to select (MHz)
AIPS 2: FREQID 0 Freq. ID to select.
AIPS 2: OPCODE 'CALI' Operation 'MERG','CALI',
AIPS 2: 'CALP'; ' ' => 'CALI'
AIPS 2: INTERPOL '2PT ' Interpolation function,
AIPS 2: choices are: '2PT','SIMP',
AIPS 2: 'AMBG','CUBE','SELF','POLY'
AIPS 2: see HELP for more details.
AIPS 2: CUTOFF 0 Interpolation limit in
AIPS 2: time (min); 0=> no limit.
AIPS 2: SAMPTYPE ' ' Smoothing function
AIPS 2: BPARM *all 0 Smoothing parameters
AIPS 2: ICUT 0.1 Cutoff for functional forms
AIPS 2: DOBLANK -1 Blanked value interpolation
AIPS 2: DOBTWEEN 0 > 0 -> smooth all sources
AIPS 2: together; else separate them
AIPS 2: SMOTYPE ' ' Data to smooth
AIPS 2: SNVER 2 Input SN table, 0=>all.
AIPS 2: INVERS 0 Upper SN table vers in a
AIPS 2: range. 0=>SNVER
AIPS 2: GAINVER 2 Input Cal table 0=>high
AIPS 2: GAINUSE 4 Output CAL table 0=>high+1
AIPS 2: REFANT 0 Reference antenna 0=>pick.
AIPS 2: BADDISK *all 0 Disks to avoid for scratch
AIPS 2: IMAGR: Wide field imaging/Clean task
AIPS 2: Adverbs Values Comments
AIPS 2: ----------------------------------------------------------------
AIPS 2: INNAME '20030803 ' Input UV data (name)
AIPS 2: INCLASS 'CH 0 ' Input UV data (class)
AIPS 2: INSEQ 1 Input UV data (seq. #)
AIPS 2: INDISK 5 Input UV data disk drive #
AIPS 2: SOURCES '17456-29002 ' Source name
AIPS 2: '17456-29002 ' '17456-29002 '
AIPS 2: '17456-29002 ' '17456-29002 '
AIPS 2: '17456-29002 ' '17456-29002 '
AIPS 2: '17456-29002 ' '17456-29002 '
AIPS 2: '17456-29002 ' '17456-29002 '
AIPS 2: '17456-29002 ' '17456-29002 '
AIPS 2: '17456-29002 ' '17456-29002 '
AIPS 2: '17456-29002 ' '17456-29002 '
AIPS 2: '17456-29002 ' '17456-29002 '
AIPS 2: '17456-29002 ' '17456-29002 '
AIPS 2: '17456-29002 ' '17456-29002 '
AIPS 2: '17456-29002 ' '17456-29002 '
AIPS 2: '17456-29002 ' '17456-29002 '
AIPS 2: '17456-29002 ' '17456-29002 '
AIPS 2: '17456-29002 '
AIPS 2: QUAL -1 Calibrator qualifier -1=>all
AIPS 2: CALCODE ' ' Calibrator code ' '=>all
AIPS 2: TIMERANG *all 0 Time range to use
AIPS 2: SELBAND -1 Bandwidth to select (kHz)
AIPS 2: SELFREQ -1 Frequency to select (MHz)
AIPS 2: FREQID 1 Freq. ID to select.
AIPS 2: SUBARRAY 0 Sub-array, 0=>all
AIPS 2: DOCALIB 2 If >0 calibrate data
AIPS 2: = 2 calibrate weights
AIPS 2: GAINUSE 4 CL (or SN) table to apply
AIPS 2: DOPOL -1 If >0.5 correct polarization.
AIPS 2: BLVER -1 BL table to apply.
AIPS 2: FLAGVER 0 Flag table version
AIPS 2: DOBAND -1 If >0.5 apply bandpass cal.
AIPS 2: Method used depends on value
AIPS 2: of DOBAND (see HELP file).
AIPS 2: BPVER -1 Bandpass table version
AIPS 2: SMOOTH *all 0 Smoothing function. See
AIPS 2: HELP SMOOTH for details.
AIPS 2: STOKES ' ' Stokes parameters (see HELP)
AIPS 2: BCHAN 0 Low freq. channel 0 for cont.
AIPS 2: ECHAN 0 Highest freq channel
AIPS 2: CHANNEL 0 Restart channel number
AIPS 2: NCHAV 32 Number of chan. to average.
AIPS 2: CHINC 1 Channel incr. between maps.
AIPS 2: BIF 0 First IF in average.
AIPS 2: EIF 0 Last IF in average.
AIPS 2: OUTNAME ' ' Output image name (name)
AIPS 2: OUTDISK 5 Output image disk drive #
AIPS 2: OUTSEQ 0 Output seq. no.
AIPS 2: OUTVER 0 CC ver. no (Continuum only)
AIPS 2: *** SET OUTVER ON RESTARTS
AIPS 2: IN2NAME ' ' UV work file name
AIPS 2: IN2CLASS ' ' UV work file class
AIPS 2: IN2SEQ 0 UV work file seq
AIPS 2: *** SET TO KEEP WORK FILE
AIPS 2: IN2DISK 0 UV work file disk
AIPS 2: CELLSIZE 0.02 0.02 (X,Y) size of grid in asec
AIPS 2: IMSIZE 4096 4096 Minimum image size
AIPS 2: NFIELD 1 Number of fields (max 4096)
AIPS 2: DO3DIMAG -1 > 0 => use different tangent
AIPS 2: points for each field
AIPS 2: FLDSIZE *all 0 Clean size of each field.
AIPS 2: RASHIFT *all 0 RA shift per field (asec)
AIPS 2: DECSHIFT *all 0 DEC shift per field (asec)
AIPS 2: UVTAPER 0 0 (U,V) Gaussian taper
AIPS 2: units are kilo-lambda
AIPS 2: UVRANGE 0 0 Min & max baseline (klambda)
AIPS 2: GUARD 0 0 x,y guard band fractional
AIPS 2: radius
AIPS 2: ROTATE 0 Rotate image CCW from N by
AIPS 2: ROTATE degrees
AIPS 2: ZEROSP *all 0 0-spacing fluxes and weights
AIPS 2: SEE HELP!!
AIPS 2: UVWTFN ' ' UV dist. weight function
AIPS 2: blank => uniform
AIPS 2: UVSIZE 0 0 Array size for doing uniform
AIPS 2: weights. 0 -> actual field
AIPS 2: size.
AIPS 2: ROBUST 0 Robustness power: -5 -> pure
AIPS 2: uniform weights, 5 => natural
AIPS 2: UVBOX 0 Additional rows and columns
AIPS 2: used in weighting.
AIPS 2: UVBXFN 1 Box function type when UVBOX
AIPS 2: > 0. 0 -> 1 round pill box.
AIPS 2: XTYPE 5 Conv. function type in x
AIPS 2: default spheroidal
AIPS 2: YTYPE 5 Conv. function type in y
AIPS 2: default spheroidal
AIPS 2: XPARM *all 0 Conv. function parms for x
AIPS 2: YPARM *all 0 Conv. function parms for y
AIPS 2: NITER 0 Maximum # of Clean components
AIPS 2: BCOMP *all 0 Begin at BCOMP component
AIPS 2: Specify for each field.
AIPS 2: ALLOKAY 0 For restart: > 0 => beams
AIPS 2: okay, > 1 => work file too
AIPS 2: NBOXES 0 Number of boxes for Clean
AIPS 2: NB: field 1 only.
AIPS 2: CLBOX *all 0 Four coordinates for each box
AIPS 2: BOXFILE *all ' ' Input file of field params
AIPS 2: and Clean boxes; ' ' => use
AIPS 2: FLDSIZE, RASHIFT, DECSHIFT,
AIPS 2: NBOXES, CLBOX only.
AIPS 2: OBOXFILE *all ' ' Output file for final Clean
AIPS 2: boxes
AIPS 2: GAIN 0.1 Clean loop gain
AIPS 2: FLUX 0 Minimum Clean component (Jy)
AIPS 2: MINPATCH 51 Min. BEAM half-width in AP.
AIPS 2: BMAJ 0 FWHM(asec) major axis Clean
AIPS 2: restoring beam.
AIPS 2: BMIN 0 FWHM(asec) minor axis Clean
AIPS 2: restoring beam.
AIPS 2: BPA 0 Clean beam position angle
AIPS 2: OVERLAP 0 1 => restore components to
AIPS 2: overlapped fields, >=2=>
AIPS 2: expect overlaps in Cleaning
AIPS 2: PHAT 0 Prussian hat height.
AIPS 2: FACTOR 0 Speedup factor see HELP
AIPS 2: CMETHOD ' ' Modeling method:
AIPS 2: 'DFT','GRID',' '
AIPS 2: IMAGRPRM *all 0 Task enrichment parameters
AIPS 2: (1) Antenna diameter (m)
AIPS 2: (2) Source Spectral index
AIPS 2: (3) Frequency scaling factor
AIPS 2: (4) > 0 -> SDI Clean factor
AIPS 2: (5) >0 => scale residuals
AIPS 2: (6) Half-width in x of box
AIPS 2: (7) Half-width in y of box
AIPS 2: (8) Filter components whose
AIPS 2: neighborhood is weaker than
AIPS 2: IMAGRPRM(8) Jy. 0 -> don't
AIPS 2: (9) Radius in pixels for the
AIPS 2: IMAGRPRM(8) test.
AIPS 2: (10) multiplier of image size
AIPS 2: to get beam size: 0 => 2;
AIPS 2: 2, 1, 0.5 0.25 supported
AIPS 2: (11-16) Multi-resolution
AIPS 2: added controls
AIPS 2: (19) Dynamic range limit
AIPS 2: (20) Retry factor (see help)
AIPS 2: NGAUSS 0 Number of resolutions to use
AIPS 2: WGAUSS *all 0 Resolutions in arc sec >= 0
AIPS 2: FGAUSS *all 0 Minimum flux for each resol.
AIPS 2: MAXPIXEL 0 Maximum pixels searched in
AIPS 2: each major cycle.
AIPS 2: DOTV 0 Display residuals on TV ?
AIPS 2: Start with field = DOTV
AIPS 2: BADDISK *all 0 Disks to avoid for scratch.
-------------------------------------------------------------------------------
Geoffrey C. Bower gbower at astro.berkeley.edu
601 Campbell Hall Tel: +1 510 642 4075
Radio Astronomy Lab Fax: +1 510 642 3411
UC Berkeley Web: http://astro.berkeley.edu/~gbower
Berkeley CA 94720 USA
-------------------------------------------------------------------------------
More information about the Daip
mailing list