[daip] [!4450]: aips - Several minor issues concerning usage of the RGB image for a background plane in KNTR
Blazej S. Nikiel-Wroczynski
do-not-reply at nrao.edu
Mon Feb 10 17:58:21 EST 2014
Blazej S. Nikiel-Wroczynski updated #4450
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Several minor issues concerning usage of the RGB image for a background plane in KNTR
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Ticket ID: 4450
URL: https://help.nrao.edu/staff/index.php?/Tickets/Ticket/View/4450
Full Name: Blazej S. Nikiel-Wroczynski
Email: iwan at oa.uj.edu.pl
Creator: User
Department: AIPS Data Processing
Staff (Owner): Eric Greisen
Type: Issue
Status: Open
Priority: Default
SLA: NRAO E2E
Template Group: Default
Created: 09 February 2014 09:34 AM
Updated: 10 February 2014 10:58 PM
Resolution Due: 18 February 2014 12:00 AM (7d 1h 2m)
Here are the headers copied from AIPS:
RGB background:
AIPS 1: Image=NONE (MA) Filename=ARP143 .RGB . 2
AIPS 1: Telescope= Receiver=
AIPS 1: Observer= User #= 500
AIPS 1: Observ. date=BAD DATE Map date=07-FEB-2014
AIPS 1: Pixel type: FLOATING Magic value blanking
AIPS 1: Minimum= 9.99919987E+00 Maximum= 1.01720001E+02 Data Val
AIPS 1: ----------------------------------------------------------------
AIPS 1: Type Pixels Coord value at Pixel Coord incr Rotat
AIPS 1: RA---ARC 391 07 46 55.522 163.00 -0.396112 0.00
AIPS 1: DEC--ARC 460 39 01 51.018 295.00 0.396112 0.06
AIPS 1: RGB 3 1.0000000E+00 1.00 1.0000000E+00 0.00
AIPS 1: ----------------------------------------------------------------
AIPS 1: Coordinate equinox 2000.00
AIPS 1: Maximum version number of extension files of type HI is 1
AIPS 1: Maximum version number of extension files of type PL is 4
3-plane radio data
AIPS 1: Image=NONE (MA) Filename=ARP143 .RGB . 2
AIPS 1: Telescope= Receiver=
AIPS 1: Observer= User #= 500
AIPS 1: Observ. date=BAD DATE Map date=07-FEB-2014
AIPS 1: Pixel type: FLOATING Magic value blanking
AIPS 1: Minimum= 9.99919987E+00 Maximum= 1.01720001E+02 Data Val
AIPS 1: ----------------------------------------------------------------
AIPS 1: Type Pixels Coord value at Pixel Coord incr Rotat
AIPS 1: RA---ARC 391 07 46 55.522 163.00 -0.396112 0.00
AIPS 1: DEC--ARC 460 39 01 51.018 295.00 0.396112 0.06
AIPS 1: RGB 3 1.0000000E+00 1.00 1.0000000E+00 0.00
AIPS 1: ----------------------------------------------------------------
AIPS 1: Coordinate equinox 2000.00
AIPS 1: Maximum version number of extension files of type HI is 1
AIPS 1: Maximum version number of extension files of type PL is 4
1-plane radio data
AIPS 1: Got(1) disk= 3 user= 500 type=MA ARP143.G_HG11.3
AIPS 1: Image=J0746+39 (MA) Filename=ARP143 .G_HG11. 3
AIPS 1: Telescope=GMRT Receiver=GMRT
AIPS 1: Observer= User #= 500
AIPS 1: Observ. date=10-FEB-2013 Map date=10-FEB-2014
AIPS 1: Minimum=-4.08651278E-04 Maximum= 1.17148487E-02 JY/BEAM
AIPS 1: ----------------------------------------------------------------
AIPS 1: Type Pixels Coord value at Pixel Coord incr Rotat
AIPS 1: RA---ARC 391 07 46 55.522 163.00 -0.396112 0.00
AIPS 1: DEC--ARC 460 39 01 51.018 295.00 0.396112 0.06
AIPS 1: FREQ 1 6.1233333E+08 1.00 -3.1250000E+07 0.00
AIPS 1: STOKES 1 1.0000000E+00 1.00 1.0000000E+00 0.00
AIPS 1: ----------------------------------------------------------------
AIPS 1: Coordinate equinox 2000.00
AIPS 1: Map type=NORMAL Number of iterations= 61044
AIPS 1: Conv size= 10.00 X 10.00 Position angle= 0.00
AIPS 1: Observed RA 07 46 53.600 DEC 39 01 10.00
AIPS 1: Rest freq 0.000 Vel type: RADIO wrt YOU
AIPS 1: Alt ref. value 0.00000E+00 wrt pixel 0.47
AIPS 1: Maximum version number of extension files of type HI is 1
AIPS 1: Maximum version number of extension files of type PL is 1
AIPS 1: Keyword = 'WTNOISE ' value = 6.058468E+07
AIPS 1: Keyword = 'SUMWTIN ' value = -2.328760E+01
AIPS 1: Keyword = 'CCFLUX ' value = 6.145031E-01
AIPS 1: Keyword = 'CCTOTAL ' value = 1.634863E+00
AIPS 1: Keyword = 'SOURNAM1' value = 'J0746+39'
AIPS 1: Keyword = 'SOURNAM2' value = '01 '
AIPS 1: Keyword = 'MAXABSU ' value = -1.000000E+00
KNTR input:
AIPS 1: KNTR: Task to generate a plot file for a contour & grey plot
AIPS 1: Adverbs Values Comments
AIPS 1: ----------------------------------------------------------------
AIPS 1: DOCONT 1 > 0 => do contours
AIPS 1: (1 or 2 => which name)
AIPS 1: DOGREY 2 > 0 => do grey scale
AIPS 1: (1 pr 2 => which name)
AIPS 1: DOVECT -1 > => do polarization vectors
AIPS 1: (1 or 2 => which is IPOL)
AIPS 1: Contour or grey or IPOL
AIPS 1: INNAME 'ARP143' First image name (cube?)
AIPS 1: INCLASS 'G_HG11' First image class
AIPS 1: INSEQ 1 First image seq. #
AIPS 1: INDISK 3 First image disk drive #
AIPS 1: Contour or grey or IPOL
AIPS 1: IN2NAME 'ARP143' Second image name
AIPS 1: IN2CLASS 'RGB' Second image class
AIPS 1: IN2SEQ 1 Second image seq. #
AIPS 1: IN2DISK 3 Second disk drive #
AIPS 1: Polarization intensity image:
AIPS 1: IN3NAME 'ARP143' (name) blank => INNAME
AIPS 1: IN3CLASS 'SDSS_U' (class) blank => 'PPOL'
AIPS 1: IN3SEQ 1 (seq. #) 0 => high
AIPS 1: IN3DISK 3 Disk drive #, 0 => any
AIPS 1: Polarization angle image:
AIPS 1: IN4NAME ' ' (name) blank => INNAME
AIPS 1: IN4CLASS ' ' (class) blank => 'PANG'
AIPS 1: IN4SEQ 0 (seq. #) 0 => high
AIPS 1: IN4DISK 0 Disk drive #, 0 => any
AIPS 1: BLC *all 0 Bottom left corner of first
AIPS 1: image. 0 => 1
AIPS 1: TRC *all 0 Top right corner of first
AIPS 1: image; 0=>entire image
AIPS 1: Multiple planes of a cube
AIPS 1: will be plotted in panels.
AIPS 1: ZINC 1 Increment on 3rd axis of
AIPS 1: 1st and possibly 2nd image
AIPS 1: NY 1 Number of planes along
AIPS 1: vertical side of plot
AIPS 1: XYRATIO 0 X to Y axis plot ratio. 0=>
AIPS 1: header inc or window ratio
AIPS 1: PIXRANGE 0 0 Min,Max of image intensity
AIPS 1: 0 => entire range.
FUNCTYPE ' ' Image intensity transfer func
AIPS 1: 'LN' Linear. unknown=>'LN'
AIPS 1: 'LG' Logarithmic
AIPS 1: 'L2' More logarithmic
AIPS 1: 'SQ' Square root
AIPS 1: 'NE' Negative linear
AIPS 1: 'NG' Negative logarithmic
AIPS 1: 'N2' Negative more log.
AIPS 1: 'NQ' Negative square root
AIPS 1: OFMFILE ' '
AIPS 1: ' ' => do black & white
AIPS 1: 'TV' => use TV OFM
AIPS 1: else read file for OFM
AIPS 1: DOCOLOR 1 Do RGB images as 3-color?
AIPS 1: LTYPE 3 Type of labeling: 1 border,
AIPS 1: 2 no ticks, 3 standard, 4 rel
AIPS 1: to center, 5 rel to subim cen
AIPS 1: 6 pixels, 7-10 as 3-6 with
AIPS 1: only tick labels
AIPS 1: <0 -> no date/time
AIPS 1: special values for RGBLEVS
AIPS 1: DOALIGN -1 > 0 => images must line up
AIPS 1: (see HELP DOALIGN)
AIPS 1: PLEV 0 Percent of peak for levs.
AIPS 1: CLEV 1.000E-04 Absolute value for levs
AIPS 1: (used only if PLEV = 0).
AIPS 1: LEVS -5 3 Contour levels (up to 30).
AIPS 1: 5 7.5 10 20
AIPS 1: 30 50 *rest 0
AIPS 1: CON3COL 0 Color the contours by plane
AIPS 1: FACTOR 0 Mult. factor for Pol vector
AIPS 1: (see HELP)
AIPS 1: ROTATE 0 Angle to rotate Pol vector
AIPS 1: (in degrees)
AIPS 1: XINC 1 X-inc. of Pol vectors. 0=>1
AIPS 1: YINC 1 Y-inc. of Pol vectors. 0=>1
AIPS 1: PCUT 0.1 Pol. vector cutoff. P units.
AIPS 1: ICUT 0.1 Int. vector cutoff. I units.
AIPS 1: POL3COL 0 Color polarization vectors
AIPS 1: value in degrees = red
AIPS 1: DOBLANK 0 Draw boundary between blanked
AIPS 1: areas and good areas?
AIPS 1: DOWEDGE -1 > 0 => plot a wedge also.
AIPS 1: = 2 => put on the right edge.
AIPS 1: = 3 => put on top using full
AIPS 1: range of image values
AIPS 1: = 4 => put on right w full
AIPS 1: range of image values
AIPS 1: DOCIRCLE -1 > 0 => extend ticks to form
AIPS 1: coordinate grid
AIPS 1: STVERS -1 STar file version number.
AIPS 1: STFACTOR 0 Scale star sizes: 0 => none.
AIPS 1: > 0 crosses with no labels
AIPS 1: < 0 crosses with labels
AIPS 1: CBPLOT 1 Position for beam plot:
AIPS 1: 0: don't plot beam
AIPS 1: 1: lower left (default)
AIPS 1: 2: lower right
AIPS 1: 3: upper right
AIPS 1: 4: upper left
AIPS 1: 5: plot in separate pane
AIPS 1: 6-10 as 1-5 but filled in
AIPS 1: 11-15 as 1-5 more filled
AIPS 1: 16-20 as 1-5 scribbled on
AIPS 1: -n < 0 => n, but no other
AIPS 1: drawing in beam-plot area
AIPS 1: LABEL 0 0->label each pane with the
AIPS 1: pane number
AIPS 1: 1->label each with coordinate
AIPS 1: 2->label each with coordinate
AIPS 1: relative to reference
AIPS 1: -1->do not label each pane
AIPS 1: DOTV -1 > 0 Do plot on the TV, else
AIPS 1: make a plot file
AIPS 1: TVCHAN 1 TV channel for grey plots
AIPS 1: GRCHAN 0 Graphics channel 0 => 1.
AIPS 1: DODARK 1 Plot dark vectors as black?
AIPS 1: DARKLINE 0.33 Switch to dark lines when
AIPS 1: grey-scale > DARKLINE 0-1
AIPS 1: RGBLEVS *all 0 Color each value of LEVS
AIPS 1: TVCORN 0 0 TV pixel location of bottom
AIPS 1: left corner of image 0=> self
AIPS 1: scale, non 0 => pixel scale.
MSGSRV output (same for 1- and 3-plane radio data):
FUNCTYPE ' ' Image intensity transfer func
AIPS 1: 'LN' Linear. unknown=>'LN'
AIPS 1: 'LG' Logarithmic
AIPS 1: 'L2' More logarithmic
AIPS 1: 'SQ' Square root
AIPS 1: 'NE' Negative linear
AIPS 1: 'NG' Negative logarithmic
AIPS 1: 'N2' Negative more log.
AIPS 1: 'NQ' Negative square root
AIPS 1: OFMFILE ' '
AIPS 1: ' ' => do black & white
AIPS 1: 'TV' => use TV OFM
AIPS 1: else read file for OFM
AIPS 1: DOCOLOR 1 Do RGB images as 3-color?
PCNTR input:
AIPS 1: PCNTR: Task to generate plot file for contour plus pol. vectors
AIPS 1: Adverbs Values Comments
AIPS 1: ----------------------------------------------------------------
AIPS 1: DOCONT 1 Draw contours? select image
AIPS 1: DOVECT -1 Draw pol. vectors? > 0 => yes
AIPS 1: DOGREY 2 Select grey-scale image?
AIPS 1: USERID 500 Image owner ID number ingored
AIPS 1: Total intensity image:
AIPS 1: INNAME 'ARP143' Image name (name)
AIPS 1: INCLASS 'G_HG11' Image name (class)
AIPS 1: INSEQ 1 Image name (seq. #)
AIPS 1: INDISK 3 Disk unit #
AIPS 1: Polarization intensity image:
AIPS 1: IN2NAME 'ARP143' (name) blank => INNAME
AIPS 1: IN2CLASS 'RGB' (class) blank => 'PPOL'
AIPS 1: IN2SEQ 2 (seq. #) 0 => high
AIPS 1: IN2DISK 3 Disk drive #, 0 => any
AIPS 1: Polarization angle image:
AIPS 1: IN3NAME ' ' (name) blank => INNAME
AIPS 1: IN3CLASS ' ' (class) blank => 'PANG'
AIPS 1: IN3SEQ 0 (seq. #) 0 => high
AIPS 1: IN3DISK 0 Disk drive #, 0 => any
AIPS 1: Fourth image if needed
AIPS 1: IN4NAME ' ' (name) blank => INNAME
AIPS 1: IN4CLASS ' ' (class) blank => any
AIPS 1: IN4SEQ 0 (seq. #) 0 => high
AIPS 1: IN4DISK 0 Disk drive #, 0 => any
AIPS 1: BLC *all 0 Bottom left corner of images
AIPS 1: TRC *all 0 Top right corner of images
AIPS 1: CON3COL 0 > 0 => overplot contours in
AIPS 1: color of multiple planes
AIPS 1: ZINC is CON3COL.
AIPS 1: See help for more.
AIPS 1: XYRATIO 0 X to Y axis plot ratio. 0=>
AIPS 1: header inc or window ratio.
AIPS 1: LTYPE 3 Type of labeling: 1 border,
AIPS 1: 2 no ticks, 3 standard, 4 rel
AIPS 1: to center, 5 rel to subim cen
AIPS 1: 6 pixels, 7-10 as 3-6 with
AIPS 1: only tick labels
AIPS 1: <0 -> no date/time
AIPS 1: special values for RGBLEVS
AIPS 1: PLEV 0 Percent of peak for levs.
AIPS 1: CLEV 1.000E-04 Absolute value for levs
AIPS 1: (used only if PLEV = 0).
AIPS 1: CLEV=PLEV=0 => PLEV=10
AIPS 1: LEVS -5 3 Contour levels (up to 30).
AIPS 1: 5 7.5 10 20
AIPS 1: 30 50 *rest 0
AIPS 1: FACTOR 0 Mult. factor for Pol vector
AIPS 1: (see HELP)
AIPS 1: ROTATE 0 Angle to rotate Pol vector
AIPS 1: (in degrees)
AIPS 1: XINC 1 X-inc. of Pol vectors. 0=>1
AIPS 1: YINC 1 Y-inc. of Pol vectors. 0=>1
AIPS 1: PCUT 0.1 Pol. vector cutoff. P units.
AIPS 1: ICUT 0.1 Int. vector cutoff. I units.
AIPS 1: POL3COL 0 Color polarization vectors
AIPS 1: value in degrees = red
AIPS 1: DOALIGN 1 Maps must align? > 0 => yes
AIPS 1: See HELP DOALIGN!
AIPS 1: DOCIRCLE -1 > 0 => extend ticks to form
AIPS 1: coordinate grid
AIPS 1: PIXRANGE 0 0 Min,Max of image intensity
AIPS 1: 0 => entire range.
AIPS 1: FUNCTYPE ' ' Image intensity transfer func
AIPS 1: 'LN' Linear. unknown=>'LN'
AIPS 1: 'LG' Logarithmic
AIPS 1: 'L2' More logarithmic
AIPS 1: 'SQ' Square root
AIPS 1: 'NE' Negative linear
AIPS 1: 'NG' Negative logarithmic
AIPS 1: 'N2' Negative more log.
AIPS 1: 'NQ' Negative square root
AIPS 1: DOWEDGE -1 > 0 => plot a wedge also.
AIPS 1: = 2 => put on the right edge.
AIPS 1: = 3 => put on top using full
AIPS 1: range of image values
AIPS 1: = 4 => put on right w full
AIPS 1: range of image values
AIPS 1: OFMFILE ' '
AIPS 1: ' ' => do black & white
AIPS 1: 'TV' => use TV OFM
AIPS 1: else read file for OFM
AIPS 1: DOCOLOR 1 Plot RGB images as true color
AIPS 1: STVERS 0 STar file version number.
AIPS 1: STFACTOR 0 Scale star sizes: 0 => none.
AIPS 1: > 0 crosses with no labels
AIPS 1: < 0 crosses with labels
AIPS 1: CBPLOT 1 Position for beam plot:
AIPS 1: 0: don't plot beam
AIPS 1: 1: lower left (default)
AIPS 1: 2: lower right
AIPS 1: 3: upper right
AIPS 1: 4: upper left
AIPS 1: 6-9 : fill in a little
AIPS 1: 11-14: more filled
AIPS 1: 16-19: even more
AIPS 1: -n < 0 => n, but no other
AIPS 1: drawing in beam-plot area
AIPS 1: DOTV -1 > 0 Do plot on the TV, else
AIPS 1: make a plot file
AIPS 1: GRCHAN 0 Graphics channel 0 => 1.
AIPS 1: TVCHAN 1 Grey-scale display channel
AIPS 1: DODARK 1 Plot dark vectors as black?
AIPS 1: DARKLINE 0.33 Switch to dark lines when
AIPS 1: grey-scale > DARKLINE 0-1
AIPS 1: RGBLEVS *all 0 Color each value of LEVS
AIPS 1: TVCORN 0 0 TV pixel location of bottom
AIPS 1: left corner of image 0=> self
AIPS 1: scale, non 0 => pixel scale.
MSGSRV error:
LOCALH> PCNTR1: Task PCNTR (release of 31DEC14) begins
LOCALH> PCNTR1: Input maps aligned on reduced subimage only
LOCALH> PCNTR1: Do grey scale:
LOCALH> PCNTR1: ZOPEN: LUN = 20 ALREADY OPENED IN FTAB
LOCALH> PCNTR1: OPEN EXTRA PLANES GREY-SCALE IMAGE ERROR = 1
LOCALH> PCNTR1: Error during graphing will try to finish partial graph
LOCALH> PCNTR1: GFINIS: number records used 2
LOCALH> PCNTR1: Appears to have ended successfully
LOCALH> PCNTR1: localhost 31DEC14 TST: Cpu= 0.0 Real= 0
Concerning the 3rd question - I can send you a PS file from LWPLA and f.e. a screenshot of TVRGB/KNTR DOTV=1. Would that be ok?
Many thanks for your quick response!
Blazej Nikiel-Wroczynski
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