[daip] Re: XGAUS crashes

Jeff Mangum jmangum at nrao.edu
Fri Jun 17 16:56:35 EDT 2005


Thanks Leonia.  I think that Eric hit on the mistake.  I was asking it 
to make a 1-pixel image.  It really shouldn't crash because of this, 
since XGAUS works only on pixels.  I tried it with a more-than-one-pixel 
sized BLC/TRC, and it works fine.

Cheers,

Jeff

Leonia Kogan wrote:

> Jeff,
>
> I've tried XGAUS with my data and it works, at least it does not die.
>
> I found the following message at your output.
> >manos > XGAUS1: Begin writing file of type XGAUS
> >manos > XGAUS1: ZMI2: REQUEST FOR BYTES 1 THRU = 2048 BEYOND EOF = 1024
>
> This message can help to understand the problem.
> Unfortunately I do not understand it right now. Do you?
>
> Can you send me the header of your image cube?
> Can you create (using task SUBIM) the smaller cube of your data and 
> then run XGAUS?
>
> Leonia
>
> >manos > XGAUS1: Begin writing file of type XGAUS
> >manos > XGAUS1: ZMI2: REQUEST FOR BYTES 1 THRU = 2048 BEYOND EOF = 1024
>
>
>
> Jeff Mangum wrote:
>
>> Sorry... should have attached my inputs too (below).  -- Jeff
>>
>> Jeff Mangum wrote:
>>
>>> Hi,
>>>
>>> Seems to be a problem with XGAUS.  Seen this from several users over 
>>> the past several days, using different data sets...
>>>
>>> Cheers,
>>>
>>> Jeff
>>>
>>> manos > XGAUS1: Task XGAUS  (release of 31DEC05) begins
>>> manos > XGAUS1: AXIS TYPE VELO-LSR DOES NOT HAVE KNOWN UNITS
>>> manos > XGAUS1: Create IRAM04191-22.AMPL1 .   1 (MA)  on disk  1  
>>> cno  125
>>> manos > XGAUS1: Create IRAM04191-22.CENTR1.   1 (MA)  on disk  1  
>>> cno  126
>>> manos > XGAUS1: Create IRAM04191-22.WIDTH1.   1 (MA)  on disk  1  
>>> cno  127
>>> manos > XGAUS1: Create IRAM04191-22.DAMPL1.   1 (MA)  on disk  1  
>>> cno  128
>>> manos > XGAUS1: Create IRAM04191-22.DCENT1.   1 (MA)  on disk  1  
>>> cno  129
>>> manos > XGAUS1: Create IRAM04191-22.DWIDT1.   1 (MA)  on disk  1  
>>> cno  130
>>> manos > XGAUS1: Create IRAM04191-22.CONST .   1 (MA)  on disk  1  
>>> cno  131
>>> manos > XGAUS1: Create IRAM04191-22.SLOPE .   1 (MA)  on disk  1  
>>> cno  132
>>> manos > XGAUS1: Create IRAM04191-22.DCONST.   1 (MA)  on disk  1  
>>> cno  133
>>> manos > XGAUS1: Create IRAM04191-22.DSLOPE.   1 (MA)  on disk  1  
>>> cno  134
>>> manos > XGAUS1: Create IRAM04191-22.FLUX1 .   1 (MA)  on disk  1  
>>> cno  135
>>> manos > XGAUS1: Create IRAM04191-22.DFLUX1.   1 (MA)  on disk  1  
>>> cno  136
>>> manos > XGAUS1: Begin plane      1. of      1.
>>> manos > XGAUS1: Begin writing file of type XGAUS
>>> manos > XGAUS1: ZMI2: REQUEST FOR BYTES 1 THRU = 2048 BEYOND EOF = 1024
>>> manos > XGAUS1: ZMIO: OPER=READ LUN=16 BLKNO=           1 
>>> 8-BIT-BYTES=  2048
>>> manos > XGAUS1: ZERROR: IN ZMI2 ERRNO = 22 (Invalid argument)
>>> manos > XGAUS1: PSCALE: ERROR    3 ON INIT SCRATCH FILE
>>> manos > XGAUS1: ERROR    3 MOVING DATA TO FILE TYPE XGAU
>>> manos > XGAUS1: Destroyed MA image file: catno=    125 disk= 1
>>> manos > XGAUS1: Destroyed MA image file: catno=    126 disk= 1
>>> manos > XGAUS1: Destroyed MA image file: catno=    127 disk= 1
>>> manos > XGAUS1: Destroyed MA image file: catno=    128 disk= 1
>>> manos > XGAUS1: Destroyed MA image file: catno=    129 disk= 1
>>> manos > XGAUS1: Destroyed MA image file: catno=    130 disk= 1
>>> manos > XGAUS1: Destroyed MA image file: catno=    131 disk= 1
>>> manos > XGAUS1: Destroyed MA image file: catno=    132 disk= 1
>>> manos > XGAUS1: Destroyed MA image file: catno=    133 disk= 1
>>> manos > XGAUS1: Destroyed MA image file: catno=    134 disk= 1
>>> manos > XGAUS1: Destroyed MA image file: catno=    135 disk= 1
>>> manos > XGAUS1: Destroyed MA image file: catno=    136 disk= 1
>>> manos > XGAUS1: Purports to die of UNNATURAL causes
>>> manos > XGAUS1: localhost    31DEC05 TST: Cpu=       0.0  Real=      28
>>>
>>
>> >inp
>> AIPS 1: XGAUS     Fits 1-dimensional Gaussians to images
>> AIPS 1: Adverbs     Values                 Comments
>> AIPS 1: ----------------------------------------------------------------
>> AIPS 1: INNAME     'IRAM04191-22'          Input image name (name)
>> AIPS 1: INCLASS    'TRANS '                Input image name (class)
>> AIPS 1: INSEQ         1                    Input image name (seq. #)
>> AIPS 1: INDISK        1                    Input image disk unit #
>> AIPS 1: OUTNAME    '            '          Output image name (name)
>> AIPS 1: OUTCLASS   '      '                Output image name (class)
>> AIPS 1: OUTSEQ        0                    Output image name (seq. #)
>> AIPS 1: OUTDISK       1                    Output image disk unit #.
>> AIPS 1: BLC           1         146        Bottom left corner of input
>> AIPS 1:             111        *rest 0
>> AIPS 1: TRC          23         146        Top right corner of input
>> AIPS 1:             111        *rest 0
>> AIPS 1: YINC          1                    Do every YINCth row
>> AIPS 1: ZINC          1                    Do every ZINCth plane
>> AIPS 1: FLUX          0                    Flux cutoff (see HELP)
>> AIPS 1: BCHAN         1                    # channels at left for
>> AIPS 1:                                    baseline (-1 => no baseline)
>> AIPS 1: ECHAN         0                    # channels at right for
>> AIPS 1: ** press RETURN for more, enter Q or next line to quit print **
>> #
>> AIPS 1:                                    baseline (0 => none)
>> AIPS 1: DOOUTPUT     -1                    Write residual image
>> AIPS 1: DOSLICE       1                    Plot data on TEK/TV
>> AIPS 1: DOMODEL       1                    Plot model on TEK/TV
>> AIPS 1: DORESID       1                    Plot residuals on TEK/TV
>> AIPS 1: PIXRANGE      0           0        Min,Max of image intensity
>> AIPS 1:                                      Max <= Min => entire range
>> 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 map pixels
>> AIPS 1: PIXVAL        0                    Display if peak < PIXVAL
>> AIPS 1: NITER         0                    Max # fit iterations
>> AIPS 1:                                     0 -> 100.
>> AIPS 1: NGAUSS        1                    Number of Gaussians
>> AIPS 1:                                    Guess of model parameters
>> AIPS 1: GMAX       *all 0                    Peak of component (JY)
>> AIPS 1: GPOS       *all 0                    X position (pixels wrt the
>> AIPS 1:                                      reference pixel)
>> AIPS 1: GWIDTH     *all 0                    FWHM of comp. (pixels)
>> AIPS 1:                                    Solve for model parameters?
>> AIPS 1: ** press RETURN for more, enter Q or next line to quit print **
>> #
>> AIPS 1: DOMAX         1           1          Solve for GMAX?
>> AIPS 1:               1           1
>> AIPS 1: DOPOS         1           1          Solve for GPOS?
>> AIPS 1:               1           1           1           1
>> AIPS 1:               1           1
>> AIPS 1: DOWIDTH       1           1          Solve for GWIDTH?
>> AIPS 1:               1           1           1           1
>> AIPS 1:               1           1           1           1
>> AIPS 1:               1           1
>> AIPS 1: DOTV         -1                    > 0 use TV instead of TEK
>> AIPS 1: GRCHAN        0                    TV graphics channel to use
>> AIPS 1: BADDISK    *all 0                  Disk to avoid for scratch
>> >
>>
>>
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>
>
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