iraf.net

wrote a backup this morning using mscwfits
i have lots of files called feb13.001 and feb14.005 etc
so i wrote them to tape (mtccomp DLT) using mscwfitsi then read them back using mscrfits. all the feb13 files have the same name!
as do the feb14 files.i append the dlt listing and the image header from a file i just read back
off of tape. why does orig+ give that funky name instead of the useful name
in the header?am i doing something incredibly stupid?please reply to "edo@as.arizona.edu" as well as to 4mfeb13.fits[1][2112,4096][ushort]: M dome
No bad pixels, min=0., max=0. (old)
Line storage mode, physdim [2112,4096], length of user area 8343 s.u.
Created Mon 13:20:15 14-Feb-2000, Last modified Mon 13:20:15 14-Feb-2000
Pixel file "feb13.fits" [ok]
EXTEND = T / File contains extensions
NEXTEND = 8 / Number of extensions
FILENAME= 'feb13.001'
RADECSYS= 'FK5? ' / Default coordinate systemTIMESYS = 'UTC approximate' / Time system
MJDHDR = 51586.96321759 / MJD of header creationOBSERVAT= 'KPNO ' / Observatory
TELESCOP= 'KPNO 4.0 meter telescope' / Telescope
ZD = '47.7204 ' / Zenith distance
AIRMASS = 1.485 / Airmass
TELFOCUS= -8249 / Telescope focus
CORRCTOR= 'Mayall Corrector' / Corrector Identification
ADC = 'Mayall ADC' / ADC Identification
ADCSTAT = 'null ' / ADC tracking state null-track-preset
ADCPAN1 = 3.5998999000000E+02 / ADC 1 prism angle
ADCPAN2 = 5.0000000000000E-02 / ADC 2 prism angleDETECTOR= 'CCDMosaThin1' / Detector
DETSIZE = '[1:8176,1:8192]' / Detector size for DETSEC
NCCDS = 8 / Number of CCDs
NAMPS = 8 / Number of Amplifiers
PIXSIZE1= 15. / Pixel size for axis 1 (microns)
PIXSIZE2= 15. / Pixel size for axis 2 (microns)
PIXSCAL1= 0.258 / Pixel scale for axis 1 (arcsec/pixel)
PIXSCAL2= 0.258 / Pixel scale for axis 2 (arcsec/pixel)
RAPANGL = 0. / Position angle of RA axis (deg)
DECPANGL= 90. / Position angle of DEC axis (deg)
FILPOS = 10 / Filter position
SHUTSTAT= 'dark ' / Shutter status
TV1FOC = -7.0500000000000E-01 / North TV Camera focus position
TV2FOC = -1.3920000000000E+00 / South Camera focus position
ENVTEM = 9.9000000000000E+00 / Ambient temperature (C)
DEWAR = 'CCDMosaThin1 Dewar' / Dewar identification
DEWTEM1 = -1.7150000000000E+02 / Dewar temperature (C)
DEWTEM2 = -1.0500000000000E+01 / Fill Neck temperature (C)
CCDTEM = -1.0400000000000E+02 / CCD temperature (C)CONTROLR= 'Mosaic Arcon' / Controller identification
CONSWV = '2.000 13Feb96 (add mode and group to hdrs)' / Controller softwar
AMPINTEG= 3000 / (ns) Double Correlated Sample time
READTIME= 13200 / (ns) unbinned pixel read time
ARCONWD = 'Obs Thu Aug 19 10:45:52 1999' / Date waveforms last compiled
ARCONWM = 'OverlapXmit EarlyReset SplitShift ' / Waveform mode switches on
ARCONGI = 1 / Gain selection (index into Gain Table)OBSERVER= 'M.Mateo, E.Olszewski' / Observer(s)
PROPOSER= '<unknown>' / Proposer(s)
PROPOSAL= '<unknown>' / Proposal title
PROPID = '2000A-0311' / Proposal identificationIMAGESWV= 'mosdca (Aug99), CCDMosaThin1V8.tcl (Aug99)' / Image creation software
KWDICT = 'MosaicV1.dic (Sep97)' / Keyword dictionary
RECNO = 0 / NOAO archive sequence number
BSCALE = 1 / Scale factor for unsigned short
BZERO = 32768 / Zero shift for unsigned short
PCOUNT = 0 / Number of bytes following image matrix
GCOUNT = 1 / Number of groups
EXTNAME = 'im1 ' / Extension name
INHERIT = T / Inherits global header
EXTVER = 1 / Extension version
IMAGEID = 1 / Image identification
OBSID = 'kp4m.20000212T230703' / Observation IDOBJECT = ' M dome ' / Observation title
OBSTYPE = 'dome flat' / Observation type
EXPTIME = 15.000 / Exposure time in secs
DARKTIME= 16.491 / Total elapsed time in secs
PREFLASH= 0.000000 / Preflash time (sec)
FILTER = 'Washington_M ' / Filter name(s)RA = '21:21:14.34 ' / RA of observation (hr)
DEC = '32:36:15.8 ' / DEC of observation (deg)
EQUINOX = 2000.1 / Equinox of coordinate system
DATE-OBS= '2000-02-12T23:07:03.0' / Date of observation start (UTC approximate)
TIME-OBS= '23:07:03.0' / Time of observation start
MJD-OBS = 51586.96322917 / MJD of observation start
LSTHDR = '1:09:54 ' / LST of header creationTELRA = '21:21:14.34 ' / RA of observation (hr)
TELDEC = '32:36:15.8 ' / DEC of observation (deg)
TELEQUIN= 2000.1 / Equinox of coordinate system
TELRADEC= 'FK5? ' / Default coordinate systemCCDNAME = 'SITe #7298FBR06-01 (NOAO 14)' / CCD name
AMPNAME = 'SITe #7298FBR06-01 (NOAO 14), lower right (Amp112)' / Amplifier name
GAIN = 3.0 / gain for amp 112 (e-/ADU)
RDNOISE = 5.4 / read noise for amp 112 (e-)
SATURATE= 65535 / Maximum good data value (ADU)
CONHWV = 'ACEB001_AMP12' / Controller hardware version
ARCONG = 3.0 / gain expected for amp 112 (e-/ADU)
ARCONRN = 5.4 / read noise expected for amp 112 (e-)
BPM = 'mscdb$noao/CCDMosaThin1/bpm_im1' / Bad pixel mask
CCDSIZE = '[1:2048,1:4096]' / CCD size
CCDSUM = '1 1 ' / CCD pixel summing
CCDSEC = '[1:2048,1:4096]' / CCD section
AMPSEC = '[2048:1,1:4096]' / Amplifier section
DATASEC = '[65:2112,1:4096]' / Data section
DETSEC = '[1:2048,1:4096]' / Detector section
BIASSEC = '[1:50,1:4096]' / Bias section
TRIMSEC = '[65:2112,1:4096]' / Trim sectionATM1_1 = -1. / CCD to amplifier transformation
ATM2_2 = 1. / CCD to amplifier transformation
ATV1 = 2049. / CCD to amplifier transformation
ATV2 = 0. / CCD to amplifier transformation
LTM1_1 = 1.0 / CCD to image transformation
LTM2_2 = 1.0 / CCD to image transformation
LTV1 = 64.0 / CCD to image transformation
LTV2 = 0.0 / CCD to image transformation
DTM1_1 = 1. / CCD to detector transformation
DTM2_2 = 1. / CCD to detector transformation
DTV1 = 0. / CCD to detector transformation
DTV2 = 0. / CCD to detector transformationWCSASTRM= 'kp4m.19981010T033325 (Tr 37 V Mosaic) by L. Davis 19981010' / WCS Sou
WCSDIM = 2 / WCS dimensionality
CTYPE1 = 'RA---TNX' / Coordinate type
CTYPE2 = 'DEC--TNX' / Coordinate type
CRVAL1 = 320.30975 / Coordinate reference value
CRVAL2 = 32.604389 / Coordinate reference value
CRPIX1 = 4277.8307 / Coordinate reference pixel
CRPIX2 = 4149.4003 / Coordinate reference pixel
CD1_1 = 5.8820606e-07 / Coordinate matrix
CD2_1 = -7.1352875e-05 / Coordinate matrix
CD1_2 = -7.168726e-05 / Coordinate matrix
CD2_2 = 4.3587026e-07 / Coordinate matrix
WAT0_001= 'system=image' / Coordinate system
WAT1_001= 'wtype=tnx axtype=ra lngcor = "1. 4. 4. 2. 0.001350110541305456 0.296'
WAT1_002= '1134983164539 0.1527300838880007 0.3005743086989888 -2.3148854055725'
WAT1_003= '20E-4 -2.544362379374634E-5 -5.388234193153857E-4 -8.922255888845757'
WAT1_004= 'E-5 -8.302381045554778E-5 -5.480973389725749E-4 -1.278609167401606E-'
WAT1_005= '5 -4.552906776144391E-5 -5.085009960518193E-5 1.494933829648152E-6 "'
WAT2_001= 'wtype=tnx axtype=dec latcor = "1. 4. 4. 2. 0.001350110541305456 0.29'
WAT2_002= '61134983164539 0.1527300838880007 0.3005743086989888 -2.139239182123'
WAT2_003= '121E-4 1.511975415985664E-5 -2.737123763921002E-4 6.094554322351407E'
WAT2_004= '-6 -1.277938927468220E-4 -3.661387318373361E-4 -8.567151810206574E-5'
WAT2_005= ' -2.095855623216569E-4 2.007952901140182E-6 -1.218760716077907E-5 "'CHECKSUM= '<unknown>' / Header checksum
DATASUM = '<unknown>' / Data checksum
CHECKVER= '<unknown>' / Checksum versionmtccomp[1]: feb13 nextend=8 M dome
mtccomp[2]: feb13 nextend=8 M dome
mtccomp[3]: feb13 nextend=8 M dome
mtccomp[4]: feb13 nextend=8 M dome
mtccomp[5]: feb13 nextend=8 M dome
mtccomp[6]: feb13 nextend=8 C dome
mtccomp[7]: feb13 nextend=8 C dome
mtccomp[8]: feb13 nextend=8 C dome
mtccomp[9]: feb13 nextend=8 C dome
mtccomp[10]: feb13 nextend=8 C dome
mtccomp[11]: feb13 nextend=8 51 dome
mtccomp[12]: feb13 nextend=8 51 dome
mtccomp[13]: feb13 nextend=8 51 dome
mtccomp[14]: feb13 nextend=8 51 dome
mtccomp[15]: feb13 nextend=8 51 dome
mtccomp[16]: feb13 nextend=8 I dome
mtccomp[17]: feb13 nextend=8 I dome
mtccomp[18]: feb13 nextend=8 I dome
mtccomp[19]: feb13 nextend=8 I dome
mtccomp[20]: feb13 nextend=8 I dome
mtccomp[21]: feb13 nextend=8 zero
mtccomp[22]: feb13 nextend=8 zero
mtccomp[23]: feb13 nextend=8 zero
mtccomp[24]: feb13 nextend=8 zero
mtccomp[25]: feb13 nextend=8 zero
mtccomp[26]: feb13 nextend=8 zero
mtccomp[27]: feb13 nextend=8 zero
mtccomp[28]: feb13 nextend=8 zero
mtccomp[29]: feb13 nextend=8 zero
mtccomp[30]: feb13 nextend=8 zero
mtccomp[31]: feb13 nextend=8 zero
mtccomp[32]: feb13 nextend=8 M focus
mtccomp[33]: feb13 nextend=8 M focus
mtccomp[34]: feb13 nextend=8 M focus
mtccomp[35]: feb13 nextend=8 C focus
mtccomp[36]: feb13 nextend=8 C focus
mtccomp[37]: feb14 nextend=8 I domes 2nd night
mtccomp[38]: feb14 nextend=8 I domes 2nd night
mtccomp[39]: feb14 nextend=8 I domes 2nd night
mtccomp[40]: feb14 nextend=8 I domes 2nd night
mtccomp[41]: feb14 nextend=8 I domes 2nd night
mtccomp[42]: feb14 nextend=8 I domes 2nd night
mtccomp[43]: feb14 nextend=8 I domes 2nd night
mtccomp[44]: feb14 nextend=8 I domes 2nd night
mtccomp[45]: feb14 nextend=8 I domes 2nd night
mtccomp[46]: feb14 nextend=8 I domes 2nd night
mtccomp[47]: feb14 nextend=8 C dome
mtccomp[48]: feb14 nextend=8 C dome
mtccomp[49]: feb14 nextend=8 C dome
mtccomp[50]: feb14 nextend=8 C dome
mtccomp[51]: feb14 nextend=8 C dome
mtccomp[52]: feb14 nextend=8 51 dome
mtccomp[53]: feb14 nextend=8 51 dome
mtccomp[54]: feb14 nextend=8 51 dome
mtccomp[55]: feb14 nextend=8 51 dome
mtccomp[56]: feb14 nextend=8 51 dome
mtccomp[57]: feb14 nextend=8 M dome
mtccomp[58]: feb14 nextend=8 M dome
mtccomp[59]: feb14 nextend=8 M dome
mtccomp[60]: feb14 nextend=8 M dome
mtccomp[61]: feb14 nextend=8 M dome
mtccomp[62]: feb14 nextend=8 51 sky
mtccomp[63]: feb14 nextend=8 51 sky
mtccomp[64]: feb14 nextend=8 51 sky
mtccomp[65]: feb14 nextend=8 C sky
mtccomp[66]: feb14 nextend=8 C sky
mtccomp[67]: feb14 nextend=8 C sky
mtccomp[68]: feb14 nextend=8 M sky
mtccomp[69]: feb14 nextend=8 M sky
mtccomp[70]: feb14 nextend=8 M sky
mtccomp[71]: feb14 nextend=8 I sky
mtccomp[72]: feb14 nextend=8 I sky
mtccomp[73]: feb14 nextend=8 I sky
mtccomp[74]: feb14 nextend=8 zero
mtccomp[75]: feb14 nextend=8 zero
mtccomp[76]: feb14 nextend=8 zero
mtccomp[77]: feb14 nextend=8 M focus at 132-1
mtccomp[78]: feb14 nextend=8 C focus at 132-1
mtccomp[79]: feb14 nextend=8 51 focus
mtccomp[80]: feb14 nextend=8 132-1 M
mtccomp[81]: feb14 nextend=8 132-1 C
mtccomp[82]: feb14 nextend=8 132-1 51
mtccomp[83]: feb14 nextend=8 132-1 I
mtccomp[84]: feb14 nextend=8 132-4 I
mtccomp[85]: feb14 nextend=8 132-4 51
mtccomp[86]: feb14 nextend=8 132-4 C
mtccomp[87]: feb14 nextend=8 132-4 M
mtccomp[88]: feb14 nextend=8 87-1 M
mtccomp[89]: feb14 nextend=8 87-1 C
mtccomp[90]: feb14 nextend=8 87-1 51
mtccomp[91]: feb14 nextend=8 87-1 I
mtccomp[92]: feb14 nextend=8 88-1 I
mtccomp[93]: feb14 nextend=8 88-1 51
mtccomp[94]: feb14 nextend=8 88-1 C
mtccomp[95]: feb14 nextend=8 88-1 M
mtccomp[96]: feb14 nextend=8 89-1 M
mtccomp[97]: feb14 nextend=8 89-1 C
mtccomp[98]: feb14 nextend=8 89-1 51
mtccomp[99]: feb14 nextend=8 89-1 I
mtccomp[100]: feb14 nextend=8 90-1 I
mtccomp[101]: feb14 nextend=8 90-1 51
mtccomp[102]: feb14 nextend=8 90-1
mtccomp[103]: feb14 nextend=8 90-1 M
mtccomp[104]: feb14 nextend=8 91-1 M
mtccomp[105]: feb14 nextend=8 91-1 C
mtccomp[106]: feb14 nextend=8 91-1 51
mtccomp[107]: feb14 nextend=8 91-1 I
mtccomp[108]: feb14 nextend=8 85-1 I NGP
mtccomp[109]: feb14 nextend=8 85-1 51
mtccomp[110]: feb14 nextend=8 85-1 C
mtccomp[111]: feb14 nextend=8 85-1 M
mtccomp[112]: feb14 nextend=8 85-2 M
mtccomp[113]: feb14 nextend=8 85-2 C
mtccomp[114]: feb14 nextend=8 85-2 51
mtccomp[115]: feb14 nextend=8 85-2 I
mtccomp[116]: feb14 nextend=8 85-3 I
mtccomp[117]: feb14 nextend=8 85-3 51
mtccomp[118]: feb14 nextend=8 85-3 C
mtccomp[119]: feb14 nextend=8 85-3 M
mtccomp[120]: feb14 nextend=8 86-1 M
mtccomp[121]: feb14 nextend=8 86-1 C
mtccomp[122]: feb14 nextend=8 86-1 51
mtccomp[123]: feb14 nextend=8 86-1 I
mtccomp[124]: feb14 nextend=8 95-1 I
mtccomp[125]: feb14 nextend=8 95-1 51
mtccomp[126]: feb14 nextend=8 95-1 C
mtccomp[127]: feb14 nextend=8 95-1 M
mtccomp[128]: feb14 nextend=8 96-1 M
mtccomp[129]: feb14 nextend=8 96-1 C
mtccomp[130]: feb14 nextend=8 96-1 51
mtccomp[131]: feb14 nextend=8 96-1 I
mtccomp[132]: feb14 nextend=8 105-1 I
mtccomp[133]: feb14 nextend=8 105-1 51
mtccomp[134]: feb14 nextend=8 105-1 C
mtccomp[135]: feb14 nextend=8 105-1 M
mtccomp[136]: End of tape