Executed 16 Sep 2011, Deidre, Lowell Obs From NRAO: AIPS 1: 1 2 H29NA .MASTER. 1 MA 16-SEP-2011 12:33:54 AIPS 1: 2 2 H29NABLOB .MASTER. 1 MA 16-SEP-2011 12:34:36 AIPS 1: 3 2 H29NA .ICL001. 1 MA 16-SEP-2011 12:40:38 AIPS 1: 4 2 H29R .ICL001. 1 MA 16-SEP-2011 12:35:25 AIPS 1: 5 2 H28CVL .ICL001. 1 MA 16-SEP-2011 12:35:42 AIPS 1: 6 2 H29NANOH .MASTER. 1 MA 16-SEP-2011 12:36:34 AIPS 1: 7 2 H29NANOH .ICL001. 1 MA 16-SEP-2011 12:37:11 AIPS 1: 8 2 H29RNOH .ICL001. 1 MA 16-SEP-2011 12:37:46 AIPS 1: 9 2 H29CVLNOH .ICL001. 1 MA 16-SEP-2011 12:39:12 B.4 use the master cube to blank the full resolution cube and the robust=0.5 cube DEFAULT BLANK opcode 'IN2C';outclass 'LMV'; DPARM 1,0,1000,-1000,0 $This is the line that was omitted before. indi 4; outdi 4; in2di 4 getn *NA.ICL001 $the full resolution cube, the one created at step 7B get2n *.MASTER >getn 3 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NA.ICL001.1 >get2n 1 AIPS 1: Got(2) disk= 4 user= 2 type=MA H29NA.MASTER.1 =====> DEFAULT BLANK opcode 'IN2C';outclass 'LMV'; DPARM 1,0,1000,-1000,0 $This is the line that was omitted before. indi 4; outdi 4; in2di 4 getn *.ICL001 $the full resolution cube, the one created at step 7B get2n *.MASTER >getn 4 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29R.ICL001.1 >get2n 1 AIPS 1: Got(2) disk= 4 user= 2 type=MA H29NA.MASTER.1 9. ON THE ROBUST CUBE 9.1 Transposing the cube DEFAULT TRANS outclass ''; blc 0; trc 0; transcod '312' indi 4; outdi 4; in2di 4 getn *.LMV >getn 11 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29R.LMV.1 =====> AIPS 1: 12 2 H29R .TRANS . 1 MA 16-SEP-2011 12:44:57 9.2 Switching the header from frequency description to spectral-line velocity description getn *. TRANS ALTSW =====> already there 9.3 Final products A. Moment maps: DEFAULT XMOM flux -10000; icut -10000; blc 0; trc 0 indi 4; outdi 4; in2di 4 getn *.TRANS >getn 12 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29R.TRANS.1 =====> AIPS 1: 13 2 H29R .XMOMNC. 1 MA 16-SEP-2011 12:45:34 AIPS 1: 14 2 H29R .XMOM0 . 1 MA 16-SEP-2011 12:45:34 AIPS 1: 15 2 H29R .XMOM1 . 1 MA 16-SEP-2011 12:45:34 AIPS 1: 16 2 H29R .XMOM2 . 1 MA 16-SEP-2011 12:45:34 AIPS 1: 17 2 H29R .XMOM3 . 1 MA 16-SEP-2011 12:45:34 9.4 Primary Beam Corrections ***Corrects an image for the primary beam attenuation of the 25-meter antennas used at the VLA. altsw $PBCOR needs the FREQ axis rather than the velocity one $ use this verb to switch between the two DEFAULT PBCOR doinvers -1; coord 0; bparm 0; outclass 'X0_PBC' indi 4; outdi 4; in2di 4 >getn 14 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29R.XMOM0.1 >altsw =====> AIPS 1: 18 2 H29R .X0_PBC. 1 MA 16-SEP-2011 12:46:05 >altsw >getn 18 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29R.X0_PBC.1 >altsw 9.5 Replacing blanks with 0 DEFAULT REMAG pixval 0; blc 0; trc 0; outclass 'X0_P_R' indi 4; outdi 4; in2di 4 getn *.X0_PBC >getn 18 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29R.X0_PBC.1 =====> AIPS 1: 19 2 H29R .X0_P_R. 1 MA 16-SEP-2011 12:46:35 10. ON THE NATURAL CUBE 10.1 Transposing the cube DEFAULT TRANS outclass ''; blc 0; trc 0; transcod '312' indi 4; outdi 4; in2di 4 >getn 10 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NA.LMV.1 =====> AIPS 1: 20 2 H29NA .TRANS . 1 MA 16-SEP-2011 12:47:06 10.2 Switching the header from frequency description to spectral-line velocity description getn *. TRANS ALTSW =====> already there 10.3 Final products A. Moment maps: DEFAULT XMOM flux -10000; icut -10000; blc 0; trc 0 indi 4; outdi 4; in2di 4 getn *.TRANS >getn 20 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NA.TRANS.1 =====> AIPS 1: 21 2 H29NA .XMOMNC. 1 MA 16-SEP-2011 12:47:43 AIPS 1: 22 2 H29NA .XMOM0 . 1 MA 16-SEP-2011 12:47:43 AIPS 1: 23 2 H29NA .XMOM1 . 1 MA 16-SEP-2011 12:47:43 AIPS 1: 24 2 H29NA .XMOM2 . 1 MA 16-SEP-2011 12:47:43 AIPS 1: 25 2 H29NA .XMOM3 . 1 MA 16-SEP-2011 12:47:43 10.4 Primary Beam Corrections ***Corrects an image for the primary beam attenuation of the 25-meter antennas used at the VLA. altsw $PBCOR needs the FREQ axis rather than the velocity one $ use this verb to switch between the two DEFAULT PBCOR doinvers -1; coord 0; bparm 0; outclass 'X0_PBC' indi 4; outdi 4; in2di 4 >getn 22 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NA.XMOM0.1 >altsw =====> AIPS 1: 26 2 H29NA .X0_PBC. 1 MA 16-SEP-2011 12:48:09 >altsw >getn 26 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NA.X0_PBC.1 >altsw 10.5 Replacing blanks with 0 DEFAULT REMAG pixval 0; blc 0; trc 0; outclass 'X0_P_R' indi 4; outdi 4; in2di 4 getn *.X0_PBC >getn 26 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NA.X0_PBC.1 =====> AIPS 1: 27 2 H29NA .X0_P_R. 1 MA 16-SEP-2011 12:48:41 11. Convolutions DEFAULT BLANK opcode 'IN2C';outclass 'LMV'; DPARM 1,0,1000,-1000,0 $This is the line that was omitted before. indi 4; outdi 4; in2di 4 getn *.CONVL get2n *.MASTER >getn 5 AIPS 1: Got(1) disk= 4 user= 2 type=MA H28CVL.ICL001.1 >get2n 1 AIPS 1: Got(2) disk= 4 user= 2 type=MA H29NA.MASTER.1 =====> AIPS 1: 28 2 H28CVL .LMV . 1 MA 16-SEP-2011 12:49:13 ON THE CONVOLVED CUBE 11.1 Transposing the cube DEFAULT TRANS outclass ''; blc 0; trc 0; transcod '312' indi 4; outdi 4; in2di 4 >getn 28 AIPS 1: Got(1) disk= 4 user= 2 type=MA H28CVL.LMV.1 =====> AIPS 1: 29 2 H28CVL .TRANS . 1 MA 16-SEP-2011 12:49:46 11.2 Switching the header from frequency description to spectral-line velocity description getn *. TRANS ALTSW =====> already there 11.3 Final products A. Moment maps: DEFAULT XMOM flux -10000; icut -10000; blc 0; trc 0 indi 4; outdi 4; in2di 4 getn *.TRANS >getn 29 AIPS 1: Got(1) disk= 4 user= 2 type=MA H28CVL.TRANS.1 =====> AIPS 1: 30 2 H28CVL .XMOMNC. 1 MA 16-SEP-2011 12:50:21 AIPS 1: 31 2 H28CVL .XMOM0 . 1 MA 16-SEP-2011 12:50:21 AIPS 1: 32 2 H28CVL .XMOM1 . 1 MA 16-SEP-2011 12:50:21 AIPS 1: 33 2 H28CVL .XMOM2 . 1 MA 16-SEP-2011 12:50:21 AIPS 1: 34 2 H28CVL .XMOM3 . 1 MA 16-SEP-2011 12:50:21 11.4 Primary Beam Corrections altsw $PBCOR needs the FREQ axis rather than the velocity one $ use this verb to switch between the two DEFAULT PBCOR doinvers -1; coord 0; bparm 0; outclass 'X0_PBC' indi 4; outdi 4; in2di 4 >getn 31 AIPS 1: Got(1) disk= 4 user= 2 type=MA H28CVL.XMOM0.1 >altsw =====> AIPS 1: 35 2 H28CVL .X0_PBC. 1 MA 16-SEP-2011 12:50:50 >altsw >getn 35 AIPS 1: Got(1) disk= 4 user= 2 type=MA H28CVL.X0_PBC.1 >altsw 11.5 Replacing blanks with 0 DEFAULT REMAG pixval 0; blc 0; trc 0; outclass 'X0_P_R' indi 4; outdi 4; in2di 4 getn *.X0_PBC >getn 35 AIPS 1: Got(1) disk= 4 user= 2 type=MA H28CVL.X0_PBC.1 ====> AIPS 1: 36 2 H28CVL .X0_P_R. 1 MA 16-SEP-2011 12:51:32 12. Write out data DEFAULT FITTP indi 4; outdi 4; in2di 4 >getn 10 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NA.LMV.1 >dataout 'HARO29CB:Haro29_NA_LMV.FITS >getn 11 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29R.LMV.1 >dataout 'HARO29CB:Haro29_R_LMV.FITS >getn 13 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29R.XMOMNC.1 >dataout 'HARO29CB:Haro29_R_XMOMNC.FITS >getn 14 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29R.XMOM0.1 >dataout 'HARO29CB:Haro29_R_XMOM0.FITS >getn 15 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29R.XMOM1.1 >dataout 'HARO29CB:Haro29_R_XMOM1.FITS >getn 16 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29R.XMOM2.1 >dataout 'HARO29CB:Haro29_R_XMOM2.FITS >getn 17 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29R.XMOM3.1 >dataout 'HARO29CB:Haro29_R_XMOM3.FITS >getn 18 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29R.X0_PBC.1 >dataout 'HARO29CB:Haro29_R_X0_PBC.FITS >getn 19 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29R.X0_P_R.1 >dataout 'HARO29CB:Haro29_R_X0_P_R.FITS >getn 21 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NA.XMOMNC.1 >dataout 'HARO29CB:Haro29_NA_XMOMNC.FITS >getn 22 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NA.XMOM0.1 >dataout 'HARO29CB:Haro29_NA_XMOM0.FITS >getn 23 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NA.XMOM1.1 >dataout 'HARO29CB:Haro29_NA_XMOM1.FITS >getn 24 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NA.XMOM2.1 >dataout 'HARO29CB:Haro29_NA_XMOM2.FITS >getn 25 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NA.XMOM3.1 >dataout 'HARO29CB:Haro29_NA_XMOM3.FITS >getn 26 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NA.X0_PBC.1 >dataout 'HARO29CB:Haro29_NA_X0_PBC.FITS >getn 27 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NA.X0_P_R.1 >dataout 'HARO29CB:Haro29_NA_X0_P_R.FITS >getn 28 AIPS 1: Got(1) disk= 4 user= 2 type=MA H28CVL.LMV.1 >dataout 'HARO29CB:Haro29_CVL10_LMV.FITS >getn 30 AIPS 1: Got(1) disk= 4 user= 2 type=MA H28CVL.XMOMNC.1 >dataout 'HARO29CB:Haro29_CVL10_XMOMNC.FITS >getn 31 AIPS 1: Got(1) disk= 4 user= 2 type=MA H28CVL.XMOM0.1 >dataout 'HARO29CB:Haro29_CVL10_XMOM0.FITS >getn 32 AIPS 1: Got(1) disk= 4 user= 2 type=MA H28CVL.XMOM1.1 >dataout 'HARO29CB:Haro29_CVL10_XMOM1.FITS >getn 33 ^[[A^[[A^[[AAIPS 1: Got(1) disk= 4 user= 2 type=MA H28CVL.XMOM2.1 >dataout 'HARO29CB:Haro29_CVL10_XMOM2.FITS >getn 34 AIPS 1: Got(1) disk= 4 user= 2 type=MA H28CVL.XMOM3.1 >dataout 'HARO29CB:Haro29_CVL10_XMOM3.FITS >getn 35 AIPS 1: Got(1) disk= 4 user= 2 type=MA H28CVL.X0_PBC.1 >dataout 'HARO29CB:Haro29_CVL10_X0_PBC.FITS >getn 36 AIPS 1: Got(1) disk= 4 user= 2 type=MA H28CVL.X0_P_R.1 >dataout 'HARO29CB:Haro29_CVL10_X0_P_R.FITS ================================================================================================== BLOB: B.4 use the master cube to blank the full resolution cube and the robust=0.5 cube DEFAULT BLANK opcode 'IN2C';outclass 'LMV'; DPARM 1,0,1000,-1000,0 $This is the line that was omitted before. indi 4; outdi 4; in2di 4 getn *NA.ICL001 $the full resolution cube, the one created at step 7B get2n *.MASTER >getn 3 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NA.ICL001.1 >get2n 2 AIPS 1: Got(2) disk= 4 user= 2 type=MA H29NABLOB.MASTER.1 >outn 'h29nablob' =====> AIPS 1: 37 2 H29NABLOB .LMV . 1 MA 16-SEP-2011 12:57:48 DEFAULT BLANK opcode 'IN2C';outclass 'LMV'; DPARM 1,0,1000,-1000,0 $This is the line that was omitted before. indi 4; outdi 4; in2di 4 getn *.ICL001 $the full resolution cube, the one created at step 7B get2n *.MASTER >getn 4 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29R.ICL001.1 >get2n 2 AIPS 1: Got(2) disk= 4 user= 2 type=MA H29NABLOB.MASTER.1 >outn 'h29rblob' 9. ON THE ROBUST CUBE 9.1 Transposing the cube DEFAULT TRANS outclass ''; blc 0; trc 0; transcod '312' indi 4; outdi 4; in2di 4 getn *.LMV >getn 38 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RBLOB.LMV.1 =====> AIPS 1: 39 2 H29RBLOB .TRANS . 1 MA 16-SEP-2011 12:59:08 9.2 Switching the header from frequency description to spectral-line velocity description getn *. TRANS ALTSW =====> already there 9.3 Final products A. Moment maps: DEFAULT XMOM flux -10000; icut -10000; blc 0; trc 0 indi 4; outdi 4; in2di 4 getn *.TRANS >getn 39 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RBLOB.TRANS.1 =====> AIPS 1: 40 2 H29RBLOB .XMOMNC. 1 MA 16-SEP-2011 12:59:54 AIPS 1: 41 2 H29RBLOB .XMOM0 . 1 MA 16-SEP-2011 12:59:54 AIPS 1: 42 2 H29RBLOB .XMOM1 . 1 MA 16-SEP-2011 12:59:54 AIPS 1: 43 2 H29RBLOB .XMOM2 . 1 MA 16-SEP-2011 12:59:54 AIPS 1: 44 2 H29RBLOB .XMOM3 . 1 MA 16-SEP-2011 12:59:54 9.4 Primary Beam Corrections ***Corrects an image for the primary beam attenuation of the 25-meter antennas used at the VLA. altsw $PBCOR needs the FREQ axis rather than the velocity one $ use this verb to switch between the two DEFAULT PBCOR doinvers -1; coord 0; bparm 0; outclass 'X0_PBC' indi 4; outdi 4; in2di 4 >getn 41 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RBLOB.XMOM0.1 >altsw =====> AIPS 1: 45 2 H29RBLOB .X0_PBC. 1 MA 16-SEP-2011 13:00:28 >altsw >getn 45 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RBLOB.X0_PBC.1 >altsw 9.5 Replacing blanks with 0 DEFAULT REMAG pixval 0; blc 0; trc 0; outclass 'X0_P_R' indi 4; outdi 4; in2di 4 getn *.X0_PBC >getn 45 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RBLOB.X0_PBC.1 =====> AIPS 1: 46 2 H29RBLOB .X0_P_R. 1 MA 16-SEP-2011 13:01:06 10. ON THE NATURAL CUBE 10.1 Transposing the cube DEFAULT TRANS outclass ''; blc 0; trc 0; transcod '312' indi 4; outdi 4; in2di 4 >getn 37 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NABLOB.LMV.1 =====> AIPS 1: 47 2 H29NABLOB .TRANS . 1 MA 16-SEP-2011 13:01:41 10.2 Switching the header from frequency description to spectral-line velocity description getn *. TRANS ALTSW =====> already there 10.3 Final products A. Moment maps: DEFAULT XMOM flux -10000; icut -10000; blc 0; trc 0 indi 4; outdi 4; in2di 4 getn *.TRANS >getn 47 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NABLOB.TRANS.1 =====> AIPS 1: 48 2 H29NABLOB .XMOMNC. 1 MA 16-SEP-2011 13:02:10 AIPS 1: 49 2 H29NABLOB .XMOM0 . 1 MA 16-SEP-2011 13:02:10 AIPS 1: 50 2 H29NABLOB .XMOM1 . 1 MA 16-SEP-2011 13:02:10 AIPS 1: 51 2 H29NABLOB .XMOM2 . 1 MA 16-SEP-2011 13:02:10 AIPS 1: 52 2 H29NABLOB .XMOM3 . 1 MA 16-SEP-2011 13:02:10 10.4 Primary Beam Corrections ***Corrects an image for the primary beam attenuation of the 25-meter antennas used at the VLA. altsw $PBCOR needs the FREQ axis rather than the velocity one $ use this verb to switch between the two DEFAULT PBCOR doinvers -1; coord 0; bparm 0; outclass 'X0_PBC' indi 4; outdi 4; in2di 4 >getn 49 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NABLOB.XMOM0.1 >altsw =====> AIPS 1: 53 2 H29NABLOB .X0_PBC. 1 MA 16-SEP-2011 13:02:42 >altsw >getn 53 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NABLOB.X0_PBC.1 >altsw 10.5 Replacing blanks with 0 DEFAULT REMAG pixval 0; blc 0; trc 0; outclass 'X0_P_R' indi 4; outdi 4; in2di 4 getn *.X0_PBC >getn 53 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NABLOB.X0_PBC.1 =====> AIPS 1: 54 2 H29NABLOB .X0_P_R. 1 MA 16-SEP-2011 13:03:16 11. Convolutions DEFAULT BLANK opcode 'IN2C';outclass 'LMV'; DPARM 1,0,1000,-1000,0 $This is the line that was omitted before. indi 4; outdi 4; in2di 4 getn *.CONVL get2n *.MASTER #getn 5 AIPS 1: Got(1) disk= 4 user= 2 type=MA H28CVL.ICL001.1 >get2n 2 AIPS 1: Got(2) disk= 4 user= 2 type=MA H29NABLOB.MASTER.1 =====> AIPS 1: 55 2 H29CVLBLOB .LMV . 1 MA 16-SEP-2011 13:05:01 ON THE CONVOLVED CUBE 11.1 Transposing the cube DEFAULT TRANS outclass ''; blc 0; trc 0; transcod '312' indi 4; outdi 4; in2di 4 AIPS 1: 55 2 H29CVLBLOB .LMV . 1 MA 16-SEP-2011 13:05:01 =====> AIPS 1: 56 2 H29CVLBLOB .TRANS . 1 MA 16-SEP-2011 13:05:16 11.2 Switching the header from frequency description to spectral-line velocity description getn *. TRANS ALTSW =====> already there 11.3 Final products A. Moment maps: DEFAULT XMOM flux -10000; icut -10000; blc 0; trc 0 indi 4; outdi 4; in2di 4 getn *.TRANS >getn 56 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLBLOB.TRANS.1 =====> AIPS 1: 57 2 H29CVLBLOB .XMOMNC. 1 MA 16-SEP-2011 13:06:10 AIPS 1: 58 2 H29CVLBLOB .XMOM0 . 1 MA 16-SEP-2011 13:06:11 AIPS 1: 59 2 H29CVLBLOB .XMOM1 . 1 MA 16-SEP-2011 13:06:11 AIPS 1: 60 2 H29CVLBLOB .XMOM2 . 1 MA 16-SEP-2011 13:06:11 AIPS 1: 61 2 H29CVLBLOB .XMOM3 . 1 MA 16-SEP-2011 13:06:11 11.4 Primary Beam Corrections altsw $PBCOR needs the FREQ axis rather than the velocity one $ use this verb to switch between the two DEFAULT PBCOR doinvers -1; coord 0; bparm 0; outclass 'X0_PBC' indi 4; outdi 4; in2di 4 >getn 58 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLBLOB.XMOM0.1 >altsw =====> AIPS 1: 62 2 H29CVLBLOB .X0_PBC. 1 MA 16-SEP-2011 13:06:42 >altsw >getn 62 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLBLOB.X0_PBC.1 >altsw 11.5 Replacing blanks with 0 DEFAULT REMAG pixval 0; blc 0; trc 0; outclass 'X0_P_R' indi 4; outdi 4; in2di 4 getn *.X0_PBC >getn 62 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLBLOB.X0_PBC.1 =====> AIPS 1: 63 2 H29CVLBLOB .X0_P_R. 1 MA 16-SEP-2011 13:07:11 12. Write out data DEFAULT FITTP indi 4; outdi 4; in2di 4 >getn 37 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NABLOB.LMV.1 >dataout 'HARO29CB:Haro29_NA_LMV_BLOB.FITS >getn 38 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RBLOB.LMV.1 >dataout 'HARO29CB:Haro29_R_LMV_BLOB.FITS >getn 40 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RBLOB.XMOMNC.1 >dataout 'HARO29CB:Haro29_R_XMOMNC_BLOB.FITS >getn 41 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RBLOB.XMOM0.1 >dataout 'HARO29CB:Haro29_R_XMOM0_BLOB.FITS >getn 42 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RBLOB.XMOM1.1 >dataout 'HARO29CB:Haro29_R_XMOM1_BLOB.FITS >getn 43 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RBLOB.XMOM2.1 >dataout 'HARO29CB:Haro29_R_XMOM2_BLOB.FITS >getn 44 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RBLOB.XMOM3.1 >dataout 'HARO29CB:Haro29_R_XMOM3_BLOB.FITS >getn 45 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RBLOB.X0_PBC.1 >dataout 'HARO29CB:Haro29_R_X0_PBC_BLOB.FITS >getn 46 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RBLOB.X0_P_R.1 >dataout 'HARO29CB:Haro29_R_X0_P_R_BLOB.FITS >getn 48 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NABLOB.XMOMNC.1 >dataout 'HARO29CB:Haro29_NA_XMOMNC_BLOB.FITS >getn 49 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NABLOB.XMOM0.1 >dataout 'HARO29CB:Haro29_NA_XMOM0_BLOB.FITS >getn 50 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NABLOB.XMOM1.1 >dataout 'HARO29CB:Haro29_NA_XMOM1_BLOB.FITS >getn 51 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NABLOB.XMOM2.1 >dataout 'HARO29CB:Haro29_NA_XMOM2_BLOB.FITS >getn 52 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NABLOB.XMOM3.1 >dataout 'HARO29CB:Haro29_NA_XMOM3_BLOB.FITS >getn 53 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NABLOB.X0_PBC.1 >dataout 'HARO29CB:Haro29_NA_X0_PBC_BLOB.FITS >getn 54 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NABLOB.X0_P_R.1 >dataout 'HARO29CB:Haro29_NA_X0_P_R_BLOB.FITS >getn 55 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLBLOB.LMV.1 >dataout 'HARO29CB:Haro29_CVL10_LMV_BLOB.FITS >getn 57 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLBLOB.XMOMNC.1 >dataout 'HARO29CB:Haro29_CVL10_XMOMNC_BLOB.FITS >getn 58 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLBLOB.XMOM0.1 >dataout 'HARO29CB:Haro29_CVL10_XMOM0_BLOB.FITS >getn 59 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLBLOB.XMOM1.1 >dataout 'HARO29CB:Haro29_CVL10_XMOM1_BLOB.FITS >getn 60 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLBLOB.XMOM2.1 >dataout 'HARO29CB:Haro29_CVL10_XMOM2_BLOB.FITS >getn 61 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLBLOB.XMOM3.1 >dataout 'HARO29CB:Haro29_CVL10_XMOM3_BLOB.FITS >getn 62 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLBLOB.X0_PBC.1 >dataout 'HARO29CB:Haro29_CVL10_X0_PBC_BLOB.FITS >getn 63 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLBLOB.X0_P_R.1 >dataout 'HARO29CB:Haro29_CVL10_X0_P_R_BLOB.FITS =================================================================================================== NO HANNING SMOOTHIGN: B.4 use the master cube to blank the full resolution cube and the robust=0.5 cube DEFAULT BLANK opcode 'IN2C';outclass 'LMV'; DPARM 1,0,1000,-1000,0 $This is the line that was omitted before. indi 4; outdi 4; in2di 4 getn *NA.ICL001 $the full resolution cube, the one created at step 7B get2n *.MASTER #getn 7 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NANOH.ICL001.1 >get2n 6 AIPS 1: Got(2) disk= 4 user= 2 type=MA H29NANOH.MASTER.1 =====> AIPS 1: 64 2 H29NANOH .LMV . 1 MA 16-SEP-2011 13:14:25 DEFAULT BLANK opcode 'IN2C';outclass 'LMV'; DPARM 1,0,1000,-1000,0 $This is the line that was omitted before. indi 4; outdi 4; in2di 4 getn *.ICL001 $the full resolution cube, the one created at step 7B get2n *.MASTER >getn 8 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RNOH.ICL001.1 >get2n 6 AIPS 1: Got(2) disk= 4 user= 2 type=MA H29NANOH.MASTER.1 =====> AIPS 1: 65 2 H29RNOH .LMV . 1 MA 16-SEP-2011 13:15:01 9. ON THE ROBUST CUBE 9.1 Transposing the cube DEFAULT TRANS outclass ''; blc 0; trc 0; transcod '312' indi 4; outdi 4; in2di 4 getn *.LMV >getn 65 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RNOH.LMV.1 =====> AIPS 1: 66 2 H29RNOH .TRANS . 1 MA 16-SEP-2011 13:15:45 9.2 Switching the header from frequency description to spectral-line velocity description getn *. TRANS ALTSW =====> already there 9.3 Final products A. Moment maps: DEFAULT XMOM flux -10000; icut -10000; blc 0; trc 0 indi 4; outdi 4; in2di 4 getn *.TRANS >getn 66 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RNOH.TRANS.1 =====> AIPS 1: 67 2 H29RNOH .XMOMNC. 1 MA 16-SEP-2011 13:29:28 AIPS 1: 68 2 H29RNOH .XMOM0 . 1 MA 16-SEP-2011 13:29:28 AIPS 1: 69 2 H29RNOH .XMOM1 . 1 MA 16-SEP-2011 13:29:28 AIPS 1: 70 2 H29RNOH .XMOM2 . 1 MA 16-SEP-2011 13:29:28 AIPS 1: 71 2 H29RNOH .XMOM3 . 1 MA 16-SEP-2011 13:29:28 9.4 Primary Beam Corrections ***Corrects an image for the primary beam attenuation of the 25-meter antennas used at the VLA. altsw $PBCOR needs the FREQ axis rather than the velocity one $ use this verb to switch between the two DEFAULT PBCOR doinvers -1; coord 0; bparm 0; outclass 'X0_PBC' indi 4; outdi 4; in2di 4 >getn 68 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RNOH.XMOM0.1 >altsw =====> AIPS 1: 72 2 H29RNOH .X0_PBC. 1 MA 16-SEP-2011 13:30:00 > >altsw >getn 72 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RNOH.X0_PBC.1 >altsw 9.5 Replacing blanks with 0 DEFAULT REMAG pixval 0; blc 0; trc 0; outclass 'X0_P_R' indi 4; outdi 4; in2di 4 getn *.X0_PBC >getn 72 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RNOH.X0_PBC.1 =====> AIPS 1: 73 2 H29RNOH .X0_P_R. 1 MA 16-SEP-2011 13:30:39 10. ON THE NATURAL CUBE 10.1 Transposing the cube DEFAULT TRANS outclass ''; blc 0; trc 0; transcod '312' indi 4; outdi 4; in2di 4 >getn 64 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NANOH.LMV.1 ====> AIPS 1: 74 2 H29NANOH .TRANS . 1 MA 16-SEP-2011 13:31:05 10.2 Switching the header from frequency description to spectral-line velocity description getn *. TRANS ALTSW =====> already there 10.3 Final products A. Moment maps: DEFAULT XMOM flux -10000; icut -10000; blc 0; trc 0 indi 4; outdi 4; in2di 4 getn *.TRANS >getn 74 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NANOH.TRANS.1 =====> AIPS 1: 75 2 H29NANOH .XMOMNC. 1 MA 16-SEP-2011 13:45:38 AIPS 1: 76 2 H29NANOH .XMOM0 . 1 MA 16-SEP-2011 13:45:38 AIPS 1: 77 2 H29NANOH .XMOM1 . 1 MA 16-SEP-2011 13:45:38 AIPS 1: 78 2 H29NANOH .XMOM2 . 1 MA 16-SEP-2011 13:45:38 AIPS 1: 79 2 H29NANOH .XMOM3 . 1 MA 16-SEP-2011 13:45:38 10.4 Primary Beam Corrections ***Corrects an image for the primary beam attenuation of the 25-meter antennas used at the VLA. altsw $PBCOR needs the FREQ axis rather than the velocity one $ use this verb to switch between the two DEFAULT PBCOR doinvers -1; coord 0; bparm 0; outclass 'X0_PBC' indi 4; outdi 4; in2di 4 >getn 76 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NANOH.XMOM0.1 >altsw =====> AIPS 1: 80 2 H29NANOH .X0_PBC. 1 MA 16-SEP-2011 13:46:34 >altsw >getn 80 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NANOH.X0_PBC.1 >altsw 10.5 Replacing blanks with 0 DEFAULT REMAG pixval 0; blc 0; trc 0; outclass 'X0_P_R' indi 4; outdi 4; in2di 4 getn *.X0_PBC >getn 80 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NANOH.X0_PBC.1 =====> AIPS 1: 81 2 H29NANOH .X0_P_R. 1 MA 16-SEP-2011 13:47:08 11. Convolutions DEFAULT BLANK opcode 'IN2C';outclass 'LMV'; DPARM 1,0,1000,-1000,0 $This is the line that was omitted before. indi 4; outdi 4; in2di 4 getn *.CONVL get2n *.MASTER #getn 9 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLNOH.ICL001.1 >get2n 6 AIPS 1: Got(2) disk= 4 user= 2 type=MA H29NANOH.MASTER.1 =====> AIPS 1: 82 2 H29CVLNOH .LMV . 1 MA 16-SEP-2011 13:47:57 ON THE CONVOLVED CUBE 11.1 Transposing the cube DEFAULT TRANS outclass ''; blc 0; trc 0; transcod '312' indi 4; outdi 4; in2di 4 >getn 82 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLNOH.LMV.1 =====> AIPS 1: 83 2 H29CVLNOH .TRANS . 1 MA 16-SEP-2011 13:48:44 11.2 Switching the header from frequency description to spectral-line velocity description getn *. TRANS ALTSW =====> already there 11.3 Final products A. Moment maps: DEFAULT XMOM flux -10000; icut -10000; blc 0; trc 0 indi 4; outdi 4; in2di 4 getn *.TRANS >getn 83 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLNOH.TRANS.1 =====> AIPS 1: 84 2 H29CVLNOH .XMOMNC. 1 MA 16-SEP-2011 14:04:46 AIPS 1: 85 2 H29CVLNOH .XMOM0 . 1 MA 16-SEP-2011 14:04:46 AIPS 1: 86 2 H29CVLNOH .XMOM1 . 1 MA 16-SEP-2011 14:04:46 AIPS 1: 87 2 H29CVLNOH .XMOM2 . 1 MA 16-SEP-2011 14:04:47 AIPS 1: 88 2 H29CVLNOH .XMOM3 . 1 MA 16-SEP-2011 14:04:47 11.4 Primary Beam Corrections altsw $PBCOR needs the FREQ axis rather than the velocity one $ use this verb to switch between the two DEFAULT PBCOR doinvers -1; coord 0; bparm 0; outclass 'X0_PBC' indi 4; outdi 4; in2di 4 >getn 85 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLNOH.XMOM0.1 >altsw =====> AIPS 1: 89 2 H29CVLNOH .X0_PBC. 1 MA 16-SEP-2011 14:05:41 >altsw >getn 89 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLNOH.X0_PBC.1 >altsw 11.5 Replacing blanks with 0 DEFAULT REMAG pixval 0; blc 0; trc 0; outclass 'X0_P_R' indi 4; outdi 4; in2di 4 getn *.X0_PBC >getn 89 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLNOH.X0_PBC.1 =====> AIPS 1: 90 2 H29CVLNOH .X0_P_R. 1 MA 16-SEP-2011 14:06:09 12. Write out data DEFAULT FITTP indi 4; outdi 4; in2di 4 >getn 64 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NANOH.LMV.1 >dataout 'HARO29CB:Haro29_NA_LMV_noHan.FITS >getn 65 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RNOH.LMV.1 >dataout 'HARO29CB:Haro29_R_LMV_noHan.FITS >getn 67 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RNOH.XMOMNC.1 >dataout 'HARO29CB:Haro29_R_XMOMNC_noHan.FITS >getn 68 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RNOH.XMOM0.1 >dataout 'HARO29CB:Haro29_R_XMOM0_noHan.FITS >getn 69 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RNOH.XMOM1.1 >dataout 'HARO29CB:Haro29_R_XMOM1_noHan.FITS >getn 70 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RNOH.XMOM2.1 >dataout 'HARO29CB:Haro29_R_XMOM2_noHan.FITS >getn 71 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RNOH.XMOM3.1 >dataout 'HARO29CB:Haro29_R_XMOM3_noHan.FITS >getn 72 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RNOH.X0_PBC.1 >dataout 'HARO29CB:Haro29_R_X0_PBC_noHan.FITS >getn 73 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29RNOH.X0_P_R.1 >dataout 'HARO29CB:Haro29_R_X0_P_R_noHan.FITS >getn 75 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NANOH.XMOMNC.1 >dataout 'HARO29CB:Haro29_NA_XMOMNC_noHan.FITS >getn 76 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NANOH.XMOM0.1 >dataout 'HARO29CB:Haro29_NA_XMOM0_noHan.FITS >getn 77 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NANOH.XMOM1.1 >dataout 'HARO29CB:Haro29_NA_XMOM1_noHan.FITS >getn 78 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NANOH.XMOM2.1 >dataout 'HARO29CB:Haro29_NA_XMOM2_noHan.FITS >getn 79 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NANOH.XMOM3.1 >dataout 'HARO29CB:Haro29_NA_XMOM3_noHan.FITS >getn 80 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NANOH.X0_PBC.1 >dataout 'HARO29CB:Haro29_NA_X0_PBC_noHan.FITS >getn 81 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29NANOH.X0_P_R.1 >dataout 'HARO29CB:Haro29_NA_X0_P_R_noHan.FITS >getn 82 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLNOH.LMV.1 >dataout 'HARO29CB:Haro29_CVL10_LMV_noHan.FITS >getn 84 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLNOH.XMOMNC.1 >dataout 'HARO29CB:Haro29_CVL10_XMOMNC_noHan.FITS >getn 85 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLNOH.XMOM0.1 >dataout 'HARO29CB:Haro29_CVL10_XMOM0_noHan.FITS >getn 86 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLNOH.XMOM1.1 >dataout 'HARO29CB:Haro29_CVL10_XMOM1_noHan.FITS >getn 87 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLNOH.XMOM2.1 >dataout 'HARO29CB:Haro29_CVL10_XMOM2_noHan.FITS >getn 88 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLNOH.XMOM3.1 >dataout 'HARO29CB:Haro29_CVL10_XMOM3_noHan.FITS >getn 89 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLNOH.X0_PBC.1 >dataout 'HARO29CB:Haro29_CVL10_X0_PBC_noHan.FITS >getn 90 AIPS 1: Got(1) disk= 4 user= 2 type=MA H29CVLNOH.X0_P_R.1 >dataout 'HARO29CB:Haro29_CVL10_X0_P_R_noHan.FITS