Martha starts 09Jan 13

** Beam 6B dead. FAA on. Nothing else to note
 
** Note this run was originally called 09.01.12a with the
** "p" run being the demo session for the UAT09 workshop. 
** However, there is really only one ALFALFA run; so dropping the "a" block
** designation from here on out.

** The drift is 15p2 +033900           {Be sure to note the declination!}
** This is a spring drift....
** The pos file name is therefore:    pos_090112_+033900s.sav

-- Working in:  /home/coamo/a2010/09.01.12
   cp /share/a2010-2/data/09.01.12/*list* .
   gedit cal090112.list   
   gedit drift090112.list 

   >idl
   >@wasinit2
   >@alfinit

-- > callist='cal090112.list'               
   > dir='/share/a2010-2/data/09.01.12'     
   > calib1,callist,dcalON,dcalOFF,dir=dir
   > help,dcalon,/st
   > calib2,dcalON,dcalOFF,ncalib
   > Any bad boards in system?
: y
How many bad boards? [enter n]
: 2
Enter nbeam, npol of bad board
: 6,1
Enter nbeam, npol of bad board
: 7,1
   > help,ncalib,/st
   > save, ncalib,file='ncalib_090112.sav'       
** There are 40 cal values for this run ***
** The calibration for this run looks fine

-- > bpdgui
   Enter the new calsession: calsession_090112.sav
   Enter the new runpos: pos_090112_+033900s.sav  
   Be sure to set CRAT to "fit", not "median"
**The interp regions here are [3474 to 3518] **

-- restore,'pos_090112_+033900s.sav'
   help,pos
** There are 40 drifts for this run **

It is advisable to logout of IDL after running BPD and restart it.
You may also wish to make a copy of the pos file, just in case (of future
user error....).

Next, start working on FLAGBB:

Simple rules:
  1. Pay close attention! It is IMPERATIVE that you do a good job.
           A bad job is worse than no job and will earn you snickers (and
           we don't mean the candy bar!). </td></tr> 
  2. Be sure to use the "t" option. And, be sure to "u" before "t" between
     individual strips.
  3. Know how big to make your boxes; use the "m" key when you need to!
  4. Know what is a continuum source; do not flag continuum sources.
  5. Know what is galactic hydrogen; do not flag galactic hydrogen (or HVC's!). 
  6. Know when to set the status flag.
  7. Save the pos file regularly; occasionally make a copy of it.

-- restore,'pos_090112_+033900s.sav'
-- restore,'d214400+294831.526180333.sav'
-- flagbb,dred,cont_pt,mask,pos,GAUSAV=11,HAN=3,AGC=1,n1=0,n2=6
   at end, save badboxes to file
   filename = bb
   then save pos file in case of crash
   save,pos,file='pos_090112_+033900s.sav'

Thereafter, hit "o" to enter your own filefor BADBOX

--------------------------------------------------------------------------------
Keep track of all the drift, give a quality and comment on AGC galaxies detected,
others, or rfi problems. Please note any occurrences of GPS (indicate record nrs).

  d071601+033900.901200029.sav  q1  nada      FAA is back on; too bad
  d072609+033900.901200031.sav  q1  1 AGC     GPS 442-599
  d073616+033900.901200033.sav  q1  nada      GPS 0-41
  d074622+033900.901200035.sav  q1  nada      GPS 490-595
  d075629+033900.901200037.sav  q1  nada
  d080636+033900.901200039.sav  q1  1 AGC    
  d081642+033900.901200041.sav  q1  1 AGC    
  d082649+033900.901200043.sav  q1  1 AGC  
  d083656+033900.901200045.sav  q1  1 AGC  
  d084703+033900.901200047.sav  q1  1 AGC 
  d085710+033900.901200049.sav  q1  1 AGC      cont 6
  d090718+033900.901200051.sav  q1  1 AGC     
  d091726+033900.901200053.sav  q1  1 AGC  
  d092732+033900.901200055.sav  q1  2 AGC  
  d093740+033900.901200057.sav  q1  2 AGC  
  d094747+033900.901200059.sav  q1  1 AGC 
  d095753+033900.901200061.sav  q1  1 AGC      GPS 315-384
  d100800+033900.901200063.sav  q1  3 AGC +stream nr U5525
  d101808+033900.901200065.sav  q1  1 AGC 
  d102815+033900.901200067.sav  q1  1 AGC 
  d103822+033860.901200069.sav  q1  1 AGC      GPS 580-599
  d104829+033900.901200071.sav  q1  2 AGC+stream nr KKH64!  GPS 0-177
  d105837+033860.901200073.sav  q1  1 AGC      GPS 515-587 
  d110845+033900.901200075.sav  q1  1 AGC
  d111851+033860.901200077.sav  q1  3 AGC      GPS 352-457      
  d112858+033900.901200079.sav  q1  3 AGC      GPS 263-357, 574-599
  d113906+033860.901200081.sav  q1  1 AGC      GPS 0-41
  d114913+033900.901200083.sav  q1  1 AGC      
  d115919+033900.901200085.sav  q1  1 AGC     
  d120926+033901.901200087.sav  q1  1 AGC     GPS 99-242, cont 3
  d121933+033900.901200089.sav  q1  2 AGC     GPS 215-326
  d122940+033900.901200091.sav  q1  2 AGC     
  d123947+033900.901200093.sav  q1  1 AGC det U7975 off Beam 4
  d124954+033901.901200095.sav  q1  2 AGC  
  d130002+033900.901200097.sav  q1  1 AGC
  d131009+033901.901200099.sav  q1  1 AGC
  d132016+033900.901200101.sav  q1  1 AGC
  d133023+033900.901200103.sav  q1  2 AGC
  d134030+033901.901200105.sav  q1  1 AGC     GPS 178-276
  d135038+033900.901200107.sav  q1  1 AGC

   save,pos,file='pos_090112_+033900s.sav'
   restore,'pos_090112_+033900s.sav'

   strip_pv,dred,cont_pt,msmooth,n1=0,n2=6,showpol=3,gausav=11,han=5,rfimod=0,units=1
   inspect,msmooth,showpol=3,nstrip=4,agc=1
   reviewbb,dred,cont_pt,mask,pos,GAUSAV=11,HAN=3,AGC=1,n1=0,n2=6

>   print,where(pos.badbox[0,0,0,2] eq 0)

** Overall this is a good dataset, with good baselines and not much rfi except
   that there are lots of GPS bursts: it must have been "play day".