**Last update: 06Jul14 mph
**Sarah Higdon & Josh Davidson 070113
	RG/070305 start from scratch
**Beam 1b dead
** The drift is 16p2  +035336         {Be sure to note the declination!
** This is a spring drift....
** The pos file name is therefore:    pos_070112_+035336s.sav
**

-- Working in:  /share/a2010-2/work/gsu/07.01.12
   cp /share/a2010-2/data/07.01.12/*list* .
   gedit cal070112.list   [make triplets]
   gedit drift070112.list [add directory to name]

   >idl
   >@wasinit2
   >@alfinit
   > callist='cal070112.list'              
   > dir='/share/a2010-2/data/07.01.12'     
   > calib1,callist,dcalON,dcalOFF,dir=dir
   > help,dcalon,/st
   > calib2,dcalON,dcalOFF,ncalib
   You will be asked:
   > Any bad boards in system?
y 1 board 1,1
   > help,ncalib,/st
   > save, ncalib,file='ncalib_070112.sav'        

** There are 33 cal values for this run ***
** The calibration for this run looks very nice. 

-- Set up and run the BPD gui.
   > bpdgui
   Enter the new calsession: calsession_070112.sav
   Enter the new runpos: pos_070112_+035336s.sav                    
   set CRAT to "fit"

-- restore,'pos_070112_+035336s.sav'
   help,pos
** There are 33 drifts for this run **

-- restore,'pos_070112_+035336s.sav'


   at end, save badboxes to file
   filename = bb
   then save pos file in case of crash
   save,pos,file='pos_070112_+035336s.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 not any occurrences of GPS.

d072401+035336.701201573.sav 	q1 nada
d073408+035336.701202178.sav  	q1  2 agc
d074414+035336.701202783.sav  	q1  nada
d075421+035336.701203388.sav  	q1 nada
d080428+035336.701203993.sav	q1 nada
d081434+035336.701204598.sav	q1 2 agc
d082441+035336.701205203.sav	q1 nada
d083448+035336.701205808.sav	q1 3 agc
d084454+035336.701206413.sav	q3 unstable, ragged
d085501+035336.701207018.sav	q3 ratty data
d090508+035336.701207623.sav	q1
d091514+035336.701208228.sav	q1 1-2 AGC
d092521+035336.701208833.sav	q1 2 agc
d093528+035336.701209438.sav	q1 2-3 agc GPS rec 40-250
d094535+035336.701210043.sav	q1
d095541+035336.701210648.sav	q1
d100548+035336.701211253.sav	q1 1 agc
d101555+035336.701211858.sav	q1 1 agc
d102601+035336.701212463.sav	q1 1-2 agc
d103608+035336.701213068.sav	q1
d104615+035336.701213673.sav	q1 3 agc
d105622+035336.701214278.sav	q1
d110628+035336.701214883.sav	q1 2-3 agc
d111635+035336.701215488.sav	q1 2-3 agc
d112642+035336.701216093.sav	q1 >1 agc
d113649+035336.701216698.sav	q1
d114655+035336.701217303.sav	q1
d115702+035336.701217908.sav	q1
d120709+035336.701218513.sav	q1
d121716+035336.701219118.sav	q1 many
d122722+035336.701219723.sav	q1 ditto
d123729+035336.701220328.sav	q1 2
d124736+035336.701220933.sav	q1 >4


** Be sure to save your pos file regularly!
   save,pos,file='pos_070112_+035336s.sav'
   
You can inspect the averaged, smoothed datasets for each beam using STRIP_PV and INSPECT
   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

You can review your flagging using
   reviewbb,dred,cont_pt,mask,pos,GAUSAV=11,HAN=3,AGC=1,n1=0,n2=6

When you think you have completed a whole session, check that you did not miss
any drifts by insuring that box 0 is assigned in each one:
>   print,where(pos.badbox[0,0,0,2] eq 0)
If any number is returned, then that drift (remember to start from "0" when
you count down the list) has not been flagbb'd correctly. If you get "-1",
then you are done!

Also at the end, add any general comments about the run, note non-AGC galaxies 
and anything else that seems particularly interesting or exciting. These comments
will be used immediately to identify targets for followup work, so some judgement
needs to be exercised as to whether you really believe in the detection/identification.
Consult an expert where unsure. On the other hand, if you've found something really
interesting, we want to followup asap!

** Overall this is a good dataset, with good baselines and not much rfi **
OR
** Overall good data, except for bm 6, which has frequent power jumps
** altering Sw pattern. In 3 scans GPS is so strong as to mess up full spetrum,
** esp in 535016433 (last scan), rendering some boards nearly unusable.

** Non=AGC galaxies as follows:
** drift     beam   rec  chan   vel  optID?   optpos          comment
** d235543    0     430  3348   776  good     2356430+295318  small blue dwarf
** d021714    1      44  2345  6062  maybe    0218510+294040  spiral?
** 
** Wright's cloud detected in several drifts.
** AGC 121174 (KKH13) 0238162+295421 cz = 690 km/s strong and narrow, beam 4; nearby dwarf 

The more information of relevance you convey here, the more helpful to people later
trying to track down some mysterious problem.

Also if you find anything **really** interesting and are not sure what it means
or whether it **really** is interesting, consult with an expert. Perhaps you
have made a great discovery!

Anyway, good luck, happy hunting, and thanks for contributing to ALFALFA!