Add additional fields to database for plate scale calculation

[mgalloy]

Add additional fields to kcor_eng for plate scale calculation:

• rcam_dcr
• tcam_dcr

Tasks

• add fields to kcor_eng_create_table.pl
• add fields to existing dev and prod databases
• update fields in kcor_eng_insert.pro

[bberkeyU]

There are a few FITS keywords that dont get captured in the database. I dont think they should all be captured, but I tried to group the values where I think they should go if we do capture them.

Hardware information should be in kcor_hw/kcor_cal:

LYOTSTOP= 'in      '           / specifies if the 2nd Lyot stop is in the beam  

Observer: Not sure if needed, maybe kcor_raw:

OBSERVER= 'Waters  '           / name of Mauna Loa observer                     

Image alignment data potentially include in kcor_eng:

XCAMCSH0=                    2 / [px] cam corr shift to align w/ img, + to left  
XCAMCSH1=                    2 / [px] cam corr shift to align w/ img, + to left  
XCAMSH0 =                    0 / [px] image shift, + to right                    
XCAMSH1 =                    0 / [px] image shift, + to right                    
TCAM_DCX=               513.19 / [pixel] camera 1 dist cor occulter X center    
TCAM_DCY=               512.80 / [pixel] camera 1 dist cor occulter Y center    
RCAM_DCY=               512.73 / [pixel] camera 0 dist cor occulter Y center    
RCAM_DCX=               513.09 / [pixel] camera 0 dist cor occulter X center    

Image/Plate scale information: kcor_eng:

CDELT1  =               5.6430 / [arcsec/pixel] solar X increment = platescale  
CDELT2  =               5.6430 / [arcsec/pixel] solar Y increment = platescale  
CRLN_OBS=               86.008 / [deg] solar L angle: Carrington longitude      
CRLT_OBS=                4.503 / [deg] solar B angle: Carrington latitude       
CRPIX1  =               512.50 / [pixel] solar X center (index origin=1)        
CRPIX2  =               512.50 / [pixel] solar Y center (index origin=1)        
CRVAL1  =                 0.00 / [arcsec] solar Y sun center                    
CTYPE1  = 'HPLN-TAN'           / [deg] helioprojective west angle: solar X      
CTYPE2  = 'HPLT-TAN'           / [deg] helioprojective north angle: solar Y     
CUNIT1  = 'arcsec  '           / unit of CRVAL1                                 
CUNIT2  = 'arcsec  '           / unit of CRVAL2                                 
CRVAL2  =                 0. 

Processing inputs: kcor_sci:

SKYTRANS=                1.006 / sky transmission correction normalized to gain 
CAMERAS = 'both    '           / cameras used in processing                    
ROLLCORR=                  0.7 / [deg] clockwise offset: spar polar axis align. 
DMODSWID= '2016-05-26'         / date of demodulation software                  
SKYPOLRM= 'subtraction'        / sky polarization removal method                 

Calibration inputs: kcor_cal:

TCAMPOLS=                    0 / first state used in polarization demodulation  
RCAMPOLS=                    0 / first state used in polarization demodulation  
BIASCORR=                    0 / bias added after sky polarization correction    
CALFILE = '20171030_192142_kcor_cal_v13_2.0.65_2.500ms.ncdf' / calibration file 

Camera fixes: kcor_raw:

FIXCAMLC=                    1 / interp over bad pixels in camera lin correction
TCAMCORR= 'camera_calibration_MV-D1024E-CL-13890_02.5000_lut13890-20160716.ncdf'
RCAMCORR= 'camera_calibration_MV-D1024E-CL-13891_02.5000_lut13891-20160716.ncdf'

WCS data: Maybe kcor_sci:

SOLARDEC=              -14.026 / [deg] solar declination                        
SOLAR_RA=              215.187 / [h] solar right ascension (hours)              
SOLAR_P0=               24.659 / [deg] solar P angle applied (image has N up)   
RSUN_REF=          6.96182E+08 / [m] solar radius doi:10.1051/0004-6361/20173215
RSUN    =               966.49 / [arcsec] solar radius (old standard keyword)   
R_SUN   =               171.27 / [pixel] solar radius                         
HGLT_OBS=                4.503 / [deg] Stonyhurst heliographic latitude         
HGLN_OBS=                0.000 / [deg] Stonyhurst heliographic longitude          
DSUN_OBS=       148535499453.4 / [m] distance to the Sun from observer          

Capture more sgs data?

SGS not SGSDIMS,SGSDIMSV