SIMPLE  =   T / LONG-SLIT DATA REDUCTION
R_DIR   =  '~/obs/scorpio/s111119/'      / DIRECTORY FOR READING DATA
W_DIR   =  '~/obs/processed/scorpio/ic1502/pa52/' / DIRECTORY FOR WRITING DATA
NIGHT   =  s936                / NUMBER OBSERVING NIGHT
CCD_CUT = '500,1,4625,1020'   / REGION WITHOUT OVERSCAN (X0,Y0,X1,Y1)
CUB_OBJ = '07'                         
CUB_STAR= ''
CUB_NEON= '07'
CUB_FLAT= ''
OBJ     = '04,05,07'  / NUMBERS OBJECT FILES
NEON    = '08,09,10,11,12,13,14,15,16,17,18'           / NUMBERS COMPARISON SPECTRUM FILES
FLAT    = '0719,0720,0721,0722,0723,0724,0725,0726,0727'           / NUMBERS FLAT FILES
FL_MASK = '0814'
MAP     = '03'
\\\\\\\\\\\\\ Y SOLUTION CONSTRUCTION ///////////////
NDOTS   = 13
XDEG    = 4
YDEG_Y  = 2
\\\\\\\\\\ WAVE SOLUTION CONSTRUCTION //////////////
FLINES  = '~/sci/IDL_libs/HeNeAr_spec/linesHeNeAr_SCORPIO_chil_autopipline.tab' 
LWIN    = '4044.42, 4471.81,5015.68, 5852.5, 6143.1, 6402.25, 7245.17' /strongest emission lines in yline 600 for neon file
PX      = ' 210    ,  796   ,1476,    2452,   2784  , 3079   , 4045' /their px coordinates
SPRAN   = '3900,7300' /spectral range
WIN0    = 20.0  /width in px for preliminary line searching
NYREG   = 30 /number of region in Y direction
DEG0    = 3 /degree of polinomials described preliminary dispersion curve
DEG1    = 5 /degree of dispersion curve
YDEG_W  = 2 /degree of  in Y-direstion
MINNLINE= 40 / minimum number if lines for detection
MAXERR  = 0.12 / maximumal acceptable error in line
\\\\\\\\\\\ NIGHT SKY /////////////////
WINREG  = 10
SKYREG  = '40,320,600,950'
NUCREG  = '405,500'
DEGFFT0 = 2
DEGFFT1 = 6
END