SIMPLE  =   T / LONG-SLIT DATA REDUCTION
R_DIR   =  '/media/06A0AA5BA0AA514B/obs/s100716/'      / DIRECTORY FOR READING DATA
W_DIR   =  '/media/06A0AA5BA0AA514B/obs/s100716/LSF_var/' / DIRECTORY FOR WRITING DATA
NIGHT   =  s775                        / NUMBER OBSERVING NIGHT
CCD_CUT = '23,1,4631,2048'             / REGION WITHOUT OVERSCAN (X0,Y0,X1,Y1)
CUB_OBJ = '07'
CUB_STAR= ''
CUB_NEON= '07'
CUB_FLAT= '07'
OBJ     = '01,02,03,04,05,06,07'                            / NUMBERS OBJECT FILES
FLAT    = '10,11'                             / NUMBERS FLAT FILES
NEON    = '08,09'                             / NUMBERS COMPARISON SPECTRUM FILES
\\\\\\\\\\\ DISPERSION SURFACE //////////////
LWIN    = '4472,4922,5016,5038,5331,5341,5400,5852,5944' /strongest emission lines in yline 600 for neon file
PX      = ' 219,1655,1919,1981,2751,2780,2929,4045,4277' /their px coordinates
SPRAN   = '4470,6000' /spectral range

WSL1    = 50.0  /half width in px for preliminary line search
WSL2    =  20.0  /half width in px for line search
SMOWIN  = 15

DEG     = 3 /degree of preliminary dispersion curve
XDEG    = 5 /degree of polynomial surface in X-direction
YDEG    = 4 / in Y-direstion
\\\\\\\\\\\ NIGHT SKY /////////////////
SKYPOS  = ' 11,180,930,1010' 
POSWID  = ' 10' 
DEGPOL  = 2
\\\\\\\\ CORRECT DISPERSION DIRECTION //////////////
DEGPO   = 2
END