SIMPLE  =                            T / LONG-SLIT DATA REDUCTION
R_DIR   =  'g:\obs_data\s070515\'      / DIRECTORY FOR READING DATA
W_DIR   =  'h:\NGC4460\long\cross_1'   / DIRECTORY FOR WRITING DATA
NIGHT   =  S458                        / NUMBER OBSERVING NIGHT
CCD_CUT = '20,0,2067,1023'             / REGION WITHOUT OVERSCAN (X0,Y0,X1,Y1)
CUB_OBJ = '04'                         
CUB_STAR= '05'
CUB_NEON= ''
CUB_FLAT= ''
OBJ     = '03,04'                             / NUMBERS OBJECT FILES
FLAT    = '06,07'                             / NUMBERS FLAT FILES
NEON    = '02,05'                             / NUMBERS COMPARISON SPECTRUM FILES
STAR    = '06'                        /NUMBERS STAR FILES
OBJ_XSHI= 1                              / ENABLE SHIFT along X
OFFSET  = 0                              / ENABLEOFFSET between OBJECT frames
WARP_WX =120                             / DISTANT BETWEEN NODES ALONG X
WARP_WY = 30                             / DISTANT BETWEEN NODES ALONG Y
WARP_DEG= 2                              / DEGREE FOR LINE CURVATURE CORRECTION
FLAT_DX = 0                              / SHIFT BETWEEN OBJ AND FLAT ALONG X
FLAT_DY = 0                              / SHIFT BETWEEN OBJ AND FLAT ALONG X
FLAT_BLU= 00.                           / RED BORDER FOR FLAT NORMALIZATION 
CUT_DEG = 2                              / DEGREE FOR  TRAECTORY
CUT_TOP = 250                            / NUMBERS OF UPPER STROBS
CUT_DOWN= 250                            / NUMBERS OF DOWN STROBS
CUT_WIN = '350,800'                       
CUT_STEP= 1                              / NUMBERS OF PX IN STROB
OUT_WAVE= '6060,0.51,2048'               / LAMBDA_0,D_LAMBDA,N OUTPUT DATA
N_DEG   =4                               / DEGREE OF THE DISPERSION CURVE FITTING
Y_FIT   = 0                              / DEGREE OF THE FITTING ALONG SLIT        
LINEFWHM= 6                              / FWHM OF THE NEON LINES
SKY_REG ='0,100,400,850'                / REGION FOR SKY (Y1,Y2,Y3,Y4)
SKY_DEG = 2                              / DEGREE OF SKY SUBTRACTION
SKY_STAR='100,220,270,350'                / REGION FOR SKY (Y1,Y2,Y3,Y4) for STAR
TABLE   = 'c:\okestan\mhz44.dat'      / FILENAME MAG TABLE STANDARD STAR
YPOS_OBJ= '250,190,310'                      /YPOSITION OF OBJECT FOR EXTRACTION
OBJFIRST= 560                            /YPOSITION OF FIRST EXTRACTED OBJECT ON MAP
EXTR_WIN= 5                             /HALF OF WINDOW FOR EXTRACTION
FILESLIT=''                  / SLIT POSITION 
END