SIMPLE  =                                 T / LOG IFP DATA REDUCTION
NAXIS   =                                 3 /
NAXIS1  =                               532 /Number of positions along axis 1
NAXIS2  =                               533 /Number of positions along axis 2
NAXIS3  =                                32 /Number of positions along axis 3
BORDERX1=  30                               / MINIMAL VALUE OF X
BORDERX2=  531                              / MAXIMAL VALUE OF X
BORDERY1=  0                                / MINIMAL VALUE OF Y
BORDERY2=  510                              / MAXIMAL VALUE OF Y
BINNING = '4x4'                             / binning
D_DIR   = 'e:\obs\s081030\'                      / DIRECTORY FOR READING DATA
W_DIR   = 'E:\obs\work\IFPwork\n7743\'                 / DIRECTORY FOR WRITING DATA
OBJECT  = 'n7743'                           /ROOT  NAME
NIGHT   = 's613'                            / NUMBER OBSERVING NIGTH
OBJ     = '05'                              / NUMBERS OBJECT DATA CUBE
FLAT    = '02'                              / NUMBERS FLAT DATA CUBE
NEON    = '01'                              / NUMBERS COMPARISON SPECTRUM DATA CUBE
FLATCONS= 000.0                             / CONSTANT FOR FLAT NORMALIZATION
C_OBJ   =                                5./  THRESHOLD FOR OBJECT CLEANING
C_NEON  =                                 5./  THRESHOLD FOR NEON CLEANING
C_FLAT  =                                10./  THRESHOLD FOR FLAT CLEANING
FLATDX  =0.                                 / shift flat along X
FLATDY  =0.                                 / shift flat along Y
FLATDZ  =-10                                 / shift flat along Z
SCANCOR =  ''                               /  FILE NAME FOR WRITINGS X,Y,Z shifts
CENTERX = 268.3                             / RINGS CENTER X
CENTERY = 273.1                             / RINGS CENTER Y
VSYS    = 0                             /SYSTEMIC VELOCITY in KM/S
LOBJ    = 6562.78                           / OBJECTS LINE WAVELENGTH IN REST-FRAME
END