FIBSEP-Separate spectra in 2D array

Description:

This cube should have been created using FIB2CUBE. Options available include displaying planes of the cube and profiles and fitting Gaussians etc. to these profiles.

Parameters:

CUBE

CUBE = FILE (Read) Cube for display This should be a file produced by FIB2CUBE, containing a .FIBRE structure.

YSTART

YSTART = REAL (Read) analysis lower limit The data between the limits ystart and yend is extracted and the resultant spectrum is used to locate the lines.

YEND

YEND = REAL (Read) analysis upper limit The data between the limits ystart and yend is extracted and the resultant spectrum is used to locate the lines.

YBLOCK

YBLOCK = REAL (Read) Enter analysis x-sect width Each window is of this width (except perhaps the final one).

TSTART

TSTART = REAL (Read) analysis lower limit The data between the limits tstart and tend is extracted and the resultant spectrum is used to locate the lines.

TEND

TEND = REAL (Read) analysis upper limit The data between the limits tstart and tend is extracted and the resultant spectrum is used to locate the lines.

TBLOCK

TBLOCK = REAL (Read) Enter analysis blocking width in 3rd dimension Each window is of this width (except perhaps the final one).

DEVICE

DEVICE = CHARACTER (Read) Device for display

ITERATION

ITERATION = INTEGER*2 (Read) New value of itteration

OUTABLE

OUTABLE = FILE (Write) Name for EXTATIC file

VCORR

VCORR = REAL (Read) correction to apply to radial velocities

TOLS

TOLS = CHARACTER (Read) For use in batch only

FITRAT

FITRAT = REAL (Read) Ratio of widths, heights, or separation, for double fits

CALRAT

CALRAT = INTEGER (Read) Ratio of number of iteration to default

OUTPUT

OUTPUT = FILE (Write) Name for output file

FIT_MODEL

FIT_MODEL = CHARACTER (Read) Model of fit to perform

LOW

LOW = REAL (Read) Minimum value for display

HIGH

HIGH = REAL (Read) Maximum value for display

ABSORPTION

ABSORPTION = LOGICAL (Read) Allow fitting of absorption lines

BOUNDS

BOUNDS = LOGICAL (Read) Perform bounded fits to lines (in batch)

HARDCOPY

HARDCOPY = LOGICAL (Read) produce hardcopy plots of fits from cube

TABLE

TABLE = LOGICAL (Read) produce table of fits from cube

PRINT

PRINT = LOGICAL (Read) Produce print out of rotation curves

SHAPE

SHAPE = LOGICAL (Read) Carry out shape analysis

KEEP_ITT

KEEP_ITT = LOGICAL (Read) Keep itteration files'

FIT

FIT = LOGICAL (Read) perform fitting

AIC

AIC = LOGICAL (Read) Use Akiakes information criterion for fitting

WEIGHTS

WEIGHTS = LOGICAL (Read) Use weights for fitting

PRFITS

PRFITS = LOGICAL (Read) Print out details of fitting

FULL

FULL = LOGICAL (Read) Print out full details of fits in table

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