Next: Miscellaneous Programs
Up: Getting 3-D Data into the Correct Form for FIBDISP or LONGSLIT
Previous: Summary of Parameters
FIB2CUBE--Convert Fibre Data to ``Cube''
This converts calibrated long-slit spectra from a fibre array into a
3-d data cube for use by FIBDISP.
Data from separate slits should be in different files, prompted for as
IMAGE1, IMAGE2, etc.
CUBE is the output file.
FILE is a file listing the X, Y positions of each fibre in the output
array (default type .DAT), probably produced by ENCODE.
Note that, although CSCAN can produce plots from a file produced by
FIB2CUBE for types ``HEX'' and ``RECT'', these are only correct for type
``RECT''.
FIB2CUBE create files with all the structures required by FIBDISP.
The emission line is delimited using the same code as used in LONGSLIT.
The code only allows for one spectral line per file.
- IMAGE1
- (file) Input image 1
- IMAGE2
- (file) Input image 2
- IMAGE3
- (file) Input image 3
- IMAGE4
- (file) Input image 4
- IMAGE5
- (file) Input image 5
- CUBE
- (file) Output data cube
- FILE
- (char) Name of file with coordinates for output cube This
file must contain the two spatial dimensions of the output cube followed
by the number of input images in the
first record. After that the X, Y coordinates of the input spectra (a
cross-section at a time, starting at 1) in the output cube.
After that the contents of the X displacement array (if any).
Comments lines start with an exclamation mark.
- MAXGAUSS
- (int) Maximum number of Gaussians that can be fitted
to a profile.
Next: Miscellaneous Programs
Up: Getting 3-D Data into the Correct Form for FIBDISP or LONGSLIT
Previous: Summary of Parameters
FIGARO A general data reduction system
Starlink User Note 86
Keith Shortridge, Horst Meyerdierks,
Malcolm Currie, Martin Clayton, Jon Lockley,
Anne Charles, Clive Davenhall,
Mark Taylor, Tim Ash, Tim Wilkins, Dave Axon,
John Palmer, Anthony Holloway and
Vito Graffagnino
2004 February 17
E-mail:ussc@star.rl.ac.uk
Copyright © 2010 Science and Technology Facilities Council