The following is the file `integral.cl' of the integral package:
# Begin of the `integral.cl' file
# Package script task for the integral package
# Performed by Carlos del Burgo (e-mail: cburgo@ll.iac.es).
# load necessary packages
noao
imred
specred
onedspec
set pathintegral = /package/integral/
set put = /package/integral/doc/
package integral
print("##############################################")
print(" integral package ")
print(" Tasks developed at the IAC ")
print(" The tasks in this package are being tested. If you have any problem or suggestion, please contact with: ")
print(" ")
print(" Carlos del Burgo (E-MAIL:cburgo@ll.iac.es) ")
print(" ")
print("##############################################")
set help = "put$integral.db"
#These are the integral tasks avaliable inside IRAF environment:
task int_hart1 = "pathintegral$int_hart1.cl"
task int_hart = "pathintegral$int_hart.cl"
task int_fwhm1 = "pathintegral$int_fwhm1.cl"
task int_fwhm = "pathintegral$int_fwhm.cl"
task int_stat = "pathintegral$int_stat.cl"
task ms2ascii = "pathintegral$ms2ascii.cl"
task readfxcor = "pathintegral$readfxcor.cl"
task int_map = "pathintegral$int_map.cl"
task int_rec = "pathintegral$int_rec.cl"
task int_spd1f = "pathintegral$int_spd1f.cl"
task int_spdXf = "pathintegral$int_spdXf.cl"
task int_nspec = "pathintegral$int_nspec.cl"
task int_xyfib = "pathintegral$int_xyfib.cl"
task int_daref = "pathintegral$int_daref.cl"
#These are three FORTRAN programs executables inside IRAF environment:
task $int_interpol = "$/package/integral/int_interpol.e"
task $int_invert = "$/package/integral/int_invert.e"
task $readap = "$/package/integral/readap.e"
task $readap2 = "$/package/integral/readap2.e"
task $int_refrac = "$/package/integral/int_refrac.e"
task $int_status = "$/package/integral/int_status.e"
clbye()
# End of the `integral.cl' file
The following is the file `integral.hd' of the integral package:
# Help directory for the integral package
$doc = "/package/integral/"
int_hart1 hlp =doc$int_hart1.hlp, src=int_hart1.cl
int_hart hlp =doc$int_hart.hlp, src=int_hart.cl
int_fwhm1 hlp =doc$int_fwhm1.hlp, src=int_fwhm1.cl
int_fwhm hlp =doc$int_fwhm.hlp, src=int_fwhm.cl
int_stat hlp =doc$int_stat.hlp, src=int_stat.cl
ms2ascii hlp =doc$ms2ascii.hlp, src=ms2ascii.cl
readfxcor hlp =doc$readfxcor.hlp, src=readfxcor.cl
int_map hlp =doc$int_map.hlp, src=int_map.cl
int_rec hlp =doc$int_rec.hlp, src=int_rec.cl
int_spd1f hlp =doc$int_spd1f.hlp, src=int_spd1f.cl
int_spdXf hlp =doc$int_spdXf.hlp, src=int_spdXf.cl
int_nspec hlp =doc$int_nspec.hlp, src=int_nspec.cl
int_xyfib hlp =doc$int_xyfib.hlp, src=int_xyfib.cl
int_daref hlp =doc$int_daref.hlp, src=int_daref.cl
The following is the file `_integral.hd' of the integral package:
# Help definitions for INTEGRAL itself
$doc= "/package/integral/doc/"
integral men = doc$integral.men,
hlp = ..,
sys = doc$integral.hlp,
pkg = doc$integral.hd,
src = doc$integral.cl
The following is the file `integral.men' of the integral package:
int_hart1 - Hartman test for a couple of images
int_hart - Hartman test for a list of couples of images
int_fwhm1 - FWHM of 2D image lines array
int_fwhm - FWHM of lines array for a list of 2D images
int_stat - Statistics data for a list of images
ms2ascii - Convert a multispec format 2D image to ASCII format spectra
readfxcor - Export to a file the values of radial velocities or widths of fxcor
int_map - 2D reconstruction from a ASCII file with fiber number, x, y, parameter to be mapped and fiber status columns columns
int_rec - 2D reconstruction from a non-reduced 2D image
int_spd1f - Spatial shift between two images for a fiber
int_spdXf - Spatial shift between two images for a fiber list
int_nspec - Calibrated and extracted spectrum of a fiber
int_xyfib - Show on display xcenter and ycenter `apfile' parameters
int_daref - r.a. and dec. shifts produces by differential atmospheric refraction
The following is the file `root.hd' of the integral package:
# Root help directory for INTEGRAL
_integral pkg = _integral.hd