Help System

Menu for the XCL12 Package

• absfitz - Generate a smooth sensitivity curve.

• abssenz - Compute the absolute sensitivity ratio.

• apershift - Shift the wavelengths for an object not centered in

• the aperture.

• carrousel - Calibrate HRS carrousel position.

• cathodemap - Compute the granularity of the HRS photocathode.

• centerflux - Compute the flux values for the center of a diode array.

• darkstat - Compute statistics on dark count calibration spectra.

• darksum - Produce a report on dark count calibration spectra.

• deadtimez - Compute HRS paired pulse coefficients.

• diodemap - Compute the diode response non-uniformities.

• focusz - Estimate HRS detector focus.

• incidence - Calibrate incidence angle.

• lmap - Compute the photocathode mapping function

• (i.e., the line direction).

• mergecar - Merge and bin spectra from different carrousel positions.

• odeadtimez - Compute the HRS paired-pulse coefficients.

• parthitz - Locate particle events and compute dark rate.

• pha_all - Plot PHA results for all diodes.

• pha_center - Plot histogram of PHA results for all diodes.

• pha_diode - Plot detailed summary of PHA results for specific diodes.

• pha_rms - Plot histogram of PHA errors for all diodes.

• pha_sig2rms - Plot histogram of PHA signal-to-noise ratio for all diodes.

• pha_summary - Produce report on results of PHA observations.

• pha_text - Print text summary of PHA results.

• phaz - Perform a Pulse Height Distribution analysis (PHA).

• quality - Generate HRS diode quality image.

• ripple - Compute the HRS ripple function coefficients.

• smap - Compute the photocathode mapping function (i.e., the

• sample direction).

• tacarrousel - Perform target acquisition carrousel calibration.

• tadiodepos - Find a target acquistion image on the main diode array.

• tamode - Analyze a target acquisition field map.

• tascale - Scale aperture parameters.

• vigcompute - Compute the HRS vignetting function.

• vigfit - Smooth HRS vignetting function.

• woffsets - Find the wavelength offsets using cross-correlation.

• wshift - Find wavelength offset from the spectral line template.

• yfind - Find Y-deflections of HRS spectral orders.

• yfit - Compute Y-deflection calibration coefficients.