Added PDBVAL
variables, which allow to interact through
tcloutr modkeyval
to obtain eta_int
and their uncertainties
using simpars
.
Added etaint.tcl
and etaint12.tcl
TCL XSPEC scripts to
calculate eta_int
and their uncertainties using simpars
.
Added dL
variant including perturbations to the size of the corona,
electron density and optical depth, which replaces the variation in
external-heating rate.
Fixed bug in the calculation of dkTs
and dkTe
internal variables.
Values in previous versions are unreliable.
Fixed insignificant bug in the application of the Klein Nishina correction.
phi
is now defined as periodic in (-pi, pi)
in the lmod_.dat
of dual variants.
Added eta_int
and outflux
variables to xset
within the XSPEC wrappers.
Changed Emin_adim
to 1e-6 and meshlog to 494 to
keep numerical resolution.
Added xset
eta variables to be able to recover the
internal value of \tilde\eta
for each model version.
Added power
mode, to match Lorentzian normalizations
fitted with XSPEC to the QPOs in the PDS.
Updated vKompth XSPEC wrappers to include QPO frequency and Mode (rms, lag, sss, etc) as XFLT internal variables.
For this purpose, asciiTOvkompth.sh
was added to help
creatings FITS PHA and RMF files from ASCII files containing
rms and lag data.
Note that each version of the model now has 2 parameters less,
thus xcm
model files are not backwards/forward compatible.
vKompth now prints a message indicating the model version when first loaded in an XSPEC sesion.
Added a Python Interactive-Plot wrapper: pyvkompth
Makefile is now able to fully compile both VKOMPTH model, python interactive-plot wrapper, and XSPEC wrappers when HEASOFT is loaded.
Updated guidelines in README.md
files for installation.
Updated Makefile code names.
Added load_vkompth.xcm
XSPEC script to ease loading the
models and making quick pre-formatted plots.
Working versions of vkompth[bb,dk]
and vkdual[bb,dk]
.
- Use MODE parameter to select between rms, lag or sss spectrum.
- Use QPO parameter to input the QPO frequency in Hz.
MAXI J1348-630 includes pha/rmf data, and best-fitting xcm files.
Follow guidelines in README.md
file for installation.