============================================== Descriptions of Parameter Distribution Plots ============================================== The names are in the form of: MODELNAME_f(b)par_PARAMETER_good(ga)_col.ps where: MODELNAME = all (all models), best, comp, sbpl, band fpar = Integrated parameters bpar = Resolved parameters PARAMETER = aleff (effective alpha), beta, epeak, ebreak, dels (delta S), pflux (photon flux), etc. good = "Good" parameter only ga = "Good" and all parameter Some of the labels at the bottom do not match the line style actually plotted, since I changed them from those line styles to color. But the numbers included are correct. ============================================ Descriptions of best_models_pwrl_FINAL.ps ============================================ These plots show BEST model history in each event coded by color. Examples are shown in Figures 24 and 25 (top panels) of Kaneko et al. (2006). WEAK events (17 total) are excluded because they provide only one spectrum each (i.e., time-resolved = time-integrated), so the file includes 333 events. ================================================= Descriptions of best_spec_history_pwrl_FINAL.ps ================================================= These plots show best-fitted spectral history from yellow to red, earlier to later. Fluence spectra are plotted in solid black curves, and dashed-blue curves represent the "constructed" fluence spectra (see Section 4.4.3 of my dissertation). An example plot is shown in Figure 4.28 and the bottom panel of Figure 4.30 of my dissertation. WEAK events (17 total) are excluded because they provide only one spectrum each (i.e., time-resolved = time-integrated), so the file includes 333 events. =========================================== Descriptions of best(sbpl)_bpar_each_*.ps =========================================== These plots show BEST spectral parameter history in each event. Example plots are shown in Figures 24 and 25, the bottom panels, of Kaneko et al. (2006). WEAK events (17 total) are excluded because they provide only one spectrum each (i.e., time-resolved = time-integrated), so the file includes 333 events. Parameter Units File ----------------------------------------------------------------------- Low-Energy Index (Effective) --- best_bpar_each_aleff.ps Low-Energy Index --- best_bpar_each_alpha.ps High-Energy Index --- best_bpar_each_beta.ps Photon Flux > 300 keV ph/cm2/s/keV best_bpar_each_ch4flx.ps Delta S (Index Difference) --- best_bpar_each_dels.ps Break Energy (Eb) keV best_bpar_each_ebreak.ps Energy Fluence erg/cm2 best_bpar_each_eflnc.ps Epeak keV best_bpar_each_epeak.ps Energy Flux (Fnu) at Epeak keV/cm2/s/keV best_bpar_each_fnflxep.ps Energy Flux (Nu Fnu) at Epeak keV/cm2/s best_bpar_each_nfnflxep.ps Photon Flux at Epeak ph/cm2/s/keV best_bpar_each_pflxep.ps SBPLBEST Break Scale decades of E sbpl_bpar_each_bscale.ps ----------------------------------------------------------------------- ========================================= Descriptions of best_bpar_eachcorr_*.ps ========================================= These plots show correlations (scatter plots) of two BEST model parameters. Example plots are shown in Figures 4.31 - 4.33. The filenames include names of the two parameters, where: Parameter Name Units -------------------------------------------------------- Low-Energy Index (Effective) aleff --- Low-Energy Index alpha --- High-Energy Index beta --- Delta S (Index Difference) dels --- Break Energy (Eb) ebreak keV Energy Fluence eflnc ergs/cm2 Epeak epeak keV Energy Flux (Fnu) at Epeak fnflxep keV/cm2/s/keV Energy Flux (Nu Fnu) at Epeak nfnflxep keV/cm2/s Photon Flux at Epeak pflxep ph/cm2/s/keV Photon Flux pfx ph/cm2/s/keV --------------------------------------------------------