Updated about 9 years ago by Knödlseder Jürgen

Stacked analysis of spectral models (2015-07)

The following plots summarize the pull distributions for the spectral models obtained using a stacked analysis.

Model Bins
Power law 30
Power law 2 30
Broken power law 30
Exponential cut-off power law 30
Super exponential cut-off power law 30
Log parabola 60
File function 30
Node function 30
Gauss 30

plaw_binsz002_b30_prefactor.png (44.8 KB) Knödlseder Jürgen, 10/06/2015 04:17 PM

plaw_binsz002_b30_index.png (43.5 KB) Knödlseder Jürgen, 10/06/2015 04:17 PM

plaw2_binsz002_b30_integral.png (44.3 KB) Knödlseder Jürgen, 10/06/2015 04:17 PM

plaw2_binsz002_b30_index.png (43.4 KB) Knödlseder Jürgen, 10/06/2015 04:17 PM

bplaw_binsz002_b30_prefactor.png (38.5 KB) Knödlseder Jürgen, 10/06/2015 04:17 PM

bplaw_binsz002_b30_index1.png (37.9 KB) Knödlseder Jürgen, 10/06/2015 04:17 PM

bplaw_binsz002_b30_index2.png (44.1 KB) Knödlseder Jürgen, 10/06/2015 04:17 PM

bplaw_binsz002_b30_breakvalue.png (39.5 KB) Knödlseder Jürgen, 10/06/2015 04:17 PM

eplaw_binsz002_b30_prefactor.png (44.6 KB) Knödlseder Jürgen, 10/06/2015 04:19 PM

eplaw_binsz002_b30_index.png (43.7 KB) Knödlseder Jürgen, 10/06/2015 04:19 PM

eplaw_binsz002_b30_cutoff.png (44 KB) Knödlseder Jürgen, 10/06/2015 04:19 PM

supeplaw_binsz002_b30_prefactor.png (44.7 KB) Knödlseder Jürgen, 10/06/2015 04:19 PM

supeplaw_binsz002_b30_index1.png (43.8 KB) Knödlseder Jürgen, 10/06/2015 04:19 PM

supeplaw_binsz002_b30_index2.png (44.3 KB) Knödlseder Jürgen, 10/06/2015 04:19 PM

supeplaw_binsz002_b30_cutoff.png (43.7 KB) Knödlseder Jürgen, 10/06/2015 04:19 PM

logparabola_binsz002_b60_prefactor.png (44.6 KB) Knödlseder Jürgen, 10/06/2015 04:23 PM

logparabola_binsz002_b60_index.png (43.6 KB) Knödlseder Jürgen, 10/06/2015 04:23 PM

logparabola_binsz002_b60_curvature.png (44.8 KB) Knödlseder Jürgen, 10/06/2015 04:23 PM

filefct_binsz002_b30_normalization.png (46 KB) Knödlseder Jürgen, 10/06/2015 04:23 PM

nodes_binsz002_b30_intensity0.png (45 KB) Knödlseder Jürgen, 10/06/2015 04:23 PM

nodes_binsz002_b30_intensity1.png (44.5 KB) Knödlseder Jürgen, 10/06/2015 04:23 PM

nodes_binsz002_b30_intensity2.png (44.9 KB) Knödlseder Jürgen, 10/06/2015 04:23 PM

nodes_binsz002_b30_intensity3.png (44.9 KB) Knödlseder Jürgen, 10/06/2015 04:23 PM

gauss_binsz002_2-8-b30_normalization.png (45.7 KB) Knödlseder Jürgen, 10/06/2015 04:25 PM

gauss_binsz002_2-8-b30_mean.png (43.3 KB) Knödlseder Jürgen, 10/06/2015 04:25 PM

gauss_binsz002_2-8-b30_sigma.png (44.2 KB) Knödlseder Jürgen, 10/06/2015 04:25 PM

Plaw_binsz002_b30_prefactor Plaw_binsz002_b30_index Plaw2_binsz002_b30_integral Plaw2_binsz002_b30_index Bplaw_binsz002_b30_prefactor Bplaw_binsz002_b30_index1 Bplaw_binsz002_b30_index2 Bplaw_binsz002_b30_breakvalue Eplaw_binsz002_b30_prefactor Eplaw_binsz002_b30_index Eplaw_binsz002_b30_cutoff Supeplaw_binsz002_b30_prefactor Supeplaw_binsz002_b30_index1 Supeplaw_binsz002_b30_index2 Supeplaw_binsz002_b30_cutoff Logparabola_binsz002_b60_prefactor Logparabola_binsz002_b60_index Logparabola_binsz002_b60_curvature Filefct_binsz002_b30_normalization Nodes_binsz002_b30_intensity0 Nodes_binsz002_b30_intensity1 Nodes_binsz002_b30_intensity2 Nodes_binsz002_b30_intensity3 Gauss_binsz002_2-8-b30_normalization Gauss_binsz002_2-8-b30_mean Gauss_binsz002_2-8-b30_sigma

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