JetSeT doc
1.2.1.post2
JetSeT
Documentation:
installation
Windows 10 prerequisites
Install JetSeT from Anaconda
Install JetSeT from pip
Install binaries from GitHUb
Install the JetSeT from source
what's new in jetset 1.2.0
Introduction of depending pars
Temporal Evolution
Hadronic pp emission
Theoretical background for SSC model
Emitters distributions
EBL absorption
Plugins
user guide
model basic features
model advanced features
data and phenomenology
model fitting
temporal evolution
plugins
code documentation (API)
analytical_model
base_model
convert_qdp
cosmo_tools
data_loader
frame_converter
jet_emitters
jet_emitters_factory
jet_model
jet_paramters
jet_spectral_components
jet_timedep
jet_tools
jetkernel_models_dic
loglog_poly_model
mathkernel_helper
mcmc
minimizer
mock
model_manager
model_parameters
obs_constrain
output
plot_sedfit
poly_fit
poly_fit_tools
sed_shaper
spectral_shapes
template_2Dmodel
template_model
test_data_helper
utils
bibliography
New/updated in v1.2.0:
Depending parameters
Example: linked paramters for EBL
Example: depending pars for bkn power-law emitters
Example depending par: Building a Jet model with B function of R_H and R_0
Example depending par: fitting with a Jet model with depending pars
Composite Models and depending pars
Combine a Jet model with the EBL model (Multiplicative case)
Setting parameters
Sum of two jets (steady and flaring) and application of the EBL absorption to both (Multiplicative and additive)
Custom emitters distribution
Passing the custom distribution to the Jet class
Building a distribution from an external array
Physical setup
Basic setup
Setting the parameters
Investigating the electron distribution
Evaluate and plot the model
Comparing models on the same plot
Saving a plot
Saving and loading a model
Switching on/off the particle distribution normalization
Setting the particle density from observed Fluxes or Luminosities
Setting the beaming factor and expression
Switch ON/OFF Synchrotron sefl-absorption and IC emission
Accessing individual spectral components
Energetic report
Hadronic pp jet model
Jet pp Consistency with Kelner 2006
Temporal evolution, one zone, only cooling
Cooling only the newly injecting electrons
Temporal evolution, two zones, cooling+acc
Temporal evolution, two zones, cooling+acc+adb exp
Expanding the radiative region
Phenomenological model constraining: SSC theory
Synchrotron trends: full computation and
\(\delta\)
-approx comparison
Trends for the inverse Compton and synchrotron emission
Exercise
Example to use the Sherpa plugin with the sherpa interface
Loading data
phenomenological model constraining
Model fitting with using a Sherpa model
Example to use the Sherpa minimizer plugin with a JeSeT model
Loading data
phenomenological model constraining
Model fitting with Sherpa
Example to use the Gamma-py plugin with the JeSeT interface
Importing a jetset model into gammapy
Model fitting with gammapy
Page
jetset.test_data_helper Module
« HostGalaxyTem...
jetset.utils Module »
Source
Documentation:
installation
what's new in jetset 1.2.0
user guide
code documentation (API)
analytical_model
base_model
convert_qdp
cosmo_tools
data_loader
frame_converter
jet_emitters
jet_emitters_factory
jet_model
jet_paramters
jet_spectral_components
jet_timedep
jet_tools
jetkernel_models_dic
loglog_poly_model
mathkernel_helper
mcmc
minimizer
mock
model_manager
model_parameters
obs_constrain
output
plot_sedfit
poly_fit
poly_fit_tools
sed_shaper
spectral_shapes
template_2Dmodel
template_model
test_data_helper
utils
bibliography
New/updated in v1.2.0:
Depending parameters
Composite Models and depending pars
Custom emitters distribution
Physical setup
Hadronic pp jet model
Temporal evolution, one zone, only cooling
Temporal evolution, two zones, cooling+acc
Temporal evolution, two zones, cooling+acc+adb exp
Phenomenological model constraining: SSC theory
Example to use the Sherpa plugin with the sherpa interface
Example to use the Sherpa minimizer plugin with a JeSeT model
Example to use the Gamma-py plugin with the JeSeT interface
Source
jetset.test_data_helper Module
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