New example to generate decay spectra as a tree #103
Conversation
for more information, see https://pre-commit.ci
|
Nice! On top of energy perhaps angular distribution could be registered, and use a TH2D histogram as an input for the generator later on. |
|
Perhaps it would be good to have a |
|
I just noticed the example 08 is failing for some reason, even tough this PR does not modify any code files... 🤔 |
Perhaps a PR at geant4lib was merged and breaks this example. Those examples are not being validated at the geant4lib, that's why I suspect the source of the problem could be there. |
|
It also seems that restG4 validation is not present inside the framework pipelines. So, any change in framework or geant4lib could break restG4 without noticing. |
Perhaps something has changed in framework? Just trigger master validation to check. I think we should trigger |
Apparently something has changed in Last validation succeed happened on the 7th of March, so we should check what changed in between. My best guess is this PR rest-for-physics/framework#387 |
…-for-physics/restG4 into lobis-decay-spectra-example * 'lobis-decay-spectra-example' of https://github.com/rest-for-physics/restG4: use solid detector
It could be also something that changed on geant4lib |
I have added a new example which illustrates how to use restG4 to generate the decay spectra of a given decay.
It stores an energy distribution as a separate TTree for gamma, e-, e+ and alpha particles produced by the decay. This tree is generated by a macro present in the example. A root histogram could also be produced which could be used as the primary energy distribution in a simulation.
The example could also be modified to compute the energy spectra after the decay products go through some material (e.g. 1cm of lead).