@@ -59,7 +59,7 @@ As a result, this module yields `DepositedCharge` instances for each detector, w
*`output_plots`: if set `true`, this module will produce histograms to monitor beam shape and also 3D distributions of charges, deposited in each detector. Histograms would look sensible even for one-event runs. Defaults to `false`.
## Usage
A simulation pipeline to build analog detector response would include `DepositionLaser`, `TransientPropagation` and `PulseTransfer`.
A simulation pipeline to build an analog detector response would include `DepositionLaser`, `TransientPropagation` and `PulseTransfer`.
`PulseTransfer` is to be run with `output_pulsegraphs = true`. Usually it is enough to run a few or just a single event.
Multithreading is unsupported since it is designed to run multiple events in parallel, but for typical use cases of this module each event is computation-heavy (multithreading is also not allowed by `PulseTransfer` with `output_pulsegraphs = true`).
Such pipeline is expected to produce pulse shapes, comparable with experimentally obtained ones. An example of `DepositionLaser` configuration is shown below.
