hexsample.recon — Event reconstruction

Module documentation

Reconstruction facilities.

class hexsample.recon.ReconEventBase(trigger_id: int, timestamp: float, livetime: int, cluster: Cluster)

Descriptor for a reconstructed event.

Parameters:

• trigger_id (int) – The trigger identifier.

• timestamp (float) – The timestamp (in s) of the event.

• livetime (int) – The livetime (in us) since the last event.

• cluster (Cluster) – The reconstructed cluster for the event.

trigger_id: int

timestamp: float

livetime: int

cluster: Cluster

energy(ionization_potential: float = 3.68) → float

Return the energy of the event in eV.

Warning

This is currently using the ionization energy of Silicon to do the conversion, assuming a detector gain of 1. We will need to do some bookkeeping, here, to make this work reliably.

position() → Tuple[float, float]

Return the reconstructed position of the event.

class hexsample.recon.ReconEvent(trigger_id: int, timestamp: float, livetime: int, cluster: Cluster)

Descriptor for a reconstructed event.

Parameters:

• trigger_id (int) – The trigger identifier.

• timestamp (float) – The timestamp (in s) of the event.

• livetime (int) – The livetime (in us) since the last event.

• roi_size (int) – The ROI size for the event.

• cluster (Cluster) – The reconstructed cluster for the event.

trigger_id: int

timestamp: float

livetime: int

cluster: Cluster

energy(ionization_potential: float = 3.68) → float

Return the energy of the event in eV.

Warning

This is currently using the ionization energy of Silicon to do the conversion, assuming a detector gain of 1. We will need to do some bookkeeping, here, to make this work reliably.

position() → Tuple[float, float]

Return the reconstructed position of the event.