Algorithm which converts calo PD hit from ADC to GeV.
This algorithm converts the LYSO cube hit obtained with the digitization algorithm from ADC to GeV,. It uses the object produced by the digitizer algorithms. It can produce a single CaloHits objects, which contains the stitched hits, or two CaloHits, one for large PDs and one for small PDs. A stitched hit is the one of the LPD if LPD is not sturated, otherwise is the one of the SPD.
Needed event objects:
name | type | store | optional | description |
caloLPDHitsADC | CaloHits | evStore | no | Calo signals read-out by large photo-diodes [ADC]. |
caloSPDHitsADC | CaloHits | evStore | no | Calo signals read-out by small photo-diodes [ADC]. |
caloLPDEventChannelInfo | CaloPDEventChannelInfo | evStore | no | Information about the large photo-diodes channels, event by event. |
caloSPDEventChannelInfo | CaloPDEventChannelInfo | evStore | no | Information about the small photo-diodes channels, event by event. |
Needed global objects:
name | type | store | optional | description |
caloLPDChannelInfo | CaloPDChannelInfo | globStore | no | Information about large photo-diodes channels |
caloSPDChannelInfo | CaloPDChannelInfo | globStore | no | Information about small photo-diodes channels |
Produced event objects:
name | alias | type | store | description |
caloLPDHitsMCDigitGeV | caloLPDHitsGeV | CaloHits | evStore | Calo signals read-out by large photo-diodes [GeV]. |
caloSPDHitsMCDigitGeV | caloSPDHitsGeV | CaloHits | evStore | Calo signals read-out by small photo-diodes [GeV]. |
caloHitsMCDigitGeV | caloHitsGeV | CaloHits | evStore | Calo signals read-out by LPD or SPD, depending on the saturation of LPD. |
Parameters:
name | type | default | description |
MIPtoGeV | float | 0.028 | MIP value [GeV] |
calibrateStitchedRange | bool | true | if true the algorithm produces the stitched Calo PD hits (i.e. a single hits vector which contains LPD or SPD signals). |
calibrateSinglePDs | bool | false | if true the algorithm produces two Calo PD hits, one for LPD and one for SPD. |