struct SuperModule

Describes each FEM settings.

absolute position in the detector.

int femPin

PIN of the attached FEM. Each FEM should be marked by this number.

int packet

packet number for EventIterator.

int nch

number of towers connected to this FEM.

int startTad

beginning of this FEM towers data in data array.

int* femCh

list of FEM channels that should be read out.

int nref

number of references in current SM144.

int* adRef

addresses of SM references in Reference[] array.

int nrefCh

number of references connected to FEM of this SM144.

int* refCh

list of these references channels connected to FEM that should be read out.

int startRad

starting address of FEM connected references in Reference[] array.

int tac_pre

delay (in clocks) between TAC and Pre sample.

int post_pre

delay (in clocks) between Post and Pre sample.

absolute position in the detector.

absolute position in the detector. Absolute position = (position inside sector: 0-17 for PbSc and 0-31 for PbGl) + (Number of FEM in all previous sectors). Range: 0-155 (3x6x6 PbSc + 4x8x2 PbGl) for FEMs attached to SM144 and >155 for reference FEMs if any.

int femPin

PIN of the attached FEM. Each FEM should be marked by this number.

int packet

packet number for EventIterator.

int nch

number of towers connected to this FEM.

int startTad

beginning of this FEM towers data in data array.

int* femCh

list of FEM channels that should be read out.

int nref

number of references in current SM144.

int* adRef

addresses of SM references in Reference[] array.

int nrefCh

number of references connected to FEM of this SM144.

int* refCh

list of these references channels connected to FEM that should be read out.

int startRad

starting address of FEM connected references in Reference[] array.

int tac_pre

delay (in clocks) between TAC and Pre sample.

int post_pre

delay (in clocks) between Post and Pre sample.

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