Difference between revisions of "Constants to Review"
(Created page with "These are constants whose values need to be revisited === Digitization-level constants === '''CDC''' a_scale = 1.0E6/1.3E5 '''FDC''' a_scale = 2.4E4/1.3E5; // for c...") |
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t0 offset for fADC? | t0 offset for fADC? | ||
− | === | + | === Reconstruction constants === |
'''CDC/DCDCTrackHit_factory.h''' | '''CDC/DCDCTrackHit_factory.h''' | ||
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gas_gain=1e5; | gas_gain=1e5; | ||
hit->dist = hit->tdrift*55.0E-4; // Use number hardwired in simulation for now | hit->dist = hit->tdrift*55.0E-4; // Use number hardwired in simulation for now | ||
+ | |||
+ | '''FCAL''' | ||
+ | |||
+ | Various constants in DFCALCluster::shower_profile() |
Revision as of 15:30, 15 May 2014
These are constants whose values need to be revisited
Digitization-level constants
CDC
a_scale = 1.0E6/1.3E5
FDC
a_scale = 2.4E4/1.3E5; // for cathodes, what about wires?
FCAL
a_scale = 4.0E1/2.5E5
BCAL
a_scale = 0.0001; // 100 keV/count (?)
TOF
a_scale = 0.2/5.2E5
ADC: hit->sigma_t = 4.0; // ns (what is the fADC time resolution?)
RDC: hit->sigma_t = 0.160; // ns (what is the TOF TDC time resolution?)
t0 offset for fADC?
Start Counter
a_scale = 2.0E-2/5.2E-5
ADC: hit->sigma_t = 4.0; // ns (what is the fADC time resolution?)
RDC: hit->sigma_t = 0.160; // ns (what is the TOF TDC time resolution?)
t0 offset for fADC?
Reconstruction constants
CDC/DCDCTrackHit_factory.h
w_eff=29.5e-9; gas_gain=1e5; hit->dist = hit->tdrift*55.0E-4; // Use number hardwired in simulation for now
FCAL
Various constants in DFCALCluster::shower_profile()