Hall-D Software
alpha
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#include <math.h>
Go to the source code of this file.
Variables | |
const double | k_in_to_cm = 2.54 |
const double | k_m = 100 |
const double | k_cm = 1.0 |
const double | k_mm = 0.1 |
const double | k_um = 1.0E-4 |
const double | k_in = k_in_to_cm * k_cm |
const double | k_mil = k_in * 1.0E-3 |
const double | k_to_m = 1/k_m |
const double | k_to_cm = 1/k_cm |
const double | k_to_mm = 1/k_mm |
const double | k_to_um = 1/k_um |
const double | k_to_in = 1/k_in |
const double | k_to_mil = 1/k_mil |
const double | k_kg = 1000 |
const double | k_g = 1.0 |
const double | k_u = 1.6605402E-24 |
const double | k_to_kg = 1/k_kg |
const double | k_to_g = 1/k_g |
const double | k_to_u = 1/k_u |
const double | k_kg_per_m3 = 0.001 |
const double | k_g_per_cm3 = 1 |
const double | k_to_kg_per_m3 = 1/k_kg_per_m3 |
const double | k_to_g_per_cm3 = 1/k_g_per_cm3 |
const double | k_Pa = 1 |
const double | k_atm = 101325 |
const double | k_to_Pa = 1/k_Pa |
const double | k_to_atm = 1/k_atm |
const double | k_GeV = 1 |
const double | k_MeV = 1.0E-3 |
const double | k_keV = 1.0E-6 |
const double | k_eV = 1.0E-9 |
const double | k_to_GeV = 1/k_GeV |
const double | k_to_MeV = 1/k_MeV |
const double | k_to_keV = 1/k_keV |
const double | k_to_eV = 1/k_eV |
const double | k_to_J = 1.60217733E-10 |
const double | k_J = 1/k_to_J |
const double | k_kGauss = 0.1 |
const double | k_Gauss = 1.0E-4 |
const double | k_Tesla = 1 |
const double | k_to_kGauss = 1/k_kGauss |
const double | k_to_Gauss = 1/k_Gauss |
const double | k_to_Tesla = 1/k_Tesla |
const double | k_radians = 1 |
const double | k_degrees = M_PI / 180 |
const double | k_to_radians = 1/k_radians |
const double | k_to_degrees = 1/k_degrees |
const double | k_psec = 1.0E-3 |
const double | k_nsec = 1 |
const double | k_usec = 1.0E3 |
const double | k_msec = 1.0E6 |
const double | k_sec = 1.0E9 |
const double | k_to_psec = 1/k_psec |
const double | k_to_nsec = 1/k_nsec |
const double | k_to_usec = 1/k_usec |
const double | k_to_msec = 1/k_msec |
const double | k_to_sec = 1/k_sec |
const double k_cm = 1.0 |
Definition at line 14 of file units.h.
Referenced by DCCALGeometry::blockLength(), DFCALGeometry::blockLength(), DCCALGeometry::blockSize(), DFCALGeometry::blockSize(), DBCALShower_factory_CURVATURE::brun(), DCCALGeometry::ccalFaceZ(), JEventProcessor_CCAL_online::evnt(), JEventProcessor_FCAL_online::evnt(), DBCALShower_factory_IU::evnt(), JEventProcessor_FCAL_invmass::evnt(), JEventProcessor_FCALgains::evnt(), DBCALCluster_factory::overlap(), DBCALCluster::t0(), and DBCALPoint::tInnerRadius().
const double k_GeV = 1 |
Definition at line 43 of file units.h.
Referenced by DBCALCluster_factory::clusterize(), JEventProcessor_FCAL_online::evnt(), JEventProcessor_CCAL_online::evnt(), and DBCALCluster_factory::overlap().
const double k_in = k_in_to_cm * k_cm |
const double k_keV = 1.0E-6 |
Definition at line 45 of file units.h.
Referenced by DBCALShower_factory_CURVATURE::brun().
const double k_m = 100 |
Definition at line 13 of file units.h.
Referenced by DFCALGeometry::radius().
const double k_MeV = 1.0E-3 |
Definition at line 44 of file units.h.
Referenced by DBCALCluster_factory::clusterize(), DFCALShower_factory::DFCALShower_factory(), JEventProcessor_CCAL_online::evnt(), JEventProcessor_FCAL_online::evnt(), and DBCALCluster_factory::evnt().
const double k_nsec = 1 |
Definition at line 67 of file units.h.
Referenced by DBCALShower_factory_CURVATURE::brun(), JEventProcessor_FCAL_online::evnt(), DBCALShower_factory_IU::evnt(), DBCALCluster::t0(), and DBCALPoint::tInnerRadius().
const double k_to_g_per_cm3 = 1/k_g_per_cm3 |
const double k_to_kg_per_m3 = 1/k_kg_per_m3 |
const double k_to_MeV = 1/k_MeV |
Definition at line 48 of file units.h.
Referenced by JEventProcessor_CCAL_online::evnt(), and JEventProcessor_FCAL_online::evnt().
const double k_to_nsec = 1/k_nsec |
Definition at line 72 of file units.h.
Referenced by JEventProcessor_CCAL_online::evnt(), and JEventProcessor_FCAL_online::evnt().