71   RDUnit             unit;  member
816       x[i].E = 7.56e-2 * rd->unit.Joule / PetscPowScalarInt(rd->unit.meter, 3);  in RDInitialState()
990       rd->unit.kilogram = 1.;  in RDCreate()
991       rd->unit.meter    = 1.;  in RDCreate()
992       rd->unit.second   = 1.;  in RDCreate()
993       rd->unit.Kelvin   = 1.;  in RDCreate()
996       rd->unit.kilogram = 1.e12;  in RDCreate()
997       rd->unit.meter    = 1.;  in RDCreate()
998       rd->unit.second   = 1.e9;  in RDCreate()
999       rd->unit.Kelvin   = 1.;  in RDCreate()
1005 …unit_meter", "Length of 1 meter in nondimensional units", "", rd->unit.meter, &rd->unit.meter, 0));  in RDCreate()
1006 …ilogram", "Mass of 1 kilogram in nondimensional units", "", rd->unit.kilogram, &rd->unit.kilogram,…  in RDCreate()
1007 …nit_second", "Time of a second in nondimensional units", "", rd->unit.second, &rd->unit.second, 0)…  in RDCreate()
1008 …vin", "Temperature of a Kelvin in nondimensional units", "", rd->unit.Kelvin, &rd->unit.Kelvin, 0)…  in RDCreate()
1010     rd->unit.Joule = rd->unit.kilogram * PetscSqr(rd->unit.meter / rd->unit.second);  in RDCreate()
1011     rd->unit.Watt  = rd->unit.Joule / rd->unit.second;  in RDCreate()
1013     meter    = rd->unit.meter;  in RDCreate()
1014     kilogram = rd->unit.kilogram;  in RDCreate()
1015     second   = rd->unit.second;  in RDCreate()
1016     Kelvin   = rd->unit.Kelvin;  in RDCreate()
1017     Joule    = rd->unit.Joule;  in RDCreate()
1018     Watt     = rd->unit.Watt;  in RDCreate()
1030       rd->Eapplied   = 4 * rd->unit.Joule / PetscPowRealInt(rd->unit.meter, 3);  in RDCreate()
1031       rd->L          = 1. * rd->unit.meter;  in RDCreate()
1039       rd->L          = 1. * rd->unit.meter;  in RDCreate()
1046       rd->Eapplied   = 7.503e6 * rd->unit.Joule / PetscPowRealInt(rd->unit.meter, 3);  in RDCreate()
1047       rd->L          = 5. * rd->unit.meter;  in RDCreate()