23   CeedScalar E_total;  member
34   U[4] = s.E_total;  in UnpackState_U()
75   CeedScalar e_total    = U.E_total / U.density;  in StatePrimitiveFromConservative()
89   CeedScalar e_total     = s.U.E_total / s.U.density;  in StatePrimitiveFromConservative_fwd()
90   CeedScalar de_total    = (dU.E_total - e_total * dU.density) / s.U.density;  in StatePrimitiveFromConservative_fwd()
162   U.E_total             = U.density * e_total;  in StateConservativeFromPrimitive()
178   dU.E_total             = dU.density * e_total + s.U.density * de_total;  in StateConservativeFromPrimitive_fwd()
186   const CeedScalar e_internal = U.E_total - e_kinetic;  in StateEntropyFromConservative()
201   const CeedScalar de_internal = dU.E_total - de_kinetic;  in StateEntropyFromConservative_fwd()
227   U.E_total                   = U.density * (e_internal + e_kinetic);  in StateConservativeFromEntropy()
249   dU.E_total                   = dU.density * e_total + s.U.density * (de_internal + de_kinetic);  in StateConservativeFromEntropy_fwd()
275     R.E_total += a[i] * X[i].E_total;  in StateConservativeMult()
285   R.E_total = a * X.E_total + b * Y.E_total + c * Z.E_total;  in StateConservativeAXPBYPCZ()
334   s.U.E_total     = U[4];  in StateFromU()
345   ds.U.E_total     = dU[4];  in StateFromU_fwd()
434     Flux[i].E_total = (s.U.E_total + s.Y.pressure) * s.Y.velocity[i];  in FluxInviscid()
444 …dFlux[i].E_total = (ds.U.E_total + ds.Y.pressure) * s.Y.velocity[i] + (s.U.E_total + s.Y.pressure)…  in FluxInviscid_fwd()
454     Flux_dot_n.E_total += Flux[i].E_total * normal[i];  in FluxInviscidDotNormal()
465     Flux_dot_n.E_total += dFlux[i].E_total * normal[i];  in FluxInviscidDotNormal_fwd()
485     Flux[4][j] = F_inviscid[j].E_total + Fe[j];  in FluxTotal()
497     Flux[4] += (F_inviscid[j].E_total + Fe[j]) * normal[j];  in FluxTotal_Boundary()
505   Flux[4] = F_inviscid_normal.E_total;  in FluxTotal_RiemannBoundary()