Lines Matching full:velocity

15 …`, \f$ \overline{g}_{jk} \f$ is the element metric tensor `gij`, and \f$ u_j \f$ is the `velocity`.
18   @param[in] velocity Velocity
23 CEED_QFUNCTION_HELPER CeedScalar CalculateCFL_3D(const CeedScalar velocity[3], CeedScalar timestep,…  in CalculateCFL_3D()
26   MatVec3(gij, velocity, CEED_NOTRANSPOSE, gij_uj);  in CalculateCFL_3D()
27   return sqrt(Dot3(velocity, gij_uj)) * timestep;  in CalculateCFL_3D()
38 …`, \f$ \overline{g}_{jk} \f$ is the element metric tensor `gij`, and \f$ u_j \f$ is the `velocity`.
41   @param[in] velocity Advection velocity
46 CEED_QFUNCTION_HELPER CeedScalar CalculateCFL_2D(const CeedScalar velocity[2], CeedScalar timestep,…  in CalculateCFL_2D()
49   MatVec2(gij, velocity, CEED_NOTRANSPOSE, gij_uj);  in CalculateCFL_2D()
50   return sqrt(Dot2(velocity, gij_uj)) * timestep;  in CalculateCFL_2D()
61 …`, \f$ \overline{g}_{jk} \f$ is the element metric tensor `gij`, and \f$ u_j \f$ is the `velocity`.
64   @param[in] velocity        Advection velocity
69 CEED_QFUNCTION_HELPER CeedScalar CalculatePe_3D(const CeedScalar velocity[3], CeedScalar diffusion_…  in CalculatePe_3D()
73   MatVec3(gij_inv_mat, velocity, CEED_NOTRANSPOSE, gij_uj);  in CalculatePe_3D()
74   return sqrt(Dot3(velocity, gij_uj)) / diffusion_coeff;  in CalculatePe_3D()
85 …`, \f$ \overline{g}_{jk} \f$ is the element metric tensor `gij`, and \f$ u_j \f$ is the `velocity`.
88   @param[in] velocity        Advection velocity
93 CEED_QFUNCTION_HELPER CeedScalar CalculatePe_2D(const CeedScalar velocity[2], CeedScalar diffusion_…  in CalculatePe_2D()
97   MatVec2(gij_inv_mat, velocity, CEED_NOTRANSPOSE, gij_uj);  in CalculatePe_2D()
98   return sqrt(Dot2(velocity, gij_uj)) / diffusion_coeff;  in CalculatePe_2D()