Diffusion coefficients of both orientations of the edge, and the terms of the cross diffusion that the Jacobian correction below needs, so that neither the gathers nor the blending are repeated for it. More...

#include <turb_sst_edge_flux.hpp>

Public Attributes
Matrix< Double, nVar, nVar >	i

Matrix< Double, nVar, nVar >	j

Double	lambda_ij

Double	omega_i

Double	omega_j

Detailed Description

template<class Double, class FlowIndices, int nDim, size_t nVar = 2>
struct CScalarFlux_SST< Double, FlowIndices, nDim, nVar >::CCoefficients

Diffusion coefficients of both orientations of the edge, and the terms of the cross diffusion that the Jacobian correction below needs, so that neither the gathers nor the blending are repeated for it.

Note: The cross term reads the transported omega of whichever point its row is being written for, so it is not symmetric: i, read by i's row, uses omega at i; j, read by j's row, uses omega at j. Every other entry is an i/j average, so it is the same in both.