hexed::Navier_stokes< visc, turb >::Pde< n_dim, row_size >::Characteristics Class Reference

#include <Navier_stokes.hpp>

Public Member Functions
	Characteristics (Mat< n_var_euler > state, Mat< n_dim > direction)
Mat< 3 >	eigvals ()
	get eigenvalues of Jacobian
Mat< dyn, 3 >	decomp (Mat< dyn > state)
	Decompose a state vector into eigenspaces. Column j should be an eigenvector of the Jacobian with eigenvalue eigvals()(j) and the sum of the columns should be state.

Detailed Description

template<bool visc = false, Turbulence_model turb = laminar>
template<int n_dim, int row_size>
class hexed::Navier_stokes< visc, turb >::Pde< n_dim, row_size >::Characteristics

Decomposes state vectors into characteristics which are eigenvectors of the Jacobian of the inviscid flux function. This is useful for characteristic-based boundary conditions.

Constructor & Destructor Documentation

Characteristics()

template<bool visc = false, Turbulence_model turb = laminar>

template<int n_dim, int row_size>

hexed::Navier_stokes< visc, turb >::Pde< n_dim, row_size >::Characteristics::Characteristics ( Mat< n_var_euler > state, Mat< n_dim > direction )

inline

construct with a direction in which to compute the flux and a reference state vector about which to compute the Jacobian

Member Function Documentation

decomp()

template<bool visc = false, Turbulence_model turb = laminar>

template<int n_dim, int row_size>

Mat< dyn, 3 > hexed::Navier_stokes< visc, turb >::Pde< n_dim, row_size >::Characteristics::decomp ( Mat< dyn > state )

inline

Decompose a state vector into eigenspaces. Column j should be an eigenvector of the Jacobian with eigenvalue eigvals()(j) and the sum of the columns should be state.

Todo

shouldn't this have a 0.5*?

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The documentation for this class was generated from the following file:

• /home/micaiah/Desktop/hexed/include/Navier_stokes.hpp