DtNmap2Dvisc.hh File Reference
#include "basics/exceptions.hh"#include "toolbox/sequence.hh"#include "space/integral.hh"#include "formula/elementFormulaContainer.hh"#include "formula/formulas2D.hh"#include "formula/bessel.hh"#include "formula/frmE_product.hh"#include "function/vector.hh"#include "operator/sparseMatrix.hh"#include "hp1D/linearForm.hh"Go to the source code of this file.
Namespaces | |
| concepts | |
| Basic namespace for Concepts-2. | |
Functions | |
| Cmplx | concepts::g_fast (const Real L, const Real omega, const Real c, const Real rho0, const Real nu, const uint j) |
| Compute the coefficients. More... | |
| Cmplx | concepts::g_slow (const Real L, const Real omega, const Real c, const Real rho0, const Real nu, const uint j) |
| Compute the coefficients. More... | |
| Sequence< Cmplx > | concepts::getNSDtNCoeff_Straight2D_partDn (const Real L, const Real omega, const Real c, const Real rho0, const Real nu, uint N=0) |
| Sequence< Cmplx > | concepts::getNSDtNCoeff_Straight2D_partDt (const Real L, const Real omega, const Real c, const Real rho0, const Real nu, uint N=1) |
| Sequence< Cmplx > | concepts::getNSDtNCoeff_Straight2D_partDttilde (const Real L, const Real omega, const Real c, const Real rho0, const Real nu, uint N=1) |
| Sequence< Cmplx > | concepts::getNSDtNCoeff_Straight2D_partRn (const Real L, const Real omega, const Real c, const Real rho0, const Real nu, uint N=1) |
| Sequence< Cmplx > | concepts::getNSDtNCoeff_Straight2D_partRntilde (const Real L, const Real omega, const Real c, const Real rho0, const Real nu, uint N=1) |
| Sequence< Cmplx > | concepts::getNSDtNCoeff_Straight2D_partRt (const Real L, const Real omega, const Real c, const Real rho0, const Real nu, uint N=0) |
| Cmplx | concepts::lambda_j_fast (const Real L, const Real omega, const Real c, const Real rho0, const Real nu, const uint j) |
| Compute the eigenvalues. More... | |
| Cmplx | concepts::lambda_j_slow (const Real L, const Real omega, const Real c, const Real rho0, const Real nu, const uint j) |
| Compute the eigenvalues. More... | |
Detailed Description
Functions for computing DtN maps in 2D for Navier-Stokes equation.
Definition in file DtNmap2Dvisc.hh.