api/ELA__Solver_8h_source.html

#ifndef ELA_SOLVER_H

#define ELA_SOLVER_H


#include <ELA.h>


#ifdef __cplusplus

extern "C" {

#endif


void ELA_SolverSaveDilation(const double* c);


void ELA_SolverClearDilation();


void ELA_SolverDilateLabels(const double* u_div);


void ELA_SolverNormalizeLabel(const double* f);


void ELA_SolverFilterLabels(const double& tol, const double* f);


void ELA_SolverAdvectLabels(const int& d, const double* flux, const double* delta);


#ifdef __cplusplus

}

#endif


#endif

ELA.h
Provides functions to setup ELA.

ELA_SolverClearDilation
void ELA_SolverClearDilation()
Cleanup after ELA_SolverClearDilation()

ELA_SolverSaveDilation
void ELA_SolverSaveDilation(const double *c)
Setup the vector dilation term (, Eq. 26)

ELA_SolverNormalizeLabel
void ELA_SolverNormalizeLabel(const double *f)
Cleanup machine precision related errors, including , Eq. 47.

ELA_SolverDilateLabels
void ELA_SolverDilateLabels(const double *u_div)
Apply the vector dilation term from , Eq. 22.

ELA_SolverFilterLabels
void ELA_SolverFilterLabels(const double &tol, const double *f)
Apply the filter from , Eq. 30.

ELA_SolverAdvectLabels
void ELA_SolverAdvectLabels(const int &d, const double *flux, const double *delta)
Apply the convection terms from , Eq. 22.