D:/Basile/VisualCppProjects/hydroMEX3/hydroMEX3/hydro_source/return_mex_arguments.h File Reference

#include "math.h"
#include "mex.h"
#include "string.h"

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Functions
void	store_state (double time, N_Vector state_at_t)
	Store state vector and time at each integration step.
void	return_args (int nlhs, mxArray *plhs[], int nrhs, const mxArray *prhs[], ODE_data *f_dat)
	Return arguments to MATLAB.

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Detailed Description

Author:

basile.graf@epfl.ch

This file contains functions for returning parameters to MATLAB

Definition in file return_mex_arguments.h.

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Function Documentation

void return_args (  int  nlhs, mxArray *  plhs[], int  nrhs, const mxArray *  prhs[], ODE_data *  f_dat )

Return arguments to MATLAB. Return the simulation results and simulation times (if asked for, see get_time()) and the cumulative number of integration steps performed (generally bigger than number of output points) Parameters: nlhs  Number of left hand side arguments in the MATLAB prompt *plhs[]  Array of pointers to the left hand side arguments from MATLAB prompt nrhs  Number of right hand side arguments in the MATLAB prompt *prhs[]  Array of pointers to the right hand side arguments from MATLAB prompt *f_dat  ODE solver data struct Definition at line 60 of file return_mex_arguments.cpp. References sout00, sout01, sout02, sout03, sout04, sout05, sout06, sout07, sout08, sout09, sout10, and sout11. Referenced by mexFunction().

void store_state (  double  time, N_Vector  state_at_t )

Store state vector and time at each integration step. If the programm has to return simulation results to MATLAB (see get_time()), the state vector and the time has to be stored at each integration step. They are stored in dynamic C++ vectors of type vector. Parameters: time  state_at_t  in the data format used by the SUNDIALS ODE solver CVODE Definition at line 43 of file return_mex_arguments.cpp. References Ith, sout00, sout01, sout02, sout03, sout04, sout05, sout06, sout07, sout08, sout09, sout10, sout11, and timev. Referenced by solve_ODE().

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