Solve differential equations

C++ Prototype

mwArray solver(mwArray *Y, const mwArray &F,
                const mwArray &tspan,
                const mwArray &y0);
mwArray solver(mwArray *Y, const mwArray &F,
                const mwArray &tspan,
                const mwArray &y0,
                const mwArray &options);
mwArray solver(mwArray *Y, const mwArray &F,
                const mwArray &tspan,
                const mwArray &y0,
                const mwArray &options,
                const mwArray &p);
mwArray solver(mwArray *Y,
                mwArray *TE,
                mwArray *YE,
                mwArray *IE,
                mwArray *O6,
                const mwArray &F,
                const mwArray &tspan,
                const mwArray &y0,
                const mwArray &options);
mwArray solver(mwArray *Y,
                mwArray *TE,
                mwArray *YE,
                mwArray *IE,
                mwArray *O6,
                const mwArray &F,
                const mwArray &tspan,
                const mwArray &y0,
                const mwArray &options,
                const mwArray &p);

C++ Syntax

#include "matlab.hpp"

mwArray F, model;               // String array(s)
mwArray tspan, y0;              // Input argument(s)
mwArray options, p1, p2;        // Input argument(s)
mwArray Y, TE, YE, IE, O6;      // Output argument(s) 
mwArray T;                      // Return value

T = solver(&Y,F,tspan,y0);
T = solver(&Y,F,tspan,y0,options);
T = solver(&Y,F,tspan,y0,options,p);

T = solver(&Y,&TE,&YE,&IE,&O6,F,tspan,y0,options);
T = solver(&Y,&TE,&YE,&IE,,&O6,F,tspan,y0,options,p);

MATLAB Syntax

[T,Y] = solver('F',tspan,y0)
[T,Y] = solver('F',tspan,y0,options)
[T,Y] = solver('F',tspan,y0,options,p1,p2...)
[T,Y,TE,YE,IE] = solver('F',tspan,y0,options)
[T,X,Y] = solver('model',tspan,y0,options,ut,p1,p2,...)

See Also

MATLAB ode45, ode23, ode113, ode15s, ode23s     Calling Conventions