Interface to a Simulink(R) S-function given as binary object. More...

#include "Hxi_SimStruct.h"

Include dependency graph for Hxi_SFunction.h:

This graph shows which files directly or indirectly include this file:

Functions
Supported S-function methods.
Avoid multiple inclusion
void	mdlInitializeSizes (SimStruct *S)
	Initialize sizes of data vectors in SimStruct. More...

void	mdlStart (SimStruct *S)
	Optional: Allocate local ressources for simulation. More...

void	mdlInitializeSampleTimes (SimStruct *S)
	Initialize sample times. More...

void	mdlInitializeConditions (SimStruct *S)
	Optional: Compute initial conditions. More...

void	mdlOutputs (SimStruct *S, int_T tid)
	Compute model outputs. More...

void	mdlUpdate (SimStruct *S, int_T tid)
	Optional: Update discrete-time states. More...

void	mdlDerivatives (SimStruct *S)
	Optional: Compute derivatives for continuous-time states. More...

void	mdlJacobian (SimStruct *S)
	Optional: Compute Jacobian J = d(dxc,xd,y)/d(xc,xd,u). More...

void	mdlTerminate (SimStruct *S)
	Release resources allocated for simulation. More...

Detailed Description

Interface to a Simulink(R) S-function given as binary object.

Several S-function methods are supported that redirect the call to the binary object. Data is communicated through a SimStruct.

(Simulink is a registered trademark of The MathWorks, Inc.)

rf, 01/07/2005

Function Documentation

void mdlDerivatives ( SimStruct * S )

inline

Optional: Compute derivatives for continuous-time states.

References Hxi_mdlDerivatives().

Referenced by Hxi_SimStruct_init().

void mdlInitializeConditions ( SimStruct * S )

inline

Optional: Compute initial conditions.

References Hxi_mdlInitializeConditions().

Referenced by Hxi_SimStruct_init().

void mdlInitializeSampleTimes ( SimStruct * S )

inline

Initialize sample times.

References Hxi_mdlInitializeSampleTimes().

Referenced by Hxi_SimStruct_init().

void mdlInitializeSizes ( SimStruct * S )

inline

Initialize sizes of data vectors in SimStruct.

This function works with the shared object found under ssGetPath(S), calls the S-function method mdlInitializeSizes and allocates memory required for a level 2 S-function. The model parameters must have been initialized prior to calling this function.

References Hxi_mdlInitializeSizes().

Referenced by Hxi_SimStruct_init().

void mdlJacobian ( SimStruct * S )

inline

Optional: Compute Jacobian J = d(dxc,xd,y)/d(xc,xd,u).

References Hxi_mdlJacobian().

Referenced by Hxi_SimStruct_init().