Instance Class

The current communication step size in milliseconds. Updated after the step size has been calculated, but before the step is executed. -1 indicates no current step size.

The action to take when an API method returns a Discard status. These action is only taken when the API is called by the simulation, not as a result of scripting.

The action to take when an API method returns an Error status. These action is only taken when the API is called by the simulation, not as a result of scripting.

The action to take when an API method returns a Fatal status. These action is only taken when the API is called by the simulation, not as a result of scripting.

Fmu that created this instance.

If true, IO functions are called for each variable individually.

The minimum communication step size in milliseconds.

The minimum communication step size in milliseconds.

Instance name.

Read-only mapping between Name and the variable.

The action to take when an API method returns an OK status. These action is only taken when the API is called by the simulation, not as a result of scripting.

Instance platform.

The preferred communication step size in milliseconds. -1 indicates no preferred step size.

Defines what action to take when the simulation reaches a pre-defined stop-time.

Read-only list of all variables.

The action to take when an API method returns a Warning status. These action is only taken when the API is called by the simulation, not as a result of scripting.

Cancel a time step. Can be called if DoStep(Double, Double, Boolean) returned Pending in order to stop the current asynchronous execution.

Deserializes the byte vector, constructs a copy of the FMU state and returns the pointer to this copy.

Releases all resources used by the Instance

Compute a time step.

Informs the FMU to enter initialization mode.

Informs the FMU to exit initialization mode.

Frees all memory and other resources allocated with the GetFmuState(IntPtr) call for this FMU state.

Disposes the instance, unloads the loaded model, and frees all the allocated memory and other resources that have been allocated by the functions of the FMU interface.

Update values of boolean variables. Calls the respective API function call.

Informs about the actual status of the simulation run.

Compute the directional derivatives of the FMU.

Makes a copy of the internal FMU state and assigns a pointer to this copy.

Update values of integer variables. Calls the respective API function call.

Informs about the actual status of the simulation run.

Update values of real variables. Calls the respective API function call.

Gets the n-th time derivative of real input variables.

Informs about the actual status of the simulation run.

Get the size of the byte vector, in order that FMU state can be stored in it.

Informs about the actual status of the simulation run.

Update values of string variables. Calls the respective API function call.

Informs about the actual status of the simulation run.

Reset the FMU after a simulation run.

Serializes the data which is referenced by pointer and copies this data in to the byte vector.

Write current values of boolean variables. Calls the respective API function call.

Controls the debug logging that is output via the logger callback function by the FMU.

Copy the content of the previously copied FMU state back and use it as new FMU state. The FMU state copy still exists.

Write current values of integer variables. Calls the respective API function call.

Write current values of real variables. Calls the respective API function call.

Sets the n-th time derivative of real input variables.

Write current values of string variables. Calls the respective API function call.

Informs the FMU to setup the experiment.

Informs the FMU that the simulation run is terminated.

Raised when the FMU has entered initialization mode.

Raised when the FMU has exited initialization mode.

Raised when the FMU calls the log message callback function.

Raised when the FMU calls the step finished callback function.