Returns:Object pointer

          double Time - Simulation time of linearization

          AvAPI_Matrix A - system A matrix from Adams

          AvAPI_Matrix B - system B matrix from Adams

          AvAPI_Matrix C - system C matrix from Adams

          AvAPI_Matrix D - system D matrix from Adams

          list actuatorList - list of actuators

          list modeList - list of modes by index to use in system calculations; NULL for including all modes.

          AvAPI_ActuatorActuator (iIC)

                    Actuator

                    Returns:AvAPI_Actuatoractuator for given input channel

                    Parameters:int iicindex of the input channel

          int Inputs(void)

                    Inputs

                    Returns:int- number of system inputs

                    Parameters: None

          intOutputs(void)

                    Outputs

                    Returns:int- number of system outputs

                    Parameters: None

          intDefective(which)

                    defective eigen value index

                    Returns:int- index of eigen value if equal to which eigen value is not defective

                    Parameters: int which - index of eigen value

          AvAPI_ComplexEigenvalue (indx, cyclesPerTime)

                    eigen value

                    Returns:AvAPI_Complex the eigen value

                    Parameters:

                            int indx - index of the eigen value to be returned

                            bool cyclesPerTime - True value is scaled by 2

          intEigenvalues(void)

                    number of eigen values found

                    Returns:int- number of eigen values

                    Parameters: None

          AvAPI_ComplexEigenvector(which, indx)

                    eigen vector

                    Returns:the eigen vector component V[indx]

                    Parameters:

                            int which - eigen vector index

                            int indx - index into the vector

          AvAPI_MatrixTransferFunction(Omega)

                    Transfer Function

                    Returns:AvAPI_Matrix - system transfer function3D complex matrix of the number of                                                             output channels times the number of input channels times the                                                             number of frequencies

                    Parameters: AvAPI_Matrix Omega vector of frequencies

          AvAPI_MatrixFrequencyResponse (Omega)

                    Frequency Response

                    Returns:AvAPI_Matrix- system frequency response3D complex matrix of the number                                                            of output channels times the number of input channels times                                                            the number of frequencies

                    Parameters: AvAPI_Matrix Omega vector of frequencies

          AvAPI_Matrix MCT (Omega, scaleMCT)

                    Returns:AvAPI_Matrix- modal coordinate table

                    Parameters:

                            AvAPI_Matrix Omega vector of frequencies

                            bool scaleMCT- ifTrue MCT matrix is scaled by the input actuators

          AvAPI_Matrix MPF (iic, iOC, iFr, iMd, Omega)

                    modal participation factors

                    Returns:AvAPI_Matrix- system modal participation factors

                    Parameters:

                            int iic - input channel index

                            int IOC - output channel index

                            int iFr - frequency index

                            int imd - mode number

                            AvAPI_Matrix Omega vector of frequencies

          AvAPI_Complex PSD (IOC, frequency)

                    Compute power spectral density (PSD)

                    Returns: AvAPI_Complex PSD value

                    Parameters:

                            int IOC - input channel index

                            double frequency - frequency for evaluation

          AvAPI_Matrix PSD (frequency)

                    Compute power spectral density (PSD)

                    Returns:AvAPI - Computed PSD values

                            double frequency - frequency for evaluation

          double Time()

                    Get the time of linearization

                  Returns: double Time given

                  Parameters: None

          AvAPI_Matrix ModalMatrix (Which)

                    Get A,B,C, or D Matrix

                    Returns: AvAPI_Matrix Matrix

                    Parameters:

                            char Which - Matrix to get A B C D