ROM FMUThis block (co)simulates an FMU block.HstPyFitBlockThis block executes a fit (approximation) exported from Altair HyperStudy.LookupTableThis block approximates a non-linear function using interpolation on data provided as a "1D-table".LookupTable_fileThis block approximates a non-linear function using interpolation on data provided as a "1D-table".LookupTable2DThis block approximates a non-linear function using interpolation on data provided as a "2D-table".LookupTable3DThis block approximates a non-linear function using interpolation on data provided as a "3D-table".LookupTableNDThis block approximates a non-linear function using interpolation on data provided as an "n-dimensional table".ContTransFuncThis block implements a continuous-time linear system that is defined by its rational transfer function (Numerator/Denominator). The transfer function must be proper meaning that the degree of numerator must not exceed that of the denominator. In the MIMO case, the numerator and denominator must be defined as cells (see OML tf2ssc function for details).ContStateSpaceThis block implements a continuous-time linear state-space system defined by the A,B,C,D matrices and the initial state vector.
ROM FMUThis block (co)simulates an FMU block.HstPyFitBlockThis block executes a fit (approximation) exported from Altair HyperStudy.LookupTableThis block approximates a non-linear function using interpolation on data provided as a "1D-table".LookupTable_fileThis block approximates a non-linear function using interpolation on data provided as a "1D-table".LookupTable2DThis block approximates a non-linear function using interpolation on data provided as a "2D-table".LookupTable3DThis block approximates a non-linear function using interpolation on data provided as a "3D-table".LookupTableNDThis block approximates a non-linear function using interpolation on data provided as an "n-dimensional table".ContTransFuncThis block implements a continuous-time linear system that is defined by its rational transfer function (Numerator/Denominator). The transfer function must be proper meaning that the degree of numerator must not exceed that of the denominator. In the MIMO case, the numerator and denominator must be defined as cells (see OML tf2ssc function for details).ContStateSpaceThis block implements a continuous-time linear state-space system defined by the A,B,C,D matrices and the initial state vector.
