The function’s number of input arguments automatically corresponds to the number of block input portsĪnd the function’s number of output arguments automatically corresponds to the number of block output ports. The input and output arguments of an Embedded MATLAB Function are interpreted in a special way. The functionality of an Embedded MATLAB Function block is defined in an m-code function.Īlthough the general syntax of the function is identical to the syntax that is used inĪny other m-code function there are some special considerations. The editor is very similar to the standard MATLAB Editor and isįigure 1: Opening an Embedded MATLAB Block. Once in a model the m-code that represents the block’s functionality isĪssociated with the block by writing it in an editor. The Embedded MATLAB Function block is obtained from the User Defined Functions LibraryĪnd is inserted into a model in the same way as any other Simulink block. General Description of the Embedded MATLAB Function Block
Other tutorials discussing Simulink and its applications for model based design are available on the General Description of the Embedded MATLAB Function Block.įor additional examples of using the Embedded MATLAB Function block see any of the.The tutorial is split into the following sections, This tutorial will refer to the pre-R2011a name: Embedded MATLAB Function Block. It behaves very differently depending on the version of MATLAB being used. Note that pre- and post-R2011a there ia a block called the MATLAB Function Block, but The following table shows the name changes, The Embedded MATLAB Function block was one such block. Note that in release R2011a several blocks where renamed (although their functionality did not This tutorial discusses the core features of the Embedded MATLAB Function block and presents The Embedded MATLAB Function Block is an easy and convenient way to write MATLAB m-code that can be
0 kommentar(er)
