The RSim target was designed to let you run batch simulations at the fastest possible speed. Using variable-step or fixed-step solvers with RSim combined with the use of a tunable parameter
How the RSim -i option in Simulink® Coder™ lets you use a MAT-file as the input data source for Inport blocks for rapid simulations. The data in such a MAT-file can be presented in any of the
Generate code from a model and produce a Visual Studio Solution. For the base example, see rtwdemo_counter .
Identify required files and interfaces for calling generated code in an external build process.
Simulink® allows you to configure the hardware implementation characteristics of your target system. Failure to do so can result in code that is incorrect or inefficient.
Register and use a toolchain to build an executable. This example uses the Intel® compiler. However, the concepts and programming interface apply for other toolchains. Once you register a
Use the RSim target to run simulations over a range of parameter values. The example uses the Van der Pol oscillator and performs a parameter sweep over a range of initial state values to obtain
Run batch simulations without recompiling the generated code. The example modifies input signal data and model parameters by reading data from a MAT-file. In the first part (steps 1-5), ten
Use the Build Information API and the Post Code Generation Command parameter, PostCodeGenCommand.
Configure a model such that the code generator produces an example main program that you can customize for deployment on bare-board target hardware (has no operating system). When you