Learn SIMULINK-MATLAB-SCRIPTING with Real Code Examples

Simulink graphical models consist of interconnected blocks representing system dynamics

MATLAB scripting API interacts with models programmatically

Simulation engine executes models, producing output logs and data

Scripts can modify parameters, add/remove blocks, and configure simulation options

Supports integration with external libraries and hardware via code generation

Simulink executes models using a simulation engine

MATLAB scripts manipulate models and parameters programmatically

Outputs logged for analysis and visualization

Supports event-based and time-based simulation

Integration with HIL and code generation for deployment

Block-diagram modeling

Parameter-driven configuration

Batch and parallel simulation

S-Function modularization

Integration with MATLAB analysis and reporting

Automotive ECU simulation and control design

Robotics kinematics and motion planning

Aerospace flight control system modeling

Industrial process control simulations

Signal processing and communication system analysis

Graphical modeling of dynamic systems

Programmatic automation via MATLAB scripts

Modular design using reusable blocks

Seamless integration with toolboxes and external code

Batch simulation and reproducibility

Use parallel simulations with `parsim`

Modularize models and scripts

Optimize logging and data storage

Leverage high-performance computing for large-scale runs

Automate batch execution for multiple scenarios

Update scripts for new MATLAB/Simulink versions

Validate block libraries and custom S-Functions

Check compatibility with HIL and code generation targets

Test batch simulations on upgraded platform

Document changes for team collaboration