Model a bang-bang control system that regulates the temperature of a boiler. The model has two components:

Models an automotive transmission system by using the Stateflow® duration operator to automatically shift gears based on the vehicle's throttle requirements and speed. For more information, see 用于绝对时间时序逻辑的运算符.

Implement a fitness tracker by using temporal logic and extrinsic function calls in Stateflow®. The fitness tracker consists of a Simulink® model and a MATLAB® user interface (UI) created by using App Designer. The model has three components.

Model an automotive power window system using Model-Based Design with Simulink®, Stateflow®, Fixed-Point Designer™ and DSP System Toolbox™. The power window system models the response of the passenger window to the driver or passenger window controls. To lower cost, the system uses inputs from current sensors instead of position sensors.

Implement the game of Tetris by using a Stateflow® chart. This model is a redesigned version of the classic Stateflow demo sf_tetris. The new design incorporates these programming paradigms:

Model an automotive drivetrain with Simulink®. Stateflow® enhances the Simulink model with its representation of the transmission control logic. Simulink provides a powerful environment for the modeling and simulation of dynamic systems and processes. In many systems, though, supervisory functions like changing modes or invoking new gain schedules must respond to events that may occur and conditions that develop over time. As a result, the environment requires a language capable of managing these multiple modes and developing conditions. In the following example, Stateflow shows its strength in this capacity by performing the function of gear selection in an automatic transmission. This function is combined with the drivetrain dynamics in a natural and intuitive manner by incorporating a Stateflow block in the Simulink block diagram.