The model of a permanent magnet DC motor. The mode logic and dynamics of the DC motor are both modeled using Stateflow.
Model a popular toy called "Newton's cradle" which consists of a row of seven identical balls which are hung from a common height. At rest they are arranged such that they just touch each other.
This model shows how to define continuous time state variables and their derivatives in Stateflow®. The dynamics of a bouncing ball can be defined in terms of two continuous time variables,
This model shows the modeling of the Simulink® clutch example using Simulink based states inside a Stateflow® chart. You can find a detailed explanation of the physical system, including
Model the opening shot of pool using continuous time semantics of Stateflow®. There are 15 balls arranged in a triangular grid near one end of the table and the cue ball is released towards them
The model of a rectifier which takes a single (scalar) input and converts it into its absolute value. This simple model illustrates the zero crossings capability of Stateflow® (a new feature