Key Features

  • Modeling environment, graphical components, and simulation engine for modeling and simulating complex logic
  • Deterministic execution semantics with hierarchy, parallelism, temporal operators, and events
  • State diagrams, state transition tables, and state transition matrices representing finite state machines
  • Flow charts, MATLAB functions, and truth tables for representing algorithms
  • State diagram animation, state activity logging, data logging, and integrated debugging for analyzing the design and detecting run-time errors
  • Static and run-time checks for transition conflicts, cyclic problems, state inconsistencies, data-range violations, and overflow conditions
  • Mealy and Moore finite-state machines

Getting Started with Stateflow 3:25
Build and simulate a state machine.

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Mobile Robot Simulation for Collision Avoidance with Simulink

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Learn to Create and Debug State Logic for Simulink Models

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