Collaborative definition of a product across its different views from requirements, to conception, to production up to operation. Complex product behavior modeling and execution, including 3D simulation.
CATIA Systems Control & Logic Modeling
CATIA Systems Logic Control Modeling provides you with a formal model and a single simulation platform for state logic or dynamic behavior simulation.
Non-formal models are not suited to manage parallel systems nor to simulate multi-disciplinary sub-systems.
CATIA Systems Control & Logic Modeling provides you with a formal model suited to manage parallel systems along with a single simulation platform for hybrid, multi-disciplinary simulation. It is based on a formal language which makes it possible to generate deterministic behavior.
It also provides you with a very complete set of editors (grafcet, statechart, dataflow) and key features, such as easy reusable components or dynamic propagation of Type & Unit.
- Benefit from Formal System Behavior Modeling and Execution
- Embed any behavioral model (S/W, legacy) with Open Block
- Increase development speed and quality
- Use traceable generated code with high performance
Benefits from Formal System Behavior Modeling and ExecutionA formal semantic based on mathematically proven theory enables you to generate safety-critical embedded code.
Embeds any behavioral model (S/W, legacy) with Open BlockThis function enables experts from several disciplines to collaborate and simulate each of their sub-systems within the global system simulation.
Increases development speed and qualityYou can increase your development speed and quality thanks to reusable components, dedicated editors (such as Data Flow, SFC, and State Diagram), debug and analysis tools (conditional, breakpoints, test records, plot), and dynamic Type & Unit propagation.
Uses traceable generated code with high performanceThis formal definition allows you to benefit from an automatic embeddable C-Code Generator.