Key Features of MapleSim
MapleSim is an advanced system-level modeling and simulation tool that applies modern techniques to dramatically reduce model development time, provide greater insight into system behavior, and produce fast, high-fidelity simulations.
Complementing its strong numerics, the powerful symbolic modeling engine in MapleSim provides many advantages other systems simply cannot match, from automatically generated system equations to real-time simulation code for complex systems.
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MapleSim includes over 700 built-in components from many different domains. System-level models can be created by seamlessly combining components from different domains into a single model.
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With MapleSim, you avoid having to translate your design into equations and manipulate them into signal-flow block diagrams. You can simply recreate the system diagram on your screen using components that represent the physical model.
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Equation-based custom components take you from equations and concepts to final models quickly, without programming. New components can be created directly from first principles, without resorting to complex, error-prone, and time-consuming programming.
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In MapleSim, revolutionary multibody technology is combined seamlessly with advanced multi-domain modeling tools to provide all the functionality you need in a single environment. This unique technology means MapleSim gives you unparalleled flexibility and control of your multibody models.
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MapleSim's plotting and visualization capabilities include 2-D simulation results and 3-D simulation animations.
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Optimized code generation produces high-performance, royalty-free code suitable even for repeated optimization runs and complex real-time simulations, including hardware-in-the-loop (HIL) applications. With MapleSim, you do not have to choose between model fidelity and real-time performance.
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MapleSim's powerful simulation engine produces fast, efficient simulation code and provides numerous options for managing and controlling your simulations.
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MapleSim can be seamlessly combined with your existing toolchain, so you can use MapleSim to achieve the fastest possible auto-generated model code for your system, and then pass that code to downstream engineers for the next phase of the project.
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Units management in MapleSim removes the risk of conversion and consistency errors in your model. You can attach units to your component parameters and maintain them throughout your model simulation.
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Automatically-generated model equations in full parametric form give you open access to your models for advanced applications and analysis. No more black boxes–MapleSim gives you full visibility and access to your model equations.
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An interactive analysis environment provides an extensive collection of powerful analysis tools and the ability to quickly customize and extend these tools to suit your project. MapleSim offers unlimited analysis potential by providing you with access to both the equations and the powerful Maple mathematical engine.
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The combination of Modelica, an open, object-oriented, system-level modeling language, with the symbolic computation power of MapleSim enables a level of understanding, power, and extensibility that is not possible with “black-box” tools.
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Automated knowledge capture means you can easily combine your reasoning with your results and fully capture the engineering knowledge that goes into each project.
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MapleSim and the MapleSim Control Design Toolbox provide tools for a wide range of control design tasks, from basic PID controller design to advanced state feedback control and state estimation techniques.
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The MapleSim Hydraulics Library from Modelon enables you to take into account complex hydraulics effects in your system-level models.
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The MapleSim Pneumatics Library from Modelon enables system-level modeling and simulation of pneumatic systems.
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The MapleSim Tire Library allows you to extend your MapleSim vehicle models with high-performance pneumatic tire components.
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The MapleSim Driveline Library allows you to mix the best of physical models and empirical data to maximize model fidelity, optimize your designs, and improve overall vehicle fuel-efficiency.
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The MapleSim Battery Library allows you to incorporate physics-based predictive models of battery cells into your system-level models.
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The MapleSim Heat Transfer Library from CYBERNET gives you a comprehensive view into the heat transfer effects present in your model, enabling you to refine your design to improve performance and avoid overheating.
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The MapleSim Engine Dynamics Library from Modelon provides specialized tools for modeling, simulating, and analyzing the performance of combustion engines.
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