Description
Marilou Robotics Studio
Marilou Robotics Studio is a cutting-edge software designed to accelerate robotics development projects of all scales. By offering an advanced simulation engine that mimics real-world sensor and actuator behaviors with unparalleled realism, Marilou empowers users to design intricate scenarios and test algorithms on virtual fleets of robots without the need for physical hardware.
Key Features of Marilou Robotics Studio
- Totally graphical handling of robots and environments models
- Modeling helpers and refactoring tools
- Rigid bodies and n-axis joints
- Mechanical constraints and surface properties
- Embedded robotic components like motors, sensors, and cameras
- Real-time simulation and multi-robot support
Technical Specifications
- Robot Programming Languages: C/C++, VB#, J#, C#, C++ CLI, URBI
- Compatibility: Matlab, Java, IRAI Automgen, Intempora RT-Maps
- System Requirements: .NET Framework 2.0, DirectX 9.0c
- Limitations: 30-day trial, restricted to 4 levels and 800 entities
Marilou Robotics Studio provides users with a versatile platform to experiment and innovate in various industrial scenarios. By offering a seamless experience for designing robots, worlds, and applications, Marilou fosters creativity and collaboration within the robotics community.
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User Reviews for Marilou Robotics Studio 6
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Marilou Robotics Studio provides a cost-effective solution for designing and testing robotics projects without hardware investment. Great tool for experimental industrial applications.
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Marilou Robotics Studio is a game changer! The realistic simulations save so much time and effort.
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Absolutely love Marilou! It’s made my robotics projects so much easier with its intuitive interface.
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This app is fantastic for testing algorithms. The graphics and physics are incredibly realistic!
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Marilou has completely transformed how I approach robotics development. Highly recommend it to everyone!
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The features in Marilou Robotics Studio are top-notch! It allows for extensive experimentation without hardware.