Nandi Mechatronics Pvt Ltd, a prominent robotics and mechatronics company, has developed a state-of-the-art web-based robot kinematics simulation application called "KineSim". KineSim is an advanced tool that enables users to design, simulate, and analyze the kinematics of robotic systems in a virtual environment.
KineSim boasts a range of features and specifications that make it an ideal tool for both novice and expert users. Some of the notable features of KineSim are:
1. User-friendly interface: KineSim comes with an intuitive user interface that makes it easy for users to navigate and use the application.
2. 3D visualization: KineSim utilizes advanced 3D visualization techniques to create lifelike representations of robotic systems.
3. Motion simulation: KineSim allows users to simulate the motion of robotic systems to analyze their behavior in real-time.
4. Forward kinematics: KineSim supports forward kinematics simulation capabilities that enable users to determine the position and orientation of the end effector of a robotic system.
5. Inverse kinematics: KineSim also includes inverse kinematics simulation, which enables users to determine the required joint angles for a robotic system to reach a specific position and orientation.
6. Collision detection: KineSim includes collision detection algorithms that prevent robotic systems from colliding with each other or their environment during operation.
7. Optimization: KineSim allows users to optimize the performance of robotic systems by adjusting various parameters such as joint angles and velocities.
KineSim was developed using a variety of programming languages, software, tools, libraries, SDKs, and APIs. Some of the key technologies used in the development of KineSim include:
1. Programming languages: The KineSim application was developed using a combination of JavaScript, HTML5, and CSS3.
2. Software and tools: The KineSim application was developed using popular software and tools such as Visual Studio Code, Git, and GitHub.
3. Libraries: KineSim leverages several open-source libraries and frameworks such as Three.js, Tween.js, and dat.gui to create its advanced 3D visualization and user interface features.
4. SDKs and APIs: KineSim uses several software development kits (SDKs) and application programming interfaces (APIs) to enable its advanced features such as collision detection and optimization. These include the Cannon.js physics engine and the Oimo.js rigid body physics engine.
In summary, KineSim is a powerful and user-friendly web-based robot kinematics simulation application that leverages cutting-edge web technologies, software, tools, libraries, SDKs, and APIs to deliver advanced simulation and optimization capabilities.
