Any modern product that we may consume today has been manipulated by automated machines in some kind of manufacturing process: cars, furniture, food, electronics… virtually all objects that surround us have been touched by robots. We hope this framework will help ease access for novice users to the field of robotics.ĭuring the last half of the 20th Century, and beginning of the 21st, robots have permeated into many aspects of our daily lives. Machina is geared towards users in the creative fields, like designers, artists, makers and creative coders, and promotes features such as interactivity, intuitiveness, feedback, concurrency and cross-platform compatibility, over performance or feature-fullness. While Machina currently supports mostly six-axis industrial robotic arms, it can be easily extended to any actuable device that moves in three-dimensional space, such as 3D printers, CNC machines, drones, robotic toys, etc.
These features promote an enactive approach to robotics, and provide an immediate and intuitive entry point to real-time robot control, making Machina particularly suitable for controlling systems that require concurrent responsiveness to sensory or user input. It also features a set of execution-related events to notify users of changes in the asynchronous state of the robot, fostering programming styles that are reactive rather than prescriptive. The library features a high-level API of simple, device-agnostic action verbs to issue motion requests to robots, and translates them to device-specific instructions using low-level communication protocols and managing priority queues. It is designed to build applications that interface with robotic devices in real time. NET library for programming and control of industrial robots.
0 kommentar(er)
