Define the term "robot programming language" used by FANUC.

The term "robot programming language" as used by FANUC specifically refers to a language designed for teaching and controlling robotic actions. This language enables the programming of movements and tasks for robots, allowing them to perform intricate operations in manufacturing environments. The focus on the robotic actions is crucial because it encompasses both the syntax and commands needed to interact directly with a robot’s functions, including motion control, sensing, and other robotic capabilities.

In this context, the programming language is tailored to meet the unique requirements of robotic systems, enabling users to develop programs that can efficiently control various tasks performed by the robot. This specialized nature sets it apart from other programming languages that may not be optimized for robotics, making it vital for effective robot operation in industrial applications. The emphasis on teaching and controlling highlights the dual role of the language as both an instructional tool and a functional means for controlling robotic systems.