How does FANUC's "KAREL" language differ from G-code?

The choice indicating that KAREL is a high-level programming language enabling advanced robot programming beyond basic motion accurately captures its primary characteristic. KAREL is specifically designed for use with FANUC robots to facilitate complex tasks and automation processes. This language allows for the implementation of advanced robot programming techniques, including decision-making, data handling, and modular program development, making it a versatile tool for creating sophisticated robotic applications.

In contrast, G-code is primarily a low-level programming language that is predominantly used for controlling CNC machines, focusing mainly on machine movements and operations. While G-code can be utilized in a range of machining processes, it does not possess the same level of abstraction to handle complex programming tasks as KAREL does.

Other choices do not reflect the unique capabilities of KAREL. For instance, KAREL is not a graphical programming language; it is text-based, designed for detailed programming. Additionally, G-code is not exclusive to milling machines as it can also be applied in various CNC operations like turning and 3D printing. Lastly, KAREL is fundamentally built to support automation, directly contradicting the assertion that it does not. Overall, KAREL's high-level, versatile capabilities set it apart as a robust option for advanced robot