Tapping the desired tool's icon brings it up for immediate use.
As expected, all these methods required a few iteration steps before converting to the desired tooling shape.
Moreover, the practitioners willing to use one of these tools must have non-trivial programming skills or must ask to a programmer to translate their models into the language of the desired tool.
In particular, the sliding mode force task is defined using equality constraints to attain the desired tool pressure on the surface, as well as to keep the tool orientation perpendicular to the surface.
Generated trajectories must not only describe the desired tool path accurately, but must also have smooth kinematic profiles in order to maintain high tracking accuracy, and avoid exciting the natural modes of the mechanical structure or servo control system.
The vector field based tool path method can conveniently generate the desired tool paths according to the preferred feed directions which reflect the machining intent of the designers at CC (cutter contact) points, thus recently, it has become the focus of interests.
Since the desired tool trajectories are approximately periodic signals in MCVEP turning, and the repetitive control can achieve asymptotic tracking and disturbance rejection of periodic signals, a plug-in repetitive control is designed to be added on the conventional PID controller.
The desired tool would be fast, expandable, permit effective queries of complex data and allow the result to be explored in useful file formats.
Since maximum efficiency is desired, tools, machines, and work positions are often quite precisely adapted to details of the parts produced but not necessarily to the workers involved in the process.
Thus, accurate numerical models are desired tools for design and optimization purposes.
