Control

Once you have mounted all tools in their designated positions in your CNC machine, this control menu allows you to simulate the entire machining process virtually, identifying and rectifying potential errors within the code. By essentially running the program without engaging the machine itself, you can guarantee efficient and accurate operation from the very first cut.

Machine tab

This tab provides a comprehensive view of all the defined components that make up this machine. Each component is represented visually, giving you a clear understanding of the machine's structure. By right-clicking on any component, you'll access a context menu offering several options:

Hide component: This option allows you to temporarily remove the selected component from the view. This can be helpful for focusing on specific parts of the machine or decluttering the display. Hidden components can be easily unhidden again through a designated menu option.
Make transparent: This option increases the transparency of the selected component, allowing you to see underlying components more clearly. This is useful for visualizing the internal structure of complex machines or components with overlapping elements.
Information: Selecting this option brings up a detailed information panel about the chosen component. This panel might include specifications like the component's vectors, type, origin, or any other relevant data associated with it.

Hide/Unhide: Scroll wheel click a component to hide or unhide it.

Gantt Chart

This horizontal timeline utilizes color coding to differentiate between various cycles and their respective durations. It offers a clear and concise overview of the simulation's progress.

Gantt chart
The Gantt chart has a right-click menu that empowers you with fine-tuned control over the simulation:
Cycle Navigation: Effortlessly jump to specific points within a cycle, such as the beginning, end, or a particular user-defined position. This allows for focused examination of critical moments.
Cycle Editing & Management: Modify specific cycles directly, adjust tooling options as needed, and trigger recalculations for fine-tuning your simulation.
Control Flow Management: Strategically set breakpoints to pause the simulation at predetermined points in time. This facilitates in-depth analysis and troubleshooting.
Collision Analysis: For an extra layer of security, the simulation incorporates advanced collision detection. This proactive feature identifies potential conflicts, ensuring the program runs smoothly and avoids unintended mishaps.

	Breakpoints can now be enabled or disabled directly from the popup window. An active breakpoint (in red) will pause execution, while a disabled breakpoint (in green) will allow it to continue. This action can be performed from the Gantt chart or the NC program.
	Tool change points are now visible and display tips in MTE simulation.

NC Code Tab

This tab displays the detailed instructions that govern the simulation's behavior, providing a deeper understanding of the underlying processes.

These controls allow you to control the simulation of the NC code and to view the NC code in more detail:

Start/stop play button: This button is used to start and stop the simulation of the NC code.
Forward step by step button: This button is used to step through the NC code one line at a time.
Next cycle button: This button is used to simulate the next cycle of the NC code.
Knob to control speed of simulation: This knob is used to adjust the speed of the simulation.
Magnifier: This button is used to increase or decrease the size of the NC code in the window.
Search button: This button is used to search for a specific coordinate in the NC code.
Go to line button: This button is used to quickly go to a specific line number in the NC code.

In the NC code window, breakpoints can be inserted directly in the editor by clicking on the left banner next to the desired line and a red dot will appear.