You can set the maximum file size that will auto-refresh after any change. The Refresh tab contains the options that control how often the Backplot is replotted: – Reference Position Moves: This option controls whether reference moves, triggered by G27 to g30, will be plotted. This option controls whether the extent box should be shown all the time. – Feed Extent Box: GWE will show an extent box when you attempt to rotate or pan a complex backplot. – Feed Moves: This option toggles whether non-G0 moves are displayed, and if so, controls the line weight used to draw them. – Rapids Moves: This option toggles whether G0 moves are shown or not. – Endpoints: This options displays the endpoints of each segment with a marker so it is easier to see where segments begin or end. – Trident: The trident that shows which direction X, Y, and Z grow larger (positive) may be turned on or off, and it can be displayed in the lower left of the backplot or always at work 0, 0, 0. – Tool: The simulated 3D tool and holder may be turned on or off. – Grid: The grid that provides a reference may be turned on or off. You have the ability to control visibility of the following by turning the check boxes on or off: The first is for the “Show” options that control which elements are displayed in the Backplot: They’re accessed from the Backplot menu, and there are two tabs on the popup. G-Wizard G-Code Editor Simulator Mode: A G-Code Debugger…īefore we get into Simulator Mode, let’s describe the Backplot Options that are available. When that mode is operational, the GWE screen will display simulator information directly below the backplot, like this: We call that “Simulator Mode” or “Debugger Mode”, because it is intended to help you understand and debug the execution of your g-code. However, when we refer to the “Simulator”, we generally mean to refer to the running of the CNC Simulator step by step.
It is operational in some form or fashion all the time, as the backplot is always available.
The G-Wizard Editor’s CNC Simulator is the portion of the software that understands how to execute g-code and can present the backplot as well as debugging information. Wizard Editor: CNC Simulator and Backplotter 0 = Full CCW 500 = Center 1000 = Full CW In this implementation, 0 is full CCW, 1000 is full CW and 500 is center. On standard servos a parameter value of 1000 is fully counter-clockwise, 2000 is fully clockwise, and 1500 is in the middle.*/ On a standard servo, this will set the angle of the shaft. Writes a value in microseconds (uS) to the servo, controlling the shaft accordingly. Does this code look like it will work? I might have to fuss around with the speed.
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