Difference between revisions of "VTube-LASER Wobble Deviation"
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| + | ==Wobble Deviation== | ||
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Wobble deviation is the predicted accuracy of the single centerline calculation from all the surface points. | Wobble deviation is the predicted accuracy of the single centerline calculation from all the surface points. | ||
| − | + | We came up with “wobble” in order to help VTube-LASER end users visualize what it means in the real world. For example, a wobble of 0.010” is means that the math engine feels confident of the calculated centerline that wobbles no more than 0.010” in its end points.<br><br> | |
| − | We came up with “wobble” in order to help | + | |
| − | Mathematically, it is | + | Mathematically, it is a statistical prediction of how well the math engine believes the surface points should converge into a single centerline. For longer straights, the wobble value should be much lower than for shorter straights. Short straights are straights that are 2 inches or less in length typically. |
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| + | [[image:vtl_maxiumwobble.png|300px]] | ||
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==Other Pages== | ==Other Pages== | ||
*Back to [[VTube-LASER]] | *Back to [[VTube-LASER]] | ||
Latest revision as of 02:03, 15 March 2018
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Wobble Deviation |
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Wobble deviation is the predicted accuracy of the single centerline calculation from all the surface points. We came up with “wobble” in order to help VTube-LASER end users visualize what it means in the real world. For example, a wobble of 0.010” is means that the math engine feels confident of the calculated centerline that wobbles no more than 0.010” in its end points. Mathematically, it is a statistical prediction of how well the math engine believes the surface points should converge into a single centerline. For longer straights, the wobble value should be much lower than for shorter straights. Short straights are straights that are 2 inches or less in length typically.
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Other Pages
- Back to VTube-LASER
