Difference between revisions of "VTube-LASER v1.88"
(→25px ENHANCEMENT: UniScan Ball Probe Measurements) |
(→25px ENHANCEMENT: More Robust UniScan Ball Probe Measurements) |
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− | The | + | The measure method used to separate the UniScan ball probe measurements is changed and improved.<br><br> |
In this version, VTube-LASER will now assume that the last three points of a straight cylinder surface will be the furthest three points from the first points taken on the cylinder.<br><br> | In this version, VTube-LASER will now assume that the last three points of a straight cylinder surface will be the furthest three points from the first points taken on the cylinder.<br><br> | ||
Follow these simple steps to use this new method:<br><br> | Follow these simple steps to use this new method:<br><br> | ||
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In UniScan mode, you can take as many points as you would like in between the two sets of three points.<br><br> | In UniScan mode, you can take as many points as you would like in between the two sets of three points.<br><br> | ||
− | The minimum number of points in UniScan is 6. | + | The minimum number of points in UniScan is 6.<br><br> |
+ | This new method allows VTube to establish a more precise estimated starting vector for the internal cylinder fit math engine. | ||
Revision as of 20:35, 11 March 2014
Revision 1.88
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- See VTube-LASER Customer Support Page to download the latest version.
ENHANCEMENT and FIX: VTube Ball Probe Logic for Newer FARO Drivers
In November of 2013, FARO drivers were updated to work with the new FARO Edge ES scanner. This new driver made changes to the way ball probe data was returned to VTube-LASER. Sometimes ball probe data would be returned as all zeros. At other times, it could be returned as data that was scanned in previous measures. |
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ENHANCEMENT: More Robust UniScan Ball Probe Measurements
The measure method used to separate the UniScan ball probe measurements is changed and improved. 1 - Take three points at the starting end of the straight. In UniScan mode, you can take as many points as you would like in between the two sets of three points. The minimum number of points in UniScan is 6. This new method allows VTube to establish a more precise estimated starting vector for the internal cylinder fit math engine.
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NEW: Cylinder Laser Spike Filter
NEW: Automatic Remeasure At Measure Error
ENHANCED: Added Radius Handling for Winton ECNC4 Benders
The Winton ECNC4 data now handles the radius value during communications.
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Other Changes
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Other
- Back to VTube-STEP
- Back to VTube Software Updates (for LASER Mode)
- Back to VTube-LASER
- See VTube Language Editor