Difference between revisions of "VTube-LASER v1.76.3"
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===[[image:Check.jpg|25px]] NEW: Automatic Damping for Correction=== | ===[[image:Check.jpg|25px]] NEW: Automatic Damping for Correction=== | ||
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<table cellpadding=10> | <table cellpadding=10> | ||
<tr valign=top> | <tr valign=top> | ||
<td width=300> | <td width=300> | ||
| − | VTube-LASER can now automatically damp correction data in order to avoid oversteer. | + | VTube-LASER can now automatically damp correction data in order to avoid oversteer. |
| − | + | ||
<br><br> | <br><br> | ||
| + | |||
Two adjacent 90 degree bends that are close to each other followed by a long straight causes VTube (and other measuring solutions) to overcorrect the end of the long straight. The end is supposed be corrected to the middle straight (the MASTER) like this: | Two adjacent 90 degree bends that are close to each other followed by a long straight causes VTube (and other measuring solutions) to overcorrect the end of the long straight. The end is supposed be corrected to the middle straight (the MASTER) like this: | ||
[[image:vtube-automatic_proper_correction_tube_swing.jpg|300px]] | [[image:vtube-automatic_proper_correction_tube_swing.jpg|300px]] | ||
| − | But what | + | But what this tube configuration does often is a wag-the-tail oscillation in the correction loop like this: |
[[image:vtube-automatic_proper_correction_tube_swing_too_much.jpg|300px]] | [[image:vtube-automatic_proper_correction_tube_swing_too_much.jpg|300px]] | ||
| − | The result is the correction causes the leg to overshoot the target. | + | The result is the correction causes the leg to overshoot the target. |
| − | + | ||
| − | + | ||
| − | + | ||
| − | + | ||
| − | + | ||
| − | + | ||
| + | So now VTube has two kinds of automatic damping. The first one reduces the correction by 50% in any of three sets of bender axis data (the Length, Rotation, and Bend). It allows for this damping in each axis independently – so they can choose the appropriate axis to damp. The second kind of damping is based on the previous adjustment values. Using the previous value causes the correction to be reduced even faster if this kind of oscillation exists. | ||
</td> | </td> | ||
<td width=300> | <td width=300> | ||
[[image:vtube-autocorrectiondamping_green_curve.jpg|400px]] | [[image:vtube-autocorrectiondamping_green_curve.jpg|400px]] | ||
| + | </td> | ||
| + | </tr> | ||
| + | </table> | ||
| + | <table cellpadding=10> | ||
| + | <tr valign=top> | ||
| + | <td width=300> | ||
| + | So now VTube has two kinds of automatic damping. The first one reduces the correction by 50% in any of three sets of bender axis data (the Length, Rotation, and Bend). It allows for this damping in each axis independently – so they can choose the appropriate axis to damp. The second kind of damping is based on the previous adjustment values. Using the previous value causes the correction to be reduced even faster if this kind of oscillation exists. | ||
| + | </td> | ||
| + | <td width=300> | ||
| + | [[image:vtube-autocorrectdamping_pulldownbox.jpg|300px]] | ||
</td> | </td> | ||
</tr> | </tr> | ||
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</table> | </table> | ||
| − | [[image:vtube-pro_1_76. | + | [[image:vtube-pro_1_76.3_BendSetup_Screen.jpg|600px]] |
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| + | |||
| + | ===[[image:Check.jpg|25px]] Enhanced: Reverse Calc Moves Second Leg Up in XY plane=== | ||
| + | <table cellpadding=10> | ||
| + | <tr valign=top> | ||
| + | <td width=300> | ||
| + | VTube-LASER, VTube-PRO, and VTube-STEP now move the second leg of the first bend up when reverse-calc (LRA to XYZ) occurs. This makes VTube operate like the legacy Bender to XYZ calculator.<br><br> | ||
| + | </td> | ||
| + | <td width=300> | ||
| + | [[image:vtube-pro_1_76.3_TwoBend_White_Leg_Up.jpg|300px]] | ||
| + | </td> | ||
| + | </tr> | ||
| + | </table> | ||
=Other Pages= | =Other Pages= | ||
*Back to [[VTube-LASER]] | *Back to [[VTube-LASER]] | ||
Latest revision as of 01:04, 4 April 2012
|
Revision 1.76.3Back to VTube-LASER |
|
NEW: Automatic Damping for Correction
|
VTube-LASER can now automatically damp correction data in order to avoid oversteer.
Two adjacent 90 degree bends that are close to each other followed by a long straight causes VTube (and other measuring solutions) to overcorrect the end of the long straight. The end is supposed be corrected to the middle straight (the MASTER) like this:
But what this tube configuration does often is a wag-the-tail oscillation in the correction loop like this:
The result is the correction causes the leg to overshoot the target. So now VTube has two kinds of automatic damping. The first one reduces the correction by 50% in any of three sets of bender axis data (the Length, Rotation, and Bend). It allows for this damping in each axis independently – so they can choose the appropriate axis to damp. The second kind of damping is based on the previous adjustment values. Using the previous value causes the correction to be reduced even faster if this kind of oscillation exists. |
|
|
So now VTube has two kinds of automatic damping. The first one reduces the correction by 50% in any of three sets of bender axis data (the Length, Rotation, and Bend). It allows for this damping in each axis independently – so they can choose the appropriate axis to damp. The second kind of damping is based on the previous adjustment values. Using the previous value causes the correction to be reduced even faster if this kind of oscillation exists. |
|
Enhanced: Bender Setup Window Redesigned
|
VTube-LASER's Bender Setup menu was redesigned to fit more options into the window. |
Enhanced: Reverse Calc Moves Second Leg Up in XY plane
|
VTube-LASER, VTube-PRO, and VTube-STEP now move the second leg of the first bend up when reverse-calc (LRA to XYZ) occurs. This makes VTube operate like the legacy Bender to XYZ calculator. |
|
Other Pages
- Back to VTube-LASER
