Difference between revisions of "Rotation"
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The rotation (as a default and without the LRA extension module for SE) is incremental between bends. So, once a bend is performed the rotation is considered to be 0 at that point in time and the rotation amount is based upon the amount of rotation between bends. | The rotation (as a default and without the LRA extension module for SE) is incremental between bends. So, once a bend is performed the rotation is considered to be 0 at that point in time and the rotation amount is based upon the amount of rotation between bends. | ||
| − | Rotation1. | + | [[File:Rotation1.jpg]] |
In the above picture notice how bend #4 has a rotation of 0. This shows no rotation between bends 3 and 4. | In the above picture notice how bend #4 has a rotation of 0. This shows no rotation between bends 3 and 4. | ||
'''NOTE: If you need to have absolute rotation like that need when the material held in place by a chuck then the LRA extension module is needed.''' | '''NOTE: If you need to have absolute rotation like that need when the material held in place by a chuck then the LRA extension module is needed.''' | ||
Latest revision as of 14:24, 9 June 2014
The rotation (as a default and without the LRA extension module for SE) is incremental between bends. So, once a bend is performed the rotation is considered to be 0 at that point in time and the rotation amount is based upon the amount of rotation between bends.
In the above picture notice how bend #4 has a rotation of 0. This shows no rotation between bends 3 and 4.
NOTE: If you need to have absolute rotation like that need when the material held in place by a chuck then the LRA extension module is needed.
