You won't be able to tell which one he does unless you check the program. Haven't worked in mcosmos in a while but I believe you can construct a line with the same vector direction as the secondary plane (used to set rotation), then construct a corner point from the three planes or corner point from the intersect lines of the two planes. alignment • Creating both a 2D and a 3D best fit alignment • Scanning • Building geometry and surface data from scanned points • Use of variables within a program • Reporting • Creating a program to include scanning and variables • Editing programs to enable changes to be made Lock Direction to constrain only the rotation axes. The check box has no effect when all coordinates in the inspection are collected with one measuring device in one position, or when the inspection sequence contains no constructed features. He is purposefully being vague with us about doing this is in the software. Current student in a dimensional inspection program and learning to program a Mitutoyo CMM. As the teacher has stated it is very difficult to do so in MCOSMOS and fairly easy in other softwares. one of those rego plates (overpriced 1/2" alum plate with metric tapped holes) and assorted clamps would be a good start. constrain rotations by aligning them with the axis of a feature, such as a plane or a whole circle. I assume by aligning a part with 3 planes you mean 3 faces or datum surfaces, not 3 “plane” elements.

Connect, consult with, and hire trusted industry experts on the Autodesk Services Marketplace. Does anyone know the steps or have a guide to do so in the MCOSMOS software? Any help would be appreciated. But you still need an alignment to align the part, based on functionality, as minimum. © Copyright 2020 Autodesk Inc. All rights reserved. It is very easy to do so which leads me to think that I might miss something from what you mean. constrain rotations by aligning them with the axis of a feature, such as a, create mixed alignments combining geometric features and. For example, you can enter an offset for a probed circle, but not for a probed plane. The RPS alignment enables you to align a part to the CAD model by using a set of features to constrain the part's axes of rotation and translation. Axes can be locked in any arrangement; you can specify up to 100 constraining items. The RPS alignment enables you to align a part to the CAD model by using a set of features to constrain the part's axes of rotation and translation. I usually measure the 3rd datum as another line, and create an intersection point where the two cross, serving as a point to create the origin on. With it, you can: lock a part in six axes and create a perfectly constrained alignment. Repeat steps 5 to 8 to specify the other features with which you want to create the alignment.

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