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@ucito Thanks, the pictures made it clear. Align faces now has a fourth way, Point to point: select the part that should move, open Align faces and choose Point to point. Click a corner, a spot on an edge, the centre of a round edge or a reference point on it, then the point on the other part; a dot shows which point the pointer would take. Under Move along you can switch X, Y or Z off: with only X and Y on, your two points end up exactly on top of each other, as in your pictures. About the second tape measure point that landed behind the first one: hold Shift while you place the second point. It then goes to the spot straight across from the first point, on the face under the pointer. |
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Could the point alignment function be extended to include further alignment steps? If, after the initial alignment of two points along an axis, this point is locked as a pivot point and the body is rotated, could a second alignment of two points be added, and, if necessary, a third as well? |
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Currently, alignment is based primarily on the selection of areas. However, when working with irregular shapes or complex geometries, it would be helpful to be able to align solids directly to individual points, reference points or edges.
The measurement function already allows reference center points to be set. It would be useful if multiple points or edges could then be selected and aligned along the x, y or z axes.
For example, I might want two points or their edges to lie exactly on top of one another:
Perhaps it is also possible in other situations like sketch mode to define or display points in relation to other points, similar to Fusion. Temporary dashed construction lines and axis guides could appear automatically when approaching relevant geometric positions.
When setting measurement points, for example – particularly with narrow parts – I noticed that I had placed the second point behind the first rather than above it.
examples:
alignment along the X, Y and Z axes.
perpendicular alignment (90°).
extensions of existing edges and lines.
detection of intersections, vertices and geometric reference points.
temporary snapping guides showing when two points or edges are aligned.
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