The weird thing is that sometimes - for no known reason - AutoCAD will consider lines as coplanar - drawn exactly as all the other lines, and I can work with them: chamfer them, hatch time, snap to them at the intersection, etc. This extension allows the user to do three things: Unwraps non-coplanar faces (any shape. RE: Coplanar Problems with AutoCAD 14 Qshake (Structural) 13 Dec 00 10:25 I'm not sure what the command is, but essentially you've enter two lines which are on different planes, i.e., the lines are defined also by the 'z' coordinate (3-D). They are the same color, the same level, the same everything, but AutoCAD insists that both lines are not coplanar. Im not aware of anything in CorelCAD that does this - you could probably script it, but a better solution would be to be able to select a number of objects and move them all to the same Z-location as either the first object selected, or to a selected Z location. On the command line in AutoCAD, type PLAN and then World.
The original problem might have come from not being careful about that Z coordinate when selecting an osnap, or something similar.Īlso- avoid solprof, and begin to use soldraw instead. By not coplanar, I assume you mean different Z axis locations. Photo for polyline non coplanar properties -1. Both will be on the UCS, Z will = zero for the entire line, and you can move to anither entity.īut if you have too many entities to do this way, use the flatten.lsp, and then use this method to clean up any stragglers. Furthermore, check to ensure that the lines are not closed polylines. If the other end is off the UCS too, do the same thing to it. That's your best bet.Īnother thing I'll do if I'm only dealing with say one end of only afew lines, for instance, is with no command running, select the line and pick its grips and use XY point filters- you'd pick the grip, then when asked for the destination (for that grip) go to OSNAP-Point Filters, choose "XY", pick the grip again, and when asked for "Need Z" type in "0". Yes- Flatten is usually meant for entities that you'd usually think of as 2D- lines, arcs, circles, etc.
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