In other softwares when you creat a spline you are able to adjust the curvature between points by dragging the slope handles at a node. In my file, I have thus far been unable to fair my splines with any kind of consistancy. Also, it should be possible to place a tangent constaint to a straight line at a point, yet I haven't been able to do that either. According to the help files this should be an easy thing to adjust, Why am I not able to?
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I was able to add Tangent and dimension (weight) handles and angle, but not able to drag.
I have never seen this problem before.
I started a new sketch in your file and it worked fine. Not sure what is causing the problem with Sketch1.
I'm going to suggest that you break up your Sketch1 into several sketches.
On sketch for your grid (and use equal(=) constraint or Pattern for all those 30 dimensions and any other repeating dimensions).
Create new sketch for each spine and Project Geometry from Sketch1 only those points/lines you need for each spline.
I routinely have multiple splines in one sketch, but something you have done seems to have locked up some of the usual functionality. It might be best to keep the sketches as simple as possible.
If you spline is touching the line that you want the "tangent at point" constraint on, then you may be able to combine a point constraint and a tangent one.
Hi! It is not intuitive when the degree of freedom is available but the handle cannot be dragged. Even though dragging is not allowed, you can still dimension it (angle and magnitude).
I cannot say it for sure if the behavior is to stablize the fit-point spline.The spline is partially constrained. I suspect it is because dragging the handle could deform the spline in a restricted manner, which could violate certain assumptions during the drag.
...I cannot say it for sure if the behavior is to stablize the fit-point spline.The spline is partially constrained....Thanks!
It doesn't look to be any different than splines I am normally able to manipulate by dragging handle ends. (constrained fit points)
Hi! Indeed, a simple partially constrained fit-point spline may not look too different from Mech.Mon's spline. However, The key difference is the way the constraints were applied. Look at Mech.Mon's spline. If you delete the horizontal construction line and the horizontal dimension 7.250, then the handle will be draggable. Unless there is a bug somewhere (it is not impossible), the behavior shows that the construction line and the dimension somehow reduce the degree of freedom allowing dragging to be successful.
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