FranciscoR
Automotive
- Oct 16, 2012
- 11
Hi, I've been trying to do find a quick solution for this but I've been unable to.
Please see the image below to help me with the explanation. What i want to do is create a path from the blue connector to the other blue connector. The requirement is that after each of the connectors' ends, I need a 10mm straight segment, then I need a tangent arc of an specific radius (in this case 50mm) and then I need a tangent line joining both arcs.
If both connectors' centerlines were in the same plane, I could easily constrain the 10mm dimension and the radius of the arcs in a sketch and I'd be done in a minute, but since the connectors' centerlines lie in different planes I haven't been able to find a way to "constrain" the segments the same way.
The way I'm doing it now is extending the 10mm segments way longer than required on both ends (you can see on the picture), then connecting the lines with a straight line, and then just adding a couple of tangent arcs on each of the corners. I then reduce the distance of the original lines by hand via trial and error until I get close to 10mm for each segment.
Since I have to repeat this procedure for a lot of different positions, I was trying to find a more efficient way to do this, and also a way to get exactly the 10mm I need instead of just getting close to 10mm.
Can you think of a better way than this approach?
Thanks in advance
Please see the image below to help me with the explanation. What i want to do is create a path from the blue connector to the other blue connector. The requirement is that after each of the connectors' ends, I need a 10mm straight segment, then I need a tangent arc of an specific radius (in this case 50mm) and then I need a tangent line joining both arcs.
If both connectors' centerlines were in the same plane, I could easily constrain the 10mm dimension and the radius of the arcs in a sketch and I'd be done in a minute, but since the connectors' centerlines lie in different planes I haven't been able to find a way to "constrain" the segments the same way.
The way I'm doing it now is extending the 10mm segments way longer than required on both ends (you can see on the picture), then connecting the lines with a straight line, and then just adding a couple of tangent arcs on each of the corners. I then reduce the distance of the original lines by hand via trial and error until I get close to 10mm for each segment.
Since I have to repeat this procedure for a lot of different positions, I was trying to find a more efficient way to do this, and also a way to get exactly the 10mm I need instead of just getting close to 10mm.
Can you think of a better way than this approach?
Thanks in advance