Hello Johannes,
I created some pictures so that I can more clearly express my idea, please let me know if I need to clarify something else. I placed the pictures in an archive as they are 6. Here I will provide some more explanations for each picture.
1. Shows the two intersecting tubes
2. Shows specifications of the horizontal tube
3. Shows specifications of the vertical tube
4. Shows the place where the two tubes intersect and an intersection surface needs to be derived
5. In green is the intersection surface which in the grasshopper is a group shaded in black.
6. The horizontal tube and the intersection surface are rotated vertically so that a kuka robot can be used to cut the tube at the location of the intersection surface.
My idea is to use the intersection surface and cut the horizontal tube using kuka so that a perfect connection can be made between the two tubes.
I created some pictures so that I can more clearly express my idea, please let me know if I need to clarify something else. I placed the pictures in an archive as they are 6. Here I will provide some more explanations for each picture.
1. Shows the two intersecting tubes
2. Shows specifications of the horizontal tube
3. Shows specifications of the vertical tube
4. Shows the place where the two tubes intersect and an intersection surface needs to be derived
5. In green is the intersection surface which in the grasshopper is a group shaded in black.
6. The horizontal tube and the intersection surface are rotated vertically so that a kuka robot can be used to cut the tube at the location of the intersection surface.
My idea is to use the intersection surface and cut the horizontal tube using kuka so that a perfect connection can be made between the two tubes.