Thank you for the explanation. Six separate videos for one single task. If you have indication in each video about this it is easy to find relevant videos.
I watched this video very carefully and no where did I see how each configuration is controlled. I don't see where you set up the relations which controlled the frame and wheel size for each configuration of the design table. What did I miss?
@@santoslag08 Oh. This is a "ASSEMBLY TABLE" carry the value of each part. The link you send is "PART TABLE". That's right I just wondering like "bpetnoi". We missing something...the "PART TABLE".
Sir, where are the relations between the frame size and wheel size stored or created? If you increase the length of the frame how does the program know to increase the wheel size and by how much? This is the critical information you left out of the video.
Finaly , 1 that does explane it better to understand, nice, thank you!!!
Perfect, exactly what I was looking for. Thank you!
Thank you for the explanation. Six separate videos for one single task. If you have indication in each video about this it is easy to find relevant videos.
I watched this video very carefully and no where did I see how each configuration is controlled. I don't see where you set up the relations which controlled the frame and wheel size for each configuration of the design table. What did I miss?
I think this is what you are looking for:
ua-cam.com/video/eWbKa_53NhI/v-deo.html
@@santoslag08 Oh. This is a "ASSEMBLY TABLE" carry the value of each part.
The link you send is "PART TABLE". That's right I just wondering like "bpetnoi".
We missing something...the "PART TABLE".
Sir, where are the relations between the frame size and wheel size stored or created? If you increase the length of the frame how does the program know to increase the wheel size and by how much? This is the critical information you left out of the video.