I think the hippo is given by geometry in the transition between the straight and semicircumference in the foreground. from the image I cannot understand the exact shape of the upper flat face and to what correspond those three lines that determine then the three small fittings. you tried to erase faces andI couldn't recreate the final part of the curve... Consider that it is a perfect semicircumference with aletta. therefore the connection also takes the final part of the semicircumference. . .
so in speed I get this idea, could a solution like that solve your problem?http://www.youtube.com/watch?v=sp8o2ecizyu&feature=youtu.beto all of you!
I attach the file in question. This is a skyscraper that I have solved for now with toptron... I would like to find a solution with solidworks to avoid the usual import/export, etc., losing (or not being able to manage later) the subsequent processing. . .
thanks to all of you...
Sorry here is the correct linkso in speed I get this idea, could a solution like that solve your problem?http://www.youtube.com/watch?v=sp8o2ecizyu&feature=youtu.be
ah in speed I didn't even notice... I'll think about it...so it would be okay if the flat part is on the same level... the widest part has a tiered elevation difference. . .
Supposing that your part as I drew it (which wonderful day will be... when accurate information about the requests for help will be published...), it works.I had already tried, but it only does it for the straight part of the connection. the curved connection does not do it, also because the semigomite is not regular: starts from a radius and ends with another radius.. .
with toptron there is the command "remove and extend". Is there anything similar in solidworks?
I looked at the file quickly and I think it's just that transition with small fittings that complicates things. If I have time tonight I relax and watch.. .I think the hippo is given by geometry in the transition between the straight and semicircumference in the foreground.