You have probably already figured this out (obvious to any carpenter) the intersection of the rake edge and the eave edge is never going to clean up perfectly. It will clean up at the top because all angles are reciprocal. You would need two different profiles. Think of it this way - a plumb cut of the one on the rake edge will show that it is taller than the plumb cut of the profile for the level eave drip edge. This is also where you will find the solution for the model and the actual field conditions. If you make a vertical (plumb) section through the rake edge profile -- the surface of the face will be perpendicular to the surface on the roof for this one -- and a plumb section through the profile on the level eave profile -- angle of the surface on the roof matches the roof pitch -- Copy and paste them next to each other so you can be determining how much taller the face of the profile for the rake edge will need to be to match the face of the other profile where they intersect. This is always necessary even when the rake edge and eave edge are perpendicular ( yours is not, the ridge extends further out than the end of the other overhangs/soffits.
This is seldom necessary - unless it is important that both edges need a metal drip edge - usually they do not.
The rake edge is fine with a 1x wood trim on the facia that supports asphalt/fiberglass shingles that will droop when they get hot. There are also metal T-profiles for that condition. The low end of these rake edge profiles terminates with a plumb cut snip to the backside of the rain gutter, which is why they usually extend past the fascia by about 1".
Lots of various ways to get what you want in the field, and as always - with ArchiCAD.
For a simple example of why the profile of the rake edge and eave edge will never match - just take a close look at how the same size fascia fits when the top is flush with the roof sheathing. And this real-world tip will also help you understand the situation. The eave fascia is attached relative to the roof sheathing a little lower than the rake edge fascia is relative to the roof sheathing - if - you want the lower edge of the fascia to match. The alternative is to cut the tip of the rake edge fascia off level with the bottom edge of the eave fascia - if - you need them to match. Depending on how steep the roof pitch is, this may or may not be anything more than just smashing the tip with your hammer. 🙂
Anyway, you get the idea I am sure. It's not going to clean up perfectly without a level of fussiness that is not usually needed. Find ways to make intersections that will not be so visible for situations like that.
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