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Hi, yes Pepakura can Export .dxf files which can then be imported in AutoCAD. So the work flow would be 1- Create the Low-Poly 3D Model in Blender 2- Export the 3D Model as .obj File, in order to open it in Pepakura 3- Unfold the Model in Pepakura 4- Export from Pepakura as .dxf, so that you can open it in AutoCAD By the way, if you are using Blender to create the Low-Poly 3D Models, there is a free add-on name “Export Paper Model” which can Unfold the 3D Model as well, similar to Pepakura, but I didn’t try this add-on, so I don’t have much info about it, but I think that Pepakura is better (but of course the add-on is free)

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@@MaquetteArt Is it possible to know at what degree/angle each section should be bent? (it doesn't matter if I have to manually measure everything)

In Pepakura, Yes, From Menu Bar, “2D Layout” > “Show Fold Angle”

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No, it is not wrong at all, and if you use this method you will get almost a perfect heptagon. I am saying almost because Heptagon is a non-constructible polygon, yet there is methods like this one to draw heptagons with a very high accuracy.

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Thank you 💖 maybe your teacher is using the other method (yes there is 2 methods name "4 Center Method" if this is the case then check this one ruclips.net/video/kdw_arVgUlc/видео.html

yes 17 is way too hard 😅😅

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Yes, this will be one of the 10 Pointed stars, there is 10/2, 10/3, and 10/4 all are 10 pointed stars, the one you mentioned is 10/4. I have a video about it as well if you want to check it out ruclips.net/video/2csaElyK2Iw/видео.html

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If you use the exact steps in the video you should get exactly 5 equal parts, no wrong calculations here :)

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Please follow the exact steps in the video, and as accurate as possible, also if you want to draw a Heptagon Inscribed in a circle, you can try this method in the link ruclips.net/video/npz9yuKSIDI/видео.html

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Thank you 💖💖 Not sure which arc you mean :) I assume you mean the Perpendicular Bisector at 00:18 to 00:23 you can use one arc instead of 2 in case you are using set square, else you will have to draw the 2 arcs to draw the Perpendicular Bisector.

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Hi, the Major Axis and Minor Axis varies depending on the size and shape of the ellipse you want to draw. for example to get a similar ellipse like the one in the video, Major Axis = 20 cm and Minor Axis = 15 cm, so basically the ratio between the Major/Minor Axis is 4/3. so if you draw it Major=10 and Minor=7.5 you still get the same shape of the ellipse in the video (because the ratio is still 4/3) but of course you can change any of those numbers.

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May be because we can't... Proof by Galois last century

If you mean from sec 16 to 23 (drawing the small horizontal line) That is called Perpendicular Bisector and "Any" radius will work to draw the perpendicular bisector as long as it is the same radius for all 4 arcs (from sec 16 to 23). - In you second comment, this is another story :) I think you mean that a Heptagon is Non-constructible (Using a Compass and Straight Edge) and yes it is not constructible , this is approximate method, but if your drawings is accurate you should not be able to see the small approximation error.

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Hi, dividing a circle into 100% perfect 11 parts using compass and straight edge (no measurements) is not possible in Geometry, so this method is not 100% accurate, let’s say it is 99.5% accurate, so if your drawing is accurate you should not be able to see the very small error. So there is no geometrical proof as this is approximate method.

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