The torse of the oloid is the unwrapped oloid.
Here is a re-creation of the paper model shown in several papers of Hellmuth Stachel, which I did, based upon the script for the torse
of the oloid, with the glue tabs added on.
http://www.iste-c.net/keynote_speech/inte2016/Hellmuth_Stachel.pdf
The top mirrored curve of the torse script was not quite tangent.
The mirror of the bottom initial quarter torse curve seemed to be smooth and tangent. The two curve formulas are different.
The tabs took quite a lot of time to do in MoI. Max's pattern selection script may have helped, and was used for the 4 "dashed" lines.
Dashed lines usually imply a valley fold, but not in this case. The MoI units was set to inches, and the .3dm converted and scaled to inches,
to fit standard size, thick paper.
The pdf was easy, at 1 to 1, and the 2d printout fit within an 8.5" x 11" size paper.
The scissor outline was printed on an 8.5" x 11" cut out sheet of a manila file folder, which the Brother laserjet printer
was able to print on. Glue has not yet been applied.
The V shape of the glue tabs begins at a point on the curve, but apparently due to pixel display artifact,
the visible tips of the V shape appear to extend past the curve.
that they actually meet at a point on. The pdf also shows this artifact.

(need to buy a 3d printer...)

- Brian