Generally, when I do valve jobs, I always get a set of the smallest shims possible. I install all of them, reassemble, and check my clearances for each valve. This tells me just exactly what size shim I will need to replace it with, based on whatever the largest size feeler I'm able to clear it with. You take the size you get from the feeler, subtract the middle of the range that you're trying to hit from it (for your case, 0.16mm intake, 0.25mm exhaust), and add the difference to the size of the shim you have already in. Find a shim around that value that won't cause you to be out of clearance specs.
If you cannot clear any feelers with the smallest shim, you're looking at needing to rebuild the head OR your marks aren't lined up correctly due to user error or one of the cams jumping a tooth. If your K mark is lined up on the bottom, check up top that your sprocket punch marks, c and e, are facing outwards (page 3-6). If they're facing inwards, rotate the crank another 360. If they STILL don't line up, you jumped a tooth on one of your cams. Refer to page 5-19 on how to install the cams correctly.
To answer your question, the crankshaft rotates 720 degrees to complete a camshaft rotation of 360 degrees.