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... created by using a different fixed radius between each crossing in a diamond. This is often the case for a double junction, for example. This method of designing a double junction also allows standard crossing angles to be used, rather than the older method of having a single radius running through, which usually creates odd crossing angles (i.e. as in the make diamond-crossing at intersection function in Templot). Here for example the turnout on the left is a C-9.5, with a turnout radius of 1457mm: 2_111714_400000000.png The first V-crossing on the diamond is 1:7.5, and the radius between there and the turnout is 1142mm. The K-crossings are 1:5, and the radius in the first half-diamond is 1033mm. The far V-crossing is 1:3.75, and the radius in the second half-diamond is 840mm. The branch track beyond there is at 775mm radius. So an effective transition is created with radii 1457- 1142- 1033- 840- 775 mm. And the crossing ...
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