![]() Think hard about which side of the paper you want your harshest marks from the grid lines before you set your references.I have one each for thirds, fifths, and sevenths. Having a second piece of paper to use as a template for the references really cuts down on marks on the paper.Make the mark going up the right-most edge from the bottom right corner.The triangle grid reference is only for hexagonal paper - see the last section for referencing triangle grids on a square. Mark the reference you calculated in step 2 on the edges of your paper. The physical size of the divisions will be slightly larger than normal on a square, and slightly smaller on a hexagon.This count will be the number of divisions between the center and the edge, which is half of the total divisions.As with normal gridding methods, you’ll want to prioritize powers of two for simplicity or at least find a multiple of two or four. Values on the square grid are positive for positive slopes and negative for negative slopes.Ĭount from your center point along a grid line until you find a good place for the edge of the paper. Grid units from the first point to the second point, and plug them into the appropriate formula for the square grid reference or triangle grid reference. ![]() ) like in the hexagon example above, you can skip the reference calculations and fold opposite corners together instead.
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