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====== Jeffersonian_Split_Algorithm ======

===== Title =====
^  ^ Case ^ Include Lots Except Quarters(Supported by default) ^ Exclude Lots ^ Include Lots ^
| 1   | {{:Jeffersonian Split Algorithm Case1.png?500}}   | \\ N/2 = A + B\\  \\ S/2 = C + D\\  \\ E/2 = B + D\\  \\ W/2 = A + C\\  \\ \\  \\ SW/4 = D\\  \\ Other Quarters don't exist\\  \\ \\  \\ N/3 = North 2/3 of (A + B)\\  \\ S/3 = South 2/3 of (C + D)\\  \\ E/3 = East 2/3 of (B + D)\\  \\ W/3 = West 2/3 of (A + C)\\   | \\ N/2 doesn't Exist\\  \\ S/2 doesn't Exist\\  \\ E/2 doesn't Exist\\  \\ W/2 doesn't Exist\\  \\ \\  \\ SW/4 = D\\  \\ Other Quarters don't exist\\  \\ \\  \\ N/3 doesn't exist\\  \\ S/3 doesn't exist\\  \\ E/3 doesn't exist\\  \\ W/3 doesn't exist\\   | \\ N/2 = A + B\\  \\ S/2 = C + D\\  \\ E/2 = B + D\\  \\ W/2 = A + C\\  \\ \\  \\ SW/4 = D\\  \\ Other Quarters don't exist\\  \\ \\  \\ N/3 = North 2/3 of (A + B)\\  \\ S/3 = South 2/3 of (C + D)\\  \\ E/3 = East 2/3 of (B + D)\\  \\ W/3 = West 2/3 of (A + C)\\   |
| 2   | {{:Jeffersonian Split Algorithm Case2.png?500}}   | \\ N/2 = A\\  \\ S/2 = B\\  \\ E/2 doesn't exist\\  \\ W/2 doesn't exist\\  \\ \\  \\ None of the Quarters exist\\  \\ \\  \\ N/3 = North 2/3 of A\\  \\ S/3 = South 2/3 of B\\  \\ E/3 doesn't exist\\  \\ W/3 doesn't exist\\   | \\ S/2 doesn't exist\\  \\ W/2 doesn't exist\\  \\ N/2 doesn't Exist\\  \\ W/2 doesn't exist\\  \\ \\  \\ None of the Quarters exist\\  \\ \\  \\ N/3 doesn't exist\\  \\ S/3 doesn't exist\\  \\ E/3 doesn't exist\\  \\ W/3 doesn't exist\\   | \\ N/2 = A\\  \\ S/2 = B\\  \\ E/2 doesn't exist\\  \\ W/2 doesn't exist\\  \\ \\  \\ None of the Quarters exist\\  \\ \\  \\ N/3 = North 2/3 of A\\  \\ S/3 = South 2/3 of B\\  \\ E/3 doesn't exist\\  \\ W/3 doesn't exist\\   |
| 3   | {{:Jeffersonian Split Algorithm Case3.png?500}}   | \\ S/2 = C + D + G\\  \\ N/2 = A + B + E + F\\  \\ W/2 = A + C + F + G\\  \\ E/2 = B + D + E\\  \\ \\  \\ NE/4 = B\\  \\ NW/4 = A\\  \\ SE/4 = D\\  \\ SW/4 = C\\  \\ \\  \\ S/3 = South 2/3 of (C + D + G)\\  \\ N/3 = North 2/3 of (A + B + E + F)\\  \\ W/3 = West 2/3 of (A + C + F + G)\\  \\ E/3 = East 2/3 of (B + D + E)\\   | \\ S/2 = C + D\\  \\ N/2 = A + B\\  \\ W/2 = A + C\\  \\ E/2 = B + D\\  \\ \\  \\ NE/4 = B\\  \\ NW/4 = A\\  \\ SE/4 = D\\  \\ SW/4 = C\\  \\ \\  \\ S/3 = South 2/3 of (C + D)\\  \\ N/3 = North 2/3 of (A + B)\\  \\ W/3 = West 2/3 of (A + C)\\  \\ E/3 = East 2/3 of (B + D)\\   | \\ S/2 = C + D + G\\  \\ N/2 = A + B + E + F\\  \\ W/2 = A + C + F + G\\  \\ E/2 = B + D + E\\  \\ \\  \\ NE/4 = B + E\\  \\ NW/4 = A + F\\  \\ SE/4 = D\\  \\ SW/4 = C + G\\  \\ \\  \\ S/3 = South 2/3 of (C + D + G)\\  \\ N/3 = North 2/3 of (A + B + E + F)\\  \\ W/3 = West 2/3 of (A + C + F + G)\\  \\ E/3 = East 2/3 of (B + D + E)\\   |
| 4   | {{:Jeffersonian Split Algorithm Case4.png?500}}   | \\ S/2 = C + D\\  \\ N/2 = A + B + E\\  \\ W/2 = A + C\\  \\ E/2 = B + D + E\\  \\ \\  \\ NE/4 = B\\  \\ NW/4 doesn't exist\\  \\ SE/4 = D\\  \\ SW/4 = C\\  \\ \\  \\ S/3 = South 2/3 of (C + D)\\  \\ N/3 = North 2/3 of (A + B + E)\\  \\ W/3 = West 2/3 of (A + C)\\  \\ E/3 = East 2/3 of (B + D + E)\\  \\ (Get north 2/3 point (e) of ab, get north 2/3 point(f) of cd, polygon aefd is the N/3)\\   | \\ S/2 = C + D\\  \\ N/2 doesn't exist\\  \\ W/2 doesn't exist\\  \\ E/2 = B + D\\  \\ \\  \\ NE/4 = B\\  \\ NW/4 doesn't exist\\  \\ SE/4 = D\\  \\ SW/4 = C\\  \\ \\  \\ S/3 = South 2/3 of (C + D)\\  \\ N/3 = doesn't exist\\  \\ W/3 = doesn't exist\\  \\ E/3 = East 2/3 of (B + D)\\   | \\ S/2 = C + D\\  \\ N/2 = A + B + E\\  \\ W/2 = A + C\\  \\ E/2 = B + D + E\\  \\ \\  \\ NE/4 = B + E\\  \\ NW/4 doesn't exist\\  \\ SE/4 = D\\  \\ SW/4 = C\\  \\ \\  \\ S/3 = South 2/3 of (C + D)\\  \\ N/3 = North 2/3 of (A + B + E)\\  \\ W/3 = West 2/3 of (A + C)\\  \\ E/3 = East 2/3 of (B + D + E)\\  \\ (Get north 2/3 point (e) of ab, get north 2/3 point(f) of cd, polygon aefd is the N/3)\\   |
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