The interest of the logic alphabet lies in its aesthetic, symmetric, and geometric qualities. These qualities combine to allow an individual to more easily, rapidly and visually manipulate the relationships between entire truth tables. A logic operation performed on a two dimensional logic alphabet connective, with its geometric qualities, produces a symmetry transformation. When a symmetry transformation occurs, each input symbol, without any further thought, immediately changes into the correct output symbol. For example, by reflecting the symbol for NAND (viz. 'h') across the vertical axis we produce the symbol for ←, whereas by reflecting it across the horizontal axis we produce the symbol for →, and by reflecting it across both the horizontal and vertical axes we produce the symbol for ∨. Similar symmetry transformations can be obtained by operating upon the other symbols.