OK. I get it. (I had never heard of it before.) Now does it have some profound, practical application?
Quote:
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Originally Posted by Astronouth7303
And you define [everything] based on [loci] and distance. Circle is easy. A segment = {P | dT(P, A) + dT(P, B) = dT(A, B)}
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Can you explain this in English? I don't understand how the equation defines a segment. (A segment of what?)
Also, in what way is a circle easy? I'm guessing you are defining a circle as being the locus of points equidistant from a given point. In that case, the "circle" will be a square turned diagonally, right?