On 21 Aug 2001 18:36:28 -0400, Warp wrote:
>  If we think about dimensions, then yes. With circles and two points, there's
>a 1-dimensional line which is the solution to the problem. With spheres and
>two points, there's 2-dimensional plane which is the solution.
>
>  However, if we count the amount of circles and spheres, they are equal.

Actually, I think the result is that there are more 2-vectors than reals.

-- 
#local R=<7084844682857967,0787982,826975826580>;#macro L(P)concat(#while(P)chr(
mod(P,100)),#local P=P/100;#end"")#end background{rgb 1}text{ttf L(R.x)L(R.y)0,0
translate<-.8,0,-1>}text{ttf L(R.x)L(R.z)0,0translate<-1.6,-.75,-1>}sphere{z/9e3
4/26/2001finish{reflection 1}}//ron.parker@povray.org My opinions, nobody else's

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