p = 3.141592654...
m_{1}, m_{2}, ... , m_{n-1}, m_{n} = max|b_{i}-a|;
where a = start and b_{i} = here (see below --"where is here?");
for every point i; during interval [t_{0}, t_{f}]; where t_{f} = t_{i} if/f i =(not 0)
n = (number of times t_{0}= a)
r_{1}, r_{h}, ... , r_{n}= 0.5m_{k};
where k = h; h in the interval (1, n)
then, approx. total distance : 2^{n} X [for j = 1 to n; sigma (pr_{j})];

[for the time impaired: i feel like i'm going in circles]

^{*}as derived by bluemouse, who has problems calculating sales tax. she takes no responsibility in any errors that appear. (and what
are you doing taking my definitions apart?)