Fluid Dynamics

Using an annealing function that uses localized regions of density or kinetic force in replace of temptature could be used to simulate the actual fluid dynamics and probabilities of particle motion either for a particle or vector on a two-dimensional sheet of water such as a custom shape. The probability of each region P(Ri)= 1/(1+e^-dEi/Di) Di=Density i=1..n E= Energy. Think of D{i}= a 9 Dimensional matrix or 3x3x3 that alters a b-spline's vector orientation and velocity. You don't have to calculate the Density for all vector locations in three-dimensions just the regions.

I have not failed! I have only tried 100,000 ways that will not work. —Thomas Edison