An Electrostatic Charge Repulsion Algorithm for Dynamic Ordering of 3D Projections

Keywords

acquisition additional allowing although applicable applied arbitrary authors axis bent best body calculating cell charge charges clearly close colors computed configuration constant contributes cost coulomb decreased define defined demanding descent desirable deviation distance distributed distribution dots dynamic electrostatic encourage endpoint energy enough equally equidistant equivalent even exert flexibility force forces full fully general give golden histograms hospitals improve improvement independently indicated individual initialized intelligencer iteration iterations iteratively larger linear locations longer magnitude mark mathematical matrix medical minimal move narrow numerical optimal optimize orientation orientations origin outperformed packing part pattern penalty plots position potential preserve previously projection projections propose proposed radial radiology random randomized rather ration reduce replaced repulsion required reserve rigid rotation samples sampling scale scaled scales setting shape short shot shots simply solid space spatial specifically sphere start stopped subsets summary support supported surface temporal term theory timescales together torque torques trajectory treated types uniform uniformly updated variety western zero