Path Combination Optimization Algorithm by Hyperbolic Partitioning

摘要

The present invention discloses a path combination optimization algorithm by a hyperbolic division method in a surface real-time system.;The present invention comprises a first step of inputting a total number and position of component absorption points, a total number and position of component mounting points, and a feeder series of component absorption points; A second step of obtaining the respective hyperbolic coefficient for each of the component attachment points with each of the component absorption point pairs as a focal point for a component absorption point pair in which a plurality of component absorption points are combined, And a third step of comparing the magnitudes of the hyperbolic coefficients obtained in the second process and connecting the parts mounting points of the feeder series to the respective component absorption points.;Therefore, according to the present invention, the component mounting points existing on the mounting plane are divided by a specific hyperbola having the component absorption point as a focal point, and then the fixing points of the component absorption points on the same side are connected, And the order of calculations can be significantly reduced.