table_top_test, a FORTRAN90 code which calls table_top(), which displays patterns in a set of N points in M dimensions.
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table_top, a FORTRAN90 code which is given a table file of M-dimensional points, makes plots of all coordinate pairs;
POWERS.TXT is a set of data that does not lie between 0 and 1. (The TABLE_TOP program used to assume, in fact, that the data did lie between 0 and 1.) Test files you may copy include:
TABLE_TOP_INPUT.TXT is a dummy set of data. There are 10 4 dimensional points. Test files you may copy include:
CVT_03_00007.TXT is a set of 3 dimensional data, generated by a centroidal Voronoi tessellation process. We were interested in seeing how the 2D projections looked. Test files you may copy include:
CVT_03_00056.TXT is 8 times as much data as CVT_03_00007.TXT. We really hoped that we would see a pattern, and for once, our hopes were rewarded. The 2D projections clearly indicate the formation of a roughly regular grid that divides the faces into cells. Test files you may copy include:
CVT_07_00100.TXT is a set of 7 dimensional data, generated by a centroidal Voronoi tessellation process. It is desirable to have the data points well spread out. However, the facts of 7 dimensional geometry fight against this (let alone any defects in the CVT algorithm)! Test files you may copy include: