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Up to 499 elements out of 1030 it is possible to calculate the number of combinations. Or y3 <- combn_pos(1029) and we don't have Inf and we can calculate the combinations for up to 514 elements. More than this is only Inf.
The text was updated successfully, but these errors were encountered:
Also multiplying 729 numbers between 0 and 1 seems to make the result 0 (the opposite case than the issue above). It seems that we can arrive to the floating precision problems quickly with this method
llrs
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Numeric precision problems
Sep 17, 2020
Related to *_size being slow and related to #29 (which aims to reduce the time of calculation) of the set size.
Using this function we can calculate the number of combinations:
Up to 499 elements out of 1030 it is possible to calculate the number of combinations. Or
y3 <- combn_pos(1029)
and we don't have Inf and we can calculate the combinations for up to 514 elements. More than this is only Inf.The text was updated successfully, but these errors were encountered: