(no title)
curiouscoding | 1 year ago
In fact, I'm pretty sure a similar formula could be made to work for higher branching factors, although it would surely be slower. (Probably it depends on the number of times 17 divides the final index it so, which is not great, but with B=15 it would be the number of factors of 16 which is easy again.) The more annoying issue with not storing everything in the final layer is that we have to keep a running-answer for each query as we go down the tree, which I suspect will add measurable runtime overhead. But maybe that's a tradeoff one is willing to make to avoid the 6.25% overhead.
No comments yet.