What if you need to optimize the `range(start, stop, step)` function to the bit flip? The more significant figures change less often, and we can create a compressed representation exploting that. Pre-calculate the patterns at each level based on the radix and parameters!

AdamVcoding's tweet image. What if you need to optimize the `range(start, stop, step)` function to the bit flip? The more significant figures change less often, and we can create a compressed representation exploting that. Pre-calculate the patterns at each level based on the radix and parameters!
AdamVcoding's tweet image. What if you need to optimize the `range(start, stop, step)` function to the bit flip? The more significant figures change less often, and we can create a compressed representation exploting that. Pre-calculate the patterns at each level based on the radix and parameters!
AdamVcoding's tweet image. What if you need to optimize the `range(start, stop, step)` function to the bit flip? The more significant figures change less often, and we can create a compressed representation exploting that. Pre-calculate the patterns at each level based on the radix and parameters!

Very curious what this is for!


Homogenous (sparse) sampling of large amounts of data among a single dimension in a window, and calculations involving these sampling regimes (like composition and union).


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