Thanks for the summary. I kinda low-key love the idea of converting floats into a fixed point representation that covers the entire range represented by the flo

Thanks for the summary. I kinda low-key love the idea of converting floats into a fixed point representation that covers the entire range represented by the float type. I mean the accumulator is only 32 KB, which is likely to be in L1 the entire time on modern hardware, and any given float is only going to need two 64 bit words, + 13 bits (12 bits for offset, and 1 for sign) to be represented in this scheme.