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Sounds great. Since the operations are approximate anyway, this should just be a matter of writing a wrapper that turns float64 into float32 (ideally fused with the C++ encoding functions, but it shouldn't make much difference unless the matrices are extremely skinny).
EDIT: actually, complex will be much harder...we'd need to rewrite the low-level encoding functions to operate on complex numbers here, as well as define what if even means to cluster or split on complex values in this context.
These data types are much more useful in the science caculation. I would like to modify the data type but worry the algorithm cannot support that.
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