Decimal64 floating-point format: Difference between revisions

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<math>(-1)^\text{signbit}\times 10^{\text{exponentbits}_2-398}\times \text{truesignificand}_{10}</math>
 
The exponent range and digit precision are the same for both alternative encodings. There is no particular reason why the exponent part in this encoding alternative has the bits arranged in a different way than in the other alternative described above (and with the represented bit(s) of the lead digit just before the declets), other than historical reasons in the eight-year long development of IEEE 754-2008.
 
The encoding for the infinities and NaNs are the same for both alternative encodings.