![Ashwin Nanjappa 👨💻 on Twitter: "Do you use IEEE 754 float in your C/C++ code? Remember that only -0.0f is the additive identity. +0.0f is not an additive identity. Details: https://t.co/piaGyk1AuT https://t.co/FS2P0CvipB" / Ashwin Nanjappa 👨💻 on Twitter: "Do you use IEEE 754 float in your C/C++ code? Remember that only -0.0f is the additive identity. +0.0f is not an additive identity. Details: https://t.co/piaGyk1AuT https://t.co/FS2P0CvipB" /](https://pbs.twimg.com/media/EaXV1g8U0AApBnD.png)
Ashwin Nanjappa 👨💻 on Twitter: "Do you use IEEE 754 float in your C/C++ code? Remember that only -0.0f is the additive identity. +0.0f is not an additive identity. Details: https://t.co/piaGyk1AuT https://t.co/FS2P0CvipB" /
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Converting between binary and decimal representations of IEEE 754 floating-point numbers in C++, Java and Python - technical-recipes.com
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Design and Implementation of IEEE 754 Addition and Subtraction for Floating Point Arithmetic Logic Unit
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Understanding 32-Bit Floating Point Number Representation (binary32 format) - Education and Teaching - Arduino Forum
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c - Why am I losing precision when reading in IEEE-754 floating point from a file encoded in 32-bit binary big endian? - Stack Overflow
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