A little program I wrote can be used to analyze the quality of the math library implementation. It simply computes the real result with a high precision and determines from this the error of the value the libm implementation produced. Very easy. To make the time waiting for the result a bit more interesting the program displays the error graphically in an updated window. Once the program is done it writes the plot in a GIF file which then can be used for later reference.
OS | Architecture | Version |
---|---|---|
NetBSD 10.0 | aarch64 | zelibm-0nb26.tgz |
NetBSD 10.0 | aarch64 | zelibm-0nb25.tgz |
NetBSD 10.0 | aarch64eb | zelibm-0nb26.tgz |
NetBSD 10.0 | alpha | zelibm-0nb25.tgz |
NetBSD 10.0 | alpha | zelibm-0nb26.tgz |
NetBSD 10.0 | earmv6hf | zelibm-0nb26.tgz |
NetBSD 10.0 | earmv7hf | zelibm-0nb26.tgz |
NetBSD 10.0 | earmv7hf | zelibm-0nb25.tgz |
NetBSD 10.0 | earmv7hf | zelibm-0nb25.tgz |
NetBSD 10.0 | i386 | zelibm-0nb26.tgz |
NetBSD 10.0 | i386 | zelibm-0nb25.tgz |
NetBSD 10.0 | powerpc | zelibm-0nb23.tgz |
NetBSD 10.0 | powerpc | zelibm-0nb25.tgz |
NetBSD 10.0 | powerpc | zelibm-0nb25.tgz |
NetBSD 10.0 | sparc64 | zelibm-0nb25.tgz |
NetBSD 10.0 | x86_64 | zelibm-0nb26.tgz |
NetBSD 10.0 | x86_64 | zelibm-0nb25.tgz |
NetBSD 9.0 | alpha | zelibm-0nb25.tgz |
NetBSD 9.0 | earmv6hf | zelibm-0nb26.tgz |
NetBSD 9.0 | earmv7hf | zelibm-0nb25.tgz |
NetBSD 9.0 | earmv7hf | zelibm-0nb25.tgz |
NetBSD 9.0 | i386 | zelibm-0nb26.tgz |
NetBSD 9.0 | i386 | zelibm-0nb25.tgz |
NetBSD 9.0 | powerpc | zelibm-0nb25.tgz |
NetBSD 9.0 | powerpc | zelibm-0nb23.tgz |
NetBSD 9.0 | powerpc | zelibm-0nb25.tgz |
NetBSD 9.0 | x86_64 | zelibm-0nb26.tgz |
NetBSD 9.0 | x86_64 | zelibm-0nb25.tgz |
NetBSD 9.3 | x86_64 | zelibm-0nb26.tgz |
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