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| author | Mattias Andrée <maandree@kth.se> | 2016-04-29 00:26:50 +0200 |
|---|---|---|
| committer | Mattias Andrée <maandree@kth.se> | 2016-04-29 00:26:50 +0200 |
| commit | 91d65a327b4187ba08f6c4a8781a95b429df91ba (patch) | |
| tree | 72853e0a4124588eeecac1052f19efdadddba4b2 /STATUS | |
| parent | Fix warnings (diff) | |
| download | libzahl-91d65a327b4187ba08f6c4a8781a95b429df91ba.tar.gz libzahl-91d65a327b4187ba08f6c4a8781a95b429df91ba.tar.bz2 libzahl-91d65a327b4187ba08f6c4a8781a95b429df91ba.tar.xz | |
Update STATUS for more accurate benchmarks
Signed-off-by: Mattias Andrée <maandree@kth.se>
Diffstat (limited to '')
| -rw-r--r-- | STATUS | 66 |
1 files changed, 33 insertions, 33 deletions
@@ -6,36 +6,36 @@ left column. Double-parenthesis means there may be a better way to do it. zset .................... fastest -zseti ................... tomsfastmath is faster, otherwise fastest -zsetu ................... tomsfastmath is faster, otherwise fastest +zseti ................... tomsfastmath is faster +zsetu ................... tomsfastmath is faster zneg(a, b) .............. fastest -zneg(a, a) .............. fastest +zneg(a, a) .............. fastest (shared with gmp) zabs(a, b) .............. fastest -zabs(a, a) .............. tomsfastmath is faster, otherwise fastest -zadd_unsigned ........... fastest -zsub_unsigned ........... fastest -zadd .................... 98 % of libtommath, otherwise fastest -zsub .................... 74 % of tomsfastmath, otherwise fastest -zand .................... 69 % of tomsfastmath, otherwise fastest -zor ..................... 39 % of tomsfastmath, otherwise fastest -zxor .................... 52 % of tomsfastmath, otherwise fastest +zabs(a, a) .............. tomsfastmath is faster +zadd_unsigned ........... fastest (faster than all others' zadd) +zsub_unsigned ........... fastest (faster than all others' zsub) +zadd .................... 87 % of tomsfastmath, 83 % libtommath, 80 % of hebimath +zsub .................... 97 % of tomsfastmath, 95 % hebimath, 93 % of libtommath +zand .................... 93 % of gmp, 49 % of tomsfastmath +zor ..................... 36 % of tomsfastmath +zxor .................... 51 % of tomsfastmath znot .................... fastest -zeven ................... fastest -zodd .................... fastest -zeven_nonzero ........... fastest -zodd_nonzero ............ fastest -zzero ................... fastest -zsignum ................. fastest +zeven ................... fastest (shared with gmp, libtommath, and tomsfastmath) +zodd .................... fastest (shared with gmp, libtommath, and tomsfastmath) +zeven_nonzero ........... fastest (shared with gmp, libtommath, and tomsfastmath) +zodd_nonzero ............ fastest (shared with gmp, libtommath, and tomsfastmath) +zzero ................... fastest (shared with gmp and libtommath) +zsignum ................. fastest (shared with gmp) zbits ................... gmp is faster, because of bug in libzahl -zlsb .................... fastest +zlsb .................... fastest (shared with gmp) zswap ................... fastest zlsh .................... fastest zrsh .................... fastest ztrunc(a, b, c) ......... fastest ztrunc(a, a, b) ......... fastest -zsplit .................. fastest -zcmpmag ................. gmp is faster, otherwise fastest -zcmp .................... 80 % of hebimath, gmp is even faster (zcmpmag) +zsplit .................. 95 % of gmp +zcmpmag ................. gmp is faster +zcmp .................... 94 % of tomsfastmath, 81 % of hebimath, gmp is even faster (zcmpmag) zcmpi ................... fastest zcmpu ................... fastest zbset(a, b, 1) .......... fastest @@ -44,8 +44,8 @@ zbset(a, b, 0) .......... fastest zbset(a, a, 0) .......... fastest zbset(a, b, -1) ......... fastest zbset(a, a, -1) ......... fastest -zbtest .................. fastest -zgcd .................... 26 % of gmp, otherwise fastest (zcmpmag) +zbtest .................. fastest (shared with gmp) +zgcd .................... 26 % of gmp (zcmpmag) zmul .................... slowest zsqr .................... slowest (zmul) zmodmul(big mod) ........ slowest ((zmul, zmod)) @@ -56,19 +56,19 @@ zpow .................... slowest (zmul, zsqr) zpowu ................... slowest (zmul, zsqr) zmodpow ................. slowest (zmul, zsqr. zmod) zmodpowu ................ slowest (zmul, zsqr, zmod) -zsets ................... 14 % of gmp, otherwise fastest -zstr_length(a, 10) ...... gmp is faster, otherwise fastest (zdiv, zsqr) -zstr(a, b, n) ........... 10 % of gmp, otherwise fastest -zrand(default uniform) .. gmp and tomsfastmath are faster +zsets ................... 9 % of gmp +zstr_length(a, 10) ...... gmp is faster (zdiv, zsqr) +zstr(a, b, n) ........... 8 % of gmp, 58 % of hebimath +zrand(default uniform) .. 51 % of gmp zptest .................. slowest (zrand, zmodpow, zsqr, zmod) zsave ................... fastest zload ................... fastest -zdiv(big denum) ......... slowest (zdivmod) -zmod(big denum) ......... slowest (zdivmod) -zdivmod(big denum) ...... slowest (excluding hebimath) -zdiv(tiny denum) ........ fastest -zmod(tiny denum) ........ fastest -zdivmod(tiny denum) ..... fastest +zdiv(big denum) ......... tomsfastmath and naïve hebimath implementation are faster (zdivmod) +zmod(big denum) ......... naïve hebimath implementation is faster (zdivmod) +zdivmod(big denum) ...... tomsfastmath and naïve hebimath implementation are faster +zdiv(tiny denum) ........ slowest +zmod(tiny denum) ........ slowest +zdivmod(tiny denum) ..... slowest Note, some corresponding functions are not implemented in some other libraries. In such cases, they have been implemented |
