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LimitedLDLFactorizations repository benchmark

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1_LLDL.svg

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2_judgement.md

Benchmark Report for LimitedLDLFactorizations

Job Properties

Time of benchmarks:
- Target: 22 Oct 2023 - 18:27
- Baseline: 22 Oct 2023 - 18:31
Package commits:
- Target: 9df9e2
- Baseline: 27350c
Julia commits:
- Target: bed2cd
- Baseline: bed2cd
Julia command flags:
- Target: None
- Baseline: None
Environment variables:
- Target: None
- Baseline: None

Results

A ratio greater than 1.0 denotes a possible regression (marked with ❌), while a ratio less than 1.0 denotes a possible improvement (marked with ✅). Only significant results - results that indicate possible regressions or improvements - are shown below (thus, an empty table means that all benchmark results remained invariant between builds).

ID	time ratio	memory ratio

Benchmark Group List

Here's a list of all the benchmark groups executed by this job:

["LLDL"]

Julia versioninfo

Target

Julia Version 1.9.3
Commit bed2cd540a1 (2023-08-24 14:43 UTC)
Build Info:
  Official https://julialang.org/ release
Platform Info:
  OS: macOS (arm64-apple-darwin22.4.0)
  uname: Darwin 21.6.0 Darwin Kernel Version 21.6.0: Fri Sep 15 16:17:13 PDT 2023; root:xnu-8020.240.18.703.5~1/RELEASE_ARM64_T8101 arm64 arm
  CPU: Apple M1: 
              speed         user         nice          sys         idle          irq
       #1  2400 MHz      93262 s          0 s     126260 s    5071662 s          0 s
       #2  2400 MHz      83989 s          0 s     113920 s    5093270 s          0 s
       #3  2400 MHz      65389 s          0 s      78176 s    5147614 s          0 s
       #4  2400 MHz      56644 s          0 s      57677 s    5176858 s          0 s
       #5  2400 MHz     131497 s          0 s      63779 s    5095903 s          0 s
       #6  2400 MHz      97836 s          0 s      39462 s    5153881 s          0 s
       #7  2400 MHz      58038 s          0 s      26390 s    5206751 s          0 s
       #8  2400 MHz      51958 s          0 s      17454 s    5221767 s          0 s
  Memory: 8.0 GB (67.59375 MB free)
  Uptime: 529110.0 sec
  Load Avg:  1.25927734375  1.77294921875  1.89404296875
  WORD_SIZE: 64
  LIBM: libopenlibm
  LLVM: libLLVM-14.0.6 (ORCJIT, apple-m1)
  Threads: 1 on 4 virtual cores

Baseline

Julia Version 1.9.3
Commit bed2cd540a1 (2023-08-24 14:43 UTC)
Build Info:
  Official https://julialang.org/ release
Platform Info:
  OS: macOS (arm64-apple-darwin22.4.0)
  uname: Darwin 21.6.0 Darwin Kernel Version 21.6.0: Fri Sep 15 16:17:13 PDT 2023; root:xnu-8020.240.18.703.5~1/RELEASE_ARM64_T8101 arm64 arm
  CPU: Apple M1: 
              speed         user         nice          sys         idle          irq
       #1  2400 MHz      93340 s          0 s     126326 s    5074056 s          0 s
       #2  2400 MHz      84063 s          0 s     113980 s    5095676 s          0 s
       #3  2400 MHz      65438 s          0 s      78208 s    5150072 s          0 s
       #4  2400 MHz      56693 s          0 s      57704 s    5179321 s          0 s
       #5  2400 MHz     132392 s          0 s      63857 s    5097469 s          0 s
       #6  2400 MHz      98719 s          0 s      39531 s    5155468 s          0 s
       #7  2400 MHz      58392 s          0 s      26435 s    5208892 s          0 s
       #8  2400 MHz      52242 s          0 s      17493 s    5223984 s          0 s
  Memory: 8.0 GB (146.421875 MB free)
  Uptime: 529364.0 sec
  Load Avg:  1.88916015625  1.734375  1.8330078125
  WORD_SIZE: 64
  LIBM: libopenlibm
  LLVM: libLLVM-14.0.6 (ORCJIT, apple-m1)
  Threads: 1 on 4 virtual cores

Raw

3_main.md

Benchmark Report for LimitedLDLFactorizations

Job Properties

Time of benchmark: 22 Oct 2023 - 18:31
Package commit: 27350c
Julia commit: bed2cd
Julia command flags: None
Environment variables: None

Results

Below is a table of this job's results, obtained by running the benchmarks. The values listed in the ID column have the structure [parent_group, child_group, ..., key], and can be used to index into the BaseBenchmarks suite to retrieve the corresponding benchmarks. The percentages accompanying time and memory values in the below table are noise tolerances. The "true" time/memory value for a given benchmark is expected to fall within this percentage of the reported value. An empty cell means that the value was zero.

ID	time	memory	allocations
`["LLDL", "aug2d_2x2_0"]`	1.321 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2dc_2x2_0"]`	1.345 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2dcqp_2x2_0"]`	2.993 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug2dqp_2x2_0"]`	2.975 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug3d_2x2_0"]`	211.542 μs (5%)	608.86 KiB (1%)	38
`["LLDL", "aug3dc_2x2_0"]`	210.541 μs (5%)	608.86 KiB (1%)	38
`["LLDL", "aug3dcqp_2x2_0"]`	507.042 μs (5%)	1.48 MiB (1%)	39
`["LLDL", "aug3dqp_2x2_0"]`	504.584 μs (5%)	1.48 MiB (1%)	39
`["LLDL", "cvxqp1_l_2x2_0"]`	5.731 ms (5%)	6.77 MiB (1%)	39
`["LLDL", "cvxqp1_m_2x2_0"]`	545.959 μs (5%)	702.69 KiB (1%)	39
`["LLDL", "cvxqp1_s_2x2_0"]`	31.458 μs (5%)	80.16 KiB (1%)	23
`["LLDL", "cvxqp2_l_2x2_0"]`	4.858 ms (5%)	6.41 MiB (1%)	39
`["LLDL", "cvxqp2_m_2x2_0"]`	456.375 μs (5%)	665.59 KiB (1%)	39
`["LLDL", "cvxqp2_s_2x2_0"]`	28.083 μs (5%)	76.58 KiB (1%)	23
`["LLDL", "cvxqp3_l_2x2_0"]`	6.637 ms (5%)	7.14 MiB (1%)	39
`["LLDL", "cvxqp3_m_2x2_0"]`	632.208 μs (5%)	739.50 KiB (1%)	39
`["LLDL", "cvxqp3_s_2x2_0"]`	34.917 μs (5%)	83.78 KiB (1%)	23
`["LLDL", "dual1_2x2_0"]`	320.875 μs (5%)	127.48 KiB (1%)	61
`["LLDL", "dual2_2x2_0"]`	400.292 μs (5%)	153.36 KiB (1%)	72
`["LLDL", "dual3_2x2_0"]`	563.625 μs (5%)	194.25 KiB (1%)	87
`["LLDL", "dual4_2x2_0"]`	210.542 μs (5%)	105.77 KiB (1%)	51
`["LLDL", "dualc1_2x2_0"]`	218.666 μs (5%)	103.14 KiB (1%)	34
`["LLDL", "dualc2_2x2_0"]`	190.250 μs (5%)	97.53 KiB (1%)	30
`["LLDL", "dualc5_2x2_0"]`	298.084 μs (5%)	121.66 KiB (1%)	33
`["LLDL", "dualc8_2x2_0"]`	868.250 μs (5%)	206.12 KiB (1%)	33
`["LLDL", "genhs28_2x2_0"]`	1.392 μs (5%)	3.83 KiB (1%)	21
`["LLDL", "gouldqp2_2x2_0"]`	147.250 μs (5%)	466.98 KiB (1%)	38
`["LLDL", "gouldqp3_2x2_0"]`	162.084 μs (5%)	472.48 KiB (1%)	38
`["LLDL", "hs118_2x2_0"]`	6.425 μs (5%)	18.03 KiB (1%)	21
`["LLDL", "hs21_2x2_0"]`	814.537 ns (5%)	2.83 KiB (1%)	21
`["LLDL", "hs21mod_2x2_0"]`	1.204 μs (5%)	4.20 KiB (1%)	21
`["LLDL", "hs268_2x2_0"]`	1.438 μs (5%)	3.56 KiB (1%)	21
`["LLDL", "hs35_2x2_0"]`	851.277 ns (5%)	2.69 KiB (1%)	21
`["LLDL", "hs35mod_2x2_0"]`	761.431 ns (5%)	2.45 KiB (1%)	21
`["LLDL", "hs51_2x2_0"]`	737.664 ns (5%)	2.39 KiB (1%)	21
`["LLDL", "hs52_2x2_0"]`	734.423 ns (5%)	2.39 KiB (1%)	21
`["LLDL", "hs53_2x2_0"]`	1.504 μs (5%)	4.73 KiB (1%)	21
`["LLDL", "hs76_2x2_0"]`	1.137 μs (5%)	3.62 KiB (1%)	21
`["LLDL", "hues-mod_2x2_0"]`	1.349 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "huestis_2x2_0"]`	1.346 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "ksip_2x2_0"]`	6.686 ms (5%)	624.34 KiB (1%)	45
`["LLDL", "liswet10_2x2_0"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet11_2x2_0"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet12_2x2_0"]`	1.263 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet1_2x2_0"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet2_2x2_0"]`	1.269 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet3_2x2_0"]`	1.269 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet4_2x2_0"]`	1.262 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet5_2x2_0"]`	1.263 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet6_2x2_0"]`	1.267 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet7_2x2_0"]`	1.269 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet8_2x2_0"]`	1.261 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet9_2x2_0"]`	1.258 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "lotschd_2x2_0"]`	2.884 μs (5%)	7.09 KiB (1%)	21
`["LLDL", "mosarqp1_2x2_0"]`	316.625 μs (5%)	1.03 MiB (1%)	39
`["LLDL", "mosarqp2_2x2_0"]`	174.042 μs (5%)	491.11 KiB (1%)	38
`["LLDL", "powell20_2x2_0"]`	1.068 ms (5%)	3.45 MiB (1%)	39
`["LLDL", "primal1_2x2_0"]`	242.250 μs (5%)	155.17 KiB (1%)	28
`["LLDL", "primal2_2x2_0"]`	380.833 μs (5%)	227.12 KiB (1%)	35
`["LLDL", "primal3_2x2_0"]`	1.209 ms (5%)	474.48 KiB (1%)	117
`["LLDL", "primal4_2x2_0"]`	742.125 μs (5%)	430.48 KiB (1%)	26
`["LLDL", "primalc1_2x2_0"]`	69.750 μs (5%)	119.27 KiB (1%)	25
`["LLDL", "primalc2_2x2_0"]`	58.917 μs (5%)	115.02 KiB (1%)	25
`["LLDL", "primalc5_2x2_0"]`	80.833 μs (5%)	143.41 KiB (1%)	25
`["LLDL", "primalc8_2x2_0"]`	150.291 μs (5%)	248.75 KiB (1%)	25
`["LLDL", "qpcblend_2x2_0"]`	23.000 μs (5%)	58.11 KiB (1%)	23
`["LLDL", "qpcboei1_2x2_0"]`	185.041 μs (5%)	331.03 KiB (1%)	37
`["LLDL", "qpcboei2_2x2_0"]`	59.542 μs (5%)	132.06 KiB (1%)	23
`["LLDL", "qpcstair_2x2_0"]`	161.166 μs (5%)	262.88 KiB (1%)	25
`["LLDL", "s268_2x2_0"]`	1.433 μs (5%)	3.56 KiB (1%)	21
`["LLDL", "stcqp1_2x2_0"]`	8.604 ms (5%)	3.19 MiB (1%)	383
`["LLDL", "stcqp2_2x2_0"]`	5.883 ms (5%)	3.15 MiB (1%)	358
`["LLDL", "tame_2x2_0"]`	673.243 ns (5%)	2.19 KiB (1%)	21
`["LLDL", "ubh1_2x2_0"]`	2.383 ms (5%)	6.48 MiB (1%)	39
`["LLDL", "yao_2x2_0"]`	251.125 μs (5%)	746.52 KiB (1%)	38
`["LLDL", "zecevic2_2x2_0"]`	939.550 ns (5%)	3.11 KiB (1%)	21

Benchmark Group List

Here's a list of all the benchmark groups executed by this job:

["LLDL"]

Julia versioninfo

Julia Version 1.9.3
Commit bed2cd540a1 (2023-08-24 14:43 UTC)
Build Info:
  Official https://julialang.org/ release
Platform Info:
  OS: macOS (arm64-apple-darwin22.4.0)
  uname: Darwin 21.6.0 Darwin Kernel Version 21.6.0: Fri Sep 15 16:17:13 PDT 2023; root:xnu-8020.240.18.703.5~1/RELEASE_ARM64_T8101 arm64 arm
  CPU: Apple M1: 
              speed         user         nice          sys         idle          irq
       #1  2400 MHz      93340 s          0 s     126326 s    5074056 s          0 s
       #2  2400 MHz      84063 s          0 s     113980 s    5095676 s          0 s
       #3  2400 MHz      65438 s          0 s      78208 s    5150072 s          0 s
       #4  2400 MHz      56693 s          0 s      57704 s    5179321 s          0 s
       #5  2400 MHz     132392 s          0 s      63857 s    5097469 s          0 s
       #6  2400 MHz      98719 s          0 s      39531 s    5155468 s          0 s
       #7  2400 MHz      58392 s          0 s      26435 s    5208892 s          0 s
       #8  2400 MHz      52242 s          0 s      17493 s    5223984 s          0 s
  Memory: 8.0 GB (146.421875 MB free)
  Uptime: 529364.0 sec
  Load Avg:  1.88916015625  1.734375  1.8330078125
  WORD_SIZE: 64
  LIBM: libopenlibm
  LLVM: libLLVM-14.0.6 (ORCJIT, apple-m1)
  Threads: 1 on 4 virtual cores

Raw

4_commit.md

Benchmark Report for LimitedLDLFactorizations

Job Properties

Time of benchmark: 22 Oct 2023 - 18:27
Package commit: 9df9e2
Julia commit: bed2cd
Julia command flags: None
Environment variables: None

Results

ID	time	memory	allocations
`["LLDL", "aug2d_2x2_0"]`	1.329 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2dc_2x2_0"]`	1.317 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2dcqp_2x2_0"]`	3.016 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug2dqp_2x2_0"]`	2.992 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug3d_2x2_0"]`	211.750 μs (5%)	608.86 KiB (1%)	38
`["LLDL", "aug3dc_2x2_0"]`	212.416 μs (5%)	608.86 KiB (1%)	38
`["LLDL", "aug3dcqp_2x2_0"]`	503.125 μs (5%)	1.48 MiB (1%)	39
`["LLDL", "aug3dqp_2x2_0"]`	499.916 μs (5%)	1.48 MiB (1%)	39
`["LLDL", "cvxqp1_l_2x2_0"]`	5.734 ms (5%)	6.77 MiB (1%)	39
`["LLDL", "cvxqp1_m_2x2_0"]`	548.333 μs (5%)	702.69 KiB (1%)	39
`["LLDL", "cvxqp1_s_2x2_0"]`	31.666 μs (5%)	80.16 KiB (1%)	23
`["LLDL", "cvxqp2_l_2x2_0"]`	4.851 ms (5%)	6.41 MiB (1%)	39
`["LLDL", "cvxqp2_m_2x2_0"]`	455.958 μs (5%)	665.59 KiB (1%)	39
`["LLDL", "cvxqp2_s_2x2_0"]`	28.291 μs (5%)	76.58 KiB (1%)	23
`["LLDL", "cvxqp3_l_2x2_0"]`	6.657 ms (5%)	7.14 MiB (1%)	39
`["LLDL", "cvxqp3_m_2x2_0"]`	630.875 μs (5%)	739.50 KiB (1%)	39
`["LLDL", "cvxqp3_s_2x2_0"]`	34.917 μs (5%)	83.78 KiB (1%)	23
`["LLDL", "dual1_2x2_0"]`	320.791 μs (5%)	127.48 KiB (1%)	61
`["LLDL", "dual2_2x2_0"]`	400.167 μs (5%)	153.36 KiB (1%)	72
`["LLDL", "dual3_2x2_0"]`	562.291 μs (5%)	194.25 KiB (1%)	87
`["LLDL", "dual4_2x2_0"]`	210.042 μs (5%)	105.77 KiB (1%)	51
`["LLDL", "dualc1_2x2_0"]`	218.625 μs (5%)	103.14 KiB (1%)	34
`["LLDL", "dualc2_2x2_0"]`	190.083 μs (5%)	97.53 KiB (1%)	30
`["LLDL", "dualc5_2x2_0"]`	298.250 μs (5%)	121.66 KiB (1%)	33
`["LLDL", "dualc8_2x2_0"]`	869.333 μs (5%)	206.12 KiB (1%)	33
`["LLDL", "genhs28_2x2_0"]`	1.383 μs (5%)	3.83 KiB (1%)	21
`["LLDL", "gouldqp2_2x2_0"]`	147.667 μs (5%)	466.98 KiB (1%)	38
`["LLDL", "gouldqp3_2x2_0"]`	162.875 μs (5%)	472.48 KiB (1%)	38
`["LLDL", "hs118_2x2_0"]`	6.367 μs (5%)	18.03 KiB (1%)	21
`["LLDL", "hs21_2x2_0"]`	797.756 ns (5%)	2.83 KiB (1%)	21
`["LLDL", "hs21mod_2x2_0"]`	1.188 μs (5%)	4.20 KiB (1%)	21
`["LLDL", "hs268_2x2_0"]`	1.421 μs (5%)	3.56 KiB (1%)	21
`["LLDL", "hs35_2x2_0"]`	842.308 ns (5%)	2.69 KiB (1%)	21
`["LLDL", "hs35mod_2x2_0"]`	743.461 ns (5%)	2.45 KiB (1%)	21
`["LLDL", "hs51_2x2_0"]`	714.000 ns (5%)	2.39 KiB (1%)	21
`["LLDL", "hs52_2x2_0"]`	710.707 ns (5%)	2.39 KiB (1%)	21
`["LLDL", "hs53_2x2_0"]`	1.483 μs (5%)	4.73 KiB (1%)	21
`["LLDL", "hs76_2x2_0"]`	1.129 μs (5%)	3.62 KiB (1%)	21
`["LLDL", "hues-mod_2x2_0"]`	1.327 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "huestis_2x2_0"]`	1.338 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "ksip_2x2_0"]`	6.700 ms (5%)	624.34 KiB (1%)	45
`["LLDL", "liswet10_2x2_0"]`	1.265 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet11_2x2_0"]`	1.266 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet12_2x2_0"]`	1.263 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet1_2x2_0"]`	1.255 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet2_2x2_0"]`	1.267 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet3_2x2_0"]`	1.251 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet4_2x2_0"]`	1.265 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet5_2x2_0"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet6_2x2_0"]`	1.267 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet7_2x2_0"]`	1.266 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet8_2x2_0"]`	1.265 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet9_2x2_0"]`	1.257 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "lotschd_2x2_0"]`	2.852 μs (5%)	7.09 KiB (1%)	21
`["LLDL", "mosarqp1_2x2_0"]`	315.917 μs (5%)	1.03 MiB (1%)	39
`["LLDL", "mosarqp2_2x2_0"]`	175.291 μs (5%)	491.11 KiB (1%)	38
`["LLDL", "powell20_2x2_0"]`	1.069 ms (5%)	3.45 MiB (1%)	39
`["LLDL", "primal1_2x2_0"]`	241.750 μs (5%)	155.17 KiB (1%)	28
`["LLDL", "primal2_2x2_0"]`	380.625 μs (5%)	227.12 KiB (1%)	35
`["LLDL", "primal3_2x2_0"]`	1.210 ms (5%)	474.48 KiB (1%)	117
`["LLDL", "primal4_2x2_0"]`	742.875 μs (5%)	430.48 KiB (1%)	26
`["LLDL", "primalc1_2x2_0"]`	70.708 μs (5%)	119.27 KiB (1%)	25
`["LLDL", "primalc2_2x2_0"]`	59.000 μs (5%)	115.02 KiB (1%)	25
`["LLDL", "primalc5_2x2_0"]`	81.208 μs (5%)	143.41 KiB (1%)	25
`["LLDL", "primalc8_2x2_0"]`	149.042 μs (5%)	248.75 KiB (1%)	25
`["LLDL", "qpcblend_2x2_0"]`	23.125 μs (5%)	58.11 KiB (1%)	23
`["LLDL", "qpcboei1_2x2_0"]`	186.084 μs (5%)	331.03 KiB (1%)	37
`["LLDL", "qpcboei2_2x2_0"]`	59.292 μs (5%)	132.06 KiB (1%)	23
`["LLDL", "qpcstair_2x2_0"]`	161.625 μs (5%)	262.88 KiB (1%)	25
`["LLDL", "s268_2x2_0"]`	1.425 μs (5%)	3.56 KiB (1%)	21
`["LLDL", "stcqp1_2x2_0"]`	8.590 ms (5%)	3.19 MiB (1%)	383
`["LLDL", "stcqp2_2x2_0"]`	5.872 ms (5%)	3.15 MiB (1%)	358
`["LLDL", "tame_2x2_0"]`	652.961 ns (5%)	2.19 KiB (1%)	21
`["LLDL", "ubh1_2x2_0"]`	2.409 ms (5%)	6.48 MiB (1%)	39
`["LLDL", "yao_2x2_0"]`	252.292 μs (5%)	746.52 KiB (1%)	38
`["LLDL", "zecevic2_2x2_0"]`	912.500 ns (5%)	3.11 KiB (1%)	21

Benchmark Group List

Here's a list of all the benchmark groups executed by this job:

["LLDL"]

Julia versioninfo

Julia Version 1.9.3
Commit bed2cd540a1 (2023-08-24 14:43 UTC)
Build Info:
  Official https://julialang.org/ release
Platform Info:
  OS: macOS (arm64-apple-darwin22.4.0)
  uname: Darwin 21.6.0 Darwin Kernel Version 21.6.0: Fri Sep 15 16:17:13 PDT 2023; root:xnu-8020.240.18.703.5~1/RELEASE_ARM64_T8101 arm64 arm
  CPU: Apple M1: 
              speed         user         nice          sys         idle          irq
       #1  2400 MHz      93262 s          0 s     126260 s    5071662 s          0 s
       #2  2400 MHz      83989 s          0 s     113920 s    5093270 s          0 s
       #3  2400 MHz      65389 s          0 s      78176 s    5147614 s          0 s
       #4  2400 MHz      56644 s          0 s      57677 s    5176858 s          0 s
       #5  2400 MHz     131497 s          0 s      63779 s    5095903 s          0 s
       #6  2400 MHz      97836 s          0 s      39462 s    5153881 s          0 s
       #7  2400 MHz      58038 s          0 s      26390 s    5206751 s          0 s
       #8  2400 MHz      51958 s          0 s      17454 s    5221767 s          0 s
  Memory: 8.0 GB (67.59375 MB free)
  Uptime: 529110.0 sec
  Load Avg:  1.25927734375  1.77294921875  1.89404296875
  WORD_SIZE: 64
  LIBM: libopenlibm
  LLVM: libLLVM-14.0.6 (ORCJIT, apple-m1)
  Threads: 1 on 4 virtual cores

Raw

judgement.md

Benchmark Report for LimitedLDLFactorizations

Job Properties

Time of benchmarks:
- Target: 16 Nov 2023 - 11:15
- Baseline: 16 Nov 2023 - 11:43
Package commits:
- Target: 859c4d
- Baseline: 51de8c
Julia commits:
- Target: bed2cd
- Baseline: bed2cd
Julia command flags:
- Target: None
- Baseline: None
Environment variables:
- Target: None
- Baseline: None

Results

ID	time ratio	memory ratio
`["LDIV", "hs118_2x2_0"]`	1.06 (5%) ❌	1.00 (1%)
`["LDIV", "hs118_2x2_10"]`	1.06 (5%) ❌	1.00 (1%)
`["LDIV", "hs118_2x2_5"]`	1.06 (5%) ❌	1.00 (1%)
`["LDIV", "hs21_2x2_0"]`	1.46 (5%) ❌	1.00 (1%)
`["LDIV", "hs21_2x2_5"]`	1.45 (5%) ❌	1.00 (1%)
`["LDIV", "hs21_3x3_0"]`	1.44 (5%) ❌	1.00 (1%)
`["LDIV", "hs21_3x3_5"]`	1.45 (5%) ❌	1.00 (1%)
`["LDIV", "hs21mod_2x2_0"]`	1.32 (5%) ❌	1.00 (1%)
`["LDIV", "hs21mod_2x2_5"]`	1.32 (5%) ❌	1.00 (1%)
`["LDIV", "hs21mod_3x3_0"]`	1.24 (5%) ❌	1.00 (1%)
`["LDIV", "hs21mod_3x3_5"]`	1.24 (5%) ❌	1.00 (1%)
`["LDIV", "hs268_2x2_0"]`	1.09 (5%) ❌	1.00 (1%)
`["LDIV", "hs35_2x2_0"]`	1.57 (5%) ❌	1.00 (1%)
`["LDIV", "hs35_3x3_0"]`	1.58 (5%) ❌	1.00 (1%)
`["LDIV", "hs35mod_2x2_0"]`	1.28 (5%) ❌	1.00 (1%)
`["LDIV", "hs35mod_3x3_0"]`	1.37 (5%) ❌	1.00 (1%)
`["LDIV", "hs51_2x2_0"]`	1.48 (5%) ❌	1.00 (1%)
`["LDIV", "hs51_3x3_0"]`	1.38 (5%) ❌	1.00 (1%)
`["LDIV", "hs52_2x2_0"]`	1.42 (5%) ❌	1.00 (1%)
`["LDIV", "hs52_3x3_0"]`	1.44 (5%) ❌	1.00 (1%)
`["LDIV", "hs53_2x2_0"]`	1.24 (5%) ❌	1.00 (1%)
`["LDIV", "hs53_3x3_0"]`	1.24 (5%) ❌	1.00 (1%)
`["LDIV", "hs76_2x2_0"]`	1.19 (5%) ❌	1.00 (1%)
`["LDIV", "hs76_3x3_0"]`	1.19 (5%) ❌	1.00 (1%)
`["LDIV", "lotschd_2x2_0"]`	1.19 (5%) ❌	1.00 (1%)
`["LDIV", "lotschd_2x2_5"]`	1.12 (5%) ❌	1.00 (1%)
`["LDIV", "lotschd_3x3_0"]`	1.11 (5%) ❌	1.00 (1%)
`["LDIV", "primal2_2x2_0"]`	0.92 (5%) ✅	1.00 (1%)
`["LDIV", "primal4_2x2_5"]`	0.90 (5%) ✅	1.00 (1%)
`["LDIV", "s268_2x2_0"]`	1.08 (5%) ❌	1.00 (1%)
`["LDIV", "tame_2x2_0"]`	1.28 (5%) ❌	1.00 (1%)
`["LDIV", "tame_3x3_0"]`	1.52 (5%) ❌	1.00 (1%)
`["LDIV", "zecevic2_2x2_0"]`	1.42 (5%) ❌	1.00 (1%)
`["LDIV", "zecevic2_3x3_0"]`	1.39 (5%) ❌	1.00 (1%)
`["LLDL", "qpcboei2_3x3_10"]`	1.05 (5%) ❌	1.00 (1%)

Benchmark Group List

Here's a list of all the benchmark groups executed by this job:

["LDIV"]
["LLDL"]

Julia versioninfo

Target

Julia Version 1.9.3
Commit bed2cd540a1 (2023-08-24 14:43 UTC)
Build Info:
  Official https://julialang.org/ release
Platform Info:
  OS: macOS (arm64-apple-darwin22.4.0)
  uname: Darwin 21.6.0 Darwin Kernel Version 21.6.0: Fri Sep 15 16:17:13 PDT 2023; root:xnu-8020.240.18.703.5~1/RELEASE_ARM64_T8101 arm64 arm
  CPU: Apple M1: 
              speed         user         nice          sys         idle          irq
       #1  2400 MHz     675635 s          0 s     909913 s   25083031 s          0 s
       #2  2400 MHz     601965 s          0 s     827255 s   25239354 s          0 s
       #3  2400 MHz     484082 s          0 s     597196 s   25587297 s          0 s
       #4  2400 MHz     418561 s          0 s     443864 s   25806150 s          0 s
       #5  2400 MHz     595344 s          0 s     610384 s   25462846 s          0 s
       #6  2400 MHz     406962 s          0 s     420152 s   25841461 s          0 s
       #7  2400 MHz     247221 s          0 s     288906 s   26132447 s          0 s
       #8  2400 MHz     174077 s          0 s     205612 s   26288885 s          0 s
  Memory: 8.0 GB (70.28125 MB free)
  Uptime: 2.666821e6 sec
  Load Avg:  1.57080078125  1.6806640625  1.76025390625
  WORD_SIZE: 64
  LIBM: libopenlibm
  LLVM: libLLVM-14.0.6 (ORCJIT, apple-m1)
  Threads: 1 on 4 virtual cores

Baseline

Julia Version 1.9.3
Commit bed2cd540a1 (2023-08-24 14:43 UTC)
Build Info:
  Official https://julialang.org/ release
Platform Info:
  OS: macOS (arm64-apple-darwin22.4.0)
  uname: Darwin 21.6.0 Darwin Kernel Version 21.6.0: Fri Sep 15 16:17:13 PDT 2023; root:xnu-8020.240.18.703.5~1/RELEASE_ARM64_T8101 arm64 arm
  CPU: Apple M1: 
              speed         user         nice          sys         idle          irq
       #1  2400 MHz     675907 s          0 s     910359 s   25098836 s          0 s
       #2  2400 MHz     602254 s          0 s     827630 s   25255214 s          0 s
       #3  2400 MHz     484298 s          0 s     597415 s   25603386 s          0 s
       #4  2400 MHz     418768 s          0 s     444003 s   25822327 s          0 s
       #5  2400 MHz     601716 s          0 s     610780 s   25472602 s          0 s
       #6  2400 MHz     411867 s          0 s     420526 s   25852705 s          0 s
       #7  2400 MHz     250781 s          0 s     289444 s   26144873 s          0 s
       #8  2400 MHz     175849 s          0 s     205983 s   26303266 s          0 s
  Memory: 8.0 GB (72.15625 MB free)
  Uptime: 2.668473e6 sec
  Load Avg:  1.3876953125  1.5419921875  1.6640625
  WORD_SIZE: 64
  LIBM: libopenlibm
  LLVM: libLLVM-14.0.6 (ORCJIT, apple-m1)
  Threads: 1 on 4 virtual cores

Raw

LDIV.svg

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Raw

LLDL.svg

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Raw

reference.md

Benchmark Report for LimitedLDLFactorizations

Job Properties

Time of benchmark: 16 Nov 2023 - 11:43
Package commit: 51de8c
Julia commit: bed2cd
Julia command flags: None
Environment variables: None

Results

ID	time	memory	allocations
`["LDIV", "aug2d_2x2_0"]`	109.584 μs (5%)
`["LDIV", "aug2d_2x2_5"]`	111.542 μs (5%)
`["LDIV", "aug2d_3x3_0"]`	110.584 μs (5%)
`["LDIV", "aug2d_3x3_5"]`	111.208 μs (5%)
`["LDIV", "aug2dc_2x2_0"]`	110.250 μs (5%)
`["LDIV", "aug2dc_2x2_5"]`	112.416 μs (5%)
`["LDIV", "aug2dc_3x3_0"]`	110.000 μs (5%)
`["LDIV", "aug2dc_3x3_5"]`	110.208 μs (5%)
`["LDIV", "aug2dcqp_2x2_0"]`	229.875 μs (5%)
`["LDIV", "aug2dcqp_2x2_10"]`	230.000 μs (5%)
`["LDIV", "aug2dcqp_2x2_5"]`	229.667 μs (5%)
`["LDIV", "aug2dcqp_3x3_0"]`	282.291 μs (5%)
`["LDIV", "aug2dcqp_3x3_10"]`	281.167 μs (5%)
`["LDIV", "aug2dcqp_3x3_5"]`	280.750 μs (5%)
`["LDIV", "aug2dqp_2x2_0"]`	228.708 μs (5%)
`["LDIV", "aug2dqp_2x2_10"]`	229.458 μs (5%)
`["LDIV", "aug2dqp_2x2_5"]`	228.833 μs (5%)
`["LDIV", "aug2dqp_3x3_0"]`	279.833 μs (5%)
`["LDIV", "aug2dqp_3x3_10"]`	279.500 μs (5%)
`["LDIV", "aug2dqp_3x3_5"]`	280.458 μs (5%)
`["LDIV", "aug3d_2x2_0"]`	20.000 μs (5%)
`["LDIV", "aug3d_3x3_0"]`	20.042 μs (5%)
`["LDIV", "aug3dc_2x2_0"]`	20.125 μs (5%)
`["LDIV", "aug3dc_3x3_0"]`	19.958 μs (5%)
`["LDIV", "aug3dcqp_2x2_0"]`	41.042 μs (5%)
`["LDIV", "aug3dcqp_2x2_5"]`	41.083 μs (5%)
`["LDIV", "aug3dcqp_3x3_0"]`	50.959 μs (5%)
`["LDIV", "aug3dcqp_3x3_5"]`	50.875 μs (5%)
`["LDIV", "aug3dqp_2x2_0"]`	40.709 μs (5%)
`["LDIV", "aug3dqp_2x2_5"]`	41.041 μs (5%)
`["LDIV", "aug3dqp_3x3_0"]`	51.291 μs (5%)
`["LDIV", "aug3dqp_3x3_5"]`	51.000 μs (5%)
`["LDIV", "cvxqp1_l_2x2_0"]`	203.959 μs (5%)
`["LDIV", "cvxqp1_l_2x2_10"]`	203.250 μs (5%)
`["LDIV", "cvxqp1_l_2x2_5"]`	202.125 μs (5%)
`["LDIV", "cvxqp1_l_3x3_0"]`	252.500 μs (5%)
`["LDIV", "cvxqp1_l_3x3_10"]`	252.208 μs (5%)
`["LDIV", "cvxqp1_l_3x3_5"]`	253.917 μs (5%)
`["LDIV", "cvxqp1_m_2x2_0"]`	20.042 μs (5%)
`["LDIV", "cvxqp1_m_2x2_10"]`	20.083 μs (5%)
`["LDIV", "cvxqp1_m_2x2_5"]`	20.125 μs (5%)
`["LDIV", "cvxqp1_m_3x3_0"]`	25.500 μs (5%)
`["LDIV", "cvxqp1_m_3x3_10"]`	25.333 μs (5%)
`["LDIV", "cvxqp1_m_3x3_5"]`	25.500 μs (5%)
`["LDIV", "cvxqp1_s_2x2_0"]`	1.946 μs (5%)
`["LDIV", "cvxqp1_s_2x2_10"]`	1.938 μs (5%)
`["LDIV", "cvxqp1_s_2x2_5"]`	1.938 μs (5%)
`["LDIV", "cvxqp1_s_3x3_0"]`	2.356 μs (5%)
`["LDIV", "cvxqp1_s_3x3_10"]`	2.352 μs (5%)
`["LDIV", "cvxqp1_s_3x3_5"]`	2.347 μs (5%)
`["LDIV", "cvxqp2_l_2x2_0"]`	191.750 μs (5%)
`["LDIV", "cvxqp2_l_2x2_10"]`	189.458 μs (5%)
`["LDIV", "cvxqp2_l_2x2_5"]`	189.583 μs (5%)
`["LDIV", "cvxqp2_l_3x3_0"]`	240.208 μs (5%)
`["LDIV", "cvxqp2_l_3x3_10"]`	242.250 μs (5%)
`["LDIV", "cvxqp2_l_3x3_5"]`	240.209 μs (5%)
`["LDIV", "cvxqp2_m_2x2_0"]`	18.791 μs (5%)
`["LDIV", "cvxqp2_m_2x2_10"]`	18.791 μs (5%)
`["LDIV", "cvxqp2_m_2x2_5"]`	18.792 μs (5%)
`["LDIV", "cvxqp2_m_3x3_0"]`	24.084 μs (5%)
`["LDIV", "cvxqp2_m_3x3_10"]`	24.208 μs (5%)
`["LDIV", "cvxqp2_m_3x3_5"]`	24.250 μs (5%)
`["LDIV", "cvxqp2_s_2x2_0"]`	1.825 μs (5%)
`["LDIV", "cvxqp2_s_2x2_10"]`	1.825 μs (5%)
`["LDIV", "cvxqp2_s_2x2_5"]`	1.821 μs (5%)
`["LDIV", "cvxqp2_s_3x3_0"]`	2.245 μs (5%)
`["LDIV", "cvxqp2_s_3x3_10"]`	2.245 μs (5%)
`["LDIV", "cvxqp2_s_3x3_5"]`	2.245 μs (5%)
`["LDIV", "cvxqp3_l_2x2_0"]`	215.875 μs (5%)
`["LDIV", "cvxqp3_l_2x2_10"]`	215.208 μs (5%)
`["LDIV", "cvxqp3_l_2x2_5"]`	215.541 μs (5%)
`["LDIV", "cvxqp3_l_3x3_0"]`	265.250 μs (5%)
`["LDIV", "cvxqp3_l_3x3_10"]`	264.625 μs (5%)
`["LDIV", "cvxqp3_l_3x3_5"]`	266.583 μs (5%)
`["LDIV", "cvxqp3_m_2x2_0"]`	21.541 μs (5%)
`["LDIV", "cvxqp3_m_2x2_10"]`	21.416 μs (5%)
`["LDIV", "cvxqp3_m_2x2_5"]`	21.541 μs (5%)
`["LDIV", "cvxqp3_m_3x3_0"]`	26.708 μs (5%)
`["LDIV", "cvxqp3_m_3x3_10"]`	26.833 μs (5%)
`["LDIV", "cvxqp3_m_3x3_5"]`	26.708 μs (5%)
`["LDIV", "cvxqp3_s_2x2_0"]`	2.042 μs (5%)
`["LDIV", "cvxqp3_s_2x2_10"]`	2.037 μs (5%)
`["LDIV", "cvxqp3_s_2x2_5"]`	2.037 μs (5%)
`["LDIV", "cvxqp3_s_3x3_0"]`	2.458 μs (5%)
`["LDIV", "cvxqp3_s_3x3_10"]`	2.458 μs (5%)
`["LDIV", "cvxqp3_s_3x3_5"]`	2.454 μs (5%)
`["LDIV", "dual1_2x2_0"]`	6.117 μs (5%)
`["LDIV", "dual1_2x2_5"]`	6.167 μs (5%)
`["LDIV", "dual1_3x3_0"]`	6.467 μs (5%)
`["LDIV", "dual1_3x3_5"]`	6.517 μs (5%)
`["LDIV", "dual2_2x2_0"]`	7.885 μs (5%)
`["LDIV", "dual2_3x3_0"]`	8.292 μs (5%)
`["LDIV", "dual3_2x2_0"]`	10.833 μs (5%)
`["LDIV", "dual3_2x2_5"]`	10.833 μs (5%)
`["LDIV", "dual3_3x3_0"]`	11.291 μs (5%)
`["LDIV", "dual3_3x3_5"]`	11.292 μs (5%)
`["LDIV", "dual4_2x2_0"]`	5.389 μs (5%)
`["LDIV", "dual4_2x2_5"]`	5.396 μs (5%)
`["LDIV", "dual4_3x3_0"]`	5.694 μs (5%)
`["LDIV", "dual4_3x3_5"]`	5.729 μs (5%)
`["LDIV", "dualc1_2x2_0"]`	3.948 μs (5%)
`["LDIV", "dualc1_2x2_10"]`	3.943 μs (5%)
`["LDIV", "dualc1_2x2_5"]`	3.948 μs (5%)
`["LDIV", "dualc1_3x3_0"]`	4.440 μs (5%)
`["LDIV", "dualc1_3x3_10"]`	4.434 μs (5%)
`["LDIV", "dualc1_3x3_5"]`	4.434 μs (5%)
`["LDIV", "dualc2_2x2_0"]`	3.422 μs (5%)
`["LDIV", "dualc2_2x2_10"]`	3.380 μs (5%)
`["LDIV", "dualc2_2x2_5"]`	3.385 μs (5%)
`["LDIV", "dualc2_3x3_0"]`	3.927 μs (5%)
`["LDIV", "dualc2_3x3_10"]`	3.885 μs (5%)
`["LDIV", "dualc2_3x3_5"]`	3.891 μs (5%)
`["LDIV", "dualc5_2x2_0"]`	4.613 μs (5%)
`["LDIV", "dualc5_2x2_5"]`	4.613 μs (5%)
`["LDIV", "dualc5_3x3_0"]`	5.222 μs (5%)
`["LDIV", "dualc5_3x3_5"]`	5.222 μs (5%)
`["LDIV", "dualc8_2x2_0"]`	8.153 μs (5%)
`["LDIV", "dualc8_2x2_10"]`	8.139 μs (5%)
`["LDIV", "dualc8_2x2_5"]`	8.139 μs (5%)
`["LDIV", "dualc8_3x3_0"]`	9.375 μs (5%)
`["LDIV", "dualc8_3x3_10"]`	9.334 μs (5%)
`["LDIV", "dualc8_3x3_5"]`	9.291 μs (5%)
`["LDIV", "genhs28_2x2_0"]`	145.954 ns (5%)
`["LDIV", "genhs28_3x3_0"]`	145.883 ns (5%)
`["LDIV", "gouldqp2_2x2_0"]`	14.208 μs (5%)
`["LDIV", "gouldqp2_2x2_5"]`	12.750 μs (5%)
`["LDIV", "gouldqp2_3x3_0"]`	17.791 μs (5%)
`["LDIV", "gouldqp2_3x3_5"]`	16.292 μs (5%)
`["LDIV", "gouldqp3_2x2_0"]`	14.541 μs (5%)
`["LDIV", "gouldqp3_2x2_10"]`	12.250 μs (5%)
`["LDIV", "gouldqp3_2x2_5"]`	12.125 μs (5%)
`["LDIV", "gouldqp3_3x3_0"]`	18.167 μs (5%)
`["LDIV", "gouldqp3_3x3_5"]`	15.708 μs (5%)
`["LDIV", "hs118_2x2_0"]`	422.322 ns (5%)
`["LDIV", "hs118_2x2_10"]`	423.367 ns (5%)
`["LDIV", "hs118_2x2_5"]`	422.317 ns (5%)
`["LDIV", "hs118_3x3_0"]`	565.086 ns (5%)
`["LDIV", "hs118_3x3_10"]`	565.989 ns (5%)
`["LDIV", "hs118_3x3_5"]`	565.314 ns (5%)
`["LDIV", "hs21_2x2_0"]`	53.553 ns (5%)
`["LDIV", "hs21_2x2_5"]`	53.426 ns (5%)
`["LDIV", "hs21_3x3_0"]`	60.506 ns (5%)
`["LDIV", "hs21_3x3_5"]`	60.549 ns (5%)
`["LDIV", "hs21mod_2x2_0"]`	82.988 ns (5%)
`["LDIV", "hs21mod_2x2_5"]`	82.988 ns (5%)
`["LDIV", "hs21mod_3x3_0"]`	106.938 ns (5%)
`["LDIV", "hs21mod_3x3_5"]`	107.296 ns (5%)
`["LDIV", "hs268_2x2_0"]`	148.966 ns (5%)
`["LDIV", "hs268_3x3_0"]`	144.483 ns (5%)
`["LDIV", "hs35_2x2_0"]`	62.395 ns (5%)
`["LDIV", "hs35_3x3_0"]`	62.861 ns (5%)
`["LDIV", "hs35mod_2x2_0"]`	62.479 ns (5%)
`["LDIV", "hs35mod_3x3_0"]`	67.432 ns (5%)
`["LDIV", "hs51_2x2_0"]`	58.265 ns (5%)
`["LDIV", "hs51_3x3_0"]`	57.292 ns (5%)
`["LDIV", "hs52_2x2_0"]`	57.206 ns (5%)
`["LDIV", "hs52_3x3_0"]`	56.488 ns (5%)
`["LDIV", "hs53_2x2_0"]`	108.861 ns (5%)
`["LDIV", "hs53_3x3_0"]`	131.053 ns (5%)
`["LDIV", "hs76_2x2_0"]`	92.085 ns (5%)
`["LDIV", "hs76_3x3_0"]`	99.129 ns (5%)
`["LDIV", "hues-mod_2x2_0"]`	127.625 μs (5%)
`["LDIV", "hues-mod_2x2_10"]`	128.875 μs (5%)
`["LDIV", "hues-mod_2x2_5"]`	127.667 μs (5%)
`["LDIV", "hues-mod_3x3_0"]`	154.291 μs (5%)
`["LDIV", "hues-mod_3x3_10"]`	153.209 μs (5%)
`["LDIV", "hues-mod_3x3_5"]`	152.917 μs (5%)
`["LDIV", "huestis_2x2_0"]`	127.917 μs (5%)
`["LDIV", "huestis_2x2_10"]`	128.541 μs (5%)
`["LDIV", "huestis_2x2_5"]`	126.917 μs (5%)
`["LDIV", "huestis_3x3_0"]`	153.875 μs (5%)
`["LDIV", "huestis_3x3_10"]`	152.917 μs (5%)
`["LDIV", "huestis_3x3_5"]`	153.750 μs (5%)
`["LDIV", "ksip_2x2_0"]`	32.375 μs (5%)
`["LDIV", "ksip_2x2_10"]`	32.334 μs (5%)
`["LDIV", "ksip_2x2_5"]`	32.500 μs (5%)
`["LDIV", "ksip_3x3_0"]`	34.750 μs (5%)
`["LDIV", "ksip_3x3_10"]`	34.750 μs (5%)
`["LDIV", "ksip_3x3_5"]`	34.667 μs (5%)
`["LDIV", "liswet10_2x2_0"]`	118.916 μs (5%)
`["LDIV", "liswet10_2x2_10"]`	119.834 μs (5%)
`["LDIV", "liswet10_2x2_5"]`	119.334 μs (5%)
`["LDIV", "liswet10_3x3_0"]`	143.541 μs (5%)
`["LDIV", "liswet10_3x3_10"]`	143.583 μs (5%)
`["LDIV", "liswet10_3x3_5"]`	144.250 μs (5%)
`["LDIV", "liswet11_2x2_0"]`	118.292 μs (5%)
`["LDIV", "liswet11_2x2_10"]`	119.041 μs (5%)
`["LDIV", "liswet11_2x2_5"]`	118.792 μs (5%)
`["LDIV", "liswet11_3x3_0"]`	143.500 μs (5%)
`["LDIV", "liswet11_3x3_10"]`	143.334 μs (5%)
`["LDIV", "liswet11_3x3_5"]`	143.167 μs (5%)
`["LDIV", "liswet12_2x2_0"]`	119.417 μs (5%)
`["LDIV", "liswet12_2x2_10"]`	118.416 μs (5%)
`["LDIV", "liswet12_2x2_5"]`	119.041 μs (5%)
`["LDIV", "liswet12_3x3_0"]`	143.417 μs (5%)
`["LDIV", "liswet12_3x3_10"]`	143.334 μs (5%)
`["LDIV", "liswet12_3x3_5"]`	143.542 μs (5%)
`["LDIV", "liswet1_2x2_0"]`	118.959 μs (5%)
`["LDIV", "liswet1_2x2_10"]`	118.792 μs (5%)
`["LDIV", "liswet1_2x2_5"]`	119.167 μs (5%)
`["LDIV", "liswet1_3x3_0"]`	143.625 μs (5%)
`["LDIV", "liswet1_3x3_10"]`	143.167 μs (5%)
`["LDIV", "liswet1_3x3_5"]`	143.792 μs (5%)
`["LDIV", "liswet2_2x2_0"]`	118.667 μs (5%)
`["LDIV", "liswet2_2x2_10"]`	119.792 μs (5%)
`["LDIV", "liswet2_2x2_5"]`	119.542 μs (5%)
`["LDIV", "liswet2_3x3_0"]`	142.541 μs (5%)
`["LDIV", "liswet2_3x3_10"]`	143.042 μs (5%)
`["LDIV", "liswet2_3x3_5"]`	143.083 μs (5%)
`["LDIV", "liswet3_2x2_0"]`	119.041 μs (5%)
`["LDIV", "liswet3_2x2_10"]`	119.125 μs (5%)
`["LDIV", "liswet3_2x2_5"]`	118.000 μs (5%)
`["LDIV", "liswet3_3x3_0"]`	142.084 μs (5%)
`["LDIV", "liswet3_3x3_10"]`	144.125 μs (5%)
`["LDIV", "liswet3_3x3_5"]`	142.625 μs (5%)
`["LDIV", "liswet4_2x2_0"]`	118.083 μs (5%)
`["LDIV", "liswet4_2x2_10"]`	119.042 μs (5%)
`["LDIV", "liswet4_2x2_5"]`	118.833 μs (5%)
`["LDIV", "liswet4_3x3_0"]`	144.417 μs (5%)
`["LDIV", "liswet4_3x3_10"]`	143.791 μs (5%)
`["LDIV", "liswet4_3x3_5"]`	143.708 μs (5%)
`["LDIV", "liswet5_2x2_0"]`	119.166 μs (5%)
`["LDIV", "liswet5_2x2_10"]`	118.958 μs (5%)
`["LDIV", "liswet5_2x2_5"]`	119.084 μs (5%)
`["LDIV", "liswet5_3x3_0"]`	143.292 μs (5%)
`["LDIV", "liswet5_3x3_10"]`	143.083 μs (5%)
`["LDIV", "liswet5_3x3_5"]`	143.375 μs (5%)
`["LDIV", "liswet6_2x2_0"]`	118.375 μs (5%)
`["LDIV", "liswet6_2x2_10"]`	119.208 μs (5%)
`["LDIV", "liswet6_2x2_5"]`	118.959 μs (5%)
`["LDIV", "liswet6_3x3_0"]`	142.708 μs (5%)
`["LDIV", "liswet6_3x3_10"]`	143.459 μs (5%)
`["LDIV", "liswet6_3x3_5"]`	144.417 μs (5%)
`["LDIV", "liswet7_2x2_0"]`	118.333 μs (5%)
`["LDIV", "liswet7_2x2_10"]`	118.708 μs (5%)
`["LDIV", "liswet7_2x2_5"]`	118.417 μs (5%)
`["LDIV", "liswet7_3x3_0"]`	142.417 μs (5%)
`["LDIV", "liswet7_3x3_10"]`	143.542 μs (5%)
`["LDIV", "liswet7_3x3_5"]`	142.459 μs (5%)
`["LDIV", "liswet8_2x2_0"]`	119.292 μs (5%)
`["LDIV", "liswet8_2x2_10"]`	119.083 μs (5%)
`["LDIV", "liswet8_2x2_5"]`	119.125 μs (5%)
`["LDIV", "liswet8_3x3_0"]`	143.375 μs (5%)
`["LDIV", "liswet8_3x3_10"]`	143.458 μs (5%)
`["LDIV", "liswet8_3x3_5"]`	144.334 μs (5%)
`["LDIV", "liswet9_2x2_0"]`	118.084 μs (5%)
`["LDIV", "liswet9_2x2_10"]`	119.125 μs (5%)
`["LDIV", "liswet9_2x2_5"]`	119.042 μs (5%)
`["LDIV", "liswet9_3x3_0"]`	144.708 μs (5%)
`["LDIV", "liswet9_3x3_10"]`	143.458 μs (5%)
`["LDIV", "liswet9_3x3_5"]`	143.792 μs (5%)
`["LDIV", "lotschd_2x2_0"]`	204.622 ns (5%)
`["LDIV", "lotschd_2x2_5"]`	205.439 ns (5%)
`["LDIV", "lotschd_3x3_0"]`	236.267 ns (5%)
`["LDIV", "lotschd_3x3_5"]`	235.807 ns (5%)
`["LDIV", "mosarqp1_2x2_0"]`	29.333 μs (5%)
`["LDIV", "mosarqp1_2x2_5"]`	29.458 μs (5%)
`["LDIV", "mosarqp1_3x3_0"]`	37.416 μs (5%)
`["LDIV", "mosarqp1_3x3_5"]`	37.333 μs (5%)
`["LDIV", "mosarqp2_2x2_0"]`	13.917 μs (5%)
`["LDIV", "mosarqp2_2x2_5"]`	13.875 μs (5%)
`["LDIV", "mosarqp2_3x3_0"]`	17.625 μs (5%)
`["LDIV", "mosarqp2_3x3_5"]`	17.541 μs (5%)
`["LDIV", "powell20_2x2_0"]`	140.125 μs (5%)
`["LDIV", "powell20_2x2_10"]`	139.667 μs (5%)
`["LDIV", "powell20_2x2_5"]`	139.292 μs (5%)
`["LDIV", "powell20_3x3_0"]`	165.917 μs (5%)
`["LDIV", "powell20_3x3_10"]`	165.541 μs (5%)
`["LDIV", "powell20_3x3_5"]`	165.125 μs (5%)
`["LDIV", "primal1_2x2_0"]`	8.094 μs (5%)
`["LDIV", "primal1_3x3_0"]`	8.389 μs (5%)
`["LDIV", "primal2_2x2_0"]`	12.791 μs (5%)
`["LDIV", "primal2_3x3_0"]`	12.083 μs (5%)
`["LDIV", "primal3_2x2_0"]`	29.417 μs (5%)
`["LDIV", "primal3_3x3_0"]`	29.625 μs (5%)
`["LDIV", "primal4_2x2_0"]`	25.750 μs (5%)
`["LDIV", "primal4_2x2_10"]`	25.000 μs (5%)
`["LDIV", "primal4_2x2_5"]`	28.083 μs (5%)
`["LDIV", "primal4_3x3_0"]`	25.792 μs (5%)
`["LDIV", "primal4_3x3_10"]`	25.375 μs (5%)
`["LDIV", "primal4_3x3_5"]`	25.458 μs (5%)
`["LDIV", "primalc1_2x2_0"]`	4.024 μs (5%)
`["LDIV", "primalc1_2x2_10"]`	4.018 μs (5%)
`["LDIV", "primalc1_2x2_5"]`	4.010 μs (5%)
`["LDIV", "primalc1_3x3_0"]`	4.577 μs (5%)
`["LDIV", "primalc1_3x3_10"]`	4.482 μs (5%)
`["LDIV", "primalc1_3x3_5"]`	4.470 μs (5%)
`["LDIV", "primalc2_2x2_0"]`	3.833 μs (5%)
`["LDIV", "primalc2_2x2_10"]`	3.828 μs (5%)
`["LDIV", "primalc2_2x2_5"]`	3.844 μs (5%)
`["LDIV", "primalc2_3x3_0"]`	4.315 μs (5%)
`["LDIV", "primalc2_3x3_10"]`	4.304 μs (5%)
`["LDIV", "primalc2_3x3_5"]`	4.274 μs (5%)
`["LDIV", "primalc5_2x2_0"]`	4.720 μs (5%)
`["LDIV", "primalc5_2x2_10"]`	4.732 μs (5%)
`["LDIV", "primalc5_2x2_5"]`	4.726 μs (5%)
`["LDIV", "primalc5_3x3_0"]`	5.389 μs (5%)
`["LDIV", "primalc5_3x3_10"]`	5.333 μs (5%)
`["LDIV", "primalc5_3x3_5"]`	5.368 μs (5%)
`["LDIV", "primalc8_2x2_0"]`	8.792 μs (5%)
`["LDIV", "primalc8_2x2_10"]`	8.875 μs (5%)
`["LDIV", "primalc8_2x2_5"]`	8.834 μs (5%)
`["LDIV", "primalc8_3x3_0"]`	10.167 μs (5%)
`["LDIV", "primalc8_3x3_10"]`	10.208 μs (5%)
`["LDIV", "primalc8_3x3_5"]`	10.208 μs (5%)
`["LDIV", "qpcblend_2x2_0"]`	1.408 μs (5%)
`["LDIV", "qpcblend_2x2_10"]`	1.408 μs (5%)
`["LDIV", "qpcblend_2x2_5"]`	1.408 μs (5%)
`["LDIV", "qpcblend_3x3_0"]`	1.650 μs (5%)
`["LDIV", "qpcblend_3x3_10"]`	1.650 μs (5%)
`["LDIV", "qpcblend_3x3_5"]`	1.650 μs (5%)
`["LDIV", "qpcboei1_2x2_0"]`	10.583 μs (5%)
`["LDIV", "qpcboei1_2x2_10"]`	10.666 μs (5%)
`["LDIV", "qpcboei1_2x2_5"]`	10.541 μs (5%)
`["LDIV", "qpcboei1_3x3_0"]`	12.959 μs (5%)
`["LDIV", "qpcboei1_3x3_10"]`	13.209 μs (5%)
`["LDIV", "qpcboei1_3x3_5"]`	12.917 μs (5%)
`["LDIV", "qpcboei2_2x2_0"]`	3.604 μs (5%)
`["LDIV", "qpcboei2_2x2_10"]`	3.604 μs (5%)
`["LDIV", "qpcboei2_2x2_5"]`	3.604 μs (5%)
`["LDIV", "qpcboei2_3x3_0"]`	4.399 μs (5%)
`["LDIV", "qpcboei2_3x3_10"]`	4.399 μs (5%)
`["LDIV", "qpcboei2_3x3_5"]`	4.405 μs (5%)
`["LDIV", "qpcstair_2x2_0"]`	8.542 μs (5%)
`["LDIV", "qpcstair_2x2_10"]`	8.486 μs (5%)
`["LDIV", "qpcstair_2x2_5"]`	8.583 μs (5%)
`["LDIV", "qpcstair_3x3_0"]`	10.083 μs (5%)
`["LDIV", "qpcstair_3x3_10"]`	9.833 μs (5%)
`["LDIV", "qpcstair_3x3_5"]`	9.834 μs (5%)
`["LDIV", "s268_2x2_0"]`	151.427 ns (5%)
`["LDIV", "s268_3x3_0"]`	146.264 ns (5%)
`["LDIV", "stcqp1_2x2_0"]`	115.417 μs (5%)
`["LDIV", "stcqp1_2x2_10"]`	115.541 μs (5%)
`["LDIV", "stcqp1_2x2_5"]`	114.833 μs (5%)
`["LDIV", "stcqp1_3x3_0"]`	135.708 μs (5%)
`["LDIV", "stcqp1_3x3_10"]`	135.708 μs (5%)
`["LDIV", "stcqp1_3x3_5"]`	135.542 μs (5%)
`["LDIV", "stcqp2_2x2_0"]`	113.250 μs (5%)
`["LDIV", "stcqp2_2x2_5"]`	113.709 μs (5%)
`["LDIV", "stcqp2_3x3_0"]`	134.000 μs (5%)
`["LDIV", "stcqp2_3x3_5"]`	133.500 μs (5%)
`["LDIV", "tame_2x2_0"]`	53.904 ns (5%)
`["LDIV", "tame_3x3_0"]`	48.330 ns (5%)
`["LDIV", "ubh1_2x2_0"]`	217.541 μs (5%)
`["LDIV", "ubh1_3x3_0"]`	247.875 μs (5%)
`["LDIV", "yao_2x2_0"]`	24.000 μs (5%)
`["LDIV", "yao_2x2_5"]`	23.792 μs (5%)
`["LDIV", "yao_3x3_0"]`	28.916 μs (5%)
`["LDIV", "yao_3x3_5"]`	28.959 μs (5%)
`["LDIV", "zecevic2_2x2_0"]`	59.087 ns (5%)
`["LDIV", "zecevic2_3x3_0"]`	69.458 ns (5%)
`["LLDL", "aug2d_2x2_0"]`	1.329 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2d_2x2_5"]`	1.328 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2d_3x3_0"]`	1.322 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2d_3x3_5"]`	1.321 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2dc_2x2_0"]`	1.328 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2dc_2x2_5"]`	1.317 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2dc_3x3_0"]`	1.318 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2dc_3x3_5"]`	1.319 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2dcqp_2x2_0"]`	2.966 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug2dcqp_2x2_10"]`	2.951 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug2dcqp_2x2_5"]`	2.961 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug2dcqp_3x3_0"]`	3.972 ms (5%)	10.57 MiB (1%)	39
`["LLDL", "aug2dcqp_3x3_10"]`	3.970 ms (5%)	10.57 MiB (1%)	39
`["LLDL", "aug2dcqp_3x3_5"]`	3.987 ms (5%)	10.57 MiB (1%)	39
`["LLDL", "aug2dqp_2x2_0"]`	2.956 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug2dqp_2x2_10"]`	2.968 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug2dqp_2x2_5"]`	2.953 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug2dqp_3x3_0"]`	3.996 ms (5%)	10.57 MiB (1%)	39
`["LLDL", "aug2dqp_3x3_10"]`	3.960 ms (5%)	10.57 MiB (1%)	39
`["LLDL", "aug2dqp_3x3_5"]`	3.994 ms (5%)	10.57 MiB (1%)	39
`["LLDL", "aug3d_2x2_0"]`	212.333 μs (5%)	608.86 KiB (1%)	38
`["LLDL", "aug3d_3x3_0"]`	212.417 μs (5%)	608.86 KiB (1%)	38
`["LLDL", "aug3dc_2x2_0"]`	212.750 μs (5%)	608.86 KiB (1%)	38
`["LLDL", "aug3dc_3x3_0"]`	212.208 μs (5%)	608.86 KiB (1%)	38
`["LLDL", "aug3dcqp_2x2_0"]`	504.208 μs (5%)	1.48 MiB (1%)	39
`["LLDL", "aug3dcqp_2x2_5"]`	502.792 μs (5%)	1.48 MiB (1%)	39
`["LLDL", "aug3dcqp_3x3_0"]`	686.791 μs (5%)	1.93 MiB (1%)	39
`["LLDL", "aug3dcqp_3x3_5"]`	686.292 μs (5%)	1.93 MiB (1%)	39
`["LLDL", "aug3dqp_2x2_0"]`	509.042 μs (5%)	1.48 MiB (1%)	39
`["LLDL", "aug3dqp_2x2_5"]`	505.292 μs (5%)	1.48 MiB (1%)	39
`["LLDL", "aug3dqp_3x3_0"]`	684.584 μs (5%)	1.93 MiB (1%)	39
`["LLDL", "aug3dqp_3x3_5"]`	690.791 μs (5%)	1.93 MiB (1%)	39
`["LLDL", "cvxqp1_l_2x2_0"]`	5.721 ms (5%)	6.77 MiB (1%)	39
`["LLDL", "cvxqp1_l_2x2_10"]`	5.745 ms (5%)	6.77 MiB (1%)	39
`["LLDL", "cvxqp1_l_2x2_5"]`	5.742 ms (5%)	6.77 MiB (1%)	39
`["LLDL", "cvxqp1_l_3x3_0"]`	6.720 ms (5%)	9.07 MiB (1%)	39
`["LLDL", "cvxqp1_l_3x3_10"]`	6.760 ms (5%)	9.07 MiB (1%)	39
`["LLDL", "cvxqp1_l_3x3_5"]`	6.739 ms (5%)	9.07 MiB (1%)	39
`["LLDL", "cvxqp1_m_2x2_0"]`	550.375 μs (5%)	702.69 KiB (1%)	39
`["LLDL", "cvxqp1_m_2x2_10"]`	546.958 μs (5%)	702.69 KiB (1%)	39
`["LLDL", "cvxqp1_m_2x2_5"]`	547.000 μs (5%)	702.69 KiB (1%)	39
`["LLDL", "cvxqp1_m_3x3_0"]`	641.625 μs (5%)	937.44 KiB (1%)	39
`["LLDL", "cvxqp1_m_3x3_10"]`	635.125 μs (5%)	937.44 KiB (1%)	39
`["LLDL", "cvxqp1_m_3x3_5"]`	640.459 μs (5%)	937.44 KiB (1%)	39
`["LLDL", "cvxqp1_s_2x2_0"]`	32.416 μs (5%)	80.16 KiB (1%)	23
`["LLDL", "cvxqp1_s_2x2_10"]`	32.209 μs (5%)	80.16 KiB (1%)	23
`["LLDL", "cvxqp1_s_2x2_5"]`	32.459 μs (5%)	80.16 KiB (1%)	23
`["LLDL", "cvxqp1_s_3x3_0"]`	41.000 μs (5%)	103.72 KiB (1%)	23
`["LLDL", "cvxqp1_s_3x3_10"]`	41.750 μs (5%)	103.72 KiB (1%)	23
`["LLDL", "cvxqp1_s_3x3_5"]`	41.541 μs (5%)	103.72 KiB (1%)	23
`["LLDL", "cvxqp2_l_2x2_0"]`	4.851 ms (5%)	6.41 MiB (1%)	39
`["LLDL", "cvxqp2_l_2x2_10"]`	4.856 ms (5%)	6.41 MiB (1%)	39
`["LLDL", "cvxqp2_l_2x2_5"]`	4.865 ms (5%)	6.41 MiB (1%)	39
`["LLDL", "cvxqp2_l_3x3_0"]`	5.858 ms (5%)	8.71 MiB (1%)	39
`["LLDL", "cvxqp2_l_3x3_10"]`	5.871 ms (5%)	8.71 MiB (1%)	39
`["LLDL", "cvxqp2_l_3x3_5"]`	5.864 ms (5%)	8.71 MiB (1%)	39
`["LLDL", "cvxqp2_m_2x2_0"]`	460.250 μs (5%)	665.59 KiB (1%)	39
`["LLDL", "cvxqp2_m_2x2_10"]`	461.209 μs (5%)	665.59 KiB (1%)	39
`["LLDL", "cvxqp2_m_2x2_5"]`	460.375 μs (5%)	665.59 KiB (1%)	39
`["LLDL", "cvxqp2_m_3x3_0"]`	552.292 μs (5%)	900.50 KiB (1%)	39
`["LLDL", "cvxqp2_m_3x3_10"]`	553.209 μs (5%)	900.50 KiB (1%)	39
`["LLDL", "cvxqp2_m_3x3_5"]`	556.000 μs (5%)	900.50 KiB (1%)	39
`["LLDL", "cvxqp2_s_2x2_0"]`	28.792 μs (5%)	76.58 KiB (1%)	23
`["LLDL", "cvxqp2_s_2x2_10"]`	29.084 μs (5%)	76.58 KiB (1%)	23
`["LLDL", "cvxqp2_s_2x2_5"]`	28.708 μs (5%)	76.58 KiB (1%)	23
`["LLDL", "cvxqp2_s_3x3_0"]`	37.916 μs (5%)	100.03 KiB (1%)	23
`["LLDL", "cvxqp2_s_3x3_10"]`	38.583 μs (5%)	100.03 KiB (1%)	23
`["LLDL", "cvxqp2_s_3x3_5"]`	38.417 μs (5%)	100.03 KiB (1%)	23
`["LLDL", "cvxqp3_l_2x2_0"]`	6.630 ms (5%)	7.14 MiB (1%)	39
`["LLDL", "cvxqp3_l_2x2_10"]`	6.637 ms (5%)	7.14 MiB (1%)	39
`["LLDL", "cvxqp3_l_2x2_5"]`	6.632 ms (5%)	7.14 MiB (1%)	39
`["LLDL", "cvxqp3_l_3x3_0"]`	7.620 ms (5%)	9.43 MiB (1%)	39
`["LLDL", "cvxqp3_l_3x3_10"]`	7.674 ms (5%)	9.43 MiB (1%)	39
`["LLDL", "cvxqp3_l_3x3_5"]`	7.658 ms (5%)	9.43 MiB (1%)	39
`["LLDL", "cvxqp3_m_2x2_0"]`	633.917 μs (5%)	739.50 KiB (1%)	39
`["LLDL", "cvxqp3_m_2x2_10"]`	634.375 μs (5%)	739.50 KiB (1%)	39
`["LLDL", "cvxqp3_m_2x2_5"]`	633.500 μs (5%)	739.50 KiB (1%)	39
`["LLDL", "cvxqp3_m_3x3_0"]`	723.875 μs (5%)	974.41 KiB (1%)	39
`["LLDL", "cvxqp3_m_3x3_10"]`	723.959 μs (5%)	974.41 KiB (1%)	39
`["LLDL", "cvxqp3_m_3x3_5"]`	729.209 μs (5%)	974.41 KiB (1%)	39
`["LLDL", "cvxqp3_s_2x2_0"]`	36.125 μs (5%)	83.78 KiB (1%)	23
`["LLDL", "cvxqp3_s_2x2_10"]`	35.958 μs (5%)	83.78 KiB (1%)	23
`["LLDL", "cvxqp3_s_2x2_5"]`	36.000 μs (5%)	83.78 KiB (1%)	23
`["LLDL", "cvxqp3_s_3x3_0"]`	45.833 μs (5%)	107.28 KiB (1%)	23
`["LLDL", "cvxqp3_s_3x3_10"]`	46.833 μs (5%)	107.28 KiB (1%)	23
`["LLDL", "cvxqp3_s_3x3_5"]`	45.791 μs (5%)	107.28 KiB (1%)	23
`["LLDL", "dual1_2x2_0"]`	325.083 μs (5%)	127.48 KiB (1%)	61
`["LLDL", "dual1_2x2_5"]`	324.417 μs (5%)	127.48 KiB (1%)	61
`["LLDL", "dual1_3x3_0"]`	327.000 μs (5%)	147.28 KiB (1%)	61
`["LLDL", "dual1_3x3_5"]`	329.791 μs (5%)	147.28 KiB (1%)	61
`["LLDL", "dual2_2x2_0"]`	407.208 μs (5%)	153.36 KiB (1%)	72
`["LLDL", "dual2_3x3_0"]`	414.791 μs (5%)	175.98 KiB (1%)	72
`["LLDL", "dual3_2x2_0"]`	563.666 μs (5%)	194.25 KiB (1%)	87
`["LLDL", "dual3_2x2_5"]`	569.833 μs (5%)	194.25 KiB (1%)	87
`["LLDL", "dual3_3x3_0"]`	576.542 μs (5%)	220.45 KiB (1%)	87
`["LLDL", "dual3_3x3_5"]`	584.541 μs (5%)	220.45 KiB (1%)	87
`["LLDL", "dual4_2x2_0"]`	209.209 μs (5%)	105.77 KiB (1%)	51
`["LLDL", "dual4_2x2_5"]`	209.875 μs (5%)	105.77 KiB (1%)	51
`["LLDL", "dual4_3x3_0"]`	217.084 μs (5%)	123.53 KiB (1%)	51
`["LLDL", "dual4_3x3_5"]`	215.375 μs (5%)	123.53 KiB (1%)	51
`["LLDL", "dualc1_2x2_0"]`	220.000 μs (5%)	103.14 KiB (1%)	34
`["LLDL", "dualc1_2x2_10"]`	220.375 μs (5%)	103.14 KiB (1%)	34
`["LLDL", "dualc1_2x2_5"]`	220.542 μs (5%)	103.14 KiB (1%)	34
`["LLDL", "dualc1_3x3_0"]`	231.500 μs (5%)	130.41 KiB (1%)	34
`["LLDL", "dualc1_3x3_10"]`	232.416 μs (5%)	130.41 KiB (1%)	34
`["LLDL", "dualc1_3x3_5"]`	232.750 μs (5%)	130.41 KiB (1%)	34
`["LLDL", "dualc2_2x2_0"]`	190.791 μs (5%)	97.53 KiB (1%)	30
`["LLDL", "dualc2_2x2_10"]`	193.958 μs (5%)	97.53 KiB (1%)	30
`["LLDL", "dualc2_2x2_5"]`	193.458 μs (5%)	97.53 KiB (1%)	30
`["LLDL", "dualc2_3x3_0"]`	202.792 μs (5%)	125.77 KiB (1%)	32
`["LLDL", "dualc2_3x3_10"]`	205.542 μs (5%)	125.77 KiB (1%)	32
`["LLDL", "dualc2_3x3_5"]`	205.042 μs (5%)	125.77 KiB (1%)	32
`["LLDL", "dualc5_2x2_0"]`	298.792 μs (5%)	121.66 KiB (1%)	33
`["LLDL", "dualc5_2x2_5"]`	298.209 μs (5%)	121.66 KiB (1%)	33
`["LLDL", "dualc5_3x3_0"]`	314.709 μs (5%)	155.59 KiB (1%)	33
`["LLDL", "dualc5_3x3_5"]`	312.959 μs (5%)	155.59 KiB (1%)	33
`["LLDL", "dualc8_2x2_0"]`	871.125 μs (5%)	206.12 KiB (1%)	33
`["LLDL", "dualc8_2x2_10"]`	875.167 μs (5%)	206.12 KiB (1%)	33
`["LLDL", "dualc8_2x2_5"]`	876.917 μs (5%)	206.12 KiB (1%)	33
`["LLDL", "dualc8_3x3_0"]`	898.500 μs (5%)	267.06 KiB (1%)	33
`["LLDL", "dualc8_3x3_10"]`	904.042 μs (5%)	267.06 KiB (1%)	33
`["LLDL", "dualc8_3x3_5"]`	904.916 μs (5%)	267.06 KiB (1%)	33
`["LLDL", "genhs28_2x2_0"]`	1.421 μs (5%)	3.83 KiB (1%)	21
`["LLDL", "genhs28_3x3_0"]`	1.442 μs (5%)	3.83 KiB (1%)	21
`["LLDL", "gouldqp2_2x2_0"]`	149.459 μs (5%)	466.98 KiB (1%)	38
`["LLDL", "gouldqp2_2x2_5"]`	149.500 μs (5%)	466.98 KiB (1%)	38
`["LLDL", "gouldqp2_3x3_0"]`	212.834 μs (5%)	631.34 KiB (1%)	39
`["LLDL", "gouldqp2_3x3_5"]`	214.041 μs (5%)	631.34 KiB (1%)	39
`["LLDL", "gouldqp3_2x2_0"]`	162.666 μs (5%)	472.48 KiB (1%)	38
`["LLDL", "gouldqp3_2x2_10"]`	163.042 μs (5%)	472.48 KiB (1%)	38
`["LLDL", "gouldqp3_2x2_5"]`	163.375 μs (5%)	472.48 KiB (1%)	38
`["LLDL", "gouldqp3_3x3_0"]`	226.375 μs (5%)	636.84 KiB (1%)	39
`["LLDL", "gouldqp3_3x3_5"]`	228.500 μs (5%)	636.84 KiB (1%)	39
`["LLDL", "hs118_2x2_0"]`	6.475 μs (5%)	18.03 KiB (1%)	21
`["LLDL", "hs118_2x2_10"]`	6.450 μs (5%)	18.03 KiB (1%)	21
`["LLDL", "hs118_2x2_5"]`	6.475 μs (5%)	18.03 KiB (1%)	21
`["LLDL", "hs118_3x3_0"]`	9.250 μs (5%)	24.80 KiB (1%)	21
`["LLDL", "hs118_3x3_10"]`	9.292 μs (5%)	24.80 KiB (1%)	21
`["LLDL", "hs118_3x3_5"]`	9.292 μs (5%)	24.80 KiB (1%)	21
`["LLDL", "hs21_2x2_0"]`	821.646 ns (5%)	2.83 KiB (1%)	21
`["LLDL", "hs21_2x2_5"]`	829.819 ns (5%)	2.83 KiB (1%)	21
`["LLDL", "hs21_3x3_0"]`	1.050 μs (5%)	3.36 KiB (1%)	21
`["LLDL", "hs21_3x3_5"]`	1.067 μs (5%)	3.36 KiB (1%)	21
`["LLDL", "hs21mod_2x2_0"]`	1.217 μs (5%)	4.20 KiB (1%)	21
`["LLDL", "hs21mod_2x2_5"]`	1.212 μs (5%)	4.20 KiB (1%)	21
`["LLDL", "hs21mod_3x3_0"]`	1.671 μs (5%)	5.36 KiB (1%)	21
`["LLDL", "hs21mod_3x3_5"]`	1.658 μs (5%)	5.36 KiB (1%)	21
`["LLDL", "hs268_2x2_0"]`	1.446 μs (5%)	3.56 KiB (1%)	21
`["LLDL", "hs268_3x3_0"]`	1.721 μs (5%)	4.25 KiB (1%)	21
`["LLDL", "hs35_2x2_0"]`	883.969 ns (5%)	2.69 KiB (1%)	21
`["LLDL", "hs35_3x3_0"]`	1.046 μs (5%)	3.16 KiB (1%)	21
`["LLDL", "hs35mod_2x2_0"]`	780.637 ns (5%)	2.45 KiB (1%)	21
`["LLDL", "hs35mod_3x3_0"]`	925.676 ns (5%)	2.88 KiB (1%)	21
`["LLDL", "hs51_2x2_0"]`	758.000 ns (5%)	2.39 KiB (1%)	21
`["LLDL", "hs51_3x3_0"]`	759.983 ns (5%)	2.39 KiB (1%)	21
`["LLDL", "hs52_2x2_0"]`	758.472 ns (5%)	2.39 KiB (1%)	21
`["LLDL", "hs52_3x3_0"]`	753.614 ns (5%)	2.39 KiB (1%)	21
`["LLDL", "hs53_2x2_0"]`	1.521 μs (5%)	4.73 KiB (1%)	21
`["LLDL", "hs53_3x3_0"]`	2.060 μs (5%)	5.91 KiB (1%)	21
`["LLDL", "hs76_2x2_0"]`	1.154 μs (5%)	3.62 KiB (1%)	21
`["LLDL", "hs76_3x3_0"]`	1.529 μs (5%)	4.39 KiB (1%)	21
`["LLDL", "hues-mod_2x2_0"]`	1.334 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "hues-mod_2x2_10"]`	1.345 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "hues-mod_2x2_5"]`	1.347 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "hues-mod_3x3_0"]`	1.845 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "hues-mod_3x3_10"]`	1.847 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "hues-mod_3x3_5"]`	1.845 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "huestis_2x2_0"]`	1.352 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "huestis_2x2_10"]`	1.352 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "huestis_2x2_5"]`	1.349 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "huestis_3x3_0"]`	1.825 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "huestis_3x3_10"]`	1.847 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "huestis_3x3_5"]`	1.845 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "ksip_2x2_0"]`	6.687 ms (5%)	624.34 KiB (1%)	45
`["LLDL", "ksip_2x2_10"]`	6.701 ms (5%)	624.34 KiB (1%)	45
`["LLDL", "ksip_2x2_5"]`	6.691 ms (5%)	624.34 KiB (1%)	45
`["LLDL", "ksip_3x3_0"]`	6.752 ms (5%)	740.81 KiB (1%)	57
`["LLDL", "ksip_3x3_10"]`	6.747 ms (5%)	740.81 KiB (1%)	57
`["LLDL", "ksip_3x3_5"]`	6.735 ms (5%)	740.81 KiB (1%)	57
`["LLDL", "liswet10_2x2_0"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet10_2x2_10"]`	1.267 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet10_2x2_5"]`	1.261 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet10_3x3_0"]`	1.740 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet10_3x3_10"]`	1.758 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet10_3x3_5"]`	1.761 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet11_2x2_0"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet11_2x2_10"]`	1.266 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet11_2x2_5"]`	1.263 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet11_3x3_0"]`	1.744 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet11_3x3_10"]`	1.754 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet11_3x3_5"]`	1.756 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet12_2x2_0"]`	1.258 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet12_2x2_10"]`	1.263 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet12_2x2_5"]`	1.263 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet12_3x3_0"]`	1.749 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet12_3x3_10"]`	1.757 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet12_3x3_5"]`	1.763 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet1_2x2_0"]`	1.262 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet1_2x2_10"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet1_2x2_5"]`	1.261 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet1_3x3_0"]`	1.742 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet1_3x3_10"]`	1.755 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet1_3x3_5"]`	1.762 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet2_2x2_0"]`	1.267 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet2_2x2_10"]`	1.258 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet2_2x2_5"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet2_3x3_0"]`	1.734 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet2_3x3_10"]`	1.761 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet2_3x3_5"]`	1.746 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet3_2x2_0"]`	1.266 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet3_2x2_10"]`	1.265 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet3_2x2_5"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet3_3x3_0"]`	1.750 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet3_3x3_10"]`	1.752 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet3_3x3_5"]`	1.763 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet4_2x2_0"]`	1.263 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet4_2x2_10"]`	1.265 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet4_2x2_5"]`	1.261 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet4_3x3_0"]`	1.735 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet4_3x3_10"]`	1.759 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet4_3x3_5"]`	1.753 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet5_2x2_0"]`	1.268 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet5_2x2_10"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet5_2x2_5"]`	1.266 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet5_3x3_0"]`	1.742 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet5_3x3_10"]`	1.759 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet5_3x3_5"]`	1.762 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet6_2x2_0"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet6_2x2_10"]`	1.266 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet6_2x2_5"]`	1.258 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet6_3x3_0"]`	1.739 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet6_3x3_10"]`	1.760 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet6_3x3_5"]`	1.749 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet7_2x2_0"]`	1.268 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet7_2x2_10"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet7_2x2_5"]`	1.266 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet7_3x3_0"]`	1.746 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet7_3x3_10"]`	1.760 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet7_3x3_5"]`	1.772 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet8_2x2_0"]`	1.266 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet8_2x2_10"]`	1.265 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet8_2x2_5"]`	1.263 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet8_3x3_0"]`	1.743 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet8_3x3_10"]`	1.767 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet8_3x3_5"]`	1.761 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet9_2x2_0"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet9_2x2_10"]`	1.261 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet9_2x2_5"]`	1.261 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet9_3x3_0"]`	1.736 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet9_3x3_10"]`	1.755 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet9_3x3_5"]`	1.766 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "lotschd_2x2_0"]`	2.856 μs (5%)	7.09 KiB (1%)	21
`["LLDL", "lotschd_2x2_5"]`	2.912 μs (5%)	7.09 KiB (1%)	21
`["LLDL", "lotschd_3x3_0"]`	3.588 μs (5%)	8.47 KiB (1%)	21
`["LLDL", "lotschd_3x3_5"]`	3.615 μs (5%)	8.47 KiB (1%)	21
`["LLDL", "mosarqp1_2x2_0"]`	316.583 μs (5%)	1.03 MiB (1%)	39
`["LLDL", "mosarqp1_2x2_5"]`	315.375 μs (5%)	1.03 MiB (1%)	39
`["LLDL", "mosarqp1_3x3_0"]`	465.916 μs (5%)	1.40 MiB (1%)	39
`["LLDL", "mosarqp1_3x3_5"]`	467.166 μs (5%)	1.40 MiB (1%)	39
`["LLDL", "mosarqp2_2x2_0"]`	175.666 μs (5%)	491.11 KiB (1%)	38
`["LLDL", "mosarqp2_2x2_5"]`	175.916 μs (5%)	491.11 KiB (1%)	38
`["LLDL", "mosarqp2_3x3_0"]`	245.417 μs (5%)	666.91 KiB (1%)	39
`["LLDL", "mosarqp2_3x3_5"]`	244.042 μs (5%)	666.91 KiB (1%)	39
`["LLDL", "powell20_2x2_0"]`	1.068 ms (5%)	3.45 MiB (1%)	39
`["LLDL", "powell20_2x2_10"]`	1.067 ms (5%)	3.45 MiB (1%)	39
`["LLDL", "powell20_2x2_5"]`	1.069 ms (5%)	3.45 MiB (1%)	39
`["LLDL", "powell20_3x3_0"]`	1.529 ms (5%)	4.60 MiB (1%)	39
`["LLDL", "powell20_3x3_10"]`	1.513 ms (5%)	4.60 MiB (1%)	39
`["LLDL", "powell20_3x3_5"]`	1.524 ms (5%)	4.60 MiB (1%)	39
`["LLDL", "primal1_2x2_0"]`	246.167 μs (5%)	155.17 KiB (1%)	28
`["LLDL", "primal1_3x3_0"]`	250.792 μs (5%)	164.73 KiB (1%)	28
`["LLDL", "primal2_2x2_0"]`	381.500 μs (5%)	227.12 KiB (1%)	35
`["LLDL", "primal2_3x3_0"]`	390.125 μs (5%)	238.34 KiB (1%)	35
`["LLDL", "primal3_2x2_0"]`	1.210 ms (5%)	474.48 KiB (1%)	117
`["LLDL", "primal3_3x3_0"]`	1.218 ms (5%)	487.73 KiB (1%)	117
`["LLDL", "primal4_2x2_0"]`	746.292 μs (5%)	430.48 KiB (1%)	26
`["LLDL", "primal4_2x2_10"]`	746.125 μs (5%)	430.48 KiB (1%)	26
`["LLDL", "primal4_2x2_5"]`	745.375 μs (5%)	430.48 KiB (1%)	26
`["LLDL", "primal4_3x3_0"]`	750.625 μs (5%)	439.03 KiB (1%)	26
`["LLDL", "primal4_3x3_10"]`	752.375 μs (5%)	439.03 KiB (1%)	26
`["LLDL", "primal4_3x3_5"]`	749.375 μs (5%)	439.03 KiB (1%)	26
`["LLDL", "primalc1_2x2_0"]`	71.667 μs (5%)	119.27 KiB (1%)	25
`["LLDL", "primalc1_2x2_10"]`	71.625 μs (5%)	119.27 KiB (1%)	25
`["LLDL", "primalc1_2x2_5"]`	70.666 μs (5%)	119.27 KiB (1%)	25
`["LLDL", "primalc1_3x3_0"]`	80.959 μs (5%)	145.47 KiB (1%)	25
`["LLDL", "primalc1_3x3_10"]`	81.833 μs (5%)	145.47 KiB (1%)	25
`["LLDL", "primalc1_3x3_5"]`	82.959 μs (5%)	145.47 KiB (1%)	25
`["LLDL", "primalc2_2x2_0"]`	60.333 μs (5%)	115.02 KiB (1%)	25
`["LLDL", "primalc2_2x2_10"]`	59.333 μs (5%)	115.02 KiB (1%)	25
`["LLDL", "primalc2_2x2_5"]`	59.833 μs (5%)	115.02 KiB (1%)	25
`["LLDL", "primalc2_3x3_0"]`	71.750 μs (5%)	143.03 KiB (1%)	25
`["LLDL", "primalc2_3x3_10"]`	71.709 μs (5%)	143.03 KiB (1%)	25
`["LLDL", "primalc2_3x3_5"]`	73.042 μs (5%)	143.03 KiB (1%)	25
`["LLDL", "primalc5_2x2_0"]`	81.958 μs (5%)	143.41 KiB (1%)	25
`["LLDL", "primalc5_2x2_10"]`	81.959 μs (5%)	143.41 KiB (1%)	25
`["LLDL", "primalc5_2x2_5"]`	81.583 μs (5%)	143.41 KiB (1%)	25
`["LLDL", "primalc5_3x3_0"]`	96.208 μs (5%)	177.22 KiB (1%)	25
`["LLDL", "primalc5_3x3_10"]`	96.584 μs (5%)	177.22 KiB (1%)	25
`["LLDL", "primalc5_3x3_5"]`	97.083 μs (5%)	177.22 KiB (1%)	25
`["LLDL", "primalc8_2x2_0"]`	151.416 μs (5%)	248.75 KiB (1%)	25
`["LLDL", "primalc8_2x2_10"]`	150.541 μs (5%)	248.75 KiB (1%)	25
`["LLDL", "primalc8_2x2_5"]`	150.416 μs (5%)	248.75 KiB (1%)	25
`["LLDL", "primalc8_3x3_0"]`	177.125 μs (5%)	307.97 KiB (1%)	37
`["LLDL", "primalc8_3x3_10"]`	176.958 μs (5%)	307.97 KiB (1%)	37
`["LLDL", "primalc8_3x3_5"]`	178.250 μs (5%)	307.97 KiB (1%)	37
`["LLDL", "qpcblend_2x2_0"]`	23.625 μs (5%)	58.11 KiB (1%)	23
`["LLDL", "qpcblend_2x2_10"]`	23.375 μs (5%)	58.11 KiB (1%)	23
`["LLDL", "qpcblend_2x2_5"]`	23.791 μs (5%)	58.11 KiB (1%)	23
`["LLDL", "qpcblend_3x3_0"]`	28.209 μs (5%)	71.44 KiB (1%)	23
`["LLDL", "qpcblend_3x3_10"]`	28.709 μs (5%)	71.44 KiB (1%)	23
`["LLDL", "qpcblend_3x3_5"]`	28.541 μs (5%)	71.44 KiB (1%)	23
`["LLDL", "qpcboei1_2x2_0"]`	186.583 μs (5%)	331.03 KiB (1%)	37
`["LLDL", "qpcboei1_2x2_10"]`	187.500 μs (5%)	331.03 KiB (1%)	37
`["LLDL", "qpcboei1_2x2_5"]`	188.333 μs (5%)	331.03 KiB (1%)	37
`["LLDL", "qpcboei1_3x3_0"]`	233.375 μs (5%)	445.47 KiB (1%)	37
`["LLDL", "qpcboei1_3x3_10"]`	234.709 μs (5%)	445.47 KiB (1%)	37
`["LLDL", "qpcboei1_3x3_5"]`	235.291 μs (5%)	445.47 KiB (1%)	37
`["LLDL", "qpcboei2_2x2_0"]`	61.500 μs (5%)	132.06 KiB (1%)	23
`["LLDL", "qpcboei2_2x2_10"]`	60.584 μs (5%)	132.06 KiB (1%)	23
`["LLDL", "qpcboei2_2x2_5"]`	60.375 μs (5%)	132.06 KiB (1%)	23
`["LLDL", "qpcboei2_3x3_0"]`	79.500 μs (5%)	176.81 KiB (1%)	25
`["LLDL", "qpcboei2_3x3_10"]`	77.291 μs (5%)	176.81 KiB (1%)	25
`["LLDL", "qpcboei2_3x3_5"]`	80.959 μs (5%)	176.81 KiB (1%)	25
`["LLDL", "qpcstair_2x2_0"]`	165.041 μs (5%)	262.88 KiB (1%)	25
`["LLDL", "qpcstair_2x2_10"]`	165.000 μs (5%)	262.88 KiB (1%)	25
`["LLDL", "qpcstair_2x2_5"]`	165.583 μs (5%)	262.88 KiB (1%)	25
`["LLDL", "qpcstair_3x3_0"]`	192.792 μs (5%)	324.22 KiB (1%)	37
`["LLDL", "qpcstair_3x3_10"]`	192.417 μs (5%)	324.22 KiB (1%)	37
`["LLDL", "qpcstair_3x3_5"]`	191.500 μs (5%)	324.22 KiB (1%)	37
`["LLDL", "s268_2x2_0"]`	1.446 μs (5%)	3.56 KiB (1%)	21
`["LLDL", "s268_3x3_0"]`	1.729 μs (5%)	4.25 KiB (1%)	21
`["LLDL", "stcqp1_2x2_0"]`	8.583 ms (5%)	3.19 MiB (1%)	383
`["LLDL", "stcqp1_2x2_10"]`	8.666 ms (5%)	3.19 MiB (1%)	383
`["LLDL", "stcqp1_2x2_5"]`	8.664 ms (5%)	3.19 MiB (1%)	383
`["LLDL", "stcqp1_3x3_0"]`	8.993 ms (5%)	4.13 MiB (1%)	383
`["LLDL", "stcqp1_3x3_10"]`	9.086 ms (5%)	4.13 MiB (1%)	383
`["LLDL", "stcqp1_3x3_5"]`	9.085 ms (5%)	4.13 MiB (1%)	383
`["LLDL", "stcqp2_2x2_0"]`	5.869 ms (5%)	3.15 MiB (1%)	358
`["LLDL", "stcqp2_2x2_5"]`	5.852 ms (5%)	3.15 MiB (1%)	358
`["LLDL", "stcqp2_3x3_0"]`	6.288 ms (5%)	4.09 MiB (1%)	358
`["LLDL", "stcqp2_3x3_5"]`	6.275 ms (5%)	4.09 MiB (1%)	358
`["LLDL", "tame_2x2_0"]`	694.349 ns (5%)	2.19 KiB (1%)	21
`["LLDL", "tame_3x3_0"]`	744.595 ns (5%)	2.42 KiB (1%)	21
`["LLDL", "ubh1_2x2_0"]`	2.393 ms (5%)	6.48 MiB (1%)	39
`["LLDL", "ubh1_3x3_0"]`	2.986 ms (5%)	7.86 MiB (1%)	39
`["LLDL", "yao_2x2_0"]`	252.000 μs (5%)	746.52 KiB (1%)	38
`["LLDL", "yao_2x2_5"]`	253.167 μs (5%)	746.52 KiB (1%)	38
`["LLDL", "yao_3x3_0"]`	347.375 μs (5%)	981.34 KiB (1%)	39
`["LLDL", "yao_3x3_5"]`	341.625 μs (5%)	981.34 KiB (1%)	39
`["LLDL", "zecevic2_2x2_0"]`	952.050 ns (5%)	3.11 KiB (1%)	21
`["LLDL", "zecevic2_3x3_0"]`	1.204 μs (5%)	3.81 KiB (1%)	21

Benchmark Group List

Here's a list of all the benchmark groups executed by this job:

["LDIV"]
["LLDL"]

Julia versioninfo

Julia Version 1.9.3
Commit bed2cd540a1 (2023-08-24 14:43 UTC)
Build Info:
  Official https://julialang.org/ release
Platform Info:
  OS: macOS (arm64-apple-darwin22.4.0)
  uname: Darwin 21.6.0 Darwin Kernel Version 21.6.0: Fri Sep 15 16:17:13 PDT 2023; root:xnu-8020.240.18.703.5~1/RELEASE_ARM64_T8101 arm64 arm
  CPU: Apple M1: 
              speed         user         nice          sys         idle          irq
       #1  2400 MHz     675907 s          0 s     910359 s   25098836 s          0 s
       #2  2400 MHz     602254 s          0 s     827630 s   25255214 s          0 s
       #3  2400 MHz     484298 s          0 s     597415 s   25603386 s          0 s
       #4  2400 MHz     418768 s          0 s     444003 s   25822327 s          0 s
       #5  2400 MHz     601716 s          0 s     610780 s   25472602 s          0 s
       #6  2400 MHz     411867 s          0 s     420526 s   25852705 s          0 s
       #7  2400 MHz     250781 s          0 s     289444 s   26144873 s          0 s
       #8  2400 MHz     175849 s          0 s     205983 s   26303266 s          0 s
  Memory: 8.0 GB (72.15625 MB free)
  Uptime: 2.668473e6 sec
  Load Avg:  1.3876953125  1.5419921875  1.6640625
  WORD_SIZE: 64
  LIBM: libopenlibm
  LLVM: libLLVM-14.0.6 (ORCJIT, apple-m1)
  Threads: 1 on 4 virtual cores

Raw

this_commit.md

Benchmark Report for LimitedLDLFactorizations

Job Properties

Time of benchmark: 16 Nov 2023 - 11:15
Package commit: 859c4d
Julia commit: bed2cd
Julia command flags: None
Environment variables: None

Results

ID	time	memory	allocations
`["LDIV", "aug2d_2x2_0"]`	109.625 μs (5%)
`["LDIV", "aug2d_2x2_5"]`	110.792 μs (5%)
`["LDIV", "aug2d_3x3_0"]`	111.000 μs (5%)
`["LDIV", "aug2d_3x3_5"]`	110.958 μs (5%)
`["LDIV", "aug2dc_2x2_0"]`	110.333 μs (5%)
`["LDIV", "aug2dc_2x2_5"]`	110.917 μs (5%)
`["LDIV", "aug2dc_3x3_0"]`	109.709 μs (5%)
`["LDIV", "aug2dc_3x3_5"]`	110.334 μs (5%)
`["LDIV", "aug2dcqp_2x2_0"]`	229.041 μs (5%)
`["LDIV", "aug2dcqp_2x2_10"]`	230.291 μs (5%)
`["LDIV", "aug2dcqp_2x2_5"]`	229.041 μs (5%)
`["LDIV", "aug2dcqp_3x3_0"]`	282.209 μs (5%)
`["LDIV", "aug2dcqp_3x3_10"]`	281.750 μs (5%)
`["LDIV", "aug2dcqp_3x3_5"]`	281.958 μs (5%)
`["LDIV", "aug2dqp_2x2_0"]`	230.458 μs (5%)
`["LDIV", "aug2dqp_2x2_10"]`	230.875 μs (5%)
`["LDIV", "aug2dqp_2x2_5"]`	229.500 μs (5%)
`["LDIV", "aug2dqp_3x3_0"]`	278.500 μs (5%)
`["LDIV", "aug2dqp_3x3_10"]`	281.791 μs (5%)
`["LDIV", "aug2dqp_3x3_5"]`	281.500 μs (5%)
`["LDIV", "aug3d_2x2_0"]`	20.125 μs (5%)
`["LDIV", "aug3d_3x3_0"]`	19.958 μs (5%)
`["LDIV", "aug3dc_2x2_0"]`	19.917 μs (5%)
`["LDIV", "aug3dc_3x3_0"]`	20.041 μs (5%)
`["LDIV", "aug3dcqp_2x2_0"]`	41.250 μs (5%)
`["LDIV", "aug3dcqp_2x2_5"]`	41.208 μs (5%)
`["LDIV", "aug3dcqp_3x3_0"]`	50.875 μs (5%)
`["LDIV", "aug3dcqp_3x3_5"]`	51.000 μs (5%)
`["LDIV", "aug3dqp_2x2_0"]`	41.208 μs (5%)
`["LDIV", "aug3dqp_2x2_5"]`	40.958 μs (5%)
`["LDIV", "aug3dqp_3x3_0"]`	51.125 μs (5%)
`["LDIV", "aug3dqp_3x3_5"]`	51.292 μs (5%)
`["LDIV", "cvxqp1_l_2x2_0"]`	202.250 μs (5%)
`["LDIV", "cvxqp1_l_2x2_10"]`	202.458 μs (5%)
`["LDIV", "cvxqp1_l_2x2_5"]`	204.250 μs (5%)
`["LDIV", "cvxqp1_l_3x3_0"]`	252.167 μs (5%)
`["LDIV", "cvxqp1_l_3x3_10"]`	253.583 μs (5%)
`["LDIV", "cvxqp1_l_3x3_5"]`	252.708 μs (5%)
`["LDIV", "cvxqp1_m_2x2_0"]`	20.209 μs (5%)
`["LDIV", "cvxqp1_m_2x2_10"]`	20.083 μs (5%)
`["LDIV", "cvxqp1_m_2x2_5"]`	20.125 μs (5%)
`["LDIV", "cvxqp1_m_3x3_0"]`	25.459 μs (5%)
`["LDIV", "cvxqp1_m_3x3_10"]`	25.667 μs (5%)
`["LDIV", "cvxqp1_m_3x3_5"]`	25.459 μs (5%)
`["LDIV", "cvxqp1_s_2x2_0"]`	1.950 μs (5%)
`["LDIV", "cvxqp1_s_2x2_10"]`	1.946 μs (5%)
`["LDIV", "cvxqp1_s_2x2_5"]`	1.942 μs (5%)
`["LDIV", "cvxqp1_s_3x3_0"]`	2.366 μs (5%)
`["LDIV", "cvxqp1_s_3x3_10"]`	2.356 μs (5%)
`["LDIV", "cvxqp1_s_3x3_5"]`	2.357 μs (5%)
`["LDIV", "cvxqp2_l_2x2_0"]`	191.458 μs (5%)
`["LDIV", "cvxqp2_l_2x2_10"]`	189.833 μs (5%)
`["LDIV", "cvxqp2_l_2x2_5"]`	189.667 μs (5%)
`["LDIV", "cvxqp2_l_3x3_0"]`	240.084 μs (5%)
`["LDIV", "cvxqp2_l_3x3_10"]`	240.166 μs (5%)
`["LDIV", "cvxqp2_l_3x3_5"]`	240.666 μs (5%)
`["LDIV", "cvxqp2_m_2x2_0"]`	18.833 μs (5%)
`["LDIV", "cvxqp2_m_2x2_10"]`	18.833 μs (5%)
`["LDIV", "cvxqp2_m_2x2_5"]`	19.042 μs (5%)
`["LDIV", "cvxqp2_m_3x3_0"]`	23.959 μs (5%)
`["LDIV", "cvxqp2_m_3x3_10"]`	24.042 μs (5%)
`["LDIV", "cvxqp2_m_3x3_5"]`	24.417 μs (5%)
`["LDIV", "cvxqp2_s_2x2_0"]`	1.829 μs (5%)
`["LDIV", "cvxqp2_s_2x2_10"]`	1.825 μs (5%)
`["LDIV", "cvxqp2_s_2x2_5"]`	1.833 μs (5%)
`["LDIV", "cvxqp2_s_3x3_0"]`	2.250 μs (5%)
`["LDIV", "cvxqp2_s_3x3_10"]`	2.255 μs (5%)
`["LDIV", "cvxqp2_s_3x3_5"]`	2.250 μs (5%)
`["LDIV", "cvxqp3_l_2x2_0"]`	215.583 μs (5%)
`["LDIV", "cvxqp3_l_2x2_10"]`	215.458 μs (5%)
`["LDIV", "cvxqp3_l_2x2_5"]`	215.083 μs (5%)
`["LDIV", "cvxqp3_l_3x3_0"]`	265.834 μs (5%)
`["LDIV", "cvxqp3_l_3x3_10"]`	266.083 μs (5%)
`["LDIV", "cvxqp3_l_3x3_5"]`	266.250 μs (5%)
`["LDIV", "cvxqp3_m_2x2_0"]`	21.833 μs (5%)
`["LDIV", "cvxqp3_m_2x2_10"]`	21.625 μs (5%)
`["LDIV", "cvxqp3_m_2x2_5"]`	21.708 μs (5%)
`["LDIV", "cvxqp3_m_3x3_0"]`	26.959 μs (5%)
`["LDIV", "cvxqp3_m_3x3_10"]`	26.750 μs (5%)
`["LDIV", "cvxqp3_m_3x3_5"]`	27.041 μs (5%)
`["LDIV", "cvxqp3_s_2x2_0"]`	2.051 μs (5%)
`["LDIV", "cvxqp3_s_2x2_10"]`	2.032 μs (5%)
`["LDIV", "cvxqp3_s_2x2_5"]`	2.042 μs (5%)
`["LDIV", "cvxqp3_s_3x3_0"]`	2.468 μs (5%)
`["LDIV", "cvxqp3_s_3x3_10"]`	2.463 μs (5%)
`["LDIV", "cvxqp3_s_3x3_5"]`	2.463 μs (5%)
`["LDIV", "dual1_2x2_0"]`	6.117 μs (5%)
`["LDIV", "dual1_2x2_5"]`	6.183 μs (5%)
`["LDIV", "dual1_3x3_0"]`	6.475 μs (5%)
`["LDIV", "dual1_3x3_5"]`	6.558 μs (5%)
`["LDIV", "dual2_2x2_0"]`	7.875 μs (5%)
`["LDIV", "dual2_3x3_0"]`	8.361 μs (5%)
`["LDIV", "dual3_2x2_0"]`	10.833 μs (5%)
`["LDIV", "dual3_2x2_5"]`	10.833 μs (5%)
`["LDIV", "dual3_3x3_0"]`	11.333 μs (5%)
`["LDIV", "dual3_3x3_5"]`	11.333 μs (5%)
`["LDIV", "dual4_2x2_0"]`	5.410 μs (5%)
`["LDIV", "dual4_2x2_5"]`	5.403 μs (5%)
`["LDIV", "dual4_3x3_0"]`	5.743 μs (5%)
`["LDIV", "dual4_3x3_5"]`	5.743 μs (5%)
`["LDIV", "dualc1_2x2_0"]`	3.958 μs (5%)
`["LDIV", "dualc1_2x2_10"]`	3.958 μs (5%)
`["LDIV", "dualc1_2x2_5"]`	3.958 μs (5%)
`["LDIV", "dualc1_3x3_0"]`	4.446 μs (5%)
`["LDIV", "dualc1_3x3_10"]`	4.452 μs (5%)
`["LDIV", "dualc1_3x3_5"]`	4.452 μs (5%)
`["LDIV", "dualc2_2x2_0"]`	3.432 μs (5%)
`["LDIV", "dualc2_2x2_10"]`	3.385 μs (5%)
`["LDIV", "dualc2_2x2_5"]`	3.385 μs (5%)
`["LDIV", "dualc2_3x3_0"]`	3.943 μs (5%)
`["LDIV", "dualc2_3x3_10"]`	3.901 μs (5%)
`["LDIV", "dualc2_3x3_5"]`	3.896 μs (5%)
`["LDIV", "dualc5_2x2_0"]`	4.625 μs (5%)
`["LDIV", "dualc5_2x2_5"]`	4.619 μs (5%)
`["LDIV", "dualc5_3x3_0"]`	5.243 μs (5%)
`["LDIV", "dualc5_3x3_5"]`	5.229 μs (5%)
`["LDIV", "dualc8_2x2_0"]`	8.139 μs (5%)
`["LDIV", "dualc8_2x2_10"]`	8.208 μs (5%)
`["LDIV", "dualc8_2x2_5"]`	8.139 μs (5%)
`["LDIV", "dualc8_3x3_0"]`	9.416 μs (5%)
`["LDIV", "dualc8_3x3_10"]`	9.375 μs (5%)
`["LDIV", "dualc8_3x3_5"]`	9.375 μs (5%)
`["LDIV", "genhs28_2x2_0"]`	150.146 ns (5%)
`["LDIV", "genhs28_3x3_0"]`	150.168 ns (5%)
`["LDIV", "gouldqp2_2x2_0"]`	14.209 μs (5%)
`["LDIV", "gouldqp2_2x2_5"]`	12.667 μs (5%)
`["LDIV", "gouldqp2_3x3_0"]`	17.833 μs (5%)
`["LDIV", "gouldqp2_3x3_5"]`	16.291 μs (5%)
`["LDIV", "gouldqp3_2x2_0"]`	14.666 μs (5%)
`["LDIV", "gouldqp3_2x2_10"]`	12.208 μs (5%)
`["LDIV", "gouldqp3_2x2_5"]`	12.167 μs (5%)
`["LDIV", "gouldqp3_3x3_0"]`	18.291 μs (5%)
`["LDIV", "gouldqp3_3x3_5"]`	15.875 μs (5%)
`["LDIV", "hs118_2x2_0"]`	447.653 ns (5%)
`["LDIV", "hs118_2x2_10"]`	448.286 ns (5%)
`["LDIV", "hs118_2x2_5"]`	448.281 ns (5%)
`["LDIV", "hs118_3x3_0"]`	591.438 ns (5%)
`["LDIV", "hs118_3x3_10"]`	592.568 ns (5%)
`["LDIV", "hs118_3x3_5"]`	591.892 ns (5%)
`["LDIV", "hs21_2x2_0"]`	78.173 ns (5%)
`["LDIV", "hs21_2x2_5"]`	77.665 ns (5%)
`["LDIV", "hs21_3x3_0"]`	87.406 ns (5%)
`["LDIV", "hs21_3x3_5"]`	87.788 ns (5%)
`["LDIV", "hs21mod_2x2_0"]`	109.585 ns (5%)
`["LDIV", "hs21mod_2x2_5"]`	109.570 ns (5%)
`["LDIV", "hs21mod_3x3_0"]`	132.779 ns (5%)
`["LDIV", "hs21mod_3x3_5"]`	132.868 ns (5%)
`["LDIV", "hs268_2x2_0"]`	162.205 ns (5%)
`["LDIV", "hs268_3x3_0"]`	146.365 ns (5%)
`["LDIV", "hs35_2x2_0"]`	98.084 ns (5%)
`["LDIV", "hs35_3x3_0"]`	99.165 ns (5%)
`["LDIV", "hs35mod_2x2_0"]`	80.190 ns (5%)
`["LDIV", "hs35mod_3x3_0"]`	92.389 ns (5%)
`["LDIV", "hs51_2x2_0"]`	86.128 ns (5%)
`["LDIV", "hs51_3x3_0"]`	79.099 ns (5%)
`["LDIV", "hs52_2x2_0"]`	81.385 ns (5%)
`["LDIV", "hs52_3x3_0"]`	81.385 ns (5%)
`["LDIV", "hs53_2x2_0"]`	134.925 ns (5%)
`["LDIV", "hs53_3x3_0"]`	162.021 ns (5%)
`["LDIV", "hs76_2x2_0"]`	109.762 ns (5%)
`["LDIV", "hs76_3x3_0"]`	118.224 ns (5%)
`["LDIV", "hues-mod_2x2_0"]`	128.167 μs (5%)
`["LDIV", "hues-mod_2x2_10"]`	128.208 μs (5%)
`["LDIV", "hues-mod_2x2_5"]`	128.500 μs (5%)
`["LDIV", "hues-mod_3x3_0"]`	153.042 μs (5%)
`["LDIV", "hues-mod_3x3_10"]`	153.208 μs (5%)
`["LDIV", "hues-mod_3x3_5"]`	154.333 μs (5%)
`["LDIV", "huestis_2x2_0"]`	127.708 μs (5%)
`["LDIV", "huestis_2x2_10"]`	128.250 μs (5%)
`["LDIV", "huestis_2x2_5"]`	127.250 μs (5%)
`["LDIV", "huestis_3x3_0"]`	153.000 μs (5%)
`["LDIV", "huestis_3x3_10"]`	152.708 μs (5%)
`["LDIV", "huestis_3x3_5"]`	152.792 μs (5%)
`["LDIV", "ksip_2x2_0"]`	32.250 μs (5%)
`["LDIV", "ksip_2x2_10"]`	32.500 μs (5%)
`["LDIV", "ksip_2x2_5"]`	32.458 μs (5%)
`["LDIV", "ksip_3x3_0"]`	34.875 μs (5%)
`["LDIV", "ksip_3x3_10"]`	34.708 μs (5%)
`["LDIV", "ksip_3x3_5"]`	34.875 μs (5%)
`["LDIV", "liswet10_2x2_0"]`	119.125 μs (5%)
`["LDIV", "liswet10_2x2_10"]`	118.584 μs (5%)
`["LDIV", "liswet10_2x2_5"]`	118.542 μs (5%)
`["LDIV", "liswet10_3x3_0"]`	144.041 μs (5%)
`["LDIV", "liswet10_3x3_10"]`	144.791 μs (5%)
`["LDIV", "liswet10_3x3_5"]`	143.750 μs (5%)
`["LDIV", "liswet11_2x2_0"]`	119.458 μs (5%)
`["LDIV", "liswet11_2x2_10"]`	118.166 μs (5%)
`["LDIV", "liswet11_2x2_5"]`	118.875 μs (5%)
`["LDIV", "liswet11_3x3_0"]`	143.916 μs (5%)
`["LDIV", "liswet11_3x3_10"]`	143.791 μs (5%)
`["LDIV", "liswet11_3x3_5"]`	143.708 μs (5%)
`["LDIV", "liswet12_2x2_0"]`	118.625 μs (5%)
`["LDIV", "liswet12_2x2_10"]`	118.917 μs (5%)
`["LDIV", "liswet12_2x2_5"]`	118.917 μs (5%)
`["LDIV", "liswet12_3x3_0"]`	143.542 μs (5%)
`["LDIV", "liswet12_3x3_10"]`	143.417 μs (5%)
`["LDIV", "liswet12_3x3_5"]`	143.542 μs (5%)
`["LDIV", "liswet1_2x2_0"]`	118.583 μs (5%)
`["LDIV", "liswet1_2x2_10"]`	118.625 μs (5%)
`["LDIV", "liswet1_2x2_5"]`	119.125 μs (5%)
`["LDIV", "liswet1_3x3_0"]`	143.000 μs (5%)
`["LDIV", "liswet1_3x3_10"]`	142.084 μs (5%)
`["LDIV", "liswet1_3x3_5"]`	143.208 μs (5%)
`["LDIV", "liswet2_2x2_0"]`	118.333 μs (5%)
`["LDIV", "liswet2_2x2_10"]`	118.333 μs (5%)
`["LDIV", "liswet2_2x2_5"]`	119.333 μs (5%)
`["LDIV", "liswet2_3x3_0"]`	143.375 μs (5%)
`["LDIV", "liswet2_3x3_10"]`	144.042 μs (5%)
`["LDIV", "liswet2_3x3_5"]`	143.500 μs (5%)
`["LDIV", "liswet3_2x2_0"]`	118.250 μs (5%)
`["LDIV", "liswet3_2x2_10"]`	119.542 μs (5%)
`["LDIV", "liswet3_2x2_5"]`	118.958 μs (5%)
`["LDIV", "liswet3_3x3_0"]`	143.041 μs (5%)
`["LDIV", "liswet3_3x3_10"]`	143.959 μs (5%)
`["LDIV", "liswet3_3x3_5"]`	142.625 μs (5%)
`["LDIV", "liswet4_2x2_0"]`	119.542 μs (5%)
`["LDIV", "liswet4_2x2_10"]`	117.958 μs (5%)
`["LDIV", "liswet4_2x2_5"]`	119.291 μs (5%)
`["LDIV", "liswet4_3x3_0"]`	144.167 μs (5%)
`["LDIV", "liswet4_3x3_10"]`	144.041 μs (5%)
`["LDIV", "liswet4_3x3_5"]`	143.750 μs (5%)
`["LDIV", "liswet5_2x2_0"]`	118.167 μs (5%)
`["LDIV", "liswet5_2x2_10"]`	118.167 μs (5%)
`["LDIV", "liswet5_2x2_5"]`	118.917 μs (5%)
`["LDIV", "liswet5_3x3_0"]`	143.042 μs (5%)
`["LDIV", "liswet5_3x3_10"]`	143.459 μs (5%)
`["LDIV", "liswet5_3x3_5"]`	143.833 μs (5%)
`["LDIV", "liswet6_2x2_0"]`	118.708 μs (5%)
`["LDIV", "liswet6_2x2_10"]`	119.125 μs (5%)
`["LDIV", "liswet6_2x2_5"]`	118.375 μs (5%)
`["LDIV", "liswet6_3x3_0"]`	144.208 μs (5%)
`["LDIV", "liswet6_3x3_10"]`	143.541 μs (5%)
`["LDIV", "liswet6_3x3_5"]`	144.583 μs (5%)
`["LDIV", "liswet7_2x2_0"]`	118.667 μs (5%)
`["LDIV", "liswet7_2x2_10"]`	118.417 μs (5%)
`["LDIV", "liswet7_2x2_5"]`	118.834 μs (5%)
`["LDIV", "liswet7_3x3_0"]`	143.458 μs (5%)
`["LDIV", "liswet7_3x3_10"]`	143.333 μs (5%)
`["LDIV", "liswet7_3x3_5"]`	143.291 μs (5%)
`["LDIV", "liswet8_2x2_0"]`	119.167 μs (5%)
`["LDIV", "liswet8_2x2_10"]`	118.750 μs (5%)
`["LDIV", "liswet8_2x2_5"]`	119.416 μs (5%)
`["LDIV", "liswet8_3x3_0"]`	143.167 μs (5%)
`["LDIV", "liswet8_3x3_10"]`	143.084 μs (5%)
`["LDIV", "liswet8_3x3_5"]`	143.459 μs (5%)
`["LDIV", "liswet9_2x2_0"]`	118.667 μs (5%)
`["LDIV", "liswet9_2x2_10"]`	118.542 μs (5%)
`["LDIV", "liswet9_2x2_5"]`	117.750 μs (5%)
`["LDIV", "liswet9_3x3_0"]`	143.000 μs (5%)
`["LDIV", "liswet9_3x3_10"]`	143.500 μs (5%)
`["LDIV", "liswet9_3x3_5"]`	143.458 μs (5%)
`["LDIV", "lotschd_2x2_0"]`	244.047 ns (5%)
`["LDIV", "lotschd_2x2_5"]`	230.580 ns (5%)
`["LDIV", "lotschd_3x3_0"]`	262.987 ns (5%)
`["LDIV", "lotschd_3x3_5"]`	244.141 ns (5%)
`["LDIV", "mosarqp1_2x2_0"]`	29.416 μs (5%)
`["LDIV", "mosarqp1_2x2_5"]`	29.250 μs (5%)
`["LDIV", "mosarqp1_3x3_0"]`	37.334 μs (5%)
`["LDIV", "mosarqp1_3x3_5"]`	37.416 μs (5%)
`["LDIV", "mosarqp2_2x2_0"]`	13.833 μs (5%)
`["LDIV", "mosarqp2_2x2_5"]`	13.916 μs (5%)
`["LDIV", "mosarqp2_3x3_0"]`	17.625 μs (5%)
`["LDIV", "mosarqp2_3x3_5"]`	17.625 μs (5%)
`["LDIV", "powell20_2x2_0"]`	140.625 μs (5%)
`["LDIV", "powell20_2x2_10"]`	139.833 μs (5%)
`["LDIV", "powell20_2x2_5"]`	139.792 μs (5%)
`["LDIV", "powell20_3x3_0"]`	165.167 μs (5%)
`["LDIV", "powell20_3x3_10"]`	164.583 μs (5%)
`["LDIV", "powell20_3x3_5"]`	166.625 μs (5%)
`["LDIV", "primal1_2x2_0"]`	8.312 μs (5%)
`["LDIV", "primal1_3x3_0"]`	8.403 μs (5%)
`["LDIV", "primal2_2x2_0"]`	11.708 μs (5%)
`["LDIV", "primal2_3x3_0"]`	12.542 μs (5%)
`["LDIV", "primal3_2x2_0"]`	29.541 μs (5%)
`["LDIV", "primal3_3x3_0"]`	29.666 μs (5%)
`["LDIV", "primal4_2x2_0"]`	25.208 μs (5%)
`["LDIV", "primal4_2x2_10"]`	24.834 μs (5%)
`["LDIV", "primal4_2x2_5"]`	25.375 μs (5%)
`["LDIV", "primal4_3x3_0"]`	24.625 μs (5%)
`["LDIV", "primal4_3x3_10"]`	24.458 μs (5%)
`["LDIV", "primal4_3x3_5"]`	24.667 μs (5%)
`["LDIV", "primalc1_2x2_0"]`	4.030 μs (5%)
`["LDIV", "primalc1_2x2_10"]`	4.042 μs (5%)
`["LDIV", "primalc1_2x2_5"]`	4.031 μs (5%)
`["LDIV", "primalc1_3x3_0"]`	4.506 μs (5%)
`["LDIV", "primalc1_3x3_10"]`	4.500 μs (5%)
`["LDIV", "primalc1_3x3_5"]`	4.500 μs (5%)
`["LDIV", "primalc2_2x2_0"]`	3.880 μs (5%)
`["LDIV", "primalc2_2x2_10"]`	3.833 μs (5%)
`["LDIV", "primalc2_2x2_5"]`	3.818 μs (5%)
`["LDIV", "primalc2_3x3_0"]`	4.310 μs (5%)
`["LDIV", "primalc2_3x3_10"]`	4.351 μs (5%)
`["LDIV", "primalc2_3x3_5"]`	4.351 μs (5%)
`["LDIV", "primalc5_2x2_0"]`	4.798 μs (5%)
`["LDIV", "primalc5_2x2_10"]`	4.768 μs (5%)
`["LDIV", "primalc5_2x2_5"]`	4.768 μs (5%)
`["LDIV", "primalc5_3x3_0"]`	5.410 μs (5%)
`["LDIV", "primalc5_3x3_10"]`	5.340 μs (5%)
`["LDIV", "primalc5_3x3_5"]`	5.368 μs (5%)
`["LDIV", "primalc8_2x2_0"]`	8.875 μs (5%)
`["LDIV", "primalc8_2x2_10"]`	8.875 μs (5%)
`["LDIV", "primalc8_2x2_5"]`	8.833 μs (5%)
`["LDIV", "primalc8_3x3_0"]`	10.167 μs (5%)
`["LDIV", "primalc8_3x3_10"]`	10.250 μs (5%)
`["LDIV", "primalc8_3x3_5"]`	10.125 μs (5%)
`["LDIV", "qpcblend_2x2_0"]`	1.438 μs (5%)
`["LDIV", "qpcblend_2x2_10"]`	1.429 μs (5%)
`["LDIV", "qpcblend_2x2_5"]`	1.429 μs (5%)
`["LDIV", "qpcblend_3x3_0"]`	1.671 μs (5%)
`["LDIV", "qpcblend_3x3_10"]`	1.671 μs (5%)
`["LDIV", "qpcblend_3x3_5"]`	1.671 μs (5%)
`["LDIV", "qpcboei1_2x2_0"]`	10.625 μs (5%)
`["LDIV", "qpcboei1_2x2_10"]`	10.625 μs (5%)
`["LDIV", "qpcboei1_2x2_5"]`	10.541 μs (5%)
`["LDIV", "qpcboei1_3x3_0"]`	12.917 μs (5%)
`["LDIV", "qpcboei1_3x3_10"]`	12.917 μs (5%)
`["LDIV", "qpcboei1_3x3_5"]`	12.958 μs (5%)
`["LDIV", "qpcboei2_2x2_0"]`	3.635 μs (5%)
`["LDIV", "qpcboei2_2x2_10"]`	3.630 μs (5%)
`["LDIV", "qpcboei2_2x2_5"]`	3.635 μs (5%)
`["LDIV", "qpcboei2_3x3_0"]`	4.429 μs (5%)
`["LDIV", "qpcboei2_3x3_10"]`	4.429 μs (5%)
`["LDIV", "qpcboei2_3x3_5"]`	4.423 μs (5%)
`["LDIV", "qpcstair_2x2_0"]`	8.639 μs (5%)
`["LDIV", "qpcstair_2x2_10"]`	8.653 μs (5%)
`["LDIV", "qpcstair_2x2_5"]`	8.583 μs (5%)
`["LDIV", "qpcstair_3x3_0"]`	9.833 μs (5%)
`["LDIV", "qpcstair_3x3_10"]`	9.792 μs (5%)
`["LDIV", "qpcstair_3x3_5"]`	9.833 μs (5%)
`["LDIV", "s268_2x2_0"]`	163.398 ns (5%)
`["LDIV", "s268_3x3_0"]`	146.264 ns (5%)
`["LDIV", "stcqp1_2x2_0"]`	115.333 μs (5%)
`["LDIV", "stcqp1_2x2_10"]`	116.750 μs (5%)
`["LDIV", "stcqp1_2x2_5"]`	117.250 μs (5%)
`["LDIV", "stcqp1_3x3_0"]`	135.542 μs (5%)
`["LDIV", "stcqp1_3x3_10"]`	133.875 μs (5%)
`["LDIV", "stcqp1_3x3_5"]`	135.916 μs (5%)
`["LDIV", "stcqp2_2x2_0"]`	113.500 μs (5%)
`["LDIV", "stcqp2_2x2_5"]`	113.667 μs (5%)
`["LDIV", "stcqp2_3x3_0"]`	134.750 μs (5%)
`["LDIV", "stcqp2_3x3_5"]`	132.750 μs (5%)
`["LDIV", "tame_2x2_0"]`	69.190 ns (5%)
`["LDIV", "tame_3x3_0"]`	73.254 ns (5%)
`["LDIV", "ubh1_2x2_0"]`	218.291 μs (5%)
`["LDIV", "ubh1_3x3_0"]`	247.958 μs (5%)
`["LDIV", "yao_2x2_0"]`	24.250 μs (5%)
`["LDIV", "yao_2x2_5"]`	23.875 μs (5%)
`["LDIV", "yao_3x3_0"]`	29.292 μs (5%)
`["LDIV", "yao_3x3_5"]`	29.041 μs (5%)
`["LDIV", "zecevic2_2x2_0"]`	84.096 ns (5%)
`["LDIV", "zecevic2_3x3_0"]`	96.397 ns (5%)
`["LLDL", "aug2d_2x2_0"]`	1.321 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2d_2x2_5"]`	1.322 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2d_3x3_0"]`	1.339 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2d_3x3_5"]`	1.334 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2dc_2x2_0"]`	1.319 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2dc_2x2_5"]`	1.334 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2dc_3x3_0"]`	1.317 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2dc_3x3_5"]`	1.331 ms (5%)	3.62 MiB (1%)	39
`["LLDL", "aug2dcqp_2x2_0"]`	2.957 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug2dcqp_2x2_10"]`	2.966 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug2dcqp_2x2_5"]`	2.966 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug2dcqp_3x3_0"]`	4.009 ms (5%)	10.57 MiB (1%)	39
`["LLDL", "aug2dcqp_3x3_10"]`	3.961 ms (5%)	10.57 MiB (1%)	39
`["LLDL", "aug2dcqp_3x3_5"]`	3.970 ms (5%)	10.57 MiB (1%)	39
`["LLDL", "aug2dqp_2x2_0"]`	2.961 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug2dqp_2x2_10"]`	2.967 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug2dqp_2x2_5"]`	2.962 ms (5%)	8.26 MiB (1%)	39
`["LLDL", "aug2dqp_3x3_0"]`	3.982 ms (5%)	10.57 MiB (1%)	39
`["LLDL", "aug2dqp_3x3_10"]`	3.981 ms (5%)	10.57 MiB (1%)	39
`["LLDL", "aug2dqp_3x3_5"]`	3.993 ms (5%)	10.57 MiB (1%)	39
`["LLDL", "aug3d_2x2_0"]`	211.625 μs (5%)	608.86 KiB (1%)	38
`["LLDL", "aug3d_3x3_0"]`	212.333 μs (5%)	608.86 KiB (1%)	38
`["LLDL", "aug3dc_2x2_0"]`	212.000 μs (5%)	608.86 KiB (1%)	38
`["LLDL", "aug3dc_3x3_0"]`	211.792 μs (5%)	608.86 KiB (1%)	38
`["LLDL", "aug3dcqp_2x2_0"]`	503.292 μs (5%)	1.48 MiB (1%)	39
`["LLDL", "aug3dcqp_2x2_5"]`	504.542 μs (5%)	1.48 MiB (1%)	39
`["LLDL", "aug3dcqp_3x3_0"]`	684.042 μs (5%)	1.93 MiB (1%)	39
`["LLDL", "aug3dcqp_3x3_5"]`	687.000 μs (5%)	1.93 MiB (1%)	39
`["LLDL", "aug3dqp_2x2_0"]`	506.875 μs (5%)	1.48 MiB (1%)	39
`["LLDL", "aug3dqp_2x2_5"]`	502.166 μs (5%)	1.48 MiB (1%)	39
`["LLDL", "aug3dqp_3x3_0"]`	684.458 μs (5%)	1.93 MiB (1%)	39
`["LLDL", "aug3dqp_3x3_5"]`	687.000 μs (5%)	1.93 MiB (1%)	39
`["LLDL", "cvxqp1_l_2x2_0"]`	5.732 ms (5%)	6.77 MiB (1%)	39
`["LLDL", "cvxqp1_l_2x2_10"]`	5.740 ms (5%)	6.77 MiB (1%)	39
`["LLDL", "cvxqp1_l_2x2_5"]`	5.739 ms (5%)	6.77 MiB (1%)	39
`["LLDL", "cvxqp1_l_3x3_0"]`	6.700 ms (5%)	9.07 MiB (1%)	39
`["LLDL", "cvxqp1_l_3x3_10"]`	6.744 ms (5%)	9.07 MiB (1%)	39
`["LLDL", "cvxqp1_l_3x3_5"]`	6.766 ms (5%)	9.07 MiB (1%)	39
`["LLDL", "cvxqp1_m_2x2_0"]`	550.916 μs (5%)	702.69 KiB (1%)	39
`["LLDL", "cvxqp1_m_2x2_10"]`	547.792 μs (5%)	702.69 KiB (1%)	39
`["LLDL", "cvxqp1_m_2x2_5"]`	546.666 μs (5%)	702.69 KiB (1%)	39
`["LLDL", "cvxqp1_m_3x3_0"]`	641.791 μs (5%)	937.44 KiB (1%)	39
`["LLDL", "cvxqp1_m_3x3_10"]`	638.917 μs (5%)	937.44 KiB (1%)	39
`["LLDL", "cvxqp1_m_3x3_5"]`	638.792 μs (5%)	937.44 KiB (1%)	39
`["LLDL", "cvxqp1_s_2x2_0"]`	31.917 μs (5%)	80.16 KiB (1%)	23
`["LLDL", "cvxqp1_s_2x2_10"]`	32.791 μs (5%)	80.16 KiB (1%)	23
`["LLDL", "cvxqp1_s_2x2_5"]`	32.500 μs (5%)	80.16 KiB (1%)	23
`["LLDL", "cvxqp1_s_3x3_0"]`	41.750 μs (5%)	103.72 KiB (1%)	23
`["LLDL", "cvxqp1_s_3x3_10"]`	41.875 μs (5%)	103.72 KiB (1%)	23
`["LLDL", "cvxqp1_s_3x3_5"]`	41.917 μs (5%)	103.72 KiB (1%)	23
`["LLDL", "cvxqp2_l_2x2_0"]`	4.854 ms (5%)	6.41 MiB (1%)	39
`["LLDL", "cvxqp2_l_2x2_10"]`	4.857 ms (5%)	6.41 MiB (1%)	39
`["LLDL", "cvxqp2_l_2x2_5"]`	4.861 ms (5%)	6.41 MiB (1%)	39
`["LLDL", "cvxqp2_l_3x3_0"]`	5.868 ms (5%)	8.71 MiB (1%)	39
`["LLDL", "cvxqp2_l_3x3_10"]`	5.856 ms (5%)	8.71 MiB (1%)	39
`["LLDL", "cvxqp2_l_3x3_5"]`	5.878 ms (5%)	8.71 MiB (1%)	39
`["LLDL", "cvxqp2_m_2x2_0"]`	460.125 μs (5%)	665.59 KiB (1%)	39
`["LLDL", "cvxqp2_m_2x2_10"]`	461.125 μs (5%)	665.59 KiB (1%)	39
`["LLDL", "cvxqp2_m_2x2_5"]`	462.209 μs (5%)	665.59 KiB (1%)	39
`["LLDL", "cvxqp2_m_3x3_0"]`	552.584 μs (5%)	900.50 KiB (1%)	39
`["LLDL", "cvxqp2_m_3x3_10"]`	555.250 μs (5%)	900.50 KiB (1%)	39
`["LLDL", "cvxqp2_m_3x3_5"]`	555.208 μs (5%)	900.50 KiB (1%)	39
`["LLDL", "cvxqp2_s_2x2_0"]`	29.250 μs (5%)	76.58 KiB (1%)	23
`["LLDL", "cvxqp2_s_2x2_10"]`	29.125 μs (5%)	76.58 KiB (1%)	23
`["LLDL", "cvxqp2_s_2x2_5"]`	28.666 μs (5%)	76.58 KiB (1%)	23
`["LLDL", "cvxqp2_s_3x3_0"]`	38.041 μs (5%)	100.03 KiB (1%)	23
`["LLDL", "cvxqp2_s_3x3_10"]`	38.250 μs (5%)	100.03 KiB (1%)	23
`["LLDL", "cvxqp2_s_3x3_5"]`	38.459 μs (5%)	100.03 KiB (1%)	23
`["LLDL", "cvxqp3_l_2x2_0"]`	6.627 ms (5%)	7.14 MiB (1%)	39
`["LLDL", "cvxqp3_l_2x2_10"]`	6.636 ms (5%)	7.14 MiB (1%)	39
`["LLDL", "cvxqp3_l_2x2_5"]`	6.633 ms (5%)	7.14 MiB (1%)	39
`["LLDL", "cvxqp3_l_3x3_0"]`	7.636 ms (5%)	9.43 MiB (1%)	39
`["LLDL", "cvxqp3_l_3x3_10"]`	7.682 ms (5%)	9.43 MiB (1%)	39
`["LLDL", "cvxqp3_l_3x3_5"]`	7.650 ms (5%)	9.43 MiB (1%)	39
`["LLDL", "cvxqp3_m_2x2_0"]`	635.000 μs (5%)	739.50 KiB (1%)	39
`["LLDL", "cvxqp3_m_2x2_10"]`	635.334 μs (5%)	739.50 KiB (1%)	39
`["LLDL", "cvxqp3_m_2x2_5"]`	634.917 μs (5%)	739.50 KiB (1%)	39
`["LLDL", "cvxqp3_m_3x3_0"]`	723.041 μs (5%)	974.41 KiB (1%)	39
`["LLDL", "cvxqp3_m_3x3_10"]`	725.584 μs (5%)	974.41 KiB (1%)	39
`["LLDL", "cvxqp3_m_3x3_5"]`	731.083 μs (5%)	974.41 KiB (1%)	39
`["LLDL", "cvxqp3_s_2x2_0"]`	36.166 μs (5%)	83.78 KiB (1%)	23
`["LLDL", "cvxqp3_s_2x2_10"]`	35.542 μs (5%)	83.78 KiB (1%)	23
`["LLDL", "cvxqp3_s_2x2_5"]`	35.833 μs (5%)	83.78 KiB (1%)	23
`["LLDL", "cvxqp3_s_3x3_0"]`	45.000 μs (5%)	107.28 KiB (1%)	23
`["LLDL", "cvxqp3_s_3x3_10"]`	45.416 μs (5%)	107.28 KiB (1%)	23
`["LLDL", "cvxqp3_s_3x3_5"]`	45.708 μs (5%)	107.28 KiB (1%)	23
`["LLDL", "dual1_2x2_0"]`	326.041 μs (5%)	127.48 KiB (1%)	61
`["LLDL", "dual1_2x2_5"]`	317.042 μs (5%)	127.48 KiB (1%)	61
`["LLDL", "dual1_3x3_0"]`	334.792 μs (5%)	147.28 KiB (1%)	61
`["LLDL", "dual1_3x3_5"]`	329.917 μs (5%)	147.28 KiB (1%)	61
`["LLDL", "dual2_2x2_0"]`	406.541 μs (5%)	153.36 KiB (1%)	72
`["LLDL", "dual2_3x3_0"]`	413.250 μs (5%)	175.98 KiB (1%)	72
`["LLDL", "dual3_2x2_0"]`	563.917 μs (5%)	194.25 KiB (1%)	87
`["LLDL", "dual3_2x2_5"]`	572.417 μs (5%)	194.25 KiB (1%)	87
`["LLDL", "dual3_3x3_0"]`	576.500 μs (5%)	220.45 KiB (1%)	87
`["LLDL", "dual3_3x3_5"]`	585.000 μs (5%)	220.45 KiB (1%)	87
`["LLDL", "dual4_2x2_0"]`	210.833 μs (5%)	105.77 KiB (1%)	51
`["LLDL", "dual4_2x2_5"]`	207.375 μs (5%)	105.77 KiB (1%)	51
`["LLDL", "dual4_3x3_0"]`	217.292 μs (5%)	123.53 KiB (1%)	51
`["LLDL", "dual4_3x3_5"]`	217.250 μs (5%)	123.53 KiB (1%)	51
`["LLDL", "dualc1_2x2_0"]`	219.833 μs (5%)	103.14 KiB (1%)	34
`["LLDL", "dualc1_2x2_10"]`	220.375 μs (5%)	103.14 KiB (1%)	34
`["LLDL", "dualc1_2x2_5"]`	220.333 μs (5%)	103.14 KiB (1%)	34
`["LLDL", "dualc1_3x3_0"]`	231.584 μs (5%)	130.41 KiB (1%)	34
`["LLDL", "dualc1_3x3_10"]`	232.167 μs (5%)	130.41 KiB (1%)	34
`["LLDL", "dualc1_3x3_5"]`	232.333 μs (5%)	130.41 KiB (1%)	34
`["LLDL", "dualc2_2x2_0"]`	190.917 μs (5%)	97.53 KiB (1%)	30
`["LLDL", "dualc2_2x2_10"]`	193.667 μs (5%)	97.53 KiB (1%)	30
`["LLDL", "dualc2_2x2_5"]`	193.541 μs (5%)	97.53 KiB (1%)	30
`["LLDL", "dualc2_3x3_0"]`	203.125 μs (5%)	125.77 KiB (1%)	32
`["LLDL", "dualc2_3x3_10"]`	205.584 μs (5%)	125.77 KiB (1%)	32
`["LLDL", "dualc2_3x3_5"]`	205.208 μs (5%)	125.77 KiB (1%)	32
`["LLDL", "dualc5_2x2_0"]`	299.416 μs (5%)	121.66 KiB (1%)	33
`["LLDL", "dualc5_2x2_5"]`	298.583 μs (5%)	121.66 KiB (1%)	33
`["LLDL", "dualc5_3x3_0"]`	313.750 μs (5%)	155.59 KiB (1%)	33
`["LLDL", "dualc5_3x3_5"]`	313.000 μs (5%)	155.59 KiB (1%)	33
`["LLDL", "dualc8_2x2_0"]`	870.333 μs (5%)	206.12 KiB (1%)	33
`["LLDL", "dualc8_2x2_10"]`	874.583 μs (5%)	206.12 KiB (1%)	33
`["LLDL", "dualc8_2x2_5"]`	876.875 μs (5%)	206.12 KiB (1%)	33
`["LLDL", "dualc8_3x3_0"]`	898.958 μs (5%)	267.06 KiB (1%)	33
`["LLDL", "dualc8_3x3_10"]`	902.250 μs (5%)	267.06 KiB (1%)	33
`["LLDL", "dualc8_3x3_5"]`	903.750 μs (5%)	267.06 KiB (1%)	33
`["LLDL", "genhs28_2x2_0"]`	1.392 μs (5%)	3.83 KiB (1%)	21
`["LLDL", "genhs28_3x3_0"]`	1.392 μs (5%)	3.83 KiB (1%)	21
`["LLDL", "gouldqp2_2x2_0"]`	148.292 μs (5%)	466.98 KiB (1%)	38
`["LLDL", "gouldqp2_2x2_5"]`	148.750 μs (5%)	466.98 KiB (1%)	38
`["LLDL", "gouldqp2_3x3_0"]`	212.750 μs (5%)	631.34 KiB (1%)	39
`["LLDL", "gouldqp2_3x3_5"]`	211.958 μs (5%)	631.34 KiB (1%)	39
`["LLDL", "gouldqp3_2x2_0"]`	163.875 μs (5%)	472.48 KiB (1%)	38
`["LLDL", "gouldqp3_2x2_10"]`	163.458 μs (5%)	472.48 KiB (1%)	38
`["LLDL", "gouldqp3_2x2_5"]`	163.208 μs (5%)	472.48 KiB (1%)	38
`["LLDL", "gouldqp3_3x3_0"]`	226.625 μs (5%)	636.84 KiB (1%)	39
`["LLDL", "gouldqp3_3x3_5"]`	227.500 μs (5%)	636.84 KiB (1%)	39
`["LLDL", "hs118_2x2_0"]`	6.392 μs (5%)	18.03 KiB (1%)	21
`["LLDL", "hs118_2x2_10"]`	6.500 μs (5%)	18.03 KiB (1%)	21
`["LLDL", "hs118_2x2_5"]`	6.442 μs (5%)	18.03 KiB (1%)	21
`["LLDL", "hs118_3x3_0"]`	9.208 μs (5%)	24.80 KiB (1%)	21
`["LLDL", "hs118_3x3_10"]`	9.292 μs (5%)	24.80 KiB (1%)	21
`["LLDL", "hs118_3x3_5"]`	9.292 μs (5%)	24.80 KiB (1%)	21
`["LLDL", "hs21_2x2_0"]`	811.476 ns (5%)	2.83 KiB (1%)	21
`["LLDL", "hs21_2x2_5"]`	810.241 ns (5%)	2.83 KiB (1%)	21
`["LLDL", "hs21_3x3_0"]`	1.050 μs (5%)	3.36 KiB (1%)	21
`["LLDL", "hs21_3x3_5"]`	1.062 μs (5%)	3.36 KiB (1%)	21
`["LLDL", "hs21mod_2x2_0"]`	1.233 μs (5%)	4.20 KiB (1%)	21
`["LLDL", "hs21mod_2x2_5"]`	1.188 μs (5%)	4.20 KiB (1%)	21
`["LLDL", "hs21mod_3x3_0"]`	1.650 μs (5%)	5.36 KiB (1%)	21
`["LLDL", "hs21mod_3x3_5"]`	1.667 μs (5%)	5.36 KiB (1%)	21
`["LLDL", "hs268_2x2_0"]`	1.454 μs (5%)	3.56 KiB (1%)	21
`["LLDL", "hs268_3x3_0"]`	1.725 μs (5%)	4.25 KiB (1%)	21
`["LLDL", "hs35_2x2_0"]`	857.046 ns (5%)	2.69 KiB (1%)	21
`["LLDL", "hs35_3x3_0"]`	1.033 μs (5%)	3.16 KiB (1%)	21
`["LLDL", "hs35mod_2x2_0"]`	768.794 ns (5%)	2.45 KiB (1%)	21
`["LLDL", "hs35mod_3x3_0"]`	906.514 ns (5%)	2.88 KiB (1%)	21
`["LLDL", "hs51_2x2_0"]`	734.664 ns (5%)	2.39 KiB (1%)	21
`["LLDL", "hs51_3x3_0"]`	730.711 ns (5%)	2.39 KiB (1%)	21
`["LLDL", "hs52_2x2_0"]`	735.772 ns (5%)	2.39 KiB (1%)	21
`["LLDL", "hs52_3x3_0"]`	734.583 ns (5%)	2.39 KiB (1%)	21
`["LLDL", "hs53_2x2_0"]`	1.512 μs (5%)	4.73 KiB (1%)	21
`["LLDL", "hs53_3x3_0"]`	2.056 μs (5%)	5.91 KiB (1%)	21
`["LLDL", "hs76_2x2_0"]`	1.142 μs (5%)	3.62 KiB (1%)	21
`["LLDL", "hs76_3x3_0"]`	1.525 μs (5%)	4.39 KiB (1%)	21
`["LLDL", "hues-mod_2x2_0"]`	1.351 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "hues-mod_2x2_10"]`	1.341 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "hues-mod_2x2_5"]`	1.351 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "hues-mod_3x3_0"]`	1.843 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "hues-mod_3x3_10"]`	1.839 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "hues-mod_3x3_5"]`	1.846 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "huestis_2x2_0"]`	1.358 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "huestis_2x2_10"]`	1.350 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "huestis_2x2_5"]`	1.346 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "huestis_3x3_0"]`	1.850 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "huestis_3x3_10"]`	1.849 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "huestis_3x3_5"]`	1.838 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "ksip_2x2_0"]`	6.685 ms (5%)	624.34 KiB (1%)	45
`["LLDL", "ksip_2x2_10"]`	6.691 ms (5%)	624.34 KiB (1%)	45
`["LLDL", "ksip_2x2_5"]`	6.694 ms (5%)	624.34 KiB (1%)	45
`["LLDL", "ksip_3x3_0"]`	6.735 ms (5%)	740.81 KiB (1%)	57
`["LLDL", "ksip_3x3_10"]`	6.746 ms (5%)	740.81 KiB (1%)	57
`["LLDL", "ksip_3x3_5"]`	6.742 ms (5%)	740.81 KiB (1%)	57
`["LLDL", "liswet10_2x2_0"]`	1.266 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet10_2x2_10"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet10_2x2_5"]`	1.266 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet10_3x3_0"]`	1.748 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet10_3x3_10"]`	1.762 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet10_3x3_5"]`	1.762 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet11_2x2_0"]`	1.262 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet11_2x2_10"]`	1.266 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet11_2x2_5"]`	1.261 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet11_3x3_0"]`	1.742 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet11_3x3_10"]`	1.756 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet11_3x3_5"]`	1.760 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet12_2x2_0"]`	1.261 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet12_2x2_10"]`	1.265 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet12_2x2_5"]`	1.261 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet12_3x3_0"]`	1.744 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet12_3x3_10"]`	1.756 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet12_3x3_5"]`	1.753 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet1_2x2_0"]`	1.261 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet1_2x2_10"]`	1.265 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet1_2x2_5"]`	1.260 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet1_3x3_0"]`	1.742 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet1_3x3_10"]`	1.752 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet1_3x3_5"]`	1.756 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet2_2x2_0"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet2_2x2_10"]`	1.262 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet2_2x2_5"]`	1.261 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet2_3x3_0"]`	1.740 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet2_3x3_10"]`	1.762 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet2_3x3_5"]`	1.762 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet3_2x2_0"]`	1.268 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet3_2x2_10"]`	1.266 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet3_2x2_5"]`	1.268 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet3_3x3_0"]`	1.743 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet3_3x3_10"]`	1.761 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet3_3x3_5"]`	1.751 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet4_2x2_0"]`	1.268 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet4_2x2_10"]`	1.261 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet4_2x2_5"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet4_3x3_0"]`	1.751 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet4_3x3_10"]`	1.770 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet4_3x3_5"]`	1.744 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet5_2x2_0"]`	1.259 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet5_2x2_10"]`	1.262 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet5_2x2_5"]`	1.263 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet5_3x3_0"]`	1.752 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet5_3x3_10"]`	1.758 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet5_3x3_5"]`	1.753 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet6_2x2_0"]`	1.263 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet6_2x2_10"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet6_2x2_5"]`	1.268 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet6_3x3_0"]`	1.748 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet6_3x3_10"]`	1.751 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet6_3x3_5"]`	1.746 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet7_2x2_0"]`	1.259 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet7_2x2_10"]`	1.266 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet7_2x2_5"]`	1.263 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet7_3x3_0"]`	1.748 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet7_3x3_10"]`	1.760 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet7_3x3_5"]`	1.754 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet8_2x2_0"]`	1.263 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet8_2x2_10"]`	1.255 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet8_2x2_5"]`	1.265 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet8_3x3_0"]`	1.740 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet8_3x3_10"]`	1.758 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet8_3x3_5"]`	1.764 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet9_2x2_0"]`	1.266 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet9_2x2_10"]`	1.269 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet9_2x2_5"]`	1.264 ms (5%)	3.60 MiB (1%)	39
`["LLDL", "liswet9_3x3_0"]`	1.735 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet9_3x3_10"]`	1.760 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "liswet9_3x3_5"]`	1.766 ms (5%)	4.75 MiB (1%)	39
`["LLDL", "lotschd_2x2_0"]`	2.889 μs (5%)	7.09 KiB (1%)	21
`["LLDL", "lotschd_2x2_5"]`	2.884 μs (5%)	7.09 KiB (1%)	21
`["LLDL", "lotschd_3x3_0"]`	3.573 μs (5%)	8.47 KiB (1%)	21
`["LLDL", "lotschd_3x3_5"]`	3.635 μs (5%)	8.47 KiB (1%)	21
`["LLDL", "mosarqp1_2x2_0"]`	316.875 μs (5%)	1.03 MiB (1%)	39
`["LLDL", "mosarqp1_2x2_5"]`	316.666 μs (5%)	1.03 MiB (1%)	39
`["LLDL", "mosarqp1_3x3_0"]`	464.791 μs (5%)	1.40 MiB (1%)	39
`["LLDL", "mosarqp1_3x3_5"]`	466.875 μs (5%)	1.40 MiB (1%)	39
`["LLDL", "mosarqp2_2x2_0"]`	175.416 μs (5%)	491.11 KiB (1%)	38
`["LLDL", "mosarqp2_2x2_5"]`	174.917 μs (5%)	491.11 KiB (1%)	38
`["LLDL", "mosarqp2_3x3_0"]`	244.541 μs (5%)	666.91 KiB (1%)	39
`["LLDL", "mosarqp2_3x3_5"]`	244.250 μs (5%)	666.91 KiB (1%)	39
`["LLDL", "powell20_2x2_0"]`	1.071 ms (5%)	3.45 MiB (1%)	39
`["LLDL", "powell20_2x2_10"]`	1.068 ms (5%)	3.45 MiB (1%)	39
`["LLDL", "powell20_2x2_5"]`	1.069 ms (5%)	3.45 MiB (1%)	39
`["LLDL", "powell20_3x3_0"]`	1.528 ms (5%)	4.60 MiB (1%)	39
`["LLDL", "powell20_3x3_10"]`	1.518 ms (5%)	4.60 MiB (1%)	39
`["LLDL", "powell20_3x3_5"]`	1.528 ms (5%)	4.60 MiB (1%)	39
`["LLDL", "primal1_2x2_0"]`	245.708 μs (5%)	155.17 KiB (1%)	28
`["LLDL", "primal1_3x3_0"]`	248.792 μs (5%)	164.73 KiB (1%)	28
`["LLDL", "primal2_2x2_0"]`	380.500 μs (5%)	227.12 KiB (1%)	35
`["LLDL", "primal2_3x3_0"]`	387.709 μs (5%)	238.34 KiB (1%)	35
`["LLDL", "primal3_2x2_0"]`	1.210 ms (5%)	474.48 KiB (1%)	117
`["LLDL", "primal3_3x3_0"]`	1.218 ms (5%)	487.73 KiB (1%)	117
`["LLDL", "primal4_2x2_0"]`	744.125 μs (5%)	430.48 KiB (1%)	26
`["LLDL", "primal4_2x2_10"]`	743.958 μs (5%)	430.48 KiB (1%)	26
`["LLDL", "primal4_2x2_5"]`	743.500 μs (5%)	430.48 KiB (1%)	26
`["LLDL", "primal4_3x3_0"]`	747.375 μs (5%)	439.03 KiB (1%)	26
`["LLDL", "primal4_3x3_10"]`	750.333 μs (5%)	439.03 KiB (1%)	26
`["LLDL", "primal4_3x3_5"]`	751.083 μs (5%)	439.03 KiB (1%)	26
`["LLDL", "primalc1_2x2_0"]`	70.167 μs (5%)	119.27 KiB (1%)	25
`["LLDL", "primalc1_2x2_10"]`	71.000 μs (5%)	119.27 KiB (1%)	25
`["LLDL", "primalc1_2x2_5"]`	71.292 μs (5%)	119.27 KiB (1%)	25
`["LLDL", "primalc1_3x3_0"]`	81.500 μs (5%)	145.47 KiB (1%)	25
`["LLDL", "primalc1_3x3_10"]`	81.375 μs (5%)	145.47 KiB (1%)	25
`["LLDL", "primalc1_3x3_5"]`	82.959 μs (5%)	145.47 KiB (1%)	25
`["LLDL", "primalc2_2x2_0"]`	59.833 μs (5%)	115.02 KiB (1%)	25
`["LLDL", "primalc2_2x2_10"]`	59.917 μs (5%)	115.02 KiB (1%)	25
`["LLDL", "primalc2_2x2_5"]`	59.792 μs (5%)	115.02 KiB (1%)	25
`["LLDL", "primalc2_3x3_0"]`	70.584 μs (5%)	143.03 KiB (1%)	25
`["LLDL", "primalc2_3x3_10"]`	71.292 μs (5%)	143.03 KiB (1%)	25
`["LLDL", "primalc2_3x3_5"]`	73.000 μs (5%)	143.03 KiB (1%)	25
`["LLDL", "primalc5_2x2_0"]`	81.917 μs (5%)	143.41 KiB (1%)	25
`["LLDL", "primalc5_2x2_10"]`	81.709 μs (5%)	143.41 KiB (1%)	25
`["LLDL", "primalc5_2x2_5"]`	81.667 μs (5%)	143.41 KiB (1%)	25
`["LLDL", "primalc5_3x3_0"]`	96.875 μs (5%)	177.22 KiB (1%)	25
`["LLDL", "primalc5_3x3_10"]`	96.417 μs (5%)	177.22 KiB (1%)	25
`["LLDL", "primalc5_3x3_5"]`	95.625 μs (5%)	177.22 KiB (1%)	25
`["LLDL", "primalc8_2x2_0"]`	151.375 μs (5%)	248.75 KiB (1%)	25
`["LLDL", "primalc8_2x2_10"]`	151.375 μs (5%)	248.75 KiB (1%)	25
`["LLDL", "primalc8_2x2_5"]`	150.375 μs (5%)	248.75 KiB (1%)	25
`["LLDL", "primalc8_3x3_0"]`	177.916 μs (5%)	307.97 KiB (1%)	37
`["LLDL", "primalc8_3x3_10"]`	177.458 μs (5%)	307.97 KiB (1%)	37
`["LLDL", "primalc8_3x3_5"]`	176.792 μs (5%)	307.97 KiB (1%)	37
`["LLDL", "qpcblend_2x2_0"]`	23.375 μs (5%)	58.11 KiB (1%)	23
`["LLDL", "qpcblend_2x2_10"]`	23.500 μs (5%)	58.11 KiB (1%)	23
`["LLDL", "qpcblend_2x2_5"]`	23.459 μs (5%)	58.11 KiB (1%)	23
`["LLDL", "qpcblend_3x3_0"]`	28.333 μs (5%)	71.44 KiB (1%)	23
`["LLDL", "qpcblend_3x3_10"]`	28.875 μs (5%)	71.44 KiB (1%)	23
`["LLDL", "qpcblend_3x3_5"]`	28.625 μs (5%)	71.44 KiB (1%)	23
`["LLDL", "qpcboei1_2x2_0"]`	185.000 μs (5%)	331.03 KiB (1%)	37
`["LLDL", "qpcboei1_2x2_10"]`	187.792 μs (5%)	331.03 KiB (1%)	37
`["LLDL", "qpcboei1_2x2_5"]`	186.083 μs (5%)	331.03 KiB (1%)	37
`["LLDL", "qpcboei1_3x3_0"]`	235.500 μs (5%)	445.47 KiB (1%)	37
`["LLDL", "qpcboei1_3x3_10"]`	234.083 μs (5%)	445.47 KiB (1%)	37
`["LLDL", "qpcboei1_3x3_5"]`	234.750 μs (5%)	445.47 KiB (1%)	37
`["LLDL", "qpcboei2_2x2_0"]`	60.583 μs (5%)	132.06 KiB (1%)	23
`["LLDL", "qpcboei2_2x2_10"]`	60.708 μs (5%)	132.06 KiB (1%)	23
`["LLDL", "qpcboei2_2x2_5"]`	60.875 μs (5%)	132.06 KiB (1%)	23
`["LLDL", "qpcboei2_3x3_0"]`	80.542 μs (5%)	176.81 KiB (1%)	25
`["LLDL", "qpcboei2_3x3_10"]`	81.417 μs (5%)	176.81 KiB (1%)	25
`["LLDL", "qpcboei2_3x3_5"]`	80.375 μs (5%)	176.81 KiB (1%)	25
`["LLDL", "qpcstair_2x2_0"]`	162.333 μs (5%)	262.88 KiB (1%)	25
`["LLDL", "qpcstair_2x2_10"]`	163.625 μs (5%)	262.88 KiB (1%)	25
`["LLDL", "qpcstair_2x2_5"]`	165.250 μs (5%)	262.88 KiB (1%)	25
`["LLDL", "qpcstair_3x3_0"]`	192.042 μs (5%)	324.22 KiB (1%)	37
`["LLDL", "qpcstair_3x3_10"]`	193.500 μs (5%)	324.22 KiB (1%)	37
`["LLDL", "qpcstair_3x3_5"]`	193.458 μs (5%)	324.22 KiB (1%)	37
`["LLDL", "s268_2x2_0"]`	1.429 μs (5%)	3.56 KiB (1%)	21
`["LLDL", "s268_3x3_0"]`	1.754 μs (5%)	4.25 KiB (1%)	21
`["LLDL", "stcqp1_2x2_0"]`	8.583 ms (5%)	3.19 MiB (1%)	383
`["LLDL", "stcqp1_2x2_10"]`	8.668 ms (5%)	3.19 MiB (1%)	383
`["LLDL", "stcqp1_2x2_5"]`	8.669 ms (5%)	3.19 MiB (1%)	383
`["LLDL", "stcqp1_3x3_0"]`	9.008 ms (5%)	4.13 MiB (1%)	383
`["LLDL", "stcqp1_3x3_10"]`	9.092 ms (5%)	4.13 MiB (1%)	383
`["LLDL", "stcqp1_3x3_5"]`	9.079 ms (5%)	4.13 MiB (1%)	383
`["LLDL", "stcqp2_2x2_0"]`	5.877 ms (5%)	3.15 MiB (1%)	358
`["LLDL", "stcqp2_2x2_5"]`	5.857 ms (5%)	3.15 MiB (1%)	358
`["LLDL", "stcqp2_3x3_0"]`	6.299 ms (5%)	4.09 MiB (1%)	358
`["LLDL", "stcqp2_3x3_5"]`	6.289 ms (5%)	4.09 MiB (1%)	358
`["LLDL", "tame_2x2_0"]`	681.197 ns (5%)	2.19 KiB (1%)	21
`["LLDL", "tame_3x3_0"]`	742.679 ns (5%)	2.42 KiB (1%)	21
`["LLDL", "ubh1_2x2_0"]`	2.392 ms (5%)	6.48 MiB (1%)	39
`["LLDL", "ubh1_3x3_0"]`	2.998 ms (5%)	7.86 MiB (1%)	39
`["LLDL", "yao_2x2_0"]`	253.542 μs (5%)	746.52 KiB (1%)	38
`["LLDL", "yao_2x2_5"]`	251.542 μs (5%)	746.52 KiB (1%)	38
`["LLDL", "yao_3x3_0"]`	342.916 μs (5%)	981.34 KiB (1%)	39
`["LLDL", "yao_3x3_5"]`	345.000 μs (5%)	981.34 KiB (1%)	39
`["LLDL", "zecevic2_2x2_0"]`	939.600 ns (5%)	3.11 KiB (1%)	21
`["LLDL", "zecevic2_3x3_0"]`	1.196 μs (5%)	3.81 KiB (1%)	21

Benchmark Group List

Here's a list of all the benchmark groups executed by this job:

["LDIV"]
["LLDL"]

Julia versioninfo

Julia Version 1.9.3
Commit bed2cd540a1 (2023-08-24 14:43 UTC)
Build Info:
  Official https://julialang.org/ release
Platform Info:
  OS: macOS (arm64-apple-darwin22.4.0)
  uname: Darwin 21.6.0 Darwin Kernel Version 21.6.0: Fri Sep 15 16:17:13 PDT 2023; root:xnu-8020.240.18.703.5~1/RELEASE_ARM64_T8101 arm64 arm
  CPU: Apple M1: 
              speed         user         nice          sys         idle          irq
       #1  2400 MHz     675635 s          0 s     909913 s   25083031 s          0 s
       #2  2400 MHz     601965 s          0 s     827255 s   25239354 s          0 s
       #3  2400 MHz     484082 s          0 s     597196 s   25587297 s          0 s
       #4  2400 MHz     418561 s          0 s     443864 s   25806150 s          0 s
       #5  2400 MHz     595344 s          0 s     610384 s   25462846 s          0 s
       #6  2400 MHz     406962 s          0 s     420152 s   25841461 s          0 s
       #7  2400 MHz     247221 s          0 s     288906 s   26132447 s          0 s
       #8  2400 MHz     174077 s          0 s     205612 s   26288885 s          0 s
  Memory: 8.0 GB (70.28125 MB free)
  Uptime: 2.666821e6 sec
  Load Avg:  1.57080078125  1.6806640625  1.76025390625
  WORD_SIZE: 64
  LIBM: libopenlibm
  LLVM: libLLVM-14.0.6 (ORCJIT, apple-m1)
  Threads: 1 on 4 virtual cores

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Benchmark Report for LimitedLDLFactorizations

Job Properties

Results

Benchmark Group List

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Target

Baseline

Benchmark Report for LimitedLDLFactorizations

Job Properties

Results

Benchmark Group List

Julia versioninfo

Benchmark Report for LimitedLDLFactorizations

Job Properties

Results

Benchmark Group List

Julia versioninfo

Benchmark Report for LimitedLDLFactorizations

Job Properties

Results

Benchmark Group List

Julia versioninfo

Target

Baseline

Benchmark Report for LimitedLDLFactorizations

Job Properties

Results

Benchmark Group List

Julia versioninfo

Benchmark Report for LimitedLDLFactorizations

Job Properties

Results

Benchmark Group List

Julia versioninfo