If you think that there is an error in how your package is being tested or represented, please file an issue at NewPkgEval.jl, making sure to read the FAQ first.
Results with Julia v1.2.0
Testing was successful.
Last evaluation was ago and took 9 minutes, 8 seconds.
Resolving package versions...
Installed DataAPI ──────────── v1.1.0
Installed Missings ─────────── v0.4.3
Installed Showoff ──────────── v0.3.1
Installed Contour ──────────── v0.5.1
Installed StatsBase ────────── v0.32.0
Installed Colors ───────────── v0.9.6
Installed BinaryProvider ───── v0.5.8
Installed Laplacians ───────── v1.1.1
Installed Requires ─────────── v0.5.2
Installed Reexport ─────────── v0.2.0
Installed RandomV06 ────────── v0.0.2
Installed Measures ─────────── v0.3.0
Installed OrderedCollections ─ v1.1.0
Installed RecipesBase ──────── v0.7.0
Installed Plots ────────────── v0.28.2
Installed IterTools ────────── v1.3.0
Installed DataStructures ───── v0.17.6
Installed Parsers ──────────── v0.3.10
Installed FixedPointNumbers ── v0.6.1
Installed NaNMath ──────────── v0.3.3
Installed StaticArrays ─────── v0.12.1
Installed FFMPEG ───────────── v0.2.3
Installed GeometryTypes ────── v0.7.6
Installed JSON ─────────────── v0.21.0
Installed SortingAlgorithms ── v0.3.1
Installed PlotUtils ────────── v0.6.1
Installed ColorTypes ───────── v0.8.0
Installed PlotThemes ───────── v1.0.0
Installed Arpack ───────────── v0.3.1
Installed GR ───────────────── v0.44.0
Updating `~/.julia/environments/v1.2/Project.toml`
[6f8e5838] + Laplacians v1.1.1
Updating `~/.julia/environments/v1.2/Manifest.toml`
[7d9fca2a] + Arpack v0.3.1
[b99e7846] + BinaryProvider v0.5.8
[3da002f7] + ColorTypes v0.8.0
[5ae59095] + Colors v0.9.6
[d38c429a] + Contour v0.5.1
[9a962f9c] + DataAPI v1.1.0
[864edb3b] + DataStructures v0.17.6
[c87230d0] + FFMPEG v0.2.3
[53c48c17] + FixedPointNumbers v0.6.1
[28b8d3ca] + GR v0.44.0
[4d00f742] + GeometryTypes v0.7.6
[c8e1da08] + IterTools v1.3.0
[682c06a0] + JSON v0.21.0
[6f8e5838] + Laplacians v1.1.1
[442fdcdd] + Measures v0.3.0
[e1d29d7a] + Missings v0.4.3
[77ba4419] + NaNMath v0.3.3
[bac558e1] + OrderedCollections v1.1.0
[69de0a69] + Parsers v0.3.10
[ccf2f8ad] + PlotThemes v1.0.0
[995b91a9] + PlotUtils v0.6.1
[91a5bcdd] + Plots v0.28.2
[3639840a] + RandomV06 v0.0.2
[3cdcf5f2] + RecipesBase v0.7.0
[189a3867] + Reexport v0.2.0
[ae029012] + Requires v0.5.2
[992d4aef] + Showoff v0.3.1
[a2af1166] + SortingAlgorithms v0.3.1
[90137ffa] + StaticArrays v0.12.1
[2913bbd2] + StatsBase v0.32.0
[2a0f44e3] + Base64
[ade2ca70] + Dates
[8bb1440f] + DelimitedFiles
[8ba89e20] + Distributed
[b77e0a4c] + InteractiveUtils
[76f85450] + LibGit2
[8f399da3] + Libdl
[37e2e46d] + LinearAlgebra
[56ddb016] + Logging
[d6f4376e] + Markdown
[a63ad114] + Mmap
[44cfe95a] + Pkg
[de0858da] + Printf
[3fa0cd96] + REPL
[9a3f8284] + Random
[ea8e919c] + SHA
[9e88b42a] + Serialization
[6462fe0b] + Sockets
[2f01184e] + SparseArrays
[10745b16] + Statistics
[4607b0f0] + SuiteSparse
[8dfed614] + Test
[cf7118a7] + UUIDs
[4ec0a83e] + Unicode
Building GR ────→ `~/.julia/packages/GR/oiZD3/deps/build.log`
Building FFMPEG → `~/.julia/packages/FFMPEG/bkWgb/deps/build.log`
Building Plots ─→ `~/.julia/packages/Plots/2KhB2/deps/build.log`
Building Arpack → `~/.julia/packages/Arpack/cu5By/deps/build.log`
Testing Laplacians
Status `/tmp/jl_LPZF34/Manifest.toml`
[7d9fca2a] Arpack v0.3.1
[b99e7846] BinaryProvider v0.5.8
[3da002f7] ColorTypes v0.8.0
[5ae59095] Colors v0.9.6
[d38c429a] Contour v0.5.1
[9a962f9c] DataAPI v1.1.0
[864edb3b] DataStructures v0.17.6
[c87230d0] FFMPEG v0.2.3
[53c48c17] FixedPointNumbers v0.6.1
[28b8d3ca] GR v0.44.0
[4d00f742] GeometryTypes v0.7.6
[c8e1da08] IterTools v1.3.0
[682c06a0] JSON v0.21.0
[6f8e5838] Laplacians v1.1.1
[442fdcdd] Measures v0.3.0
[e1d29d7a] Missings v0.4.3
[77ba4419] NaNMath v0.3.3
[bac558e1] OrderedCollections v1.1.0
[69de0a69] Parsers v0.3.10
[ccf2f8ad] PlotThemes v1.0.0
[995b91a9] PlotUtils v0.6.1
[91a5bcdd] Plots v0.28.2
[3639840a] RandomV06 v0.0.2
[3cdcf5f2] RecipesBase v0.7.0
[189a3867] Reexport v0.2.0
[ae029012] Requires v0.5.2
[992d4aef] Showoff v0.3.1
[a2af1166] SortingAlgorithms v0.3.1
[90137ffa] StaticArrays v0.12.1
[2913bbd2] StatsBase v0.32.0
[2a0f44e3] Base64 [`@stdlib/Base64`]
[ade2ca70] Dates [`@stdlib/Dates`]
[8bb1440f] DelimitedFiles [`@stdlib/DelimitedFiles`]
[8ba89e20] Distributed [`@stdlib/Distributed`]
[b77e0a4c] InteractiveUtils [`@stdlib/InteractiveUtils`]
[76f85450] LibGit2 [`@stdlib/LibGit2`]
[8f399da3] Libdl [`@stdlib/Libdl`]
[37e2e46d] LinearAlgebra [`@stdlib/LinearAlgebra`]
[56ddb016] Logging [`@stdlib/Logging`]
[d6f4376e] Markdown [`@stdlib/Markdown`]
[a63ad114] Mmap [`@stdlib/Mmap`]
[44cfe95a] Pkg [`@stdlib/Pkg`]
[de0858da] Printf [`@stdlib/Printf`]
[3fa0cd96] REPL [`@stdlib/REPL`]
[9a3f8284] Random [`@stdlib/Random`]
[ea8e919c] SHA [`@stdlib/SHA`]
[9e88b42a] Serialization [`@stdlib/Serialization`]
[6462fe0b] Sockets [`@stdlib/Sockets`]
[2f01184e] SparseArrays [`@stdlib/SparseArrays`]
[10745b16] Statistics [`@stdlib/Statistics`]
[4607b0f0] SuiteSparse [`@stdlib/SuiteSparse`]
[8dfed614] Test [`@stdlib/Test`]
[cf7118a7] UUIDs [`@stdlib/UUIDs`]
[4ec0a83e] Unicode [`@stdlib/Unicode`]
15.476647 seconds (15.98 M allocations: 836.285 MiB, 5.30% gc time)
gens: [1, 3, 3]
┌ Warning: The input should be an adjacency matrix, whereas this one has negative entries.
└ @ Laplacians ~/.julia/packages/Laplacians/K6Pgk/src/solverInterface.jl:91
┌ Warning: The input should be an adjacency matrix, whereas this one has negative entries.
└ @ Laplacians ~/.julia/packages/Laplacians/K6Pgk/src/solverInterface.jl:91
┌ Warning: The input should be an adjacency matrix, whereas this one has diagonal entries.
└ @ Laplacians ~/.julia/packages/Laplacians/K6Pgk/src/solverInterface.jl:95
Using greedy degree ordering. Factorization time: 0.12528395652770996
Ratio of operator edges to original edges: 1.3487544483985765
ratio of max to min diagonal of laplacian : 62.74014881588511
Solver build time: 1.674 seconds.
PCG stopped after: 0.0 seconds and 10 iterations with relative error 5.996659393556658e-7.
Using greedy degree ordering. Factorization time: 9.083747863769531e-5
Ratio of operator edges to original edges: 1.1274509803921569
ratio of max to min diagonal of laplacian : 4.0
Using greedy degree ordering. Factorization time: 8.511543273925781e-5
Ratio of operator edges to original edges: 1.3516483516483517
ratio of max to min diagonal of laplacian : 4.0
Solver build time: 0.002 seconds.
support12: 0.9999997568063522, support21: 723.2417930700099
lower: 0.20501746825154576, upper: 1.2889182828113994
End of testByFile
┌ Warning: `grownGraph(n::Integer, k::Integer)` is deprecated, use `grown_graph(n, k)` instead.
│ caller = top-level scope at testByExport.jl:88
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:88
┌ Warning: `grownGraphD(n::Integer, k::Integer)` is deprecated, use `grown_graph_d(n, k)` instead.
│ caller = top-level scope at testByExport.jl:92
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:92
┌ Warning: `prefAttach(n::Integer, k::Integer, p::Float64)` is deprecated, use `pref_attach(n, k, p)` instead.
│ caller = top-level scope at testByExport.jl:96
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:96
┌ Warning: `prefAttach(n::Integer, k::Integer, p::Float64)` is deprecated, use `pref_attach(n, k, p)` instead.
│ caller = top-level scope at testByExport.jl:97
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:97
┌ Warning: `hyperCube(n::Int64)` is deprecated, use `hypercube(n)` instead.
│ caller = top-level scope at testByExport.jl:102
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:102
┌ Warning: `completeBinaryTree(n::Int64)` is deprecated, use `complete_binary_tree(n)` instead.
│ caller = top-level scope at testByExport.jl:106
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:106
┌ Warning: `completeGraph(n)` is deprecated, use `complete_graph(n)` instead.
│ caller = top-level scope at testByExport.jl:110
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:110
┌ Warning: `pathGraph(n)` is deprecated, use `path_graph(n)` instead.
│ caller = top-level scope at testByExport.jl:114
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:114
┌ Warning: `semiWtedChimera(n::Integer, k::Integer; verbose=false, prefix="")` is deprecated, use `semiwted_chimera(n, k, verbose=verbose, prefix=prefix)` instead.
│ caller = top-level scope at testByExport.jl:150
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:150
┌ Warning: `semiWtedChimera(n::Integer, k::Integer; verbose=false, prefix="")` is deprecated, use `semiwted_chimera(n, k, verbose=verbose, prefix=prefix)` instead.
│ caller = top-level scope at testByExport.jl:150
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:150
┌ Warning: `semiWtedChimera(n::Integer, k::Integer; verbose=false, prefix="")` is deprecated, use `semiwted_chimera(n, k, verbose=verbose, prefix=prefix)` instead.
│ caller = top-level scope at testByExport.jl:150
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:150
┌ Warning: `semiWtedChimera(n::Integer, k::Integer; verbose=false, prefix="")` is deprecated, use `semiwted_chimera(n, k, verbose=verbose, prefix=prefix)` instead.
│ caller = top-level scope at testByExport.jl:150
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:150
┌ Warning: `semiWtedChimera(n::Integer, k::Integer; verbose=false, prefix="")` is deprecated, use `semiwted_chimera(n, k, verbose=verbose, prefix=prefix)` instead.
│ caller = top-level scope at testByExport.jl:150
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:150
Testing IO
┌ Warning: `readIJV(fn)` is deprecated, use `read_graph(fn)` instead.
│ caller = top-level scope at testByExport.jl:159
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:159
┌ Warning: `twoLift(a)` is deprecated, use `two_lift(a)` instead.
│ caller = top-level scope at testByExport.jl:216
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:216
┌ Warning: `twoLift(a, k::Integer)` is deprecated, use `two_lift(a, k)` instead.
│ caller = top-level scope at testByExport.jl:217
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:217
ac
Using greedy degree ordering. Factorization time: 0.0015277862548828125
Ratio of operator edges to original edges: 2.096816114359974
ratio of max to min diagonal of laplacian : 9411.716965396206
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 7 iterations with relative error 0.005267032532060063.
(0.05794501304626465, 0.051460981369018555, 7, 0.005267032532061313)
aug
Solver build time: 0.278 seconds.
PCG stopped after: 0.001 seconds and 11 iterations with relative error 0.004048377153859051.
(0.28693389892578125, 1.215653896331787, 11, 0.004048377153858317)
support12: 1.37204976871966, support21: 1.4754666980013416
End of testByExport
/root/.julia/packages/GR/oiZD3/src/../deps/gr/bin/gksqt: error while loading shared libraries: libQt5Widgets.so.5: cannot open shared object file: No such file or directory
connect: Connection refused
GKS: can't connect to GKS socket application
Did you start 'gksqt'?
GKS: Open failed in routine OPEN_WS
GKS: GKS not in proper state. GKS must be either in the state WSOP or WSAC in routine ACTIVATE_WS
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine FILLAREA
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine FILLAREA
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
CG stopped after: 0.0 seconds and 49 iterations with relative error 0.00870092361633119.
CG stopped after: 0.0 seconds and 49 iterations with relative error 0.00870092361633119.
CG stopped after: 0.0 seconds and 94 iterations with relative error 2.2719352024525402e-7.
CG stopped after: 0.0 seconds and 94 iterations with relative error 2.2719352024525402e-7.
CG stopped after: 0.001 seconds and 221 iterations with relative error 9.199634192938292e-7.
CG stopped after: 0.002 seconds and 178 iterations with relative error 7.113178527555828e-7.
CG stopped after: 0.001 seconds and 233 iterations with relative error 6.829819737031168e-7.
CG stopped after: 0.002 seconds and 164 iterations with relative error 8.171761913522228e-7.
CG stopped after: 0.0 seconds and 92 iterations with relative error 7.255561338288997e-7.
CG stopped after: 0.0 seconds and 80 iterations with relative error 9.7702234568729e-5.
CG stopped after: 0.0 seconds and 79 iterations with relative error 8.00754578894297e-5.
Solver build time: 0.0 seconds.
Solver build time: 0.007 seconds.
Solve time: 0.0 seconds.
CG stopped after: 0.0 seconds and 71 iterations with relative error 0.0009255189654645688.
Solver build time: 0.0 seconds.
CG stopped after: 0.0 seconds and 94 iterations with relative error 2.2719352024525402e-7.
Factorization time: 5.1975250244140625e-5
Ratio of operator edges to original edges: 1.05
ratio of max to min diagonal of laplacian : 1.0
PCG stopped after: 0.0 seconds and 6 iterations with relative error 2.600945465554222e-7.
┌ Warning: `randRegular(n::Integer, k::Integer)` is deprecated, use `rand_regular(n, k)` instead.
│ caller = top-level scope at testSolvers.jl:96
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testSolvers.jl:96
col 1, row 14 : 1.0
col 1, row 11 : 1.0
col 1, row 7 : 1.0
col 1, row 14 : 1.0
col 1, row 11 : 1.0
col 1, row 7 : 1.0
lower: 0.5397326266787654, upper: 2.041358255412089
wted_chimera(1000, 1)
joinGraphs(0.7743803794736807*chimera(21),chimera(979),2)
rand_gen_ring_ijv(21, 4, ver=V06, verbose=true)
gens: [1, 13, 10, 6]
grown_graph_ijv(979, 2, ver=V06)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.004 seconds and 26 iterations with relative error 8.285478697880874e-7.
KMPSDDMSolver
akpw stretch : 2.6040643257787557
aveStretch : 4.1583902228511995 fac : 5.180952027961166
level 0. Dimension 1001 off-tree edges : 1032
Solver build time: 0.401 seconds.
PCG stopped after: 0.007 seconds and 63 iterations with relative error 8.621132654782228e-7.
#155
Using greedy degree ordering. Factorization time: 0.0023589134216308594
Ratio of operator edges to original edges: 1.8706270627062707
ratio of max to min diagonal of laplacian : 916.9662735351884
Solver build time: 0.16 seconds.
PCG stopped after: 0.002 seconds and 11 iterations with relative error 5.364822436722725e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.003316164016723633
Ratio of operator edges to original edges: 2.5788177339901477
ratio of max to min diagonal of laplacian : 361.69811428503704
Solver build time: 0.188 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 3.6567490893394984e-7.
augTreeLap
Solver build time: 0.019 seconds.
PCG stopped after: 0.004 seconds and 29 iterations with relative error 6.753057979371987e-7.
KMPLapSolver
akpw stretch : 2.6052630239383703
aveStretch : 4.160702171285059 fac : 5.183082538969008
level 0. Dimension 1000 off-tree edges : 1031
Solver build time: 0.01 seconds.
PCG stopped after: 0.015 seconds and 61 iterations with relative error 7.364936571032702e-7.
cgLapSolver
Solver build time: 0.01 seconds.
CG stopped after: 0.011 seconds and 199 iterations with relative error 8.209682189840374e-7.
wted_chimera(1000, 2)
augTreeSddm
Solver build time: 0.009 seconds.
PCG stopped after: 0.004 seconds and 36 iterations with relative error 9.012548074707553e-7.
KMPSDDMSolver
akpw stretch : 5.128604243732787
aveStretch : 8.750186913673836 fac : 10.901886596961617
level 0. Dimension 1001 off-tree edges : 1140
Solver build time: 0.007 seconds.
PCG stopped after: 0.018 seconds and 90 iterations with relative error 7.580643479286126e-7.
#155
Using greedy degree ordering. Factorization time: 0.002321958541870117
Ratio of operator edges to original edges: 1.344168260038241
ratio of max to min diagonal of laplacian : 320.929755043518
Solver build time: 0.005 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 6.387150843596897e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0021309852600097656
Ratio of operator edges to original edges: 1.9789522918615527
ratio of max to min diagonal of laplacian : 320.929755043518
Solver build time: 0.006 seconds.
PCG stopped after: 0.003 seconds and 15 iterations with relative error 9.722467072607533e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.007 seconds and 37 iterations with relative error 6.486234278156634e-7.
KMPLapSolver
akpw stretch : 5.016289107573538
aveStretch : 8.538916691828117 fac : 10.637125221932429
level 0. Dimension 1000 off-tree edges : 1139
Solver build time: 0.011 seconds.
PCG stopped after: 0.017 seconds and 92 iterations with relative error 9.391966927566609e-7.
cgLapSolver
Solver build time: 0.001 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 0.012576767202939132.
wted_chimera(1000, 3)
joinGraphs(0.66818125318103*chimera(74),chimera(926),3)
joinGraphs(0.012478864181137314*chimera(38),chimera(36),8)
joinGraphs(0.17714178138906064*chimera(27),chimera(11),2)
firstn(grid2_ijv(ceil(Integer, sqrt(27))), 27)
rand_gen_ring_ijv(11, 4, ver=V06, verbose=true)
gens: [1, 10, 3, 4]
joinGraphs(0.020730107933577213*chimera(12),chimera(24),5)
cbt_ijv(12)
rand_gen_ring_ijv(24, 4, ver=V06, verbose=true)
gens: [1, 3, 3, 3]
joinGraphs(0.7137349292904861*chimera(317),chimera(609),53)
joinGraphs(0.12705609291811978*chimera(93),chimera(224),10)
joinGraphs(0.4269260304776529*chimera(73),chimera(20),4)
joinGraphs(0.2685941716578329*chimera(19),chimera(54),4)
rand_regular_ijv(19, 3, ver=V06)
joinGraphs(0.5130456776720349*chimera(40),chimera(14),2)
joinGraphs(0.1619529708044622*chimera(18),chimera(22),2)
rand_gen_ring_ijv(18, 4, ver=V06, verbose=true)
gens: [1, 6, 5, 8]
rand_gen_ring_ijv(22, 4, ver=V06, verbose=true)
gens: [1, 5, 3, 8]
rand_gen_ring_ijv(14, 4, ver=V06, verbose=true)
gens: [1, 4, 3, 4]
firstn(grid2_ijv(ceil(Integer, sqrt(20))), 20)
joinGraphs(0.9703807556730616*chimera(47),chimera(177),4)
joinGraphs(0.42271467861559797*chimera(20),chimera(27),4)
rand_gen_ring_ijv(20, 4, ver=V06, verbose=true)
gens: [1, 17, 12, 19]
firstn(grid2_ijv(ceil(Integer, sqrt(27))), 27)
cbt_ijv(177)
joinGraphs(0.022292919344899537*chimera(38),chimera(571),6)
joinGraphs(0.773658071485576*chimera(20),chimera(18),5)
rand_regular_ijv(20, 3, ver=V06)
rand_gen_ring_ijv(18, 4, ver=V06, verbose=true)
gens: [1, 15, 14, 3]
joinGraphs(0.00045033138769034613*chimera(74),chimera(497),2)
joinGraphs(0.06915079246468937*chimera(44),chimera(30),8)
joinGraphs(0.004224742258260659*chimera(14),chimera(30),5)
ErdosRenyiClusterFix_ijv(14, 2, ver=V06)
joinGraphs(0.022505718407892318*chimera(16),chimera(14),5)
ErdosRenyiClusterFix_ijv(16, 2, ver=V06)
rand_gen_ring_ijv(14, 4, ver=V06, verbose=true)
gens: [1, 5, 6, 5]
cbt_ijv(30)
joinGraphs(0.4078074856844003*chimera(127),chimera(370),5)
joinGraphs(0.33192199212996926*chimera(102),chimera(25),2)
joinGraphs(0.6774296963981301*chimera(16),chimera(86),6)
ErdosRenyiClusterFix_ijv(16, 2, ver=V06)
joinGraphs(0.11005051351626474*chimera(34),chimera(52),9)
joinGraphs(0.8815090530138076*chimera(22),chimera(12),4)
rand_regular_ijv(22, 3, ver=V06)
rand_regular_ijv(12, 3, ver=V06)
joinGraphs(0.2186938202549211*chimera(29),chimera(23),2)
grown_graph_ijv(29, 2, ver=V06)
cbt_ijv(23)
grown_graph_ijv(25, 2, ver=V06)
joinGraphs(0.9457804820436533*chimera(46),chimera(324),5)
joinGraphs(0.08446500599190854*chimera(12),chimera(34),2)
grown_graph_ijv(12, 2, ver=V06)
joinGraphs(0.08807194380594127*chimera(12),chimera(22),2)
firstn(grid2_ijv(ceil(Integer, sqrt(12))), 12)
ring_graph_ijv(22)
generalizedNecklace(0.3130024820732879*chimera(32),chimera(10),2)
joinGraphs(0.6685383371387069*chimera(16),chimera(16),6)
rand_regular_ijv(16, 3, ver=V06)
cbt_ijv(16)
cbt_ijv(10)
join_graphs!(gr(320),chimera(4),2), Val{6}
grown_graph_ijv(4, 2, ver=V06)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 4.030768256229909e-7.
KMPSDDMSolver
akpw stretch : 1.907555310303856
aveStretch : 3.155911995728695 fac : 3.9319611143003192
level 0. Dimension 1001 off-tree edges : 727
Solver build time: 0.011 seconds.
PCG stopped after: 0.005 seconds and 49 iterations with relative error 9.342088205761803e-7.
#155
Using greedy degree ordering. Factorization time: 0.001744985580444336
Ratio of operator edges to original edges: 1.3247706422018348
ratio of max to min diagonal of laplacian : 1227.9389793898176
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 4.105717685268426e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0014259815216064453
Ratio of operator edges to original edges: 1.8272463768115943
ratio of max to min diagonal of laplacian : 1227.9389793898176
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 6.740136620115783e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 3.4289101786348064e-7.
KMPLapSolver
akpw stretch : 1.907519140235631
aveStretch : 3.156295477832596 fac : 3.931869983841762
level 0. Dimension 1000 off-tree edges : 726
Solver build time: 0.006 seconds.
PCG stopped after: 0.009 seconds and 46 iterations with relative error 7.361900759504305e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 0.00010160441196422934.
wted_chimera(1000, 4)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 24 iterations with relative error 9.07183455583064e-7.
KMPSDDMSolver
akpw stretch : 2.381577128362194
aveStretch : 3.7673114597184587 fac : 4.693705713314947
level 0. Dimension 1001 off-tree edges : 997
Solver build time: 0.007 seconds.
PCG stopped after: 0.01 seconds and 61 iterations with relative error 8.872526095313846e-7.
#155
Using greedy degree ordering. Factorization time: 0.002496004104614258
Ratio of operator edges to original edges: 1.8647746243739567
ratio of max to min diagonal of laplacian : 335.5935540933193
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 8.396646579135016e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.002157926559448242
Ratio of operator edges to original edges: 2.5774436090225565
ratio of max to min diagonal of laplacian : 335.5935540933193
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 4.3175543981021975e-7.
augTreeLap
Solver build time: 0.01 seconds.
PCG stopped after: 0.004 seconds and 27 iterations with relative error 5.904935617622132e-7.
KMPLapSolver
akpw stretch : 2.3827303599529266
aveStretch : 3.7696255703876393 fac : 4.695909408553686
level 0. Dimension 1000 off-tree edges : 996
Solver build time: 0.008 seconds.
PCG stopped after: 0.01 seconds and 61 iterations with relative error 9.665631945181649e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.006 seconds and 123 iterations with relative error 7.78311634997595e-7.
wted_chimera(1000, 5)
ErdosRenyiClusterFix_ijv(1000, 2, ver=V06)
augTreeSddm
Solver build time: 0.006 seconds.
PCG stopped after: 0.001 seconds and 15 iterations with relative error 7.650470101416201e-7.
KMPSDDMSolver
akpw stretch : 2.8193270060396896
aveStretch : 14.261635220125788 fac : 17.76861813249725
level 0. Dimension 1001 off-tree edges : 159
Solver build time: 0.005 seconds.
PCG stopped after: 0.006 seconds and 58 iterations with relative error 7.375138575839662e-7.
#155
Using greedy degree ordering. Factorization time: 0.0010380744934082031
Ratio of operator edges to original edges: 0.9225776541492814
ratio of max to min diagonal of laplacian : 39.999999999999964
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 14 iterations with relative error 4.4030005497467126e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0008399486541748047
Ratio of operator edges to original edges: 1.6983578219533275
ratio of max to min diagonal of laplacian : 8.0
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 14 iterations with relative error 4.326672441006451e-7.
augTreeLap
Solver build time: 0.01 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 9.78655085345633e-7.
KMPLapSolver
akpw stretch : 2.8755401901469315
aveStretch : 14.734177215189874 fac : 18.35470396732068
level 0. Dimension 1000 off-tree edges : 158
Solver build time: 0.004 seconds.
PCG stopped after: 0.005 seconds and 56 iterations with relative error 8.926489199775984e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 2.3801801640732546e-5.
wted_chimera(1000, 6)
augTreeSddm
Solver build time: 0.013 seconds.
PCG stopped after: 0.005 seconds and 49 iterations with relative error 7.384109999435232e-7.
KMPSDDMSolver
akpw stretch : 5.499576419641025
aveStretch : 7.409413609641457 fac : 9.23141273657439
level 0. Dimension 1001 off-tree edges : 2356
Solver build time: 0.009 seconds.
PCG stopped after: 0.012 seconds and 97 iterations with relative error 9.87538877627086e-7.
#155
Using greedy degree ordering. Factorization time: 0.006644010543823242
Ratio of operator edges to original edges: 1.9207625172255398
ratio of max to min diagonal of laplacian : 74.83917439415514
Solver build time: 0.007 seconds.
PCG stopped after: 0.003 seconds and 13 iterations with relative error 6.745619383303037e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.003679037094116211
Ratio of operator edges to original edges: 2.395348837209302
ratio of max to min diagonal of laplacian : 5.78548894615924
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 13 iterations with relative error 7.511743616913866e-7.
augTreeLap
Solver build time: 0.014 seconds.
PCG stopped after: 0.007 seconds and 36 iterations with relative error 9.49948386241465e-7.
KMPLapSolver
akpw stretch : 5.491704315057563
aveStretch : 7.397102451253953 fac : 9.214740920092757
level 0. Dimension 1000 off-tree edges : 2355
Solver build time: 0.008 seconds.
PCG stopped after: 0.016 seconds and 97 iterations with relative error 9.366325338469613e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.003 seconds and 59 iterations with relative error 9.067833340004889e-7.
wted_chimera(1000, 7)
rand_regular_ijv(1000, 3, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.003 seconds and 31 iterations with relative error 9.732417073053548e-7.
KMPSDDMSolver
akpw stretch : 3.978111664020997
aveStretch : 9.946271311357675 fac : 12.392092074008916
level 0. Dimension 1001 off-tree edges : 499
Solver build time: 0.006 seconds.
PCG stopped after: 0.01 seconds and 70 iterations with relative error 9.447877182858211e-7.
#155
Using greedy degree ordering. Factorization time: 0.0019159317016601562
Ratio of operator edges to original edges: 1.9046856227472968
ratio of max to min diagonal of laplacian : 100.99503340826472
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 6.660369998647664e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0016238689422607422
Ratio of operator edges to original edges: 2.8897795591182365
ratio of max to min diagonal of laplacian : 27.307064218142482
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 8.065921524446109e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.004 seconds and 32 iterations with relative error 6.537419402706756e-7.
KMPLapSolver
akpw stretch : 3.981041399718137
aveStretch : 9.961082279875603 fac : 12.408749655376285
level 0. Dimension 1000 off-tree edges : 498
Solver build time: 0.007 seconds.
PCG stopped after: 0.012 seconds and 74 iterations with relative error 9.41819998764297e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.004 seconds and 85 iterations with relative error 9.496978499636357e-7.
wted_chimera(1000, 8)
augTreeSddm
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 2.057360240178604e-11.
KMPSDDMSolver
akpw stretch : 1.3449522105262421
aveStretch : 173.82105747395684 fac : 216.56422604913288
level 0. Dimension 1001 off-tree edges : 2
Solver build time: 0.005 seconds.
PCG stopped after: 0.0 seconds and 3 iterations with relative error 1.7291798123298482e-11.
#155
Using greedy degree ordering. Factorization time: 0.0010590553283691406
Ratio of operator edges to original edges: 1.12
ratio of max to min diagonal of laplacian : 10757.089196044959
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 7 iterations with relative error 6.317136558457004e-11.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0007739067077636719
Ratio of operator edges to original edges: 1.997
ratio of max to min diagonal of laplacian : 10757.089196044959
Solver build time: 0.001 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 4.029196543175169e-11.
augTreeLap
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 1.9886777194618912e-11.
KMPLapSolver
akpw stretch : 1.281291651688925
aveStretch : 282.2916516884998 fac : 351.65721326106944
level 0. Dimension 1000 off-tree edges : 1
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 2 iterations with relative error 1.5575824218042347e-11.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.006 seconds and 200 iterations with relative error 5.084053864093121.
wted_chimera(1000, 9)
joinGraphs(0.004999913125537971*chimera(170),chimera(830),5)
joinGraphs(0.009506967197978547*chimera(85),chimera(85),8)
rand_gen_ring_ijv(85, 4, ver=V06, verbose=true)
gens: [1, 9, 30, 18]
rand_gen_ring_ijv(85, 4, ver=V06, verbose=true)
gens: [1, 50, 5, 12]
productGraph(0.4105576794512022*chimera(12),chimera(69))
rand_gen_ring_ijv(12, 4, ver=V06, verbose=true)
gens: [1, 5, 7, 9]
path_graph_ijv(69)
join_graphs!(gr(828),chimera(2),2), Val{6}
grown_graph_ijv(2, 2, ver=V06)
augTreeSddm
Solver build time: 0.015 seconds.
PCG stopped after: 0.005 seconds and 42 iterations with relative error 8.690107931077707e-7.
KMPSDDMSolver
akpw stretch : 4.046926668688268
aveStretch : 5.063246438097295 fac : 6.308315356595146
level 0. Dimension 1001 off-tree edges : 2998
Solver build time: 0.012 seconds.
PCG stopped after: 0.012 seconds and 93 iterations with relative error 9.075135219318606e-7.
#155
Using greedy degree ordering. Factorization time: 0.004319906234741211
Ratio of operator edges to original edges: 1.6959567654123298
ratio of max to min diagonal of laplacian : 112.85967476044087
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 17 iterations with relative error 5.504714487501202e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0038750171661376953
Ratio of operator edges to original edges: 1.9604604604604605
ratio of max to min diagonal of laplacian : 36.94725574820276
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 16 iterations with relative error 5.453956595597776e-7.
augTreeLap
Solver build time: 0.019 seconds.
PCG stopped after: 0.006 seconds and 39 iterations with relative error 9.190703222903203e-7.
KMPLapSolver
akpw stretch : 4.052929103823866
aveStretch : 5.070572138431819 fac : 6.316528516428657
level 0. Dimension 1000 off-tree edges : 2997
Solver build time: 0.009 seconds.
PCG stopped after: 0.011 seconds and 90 iterations with relative error 9.622186100489473e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 171 iterations with relative error 8.914814250192907e-7.
wted_chimera(1000, 10)
augTreeSddm
Solver build time: 0.006 seconds.
PCG stopped after: 0.002 seconds and 19 iterations with relative error 4.5682135274227955e-7.
KMPSDDMSolver
akpw stretch : 2.842820730671198
aveStretch : 13.254237288135593 fac : 16.513497742393533
level 0. Dimension 1001 off-tree edges : 177
Solver build time: 0.006 seconds.
PCG stopped after: 0.006 seconds and 57 iterations with relative error 9.43652220998553e-7.
#155
Using greedy degree ordering. Factorization time: 0.0010690689086914062
Ratio of operator edges to original edges: 0.9094252873563219
ratio of max to min diagonal of laplacian : 40.00000000000006
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 4.287017621244035e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0009140968322753906
Ratio of operator edges to original edges: 1.6987234042553192
ratio of max to min diagonal of laplacian : 8.0
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 9.6376033188019e-7.
augTreeLap
Solver build time: 0.006 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 9.458556191763343e-7.
KMPLapSolver
akpw stretch : 2.9540425531914893
aveStretch : 14.045454545454545 fac : 17.496746272503323
level 0. Dimension 1000 off-tree edges : 176
Solver build time: 0.01 seconds.
PCG stopped after: 0.006 seconds and 60 iterations with relative error 7.073604615858355e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 8.042538939170485e-7.
wted_chimera(1000, 11)
ErdosRenyiClusterFix_ijv(1000, 2, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 9.847647503635242e-7.
KMPSDDMSolver
akpw stretch : 1.9224761009369025
aveStretch : 7.687951731792507 fac : 9.57844429722324
level 0. Dimension 1001 off-tree edges : 160
Solver build time: 0.006 seconds.
PCG stopped after: 0.008 seconds and 43 iterations with relative error 9.690190400664645e-7.
#155
Using greedy degree ordering. Factorization time: 0.001196146011352539
Ratio of operator edges to original edges: 1.0199258572752548
ratio of max to min diagonal of laplacian : 10121.09684304506
Solver build time: 0.003 seconds.
PCG stopped after: 0.001 seconds and 14 iterations with relative error 4.3873299232419134e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0009100437164306641
Ratio of operator edges to original edges: 1.6398963730569949
ratio of max to min diagonal of laplacian : 10121.09684304506
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 4.067372269300637e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 4.5306512215190525e-7.
KMPLapSolver
akpw stretch : 1.9214608773844637
aveStretch : 7.711016956045306 fac : 9.6057914499149
level 0. Dimension 1000 off-tree edges : 159
Solver build time: 0.007 seconds.
PCG stopped after: 0.005 seconds and 45 iterations with relative error 7.106193981685883e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.3003908025080081.
wted_chimera(1000, 12)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.004 seconds and 32 iterations with relative error 6.878005014067774e-7.
KMPSDDMSolver
akpw stretch : 2.5989432698833057
aveStretch : 3.613501182245804 fac : 4.50207298375191
level 0. Dimension 1001 off-tree edges : 1576
Solver build time: 0.008 seconds.
PCG stopped after: 0.011 seconds and 62 iterations with relative error 9.78003989843522e-7.
#155
Using greedy degree ordering. Factorization time: 0.0031478404998779297
Ratio of operator edges to original edges: 1.7006155567991046
ratio of max to min diagonal of laplacian : 10765.081218114112
Solver build time: 0.005 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 8.156447906977898e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0026428699493408203
Ratio of operator edges to original edges: 2.1907536907536906
ratio of max to min diagonal of laplacian : 10765.081218114112
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 7.265439695828853e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.006 seconds and 32 iterations with relative error 7.484450648349212e-7.
KMPLapSolver
akpw stretch : 2.5994888352027656
aveStretch : 3.6140217535313774 fac : 4.5020701494712405
level 0. Dimension 1000 off-tree edges : 1575
Solver build time: 0.015 seconds.
PCG stopped after: 0.016 seconds and 64 iterations with relative error 9.093824349711047e-7.
cgLapSolver
Solver build time: 0.001 seconds.
CG stopped after: 0.014 seconds and 200 iterations with relative error 0.08110036314148843.
wted_chimera(1000, 13)
productGraph(0.672557842478832*chimera(19),chimera(52))
grown_graph_ijv(19, 2, ver=V06)
joinGraphs(0.10474488318048453*chimera(22),chimera(30),7)
cbt_ijv(22)
ring_graph_ijv(30)
join_graphs!(gr(988),chimera(12),2), Val{6}
rand_regular_ijv(12, 3, ver=V06)
augTreeSddm
Solver build time: 0.014 seconds.
PCG stopped after: 0.004 seconds and 25 iterations with relative error 5.541660624814734e-7.
KMPSDDMSolver
akpw stretch : 2.7288629210411566
aveStretch : 3.696871275487496 fac : 4.605944056571936
level 0. Dimension 1001 off-tree edges : 1786
Solver build time: 0.013 seconds.
PCG stopped after: 0.008 seconds and 71 iterations with relative error 8.541799778253635e-7.
#155
Using greedy degree ordering. Factorization time: 0.0031599998474121094
Ratio of operator edges to original edges: 1.721723044397463
ratio of max to min diagonal of laplacian : 2375.5875602751444
Solver build time: 0.005 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 3.0945010853623663e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.002768993377685547
Ratio of operator edges to original edges: 2.1623563218390807
ratio of max to min diagonal of laplacian : 543.9405708025882
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 3.258008050526661e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.005 seconds and 36 iterations with relative error 6.453196277241058e-7.
KMPLapSolver
akpw stretch : 2.729623172260883
aveStretch : 3.6976307627867238 fac : 4.606223818282877
level 0. Dimension 1000 off-tree edges : 1785
Solver build time: 0.013 seconds.
PCG stopped after: 0.009 seconds and 72 iterations with relative error 9.908478907130277e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 200 iterations with relative error 0.0006853729972242357.
wted_chimera(1000, 14)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.001 seconds and 9 iterations with relative error 5.254766327441744e-7.
KMPSDDMSolver
akpw stretch : 1.7692979507226199
aveStretch : 6.607649842059842 fac : 8.232492626871545
level 0. Dimension 1001 off-tree edges : 159
Solver build time: 0.01 seconds.
PCG stopped after: 0.004 seconds and 40 iterations with relative error 9.090375194485737e-7.
#155
Using greedy degree ordering. Factorization time: 0.0011560916900634766
Ratio of operator edges to original edges: 1.0380157626332869
ratio of max to min diagonal of laplacian : 4614.428733195531
Solver build time: 0.003 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 9.70664616470255e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0008919239044189453
Ratio of operator edges to original edges: 1.6957649092480553
ratio of max to min diagonal of laplacian : 4614.428733195531
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 3.382550352187864e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.001 seconds and 10 iterations with relative error 2.5435546050562796e-7.
KMPLapSolver
akpw stretch : 1.7680020049824916
aveStretch : 6.623913416232542 fac : 8.251561528306578
level 0. Dimension 1000 off-tree edges : 158
Solver build time: 0.005 seconds.
PCG stopped after: 0.004 seconds and 43 iterations with relative error 5.10908849973294e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.12842618257887983.
wted_chimera(1000, 15)
joinGraphs(0.7911094025694831*chimera(50),chimera(950),8)
joinGraphs(0.04602480880244365*chimera(39),chimera(11),2)
joinGraphs(0.0036536917490641975*chimera(28),chimera(11),3)
rand_regular_ijv(28, 3, ver=V06)
grown_graph_ijv(11, 2, ver=V06)
grown_graph_ijv(11, 2, ver=V06)
joinGraphs(0.44128171397875326*chimera(86),chimera(864),3)
joinGraphs(0.40019785614001624*chimera(10),chimera(76),2)
path_graph_ijv(10)
joinGraphs(0.2168305122067954*chimera(33),chimera(43),3)
joinGraphs(0.002219080477881496*chimera(18),chimera(15),2)
ring_graph_ijv(18)
rand_regular_ijv(15, 3, ver=V06)
joinGraphs(0.04909966770681852*chimera(32),chimera(11),2)
joinGraphs(0.8670107812099137*chimera(11),chimera(21),5)
grown_graph_ijv(11, 2, ver=V06)
rand_gen_ring_ijv(21, 4, ver=V06, verbose=true)
gens: [1, 3, 6, 18]
firstn(grid2_ijv(ceil(Integer, sqrt(11))), 11)
productGraph(0.01078428702281746*chimera(13),chimera(66))
firstn(grid2_ijv(ceil(Integer, sqrt(13))), 13)
joinGraphs(0.07521796984754496*chimera(11),chimera(55),6)
firstn(grid2_ijv(ceil(Integer, sqrt(11))), 11)
joinGraphs(0.18434965341400875*chimera(36),chimera(19),3)
joinGraphs(0.08861921764110846*chimera(11),chimera(25),2)
ring_graph_ijv(11)
firstn(grid2_ijv(ceil(Integer, sqrt(25))), 25)
ErdosRenyiClusterFix_ijv(19, 2, ver=V06)
join_graphs!(gr(858),chimera(6),2), Val{6}
cbt_ijv(6)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.003 seconds and 32 iterations with relative error 7.264894921290369e-7.
KMPSDDMSolver
akpw stretch : 2.579505322460568
aveStretch : 3.505901406015156 fac : 4.368014069365536
level 0. Dimension 1001 off-tree edges : 1705
Solver build time: 0.007 seconds.
PCG stopped after: 0.012 seconds and 69 iterations with relative error 7.633881876985627e-7.
#155
Using greedy degree ordering. Factorization time: 0.0033550262451171875
Ratio of operator edges to original edges: 1.8449905482041589
ratio of max to min diagonal of laplacian : 3430.7478665091335
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 3.6852229867836623e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.002797842025756836
Ratio of operator edges to original edges: 2.340362560118387
ratio of max to min diagonal of laplacian : 3430.7478665091335
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 5.673523303491902e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.004 seconds and 31 iterations with relative error 7.482646161543231e-7.
KMPLapSolver
akpw stretch : 2.58037265620635
aveStretch : 3.50689394936958 fac : 4.36861857607549
level 0. Dimension 1000 off-tree edges : 1704
Solver build time: 0.012 seconds.
PCG stopped after: 0.008 seconds and 68 iterations with relative error 8.426030616279137e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 0.026470483941946756.
wted_chimera(1000, 16)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.002 seconds and 18 iterations with relative error 5.453492966544163e-7.
KMPSDDMSolver
akpw stretch : 2.569863100824776
aveStretch : 11.148349990577644 fac : 13.889765846097436
level 0. Dimension 1001 off-tree edges : 183
Solver build time: 0.005 seconds.
PCG stopped after: 0.009 seconds and 54 iterations with relative error 9.726198265926276e-7.
#155
Using greedy degree ordering. Factorization time: 0.0011959075927734375
Ratio of operator edges to original edges: 1.0600641907381936
ratio of max to min diagonal of laplacian : 115.39957481702724
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 6.367368944009626e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0008780956268310547
Ratio of operator edges to original edges: 1.729043183742591
ratio of max to min diagonal of laplacian : 115.39957481702724
Solver build time: 0.001 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 4.1211304430800133e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 7.968617774729348e-7.
KMPLapSolver
akpw stretch : 2.571073823004421
aveStretch : 11.194715302023196 fac : 13.94551472852112
level 0. Dimension 1000 off-tree edges : 182
Solver build time: 0.005 seconds.
PCG stopped after: 0.006 seconds and 55 iterations with relative error 9.791265030975786e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.0004859595540305336.
wted_chimera(1000, 17)
joinGraphs(0.0005854705409565617*chimera(53),chimera(947),14)
rand_gen_ring_ijv(53, 4, ver=V06, verbose=true)
gens: [1, 11, 5, 5]
generalizedNecklace(0.026400259767077165*chimera(23),chimera(41),2)
rand_gen_ring_ijv(23, 4, ver=V06, verbose=true)
gens: [1, 6, 5, 5]
joinGraphs(0.05257065806866289*chimera(28),chimera(13),3)
firstn(grid2_ijv(ceil(Integer, sqrt(28))), 28)
cbt_ijv(13)
join_graphs!(gr(943),chimera(4),2), Val{6}
ErdosRenyiClusterFix_ijv(4, 2, ver=V06)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.004 seconds and 36 iterations with relative error 6.970786361968032e-7.
KMPSDDMSolver
akpw stretch : 4.4270209949508965
aveStretch : 6.036706760545493 fac : 7.521152767575225
level 0. Dimension 1001 off-tree edges : 2129
Solver build time: 0.008 seconds.
PCG stopped after: 0.014 seconds and 93 iterations with relative error 9.395952682386103e-7.
#155
Using greedy degree ordering. Factorization time: 0.002660989761352539
Ratio of operator edges to original edges: 1.285679670462806
ratio of max to min diagonal of laplacian : 2562.041802392395
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 19 iterations with relative error 9.374029650306601e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0023920536041259766
Ratio of operator edges to original edges: 1.6856411896386312
ratio of max to min diagonal of laplacian : 2562.041802392395
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 21 iterations with relative error 5.697745234810653e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.005 seconds and 37 iterations with relative error 7.514569974165154e-7.
KMPLapSolver
akpw stretch : 4.958782719849343
aveStretch : 6.817252615116964 fac : 8.49240862203802
level 0. Dimension 1000 off-tree edges : 2128
Solver build time: 0.012 seconds.
PCG stopped after: 0.011 seconds and 92 iterations with relative error 9.413076198149003e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 200 iterations with relative error 0.037733818188183846.
wted_chimera(1000, 18)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.006 seconds and 23 iterations with relative error 5.870669981739945e-7.
KMPSDDMSolver
akpw stretch : 4.06883656006644
aveStretch : 7.292404375262297 fac : 9.085630547395606
level 0. Dimension 1001 off-tree edges : 952
Solver build time: 0.007 seconds.
PCG stopped after: 0.009 seconds and 81 iterations with relative error 7.615236709897016e-7.
#155
Using greedy degree ordering. Factorization time: 0.0017390251159667969
Ratio of operator edges to original edges: 1.1905084745762713
ratio of max to min diagonal of laplacian : 45.160361333054674
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 5.265522824087503e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0014019012451171875
Ratio of operator edges to original edges: 1.5512820512820513
ratio of max to min diagonal of laplacian : 9.032072266617293
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 4.228430510355309e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.007 seconds and 22 iterations with relative error 7.88843287963269e-7.
KMPLapSolver
akpw stretch : 3.9877050559916376
aveStretch : 7.12620910534564 fac : 8.877282838908682
level 0. Dimension 1000 off-tree edges : 951
Solver build time: 0.007 seconds.
PCG stopped after: 0.009 seconds and 79 iterations with relative error 9.491898738056868e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 188 iterations with relative error 9.670590767746921e-7.
wted_chimera(1000, 19)
joinGraphs(0.6517581992709937*chimera(12),chimera(988),3)
cbt_ijv(12)
ErdosRenyiClusterFix_ijv(988, 2, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.004 seconds and 12 iterations with relative error 5.428074589537649e-7.
KMPSDDMSolver
akpw stretch : 1.9977154449256993
aveStretch : 8.156452759281873 fac : 10.162151265158696
level 0. Dimension 1001 off-tree edges : 162
Solver build time: 0.007 seconds.
PCG stopped after: 0.005 seconds and 46 iterations with relative error 7.325163350345731e-7.
#155
Using greedy degree ordering. Factorization time: 0.001194000244140625
Ratio of operator edges to original edges: 1.0435185185185185
ratio of max to min diagonal of laplacian : 1915.4513014078664
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 3.662932561745435e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.00092315673828125
Ratio of operator edges to original edges: 1.6706896551724137
ratio of max to min diagonal of laplacian : 1915.4513014078664
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 3.9361976032697846e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 9.997311681380686e-7.
KMPLapSolver
akpw stretch : 1.9967383966490302
aveStretch : 8.181469193247692 fac : 10.191844638939356
level 0. Dimension 1000 off-tree edges : 161
Solver build time: 0.006 seconds.
PCG stopped after: 0.008 seconds and 46 iterations with relative error 8.370702736600385e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.1806100126739441.
wted_chimera(1000, 20)
augTreeSddm
Solver build time: 0.014 seconds.
PCG stopped after: 0.003 seconds and 24 iterations with relative error 8.325046057926818e-7.
KMPSDDMSolver
akpw stretch : 2.3028577547497164
aveStretch : 2.9337816069287554 fac : 3.6552081337837934
level 0. Dimension 1001 off-tree edges : 2065
Solver build time: 0.011 seconds.
PCG stopped after: 0.008 seconds and 63 iterations with relative error 6.9516696532916e-7.
#155
Using greedy degree ordering. Factorization time: 0.003607034683227539
Ratio of operator edges to original edges: 1.7757814422840266
ratio of max to min diagonal of laplacian : 414.7930725927813
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 15 iterations with relative error 9.32027055209463e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.003165006637573242
Ratio of operator edges to original edges: 2.189030362389814
ratio of max to min diagonal of laplacian : 314.40144671763045
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 8.078211894775542e-7.
augTreeLap
Solver build time: 0.014 seconds.
PCG stopped after: 0.005 seconds and 25 iterations with relative error 6.652905509979543e-7.
KMPLapSolver
akpw stretch : 2.3035781234796944
aveStretch : 2.934525093129024 fac : 3.655605507006472
level 0. Dimension 1000 off-tree edges : 2064
Solver build time: 0.013 seconds.
PCG stopped after: 0.007 seconds and 60 iterations with relative error 8.997124946731025e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 170 iterations with relative error 8.286661210628932e-7.
wted_chimera(1000, 21)
joinGraphs(0.006164561391846679*chimera(240),chimera(760),6)
productGraph(0.4350707717090587*chimera(12),chimera(20))
ring_graph_ijv(12)
grown_graph_ijv(20, 2, ver=V06)
rand_regular_ijv(760, 3, ver=V06)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.004 seconds and 26 iterations with relative error 8.370637083651199e-7.
KMPSDDMSolver
akpw stretch : 3.080408120683632
aveStretch : 5.623694331788305 fac : 7.00657922693344
level 0. Dimension 1001 off-tree edges : 818
Solver build time: 0.008 seconds.
PCG stopped after: 0.008 seconds and 69 iterations with relative error 9.3413840720375e-7.
#155
Using greedy degree ordering. Factorization time: 0.002293109893798828
Ratio of operator edges to original edges: 1.8188920454545454
ratio of max to min diagonal of laplacian : 124631.85189872532
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 9.491716756244369e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.001965045928955078
Ratio of operator edges to original edges: 2.5941629955947136
ratio of max to min diagonal of laplacian : 124631.8518987253
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 4.785892697468766e-7.
augTreeLap
Solver build time: 0.01 seconds.
PCG stopped after: 0.004 seconds and 27 iterations with relative error 6.238914548415343e-7.
KMPLapSolver
akpw stretch : 3.0696720583911055
aveStretch : 5.600397133461759 fac : 6.976543717564975
level 0. Dimension 1000 off-tree edges : 817
Solver build time: 0.01 seconds.
PCG stopped after: 0.007 seconds and 69 iterations with relative error 9.010126302196543e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.04464857335120899.
wted_chimera(1000, 22)
augTreeSddm
Solver build time: 0.013 seconds.
PCG stopped after: 0.006 seconds and 50 iterations with relative error 8.751732888992486e-7.
KMPSDDMSolver
akpw stretch : 6.889042639103027
aveStretch : 10.098330180848547 fac : 12.581542718618708
level 0. Dimension 1001 off-tree edges : 1835
Solver build time: 0.008 seconds.
PCG stopped after: 0.013 seconds and 112 iterations with relative error 8.879557097990958e-7.
#155
Using greedy degree ordering. Factorization time: 0.003228902816772461
Ratio of operator edges to original edges: 1.7675450039133838
ratio of max to min diagonal of laplacian : 294.8155397390509
Solver build time: 0.008 seconds.
PCG stopped after: 0.003 seconds and 15 iterations with relative error 8.724707242360717e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0028960704803466797
Ratio of operator edges to original edges: 2.370631839039887
ratio of max to min diagonal of laplacian : 294.8155397390509
Solver build time: 0.003 seconds.
PCG stopped after: 0.003 seconds and 16 iterations with relative error 4.81694341182535e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.007 seconds and 53 iterations with relative error 7.286917613402752e-7.
KMPLapSolver
akpw stretch : 6.796815653294281
aveStretch : 9.954404986795357 fac : 12.400431597570885
level 0. Dimension 1000 off-tree edges : 1834
Solver build time: 0.009 seconds.
PCG stopped after: 0.017 seconds and 109 iterations with relative error 9.265817293721245e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 200 iterations with relative error 0.024564649321824318.
wted_chimera(1000, 23)
joinGraphs(0.9883170712671299*chimera(226),chimera(774),42)
grown_graph_ijv(226, 2, ver=V06)
generalizedNecklace(0.5892261752662492*chimera(20),chimera(38),2)
rand_regular_ijv(20, 3, ver=V06)
rand_regular_ijv(38, 3, ver=V06)
join_graphs!(gr(760),chimera(14),2), Val{6}
path_graph_ijv(14)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 26 iterations with relative error 8.490158292067941e-7.
KMPSDDMSolver
akpw stretch : 4.02330980836674
aveStretch : 8.234047703027944 fac : 10.25882706026604
level 0. Dimension 1001 off-tree edges : 718
Solver build time: 0.007 seconds.
PCG stopped after: 0.012 seconds and 76 iterations with relative error 9.415669569027847e-7.
#155
Using greedy degree ordering. Factorization time: 0.0019469261169433594
Ratio of operator edges to original edges: 1.5176730486008836
ratio of max to min diagonal of laplacian : 3493.8501258859555
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 4.6611591584808777e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.001580953598022461
Ratio of operator edges to original edges: 2.1701631701631703
ratio of max to min diagonal of laplacian : 1270.1821595355752
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 6.284426830851308e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.004 seconds and 26 iterations with relative error 6.562172297805267e-7.
KMPLapSolver
akpw stretch : 4.010950700729145
aveStretch : 8.206124689611178 fac : 10.222558558713079
level 0. Dimension 1000 off-tree edges : 717
Solver build time: 0.006 seconds.
PCG stopped after: 0.012 seconds and 73 iterations with relative error 9.839136193344295e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.0026690071348673527.
wted_chimera(1000, 24)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.005 seconds and 45 iterations with relative error 8.639435706351225e-7.
KMPSDDMSolver
akpw stretch : 5.706606368308014
aveStretch : 8.059909552462019 fac : 10.04186776689281
level 0. Dimension 1001 off-tree edges : 2000
Solver build time: 0.009 seconds.
PCG stopped after: 0.012 seconds and 101 iterations with relative error 9.529410239045445e-7.
#155
Using greedy degree ordering. Factorization time: 0.003908872604370117
Ratio of operator edges to original edges: 2.0460230115057527
ratio of max to min diagonal of laplacian : 115.12929323971746
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 5.550958886023184e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0033800601959228516
Ratio of operator edges to original edges: 2.516010673782522
ratio of max to min diagonal of laplacian : 5.989129950078435
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 6.193191764020245e-7.
augTreeLap
Solver build time: 0.015 seconds.
PCG stopped after: 0.007 seconds and 46 iterations with relative error 8.741539308636768e-7.
KMPLapSolver
akpw stretch : 5.70958368899961
aveStretch : 8.063197548584705 fac : 10.044510926726415
level 0. Dimension 1000 off-tree edges : 1999
Solver build time: 0.008 seconds.
PCG stopped after: 0.023 seconds and 93 iterations with relative error 9.229034986857365e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.003 seconds and 66 iterations with relative error 7.730270962885208e-7.
wted_chimera(1000, 25)
generalizedNecklace(0.22527914295635018*chimera(50),chimera(20),2)
joinGraphs(0.059163602374823286*chimera(28),chimera(22),3)
cbt_ijv(28)
grown_graph_ijv(22, 2, ver=V06)
grown_graph_ijv(20, 2, ver=V06)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 4.047794395682412e-7.
KMPSDDMSolver
akpw stretch : 1.5299167058291343
aveStretch : 2.8852023984867636 fac : 3.5946831385317326
level 0. Dimension 1001 off-tree edges : 391
Solver build time: 0.006 seconds.
PCG stopped after: 0.004 seconds and 41 iterations with relative error 6.071623006609032e-7.
#155
Using greedy degree ordering. Factorization time: 0.0012950897216796875
Ratio of operator edges to original edges: 1.0305567182921724
ratio of max to min diagonal of laplacian : 70922.04401904109
Solver build time: 0.003 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 7.495790737064203e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0010159015655517578
Ratio of operator edges to original edges: 1.5615550755939525
ratio of max to min diagonal of laplacian : 70922.04401904109
Solver build time: 0.003 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 6.065390422117144e-7.
augTreeLap
Solver build time: 0.009 seconds.
PCG stopped after: 0.005 seconds and 12 iterations with relative error 2.4656441245907065e-7.
KMPLapSolver
akpw stretch : 1.5298359696935981
aveStretch : 2.8870311843702736 fac : 3.5964412508158308
level 0. Dimension 1000 off-tree edges : 390
Solver build time: 0.007 seconds.
PCG stopped after: 0.004 seconds and 41 iterations with relative error 6.013682453903219e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.1495077959140331.
wted_chimera(1000, 26)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.008 seconds and 39 iterations with relative error 8.308094817037521e-7.
KMPSDDMSolver
akpw stretch : 3.0400635256232245
aveStretch : 3.8616759000183993 fac : 4.811274679222189
level 0. Dimension 1001 off-tree edges : 2483
Solver build time: 0.01 seconds.
PCG stopped after: 0.01 seconds and 78 iterations with relative error 9.49830198059806e-7.
#155
Using greedy degree ordering. Factorization time: 0.004608154296875
Ratio of operator edges to original edges: 2.1309975451908056
ratio of max to min diagonal of laplacian : 403.2522912843511
Solver build time: 0.005 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 4.413340820591556e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0038928985595703125
Ratio of operator edges to original edges: 2.5590347601264005
ratio of max to min diagonal of laplacian : 69.47859786448298
Solver build time: 0.005 seconds.
PCG stopped after: 0.002 seconds and 11 iterations with relative error 9.216720775848257e-7.
augTreeLap
Solver build time: 0.015 seconds.
PCG stopped after: 0.006 seconds and 43 iterations with relative error 7.866151118556043e-7.
KMPLapSolver
akpw stretch : 3.0411653208563814
aveStretch : 3.8627302505644887 fac : 4.811892053370554
level 0. Dimension 1000 off-tree edges : 2482
Solver build time: 0.01 seconds.
PCG stopped after: 0.01 seconds and 80 iterations with relative error 8.878504991687942e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.004 seconds and 62 iterations with relative error 8.634477752655309e-7.
wted_chimera(1000, 27)
generalizedNecklace(0.08936867169960679*chimera(12),chimera(83),2)
grown_graph_ijv(12, 2, ver=V06)
joinGraphs(0.04559630734895412*chimera(17),chimera(66),5)
grown_graph_ijv(17, 2, ver=V06)
joinGraphs(0.03529213195869855*chimera(30),chimera(36),14)
joinGraphs(0.007034641224901015*chimera(10),chimera(20),3)
rand_gen_ring_ijv(10, 4, ver=V06, verbose=true)
gens: [1, 4, 9, 3]
grown_graph_ijv(20, 2, ver=V06)
joinGraphs(0.338522525467315*chimera(16),chimera(20),2)
rand_regular_ijv(16, 3, ver=V06)
ErdosRenyiClusterFix_ijv(20, 2, ver=V06)
join_graphs!(gr(996),chimera(4),2), Val{6}
rand_gen_ring_ijv(4, 4, ver=V06, verbose=true)
gens: [1, 3, 3, 3]
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 7.726600001459062e-7.
KMPSDDMSolver
akpw stretch : 2.36264988812324
aveStretch : 4.028481047198102 fac : 5.019097759607005
level 0. Dimension 1001 off-tree edges : 818
Solver build time: 0.006 seconds.
PCG stopped after: 0.006 seconds and 58 iterations with relative error 8.251031910954409e-7.
#155
Using greedy degree ordering. Factorization time: 0.0017240047454833984
Ratio of operator edges to original edges: 1.3149857954545454
ratio of max to min diagonal of laplacian : 163.81407185347436
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 6.242275874486383e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0014390945434570312
Ratio of operator edges to original edges: 1.8276431718061674
ratio of max to min diagonal of laplacian : 66.64907480528124
Solver build time: 0.005 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 4.7459143888969005e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 3.723445817029048e-7.
KMPLapSolver
akpw stretch : 2.3637364375023227
aveStretch : 4.031267283358893 fac : 5.021842517471311
level 0. Dimension 1000 off-tree edges : 817
Solver build time: 0.006 seconds.
PCG stopped after: 0.007 seconds and 62 iterations with relative error 7.263530906905319e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 4.627447383881566e-6.
wted_chimera(1000, 28)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.004 seconds and 34 iterations with relative error 6.894547763616229e-7.
KMPSDDMSolver
akpw stretch : 2.3350565486359214
aveStretch : 3.089325785153391 fac : 3.849001135985
level 0. Dimension 1001 off-tree edges : 1770
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 64 iterations with relative error 8.465340707797248e-7.
#155
Using greedy degree ordering. Factorization time: 0.0070531368255615234
Ratio of operator edges to original edges: 1.9689490445859872
ratio of max to min diagonal of laplacian : 288.7167954352007
Solver build time: 0.008 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 9.013377706588419e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.002995014190673828
Ratio of operator edges to original edges: 2.4830202312138727
ratio of max to min diagonal of laplacian : 81.6719984752064
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 6.497069392022036e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.004 seconds and 32 iterations with relative error 9.584418836568728e-7.
KMPLapSolver
akpw stretch : 2.33574126487978
aveStretch : 3.0900688644359695 fac : 3.849369965964951
level 0. Dimension 1000 off-tree edges : 1769
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 62 iterations with relative error 9.808535137008347e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.005 seconds and 103 iterations with relative error 8.922883758282645e-7.
wted_chimera(1000, 29)
generalizedNecklace(0.13330395448057586*chimera(14),chimera(71),2)
ring_graph_ijv(14)
joinGraphs(0.12043670813105617*chimera(28),chimera(43),7)
cbt_ijv(28)
joinGraphs(0.008650944184945044*chimera(22),chimera(21),3)
firstn(grid2_ijv(ceil(Integer, sqrt(22))), 22)
rand_regular_ijv(21, 3, ver=V06)
join_graphs!(gr(994),chimera(6),2), Val{6}
grown_graph_ijv(6, 2, ver=V06)
augTreeSddm
Solver build time: 0.006 seconds.
PCG stopped after: 0.002 seconds and 20 iterations with relative error 9.895016118292362e-7.
KMPSDDMSolver
akpw stretch : 2.7241134274744283
aveStretch : 11.134422829788704 fac : 13.872413950756618
level 0. Dimension 1001 off-tree edges : 205
Solver build time: 0.005 seconds.
PCG stopped after: 0.005 seconds and 51 iterations with relative error 7.562055292919765e-7.
#155
Using greedy degree ordering. Factorization time: 0.0012600421905517578
Ratio of operator edges to original edges: 1.2324103495233771
ratio of max to min diagonal of laplacian : 734.9729773955972
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 6.377576626003728e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0009160041809082031
Ratio of operator edges to original edges: 2.0083125519534497
ratio of max to min diagonal of laplacian : 341.51179223890307
Solver build time: 0.001 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 8.84053590252742e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.003 seconds and 21 iterations with relative error 5.51065242098402e-7.
KMPLapSolver
akpw stretch : 2.7254521690110294
aveStretch : 11.17509293784445 fac : 13.921070697451063
level 0. Dimension 1000 off-tree edges : 204
Solver build time: 0.005 seconds.
PCG stopped after: 0.006 seconds and 52 iterations with relative error 7.830736386059226e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.3620363975507786.
wted_chimera(1000, 30)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 20 iterations with relative error 5.116095549325937e-7.
KMPSDDMSolver
akpw stretch : 4.4498632323754626
aveStretch : 14.222846893495753 fac : 17.72029162903185
level 0. Dimension 1001 off-tree edges : 353
Solver build time: 0.005 seconds.
PCG stopped after: 0.008 seconds and 77 iterations with relative error 9.563596878208557e-7.
#155
Using greedy degree ordering. Factorization time: 0.0013089179992675781
Ratio of operator edges to original edges: 1.162484049340706
ratio of max to min diagonal of laplacian : 59.113547197026726
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 5.624731296281328e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0011029243469238281
Ratio of operator edges to original edges: 1.997779422649889
ratio of max to min diagonal of laplacian : 59.113547197026726
Solver build time: 0.001 seconds.
PCG stopped after: 0.001 seconds and 14 iterations with relative error 5.648355842188639e-7.
augTreeLap
Solver build time: 0.009 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 7.57016465558231e-7.
KMPLapSolver
akpw stretch : 4.527389552424378
aveStretch : 14.538361606037881 fac : 18.110771952273375
level 0. Dimension 1000 off-tree edges : 352
Solver build time: 0.008 seconds.
PCG stopped after: 0.008 seconds and 75 iterations with relative error 8.457219291396398e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 2.6860156748149106e-6.
wted_chimera(1000, 31)
joinGraphs(0.45361412213582525*chimera(13),chimera(987),5)
rand_regular_ijv(13, 3, ver=V06)
joinGraphs(0.13844965780956917*chimera(21),chimera(966),4)
rand_regular_ijv(21, 3, ver=V06)
joinGraphs(0.0011960810984861922*chimera(56),chimera(910),4)
joinGraphs(0.42654670105457415*chimera(16),chimera(40),3)
firstn(grid2_ijv(ceil(Integer, sqrt(16))), 16)
joinGraphs(0.2502121706984525*chimera(29),chimera(11),2)
cbt_ijv(29)
firstn(grid2_ijv(ceil(Integer, sqrt(11))), 11)
ErdosRenyiClusterFix_ijv(910, 2, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.001 seconds and 15 iterations with relative error 5.006382303520553e-7.
KMPSDDMSolver
akpw stretch : 2.037458788150331
aveStretch : 7.801118722318836 fac : 9.719439422174174
level 0. Dimension 1001 off-tree edges : 180
Solver build time: 0.008 seconds.
PCG stopped after: 0.005 seconds and 47 iterations with relative error 9.096154038707451e-7.
#155
Using greedy degree ordering. Factorization time: 0.0012760162353515625
Ratio of operator edges to original edges: 1.0633608815426998
ratio of max to min diagonal of laplacian : 35781.01265479288
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 4.7054000143896914e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.001093149185180664
Ratio of operator edges to original edges: 1.701188455008489
ratio of max to min diagonal of laplacian : 35781.01265479288
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 9.634937272550683e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 7.357480540365079e-7.
KMPLapSolver
akpw stretch : 2.033381626364319
aveStretch : 7.800690256185279 fac : 9.71749954557599
level 0. Dimension 1000 off-tree edges : 179
Solver build time: 0.005 seconds.
PCG stopped after: 0.005 seconds and 49 iterations with relative error 7.459855531555162e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.2019457021972427.
wted_chimera(1000, 32)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 25 iterations with relative error 8.705716769794016e-7.
KMPSDDMSolver
akpw stretch : 2.124354610622958
aveStretch : 3.2566351852684328 fac : 4.057452466757093
level 0. Dimension 1001 off-tree edges : 993
Solver build time: 0.006 seconds.
PCG stopped after: 0.006 seconds and 58 iterations with relative error 8.968854886692982e-7.
#155
Using greedy degree ordering. Factorization time: 0.0063018798828125
Ratio of operator edges to original edges: 1.8538950183884988
ratio of max to min diagonal of laplacian : 7214.012322991882
Solver build time: 0.007 seconds.
PCG stopped after: 0.002 seconds and 11 iterations with relative error 5.195389455783694e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.002165079116821289
Ratio of operator edges to original edges: 2.5665494726268205
ratio of max to min diagonal of laplacian : 5963.74046919834
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 11 iterations with relative error 2.9648952579066396e-7.
augTreeLap
Solver build time: 0.01 seconds.
PCG stopped after: 0.005 seconds and 25 iterations with relative error 6.440452346366371e-7.
KMPLapSolver
akpw stretch : 2.1249637417862806
aveStretch : 3.257865735782742 fac : 4.058398393900342
level 0. Dimension 1000 off-tree edges : 992
Solver build time: 0.006 seconds.
PCG stopped after: 0.007 seconds and 57 iterations with relative error 8.345241558793542e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 181 iterations with relative error 9.196555552932388e-7.
wted_chimera(1000, 33)
joinGraphs(0.0986049343104721*chimera(382),chimera(618),77)
grown_graph_ijv(382, 2, ver=V06)
cbt_ijv(618)
augTreeSddm
Solver build time: 0.009 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 9.039601744990623e-7.
KMPSDDMSolver
akpw stretch : 2.3679613399629407
aveStretch : 5.401135042763256 fac : 6.729291878218649
level 0. Dimension 1001 off-tree edges : 451
Solver build time: 0.005 seconds.
PCG stopped after: 0.005 seconds and 51 iterations with relative error 7.564148175904688e-7.
#155
Using greedy degree ordering. Factorization time: 0.0015480518341064453
Ratio of operator edges to original edges: 1.295630869742752
ratio of max to min diagonal of laplacian : 2794.357326255344
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 2.908923580430512e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.001255035400390625
Ratio of operator edges to original edges: 1.9654934437543132
ratio of max to min diagonal of laplacian : 2794.357326255344
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 11 iterations with relative error 7.346330600471814e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 9.624447036498707e-7.
KMPLapSolver
akpw stretch : 2.3694301915430858
aveStretch : 5.409565216768738 fac : 6.738820003016068
level 0. Dimension 1000 off-tree edges : 450
Solver build time: 0.009 seconds.
PCG stopped after: 0.006 seconds and 51 iterations with relative error 9.175532517699325e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 0.013977601384442647.
wted_chimera(1000, 34)
augTreeSddm
Solver build time: 0.005 seconds.
PCG stopped after: 0.001 seconds and 18 iterations with relative error 8.342651666450279e-7.
KMPSDDMSolver
akpw stretch : 2.162195396696599
aveStretch : 12.923263884627401 fac : 16.101136892590635
level 0. Dimension 1001 off-tree edges : 108
Solver build time: 0.008 seconds.
PCG stopped after: 0.005 seconds and 46 iterations with relative error 8.197667126364405e-7.
#155
Using greedy degree ordering. Factorization time: 0.0010972023010253906
Ratio of operator edges to original edges: 1.053656220322887
ratio of max to min diagonal of laplacian : 143056.5034140491
Solver build time: 0.001 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 2.9576968791177155e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0009429454803466797
Ratio of operator edges to original edges: 1.7540687160940325
ratio of max to min diagonal of laplacian : 143056.5034140491
Solver build time: 0.001 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 2.8912447801702343e-7.
augTreeLap
Solver build time: 0.005 seconds.
PCG stopped after: 0.002 seconds and 19 iterations with relative error 6.247122548093178e-7.
KMPLapSolver
akpw stretch : 2.110155126659526
aveStretch : 12.475061402671471 fac : 15.540471359617241
level 0. Dimension 1000 off-tree edges : 107
Solver build time: 0.005 seconds.
PCG stopped after: 0.004 seconds and 44 iterations with relative error 8.647080523723702e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.31156381590674703.
wted_chimera(1000, 35)
generalizedNecklace(0.008369644708176527*chimera(13),chimera(76),2)
grown_graph_ijv(13, 2, ver=V06)
rand_regular_ijv(76, 3, ver=V06)
join_graphs!(gr(988),chimera(12),2), Val{6}
ErdosRenyiClusterFix_ijv(12, 2, ver=V06)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 5.424426475314274e-7.
KMPSDDMSolver
akpw stretch : 2.8772387393708376
aveStretch : 5.128124517992914 fac : 6.389147169289956
level 0. Dimension 1001 off-tree edges : 834
Solver build time: 0.006 seconds.
PCG stopped after: 0.007 seconds and 66 iterations with relative error 9.828941736951672e-7.
#155
Using greedy degree ordering. Factorization time: 0.0018651485443115234
Ratio of operator edges to original edges: 1.2581214689265536
ratio of max to min diagonal of laplacian : 19468.401930997905
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 18 iterations with relative error 4.7102846427561016e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0014510154724121094
Ratio of operator edges to original edges: 1.7232532751091703
ratio of max to min diagonal of laplacian : 19468.401930997905
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 8.968379346330478e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 5.404307818319031e-7.
KMPLapSolver
akpw stretch : 2.873483589247485
aveStretch : 5.120314448380989 fac : 6.378493657775436
level 0. Dimension 1000 off-tree edges : 833
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 65 iterations with relative error 9.672472560418213e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.040454433247103655.
wted_chimera(1000, 36)
augTreeSddm
Solver build time: 0.009 seconds.
PCG stopped after: 0.002 seconds and 23 iterations with relative error 6.35318456464151e-7.
KMPSDDMSolver
akpw stretch : 2.131128694810449
aveStretch : 3.5173158208036432 fac : 4.3822353262166684
level 0. Dimension 1001 off-tree edges : 816
Solver build time: 0.007 seconds.
PCG stopped after: 0.006 seconds and 53 iterations with relative error 7.584386018154569e-7.
#155
Using greedy degree ordering. Factorization time: 0.002270936965942383
Ratio of operator edges to original edges: 1.5280739161336176
ratio of max to min diagonal of laplacian : 3277.692673396341
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 9.456253560496129e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0018870830535888672
Ratio of operator edges to original edges: 2.1367144432194047
ratio of max to min diagonal of laplacian : 3277.692673396341
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 6.104487730723275e-7.
augTreeLap
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 22 iterations with relative error 5.778554910569811e-7.
KMPLapSolver
akpw stretch : 2.131667846548017
aveStretch : 3.51882880200994 fac : 4.383486096935872
level 0. Dimension 1000 off-tree edges : 815
Solver build time: 0.007 seconds.
PCG stopped after: 0.006 seconds and 53 iterations with relative error 8.34768566968022e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 200 iterations with relative error 0.0001555551737588168.
wted_chimera(1000, 37)
joinGraphs(0.23071837463196287*chimera(55),chimera(945),20)
joinGraphs(0.0730400278843765*chimera(26),chimera(29),10)
rand_regular_ijv(26, 3, ver=V06)
rand_regular_ijv(29, 3, ver=V06)
rand_regular_ijv(945, 3, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.006 seconds and 31 iterations with relative error 8.677408498989389e-7.
KMPSDDMSolver
akpw stretch : 3.6718607616394703
aveStretch : 8.751443958672688 fac : 10.903452753451754
level 0. Dimension 1001 off-tree edges : 526
Solver build time: 0.006 seconds.
PCG stopped after: 0.008 seconds and 73 iterations with relative error 9.836677180388392e-7.
#155
Using greedy degree ordering. Factorization time: 0.002079010009765625
Ratio of operator edges to original edges: 1.9084786053882725
ratio of max to min diagonal of laplacian : 113.2568044824851
Solver build time: 0.003 seconds.
PCG stopped after: 0.003 seconds and 16 iterations with relative error 5.166117338079203e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0016770362854003906
Ratio of operator edges to original edges: 2.854330708661417
ratio of max to min diagonal of laplacian : 30.142698958298222
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 9.751734502473273e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.005 seconds and 34 iterations with relative error 8.87554502951294e-7.
KMPLapSolver
akpw stretch : 3.6747852554037173
aveStretch : 8.76451948425765 fac : 10.918163817353696
level 0. Dimension 1000 off-tree edges : 525
Solver build time: 0.007 seconds.
PCG stopped after: 0.008 seconds and 72 iterations with relative error 9.559439933826586e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.004 seconds and 83 iterations with relative error 9.976851739988269e-7.
wted_chimera(1000, 38)
augTreeSddm
Solver build time: 0.013 seconds.
PCG stopped after: 0.002 seconds and 22 iterations with relative error 8.373870227955679e-7.
KMPSDDMSolver
akpw stretch : 2.382015581357848
aveStretch : 3.194487998381865 fac : 3.9800230826260194
level 0. Dimension 1001 off-tree edges : 1701
Solver build time: 0.008 seconds.
PCG stopped after: 0.007 seconds and 64 iterations with relative error 8.549036988524278e-7.
#155
Using greedy degree ordering. Factorization time: 0.003000020980834961
Ratio of operator edges to original edges: 1.6982968369829683
ratio of max to min diagonal of laplacian : 309.5308870258285
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 7.573573448996067e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.006040811538696289
Ratio of operator edges to original edges: 2.132271211559837
ratio of max to min diagonal of laplacian : 126.93741995982803
Solver build time: 0.008 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 4.0108410385984993e-7.
augTreeLap
Solver build time: 0.014 seconds.
PCG stopped after: 0.004 seconds and 22 iterations with relative error 4.899226464825218e-7.
KMPLapSolver
akpw stretch : 2.382761057248651
aveStretch : 3.195336525596536 fac : 3.980504316374589
level 0. Dimension 1000 off-tree edges : 1700
Solver build time: 0.008 seconds.
PCG stopped after: 0.007 seconds and 62 iterations with relative error 8.813895738592667e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 149 iterations with relative error 9.697834640417767e-7.
wted_chimera(1000, 39)
generalizedNecklace(0.09442010615991253*chimera(30),chimera(33),2)
joinGraphs(0.5667434275489004*chimera(16),chimera(14),4)
ErdosRenyiClusterFix_ijv(16, 2, ver=V06)
grown_graph_ijv(14, 2, ver=V06)
joinGraphs(0.16761835638546635*chimera(14),chimera(19),4)
firstn(grid2_ijv(ceil(Integer, sqrt(14))), 14)
cbt_ijv(19)
join_graphs!(gr(990),chimera(10),2), Val{6}
rand_regular_ijv(10, 3, ver=V06)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.001 seconds and 6 iterations with relative error 9.256609077889161e-7.
KMPSDDMSolver
akpw stretch : 1.435872455371251
aveStretch : 2.1784149687805345 fac : 2.7140943599338416
level 0. Dimension 1001 off-tree edges : 587
Solver build time: 0.007 seconds.
PCG stopped after: 0.004 seconds and 37 iterations with relative error 7.420521589113974e-7.
#155
Using greedy degree ordering. Factorization time: 0.0014801025390625
Ratio of operator edges to original edges: 1.1241779497098645
ratio of max to min diagonal of laplacian : 76976.83605441105
Solver build time: 0.003 seconds.
PCG stopped after: 0.003 seconds and 17 iterations with relative error 6.47159024015063e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0011761188507080078
Ratio of operator edges to original edges: 1.5810725552050473
ratio of max to min diagonal of laplacian : 76976.83605441103
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 8.298567836687483e-7.
augTreeLap
Solver build time: 0.015 seconds.
PCG stopped after: 0.001 seconds and 7 iterations with relative error 2.8230845990950386e-7.
KMPLapSolver
akpw stretch : 1.4312505505667916
aveStretch : 2.1664370693658097 fac : 2.698780562449397
level 0. Dimension 1000 off-tree edges : 586
Solver build time: 0.006 seconds.
PCG stopped after: 0.004 seconds and 37 iterations with relative error 8.604472307691886e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.18940869166591925.
wted_chimera(1000, 40)
augTreeSddm
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 4.260947374447307e-12.
KMPSDDMSolver
akpw stretch : 1.0751684445020746
aveStretch : 76.24361294659569 fac : 94.99216762872956
level 0. Dimension 1001 off-tree edges : 1
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 2 iterations with relative error 6.119785752727621e-12.
#155
Using greedy degree ordering. Factorization time: 0.004364967346191406
Ratio of operator edges to original edges: 0.9939969984992496
ratio of max to min diagonal of laplacian : 1479.8423737307255
Solver build time: 0.005 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 8.794846043472193e-12.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0004961490631103516
Ratio of operator edges to original edges: 1.0
ratio of max to min diagonal of laplacian : 822.4871116258211
Solver build time: 0.001 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 1.760821939945979e-11.
augTreeLap
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 2.6396145227336036e-11.
KMPLapSolver
The graph is a tree. Solve directly
Solver build time: 0.001 seconds.
Solve time: 0.0 seconds.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 3.7947675021552723.
wted_chimera(1000, 41)
productGraph(0.01444883358753811*chimera(52),chimera(19))
joinGraphs(0.4743362053971273*chimera(21),chimera(31),3)
grown_graph_ijv(21, 2, ver=V06)
joinGraphs(0.6565567108123975*chimera(11),chimera(20),6)
rand_gen_ring_ijv(11, 4, ver=V06, verbose=true)
gens: [1, 9, 6, 7]
cbt_ijv(20)
ErdosRenyiClusterFix_ijv(19, 2, ver=V06)
join_graphs!(gr(988),chimera(12),2), Val{6}
firstn(grid2_ijv(ceil(Integer, sqrt(12))), 12)
augTreeSddm
Solver build time: 0.021 seconds.
PCG stopped after: 0.003 seconds and 24 iterations with relative error 8.064638712858267e-7.
KMPSDDMSolver
akpw stretch : 1.7077220948730045
aveStretch : 2.0479731020234864 fac : 2.5515764099847873
level 0. Dimension 1001 off-tree edges : 2080
Solver build time: 0.008 seconds.
PCG stopped after: 0.007 seconds and 53 iterations with relative error 8.808214395596299e-7.
#155
Using greedy degree ordering. Factorization time: 0.003738880157470703
Ratio of operator edges to original edges: 1.6331535066208926
ratio of max to min diagonal of laplacian : 5035.923664219529
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 2.857851160499039e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0034329891204833984
Ratio of operator edges to original edges: 2.010071474983756
ratio of max to min diagonal of laplacian : 3524.081565755504
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 9.272087367068102e-7.
augTreeLap
Solver build time: 0.018 seconds.
PCG stopped after: 0.004 seconds and 32 iterations with relative error 9.202404629579899e-7.
KMPLapSolver
akpw stretch : 1.7080212963208008
aveStretch : 2.0482393218256023 fac : 2.551538905584565
level 0. Dimension 1000 off-tree edges : 2079
Solver build time: 0.009 seconds.
PCG stopped after: 0.006 seconds and 55 iterations with relative error 7.449994749810974e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 200 iterations with relative error 0.01655573504135169.
wted_chimera(1000, 42)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 3.836886315882833e-7.
KMPSDDMSolver
akpw stretch : 2.540926088374292
aveStretch : 4.183704434189106 fac : 5.21249108695728
level 0. Dimension 1001 off-tree edges : 938
Solver build time: 0.007 seconds.
PCG stopped after: 0.006 seconds and 59 iterations with relative error 7.891318762972929e-7.
#155
Using greedy degree ordering. Factorization time: 0.0020380020141601562
Ratio of operator edges to original edges: 1.5030653950953679
ratio of max to min diagonal of laplacian : 4824.174434200962
Solver build time: 0.003 seconds.
PCG stopped after: 0.003 seconds and 18 iterations with relative error 7.437984436744053e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0017120838165283203
Ratio of operator edges to original edges: 2.06146694214876
ratio of max to min diagonal of laplacian : 3537.445859622284
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 7.860957362052323e-7.
augTreeLap
Solver build time: 0.016 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 4.5010085392580877e-7.
KMPLapSolver
akpw stretch : 2.5352626656315107
aveStretch : 4.172111548199145 fac : 5.197295462612531
level 0. Dimension 1000 off-tree edges : 937
Solver build time: 0.007 seconds.
PCG stopped after: 0.006 seconds and 58 iterations with relative error 9.421756766178886e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.23848700431271874.
wted_chimera(1000, 43)
joinGraphs(0.10247851172770052*chimera(26),chimera(974),2)
firstn(grid2_ijv(ceil(Integer, sqrt(26))), 26)
firstn(grid2_ijv(ceil(Integer, sqrt(974))), 974)
augTreeSddm
Solver build time: 0.014 seconds.
PCG stopped after: 0.002 seconds and 24 iterations with relative error 7.888873310576398e-7.
KMPSDDMSolver
akpw stretch : 6.461308520459209
aveStretch : 12.333683273641153 fac : 15.366576474150296
level 0. Dimension 1001 off-tree edges : 930
Solver build time: 0.007 seconds.
PCG stopped after: 0.01 seconds and 96 iterations with relative error 8.067109429974221e-7.
#155
Using greedy degree ordering. Factorization time: 0.0018200874328613281
Ratio of operator edges to original edges: 1.3855874316939891
ratio of max to min diagonal of laplacian : 25.000000000000046
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 20 iterations with relative error 4.64578028406445e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0016980171203613281
Ratio of operator edges to original edges: 2.0892116182572615
ratio of max to min diagonal of laplacian : 24.395358186337088
Solver build time: 0.003 seconds.
PCG stopped after: 0.003 seconds and 20 iterations with relative error 8.747993335610351e-7.
augTreeLap
Solver build time: 0.015 seconds.
PCG stopped after: 0.003 seconds and 24 iterations with relative error 9.086934341168869e-7.
KMPLapSolver
akpw stretch : 6.7069012533155865
aveStretch : 12.843816594609743 fac : 15.999838196705488
level 0. Dimension 1000 off-tree edges : 929
Solver build time: 0.008 seconds.
PCG stopped after: 0.011 seconds and 102 iterations with relative error 8.091123364306064e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 169 iterations with relative error 9.396731482310559e-7.
wted_chimera(1000, 44)
augTreeSddm
Solver build time: 0.013 seconds.
PCG stopped after: 0.006 seconds and 40 iterations with relative error 9.549248579417901e-7.
KMPSDDMSolver
akpw stretch : 2.7587217718032093
aveStretch : 3.2497105411508356 fac : 4.048825029921842
level 0. Dimension 1001 off-tree edges : 3582
Solver build time: 0.014 seconds.
PCG stopped after: 0.01 seconds and 76 iterations with relative error 9.313507960407596e-7.
#155
Using greedy degree ordering. Factorization time: 0.006330013275146484
Ratio of operator edges to original edges: 2.293548387096774
ratio of max to min diagonal of laplacian : 418108.85660115146
Solver build time: 0.007 seconds.
PCG stopped after: 0.003 seconds and 11 iterations with relative error 5.316981936854255e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.005753040313720703
Ratio of operator edges to original edges: 2.6873362445414846
ratio of max to min diagonal of laplacian : 418108.85660115146
Solver build time: 0.006 seconds.
PCG stopped after: 0.002 seconds and 10 iterations with relative error 6.625531211444331e-7.
augTreeLap
Solver build time: 0.016 seconds.
PCG stopped after: 0.007 seconds and 41 iterations with relative error 7.680918940498517e-7.
KMPLapSolver
akpw stretch : 2.759263305657416
aveStretch : 3.2500491315026463 fac : 4.048661069888592
level 0. Dimension 1000 off-tree edges : 3581
Solver build time: 0.009 seconds.
PCG stopped after: 0.01 seconds and 74 iterations with relative error 8.026755048171246e-7.
cgLapSolver
Solver build time: 0.001 seconds.
CG stopped after: 0.013 seconds and 200 iterations with relative error 0.29669780012133223.
wted_chimera(1000, 45)
joinGraphs(0.012615970885049215*chimera(11),chimera(989),2)
grown_graph_ijv(11, 2, ver=V06)
joinGraphs(0.3382724389992923*chimera(75),chimera(914),3)
joinGraphs(0.012006315419657045*chimera(24),chimera(51),2)
ErdosRenyiClusterFix_ijv(24, 2, ver=V06)
joinGraphs(0.6775770625300411*chimera(33),chimera(18),3)
joinGraphs(0.46857119984076856*chimera(12),chimera(21),4)
cbt_ijv(12)
firstn(grid2_ijv(ceil(Integer, sqrt(21))), 21)
rand_regular_ijv(18, 3, ver=V06)
joinGraphs(0.003174512605270133*chimera(11),chimera(903),3)
firstn(grid2_ijv(ceil(Integer, sqrt(11))), 11)
joinGraphs(0.010592677578553788*chimera(72),chimera(831),20)
joinGraphs(0.8269744737026474*chimera(28),chimera(44),4)
cbt_ijv(28)
joinGraphs(0.5036837807387877*chimera(25),chimera(19),8)
ErdosRenyiClusterFix_ijv(25, 2, ver=V06)
ring_graph_ijv(19)
joinGraphs(0.36800501528572005*chimera(17),chimera(814),3)
firstn(grid2_ijv(ceil(Integer, sqrt(17))), 17)
joinGraphs(0.04140563541414743*chimera(51),chimera(763),14)
joinGraphs(0.0421080423113819*chimera(37),chimera(14),4)
joinGraphs(0.19608061645835087*chimera(21),chimera(16),5)
firstn(grid2_ijv(ceil(Integer, sqrt(21))), 21)
ErdosRenyiClusterFix_ijv(16, 2, ver=V06)
ring_graph_ijv(14)
joinGraphs(0.5315202103319866*chimera(62),chimera(701),4)
joinGraphs(0.5605373419366005*chimera(37),chimera(25),5)
joinGraphs(0.1121470873946512*chimera(23),chimera(14),2)
rand_gen_ring_ijv(23, 4, ver=V06, verbose=true)
gens: [1, 6, 11, 22]
ErdosRenyiClusterFix_ijv(14, 2, ver=V06)
rand_regular_ijv(25, 3, ver=V06)
joinGraphs(0.021888911358747886*chimera(29),chimera(672),3)
rand_gen_ring_ijv(29, 4, ver=V06, verbose=true)
gens: [1, 6, 7, 3]
joinGraphs(0.19831545190778857*chimera(127),chimera(545),25)
joinGraphs(0.13213831357558498*chimera(81),chimera(46),4)
joinGraphs(0.9592496947005107*chimera(46),chimera(35),2)
cbt_ijv(46)
joinGraphs(0.9137366832805309*chimera(18),chimera(17),3)
firstn(grid2_ijv(ceil(Integer, sqrt(18))), 18)
rand_gen_ring_ijv(17, 4, ver=V06, verbose=true)
gens: [1, 4, 6, 5]
joinGraphs(0.6312047035690707*chimera(29),chimera(17),2)
ErdosRenyiClusterFix_ijv(29, 2, ver=V06)
ErdosRenyiClusterFix_ijv(17, 2, ver=V06)
joinGraphs(0.012745838649186526*chimera(77),chimera(468),24)
joinGraphs(0.2928906721737958*chimera(33),chimera(44),2)
joinGraphs(0.5740845308395991*chimera(10),chimera(23),2)
grown_graph_ijv(10, 2, ver=V06)
firstn(grid2_ijv(ceil(Integer, sqrt(23))), 23)
joinGraphs(0.019580938795984323*chimera(15),chimera(29),8)
ErdosRenyiClusterFix_ijv(15, 2, ver=V06)
ErdosRenyiClusterFix_ijv(29, 2, ver=V06)
joinGraphs(0.46675803353355944*chimera(111),chimera(357),6)
joinGraphs(0.05435198275583134*chimera(44),chimera(67),5)
ErdosRenyiClusterFix_ijv(44, 2, ver=V06)
joinGraphs(0.0006357167496052494*chimera(21),chimera(46),3)
grown_graph_ijv(21, 2, ver=V06)
joinGraphs(0.05269593385510675*chimera(19),chimera(27),3)
path_graph_ijv(19)
grown_graph_ijv(27, 2, ver=V06)
joinGraphs(0.8595926563171721*chimera(11),chimera(346),5)
rand_regular_ijv(11, 3, ver=V06)
joinGraphs(0.9714342453433183*chimera(16),chimera(330),4)
rand_gen_ring_ijv(16, 4, ver=V06, verbose=true)
gens: [1, 3, 6, 8]
generalizedNecklace(0.6452076123733309*chimera(10),chimera(33),2)
ErdosRenyiClusterFix_ijv(10, 2, ver=V06)
rand_gen_ring_ijv(33, 4, ver=V06, verbose=true)
gens: [1, 10, 11, 6]
augTreeSddm
Solver build time: 0.017 seconds.
PCG stopped after: 0.002 seconds and 23 iterations with relative error 6.185698394267393e-7.
KMPSDDMSolver
akpw stretch : 2.531834760037658
aveStretch : 4.418330769936546 fac : 5.504812808791824
level 0. Dimension 1001 off-tree edges : 812
Solver build time: 0.006 seconds.
PCG stopped after: 0.01 seconds and 59 iterations with relative error 9.930665941628002e-7.
#155
Using greedy degree ordering. Factorization time: 0.0018918514251708984
Ratio of operator edges to original edges: 1.4462633451957296
ratio of max to min diagonal of laplacian : 629424.0768756736
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 8.053804916886809e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0016598701477050781
Ratio of operator edges to original edges: 2.018232044198895
ratio of max to min diagonal of laplacian : 629424.0768756736
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 7.209230837298574e-7.
augTreeLap
Solver build time: 0.01 seconds.
PCG stopped after: 0.004 seconds and 24 iterations with relative error 8.897225765699346e-7.
KMPLapSolver
akpw stretch : 2.5227234993465677
aveStretch : 4.3984334572349315 fac : 5.4792298781554765
level 0. Dimension 1000 off-tree edges : 811
Solver build time: 0.006 seconds.
PCG stopped after: 0.007 seconds and 64 iterations with relative error 7.489562794534331e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.012 seconds and 200 iterations with relative error 0.05972549598139434.
wted_chimera(1000, 46)
augTreeSddm
Solver build time: 0.008 seconds.
PCG stopped after: 0.003 seconds and 22 iterations with relative error 8.005492568489006e-7.
KMPSDDMSolver
akpw stretch : 4.752357188608995
aveStretch : 12.856800360550666 fac : 16.018329769786583
level 0. Dimension 1001 off-tree edges : 463
Solver build time: 0.005 seconds.
PCG stopped after: 0.012 seconds and 81 iterations with relative error 8.856763085228605e-7.
#155
Using greedy degree ordering. Factorization time: 0.0013821125030517578
Ratio of operator edges to original edges: 1.1170255993498577
ratio of max to min diagonal of laplacian : 49.999999999999844
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 9.531300076016115e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0011661052703857422
Ratio of operator edges to original edges: 1.8761122518822724
ratio of max to min diagonal of laplacian : 24.621693775435112
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 3.305683316500898e-7.
augTreeLap
Solver build time: 0.009 seconds.
PCG stopped after: 0.003 seconds and 22 iterations with relative error 5.982819554484286e-7.
KMPLapSolver
akpw stretch : 4.489748905228297
aveStretch : 12.03576439510506 fac : 14.993228957829189
level 0. Dimension 1000 off-tree edges : 462
Solver build time: 0.005 seconds.
PCG stopped after: 0.008 seconds and 76 iterations with relative error 8.871234390213886e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.011 seconds and 154 iterations with relative error 8.301068850013275e-7.
wted_chimera(1000, 47)
generalizedNecklace(0.6465247689581521*chimera(87),chimera(11),2)
joinGraphs(0.5367651957968245*chimera(54),chimera(33),8)
rand_gen_ring_ijv(54, 4, ver=V06, verbose=true)
gens: [1, 36, 42, 13]
rand_regular_ijv(33, 3, ver=V06)
firstn(grid2_ijv(ceil(Integer, sqrt(11))), 11)
join_graphs!(gr(957),chimera(43),2), Val{6}
joinGraphs(0.2763700874186455*chimera(18),chimera(25),5)
path_graph_ijv(18)
path_graph_ijv(25)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.003 seconds and 26 iterations with relative error 9.384675318324129e-7.
KMPSDDMSolver
akpw stretch : 1.8068902606971529
aveStretch : 2.198394511399315 fac : 2.738986937662522
level 0. Dimension 1001 off-tree edges : 2061
Solver build time: 0.007 seconds.
PCG stopped after: 0.01 seconds and 58 iterations with relative error 7.943829271168737e-7.
#155
Using greedy degree ordering. Factorization time: 0.003350973129272461
Ratio of operator edges to original edges: 1.549150036954915
ratio of max to min diagonal of laplacian : 121900.6739317542
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 4.218665190281776e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0025339126586914062
Ratio of operator edges to original edges: 1.911082052958483
ratio of max to min diagonal of laplacian : 121900.6739317542
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 5.212997573668651e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.004 seconds and 26 iterations with relative error 6.497527058321268e-7.
KMPLapSolver
akpw stretch : 1.8049977245396627
aveStretch : 2.1953825433819563 fac : 2.734838606207173
level 0. Dimension 1000 off-tree edges : 2060
Solver build time: 0.011 seconds.
PCG stopped after: 0.007 seconds and 58 iterations with relative error 9.374960497670101e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 200 iterations with relative error 0.2780598013734037.
wted_chimera(1000, 48)
augTreeSddm
Solver build time: 0.014 seconds.
PCG stopped after: 0.005 seconds and 43 iterations with relative error 6.660883012425636e-7.
KMPSDDMSolver
akpw stretch : 3.1209644195673785
aveStretch : 3.8548621426010756 fac : 4.802785396490777
level 0. Dimension 1001 off-tree edges : 2890
Solver build time: 0.008 seconds.
PCG stopped after: 0.014 seconds and 79 iterations with relative error 9.888401368496512e-7.
#155
Using greedy degree ordering. Factorization time: 0.021259069442749023
Ratio of operator edges to original edges: 1.998772504091653
ratio of max to min diagonal of laplacian : 299.32925221923864
Solver build time: 0.022 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 6.421369106993142e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.008523941040039062
Ratio of operator edges to original edges: 2.327932098765432
ratio of max to min diagonal of laplacian : 72.39752945296148
Solver build time: 0.009 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 3.921340072890943e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.006 seconds and 44 iterations with relative error 9.674564122687438e-7.
KMPLapSolver
akpw stretch : 3.121852415052726
aveStretch : 3.855577081940118 fac : 4.802981186437767
level 0. Dimension 1000 off-tree edges : 2889
Solver build time: 0.009 seconds.
PCG stopped after: 0.013 seconds and 80 iterations with relative error 8.440781233181892e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 152 iterations with relative error 9.988951258816727e-7.
wted_chimera(1000, 49)
generalizedNecklace(0.5150779993229215*chimera(83),chimera(12),2)
joinGraphs(0.07142486802564012*chimera(45),chimera(38),4)
firstn(grid2_ijv(ceil(Integer, sqrt(45))), 45)
ErdosRenyiClusterFix_ijv(38, 2, ver=V06)
rand_regular_ijv(12, 3, ver=V06)
join_graphs!(gr(996),chimera(4),2), Val{6}
ErdosRenyiClusterFix_ijv(4, 2, ver=V06)
augTreeSddm
Solver build time: 0.009 seconds.
PCG stopped after: 0.002 seconds and 18 iterations with relative error 5.531271385779731e-7.
KMPSDDMSolver
akpw stretch : 1.796168300389856
aveStretch : 3.4548522595353908 fac : 4.304411770205001
level 0. Dimension 1001 off-tree edges : 480
Solver build time: 0.005 seconds.
PCG stopped after: 0.005 seconds and 44 iterations with relative error 7.243838367236638e-7.
#155
Using greedy degree ordering. Factorization time: 0.0014691352844238281
Ratio of operator edges to original edges: 1.20863599677159
ratio of max to min diagonal of laplacian : 622.2458551444639
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 4.444243610405761e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0011601448059082031
Ratio of operator edges to original edges: 1.790933694181326
ratio of max to min diagonal of laplacian : 622.2458551444639
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 5.232841417874399e-7.
augTreeLap
Solver build time: 0.009 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 6.546716755921784e-7.
KMPLapSolver
akpw stretch : 1.7554397732908367
aveStretch : 3.3309811793817476 fac : 4.149479986248476
level 0. Dimension 1000 off-tree edges : 479
Solver build time: 0.005 seconds.
PCG stopped after: 0.005 seconds and 44 iterations with relative error 7.645446680111746e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.0020928962320533474.
wted_chimera(1000, 50)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 22 iterations with relative error 5.01095227600954e-7.
KMPSDDMSolver
akpw stretch : 2.2929279417620196
aveStretch : 3.094992421763272 fac : 3.8560612171371607
level 0. Dimension 1001 off-tree edges : 1612
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 63 iterations with relative error 7.721569118432762e-7.
#155
Using greedy degree ordering. Factorization time: 0.0026369094848632812
Ratio of operator edges to original edges: 1.6310249307479225
ratio of max to min diagonal of laplacian : 369.53261138417065
Solver build time: 0.003 seconds.
PCG stopped after: 0.003 seconds and 15 iterations with relative error 8.723020086828866e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.005473136901855469
Ratio of operator edges to original edges: 2.0724137931034483
ratio of max to min diagonal of laplacian : 250.20236360435058
Solver build time: 0.006 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 8.424310495189469e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.003 seconds and 20 iterations with relative error 9.111979758411816e-7.
KMPLapSolver
akpw stretch : 2.2936265872799035
aveStretch : 3.09581961067694 fac : 3.8565338030291185
level 0. Dimension 1000 off-tree edges : 1611
Solver build time: 0.007 seconds.
PCG stopped after: 0.008 seconds and 64 iterations with relative error 8.686675532092607e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.014 seconds and 185 iterations with relative error 7.903628126508333e-7.
productGraph(0.37972767479276753*chimera(28),chimera(35))
complete_binary_tree(28)
joinGraphs(0.15303556675598812*chimera(24),chimera(11),3)
gens: [1, 22, 8, 3]
rand_gen_ring(24, 4)
grown_graph(11)
join_graphs!(gr(980),chimera(20),2), Val{7}
grown_graph(20)
gens: [1, 268, 4, 87]
rand_gen_ring(1000, 4)
thicken(2)
joinGraphs(0.20570792822908165*chimera(988),chimera(12),4)
joinGraphs(0.9769314255631816*chimera(969),chimera(19),5)
productGraph(0.7577611297950738*chimera(59),chimera(16))
joinGraphs(0.44405800003253476*chimera(47),chimera(12),5)
joinGraphs(0.7770938670724522*chimera(34),chimera(13),2)
ErdosRenyiClusterFix_ijv(34,2)
firstn_grid2(13)
grown_graph(12)
firstn_grid2(16)
join_graphs!(gr(944),chimera(25),2), Val{7}
grown_graph(25)
gens: [1, 4, 18, 3]
rand_gen_ring(19, 4)
gens: [1, 3, 6, 6]
rand_gen_ring(12, 4)
grown_graph(1000)
joinGraphs(0.47093882411713006*chimera(989),chimera(11),3)
joinGraphs(0.04553746054163804*chimera(528),chimera(461),204)
joinGraphs(0.022746589105450108*chimera(403),chimera(125),3)
generalizedNecklace(0.00028479766305711094*chimera(31),chimera(13),2)
joinGraphs(0.016031130451078915*chimera(12),chimera(19),3)
rand_regular_ijv(12,3)
grown_graph(19)
path_graph(13)
joinGraphs(0.017230646811310674*chimera(113),chimera(12),2)
joinGraphs(0.5659049538606281*chimera(58),chimera(55),9)
ErdosRenyiClusterFix_ijv(58,2)
joinGraphs(0.43730012035167637*chimera(44),chimera(11),5)
grown_graph(44)
complete_binary_tree(11)
grown_graph(12)
joinGraphs(0.014743271867783748*chimera(448),chimera(13),2)
two_lift(chimera(224, 3
joinGraphs(0.25814714252008575*chimera(182),chimera(42),4)
joinGraphs(0.3529506676744897*chimera(161),chimera(21),2)
ErdosRenyiClusterFix_ijv(161,2)
firstn_grid2(21)
ring_graph(42)
rand_regular_ijv(13,3)
grown_graph(11)
generalizedNecklace(0.4316306691685885*chimera(21),chimera(47),2)
firstn_grid2(21)
joinGraphs(0.008858215658144741*chimera(10),chimera(37),2)
grown_graph(10)
joinGraphs(3.9958088638624794e-5*chimera(14),chimera(23),3)
rand_regular_ijv(14,3)
firstn_grid2(23)
join_graphs!(gr(987),chimera(13),2), Val{7}
firstn_grid2(13)
thicken(2)
productGraph(0.3321132314946871*chimera(23),chimera(43))
firstn_grid2(23)
gens: [1, 5, 10, 9]
rand_gen_ring(43, 4)
join_graphs!(gr(989),chimera(11),2), Val{7}
gens: [1, 5, 4, 10]
rand_gen_ring(11, 4)
joinGraphs(0.7180505512081559*chimera(968),chimera(32),10)
joinGraphs(0.5732646164730553*chimera(951),chimera(17),4)
joinGraphs(0.03443908041690379*chimera(607),chimera(344),9)
generalizedNecklace(0.1279956249389802*chimera(41),chimera(14),2)
complete_binary_tree(41)
gens: [1, 4, 4, 7]
rand_gen_ring(14, 4)
join_graphs!(gr(574),chimera(33),2), Val{7}
joinGraphs(0.040251449524345576*chimera(19),chimera(14),7)
grown_graph(19)
firstn_grid2(14)
joinGraphs(0.10191542836476612*chimera(309),chimera(35),5)
joinGraphs(0.05155458425679834*chimera(289),chimera(20),3)
grown_graph(289)
gens: [1, 3, 16, 4]
rand_gen_ring(20, 4)
joinGraphs(0.9462915839003778*chimera(21),chimera(14),2)
rand_regular_ijv(21,3)
ErdosRenyiClusterFix_ijv(14,2)
gens: [1, 9, 5, 15]
rand_gen_ring(17, 4)
joinGraphs(0.07120945158713983*chimera(16),chimera(16),8)
gens: [1, 5, 15, 7]
rand_gen_ring(16, 4)
ring_graph(16)
joinGraphs(0.16336450196760152*chimera(571),chimera(429),20)
joinGraphs(0.593867818606771*chimera(377),chimera(194),2)
joinGraphs(0.12186129050213217*chimera(346),chimera(31),3)
joinGraphs(0.029820075091446196*chimera(303),chimera(43),13)
joinGraphs(0.026926777076345457*chimera(194),chimera(109),4)
joinGraphs(0.8157656337017113*chimera(135),chimera(59),21)
joinGraphs(0.043008415239366694*chimera(113),chimera(22),10)
firstn_grid2(113)
rand_regular_ijv(22,3)
joinGraphs(0.6392875196514824*chimera(36),chimera(23),12)
firstn_grid2(36)
grown_graph(23)
joinGraphs(0.0025999584951654224*chimera(92),chimera(17),6)
joinGraphs(0.9343060381883557*chimera(25),chimera(67),3)
ErdosRenyiClusterFix_ijv(25,2)
ring_graph(67)
gens: [1, 7, 5, 3]
rand_gen_ring(17, 4)
joinGraphs(0.32162325012040216*chimera(27),chimera(16),2)
ErdosRenyiClusterFix_ijv(27,2)
rand_regular_ijv(16,3)
joinGraphs(0.31660460445018207*chimera(10),chimera(21),5)
ring_graph(10)
complete_binary_tree(21)
joinGraphs(0.0003573379266215253*chimera(68),chimera(126),2)
joinGraphs(0.389562318674013*chimera(19),chimera(49),7)
ErdosRenyiClusterFix_ijv(19,2)
joinGraphs(0.38925638245768274*chimera(17),chimera(32),2)
firstn_grid2(17)
joinGraphs(0.030968669011872348*chimera(21),chimera(11),2)
firstn_grid2(21)
rand_regular_ijv(11,3)
joinGraphs(0.3234046184279135*chimera(44),chimera(82),11)
joinGraphs(0.06617871923551455*chimera(21),chimera(23),3)
firstn_grid2(21)
gens: [1, 15, 3, 6]
rand_gen_ring(23, 4)
joinGraphs(0.3875374465861053*chimera(18),chimera(64),6)
gens: [1, 14, 4, 3]
rand_gen_ring(18, 4)
grown_graph(64)
joinGraphs(0.7841602140727884*chimera(342),chimera(87),11)
joinGraphs(0.09935722069468192*chimera(293),chimera(49),2)
joinGraphs(0.829901968093929*chimera(236),chimera(57),14)
joinGraphs(0.15803236535682558*chimera(182),chimera(54),6)
joinGraphs(0.4564243440314255*chimera(90),chimera(92),39)
joinGraphs(0.45341844515048974*chimera(17),chimera(73),2)
ErdosRenyiClusterFix_ijv(17,2)
joinGraphs(0.884195331188221*chimera(52),chimera(21),3)
joinGraphs(0.3920647108959769*chimera(36),chimera(16),8)
joinGraphs(0.22490163997414953*chimera(16),chimera(20),6)
ErdosRenyiClusterFix_ijv(16,2)
firstn_grid2(20)
ring_graph(16)
firstn_grid2(21)
joinGraphs(0.00038182648633261333*chimera(24),chimera(68),6)
rand_regular_ijv(24,3)
joinGraphs(0.01746631394394884*chimera(46),chimera(22),9)
joinGraphs(7.677359240600315e-5*chimera(21),chimera(25),3)
grown_graph(21)
firstn_grid2(25)
grown_graph(22)
joinGraphs(0.0986204636562292*chimera(39),chimera(15),5)
joinGraphs(0.6844807068765306*chimera(22),chimera(17),2)
rand_regular_ijv(22,3)
grown_graph(17)
ErdosRenyiClusterFix_ijv(15,2)
joinGraphs(0.5573186927780808*chimera(43),chimera(14),3)
joinGraphs(0.5108876845311753*chimera(10),chimera(33),3)
rand_regular_ijv(10,3)
joinGraphs(0.05168918759861874*chimera(18),chimera(15),4)
firstn_grid2(18)
rand_regular_ijv(15,3)
grown_graph(14)
joinGraphs(0.04105363586859959*chimera(13),chimera(36),2)
grown_graph(13)
joinGraphs(0.6159477812372454*chimera(24),chimera(12),6)
rand_regular_ijv(24,3)
rand_regular_ijv(12,3)
joinGraphs(0.33405599034768824*chimera(59),chimera(28),2)
joinGraphs(0.009244677214005907*chimera(32),chimera(27),4)
joinGraphs(0.17136282371503472*chimera(18),chimera(14),7)
rand_regular_ijv(18,3)
ring_graph(14)
gens: [1, 9, 23, 11]
rand_gen_ring(27, 4)
ErdosRenyiClusterFix_ijv(28,2)
joinGraphs(0.4840856948621258*chimera(985),chimera(15),8)
generalizedNecklace(0.3326085025148461*chimera(18),chimera(54),2)
gens: [1, 4, 11, 11]
rand_gen_ring(18, 4)
joinGraphs(0.023569225370987656*chimera(23),chimera(31),3)
firstn_grid2(23)
joinGraphs(0.02509453390027877*chimera(16),chimera(15),2)
ErdosRenyiClusterFix_ijv(16,2)
path_graph(15)
join_graphs!(gr(972),chimera(13),2), Val{7}
grown_graph(13)
gens: [1, 10, 5, 3]
rand_gen_ring(15, 4)
gens: [1, 14, 197, 102]
rand_gen_ring(1000, 4)
generalizedNecklace(0.6650534316441408*chimera(28),chimera(35),2)
firstn_grid2(28)
joinGraphs(0.006838672774116334*chimera(12),chimera(23),2)
ErdosRenyiClusterFix_ijv(12,2)
grown_graph(23)
join_graphs!(gr(980),chimera(20),2), Val{7}
grown_graph(20)
firstn_grid2(1000)
joinGraphs(0.9555047472997507*chimera(981),chimera(19),5)
two_lift(chimera(490, 242
productGraph(0.8876312569390385*chimera(15),chimera(32))
firstn_grid2(15)
joinGraphs(0.43140730890458595*chimera(14),chimera(18),4)
gens: [1, 4, 4, 3]
rand_gen_ring(14, 4)
grown_graph(18)
join_graphs!(gr(480),chimera(10),2), Val{7}
grown_graph(10)
join_graphs!(gr(980),chimera(1),2), Val{7}
firstn_grid2(19)
generalizedNecklace(0.14949958936217392*chimera(27),chimera(37),2)
ring_graph(27)
joinGraphs(0.3522379591727374*chimera(12),chimera(25),2)
ring_graph(12)
path_graph(25)
join_graphs!(gr(999),chimera(1),2), Val{7}
thicken(2)
joinGraphs(0.8932653575960487*chimera(955),chimera(45),18)
joinGraphs(0.004900442677498663*chimera(935),chimera(20),2)
productGraph(0.01814554934801364*chimera(92),chimera(10))
joinGraphs(0.7382270689740437*chimera(37),chimera(55),4)
joinGraphs(0.6694881536728337*chimera(26),chimera(11),4)
firstn_grid2(26)
rand_regular_ijv(11,3)
joinGraphs(0.061627570404852894*chimera(35),chimera(20),4)
joinGraphs(0.22105631167921186*chimera(21),chimera(14),2)
rand_regular_ijv(21,3)
ErdosRenyiClusterFix_ijv(14,2)
complete_binary_tree(20)
ErdosRenyiClusterFix_ijv(10,2)
join_graphs!(gr(920),chimera(15),2), Val{7}
ErdosRenyiClusterFix_ijv(15,2)
grown_graph(20)
joinGraphs(0.13673235208307027*chimera(28),chimera(17),8)
complete_binary_tree(28)
ring_graph(17)
rand_regular_ijv(1000,3)
joinGraphs(1.5736110896744493e-6*chimera(931),chimera(69),2)
joinGraphs(0.6462958068553654*chimera(789),chimera(142),22)
productGraph(0.9862474452582027*chimera(12),chimera(65))
rand_regular_ijv(12,3)
gens: [1, 3, 45, 35]
rand_gen_ring(65, 4)
join_graphs!(gr(780),chimera(9),2), Val{7}
complete_binary_tree(9)
joinGraphs(0.6430030282776834*chimera(37),chimera(105),3)
joinGraphs(0.006451878365256489*chimera(11),chimera(26),3)
grown_graph(11)
ring_graph(26)
complete_binary_tree(105)
joinGraphs(0.09167991098671611*chimera(52),chimera(17),2)
joinGraphs(0.34400642143413457*chimera(37),chimera(15),7)
joinGraphs(0.4277923164867835*chimera(23),chimera(14),3)
complete_binary_tree(23)
firstn_grid2(14)
gens: [1, 4, 6, 5]
rand_gen_ring(15, 4)
rand_regular_ijv(17,3)
joinGraphs(0.0021661481984339547*chimera(945),chimera(55),4)
joinGraphs(0.40016968066304986*chimera(932),chimera(13),2)
joinGraphs(0.7366345076723392*chimera(917),chimera(15),2)
firstn_grid2(917)
ErdosRenyiClusterFix_ijv(15,2)
ring_graph(13)
joinGraphs(0.36546544243660006*chimera(40),chimera(15),3)
joinGraphs(0.009134902702710893*chimera(23),chimera(17),3)
ring_graph(23)
gens: [1, 11, 6, 12]
rand_gen_ring(17, 4)
complete_binary_tree(15)
thicken(2)
joinGraphs(0.26061934684123833*chimera(887),chimera(113),11)
joinGraphs(0.6567164288105163*chimera(758),chimera(129),13)
generalizedNecklace(0.5167891395372253*chimera(14),chimera(54),2)
gens: [1, 10, 6, 13]
rand_gen_ring(14, 4)
joinGraphs(0.09712821273837188*chimera(11),chimera(43),4)
firstn_grid2(11)
joinGraphs(0.07393061502003047*chimera(20),chimera(23),7)
ErdosRenyiClusterFix_ijv(20,2)
ErdosRenyiClusterFix_ijv(23,2)
join_graphs!(gr(756),chimera(2),2), Val{7}
firstn_grid2(2)
joinGraphs(0.06881337176052206*chimera(20),chimera(109),2)
firstn_grid2(20)
joinGraphs(0.20462123369936192*chimera(87),chimera(22),6)
grown_graph(87)
grown_graph(22)
firstn_grid2(113)
joinGraphs(0.224863457371798*chimera(930),chimera(70),12)
firstn_grid2(930)
joinGraphs(0.6048824669910297*chimera(54),chimera(16),8)
joinGraphs(0.7256265880860072*chimera(26),chimera(28),6)
gens: [1, 5, 10, 3]
rand_gen_ring(26, 4)
firstn_grid2(28)
grown_graph(16)
thicken(2)
joinGraphs(0.4815730947249337*chimera(984),chimera(16),5)
joinGraphs(0.06863752863628761*chimera(824),chimera(160),3)
ring_graph(824)
joinGraphs(0.6200741547696471*chimera(130),chimera(30),7)
joinGraphs(0.08350423818897142*chimera(35),chimera(95),3)
joinGraphs(0.8916279268496641*chimera(21),chimera(14),7)
rand_regular_ijv(21,3)
firstn_grid2(14)
joinGraphs(0.802680988926393*chimera(60),chimera(35),11)
grown_graph(60)
joinGraphs(0.3085545353651446*chimera(13),chimera(22),2)
firstn_grid2(13)
firstn_grid2(22)
joinGraphs(0.30278259176616384*chimera(18),chimera(12),3)
ErdosRenyiClusterFix_ijv(18,2)
rand_regular_ijv(12,3)
rand_regular_ijv(16,3)
grown_graph(1000)
thicken(2)
joinGraphs(0.06026413085115291*chimera(973),chimera(27),2)
joinGraphs(0.23435958507820764*chimera(947),chimera(26),5)
joinGraphs(0.11115091250610788*chimera(912),chimera(35),17)
two_lift(chimera(456, 175
generalizedNecklace(0.0750665824780962*chimera(25),chimera(18),2)
gens: [1, 7, 16, 10]
rand_gen_ring(25, 4)
rand_regular_ijv(18,3)
join_graphs!(gr(450),chimera(6),2), Val{7}
ErdosRenyiClusterFix_ijv(6,2)
joinGraphs(0.9155913005480338*chimera(19),chimera(16),5)
ErdosRenyiClusterFix_ijv(19,2)
complete_binary_tree(16)
gens: [1, 3, 5, 5]
rand_gen_ring(26, 4)
grown_graph(27)
generalizedNecklace(0.41665323411468*chimera(44),chimera(22),2)
joinGraphs(0.2162967241135278*chimera(23),chimera(21),8)
ring_graph(23)
gens: [1, 3, 8, 4]
rand_gen_ring(21, 4)
ErdosRenyiClusterFix_ijv(22,2)
join_graphs!(gr(968),chimera(32),2), Val{7}
joinGraphs(0.00019106397575871997*chimera(20),chimera(12),2)
firstn_grid2(20)
rand_regular_ijv(12,3)
joinGraphs(0.2670863913596056*chimera(960),chimera(40),3)
ErdosRenyiClusterFix_ijv(960,2)
joinGraphs(0.23568124050394723*chimera(10),chimera(30),4)
firstn_grid2(10)
joinGraphs(0.14220650560702733*chimera(19),chimera(11),2)
grown_graph(19)
grown_graph(11)
thicken(2)
joinGraphs(0.18077742419145582*chimera(986),chimera(14),4)
joinGraphs(0.005677455824973343*chimera(922),chimera(64),6)
joinGraphs(0.7714953423883257*chimera(897),chimera(25),2)
joinGraphs(0.5881689106371533*chimera(541),chimera(356),17)
joinGraphs(0.037699149400861956*chimera(510),chimera(31),7)
joinGraphs(0.004286811634188549*chimera(442),chimera(68),4)
rand_regular_ijv(442,3)
joinGraphs(0.4473487984376201*chimera(33),chimera(35),3)
joinGraphs(0.6244323273506422*chimera(17),chimera(16),4)
path_graph(17)
ErdosRenyiClusterFix_ijv(16,2)
gens: [1, 3, 19, 7]
rand_gen_ring(35, 4)
joinGraphs(0.32887530689464245*chimera(18),chimera(13),3)
path_graph(18)
gens: [1, 5, 5, 12]
rand_gen_ring(13, 4)
ring_graph(356)
firstn_grid2(25)
joinGraphs(0.162722105390433*chimera(12),chimera(52),2)
grown_graph(12)
complete_binary_tree(52)
rand_regular_ijv(14,3)
productGraph(0.24834014476755917*chimera(89),chimera(11))
joinGraphs(0.027310153313983593*chimera(45),chimera(44),16)
joinGraphs(0.15188498532806285*chimera(10),chimera(35),2)
gens: [1, 7, 3, 4]
rand_gen_ring(10, 4)
joinGraphs(0.5173112246048929*chimera(18),chimera(17),6)
gens: [1, 3, 6, 4]
rand_gen_ring(18, 4)
firstn_grid2(17)
joinGraphs(0.1870524266596355*chimera(27),chimera(17),7)
rand_regular_ijv(27,3)
gens: [1, 6, 10, 3]
rand_gen_ring(17, 4)
complete_binary_tree(11)
join_graphs!(gr(979),chimera(21),2), Val{7}
firstn_grid2(21)
joinGraphs(0.12575220465507472*chimera(905),chimera(95),2)
firstn_grid2(905)
complete_binary_tree(95)
joinGraphs(0.3286289329473803*chimera(979),chimera(21),6)
joinGraphs(0.9575286889039515*chimera(741),chimera(238),10)
joinGraphs(0.9228600992409427*chimera(705),chimera(36),17)
gens: [1, 5, 9, 3]
rand_gen_ring(705, 4)
joinGraphs(0.07367589867543915*chimera(14),chimera(22),3)
gens: [1, 3, 11, 4]
rand_gen_ring(14, 4)
firstn_grid2(22)
generalizedNecklace(0.5663871796856635*chimera(13),chimera(18),2)
ring_graph(13)
firstn_grid2(18)
join_graphs!(gr(234),chimera(4),2), Val{7}
complete_binary_tree(4)
grown_graph(21)
generalizedNecklace(0.39692448143964243*chimera(18),chimera(55),2)
path_graph(18)
joinGraphs(0.20441871279083534*chimera(36),chimera(19),10)
joinGraphs(0.2688632023720896*chimera(18),chimera(18),4)
rand_regular_ijv(18,3)
grown_graph(18)
ErdosRenyiClusterFix_ijv(19,2)
join_graphs!(gr(990),chimera(10),2), Val{7}
rand_regular_ijv(10,3)
joinGraphs(0.48300522770512033*chimera(613),chimera(387),7)
joinGraphs(0.6554100874548204*chimera(423),chimera(190),2)
productGraph(0.5066494586271509*chimera(10),chimera(42))
complete_binary_tree(10)
firstn_grid2(42)
join_graphs!(gr(420),chimera(3),2), Val{7}
ring_graph(3)
joinGraphs(0.6895144664381015*chimera(60),chimera(130),9)
joinGraphs(0.267856949222905*chimera(24),chimera(36),3)
ring_graph(24)
joinGraphs(0.10277092992606975*chimera(20),chimera(16),7)
path_graph(20)
complete_binary_tree(16)
joinGraphs(0.9696669498197913*chimera(73),chimera(57),4)
gens: [1, 47, 3, 4]
rand_gen_ring(73, 4)
firstn_grid2(57)
firstn_grid2(387)
grown_graph(1000)
productGraph(0.06969936640014711*chimera(66),chimera(15))
ErdosRenyiClusterFix_ijv(66,2)
firstn_grid2(15)
join_graphs!(gr(990),chimera(10),2), Val{7}
ErdosRenyiClusterFix_ijv(10,2)
joinGraphs(0.727527161527464*chimera(569),chimera(431),3)
joinGraphs(0.49053563348443935*chimera(542),chimera(27),5)
productGraph(0.031375420103926466*chimera(53),chimera(10))
joinGraphs(4.337925880018658e-6*chimera(20),chimera(33),2)
firstn_grid2(20)
joinGraphs(0.929262266246119*chimera(13),chimera(20),5)
gens: [1, 7, 3, 7]
rand_gen_ring(13, 4)
grown_graph(20)
ring_graph(10)
join_graphs!(gr(530),chimera(12),2), Val{7}
grown_graph(12)
firstn_grid2(27)
joinGraphs(0.411726575638892*chimera(415),chimera(16),2)
generalizedNecklace(0.7375022652795585*chimera(14),chimera(29),2)
ring_graph(14)
ring_graph(29)
join_graphs!(gr(406),chimera(9),2), Val{7}
grown_graph(9)
firstn_grid2(16)
joinGraphs(0.08841702215479826*chimera(980),chimera(20),6)
joinGraphs(0.7665434906903545*chimera(965),chimera(15),7)
generalizedNecklace(0.014435749311423858*chimera(19),chimera(50),2)
gens: [1, 5, 10, 3]
rand_gen_ring(19, 4)
joinGraphs(0.21297514979206242*chimera(39),chimera(11),4)
joinGraphs(0.1433502722142051*chimera(28),chimera(11),3)
rand_regular_ijv(28,3)
firstn_grid2(11)
grown_graph(11)
join_graphs!(gr(950),chimera(15),2), Val{7}
grown_graph(15)
gens: [1, 4, 6, 14]
rand_gen_ring(15, 4)
ErdosRenyiClusterFix_ijv(20,2)
joinGraphs(0.2804723996200858*chimera(989),chimera(11),2)
productGraph(0.6866015097028467*chimera(11),chimera(89))
ErdosRenyiClusterFix_ijv(11,2)
joinGraphs(0.5866370130428927*chimera(25),chimera(64),12)
gens: [1, 14, 7, 15]
rand_gen_ring(25, 4)
joinGraphs(0.3182557089717452*chimera(40),chimera(24),2)
rand_regular_ijv(40,3)
ErdosRenyiClusterFix_ijv(24,2)
join_graphs!(gr(979),chimera(10),2), Val{7}
rand_regular_ijv(10,3)
gens: [1, 4, 7, 5]
rand_gen_ring(11, 4)
joinGraphs(0.2980215172898677*chimera(982),chimera(18),2)
joinGraphs(0.42569502841954476*chimera(916),chimera(66),11)
gens: [1, 14, 114, 672]
rand_gen_ring(916, 4)
joinGraphs(0.03856881956683417*chimera(24),chimera(42),3)
ErdosRenyiClusterFix_ijv(24,2)
joinGraphs(0.1052848756027343*chimera(21),chimera(21),10)
firstn_grid2(21)
firstn_grid2(21)
ring_graph(18)
productGraph(0.009088865029471135*chimera(33),chimera(30))
grown_graph(33)
rand_regular_ijv(30,3)
join_graphs!(gr(990),chimera(10),2), Val{7}
firstn_grid2(10)
path_graph(1000)
joinGraphs(0.09201999739210626*chimera(980),chimera(20),3)
productGraph(0.09263249990484644*chimera(14),chimera(70))
rand_regular_ijv(14,3)
rand_regular_ijv(70,3)
firstn_grid2(20)
joinGraphs(0.6153359902477036*chimera(692),chimera(308),17)
joinGraphs(0.381109751993706*chimera(550),chimera(142),2)
joinGraphs(0.4832494394722544*chimera(522),chimera(28),9)
joinGraphs(0.7350891847282283*chimera(509),chimera(13),2)
ErdosRenyiClusterFix_ijv(509,2)
grown_graph(13)
rand_regular_ijv(28,3)
rand_regular_ijv(142,3)
generalizedNecklace(0.636832150405838*chimera(24),chimera(12),2)
firstn_grid2(24)
gens: [1, 6, 5, 11]
rand_gen_ring(12, 4)
join_graphs!(gr(288),chimera(20),2), Val{7}
firstn_grid2(20)
joinGraphs(0.4339786945852856*chimera(850),chimera(150),33)
path_graph(850)
joinGraphs(0.21288340944951886*chimera(95),chimera(55),12)
joinGraphs(0.9921043283272124*chimera(40),chimera(55),6)
joinGraphs(0.0036543547040342613*chimera(22),chimera(18),7)
ErdosRenyiClusterFix_ijv(22,2)
ErdosRenyiClusterFix_ijv(18,2)
joinGraphs(0.12830941030079257*chimera(41),chimera(14),3)
complete_binary_tree(41)
firstn_grid2(14)
joinGraphs(0.048127897017437304*chimera(44),chimera(11),2)
joinGraphs(0.00849507025299593*chimera(27),chimera(17),4)
firstn_grid2(27)
firstn_grid2(17)
gens: [1, 5, 4, 4]
rand_gen_ring(11, 4)
productGraph(0.8674934698909508*chimera(10),chimera(100))
rand_regular_ijv(10,3)
joinGraphs(0.24769577350380717*chimera(85),chimera(15),5)
grown_graph(85)
grown_graph(15)
generalizedNecklace(0.0006988057650335461*chimera(14),chimera(71),2)
firstn_grid2(14)
joinGraphs(0.6213737712726504*chimera(35),chimera(36),7)
joinGraphs(0.2680775933168745*chimera(24),chimera(11),2)
rand_regular_ijv(24,3)
ErdosRenyiClusterFix_ijv(11,2)
joinGraphs(0.10759405790182736*chimera(24),chimera(12),5)
ErdosRenyiClusterFix_ijv(24,2)
ErdosRenyiClusterFix_ijv(12,2)
join_graphs!(gr(994),chimera(6),2), Val{7}
grown_graph(6)
generalizedNecklace(0.003828803241217109*chimera(18),chimera(55),2)
ErdosRenyiClusterFix_ijv(18,2)
joinGraphs(0.3121466536581485*chimera(42),chimera(13),2)
joinGraphs(0.4466005819273259*chimera(25),chimera(17),3)
rand_regular_ijv(25,3)
path_graph(17)
ring_graph(13)
join_graphs!(gr(990),chimera(10),2), Val{7}
firstn_grid2(10)
joinGraphs(0.04552972384989722*chimera(909),chimera(91),2)
generalizedNecklace(0.712709963061902*chimera(24),chimera(37),2)
ErdosRenyiClusterFix_ijv(24,2)
joinGraphs(0.29812341213046023*chimera(22),chimera(15),4)
path_graph(22)
firstn_grid2(15)
join_graphs!(gr(888),chimera(21),2), Val{7}
firstn_grid2(21)
gens: [1, 6, 4, 27]
rand_gen_ring(91, 4)
joinGraphs(0.2868973251334308*chimera(630),chimera(370),12)
productGraph(0.07423506814581969*chimera(49),chimera(12))
gens: [1, 15, 20, 9]
rand_gen_ring(49, 4)
ring_graph(12)
join_graphs!(gr(588),chimera(42),2), Val{7}
joinGraphs(0.11358719675332728*chimera(24),chimera(18),4)
ErdosRenyiClusterFix_ijv(24,2)
grown_graph(18)
joinGraphs(0.060128879857676946*chimera(358),chimera(12),6)
joinGraphs(0.6966264402871071*chimera(345),chimera(13),3)
joinGraphs(0.24927081559562517*chimera(189),chimera(156),2)
joinGraphs(0.3147126910772966*chimera(81),chimera(108),2)
joinGraphs(0.7052636940598055*chimera(37),chimera(44),17)
rand_regular_ijv(37,3)
joinGraphs(0.6225293535671192*chimera(13),chimera(31),3)
complete_binary_tree(13)
joinGraphs(0.9969625856327282*chimera(14),chimera(17),6)
firstn_grid2(14)
rand_regular_ijv(17,3)
joinGraphs(0.0020601008037596223*chimera(89),chimera(19),6)
joinGraphs(0.43030292891042604*chimera(18),chimera(71),5)
ring_graph(18)
joinGraphs(0.09223302005766748*chimera(10),chimera(61),4)
ErdosRenyiClusterFix_ijv(10,2)
joinGraphs(0.4586867609601734*chimera(17),chimera(44),5)
firstn_grid2(17)
joinGraphs(0.26014977538702777*chimera(24),chimera(20),2)
gens: [1, 3, 11, 10]
rand_gen_ring(24, 4)
firstn_grid2(20)
gens: [1, 3, 7, 16]
rand_gen_ring(19, 4)
joinGraphs(0.006570419212996087*chimera(105),chimera(51),2)
grown_graph(105)
joinGraphs(0.6610386447197362*chimera(26),chimera(25),2)
ErdosRenyiClusterFix_ijv(26,2)
grown_graph(25)
grown_graph(13)
ring_graph(12)
joinGraphs(0.3271417011211379*chimera(913),chimera(87),7)
joinGraphs(0.943285286348274*chimera(512),chimera(401),109)
joinGraphs(0.2113521898167178*chimera(500),chimera(12),4)
joinGraphs(0.17114768164971014*chimera(464),chimera(36),4)
joinGraphs(0.6381220255438576*chimera(375),chimera(89),2)
productGraph(0.7321138102327639*chimera(11),chimera(34))
gens: [1, 3, 7, 5]
rand_gen_ring(11, 4)
joinGraphs(0.4560954543902611*chimera(23),chimera(11),2)
gens: [1, 16, 4, 4]
rand_gen_ring(23, 4)
rand_regular_ijv(11,3)
join_graphs!(gr(374),chimera(1),2), Val{7}
joinGraphs(0.46951041048608766*chimera(43),chimera(46),3)
joinGraphs(0.7463643551681141*chimera(10),chimera(33),2)
gens: [1, 3, 4, 5]
rand_gen_ring(10, 4)
gens: [1, 6, 15, 3]
rand_gen_ring(33, 4)
grown_graph(46)
ring_graph(36)
ErdosRenyiClusterFix_ijv(12,2)
joinGraphs(0.3201541972799889*chimera(263),chimera(138),21)
joinGraphs(0.6439731065477752*chimera(247),chimera(16),2)
joinGraphs(0.05478506949593386*chimera(189),chimera(58),19)
joinGraphs(0.012231226457395819*chimera(17),chimera(172),2)
firstn_grid2(17)
ErdosRenyiClusterFix_ijv(172,2)
joinGraphs(0.006838411501383318*chimera(41),chimera(17),3)
joinGraphs(0.18176924617097076*chimera(28),chimera(13),6)
rand_regular_ijv(28,3)
firstn_grid2(13)
grown_graph(17)
ErdosRenyiClusterFix_ijv(16,2)
ErdosRenyiClusterFix_ijv(138,2)
joinGraphs(0.2802441011541685*chimera(37),chimera(50),2)
joinGraphs(0.5316411198557551*chimera(26),chimera(11),3)
firstn_grid2(26)
complete_binary_tree(11)
joinGraphs(0.5974906249846874*chimera(33),chimera(17),5)
ring_graph(33)
rand_regular_ijv(17,3)
joinGraphs(0.7422694489431495*chimera(720),chimera(280),84)
joinGraphs(0.19517106876176626*chimera(697),chimera(23),4)
productGraph(0.0002824387344306866*chimera(15),chimera(46))
rand_regular_ijv(15,3)
gens: [1, 27, 3, 5]
rand_gen_ring(46, 4)
join_graphs!(gr(690),chimera(7),2), Val{7}
grown_graph(7)
complete_binary_tree(23)
generalizedNecklace(0.19717715460424162*chimera(12),chimera(23),2)
rand_regular_ijv(12,3)
complete_binary_tree(23)
join_graphs!(gr(276),chimera(4),2), Val{7}
ring_graph(4)
rand complete graph
augTreeSddm
Solver build time: 0.0 seconds.
PCG stopped after: 0.0 seconds and 7 iterations with relative error 6.308284730297873e-8.
KMPSDDMSolver
The graph is small. Solve directly
Solver build time: 0.0 seconds.
Solve time: 0.0 seconds.
#155
Using greedy degree ordering. Factorization time: 5.602836608886719e-5
Ratio of operator edges to original edges: 0.9454545454545454
ratio of max to min diagonal of laplacian : 58.073372865249475
Solver build time: 0.0 seconds.
PCG stopped after: 0.0 seconds and 6 iterations with relative error 4.5652110026097654e-8.
approxchol_lap
Using greedy degree ordering. Factorization time: 4.100799560546875e-5
Ratio of operator edges to original edges: 1.0
ratio of max to min diagonal of laplacian : 1.5774658878878889
Solver build time: 0.0 seconds.
PCG stopped after: 0.0 seconds and 6 iterations with relative error 2.941828389047763e-7.
augTreeLap
Solver build time: 0.0 seconds.
PCG stopped after: 0.0 seconds and 7 iterations with relative error 3.1997817899371935e-7.
KMPLapSolver
The graph is small. Solve directly
Solver build time: 0.0 seconds.
Solve time: 0.0 seconds.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.0 seconds and 7 iterations with relative error 6.46363489349978e-8.
rand complete graph
augTreeSddm
Solver build time: 0.022 seconds.
PCG stopped after: 0.001 seconds and 29 iterations with relative error 7.913263668094794e-7.
KMPSDDMSolver
The graph is small. Solve directly
Solver build time: 0.073 seconds.
Solve time: 0.0 seconds.
#155
Using greedy degree ordering. Factorization time: 0.03360700607299805
Ratio of operator edges to original edges: 0.9918811881188119
ratio of max to min diagonal of laplacian : 551.1330446519723
Solver build time: 0.034 seconds.
PCG stopped after: 0.016 seconds and 9 iterations with relative error 3.992120502908429e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.003381013870239258
Ratio of operator edges to original edges: 1.0
ratio of max to min diagonal of laplacian : 1.228681670272892
Solver build time: 0.037 seconds.
PCG stopped after: 0.001 seconds and 9 iterations with relative error 3.259638184417957e-7.
augTreeLap
Solver build time: 0.048 seconds.
PCG stopped after: 0.002 seconds and 28 iterations with relative error 6.643102480428943e-7.
KMPLapSolver
The graph is small. Solve directly
Solver build time: 0.097 seconds.
Solve time: 0.0 seconds.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.0 seconds and 6 iterations with relative error 6.274732785763e-8.
wted_chimera(20000, 1)
augTreeSddm
Solver build time: 0.652 seconds.
PCG stopped after: 2.976 seconds and 121 iterations with relative error 8.898953760081144e-7.
KMPSDDMSolver
akpw stretch : 4.228053063522751
aveStretch : 5.1019878886365255 fac : 9.112012942276785
level 0. Dimension 20001 off-tree edges : 73874
level 1. Dimension 6523 off-tree edges : 2693
Solver build time: 0.241 seconds.
PCG stopped after: 8.074 seconds and 200 iterations with relative error 3.936156403227847e-6.
#155
Using greedy degree ordering. Factorization time: 0.31856608390808105
Ratio of operator edges to original edges: 2.6896076296192217
ratio of max to min diagonal of laplacian : 58233.16934850473
Solver build time: 0.327 seconds.
PCG stopped after: 0.372 seconds and 13 iterations with relative error 8.022856007367535e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.2812521457672119
Ratio of operator edges to original edges: 3.1369098346684847
ratio of max to min diagonal of laplacian : 58233.16934850473
Solver build time: 0.289 seconds.
PCG stopped after: 0.305 seconds and 14 iterations with relative error 5.384726080089516e-7.
augTreeLap
Solver build time: 0.554 seconds.
PCG stopped after: 3.272 seconds and 117 iterations with relative error 8.885693160911781e-7.
KMPLapSolver
akpw stretch : 4.228102062601728
aveStretch : 5.102018285713989 fac : 9.112021227685426
level 0. Dimension 20000 off-tree edges : 73873
level 1. Dimension 6587 off-tree edges : 2720
Solver build time: 0.284 seconds.
PCG stopped after: 6.792 seconds and 200 iterations with relative error 1.5062196493459582e-6.
cgLapSolver
Solver build time: 0.018 seconds.
CG stopped after: 2.095 seconds and 200 iterations with relative error 0.431606584748274.
wted_chimera(100000, 1)
akpw stretch : 4.29849282566286
aveStretch : 5.122382762701918 fac : 10.635117007616405
level 0. Dimension 100000 off-tree edges : 400352
level 1. Dimension 32329 off-tree edges : 14882
Solver build time: 2.054 seconds.
PCG stopped after: 5.441 seconds and 40 iterations with relative error 0.09855442376883511.
Initial tolerance too large. Recomputed with tolerance = 0.01
Failed to converge after 2 iterations with error 1.4039553355186172
Converged after 10 iterations with error 0.06990934721919118
0.278545 seconds (242.30 k allocations: 12.828 MiB, 3.45% gc time)
0.009007 seconds (6.90 k allocations: 843.979 KiB)
0.028748 seconds (11.94 k allocations: 1.086 MiB)
0.009265 seconds (8.64 k allocations: 936.701 KiB)
PCG stopped after: 0.013 seconds and 206 iterations with relative error 9.144495790988848e-7.
PCG BLAS stopped after: 0.031 seconds and 206 iterations with relative error 9.144495790077522e-7.
PCG Slow stopped after: 0.116 seconds and 206 iterations with relative error 9.144495790988848e-7.
PCG stopped after: 0.007 seconds and 206 iterations with relative error 9.144495790988848e-7.
PCG BLAS stopped after: 0.007 seconds and 206 iterations with relative error 9.144495790077522e-7.
PCG BLAS stopped at maxtime.
PCG BLAS stopped after: 0.0 seconds and 1 iterations with relative error 0.6909127493895231.
PCG Slow stopped after: 0.101 seconds and 206 iterations with relative error 9.144495790988848e-7.
PCG Slow stopped at maxtime.
PCG Slow stopped after: 0.001 seconds and 1 iterations with relative error 0.6909127493895231.
CG stopped after: 0.006 seconds and 359 iterations with relative error 8.463917017932427e-7.
CG BLAS stopped after: 0.007 seconds and 362 iterations with relative error 7.546374823391643e-7.
CG BLAS stopped at maxtime.
CG BLAS stopped after: 0.0 seconds and 1 iterations with relative error 4.472288486943122.
CG Slow stopped after: 0.007 seconds and 359 iterations with relative error 8.463917017932427e-7.
CG Slow stopped at maxtime.
CG Slow stopped after: 0.0 seconds and 1 iterations with relative error 4.472288486943122.
CG stopped after: 0.008 seconds and 359 iterations with relative error 8.463917017932427e-7.
CG BLAS stopped after: 0.008 seconds and 362 iterations with relative error 7.546374823391643e-7.
CG Slow stopped after: 0.008 seconds and 359 iterations with relative error 8.463917017932427e-7.
CG stopped after: 0.001 seconds and 32 iterations with relative error 0.41805965403917433.
CG BLAS stopped after: 0.001 seconds and 30 iterations with relative error 0.4911781969442145.
CG Slow stopped after: 0.001 seconds and 32 iterations with relative error 0.41805965403917433.
PCG stopped after: 0.843 seconds and 200 iterations with relative error 3.09928092796128784027384270463538543291739618458572914958677041182066037962542e-06.
CG stopped after: 0.549 seconds and 191 iterations with relative error 7.753676055771147451538738845535219449779891132362780017136333718684036344475983e-07.
CG stopped after: 0.0 seconds and 15 iterations with relative error 0.15660877002338877.
PCG stopped after: 0.0 seconds and 10 iterations with relative error 0.1634355926945667.
PCG stopped after: 0.0 seconds and 10 iterations with relative error 0.16343559269456678.
PCG stopped after: 0.001 seconds and 41 iterations with relative error 8.250699515439571e-7.
PCG stopped after: 0.0 seconds and 32 iterations with relative error 5.732542628348252e-7.
PCG stopped after: 0.016 seconds and 32 iterations with relative error 5.727842861977553565902547046752807897643226586605641745451560570384295973639122e-07.
PCG stopped after: 0.0 seconds and 31 iterations with relative error 5.960732994149407e-7.
PCG stopped after: 0.014 seconds and 31 iterations with relative error 6.807920429040644488031179332237820232276437811162678788825352289484292831474072e-07.
Testing Laplacians tests passed
Results with Julia v1.3.0
Testing was successful.
Last evaluation was ago and took 9 minutes, 48 seconds.
Resolving package versions...
Installed PlotThemes ───────── v1.0.0
Installed SortingAlgorithms ── v0.3.1
Installed Parsers ──────────── v0.3.10
Installed Arpack ───────────── v0.3.1
Installed DataStructures ───── v0.17.6
Installed StaticArrays ─────── v0.12.1
Installed BinaryProvider ───── v0.5.8
Installed Laplacians ───────── v1.1.1
Installed Missings ─────────── v0.4.3
Installed Showoff ──────────── v0.3.1
Installed IterTools ────────── v1.3.0
Installed OrderedCollections ─ v1.1.0
Installed JSON ─────────────── v0.21.0
Installed FixedPointNumbers ── v0.6.1
Installed PlotUtils ────────── v0.6.1
Installed RecipesBase ──────── v0.7.0
Installed NaNMath ──────────── v0.3.3
Installed Plots ────────────── v0.28.2
Installed ColorTypes ───────── v0.8.0
Installed DataAPI ──────────── v1.1.0
Installed Colors ───────────── v0.9.6
Installed Requires ─────────── v0.5.2
Installed Measures ─────────── v0.3.0
Installed RandomV06 ────────── v0.0.2
Installed Contour ──────────── v0.5.1
Installed GeometryTypes ────── v0.7.6
Installed Reexport ─────────── v0.2.0
Installed StatsBase ────────── v0.32.0
Installed FFMPEG ───────────── v0.2.3
Installed GR ───────────────── v0.44.0
Updating `~/.julia/environments/v1.3/Project.toml`
[6f8e5838] + Laplacians v1.1.1
Updating `~/.julia/environments/v1.3/Manifest.toml`
[7d9fca2a] + Arpack v0.3.1
[b99e7846] + BinaryProvider v0.5.8
[3da002f7] + ColorTypes v0.8.0
[5ae59095] + Colors v0.9.6
[d38c429a] + Contour v0.5.1
[9a962f9c] + DataAPI v1.1.0
[864edb3b] + DataStructures v0.17.6
[c87230d0] + FFMPEG v0.2.3
[53c48c17] + FixedPointNumbers v0.6.1
[28b8d3ca] + GR v0.44.0
[4d00f742] + GeometryTypes v0.7.6
[c8e1da08] + IterTools v1.3.0
[682c06a0] + JSON v0.21.0
[6f8e5838] + Laplacians v1.1.1
[442fdcdd] + Measures v0.3.0
[e1d29d7a] + Missings v0.4.3
[77ba4419] + NaNMath v0.3.3
[bac558e1] + OrderedCollections v1.1.0
[69de0a69] + Parsers v0.3.10
[ccf2f8ad] + PlotThemes v1.0.0
[995b91a9] + PlotUtils v0.6.1
[91a5bcdd] + Plots v0.28.2
[3639840a] + RandomV06 v0.0.2
[3cdcf5f2] + RecipesBase v0.7.0
[189a3867] + Reexport v0.2.0
[ae029012] + Requires v0.5.2
[992d4aef] + Showoff v0.3.1
[a2af1166] + SortingAlgorithms v0.3.1
[90137ffa] + StaticArrays v0.12.1
[2913bbd2] + StatsBase v0.32.0
[2a0f44e3] + Base64
[ade2ca70] + Dates
[8bb1440f] + DelimitedFiles
[8ba89e20] + Distributed
[b77e0a4c] + InteractiveUtils
[76f85450] + LibGit2
[8f399da3] + Libdl
[37e2e46d] + LinearAlgebra
[56ddb016] + Logging
[d6f4376e] + Markdown
[a63ad114] + Mmap
[44cfe95a] + Pkg
[de0858da] + Printf
[3fa0cd96] + REPL
[9a3f8284] + Random
[ea8e919c] + SHA
[9e88b42a] + Serialization
[6462fe0b] + Sockets
[2f01184e] + SparseArrays
[10745b16] + Statistics
[4607b0f0] + SuiteSparse
[8dfed614] + Test
[cf7118a7] + UUIDs
[4ec0a83e] + Unicode
Building Arpack → `~/.julia/packages/Arpack/cu5By/deps/build.log`
Building GR ────→ `~/.julia/packages/GR/oiZD3/deps/build.log`
Building FFMPEG → `~/.julia/packages/FFMPEG/bkWgb/deps/build.log`
Building Plots ─→ `~/.julia/packages/Plots/2KhB2/deps/build.log`
Testing Laplacians
Status `/tmp/jl_g1lCLc/Manifest.toml`
[7d9fca2a] Arpack v0.3.1
[b99e7846] BinaryProvider v0.5.8
[3da002f7] ColorTypes v0.8.0
[5ae59095] Colors v0.9.6
[d38c429a] Contour v0.5.1
[9a962f9c] DataAPI v1.1.0
[864edb3b] DataStructures v0.17.6
[c87230d0] FFMPEG v0.2.3
[53c48c17] FixedPointNumbers v0.6.1
[28b8d3ca] GR v0.44.0
[4d00f742] GeometryTypes v0.7.6
[c8e1da08] IterTools v1.3.0
[682c06a0] JSON v0.21.0
[6f8e5838] Laplacians v1.1.1
[442fdcdd] Measures v0.3.0
[e1d29d7a] Missings v0.4.3
[77ba4419] NaNMath v0.3.3
[bac558e1] OrderedCollections v1.1.0
[69de0a69] Parsers v0.3.10
[ccf2f8ad] PlotThemes v1.0.0
[995b91a9] PlotUtils v0.6.1
[91a5bcdd] Plots v0.28.2
[3639840a] RandomV06 v0.0.2
[3cdcf5f2] RecipesBase v0.7.0
[189a3867] Reexport v0.2.0
[ae029012] Requires v0.5.2
[992d4aef] Showoff v0.3.1
[a2af1166] SortingAlgorithms v0.3.1
[90137ffa] StaticArrays v0.12.1
[2913bbd2] StatsBase v0.32.0
[2a0f44e3] Base64 [`@stdlib/Base64`]
[ade2ca70] Dates [`@stdlib/Dates`]
[8bb1440f] DelimitedFiles [`@stdlib/DelimitedFiles`]
[8ba89e20] Distributed [`@stdlib/Distributed`]
[b77e0a4c] InteractiveUtils [`@stdlib/InteractiveUtils`]
[76f85450] LibGit2 [`@stdlib/LibGit2`]
[8f399da3] Libdl [`@stdlib/Libdl`]
[37e2e46d] LinearAlgebra [`@stdlib/LinearAlgebra`]
[56ddb016] Logging [`@stdlib/Logging`]
[d6f4376e] Markdown [`@stdlib/Markdown`]
[a63ad114] Mmap [`@stdlib/Mmap`]
[44cfe95a] Pkg [`@stdlib/Pkg`]
[de0858da] Printf [`@stdlib/Printf`]
[3fa0cd96] REPL [`@stdlib/REPL`]
[9a3f8284] Random [`@stdlib/Random`]
[ea8e919c] SHA [`@stdlib/SHA`]
[9e88b42a] Serialization [`@stdlib/Serialization`]
[6462fe0b] Sockets [`@stdlib/Sockets`]
[2f01184e] SparseArrays [`@stdlib/SparseArrays`]
[10745b16] Statistics [`@stdlib/Statistics`]
[4607b0f0] SuiteSparse [`@stdlib/SuiteSparse`]
[8dfed614] Test [`@stdlib/Test`]
[cf7118a7] UUIDs [`@stdlib/UUIDs`]
[4ec0a83e] Unicode [`@stdlib/Unicode`]
17.656407 seconds (17.07 M allocations: 889.143 MiB, 3.22% gc time)
gens: [1, 9, 96]
┌ Warning: The input should be an adjacency matrix, whereas this one has negative entries.
└ @ Laplacians ~/.julia/packages/Laplacians/K6Pgk/src/solverInterface.jl:91
┌ Warning: The input should be an adjacency matrix, whereas this one has negative entries.
└ @ Laplacians ~/.julia/packages/Laplacians/K6Pgk/src/solverInterface.jl:91
┌ Warning: The input should be an adjacency matrix, whereas this one has diagonal entries.
└ @ Laplacians ~/.julia/packages/Laplacians/K6Pgk/src/solverInterface.jl:95
Using greedy degree ordering. Factorization time: 0.09920191764831543
Ratio of operator edges to original edges: 1.3487544483985765
ratio of max to min diagonal of laplacian : 62.74014881588511
Solver build time: 1.706 seconds.
PCG stopped after: 0.0 seconds and 10 iterations with relative error 5.996659393556658e-7.
Using greedy degree ordering. Factorization time: 7.700920104980469e-5
Ratio of operator edges to original edges: 1.1274509803921569
ratio of max to min diagonal of laplacian : 4.0
Using greedy degree ordering. Factorization time: 0.0001239776611328125
Ratio of operator edges to original edges: 1.3516483516483517
ratio of max to min diagonal of laplacian : 4.0
Solver build time: 0.005 seconds.
support12: 0.9999997568063522, support21: 723.2417930700099
lower: 0.20501746825154576, upper: 1.2889182828113994
End of testByFile
┌ Warning: `grownGraph(n::Integer, k::Integer)` is deprecated, use `grown_graph(n, k)` instead.
│ caller = top-level scope at testByExport.jl:88
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:88
┌ Warning: `grownGraphD(n::Integer, k::Integer)` is deprecated, use `grown_graph_d(n, k)` instead.
│ caller = top-level scope at testByExport.jl:92
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:92
┌ Warning: `prefAttach(n::Integer, k::Integer, p::Float64)` is deprecated, use `pref_attach(n, k, p)` instead.
│ caller = top-level scope at testByExport.jl:96
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:96
┌ Warning: `prefAttach(n::Integer, k::Integer, p::Float64)` is deprecated, use `pref_attach(n, k, p)` instead.
│ caller = top-level scope at testByExport.jl:97
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:97
┌ Warning: `hyperCube(n::Int64)` is deprecated, use `hypercube(n)` instead.
│ caller = top-level scope at testByExport.jl:102
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:102
┌ Warning: `completeBinaryTree(n::Int64)` is deprecated, use `complete_binary_tree(n)` instead.
│ caller = top-level scope at testByExport.jl:106
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:106
┌ Warning: `completeGraph(n)` is deprecated, use `complete_graph(n)` instead.
│ caller = top-level scope at testByExport.jl:110
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:110
┌ Warning: `pathGraph(n)` is deprecated, use `path_graph(n)` instead.
│ caller = top-level scope at testByExport.jl:114
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:114
┌ Warning: `semiWtedChimera(n::Integer, k::Integer; verbose=false, prefix="")` is deprecated, use `semiwted_chimera(n, k, verbose=verbose, prefix=prefix)` instead.
│ caller = top-level scope at testByExport.jl:150
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:150
┌ Warning: `semiWtedChimera(n::Integer, k::Integer; verbose=false, prefix="")` is deprecated, use `semiwted_chimera(n, k, verbose=verbose, prefix=prefix)` instead.
│ caller = top-level scope at testByExport.jl:150
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:150
┌ Warning: `semiWtedChimera(n::Integer, k::Integer; verbose=false, prefix="")` is deprecated, use `semiwted_chimera(n, k, verbose=verbose, prefix=prefix)` instead.
│ caller = top-level scope at testByExport.jl:150
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:150
┌ Warning: `semiWtedChimera(n::Integer, k::Integer; verbose=false, prefix="")` is deprecated, use `semiwted_chimera(n, k, verbose=verbose, prefix=prefix)` instead.
│ caller = top-level scope at testByExport.jl:150
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:150
┌ Warning: `semiWtedChimera(n::Integer, k::Integer; verbose=false, prefix="")` is deprecated, use `semiwted_chimera(n, k, verbose=verbose, prefix=prefix)` instead.
│ caller = top-level scope at testByExport.jl:150
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:150
Testing IO
┌ Warning: `readIJV(fn)` is deprecated, use `read_graph(fn)` instead.
│ caller = top-level scope at testByExport.jl:159
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:159
┌ Warning: `twoLift(a)` is deprecated, use `two_lift(a)` instead.
│ caller = top-level scope at testByExport.jl:216
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:216
┌ Warning: `twoLift(a, k::Integer)` is deprecated, use `two_lift(a, k)` instead.
│ caller = top-level scope at testByExport.jl:217
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:217
ac
Using greedy degree ordering. Factorization time: 0.0018591880798339844
Ratio of operator edges to original edges: 2.096816114359974
ratio of max to min diagonal of laplacian : 9411.716965396206
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 7 iterations with relative error 0.005267032532060063.
(0.06292915344238281, 0.05556011199951172, 7, 0.005267032532061313)
aug
Solver build time: 0.193 seconds.
PCG stopped after: 0.001 seconds and 11 iterations with relative error 0.004048377153859051.
(0.28204894065856934, 0.9062271118164062, 11, 0.004048377153858317)
support12: 1.37204976871966, support21: 1.4754666980013416
End of testByExport
/root/.julia/packages/GR/oiZD3/src/../deps/gr/bin/gksqt: error while loading shared libraries: libQt5Widgets.so.5: cannot open shared object file: No such file or directory
connect: Connection refused
GKS: can't connect to GKS socket application
Did you start 'gksqt'?
GKS: Open failed in routine OPEN_WS
GKS: GKS not in proper state. GKS must be either in the state WSOP or WSAC in routine ACTIVATE_WS
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine FILLAREA
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine FILLAREA
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
CG stopped after: 0.0 seconds and 49 iterations with relative error 0.00870092361633119.
CG stopped after: 0.0 seconds and 49 iterations with relative error 0.00870092361633119.
CG stopped after: 0.0 seconds and 94 iterations with relative error 2.2719352024525402e-7.
CG stopped after: 0.0 seconds and 94 iterations with relative error 2.2719352024525402e-7.
CG stopped after: 0.001 seconds and 221 iterations with relative error 9.199634192938292e-7.
CG stopped after: 0.002 seconds and 178 iterations with relative error 7.113178527555828e-7.
CG stopped after: 0.001 seconds and 233 iterations with relative error 6.829819737031168e-7.
CG stopped after: 0.001 seconds and 164 iterations with relative error 8.171761913522228e-7.
CG stopped after: 0.0 seconds and 92 iterations with relative error 7.255561338288997e-7.
CG stopped after: 0.0 seconds and 80 iterations with relative error 9.7702234568729e-5.
CG stopped after: 0.0 seconds and 79 iterations with relative error 8.00754578894297e-5.
Solver build time: 0.0 seconds.
Solver build time: 0.009 seconds.
Solve time: 0.0 seconds.
CG stopped after: 0.0 seconds and 71 iterations with relative error 0.0009255189654645688.
Solver build time: 0.0 seconds.
CG stopped after: 0.001 seconds and 94 iterations with relative error 2.2719352024525402e-7.
Factorization time: 8.511543273925781e-5
Ratio of operator edges to original edges: 1.05
ratio of max to min diagonal of laplacian : 1.0
PCG stopped after: 0.001 seconds and 6 iterations with relative error 2.600945465554222e-7.
┌ Warning: `randRegular(n::Integer, k::Integer)` is deprecated, use `rand_regular(n, k)` instead.
│ caller = top-level scope at testSolvers.jl:96
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testSolvers.jl:96
col 1, row 14 : 1.0
col 1, row 11 : 1.0
col 1, row 7 : 1.0
col 1, row 14 : 1.0
col 1, row 11 : 1.0
col 1, row 7 : 1.0
lower: 0.5397326266787654, upper: 2.041358255412089
wted_chimera(1000, 1)
joinGraphs(0.7743803794736807*chimera(21),chimera(979),2)
rand_gen_ring_ijv(21, 4, ver=V06, verbose=true)
gens: [1, 13, 10, 6]
grown_graph_ijv(979, 2, ver=V06)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.004 seconds and 26 iterations with relative error 8.285478697880874e-7.
KMPSDDMSolver
akpw stretch : 2.6040643257787557
aveStretch : 4.1583902228511995 fac : 5.180952027961166
level 0. Dimension 1001 off-tree edges : 1032
Solver build time: 0.545 seconds.
PCG stopped after: 0.011 seconds and 63 iterations with relative error 8.621132654782228e-7.
#155
Using greedy degree ordering. Factorization time: 0.002552032470703125
Ratio of operator edges to original edges: 1.8706270627062707
ratio of max to min diagonal of laplacian : 916.9662735351884
Solver build time: 0.157 seconds.
PCG stopped after: 0.003 seconds and 11 iterations with relative error 5.364822436722725e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0019419193267822266
Ratio of operator edges to original edges: 2.5788177339901477
ratio of max to min diagonal of laplacian : 361.69811428503704
Solver build time: 0.146 seconds.
PCG stopped after: 0.007 seconds and 12 iterations with relative error 3.6567490893394984e-7.
augTreeLap
Solver build time: 0.031 seconds.
PCG stopped after: 0.005 seconds and 29 iterations with relative error 6.753057979371987e-7.
KMPLapSolver
akpw stretch : 2.6052630239383703
aveStretch : 4.160702171285059 fac : 5.183082538969008
level 0. Dimension 1000 off-tree edges : 1031
Solver build time: 0.01 seconds.
PCG stopped after: 0.01 seconds and 61 iterations with relative error 7.364936571032702e-7.
cgLapSolver
Solver build time: 0.008 seconds.
CG stopped after: 0.015 seconds and 199 iterations with relative error 8.209682189840374e-7.
wted_chimera(1000, 2)
augTreeSddm
Solver build time: 0.009 seconds.
PCG stopped after: 0.004 seconds and 36 iterations with relative error 9.012548074707553e-7.
KMPSDDMSolver
akpw stretch : 5.128604243732787
aveStretch : 8.750186913673836 fac : 10.901886596961617
level 0. Dimension 1001 off-tree edges : 1140
Solver build time: 0.007 seconds.
PCG stopped after: 0.012 seconds and 90 iterations with relative error 7.580643479286126e-7.
#155
Using greedy degree ordering. Factorization time: 0.003503084182739258
Ratio of operator edges to original edges: 1.344168260038241
ratio of max to min diagonal of laplacian : 320.929755043518
Solver build time: 0.006 seconds.
PCG stopped after: 0.003 seconds and 16 iterations with relative error 6.387150843596897e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0033500194549560547
Ratio of operator edges to original edges: 1.9789522918615527
ratio of max to min diagonal of laplacian : 320.929755043518
Solver build time: 0.006 seconds.
PCG stopped after: 0.004 seconds and 15 iterations with relative error 9.722467072607533e-7.
augTreeLap
Solver build time: 0.018 seconds.
PCG stopped after: 0.024 seconds and 37 iterations with relative error 6.486234278156634e-7.
KMPLapSolver
akpw stretch : 5.016289107573538
aveStretch : 8.538916691828117 fac : 10.637125221932429
level 0. Dimension 1000 off-tree edges : 1139
Solver build time: 0.008 seconds.
PCG stopped after: 0.011 seconds and 92 iterations with relative error 9.391966927566609e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.012 seconds and 200 iterations with relative error 0.012576767202939132.
wted_chimera(1000, 3)
joinGraphs(0.66818125318103*chimera(74),chimera(926),3)
joinGraphs(0.012478864181137314*chimera(38),chimera(36),8)
joinGraphs(0.17714178138906064*chimera(27),chimera(11),2)
firstn(grid2_ijv(ceil(Integer, sqrt(27))), 27)
rand_gen_ring_ijv(11, 4, ver=V06, verbose=true)
gens: [1, 10, 3, 4]
joinGraphs(0.020730107933577213*chimera(12),chimera(24),5)
cbt_ijv(12)
rand_gen_ring_ijv(24, 4, ver=V06, verbose=true)
gens: [1, 3, 3, 3]
joinGraphs(0.7137349292904861*chimera(317),chimera(609),53)
joinGraphs(0.12705609291811978*chimera(93),chimera(224),10)
joinGraphs(0.4269260304776529*chimera(73),chimera(20),4)
joinGraphs(0.2685941716578329*chimera(19),chimera(54),4)
rand_regular_ijv(19, 3, ver=V06)
joinGraphs(0.5130456776720349*chimera(40),chimera(14),2)
joinGraphs(0.1619529708044622*chimera(18),chimera(22),2)
rand_gen_ring_ijv(18, 4, ver=V06, verbose=true)
gens: [1, 6, 5, 8]
rand_gen_ring_ijv(22, 4, ver=V06, verbose=true)
gens: [1, 5, 3, 8]
rand_gen_ring_ijv(14, 4, ver=V06, verbose=true)
gens: [1, 4, 3, 4]
firstn(grid2_ijv(ceil(Integer, sqrt(20))), 20)
joinGraphs(0.9703807556730616*chimera(47),chimera(177),4)
joinGraphs(0.42271467861559797*chimera(20),chimera(27),4)
rand_gen_ring_ijv(20, 4, ver=V06, verbose=true)
gens: [1, 17, 12, 19]
firstn(grid2_ijv(ceil(Integer, sqrt(27))), 27)
cbt_ijv(177)
joinGraphs(0.022292919344899537*chimera(38),chimera(571),6)
joinGraphs(0.773658071485576*chimera(20),chimera(18),5)
rand_regular_ijv(20, 3, ver=V06)
rand_gen_ring_ijv(18, 4, ver=V06, verbose=true)
gens: [1, 15, 14, 3]
joinGraphs(0.00045033138769034613*chimera(74),chimera(497),2)
joinGraphs(0.06915079246468937*chimera(44),chimera(30),8)
joinGraphs(0.004224742258260659*chimera(14),chimera(30),5)
ErdosRenyiClusterFix_ijv(14, 2, ver=V06)
joinGraphs(0.022505718407892318*chimera(16),chimera(14),5)
ErdosRenyiClusterFix_ijv(16, 2, ver=V06)
rand_gen_ring_ijv(14, 4, ver=V06, verbose=true)
gens: [1, 5, 6, 5]
cbt_ijv(30)
joinGraphs(0.4078074856844003*chimera(127),chimera(370),5)
joinGraphs(0.33192199212996926*chimera(102),chimera(25),2)
joinGraphs(0.6774296963981301*chimera(16),chimera(86),6)
ErdosRenyiClusterFix_ijv(16, 2, ver=V06)
joinGraphs(0.11005051351626474*chimera(34),chimera(52),9)
joinGraphs(0.8815090530138076*chimera(22),chimera(12),4)
rand_regular_ijv(22, 3, ver=V06)
rand_regular_ijv(12, 3, ver=V06)
joinGraphs(0.2186938202549211*chimera(29),chimera(23),2)
grown_graph_ijv(29, 2, ver=V06)
cbt_ijv(23)
grown_graph_ijv(25, 2, ver=V06)
joinGraphs(0.9457804820436533*chimera(46),chimera(324),5)
joinGraphs(0.08446500599190854*chimera(12),chimera(34),2)
grown_graph_ijv(12, 2, ver=V06)
joinGraphs(0.08807194380594127*chimera(12),chimera(22),2)
firstn(grid2_ijv(ceil(Integer, sqrt(12))), 12)
ring_graph_ijv(22)
generalizedNecklace(0.3130024820732879*chimera(32),chimera(10),2)
joinGraphs(0.6685383371387069*chimera(16),chimera(16),6)
rand_regular_ijv(16, 3, ver=V06)
cbt_ijv(16)
cbt_ijv(10)
join_graphs!(gr(320),chimera(4),2), Val{6}
grown_graph_ijv(4, 2, ver=V06)
augTreeSddm
Solver build time: 0.013 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 4.030768256229909e-7.
KMPSDDMSolver
akpw stretch : 1.907555310303856
aveStretch : 3.155911995728695 fac : 3.9319611143003192
level 0. Dimension 1001 off-tree edges : 727
Solver build time: 0.009 seconds.
PCG stopped after: 0.008 seconds and 49 iterations with relative error 9.342088205761803e-7.
#155
Using greedy degree ordering. Factorization time: 0.0027379989624023438
Ratio of operator edges to original edges: 1.3247706422018348
ratio of max to min diagonal of laplacian : 1227.9389793898176
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 15 iterations with relative error 4.105717685268426e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.002028942108154297
Ratio of operator edges to original edges: 1.8272463768115943
ratio of max to min diagonal of laplacian : 1227.9389793898176
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 6.740136620115783e-7.
augTreeLap
Solver build time: 0.026 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 3.4289101786348064e-7.
KMPLapSolver
akpw stretch : 1.907519140235631
aveStretch : 3.156295477832596 fac : 3.931869983841762
level 0. Dimension 1000 off-tree edges : 726
Solver build time: 0.006 seconds.
PCG stopped after: 0.005 seconds and 46 iterations with relative error 7.361900759504305e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.00010160441196422934.
wted_chimera(1000, 4)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.002 seconds and 24 iterations with relative error 9.07183455583064e-7.
KMPSDDMSolver
akpw stretch : 2.381577128362194
aveStretch : 3.7673114597184587 fac : 4.693705713314947
level 0. Dimension 1001 off-tree edges : 997
Solver build time: 0.006 seconds.
PCG stopped after: 0.006 seconds and 61 iterations with relative error 8.872526095313846e-7.
#155
Using greedy degree ordering. Factorization time: 0.002624034881591797
Ratio of operator edges to original edges: 1.8647746243739567
ratio of max to min diagonal of laplacian : 335.5935540933193
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 8.396646579135016e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0022580623626708984
Ratio of operator edges to original edges: 2.5774436090225565
ratio of max to min diagonal of laplacian : 335.5935540933193
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 4.3175543981021975e-7.
augTreeLap
Solver build time: 0.01 seconds.
PCG stopped after: 0.004 seconds and 27 iterations with relative error 5.904935617622132e-7.
KMPLapSolver
akpw stretch : 2.3827303599529266
aveStretch : 3.7696255703876393 fac : 4.695909408553686
level 0. Dimension 1000 off-tree edges : 996
Solver build time: 0.017 seconds.
PCG stopped after: 0.006 seconds and 61 iterations with relative error 9.665631945181649e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.005 seconds and 123 iterations with relative error 7.78311634997595e-7.
wted_chimera(1000, 5)
ErdosRenyiClusterFix_ijv(1000, 2, ver=V06)
augTreeSddm
Solver build time: 0.006 seconds.
PCG stopped after: 0.001 seconds and 15 iterations with relative error 7.650470101416201e-7.
KMPSDDMSolver
akpw stretch : 2.8193270060396896
aveStretch : 14.261635220125788 fac : 17.76861813249725
level 0. Dimension 1001 off-tree edges : 159
Solver build time: 0.005 seconds.
PCG stopped after: 0.006 seconds and 58 iterations with relative error 7.375138575839662e-7.
#155
Using greedy degree ordering. Factorization time: 0.0015709400177001953
Ratio of operator edges to original edges: 0.9225776541492814
ratio of max to min diagonal of laplacian : 39.999999999999964
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 4.4030005497467126e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0013861656188964844
Ratio of operator edges to original edges: 1.6983578219533275
ratio of max to min diagonal of laplacian : 8.0
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 4.326672441006451e-7.
augTreeLap
Solver build time: 0.01 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 9.78655085345633e-7.
KMPLapSolver
akpw stretch : 2.8755401901469315
aveStretch : 14.734177215189874 fac : 18.35470396732068
level 0. Dimension 1000 off-tree edges : 158
Solver build time: 0.01 seconds.
PCG stopped after: 0.008 seconds and 56 iterations with relative error 8.926489199775984e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 2.3801801640732546e-5.
wted_chimera(1000, 6)
augTreeSddm
Solver build time: 0.013 seconds.
PCG stopped after: 0.008 seconds and 49 iterations with relative error 7.384109999435232e-7.
KMPSDDMSolver
akpw stretch : 5.499576419641025
aveStretch : 7.409413609641457 fac : 9.23141273657439
level 0. Dimension 1001 off-tree edges : 2356
Solver build time: 0.011 seconds.
PCG stopped after: 0.015 seconds and 97 iterations with relative error 9.87538877627086e-7.
#155
Using greedy degree ordering. Factorization time: 0.005117893218994141
Ratio of operator edges to original edges: 1.9207625172255398
ratio of max to min diagonal of laplacian : 74.83917439415514
Solver build time: 0.008 seconds.
PCG stopped after: 0.004 seconds and 13 iterations with relative error 6.745619383303037e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.004862785339355469
Ratio of operator edges to original edges: 2.395348837209302
ratio of max to min diagonal of laplacian : 5.78548894615924
Solver build time: 0.008 seconds.
PCG stopped after: 0.003 seconds and 13 iterations with relative error 7.511743616913866e-7.
augTreeLap
Solver build time: 0.016 seconds.
PCG stopped after: 0.007 seconds and 36 iterations with relative error 9.49948386241465e-7.
KMPLapSolver
akpw stretch : 5.491704315057563
aveStretch : 7.397102451253953 fac : 9.214740920092757
level 0. Dimension 1000 off-tree edges : 2355
Solver build time: 0.011 seconds.
PCG stopped after: 0.021 seconds and 97 iterations with relative error 9.366325338469613e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.005 seconds and 59 iterations with relative error 9.067833340004889e-7.
wted_chimera(1000, 7)
rand_regular_ijv(1000, 3, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.004 seconds and 31 iterations with relative error 9.732417073053548e-7.
KMPSDDMSolver
akpw stretch : 3.978111664020997
aveStretch : 9.946271311357675 fac : 12.392092074008916
level 0. Dimension 1001 off-tree edges : 499
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 70 iterations with relative error 9.447877182858211e-7.
#155
Using greedy degree ordering. Factorization time: 0.002054929733276367
Ratio of operator edges to original edges: 1.9046856227472968
ratio of max to min diagonal of laplacian : 100.99503340826472
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 6.660369998647664e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0016970634460449219
Ratio of operator edges to original edges: 2.8897795591182365
ratio of max to min diagonal of laplacian : 27.307064218142482
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 8.065921524446109e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.004 seconds and 32 iterations with relative error 6.537419402706756e-7.
KMPLapSolver
akpw stretch : 3.981041399718137
aveStretch : 9.961082279875603 fac : 12.408749655376285
level 0. Dimension 1000 off-tree edges : 498
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 74 iterations with relative error 9.41819998764297e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.003 seconds and 85 iterations with relative error 9.496978499636357e-7.
wted_chimera(1000, 8)
augTreeSddm
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 2.057360240178604e-11.
KMPSDDMSolver
akpw stretch : 1.3449522105262421
aveStretch : 173.82105747395684 fac : 216.56422604913288
level 0. Dimension 1001 off-tree edges : 2
Solver build time: 0.005 seconds.
PCG stopped after: 0.0 seconds and 3 iterations with relative error 1.7291798123298482e-11.
#155
Using greedy degree ordering. Factorization time: 0.001074075698852539
Ratio of operator edges to original edges: 1.12
ratio of max to min diagonal of laplacian : 10757.089196044959
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 7 iterations with relative error 6.317136558457004e-11.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0007331371307373047
Ratio of operator edges to original edges: 1.997
ratio of max to min diagonal of laplacian : 10757.089196044959
Solver build time: 0.002 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 4.029196543175169e-11.
augTreeLap
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 1.9886777194618912e-11.
KMPLapSolver
akpw stretch : 1.281291651688925
aveStretch : 282.2916516884998 fac : 351.65721326106944
level 0. Dimension 1000 off-tree edges : 1
Solver build time: 0.005 seconds.
PCG stopped after: 0.0 seconds and 2 iterations with relative error 1.5575824218042347e-11.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.006 seconds and 200 iterations with relative error 5.084053864093121.
wted_chimera(1000, 9)
joinGraphs(0.004999913125537971*chimera(170),chimera(830),5)
joinGraphs(0.009506967197978547*chimera(85),chimera(85),8)
rand_gen_ring_ijv(85, 4, ver=V06, verbose=true)
gens: [1, 9, 30, 18]
rand_gen_ring_ijv(85, 4, ver=V06, verbose=true)
gens: [1, 50, 5, 12]
productGraph(0.4105576794512022*chimera(12),chimera(69))
rand_gen_ring_ijv(12, 4, ver=V06, verbose=true)
gens: [1, 5, 7, 9]
path_graph_ijv(69)
join_graphs!(gr(828),chimera(2),2), Val{6}
grown_graph_ijv(2, 2, ver=V06)
augTreeSddm
Solver build time: 0.014 seconds.
PCG stopped after: 0.005 seconds and 42 iterations with relative error 8.690107931077707e-7.
KMPSDDMSolver
akpw stretch : 4.046926668688268
aveStretch : 5.063246438097295 fac : 6.308315356595146
level 0. Dimension 1001 off-tree edges : 2998
Solver build time: 0.016 seconds.
PCG stopped after: 0.026 seconds and 93 iterations with relative error 9.075135219318606e-7.
#155
Using greedy degree ordering. Factorization time: 0.006685018539428711
Ratio of operator edges to original edges: 1.6959567654123298
ratio of max to min diagonal of laplacian : 112.85967476044087
Solver build time: 0.01 seconds.
PCG stopped after: 0.005 seconds and 17 iterations with relative error 5.504714487501202e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.004124164581298828
Ratio of operator edges to original edges: 1.9604604604604605
ratio of max to min diagonal of laplacian : 36.94725574820276
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 16 iterations with relative error 5.453956595597776e-7.
augTreeLap
Solver build time: 0.016 seconds.
PCG stopped after: 0.007 seconds and 39 iterations with relative error 9.190703222903203e-7.
KMPLapSolver
akpw stretch : 4.052929103823866
aveStretch : 5.070572138431819 fac : 6.316528516428657
level 0. Dimension 1000 off-tree edges : 2997
Solver build time: 0.012 seconds.
PCG stopped after: 0.015 seconds and 90 iterations with relative error 9.622186100489473e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.014 seconds and 171 iterations with relative error 8.914814250192907e-7.
wted_chimera(1000, 10)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.002 seconds and 19 iterations with relative error 4.5682135274227955e-7.
KMPSDDMSolver
akpw stretch : 2.842820730671198
aveStretch : 13.254237288135593 fac : 16.513497742393533
level 0. Dimension 1001 off-tree edges : 177
Solver build time: 0.014 seconds.
PCG stopped after: 0.008 seconds and 57 iterations with relative error 9.43652220998553e-7.
#155
Using greedy degree ordering. Factorization time: 0.001299142837524414
Ratio of operator edges to original edges: 0.9094252873563219
ratio of max to min diagonal of laplacian : 40.00000000000006
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 4.287017621244035e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0012218952178955078
Ratio of operator edges to original edges: 1.6987234042553192
ratio of max to min diagonal of laplacian : 8.0
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 9.6376033188019e-7.
augTreeLap
Solver build time: 0.008 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 9.458556191763343e-7.
KMPLapSolver
akpw stretch : 2.9540425531914893
aveStretch : 14.045454545454545 fac : 17.496746272503323
level 0. Dimension 1000 off-tree edges : 176
Solver build time: 0.009 seconds.
PCG stopped after: 0.008 seconds and 60 iterations with relative error 7.073604615858355e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.011 seconds and 200 iterations with relative error 8.042538939170485e-7.
wted_chimera(1000, 11)
ErdosRenyiClusterFix_ijv(1000, 2, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 9.847647503635242e-7.
KMPSDDMSolver
akpw stretch : 1.9224761009369025
aveStretch : 7.687951731792507 fac : 9.57844429722324
level 0. Dimension 1001 off-tree edges : 160
Solver build time: 0.011 seconds.
PCG stopped after: 0.004 seconds and 43 iterations with relative error 9.690190400664645e-7.
#155
Using greedy degree ordering. Factorization time: 0.0012559890747070312
Ratio of operator edges to original edges: 1.0199258572752548
ratio of max to min diagonal of laplacian : 10121.09684304506
Solver build time: 0.004 seconds.
PCG stopped after: 0.001 seconds and 14 iterations with relative error 4.3873299232419134e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0009000301361083984
Ratio of operator edges to original edges: 1.6398963730569949
ratio of max to min diagonal of laplacian : 10121.09684304506
Solver build time: 0.004 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 4.067372269300637e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.001 seconds and 14 iterations with relative error 4.5306512215190525e-7.
KMPLapSolver
akpw stretch : 1.9214608773844637
aveStretch : 7.711016956045306 fac : 9.6057914499149
level 0. Dimension 1000 off-tree edges : 159
Solver build time: 0.013 seconds.
PCG stopped after: 0.004 seconds and 45 iterations with relative error 7.106193981685883e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.006 seconds and 200 iterations with relative error 0.3003908025080081.
wted_chimera(1000, 12)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.003 seconds and 32 iterations with relative error 6.878005014067774e-7.
KMPSDDMSolver
akpw stretch : 2.5989432698833057
aveStretch : 3.613501182245804 fac : 4.50207298375191
level 0. Dimension 1001 off-tree edges : 1576
Solver build time: 0.008 seconds.
PCG stopped after: 0.007 seconds and 62 iterations with relative error 9.78003989843522e-7.
#155
Using greedy degree ordering. Factorization time: 0.0029990673065185547
Ratio of operator edges to original edges: 1.7006155567991046
ratio of max to min diagonal of laplacian : 10765.081218114112
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 8.156447906977898e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.002613067626953125
Ratio of operator edges to original edges: 2.1907536907536906
ratio of max to min diagonal of laplacian : 10765.081218114112
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 7.265439695828853e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.01 seconds and 32 iterations with relative error 7.484450648349212e-7.
KMPLapSolver
akpw stretch : 2.5994888352027656
aveStretch : 3.6140217535313774 fac : 4.5020701494712405
level 0. Dimension 1000 off-tree edges : 1575
Solver build time: 0.011 seconds.
PCG stopped after: 0.012 seconds and 64 iterations with relative error 9.093824349711047e-7.
cgLapSolver
Solver build time: 0.001 seconds.
CG stopped after: 0.014 seconds and 200 iterations with relative error 0.08110036314148843.
wted_chimera(1000, 13)
productGraph(0.672557842478832*chimera(19),chimera(52))
grown_graph_ijv(19, 2, ver=V06)
joinGraphs(0.10474488318048453*chimera(22),chimera(30),7)
cbt_ijv(22)
ring_graph_ijv(30)
join_graphs!(gr(988),chimera(12),2), Val{6}
rand_regular_ijv(12, 3, ver=V06)
augTreeSddm
Solver build time: 0.015 seconds.
PCG stopped after: 0.004 seconds and 25 iterations with relative error 5.541660624814734e-7.
KMPSDDMSolver
akpw stretch : 2.7288629210411566
aveStretch : 3.696871275487496 fac : 4.605944056571936
level 0. Dimension 1001 off-tree edges : 1786
Solver build time: 0.009 seconds.
PCG stopped after: 0.011 seconds and 71 iterations with relative error 8.541799778253635e-7.
#155
Using greedy degree ordering. Factorization time: 0.004116058349609375
Ratio of operator edges to original edges: 1.721723044397463
ratio of max to min diagonal of laplacian : 2375.5875602751444
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 13 iterations with relative error 3.0945010853623663e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0035619735717773438
Ratio of operator edges to original edges: 2.1623563218390807
ratio of max to min diagonal of laplacian : 543.9405708025882
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 13 iterations with relative error 3.258008050526661e-7.
augTreeLap
Solver build time: 0.02 seconds.
PCG stopped after: 0.007 seconds and 36 iterations with relative error 6.453196277241058e-7.
KMPLapSolver
akpw stretch : 2.729623172260883
aveStretch : 3.6976307627867238 fac : 4.606223818282877
level 0. Dimension 1000 off-tree edges : 1785
Solver build time: 0.01 seconds.
PCG stopped after: 0.011 seconds and 72 iterations with relative error 9.908478907130277e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.014 seconds and 200 iterations with relative error 0.0006853729972242357.
wted_chimera(1000, 14)
augTreeSddm
Solver build time: 0.008 seconds.
PCG stopped after: 0.001 seconds and 9 iterations with relative error 5.254766327441744e-7.
KMPSDDMSolver
akpw stretch : 1.7692979507226199
aveStretch : 6.607649842059842 fac : 8.232492626871545
level 0. Dimension 1001 off-tree edges : 159
Solver build time: 0.006 seconds.
PCG stopped after: 0.005 seconds and 40 iterations with relative error 9.090375194485737e-7.
#155
Using greedy degree ordering. Factorization time: 0.0015299320220947266
Ratio of operator edges to original edges: 1.0380157626332869
ratio of max to min diagonal of laplacian : 4614.428733195531
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 9.70664616470255e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0012118816375732422
Ratio of operator edges to original edges: 1.6957649092480553
ratio of max to min diagonal of laplacian : 4614.428733195531
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 3.382550352187864e-7.
augTreeLap
Solver build time: 0.009 seconds.
PCG stopped after: 0.002 seconds and 10 iterations with relative error 2.5435546050562796e-7.
KMPLapSolver
akpw stretch : 1.7680020049824916
aveStretch : 6.623913416232542 fac : 8.251561528306578
level 0. Dimension 1000 off-tree edges : 158
Solver build time: 0.006 seconds.
PCG stopped after: 0.011 seconds and 43 iterations with relative error 5.10908849973294e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 200 iterations with relative error 0.12842618257887983.
wted_chimera(1000, 15)
joinGraphs(0.7911094025694831*chimera(50),chimera(950),8)
joinGraphs(0.04602480880244365*chimera(39),chimera(11),2)
joinGraphs(0.0036536917490641975*chimera(28),chimera(11),3)
rand_regular_ijv(28, 3, ver=V06)
grown_graph_ijv(11, 2, ver=V06)
grown_graph_ijv(11, 2, ver=V06)
joinGraphs(0.44128171397875326*chimera(86),chimera(864),3)
joinGraphs(0.40019785614001624*chimera(10),chimera(76),2)
path_graph_ijv(10)
joinGraphs(0.2168305122067954*chimera(33),chimera(43),3)
joinGraphs(0.002219080477881496*chimera(18),chimera(15),2)
ring_graph_ijv(18)
rand_regular_ijv(15, 3, ver=V06)
joinGraphs(0.04909966770681852*chimera(32),chimera(11),2)
joinGraphs(0.8670107812099137*chimera(11),chimera(21),5)
grown_graph_ijv(11, 2, ver=V06)
rand_gen_ring_ijv(21, 4, ver=V06, verbose=true)
gens: [1, 3, 6, 18]
firstn(grid2_ijv(ceil(Integer, sqrt(11))), 11)
productGraph(0.01078428702281746*chimera(13),chimera(66))
firstn(grid2_ijv(ceil(Integer, sqrt(13))), 13)
joinGraphs(0.07521796984754496*chimera(11),chimera(55),6)
firstn(grid2_ijv(ceil(Integer, sqrt(11))), 11)
joinGraphs(0.18434965341400875*chimera(36),chimera(19),3)
joinGraphs(0.08861921764110846*chimera(11),chimera(25),2)
ring_graph_ijv(11)
firstn(grid2_ijv(ceil(Integer, sqrt(25))), 25)
ErdosRenyiClusterFix_ijv(19, 2, ver=V06)
join_graphs!(gr(858),chimera(6),2), Val{6}
cbt_ijv(6)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 32 iterations with relative error 7.264894921290369e-7.
KMPSDDMSolver
akpw stretch : 2.579505322460568
aveStretch : 3.505901406015156 fac : 4.368014069365536
level 0. Dimension 1001 off-tree edges : 1705
Solver build time: 0.007 seconds.
PCG stopped after: 0.008 seconds and 69 iterations with relative error 7.633881876985627e-7.
#155
Using greedy degree ordering. Factorization time: 0.0033152103424072266
Ratio of operator edges to original edges: 1.8449905482041589
ratio of max to min diagonal of laplacian : 3430.7478665091335
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 3.6852229867836623e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0028748512268066406
Ratio of operator edges to original edges: 2.340362560118387
ratio of max to min diagonal of laplacian : 3430.7478665091335
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 5.673523303491902e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.004 seconds and 31 iterations with relative error 7.482646161543231e-7.
KMPLapSolver
akpw stretch : 2.58037265620635
aveStretch : 3.50689394936958 fac : 4.36861857607549
level 0. Dimension 1000 off-tree edges : 1704
Solver build time: 0.012 seconds.
PCG stopped after: 0.008 seconds and 68 iterations with relative error 8.426030616279137e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 0.026470483941946756.
wted_chimera(1000, 16)
augTreeSddm
Solver build time: 0.006 seconds.
PCG stopped after: 0.001 seconds and 18 iterations with relative error 5.453492966544163e-7.
KMPSDDMSolver
akpw stretch : 2.569863100824776
aveStretch : 11.148349990577644 fac : 13.889765846097436
level 0. Dimension 1001 off-tree edges : 183
Solver build time: 0.005 seconds.
PCG stopped after: 0.005 seconds and 54 iterations with relative error 9.726198265926276e-7.
#155
Using greedy degree ordering. Factorization time: 0.001302957534790039
Ratio of operator edges to original edges: 1.0600641907381936
ratio of max to min diagonal of laplacian : 115.39957481702724
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 6.367368944009626e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0009520053863525391
Ratio of operator edges to original edges: 1.729043183742591
ratio of max to min diagonal of laplacian : 115.39957481702724
Solver build time: 0.001 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 4.1211304430800133e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 7.968617774729348e-7.
KMPLapSolver
akpw stretch : 2.571073823004421
aveStretch : 11.194715302023196 fac : 13.94551472852112
level 0. Dimension 1000 off-tree edges : 182
Solver build time: 0.005 seconds.
PCG stopped after: 0.005 seconds and 55 iterations with relative error 9.791265030975786e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.0004859595540305336.
wted_chimera(1000, 17)
joinGraphs(0.0005854705409565617*chimera(53),chimera(947),14)
rand_gen_ring_ijv(53, 4, ver=V06, verbose=true)
gens: [1, 11, 5, 5]
generalizedNecklace(0.026400259767077165*chimera(23),chimera(41),2)
rand_gen_ring_ijv(23, 4, ver=V06, verbose=true)
gens: [1, 6, 5, 5]
joinGraphs(0.05257065806866289*chimera(28),chimera(13),3)
firstn(grid2_ijv(ceil(Integer, sqrt(28))), 28)
cbt_ijv(13)
join_graphs!(gr(943),chimera(4),2), Val{6}
ErdosRenyiClusterFix_ijv(4, 2, ver=V06)
augTreeSddm
Solver build time: 0.018 seconds.
PCG stopped after: 0.006 seconds and 36 iterations with relative error 6.970786361968032e-7.
KMPSDDMSolver
akpw stretch : 4.4270209949508965
aveStretch : 6.036706760545493 fac : 7.521152767575225
level 0. Dimension 1001 off-tree edges : 2129
Solver build time: 0.011 seconds.
PCG stopped after: 0.013 seconds and 93 iterations with relative error 9.395952682386103e-7.
#155
Using greedy degree ordering. Factorization time: 0.002964019775390625
Ratio of operator edges to original edges: 1.285679670462806
ratio of max to min diagonal of laplacian : 2562.041802392395
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 19 iterations with relative error 9.374029650306601e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0027818679809570312
Ratio of operator edges to original edges: 1.6856411896386312
ratio of max to min diagonal of laplacian : 2562.041802392395
Solver build time: 0.004 seconds.
PCG stopped after: 0.004 seconds and 21 iterations with relative error 5.697745234810653e-7.
augTreeLap
Solver build time: 0.014 seconds.
PCG stopped after: 0.007 seconds and 37 iterations with relative error 7.514569974165154e-7.
KMPLapSolver
akpw stretch : 4.958782719849343
aveStretch : 6.817252615116964 fac : 8.49240862203802
level 0. Dimension 1000 off-tree edges : 2128
Solver build time: 0.009 seconds.
PCG stopped after: 0.02 seconds and 92 iterations with relative error 9.413076198149003e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.014 seconds and 200 iterations with relative error 0.037733818188183846.
wted_chimera(1000, 18)
augTreeSddm
Solver build time: 0.013 seconds.
PCG stopped after: 0.003 seconds and 23 iterations with relative error 5.870669981739945e-7.
KMPSDDMSolver
akpw stretch : 4.06883656006644
aveStretch : 7.292404375262297 fac : 9.085630547395606
level 0. Dimension 1001 off-tree edges : 952
Solver build time: 0.01 seconds.
PCG stopped after: 0.012 seconds and 81 iterations with relative error 7.615236709897016e-7.
#155
Using greedy degree ordering. Factorization time: 0.002351045608520508
Ratio of operator edges to original edges: 1.1905084745762713
ratio of max to min diagonal of laplacian : 45.160361333054674
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 17 iterations with relative error 5.265522824087503e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.001886129379272461
Ratio of operator edges to original edges: 1.5512820512820513
ratio of max to min diagonal of laplacian : 9.032072266617293
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 17 iterations with relative error 4.228430510355309e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.003 seconds and 22 iterations with relative error 7.88843287963269e-7.
KMPLapSolver
akpw stretch : 3.9877050559916376
aveStretch : 7.12620910534564 fac : 8.877282838908682
level 0. Dimension 1000 off-tree edges : 951
Solver build time: 0.007 seconds.
PCG stopped after: 0.016 seconds and 79 iterations with relative error 9.491898738056868e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 188 iterations with relative error 9.670590767746921e-7.
wted_chimera(1000, 19)
joinGraphs(0.6517581992709937*chimera(12),chimera(988),3)
cbt_ijv(12)
ErdosRenyiClusterFix_ijv(988, 2, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 5.428074589537649e-7.
KMPSDDMSolver
akpw stretch : 1.9977154449256993
aveStretch : 8.156452759281873 fac : 10.162151265158696
level 0. Dimension 1001 off-tree edges : 162
Solver build time: 0.006 seconds.
PCG stopped after: 0.004 seconds and 46 iterations with relative error 7.325163350345731e-7.
#155
Using greedy degree ordering. Factorization time: 0.0012259483337402344
Ratio of operator edges to original edges: 1.0435185185185185
ratio of max to min diagonal of laplacian : 1915.4513014078664
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 3.662932561745435e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0009000301361083984
Ratio of operator edges to original edges: 1.6706896551724137
ratio of max to min diagonal of laplacian : 1915.4513014078664
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 3.9361976032697846e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 9.997311681380686e-7.
KMPLapSolver
akpw stretch : 1.9967383966490302
aveStretch : 8.181469193247692 fac : 10.191844638939356
level 0. Dimension 1000 off-tree edges : 161
Solver build time: 0.006 seconds.
PCG stopped after: 0.004 seconds and 46 iterations with relative error 8.370702736600385e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.006 seconds and 200 iterations with relative error 0.1806100126739441.
wted_chimera(1000, 20)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.003 seconds and 24 iterations with relative error 8.325046057926818e-7.
KMPSDDMSolver
akpw stretch : 2.3028577547497164
aveStretch : 2.9337816069287554 fac : 3.6552081337837934
level 0. Dimension 1001 off-tree edges : 2065
Solver build time: 0.009 seconds.
PCG stopped after: 0.007 seconds and 63 iterations with relative error 6.9516696532916e-7.
#155
Using greedy degree ordering. Factorization time: 0.0038640499114990234
Ratio of operator edges to original edges: 1.7757814422840266
ratio of max to min diagonal of laplacian : 414.7930725927813
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 15 iterations with relative error 9.32027055209463e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0029239654541015625
Ratio of operator edges to original edges: 2.189030362389814
ratio of max to min diagonal of laplacian : 314.40144671763045
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 13 iterations with relative error 8.078211894775542e-7.
augTreeLap
Solver build time: 0.02 seconds.
PCG stopped after: 0.006 seconds and 25 iterations with relative error 6.652905509979543e-7.
KMPLapSolver
akpw stretch : 2.3035781234796944
aveStretch : 2.934525093129024 fac : 3.655605507006472
level 0. Dimension 1000 off-tree edges : 2064
Solver build time: 0.013 seconds.
PCG stopped after: 0.011 seconds and 60 iterations with relative error 8.997124946731025e-7.
cgLapSolver
Solver build time: 0.001 seconds.
CG stopped after: 0.01 seconds and 170 iterations with relative error 8.286661210628932e-7.
wted_chimera(1000, 21)
joinGraphs(0.006164561391846679*chimera(240),chimera(760),6)
productGraph(0.4350707717090587*chimera(12),chimera(20))
ring_graph_ijv(12)
grown_graph_ijv(20, 2, ver=V06)
rand_regular_ijv(760, 3, ver=V06)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.004 seconds and 26 iterations with relative error 8.370637083651199e-7.
KMPSDDMSolver
akpw stretch : 3.080408120683632
aveStretch : 5.623694331788305 fac : 7.00657922693344
level 0. Dimension 1001 off-tree edges : 818
Solver build time: 0.008 seconds.
PCG stopped after: 0.009 seconds and 69 iterations with relative error 9.3413840720375e-7.
#155
Using greedy degree ordering. Factorization time: 0.0029909610748291016
Ratio of operator edges to original edges: 1.8188920454545454
ratio of max to min diagonal of laplacian : 124631.85189872532
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 16 iterations with relative error 9.491716756244369e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0025360584259033203
Ratio of operator edges to original edges: 2.5941629955947136
ratio of max to min diagonal of laplacian : 124631.8518987253
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 4.785892697468766e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.004 seconds and 27 iterations with relative error 6.238914548415343e-7.
KMPLapSolver
akpw stretch : 3.0696720583911055
aveStretch : 5.600397133461759 fac : 6.976543717564975
level 0. Dimension 1000 off-tree edges : 817
Solver build time: 0.008 seconds.
PCG stopped after: 0.009 seconds and 69 iterations with relative error 9.010126302196543e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 0.04464857335120899.
wted_chimera(1000, 22)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.006 seconds and 50 iterations with relative error 8.751732888992486e-7.
KMPSDDMSolver
akpw stretch : 6.889042639103027
aveStretch : 10.098330180848547 fac : 12.581542718618708
level 0. Dimension 1001 off-tree edges : 1835
Solver build time: 0.008 seconds.
PCG stopped after: 0.016 seconds and 112 iterations with relative error 8.879557097990958e-7.
#155
Using greedy degree ordering. Factorization time: 0.004036903381347656
Ratio of operator edges to original edges: 1.7675450039133838
ratio of max to min diagonal of laplacian : 294.8155397390509
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 15 iterations with relative error 8.724707242360717e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.004561901092529297
Ratio of operator edges to original edges: 2.370631839039887
ratio of max to min diagonal of laplacian : 294.8155397390509
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 16 iterations with relative error 4.81694341182535e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.008 seconds and 53 iterations with relative error 7.286917613402752e-7.
KMPLapSolver
akpw stretch : 6.796815653294281
aveStretch : 9.954404986795357 fac : 12.400431597570885
level 0. Dimension 1000 off-tree edges : 1834
Solver build time: 0.008 seconds.
PCG stopped after: 0.022 seconds and 109 iterations with relative error 9.265817293721245e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 200 iterations with relative error 0.024564649321824318.
wted_chimera(1000, 23)
joinGraphs(0.9883170712671299*chimera(226),chimera(774),42)
grown_graph_ijv(226, 2, ver=V06)
generalizedNecklace(0.5892261752662492*chimera(20),chimera(38),2)
rand_regular_ijv(20, 3, ver=V06)
rand_regular_ijv(38, 3, ver=V06)
join_graphs!(gr(760),chimera(14),2), Val{6}
path_graph_ijv(14)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.004 seconds and 26 iterations with relative error 8.490158292067941e-7.
KMPSDDMSolver
akpw stretch : 4.02330980836674
aveStretch : 8.234047703027944 fac : 10.25882706026604
level 0. Dimension 1001 off-tree edges : 718
Solver build time: 0.01 seconds.
PCG stopped after: 0.008 seconds and 76 iterations with relative error 9.415669569027847e-7.
#155
Using greedy degree ordering. Factorization time: 0.002164125442504883
Ratio of operator edges to original edges: 1.5176730486008836
ratio of max to min diagonal of laplacian : 3493.8501258859555
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 4.6611591584808777e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.002852916717529297
Ratio of operator edges to original edges: 2.1701631701631703
ratio of max to min diagonal of laplacian : 1270.1821595355752
Solver build time: 0.003 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 6.284426830851308e-7.
augTreeLap
Solver build time: 0.015 seconds.
PCG stopped after: 0.003 seconds and 26 iterations with relative error 6.562172297805267e-7.
KMPLapSolver
akpw stretch : 4.010950700729145
aveStretch : 8.206124689611178 fac : 10.222558558713079
level 0. Dimension 1000 off-tree edges : 717
Solver build time: 0.024 seconds.
PCG stopped after: 0.01 seconds and 73 iterations with relative error 9.839136193344295e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.011 seconds and 200 iterations with relative error 0.0026690071348673527.
wted_chimera(1000, 24)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.006 seconds and 45 iterations with relative error 8.639435706351225e-7.
KMPSDDMSolver
akpw stretch : 5.706606368308014
aveStretch : 8.059909552462019 fac : 10.04186776689281
level 0. Dimension 1001 off-tree edges : 2000
Solver build time: 0.007 seconds.
PCG stopped after: 0.012 seconds and 101 iterations with relative error 9.529410239045445e-7.
#155
Using greedy degree ordering. Factorization time: 0.00419306755065918
Ratio of operator edges to original edges: 2.0460230115057527
ratio of max to min diagonal of laplacian : 115.12929323971746
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 5.550958886023184e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0035440921783447266
Ratio of operator edges to original edges: 2.516010673782522
ratio of max to min diagonal of laplacian : 5.989129950078435
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 6.193191764020245e-7.
augTreeLap
Solver build time: 0.018 seconds.
PCG stopped after: 0.007 seconds and 46 iterations with relative error 8.741539308636768e-7.
KMPLapSolver
akpw stretch : 5.70958368899961
aveStretch : 8.063197548584705 fac : 10.044510926726415
level 0. Dimension 1000 off-tree edges : 1999
Solver build time: 0.007 seconds.
PCG stopped after: 0.012 seconds and 93 iterations with relative error 9.229034986857365e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.004 seconds and 66 iterations with relative error 7.730270962885208e-7.
wted_chimera(1000, 25)
generalizedNecklace(0.22527914295635018*chimera(50),chimera(20),2)
joinGraphs(0.059163602374823286*chimera(28),chimera(22),3)
cbt_ijv(28)
grown_graph_ijv(22, 2, ver=V06)
grown_graph_ijv(20, 2, ver=V06)
augTreeSddm
Solver build time: 0.008 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 4.047794395682412e-7.
KMPSDDMSolver
akpw stretch : 1.5299167058291343
aveStretch : 2.8852023984867636 fac : 3.5946831385317326
level 0. Dimension 1001 off-tree edges : 391
Solver build time: 0.005 seconds.
PCG stopped after: 0.004 seconds and 41 iterations with relative error 6.071623006609032e-7.
#155
Using greedy degree ordering. Factorization time: 0.0014200210571289062
Ratio of operator edges to original edges: 1.0305567182921724
ratio of max to min diagonal of laplacian : 70922.04401904109
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 7.495790737064203e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0012538433074951172
Ratio of operator edges to original edges: 1.5615550755939525
ratio of max to min diagonal of laplacian : 70922.04401904109
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 6.065390422117144e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 2.4656441245907065e-7.
KMPLapSolver
akpw stretch : 1.5298359696935981
aveStretch : 2.8870311843702736 fac : 3.5964412508158308
level 0. Dimension 1000 off-tree edges : 390
Solver build time: 0.005 seconds.
PCG stopped after: 0.01 seconds and 41 iterations with relative error 6.013682453903219e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.1495077959140331.
wted_chimera(1000, 26)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.004 seconds and 39 iterations with relative error 8.308094817037521e-7.
KMPSDDMSolver
akpw stretch : 3.0400635256232245
aveStretch : 3.8616759000183993 fac : 4.811274679222189
level 0. Dimension 1001 off-tree edges : 2483
Solver build time: 0.009 seconds.
PCG stopped after: 0.012 seconds and 78 iterations with relative error 9.49830198059806e-7.
#155
Using greedy degree ordering. Factorization time: 0.005605936050415039
Ratio of operator edges to original edges: 2.1309975451908056
ratio of max to min diagonal of laplacian : 403.2522912843511
Solver build time: 0.006 seconds.
PCG stopped after: 0.003 seconds and 12 iterations with relative error 4.413340820591556e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.005872964859008789
Ratio of operator edges to original edges: 2.5590347601264005
ratio of max to min diagonal of laplacian : 69.47859786448298
Solver build time: 0.006 seconds.
PCG stopped after: 0.003 seconds and 11 iterations with relative error 9.216720775848257e-7.
augTreeLap
Solver build time: 0.014 seconds.
PCG stopped after: 0.015 seconds and 43 iterations with relative error 7.866151118556043e-7.
KMPLapSolver
akpw stretch : 3.0411653208563814
aveStretch : 3.8627302505644887 fac : 4.811892053370554
level 0. Dimension 1000 off-tree edges : 2482
Solver build time: 0.009 seconds.
PCG stopped after: 0.012 seconds and 80 iterations with relative error 8.878504991687942e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.005 seconds and 62 iterations with relative error 8.634477752655309e-7.
wted_chimera(1000, 27)
generalizedNecklace(0.08936867169960679*chimera(12),chimera(83),2)
grown_graph_ijv(12, 2, ver=V06)
joinGraphs(0.04559630734895412*chimera(17),chimera(66),5)
grown_graph_ijv(17, 2, ver=V06)
joinGraphs(0.03529213195869855*chimera(30),chimera(36),14)
joinGraphs(0.007034641224901015*chimera(10),chimera(20),3)
rand_gen_ring_ijv(10, 4, ver=V06, verbose=true)
gens: [1, 4, 9, 3]
grown_graph_ijv(20, 2, ver=V06)
joinGraphs(0.338522525467315*chimera(16),chimera(20),2)
rand_regular_ijv(16, 3, ver=V06)
ErdosRenyiClusterFix_ijv(20, 2, ver=V06)
join_graphs!(gr(996),chimera(4),2), Val{6}
rand_gen_ring_ijv(4, 4, ver=V06, verbose=true)
gens: [1, 3, 3, 3]
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 7.726600001459062e-7.
KMPSDDMSolver
akpw stretch : 2.36264988812324
aveStretch : 4.028481047198102 fac : 5.019097759607005
level 0. Dimension 1001 off-tree edges : 818
Solver build time: 0.006 seconds.
PCG stopped after: 0.006 seconds and 58 iterations with relative error 8.251031910954409e-7.
#155
Using greedy degree ordering. Factorization time: 0.002227783203125
Ratio of operator edges to original edges: 1.3149857954545454
ratio of max to min diagonal of laplacian : 163.81407185347436
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 6.242275874486383e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0020508766174316406
Ratio of operator edges to original edges: 1.8276431718061674
ratio of max to min diagonal of laplacian : 66.64907480528124
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 4.7459143888969005e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 3.723445817029048e-7.
KMPLapSolver
akpw stretch : 2.3637364375023227
aveStretch : 4.031267283358893 fac : 5.021842517471311
level 0. Dimension 1000 off-tree edges : 817
Solver build time: 0.007 seconds.
PCG stopped after: 0.012 seconds and 62 iterations with relative error 7.263530906905319e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 4.627447383881566e-6.
wted_chimera(1000, 28)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.004 seconds and 34 iterations with relative error 6.894547763616229e-7.
KMPSDDMSolver
akpw stretch : 2.3350565486359214
aveStretch : 3.089325785153391 fac : 3.849001135985
level 0. Dimension 1001 off-tree edges : 1770
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 64 iterations with relative error 8.465340707797248e-7.
#155
Using greedy degree ordering. Factorization time: 0.003726959228515625
Ratio of operator edges to original edges: 1.9689490445859872
ratio of max to min diagonal of laplacian : 288.7167954352007
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 9.013377706588419e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.003398895263671875
Ratio of operator edges to original edges: 2.4830202312138727
ratio of max to min diagonal of laplacian : 81.6719984752064
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 6.497069392022036e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.004 seconds and 32 iterations with relative error 9.584418836568728e-7.
KMPLapSolver
akpw stretch : 2.33574126487978
aveStretch : 3.0900688644359695 fac : 3.849369965964951
level 0. Dimension 1000 off-tree edges : 1769
Solver build time: 0.012 seconds.
PCG stopped after: 0.007 seconds and 62 iterations with relative error 9.808535137008347e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.005 seconds and 103 iterations with relative error 8.922883758282645e-7.
wted_chimera(1000, 29)
generalizedNecklace(0.13330395448057586*chimera(14),chimera(71),2)
ring_graph_ijv(14)
joinGraphs(0.12043670813105617*chimera(28),chimera(43),7)
cbt_ijv(28)
joinGraphs(0.008650944184945044*chimera(22),chimera(21),3)
firstn(grid2_ijv(ceil(Integer, sqrt(22))), 22)
rand_regular_ijv(21, 3, ver=V06)
join_graphs!(gr(994),chimera(6),2), Val{6}
grown_graph_ijv(6, 2, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.002 seconds and 20 iterations with relative error 9.895016118292362e-7.
KMPSDDMSolver
akpw stretch : 2.7241134274744283
aveStretch : 11.134422829788704 fac : 13.872413950756618
level 0. Dimension 1001 off-tree edges : 205
Solver build time: 0.005 seconds.
PCG stopped after: 0.005 seconds and 51 iterations with relative error 7.562055292919765e-7.
#155
Using greedy degree ordering. Factorization time: 0.0014948844909667969
Ratio of operator edges to original edges: 1.2324103495233771
ratio of max to min diagonal of laplacian : 734.9729773955972
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 6.377576626003728e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.001188039779663086
Ratio of operator edges to original edges: 2.0083125519534497
ratio of max to min diagonal of laplacian : 341.51179223890307
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 8.84053590252742e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.003 seconds and 21 iterations with relative error 5.51065242098402e-7.
KMPLapSolver
akpw stretch : 2.7254521690110294
aveStretch : 11.17509293784445 fac : 13.921070697451063
level 0. Dimension 1000 off-tree edges : 204
Solver build time: 0.004 seconds.
PCG stopped after: 0.006 seconds and 52 iterations with relative error 7.830736386059226e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.3620363975507786.
wted_chimera(1000, 30)
augTreeSddm
Solver build time: 0.009 seconds.
PCG stopped after: 0.002 seconds and 20 iterations with relative error 5.116095549325937e-7.
KMPSDDMSolver
akpw stretch : 4.4498632323754626
aveStretch : 14.222846893495753 fac : 17.72029162903185
level 0. Dimension 1001 off-tree edges : 353
Solver build time: 0.005 seconds.
PCG stopped after: 0.009 seconds and 77 iterations with relative error 9.563596878208557e-7.
#155
Using greedy degree ordering. Factorization time: 0.0015990734100341797
Ratio of operator edges to original edges: 1.162484049340706
ratio of max to min diagonal of laplacian : 59.113547197026726
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 5.624731296281328e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.00125885009765625
Ratio of operator edges to original edges: 1.997779422649889
ratio of max to min diagonal of laplacian : 59.113547197026726
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 5.648355842188639e-7.
augTreeLap
Solver build time: 0.009 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 7.57016465558231e-7.
KMPLapSolver
akpw stretch : 4.527389552424378
aveStretch : 14.538361606037881 fac : 18.110771952273375
level 0. Dimension 1000 off-tree edges : 352
Solver build time: 0.005 seconds.
PCG stopped after: 0.008 seconds and 75 iterations with relative error 8.457219291396398e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 2.6860156748149106e-6.
wted_chimera(1000, 31)
joinGraphs(0.45361412213582525*chimera(13),chimera(987),5)
rand_regular_ijv(13, 3, ver=V06)
joinGraphs(0.13844965780956917*chimera(21),chimera(966),4)
rand_regular_ijv(21, 3, ver=V06)
joinGraphs(0.0011960810984861922*chimera(56),chimera(910),4)
joinGraphs(0.42654670105457415*chimera(16),chimera(40),3)
firstn(grid2_ijv(ceil(Integer, sqrt(16))), 16)
joinGraphs(0.2502121706984525*chimera(29),chimera(11),2)
cbt_ijv(29)
firstn(grid2_ijv(ceil(Integer, sqrt(11))), 11)
ErdosRenyiClusterFix_ijv(910, 2, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.008 seconds and 15 iterations with relative error 5.006382303520553e-7.
KMPSDDMSolver
akpw stretch : 2.037458788150331
aveStretch : 7.801118722318836 fac : 9.719439422174174
level 0. Dimension 1001 off-tree edges : 180
Solver build time: 0.006 seconds.
PCG stopped after: 0.01 seconds and 47 iterations with relative error 9.096154038707451e-7.
#155
Using greedy degree ordering. Factorization time: 0.001519918441772461
Ratio of operator edges to original edges: 1.0633608815426998
ratio of max to min diagonal of laplacian : 35781.01265479288
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 4.7054000143896914e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0011119842529296875
Ratio of operator edges to original edges: 1.701188455008489
ratio of max to min diagonal of laplacian : 35781.01265479288
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 9.634937272550683e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 7.357480540365079e-7.
KMPLapSolver
akpw stretch : 2.033381626364319
aveStretch : 7.800690256185279 fac : 9.71749954557599
level 0. Dimension 1000 off-tree edges : 179
Solver build time: 0.005 seconds.
PCG stopped after: 0.006 seconds and 49 iterations with relative error 7.459855531555162e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 0.2019457021972427.
wted_chimera(1000, 32)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 25 iterations with relative error 8.705716769794016e-7.
KMPSDDMSolver
akpw stretch : 2.124354610622958
aveStretch : 3.2566351852684328 fac : 4.057452466757093
level 0. Dimension 1001 off-tree edges : 993
Solver build time: 0.006 seconds.
PCG stopped after: 0.007 seconds and 58 iterations with relative error 8.968854886692982e-7.
#155
Using greedy degree ordering. Factorization time: 0.002668142318725586
Ratio of operator edges to original edges: 1.8538950183884988
ratio of max to min diagonal of laplacian : 7214.012322991882
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 11 iterations with relative error 5.195389455783694e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.002382040023803711
Ratio of operator edges to original edges: 2.5665494726268205
ratio of max to min diagonal of laplacian : 5963.74046919834
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 11 iterations with relative error 2.9648952579066396e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.004 seconds and 25 iterations with relative error 6.440452346366371e-7.
KMPLapSolver
akpw stretch : 2.1249637417862806
aveStretch : 3.257865735782742 fac : 4.058398393900342
level 0. Dimension 1000 off-tree edges : 992
Solver build time: 0.006 seconds.
PCG stopped after: 0.007 seconds and 57 iterations with relative error 8.345241558793542e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 181 iterations with relative error 9.196555552932388e-7.
wted_chimera(1000, 33)
joinGraphs(0.0986049343104721*chimera(382),chimera(618),77)
grown_graph_ijv(382, 2, ver=V06)
cbt_ijv(618)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 9.039601744990623e-7.
KMPSDDMSolver
akpw stretch : 2.3679613399629407
aveStretch : 5.401135042763256 fac : 6.729291878218649
level 0. Dimension 1001 off-tree edges : 451
Solver build time: 0.007 seconds.
PCG stopped after: 0.006 seconds and 51 iterations with relative error 7.564148175904688e-7.
#155
Using greedy degree ordering. Factorization time: 0.0017268657684326172
Ratio of operator edges to original edges: 1.295630869742752
ratio of max to min diagonal of laplacian : 2794.357326255344
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 2.908923580430512e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0013818740844726562
Ratio of operator edges to original edges: 1.9654934437543132
ratio of max to min diagonal of laplacian : 2794.357326255344
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 11 iterations with relative error 7.346330600471814e-7.
augTreeLap
Solver build time: 0.018 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 9.624447036498707e-7.
KMPLapSolver
akpw stretch : 2.3694301915430858
aveStretch : 5.409565216768738 fac : 6.738820003016068
level 0. Dimension 1000 off-tree edges : 450
Solver build time: 0.012 seconds.
PCG stopped after: 0.005 seconds and 51 iterations with relative error 9.175532517699325e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 0.013977601384442647.
wted_chimera(1000, 34)
augTreeSddm
Solver build time: 0.005 seconds.
PCG stopped after: 0.001 seconds and 18 iterations with relative error 8.342651666450279e-7.
KMPSDDMSolver
akpw stretch : 2.162195396696599
aveStretch : 12.923263884627401 fac : 16.101136892590635
level 0. Dimension 1001 off-tree edges : 108
Solver build time: 0.007 seconds.
PCG stopped after: 0.004 seconds and 46 iterations with relative error 8.197667126364405e-7.
#155
Using greedy degree ordering. Factorization time: 0.0011439323425292969
Ratio of operator edges to original edges: 1.053656220322887
ratio of max to min diagonal of laplacian : 143056.5034140491
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 15 iterations with relative error 2.9576968791177155e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0008530616760253906
Ratio of operator edges to original edges: 1.7540687160940325
ratio of max to min diagonal of laplacian : 143056.5034140491
Solver build time: 0.001 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 2.8912447801702343e-7.
augTreeLap
Solver build time: 0.006 seconds.
PCG stopped after: 0.002 seconds and 19 iterations with relative error 6.247122548093178e-7.
KMPLapSolver
akpw stretch : 2.110155126659526
aveStretch : 12.475061402671471 fac : 15.540471359617241
level 0. Dimension 1000 off-tree edges : 107
Solver build time: 0.006 seconds.
PCG stopped after: 0.005 seconds and 44 iterations with relative error 8.647080523723702e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.31156381590674703.
wted_chimera(1000, 35)
generalizedNecklace(0.008369644708176527*chimera(13),chimera(76),2)
grown_graph_ijv(13, 2, ver=V06)
rand_regular_ijv(76, 3, ver=V06)
join_graphs!(gr(988),chimera(12),2), Val{6}
ErdosRenyiClusterFix_ijv(12, 2, ver=V06)
augTreeSddm
Solver build time: 0.02 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 5.424426475314274e-7.
KMPSDDMSolver
akpw stretch : 2.8772387393708376
aveStretch : 5.128124517992914 fac : 6.389147169289956
level 0. Dimension 1001 off-tree edges : 834
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 66 iterations with relative error 9.828941736951672e-7.
#155
Using greedy degree ordering. Factorization time: 0.0018668174743652344
Ratio of operator edges to original edges: 1.2581214689265536
ratio of max to min diagonal of laplacian : 19468.401930997905
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 18 iterations with relative error 4.7102846427561016e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0016739368438720703
Ratio of operator edges to original edges: 1.7232532751091703
ratio of max to min diagonal of laplacian : 19468.401930997905
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 8.968379346330478e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 5.404307818319031e-7.
KMPLapSolver
akpw stretch : 2.873483589247485
aveStretch : 5.120314448380989 fac : 6.378493657775436
level 0. Dimension 1000 off-tree edges : 833
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 65 iterations with relative error 9.672472560418213e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.024 seconds and 200 iterations with relative error 0.040454433247103655.
wted_chimera(1000, 36)
augTreeSddm
Solver build time: 0.015 seconds.
PCG stopped after: 0.002 seconds and 23 iterations with relative error 6.35318456464151e-7.
KMPSDDMSolver
akpw stretch : 2.131128694810449
aveStretch : 3.5173158208036432 fac : 4.3822353262166684
level 0. Dimension 1001 off-tree edges : 816
Solver build time: 0.007 seconds.
PCG stopped after: 0.006 seconds and 53 iterations with relative error 7.584386018154569e-7.
#155
Using greedy degree ordering. Factorization time: 0.0023250579833984375
Ratio of operator edges to original edges: 1.5280739161336176
ratio of max to min diagonal of laplacian : 3277.692673396341
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 9.456253560496129e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0017850399017333984
Ratio of operator edges to original edges: 2.1367144432194047
ratio of max to min diagonal of laplacian : 3277.692673396341
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 6.104487730723275e-7.
augTreeLap
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 22 iterations with relative error 5.778554910569811e-7.
KMPLapSolver
akpw stretch : 2.131667846548017
aveStretch : 3.51882880200994 fac : 4.383486096935872
level 0. Dimension 1000 off-tree edges : 815
Solver build time: 0.008 seconds.
PCG stopped after: 0.006 seconds and 53 iterations with relative error 8.34768566968022e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.0001555551737588168.
wted_chimera(1000, 37)
joinGraphs(0.23071837463196287*chimera(55),chimera(945),20)
joinGraphs(0.0730400278843765*chimera(26),chimera(29),10)
rand_regular_ijv(26, 3, ver=V06)
rand_regular_ijv(29, 3, ver=V06)
rand_regular_ijv(945, 3, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.003 seconds and 31 iterations with relative error 8.677408498989389e-7.
KMPSDDMSolver
akpw stretch : 3.6718607616394703
aveStretch : 8.751443958672688 fac : 10.903452753451754
level 0. Dimension 1001 off-tree edges : 526
Solver build time: 0.011 seconds.
PCG stopped after: 0.008 seconds and 73 iterations with relative error 9.836677180388392e-7.
#155
Using greedy degree ordering. Factorization time: 0.0022439956665039062
Ratio of operator edges to original edges: 1.9084786053882725
ratio of max to min diagonal of laplacian : 113.2568044824851
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 5.166117338079203e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.002112150192260742
Ratio of operator edges to original edges: 2.854330708661417
ratio of max to min diagonal of laplacian : 30.142698958298222
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 9.751734502473273e-7.
augTreeLap
Solver build time: 0.02 seconds.
PCG stopped after: 0.005 seconds and 34 iterations with relative error 8.87554502951294e-7.
KMPLapSolver
akpw stretch : 3.6747852554037173
aveStretch : 8.76451948425765 fac : 10.918163817353696
level 0. Dimension 1000 off-tree edges : 525
Solver build time: 0.005 seconds.
PCG stopped after: 0.008 seconds and 72 iterations with relative error 9.559439933826586e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.003 seconds and 83 iterations with relative error 9.976851739988269e-7.
wted_chimera(1000, 38)
augTreeSddm
Solver build time: 0.013 seconds.
PCG stopped after: 0.002 seconds and 22 iterations with relative error 8.373870227955679e-7.
KMPSDDMSolver
akpw stretch : 2.382015581357848
aveStretch : 3.194487998381865 fac : 3.9800230826260194
level 0. Dimension 1001 off-tree edges : 1701
Solver build time: 0.012 seconds.
PCG stopped after: 0.008 seconds and 64 iterations with relative error 8.549036988524278e-7.
#155
Using greedy degree ordering. Factorization time: 0.00335693359375
Ratio of operator edges to original edges: 1.6982968369829683
ratio of max to min diagonal of laplacian : 309.5308870258285
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 15 iterations with relative error 7.573573448996067e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0029320716857910156
Ratio of operator edges to original edges: 2.132271211559837
ratio of max to min diagonal of laplacian : 126.93741995982803
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 4.0108410385984993e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.004 seconds and 22 iterations with relative error 4.899226464825218e-7.
KMPLapSolver
akpw stretch : 2.382761057248651
aveStretch : 3.195336525596536 fac : 3.980504316374589
level 0. Dimension 1000 off-tree edges : 1700
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 62 iterations with relative error 8.813895738592667e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 149 iterations with relative error 9.697834640417767e-7.
wted_chimera(1000, 39)
generalizedNecklace(0.09442010615991253*chimera(30),chimera(33),2)
joinGraphs(0.5667434275489004*chimera(16),chimera(14),4)
ErdosRenyiClusterFix_ijv(16, 2, ver=V06)
grown_graph_ijv(14, 2, ver=V06)
joinGraphs(0.16761835638546635*chimera(14),chimera(19),4)
firstn(grid2_ijv(ceil(Integer, sqrt(14))), 14)
cbt_ijv(19)
join_graphs!(gr(990),chimera(10),2), Val{6}
rand_regular_ijv(10, 3, ver=V06)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.001 seconds and 6 iterations with relative error 9.256609077889161e-7.
KMPSDDMSolver
akpw stretch : 1.435872455371251
aveStretch : 2.1784149687805345 fac : 2.7140943599338416
level 0. Dimension 1001 off-tree edges : 587
Solver build time: 0.006 seconds.
PCG stopped after: 0.01 seconds and 37 iterations with relative error 7.420521589113974e-7.
#155
Using greedy degree ordering. Factorization time: 0.0016560554504394531
Ratio of operator edges to original edges: 1.1241779497098645
ratio of max to min diagonal of laplacian : 76976.83605441105
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 6.47159024015063e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0013298988342285156
Ratio of operator edges to original edges: 1.5810725552050473
ratio of max to min diagonal of laplacian : 76976.83605441103
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 8.298567836687483e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.001 seconds and 7 iterations with relative error 2.8230845990950386e-7.
KMPLapSolver
akpw stretch : 1.4312505505667916
aveStretch : 2.1664370693658097 fac : 2.698780562449397
level 0. Dimension 1000 off-tree edges : 586
Solver build time: 0.006 seconds.
PCG stopped after: 0.004 seconds and 37 iterations with relative error 8.604472307691886e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.18940869166591925.
wted_chimera(1000, 40)
augTreeSddm
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 4.260947374447307e-12.
KMPSDDMSolver
akpw stretch : 1.0751684445020746
aveStretch : 76.24361294659569 fac : 94.99216762872956
level 0. Dimension 1001 off-tree edges : 1
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 2 iterations with relative error 6.119785752727621e-12.
#155
Using greedy degree ordering. Factorization time: 0.0010149478912353516
Ratio of operator edges to original edges: 0.9939969984992496
ratio of max to min diagonal of laplacian : 1479.8423737307255
Solver build time: 0.001 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 8.794846043472193e-12.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0005168914794921875
Ratio of operator edges to original edges: 1.0
ratio of max to min diagonal of laplacian : 822.4871116258211
Solver build time: 0.001 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 1.760821939945979e-11.
augTreeLap
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 2.6396145227336036e-11.
KMPLapSolver
The graph is a tree. Solve directly
Solver build time: 0.001 seconds.
Solve time: 0.0 seconds.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.006 seconds and 200 iterations with relative error 3.7947675021552723.
wted_chimera(1000, 41)
productGraph(0.01444883358753811*chimera(52),chimera(19))
joinGraphs(0.4743362053971273*chimera(21),chimera(31),3)
grown_graph_ijv(21, 2, ver=V06)
joinGraphs(0.6565567108123975*chimera(11),chimera(20),6)
rand_gen_ring_ijv(11, 4, ver=V06, verbose=true)
gens: [1, 9, 6, 7]
cbt_ijv(20)
ErdosRenyiClusterFix_ijv(19, 2, ver=V06)
join_graphs!(gr(988),chimera(12),2), Val{6}
firstn(grid2_ijv(ceil(Integer, sqrt(12))), 12)
augTreeSddm
Solver build time: 0.024 seconds.
PCG stopped after: 0.003 seconds and 24 iterations with relative error 8.064638712858267e-7.
KMPSDDMSolver
akpw stretch : 1.7077220948730045
aveStretch : 2.0479731020234864 fac : 2.5515764099847873
level 0. Dimension 1001 off-tree edges : 2080
Solver build time: 0.008 seconds.
PCG stopped after: 0.007 seconds and 53 iterations with relative error 8.808214395596299e-7.
#155
Using greedy degree ordering. Factorization time: 0.0036110877990722656
Ratio of operator edges to original edges: 1.6331535066208926
ratio of max to min diagonal of laplacian : 5035.923664219529
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 2.857851160499039e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.003206968307495117
Ratio of operator edges to original edges: 2.010071474983756
ratio of max to min diagonal of laplacian : 3524.081565755504
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 9.272087367068102e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.004 seconds and 32 iterations with relative error 9.202404629579899e-7.
KMPLapSolver
akpw stretch : 1.7080212963208008
aveStretch : 2.0482393218256023 fac : 2.551538905584565
level 0. Dimension 1000 off-tree edges : 2079
Solver build time: 0.008 seconds.
PCG stopped after: 0.007 seconds and 55 iterations with relative error 7.449994749810974e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 200 iterations with relative error 0.01655573504135169.
wted_chimera(1000, 42)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 3.836886315882833e-7.
KMPSDDMSolver
akpw stretch : 2.540926088374292
aveStretch : 4.183704434189106 fac : 5.21249108695728
level 0. Dimension 1001 off-tree edges : 938
Solver build time: 0.006 seconds.
PCG stopped after: 0.007 seconds and 59 iterations with relative error 7.891318762972929e-7.
#155
Using greedy degree ordering. Factorization time: 0.0024471282958984375
Ratio of operator edges to original edges: 1.5030653950953679
ratio of max to min diagonal of laplacian : 4824.174434200962
Solver build time: 0.003 seconds.
PCG stopped after: 0.003 seconds and 18 iterations with relative error 7.437984436744053e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0018088817596435547
Ratio of operator edges to original edges: 2.06146694214876
ratio of max to min diagonal of laplacian : 3537.445859622284
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 7.860957362052323e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 4.5010085392580877e-7.
KMPLapSolver
akpw stretch : 2.5352626656315107
aveStretch : 4.172111548199145 fac : 5.197295462612531
level 0. Dimension 1000 off-tree edges : 937
Solver build time: 0.006 seconds.
PCG stopped after: 0.012 seconds and 58 iterations with relative error 9.421756766178886e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.23848700431271874.
wted_chimera(1000, 43)
joinGraphs(0.10247851172770052*chimera(26),chimera(974),2)
firstn(grid2_ijv(ceil(Integer, sqrt(26))), 26)
firstn(grid2_ijv(ceil(Integer, sqrt(974))), 974)
augTreeSddm
Solver build time: 0.019 seconds.
PCG stopped after: 0.002 seconds and 24 iterations with relative error 7.888873310576398e-7.
KMPSDDMSolver
akpw stretch : 6.461308520459209
aveStretch : 12.333683273641153 fac : 15.366576474150296
level 0. Dimension 1001 off-tree edges : 930
Solver build time: 0.006 seconds.
PCG stopped after: 0.011 seconds and 96 iterations with relative error 8.067109429974221e-7.
#155
Using greedy degree ordering. Factorization time: 0.001989126205444336
Ratio of operator edges to original edges: 1.3855874316939891
ratio of max to min diagonal of laplacian : 25.000000000000046
Solver build time: 0.002 seconds.
PCG stopped after: 0.003 seconds and 20 iterations with relative error 4.64578028406445e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0019919872283935547
Ratio of operator edges to original edges: 2.0892116182572615
ratio of max to min diagonal of laplacian : 24.395358186337088
Solver build time: 0.002 seconds.
PCG stopped after: 0.003 seconds and 20 iterations with relative error 8.747993335610351e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.003 seconds and 24 iterations with relative error 9.086934341168869e-7.
KMPLapSolver
akpw stretch : 6.7069012533155865
aveStretch : 12.843816594609743 fac : 15.999838196705488
level 0. Dimension 1000 off-tree edges : 929
Solver build time: 0.006 seconds.
PCG stopped after: 0.011 seconds and 102 iterations with relative error 8.091123364306064e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 169 iterations with relative error 9.396731482310559e-7.
wted_chimera(1000, 44)
augTreeSddm
Solver build time: 0.013 seconds.
PCG stopped after: 0.005 seconds and 40 iterations with relative error 9.549248579417901e-7.
KMPSDDMSolver
akpw stretch : 2.7587217718032093
aveStretch : 3.2497105411508356 fac : 4.048825029921842
level 0. Dimension 1001 off-tree edges : 3582
Solver build time: 0.009 seconds.
PCG stopped after: 0.011 seconds and 76 iterations with relative error 9.313507960407596e-7.
#155
Using greedy degree ordering. Factorization time: 0.007155179977416992
Ratio of operator edges to original edges: 2.293548387096774
ratio of max to min diagonal of laplacian : 418108.85660115146
Solver build time: 0.008 seconds.
PCG stopped after: 0.003 seconds and 11 iterations with relative error 5.316981936854255e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.005912065505981445
Ratio of operator edges to original edges: 2.6873362445414846
ratio of max to min diagonal of laplacian : 418108.85660115146
Solver build time: 0.006 seconds.
PCG stopped after: 0.002 seconds and 10 iterations with relative error 6.625531211444331e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.006 seconds and 41 iterations with relative error 7.680918940498517e-7.
KMPLapSolver
akpw stretch : 2.759263305657416
aveStretch : 3.2500491315026463 fac : 4.048661069888592
level 0. Dimension 1000 off-tree edges : 3581
Solver build time: 0.054 seconds.
PCG stopped after: 0.035 seconds and 74 iterations with relative error 8.026755048171246e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.012 seconds and 200 iterations with relative error 0.29669780012133223.
wted_chimera(1000, 45)
joinGraphs(0.012615970885049215*chimera(11),chimera(989),2)
grown_graph_ijv(11, 2, ver=V06)
joinGraphs(0.3382724389992923*chimera(75),chimera(914),3)
joinGraphs(0.012006315419657045*chimera(24),chimera(51),2)
ErdosRenyiClusterFix_ijv(24, 2, ver=V06)
joinGraphs(0.6775770625300411*chimera(33),chimera(18),3)
joinGraphs(0.46857119984076856*chimera(12),chimera(21),4)
cbt_ijv(12)
firstn(grid2_ijv(ceil(Integer, sqrt(21))), 21)
rand_regular_ijv(18, 3, ver=V06)
joinGraphs(0.003174512605270133*chimera(11),chimera(903),3)
firstn(grid2_ijv(ceil(Integer, sqrt(11))), 11)
joinGraphs(0.010592677578553788*chimera(72),chimera(831),20)
joinGraphs(0.8269744737026474*chimera(28),chimera(44),4)
cbt_ijv(28)
joinGraphs(0.5036837807387877*chimera(25),chimera(19),8)
ErdosRenyiClusterFix_ijv(25, 2, ver=V06)
ring_graph_ijv(19)
joinGraphs(0.36800501528572005*chimera(17),chimera(814),3)
firstn(grid2_ijv(ceil(Integer, sqrt(17))), 17)
joinGraphs(0.04140563541414743*chimera(51),chimera(763),14)
joinGraphs(0.0421080423113819*chimera(37),chimera(14),4)
joinGraphs(0.19608061645835087*chimera(21),chimera(16),5)
firstn(grid2_ijv(ceil(Integer, sqrt(21))), 21)
ErdosRenyiClusterFix_ijv(16, 2, ver=V06)
ring_graph_ijv(14)
joinGraphs(0.5315202103319866*chimera(62),chimera(701),4)
joinGraphs(0.5605373419366005*chimera(37),chimera(25),5)
joinGraphs(0.1121470873946512*chimera(23),chimera(14),2)
rand_gen_ring_ijv(23, 4, ver=V06, verbose=true)
gens: [1, 6, 11, 22]
ErdosRenyiClusterFix_ijv(14, 2, ver=V06)
rand_regular_ijv(25, 3, ver=V06)
joinGraphs(0.021888911358747886*chimera(29),chimera(672),3)
rand_gen_ring_ijv(29, 4, ver=V06, verbose=true)
gens: [1, 6, 7, 3]
joinGraphs(0.19831545190778857*chimera(127),chimera(545),25)
joinGraphs(0.13213831357558498*chimera(81),chimera(46),4)
joinGraphs(0.9592496947005107*chimera(46),chimera(35),2)
cbt_ijv(46)
joinGraphs(0.9137366832805309*chimera(18),chimera(17),3)
firstn(grid2_ijv(ceil(Integer, sqrt(18))), 18)
rand_gen_ring_ijv(17, 4, ver=V06, verbose=true)
gens: [1, 4, 6, 5]
joinGraphs(0.6312047035690707*chimera(29),chimera(17),2)
ErdosRenyiClusterFix_ijv(29, 2, ver=V06)
ErdosRenyiClusterFix_ijv(17, 2, ver=V06)
joinGraphs(0.012745838649186526*chimera(77),chimera(468),24)
joinGraphs(0.2928906721737958*chimera(33),chimera(44),2)
joinGraphs(0.5740845308395991*chimera(10),chimera(23),2)
grown_graph_ijv(10, 2, ver=V06)
firstn(grid2_ijv(ceil(Integer, sqrt(23))), 23)
joinGraphs(0.019580938795984323*chimera(15),chimera(29),8)
ErdosRenyiClusterFix_ijv(15, 2, ver=V06)
ErdosRenyiClusterFix_ijv(29, 2, ver=V06)
joinGraphs(0.46675803353355944*chimera(111),chimera(357),6)
joinGraphs(0.05435198275583134*chimera(44),chimera(67),5)
ErdosRenyiClusterFix_ijv(44, 2, ver=V06)
joinGraphs(0.0006357167496052494*chimera(21),chimera(46),3)
grown_graph_ijv(21, 2, ver=V06)
joinGraphs(0.05269593385510675*chimera(19),chimera(27),3)
path_graph_ijv(19)
grown_graph_ijv(27, 2, ver=V06)
joinGraphs(0.8595926563171721*chimera(11),chimera(346),5)
rand_regular_ijv(11, 3, ver=V06)
joinGraphs(0.9714342453433183*chimera(16),chimera(330),4)
rand_gen_ring_ijv(16, 4, ver=V06, verbose=true)
gens: [1, 3, 6, 8]
generalizedNecklace(0.6452076123733309*chimera(10),chimera(33),2)
ErdosRenyiClusterFix_ijv(10, 2, ver=V06)
rand_gen_ring_ijv(33, 4, ver=V06, verbose=true)
gens: [1, 10, 11, 6]
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.002 seconds and 23 iterations with relative error 6.185698394267393e-7.
KMPSDDMSolver
akpw stretch : 2.531834760037658
aveStretch : 4.418330769936546 fac : 5.504812808791824
level 0. Dimension 1001 off-tree edges : 812
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 59 iterations with relative error 9.930665941628002e-7.
#155
Using greedy degree ordering. Factorization time: 0.002248048782348633
Ratio of operator edges to original edges: 1.4462633451957296
ratio of max to min diagonal of laplacian : 629424.0768756736
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 8.053804916886809e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0017900466918945312
Ratio of operator edges to original edges: 2.018232044198895
ratio of max to min diagonal of laplacian : 629424.0768756736
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 7.209230837298574e-7.
augTreeLap
Solver build time: 0.035 seconds.
PCG stopped after: 0.003 seconds and 24 iterations with relative error 8.897225765699346e-7.
KMPLapSolver
akpw stretch : 2.5227234993465677
aveStretch : 4.3984334572349315 fac : 5.4792298781554765
level 0. Dimension 1000 off-tree edges : 811
Solver build time: 0.007 seconds.
PCG stopped after: 0.027 seconds and 64 iterations with relative error 7.489562794534331e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.05972549598139434.
wted_chimera(1000, 46)
augTreeSddm
Solver build time: 0.02 seconds.
PCG stopped after: 0.002 seconds and 22 iterations with relative error 8.005492568489006e-7.
KMPSDDMSolver
akpw stretch : 4.752357188608995
aveStretch : 12.856800360550666 fac : 16.018329769786583
level 0. Dimension 1001 off-tree edges : 463
Solver build time: 0.009 seconds.
PCG stopped after: 0.01 seconds and 81 iterations with relative error 8.856763085228605e-7.
#155
Using greedy degree ordering. Factorization time: 0.0014851093292236328
Ratio of operator edges to original edges: 1.1170255993498577
ratio of max to min diagonal of laplacian : 49.999999999999844
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 9.531300076016115e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0013251304626464844
Ratio of operator edges to original edges: 1.8761122518822724
ratio of max to min diagonal of laplacian : 24.621693775435112
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 3.305683316500898e-7.
augTreeLap
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 22 iterations with relative error 5.982819554484286e-7.
KMPLapSolver
akpw stretch : 4.489748905228297
aveStretch : 12.03576439510506 fac : 14.993228957829189
level 0. Dimension 1000 off-tree edges : 462
Solver build time: 0.014 seconds.
PCG stopped after: 0.008 seconds and 76 iterations with relative error 8.871234390213886e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.006 seconds and 154 iterations with relative error 8.301068850013275e-7.
wted_chimera(1000, 47)
generalizedNecklace(0.6465247689581521*chimera(87),chimera(11),2)
joinGraphs(0.5367651957968245*chimera(54),chimera(33),8)
rand_gen_ring_ijv(54, 4, ver=V06, verbose=true)
gens: [1, 36, 42, 13]
rand_regular_ijv(33, 3, ver=V06)
firstn(grid2_ijv(ceil(Integer, sqrt(11))), 11)
join_graphs!(gr(957),chimera(43),2), Val{6}
joinGraphs(0.2763700874186455*chimera(18),chimera(25),5)
path_graph_ijv(18)
path_graph_ijv(25)
augTreeSddm
Solver build time: 0.014 seconds.
PCG stopped after: 0.003 seconds and 26 iterations with relative error 9.384675318324129e-7.
KMPSDDMSolver
akpw stretch : 1.8068902606971529
aveStretch : 2.198394511399315 fac : 2.738986937662522
level 0. Dimension 1001 off-tree edges : 2061
Solver build time: 0.009 seconds.
PCG stopped after: 0.007 seconds and 58 iterations with relative error 7.943829271168737e-7.
#155
Using greedy degree ordering. Factorization time: 0.0036809444427490234
Ratio of operator edges to original edges: 1.549150036954915
ratio of max to min diagonal of laplacian : 121900.6739317542
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 4.218665190281776e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0028839111328125
Ratio of operator edges to original edges: 1.911082052958483
ratio of max to min diagonal of laplacian : 121900.6739317542
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 5.212997573668651e-7.
augTreeLap
Solver build time: 0.022 seconds.
PCG stopped after: 0.004 seconds and 26 iterations with relative error 6.497527058321268e-7.
KMPLapSolver
akpw stretch : 1.8049977245396627
aveStretch : 2.1953825433819563 fac : 2.734838606207173
level 0. Dimension 1000 off-tree edges : 2060
Solver build time: 0.009 seconds.
PCG stopped after: 0.007 seconds and 58 iterations with relative error 9.374960497670101e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 200 iterations with relative error 0.2780598013734037.
wted_chimera(1000, 48)
augTreeSddm
Solver build time: 0.013 seconds.
PCG stopped after: 0.005 seconds and 43 iterations with relative error 6.660883012425636e-7.
KMPSDDMSolver
akpw stretch : 3.1209644195673785
aveStretch : 3.8548621426010756 fac : 4.802785396490777
level 0. Dimension 1001 off-tree edges : 2890
Solver build time: 0.009 seconds.
PCG stopped after: 0.018 seconds and 79 iterations with relative error 9.888401368496512e-7.
#155
Using greedy degree ordering. Factorization time: 0.005697965621948242
Ratio of operator edges to original edges: 1.998772504091653
ratio of max to min diagonal of laplacian : 299.32925221923864
Solver build time: 0.006 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 6.421369106993142e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.004870891571044922
Ratio of operator edges to original edges: 2.327932098765432
ratio of max to min diagonal of laplacian : 72.39752945296148
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 3.921340072890943e-7.
augTreeLap
Solver build time: 0.014 seconds.
PCG stopped after: 0.007 seconds and 44 iterations with relative error 9.674564122687438e-7.
KMPLapSolver
akpw stretch : 3.121852415052726
aveStretch : 3.855577081940118 fac : 4.802981186437767
level 0. Dimension 1000 off-tree edges : 2889
Solver build time: 0.009 seconds.
PCG stopped after: 0.011 seconds and 80 iterations with relative error 8.440781233181892e-7.
cgLapSolver
Solver build time: 0.001 seconds.
CG stopped after: 0.009 seconds and 152 iterations with relative error 9.988951258816727e-7.
wted_chimera(1000, 49)
generalizedNecklace(0.5150779993229215*chimera(83),chimera(12),2)
joinGraphs(0.07142486802564012*chimera(45),chimera(38),4)
firstn(grid2_ijv(ceil(Integer, sqrt(45))), 45)
ErdosRenyiClusterFix_ijv(38, 2, ver=V06)
rand_regular_ijv(12, 3, ver=V06)
join_graphs!(gr(996),chimera(4),2), Val{6}
ErdosRenyiClusterFix_ijv(4, 2, ver=V06)
augTreeSddm
Solver build time: 0.009 seconds.
PCG stopped after: 0.002 seconds and 18 iterations with relative error 5.531271385779731e-7.
KMPSDDMSolver
akpw stretch : 1.796168300389856
aveStretch : 3.4548522595353908 fac : 4.304411770205001
level 0. Dimension 1001 off-tree edges : 480
Solver build time: 0.006 seconds.
PCG stopped after: 0.013 seconds and 44 iterations with relative error 7.243838367236638e-7.
#155
Using greedy degree ordering. Factorization time: 0.0017821788787841797
Ratio of operator edges to original edges: 1.20863599677159
ratio of max to min diagonal of laplacian : 622.2458551444639
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 4.444243610405761e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0013880729675292969
Ratio of operator edges to original edges: 1.790933694181326
ratio of max to min diagonal of laplacian : 622.2458551444639
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 5.232841417874399e-7.
augTreeLap
Solver build time: 0.01 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 6.546716755921784e-7.
KMPLapSolver
akpw stretch : 1.7554397732908367
aveStretch : 3.3309811793817476 fac : 4.149479986248476
level 0. Dimension 1000 off-tree edges : 479
Solver build time: 0.006 seconds.
PCG stopped after: 0.005 seconds and 44 iterations with relative error 7.645446680111746e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.0020928962320533474.
wted_chimera(1000, 50)
augTreeSddm
Solver build time: 0.013 seconds.
PCG stopped after: 0.003 seconds and 22 iterations with relative error 5.01095227600954e-7.
KMPSDDMSolver
akpw stretch : 2.2929279417620196
aveStretch : 3.094992421763272 fac : 3.8560612171371607
level 0. Dimension 1001 off-tree edges : 1612
Solver build time: 0.007 seconds.
PCG stopped after: 0.008 seconds and 63 iterations with relative error 7.721569118432762e-7.
#155
Using greedy degree ordering. Factorization time: 0.0033271312713623047
Ratio of operator edges to original edges: 1.6310249307479225
ratio of max to min diagonal of laplacian : 369.53261138417065
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 15 iterations with relative error 8.723020086828866e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0024671554565429688
Ratio of operator edges to original edges: 2.0724137931034483
ratio of max to min diagonal of laplacian : 250.20236360435058
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 8.424310495189469e-7.
augTreeLap
Solver build time: 0.022 seconds.
PCG stopped after: 0.003 seconds and 20 iterations with relative error 9.111979758411816e-7.
KMPLapSolver
akpw stretch : 2.2936265872799035
aveStretch : 3.09581961067694 fac : 3.8565338030291185
level 0. Dimension 1000 off-tree edges : 1611
Solver build time: 0.007 seconds.
PCG stopped after: 0.008 seconds and 64 iterations with relative error 8.686675532092607e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 185 iterations with relative error 7.903628126508333e-7.
productGraph(0.37972767479276753*chimera(28),chimera(35))
complete_binary_tree(28)
joinGraphs(0.15303556675598812*chimera(24),chimera(11),3)
gens: [1, 22, 8, 3]
rand_gen_ring(24, 4)
grown_graph(11)
join_graphs!(gr(980),chimera(20),2), Val{7}
grown_graph(20)
gens: [1, 268, 4, 87]
rand_gen_ring(1000, 4)
thicken(2)
joinGraphs(0.20570792822908165*chimera(988),chimera(12),4)
joinGraphs(0.9769314255631816*chimera(969),chimera(19),5)
productGraph(0.7577611297950738*chimera(59),chimera(16))
joinGraphs(0.44405800003253476*chimera(47),chimera(12),5)
joinGraphs(0.7770938670724522*chimera(34),chimera(13),2)
ErdosRenyiClusterFix_ijv(34,2)
firstn_grid2(13)
grown_graph(12)
firstn_grid2(16)
join_graphs!(gr(944),chimera(25),2), Val{7}
grown_graph(25)
gens: [1, 4, 18, 3]
rand_gen_ring(19, 4)
gens: [1, 3, 6, 6]
rand_gen_ring(12, 4)
grown_graph(1000)
joinGraphs(0.47093882411713006*chimera(989),chimera(11),3)
joinGraphs(0.04553746054163804*chimera(528),chimera(461),204)
joinGraphs(0.022746589105450108*chimera(403),chimera(125),3)
generalizedNecklace(0.00028479766305711094*chimera(31),chimera(13),2)
joinGraphs(0.016031130451078915*chimera(12),chimera(19),3)
rand_regular_ijv(12,3)
grown_graph(19)
path_graph(13)
joinGraphs(0.017230646811310674*chimera(113),chimera(12),2)
joinGraphs(0.5659049538606281*chimera(58),chimera(55),9)
ErdosRenyiClusterFix_ijv(58,2)
joinGraphs(0.43730012035167637*chimera(44),chimera(11),5)
grown_graph(44)
complete_binary_tree(11)
grown_graph(12)
joinGraphs(0.014743271867783748*chimera(448),chimera(13),2)
two_lift(chimera(224, 3
joinGraphs(0.25814714252008575*chimera(182),chimera(42),4)
joinGraphs(0.3529506676744897*chimera(161),chimera(21),2)
ErdosRenyiClusterFix_ijv(161,2)
firstn_grid2(21)
ring_graph(42)
rand_regular_ijv(13,3)
grown_graph(11)
generalizedNecklace(0.4316306691685885*chimera(21),chimera(47),2)
firstn_grid2(21)
joinGraphs(0.008858215658144741*chimera(10),chimera(37),2)
grown_graph(10)
joinGraphs(3.9958088638624794e-5*chimera(14),chimera(23),3)
rand_regular_ijv(14,3)
firstn_grid2(23)
join_graphs!(gr(987),chimera(13),2), Val{7}
firstn_grid2(13)
thicken(2)
productGraph(0.3321132314946871*chimera(23),chimera(43))
firstn_grid2(23)
gens: [1, 5, 10, 9]
rand_gen_ring(43, 4)
join_graphs!(gr(989),chimera(11),2), Val{7}
gens: [1, 5, 4, 10]
rand_gen_ring(11, 4)
joinGraphs(0.7180505512081559*chimera(968),chimera(32),10)
joinGraphs(0.5732646164730553*chimera(951),chimera(17),4)
joinGraphs(0.03443908041690379*chimera(607),chimera(344),9)
generalizedNecklace(0.1279956249389802*chimera(41),chimera(14),2)
complete_binary_tree(41)
gens: [1, 4, 4, 7]
rand_gen_ring(14, 4)
join_graphs!(gr(574),chimera(33),2), Val{7}
joinGraphs(0.040251449524345576*chimera(19),chimera(14),7)
grown_graph(19)
firstn_grid2(14)
joinGraphs(0.10191542836476612*chimera(309),chimera(35),5)
joinGraphs(0.05155458425679834*chimera(289),chimera(20),3)
grown_graph(289)
gens: [1, 3, 16, 4]
rand_gen_ring(20, 4)
joinGraphs(0.9462915839003778*chimera(21),chimera(14),2)
rand_regular_ijv(21,3)
ErdosRenyiClusterFix_ijv(14,2)
gens: [1, 9, 5, 15]
rand_gen_ring(17, 4)
joinGraphs(0.07120945158713983*chimera(16),chimera(16),8)
gens: [1, 5, 15, 7]
rand_gen_ring(16, 4)
ring_graph(16)
joinGraphs(0.16336450196760152*chimera(571),chimera(429),20)
joinGraphs(0.593867818606771*chimera(377),chimera(194),2)
joinGraphs(0.12186129050213217*chimera(346),chimera(31),3)
joinGraphs(0.029820075091446196*chimera(303),chimera(43),13)
joinGraphs(0.026926777076345457*chimera(194),chimera(109),4)
joinGraphs(0.8157656337017113*chimera(135),chimera(59),21)
joinGraphs(0.043008415239366694*chimera(113),chimera(22),10)
firstn_grid2(113)
rand_regular_ijv(22,3)
joinGraphs(0.6392875196514824*chimera(36),chimera(23),12)
firstn_grid2(36)
grown_graph(23)
joinGraphs(0.0025999584951654224*chimera(92),chimera(17),6)
joinGraphs(0.9343060381883557*chimera(25),chimera(67),3)
ErdosRenyiClusterFix_ijv(25,2)
ring_graph(67)
gens: [1, 7, 5, 3]
rand_gen_ring(17, 4)
joinGraphs(0.32162325012040216*chimera(27),chimera(16),2)
ErdosRenyiClusterFix_ijv(27,2)
rand_regular_ijv(16,3)
joinGraphs(0.31660460445018207*chimera(10),chimera(21),5)
ring_graph(10)
complete_binary_tree(21)
joinGraphs(0.0003573379266215253*chimera(68),chimera(126),2)
joinGraphs(0.389562318674013*chimera(19),chimera(49),7)
ErdosRenyiClusterFix_ijv(19,2)
joinGraphs(0.38925638245768274*chimera(17),chimera(32),2)
firstn_grid2(17)
joinGraphs(0.030968669011872348*chimera(21),chimera(11),2)
firstn_grid2(21)
rand_regular_ijv(11,3)
joinGraphs(0.3234046184279135*chimera(44),chimera(82),11)
joinGraphs(0.06617871923551455*chimera(21),chimera(23),3)
firstn_grid2(21)
gens: [1, 15, 3, 6]
rand_gen_ring(23, 4)
joinGraphs(0.3875374465861053*chimera(18),chimera(64),6)
gens: [1, 14, 4, 3]
rand_gen_ring(18, 4)
grown_graph(64)
joinGraphs(0.7841602140727884*chimera(342),chimera(87),11)
joinGraphs(0.09935722069468192*chimera(293),chimera(49),2)
joinGraphs(0.829901968093929*chimera(236),chimera(57),14)
joinGraphs(0.15803236535682558*chimera(182),chimera(54),6)
joinGraphs(0.4564243440314255*chimera(90),chimera(92),39)
joinGraphs(0.45341844515048974*chimera(17),chimera(73),2)
ErdosRenyiClusterFix_ijv(17,2)
joinGraphs(0.884195331188221*chimera(52),chimera(21),3)
joinGraphs(0.3920647108959769*chimera(36),chimera(16),8)
joinGraphs(0.22490163997414953*chimera(16),chimera(20),6)
ErdosRenyiClusterFix_ijv(16,2)
firstn_grid2(20)
ring_graph(16)
firstn_grid2(21)
joinGraphs(0.00038182648633261333*chimera(24),chimera(68),6)
rand_regular_ijv(24,3)
joinGraphs(0.01746631394394884*chimera(46),chimera(22),9)
joinGraphs(7.677359240600315e-5*chimera(21),chimera(25),3)
grown_graph(21)
firstn_grid2(25)
grown_graph(22)
joinGraphs(0.0986204636562292*chimera(39),chimera(15),5)
joinGraphs(0.6844807068765306*chimera(22),chimera(17),2)
rand_regular_ijv(22,3)
grown_graph(17)
ErdosRenyiClusterFix_ijv(15,2)
joinGraphs(0.5573186927780808*chimera(43),chimera(14),3)
joinGraphs(0.5108876845311753*chimera(10),chimera(33),3)
rand_regular_ijv(10,3)
joinGraphs(0.05168918759861874*chimera(18),chimera(15),4)
firstn_grid2(18)
rand_regular_ijv(15,3)
grown_graph(14)
joinGraphs(0.04105363586859959*chimera(13),chimera(36),2)
grown_graph(13)
joinGraphs(0.6159477812372454*chimera(24),chimera(12),6)
rand_regular_ijv(24,3)
rand_regular_ijv(12,3)
joinGraphs(0.33405599034768824*chimera(59),chimera(28),2)
joinGraphs(0.009244677214005907*chimera(32),chimera(27),4)
joinGraphs(0.17136282371503472*chimera(18),chimera(14),7)
rand_regular_ijv(18,3)
ring_graph(14)
gens: [1, 9, 23, 11]
rand_gen_ring(27, 4)
ErdosRenyiClusterFix_ijv(28,2)
joinGraphs(0.4840856948621258*chimera(985),chimera(15),8)
generalizedNecklace(0.3326085025148461*chimera(18),chimera(54),2)
gens: [1, 4, 11, 11]
rand_gen_ring(18, 4)
joinGraphs(0.023569225370987656*chimera(23),chimera(31),3)
firstn_grid2(23)
joinGraphs(0.02509453390027877*chimera(16),chimera(15),2)
ErdosRenyiClusterFix_ijv(16,2)
path_graph(15)
join_graphs!(gr(972),chimera(13),2), Val{7}
grown_graph(13)
gens: [1, 10, 5, 3]
rand_gen_ring(15, 4)
gens: [1, 14, 197, 102]
rand_gen_ring(1000, 4)
generalizedNecklace(0.6650534316441408*chimera(28),chimera(35),2)
firstn_grid2(28)
joinGraphs(0.006838672774116334*chimera(12),chimera(23),2)
ErdosRenyiClusterFix_ijv(12,2)
grown_graph(23)
join_graphs!(gr(980),chimera(20),2), Val{7}
grown_graph(20)
firstn_grid2(1000)
joinGraphs(0.9555047472997507*chimera(981),chimera(19),5)
two_lift(chimera(490, 242
productGraph(0.8876312569390385*chimera(15),chimera(32))
firstn_grid2(15)
joinGraphs(0.43140730890458595*chimera(14),chimera(18),4)
gens: [1, 4, 4, 3]
rand_gen_ring(14, 4)
grown_graph(18)
join_graphs!(gr(480),chimera(10),2), Val{7}
grown_graph(10)
join_graphs!(gr(980),chimera(1),2), Val{7}
firstn_grid2(19)
generalizedNecklace(0.14949958936217392*chimera(27),chimera(37),2)
ring_graph(27)
joinGraphs(0.3522379591727374*chimera(12),chimera(25),2)
ring_graph(12)
path_graph(25)
join_graphs!(gr(999),chimera(1),2), Val{7}
thicken(2)
joinGraphs(0.8932653575960487*chimera(955),chimera(45),18)
joinGraphs(0.004900442677498663*chimera(935),chimera(20),2)
productGraph(0.01814554934801364*chimera(92),chimera(10))
joinGraphs(0.7382270689740437*chimera(37),chimera(55),4)
joinGraphs(0.6694881536728337*chimera(26),chimera(11),4)
firstn_grid2(26)
rand_regular_ijv(11,3)
joinGraphs(0.061627570404852894*chimera(35),chimera(20),4)
joinGraphs(0.22105631167921186*chimera(21),chimera(14),2)
rand_regular_ijv(21,3)
ErdosRenyiClusterFix_ijv(14,2)
complete_binary_tree(20)
ErdosRenyiClusterFix_ijv(10,2)
join_graphs!(gr(920),chimera(15),2), Val{7}
ErdosRenyiClusterFix_ijv(15,2)
grown_graph(20)
joinGraphs(0.13673235208307027*chimera(28),chimera(17),8)
complete_binary_tree(28)
ring_graph(17)
rand_regular_ijv(1000,3)
joinGraphs(1.5736110896744493e-6*chimera(931),chimera(69),2)
joinGraphs(0.6462958068553654*chimera(789),chimera(142),22)
productGraph(0.9862474452582027*chimera(12),chimera(65))
rand_regular_ijv(12,3)
gens: [1, 3, 45, 35]
rand_gen_ring(65, 4)
join_graphs!(gr(780),chimera(9),2), Val{7}
complete_binary_tree(9)
joinGraphs(0.6430030282776834*chimera(37),chimera(105),3)
joinGraphs(0.006451878365256489*chimera(11),chimera(26),3)
grown_graph(11)
ring_graph(26)
complete_binary_tree(105)
joinGraphs(0.09167991098671611*chimera(52),chimera(17),2)
joinGraphs(0.34400642143413457*chimera(37),chimera(15),7)
joinGraphs(0.4277923164867835*chimera(23),chimera(14),3)
complete_binary_tree(23)
firstn_grid2(14)
gens: [1, 4, 6, 5]
rand_gen_ring(15, 4)
rand_regular_ijv(17,3)
joinGraphs(0.0021661481984339547*chimera(945),chimera(55),4)
joinGraphs(0.40016968066304986*chimera(932),chimera(13),2)
joinGraphs(0.7366345076723392*chimera(917),chimera(15),2)
firstn_grid2(917)
ErdosRenyiClusterFix_ijv(15,2)
ring_graph(13)
joinGraphs(0.36546544243660006*chimera(40),chimera(15),3)
joinGraphs(0.009134902702710893*chimera(23),chimera(17),3)
ring_graph(23)
gens: [1, 11, 6, 12]
rand_gen_ring(17, 4)
complete_binary_tree(15)
thicken(2)
joinGraphs(0.26061934684123833*chimera(887),chimera(113),11)
joinGraphs(0.6567164288105163*chimera(758),chimera(129),13)
generalizedNecklace(0.5167891395372253*chimera(14),chimera(54),2)
gens: [1, 10, 6, 13]
rand_gen_ring(14, 4)
joinGraphs(0.09712821273837188*chimera(11),chimera(43),4)
firstn_grid2(11)
joinGraphs(0.07393061502003047*chimera(20),chimera(23),7)
ErdosRenyiClusterFix_ijv(20,2)
ErdosRenyiClusterFix_ijv(23,2)
join_graphs!(gr(756),chimera(2),2), Val{7}
firstn_grid2(2)
joinGraphs(0.06881337176052206*chimera(20),chimera(109),2)
firstn_grid2(20)
joinGraphs(0.20462123369936192*chimera(87),chimera(22),6)
grown_graph(87)
grown_graph(22)
firstn_grid2(113)
joinGraphs(0.224863457371798*chimera(930),chimera(70),12)
firstn_grid2(930)
joinGraphs(0.6048824669910297*chimera(54),chimera(16),8)
joinGraphs(0.7256265880860072*chimera(26),chimera(28),6)
gens: [1, 5, 10, 3]
rand_gen_ring(26, 4)
firstn_grid2(28)
grown_graph(16)
thicken(2)
joinGraphs(0.4815730947249337*chimera(984),chimera(16),5)
joinGraphs(0.06863752863628761*chimera(824),chimera(160),3)
ring_graph(824)
joinGraphs(0.6200741547696471*chimera(130),chimera(30),7)
joinGraphs(0.08350423818897142*chimera(35),chimera(95),3)
joinGraphs(0.8916279268496641*chimera(21),chimera(14),7)
rand_regular_ijv(21,3)
firstn_grid2(14)
joinGraphs(0.802680988926393*chimera(60),chimera(35),11)
grown_graph(60)
joinGraphs(0.3085545353651446*chimera(13),chimera(22),2)
firstn_grid2(13)
firstn_grid2(22)
joinGraphs(0.30278259176616384*chimera(18),chimera(12),3)
ErdosRenyiClusterFix_ijv(18,2)
rand_regular_ijv(12,3)
rand_regular_ijv(16,3)
grown_graph(1000)
thicken(2)
joinGraphs(0.06026413085115291*chimera(973),chimera(27),2)
joinGraphs(0.23435958507820764*chimera(947),chimera(26),5)
joinGraphs(0.11115091250610788*chimera(912),chimera(35),17)
two_lift(chimera(456, 175
generalizedNecklace(0.0750665824780962*chimera(25),chimera(18),2)
gens: [1, 7, 16, 10]
rand_gen_ring(25, 4)
rand_regular_ijv(18,3)
join_graphs!(gr(450),chimera(6),2), Val{7}
ErdosRenyiClusterFix_ijv(6,2)
joinGraphs(0.9155913005480338*chimera(19),chimera(16),5)
ErdosRenyiClusterFix_ijv(19,2)
complete_binary_tree(16)
gens: [1, 3, 5, 5]
rand_gen_ring(26, 4)
grown_graph(27)
generalizedNecklace(0.41665323411468*chimera(44),chimera(22),2)
joinGraphs(0.2162967241135278*chimera(23),chimera(21),8)
ring_graph(23)
gens: [1, 3, 8, 4]
rand_gen_ring(21, 4)
ErdosRenyiClusterFix_ijv(22,2)
join_graphs!(gr(968),chimera(32),2), Val{7}
joinGraphs(0.00019106397575871997*chimera(20),chimera(12),2)
firstn_grid2(20)
rand_regular_ijv(12,3)
joinGraphs(0.2670863913596056*chimera(960),chimera(40),3)
ErdosRenyiClusterFix_ijv(960,2)
joinGraphs(0.23568124050394723*chimera(10),chimera(30),4)
firstn_grid2(10)
joinGraphs(0.14220650560702733*chimera(19),chimera(11),2)
grown_graph(19)
grown_graph(11)
thicken(2)
joinGraphs(0.18077742419145582*chimera(986),chimera(14),4)
joinGraphs(0.005677455824973343*chimera(922),chimera(64),6)
joinGraphs(0.7714953423883257*chimera(897),chimera(25),2)
joinGraphs(0.5881689106371533*chimera(541),chimera(356),17)
joinGraphs(0.037699149400861956*chimera(510),chimera(31),7)
joinGraphs(0.004286811634188549*chimera(442),chimera(68),4)
rand_regular_ijv(442,3)
joinGraphs(0.4473487984376201*chimera(33),chimera(35),3)
joinGraphs(0.6244323273506422*chimera(17),chimera(16),4)
path_graph(17)
ErdosRenyiClusterFix_ijv(16,2)
gens: [1, 3, 19, 7]
rand_gen_ring(35, 4)
joinGraphs(0.32887530689464245*chimera(18),chimera(13),3)
path_graph(18)
gens: [1, 5, 5, 12]
rand_gen_ring(13, 4)
ring_graph(356)
firstn_grid2(25)
joinGraphs(0.162722105390433*chimera(12),chimera(52),2)
grown_graph(12)
complete_binary_tree(52)
rand_regular_ijv(14,3)
productGraph(0.24834014476755917*chimera(89),chimera(11))
joinGraphs(0.027310153313983593*chimera(45),chimera(44),16)
joinGraphs(0.15188498532806285*chimera(10),chimera(35),2)
gens: [1, 7, 3, 4]
rand_gen_ring(10, 4)
joinGraphs(0.5173112246048929*chimera(18),chimera(17),6)
gens: [1, 3, 6, 4]
rand_gen_ring(18, 4)
firstn_grid2(17)
joinGraphs(0.1870524266596355*chimera(27),chimera(17),7)
rand_regular_ijv(27,3)
gens: [1, 6, 10, 3]
rand_gen_ring(17, 4)
complete_binary_tree(11)
join_graphs!(gr(979),chimera(21),2), Val{7}
firstn_grid2(21)
joinGraphs(0.12575220465507472*chimera(905),chimera(95),2)
firstn_grid2(905)
complete_binary_tree(95)
joinGraphs(0.3286289329473803*chimera(979),chimera(21),6)
joinGraphs(0.9575286889039515*chimera(741),chimera(238),10)
joinGraphs(0.9228600992409427*chimera(705),chimera(36),17)
gens: [1, 5, 9, 3]
rand_gen_ring(705, 4)
joinGraphs(0.07367589867543915*chimera(14),chimera(22),3)
gens: [1, 3, 11, 4]
rand_gen_ring(14, 4)
firstn_grid2(22)
generalizedNecklace(0.5663871796856635*chimera(13),chimera(18),2)
ring_graph(13)
firstn_grid2(18)
join_graphs!(gr(234),chimera(4),2), Val{7}
complete_binary_tree(4)
grown_graph(21)
generalizedNecklace(0.39692448143964243*chimera(18),chimera(55),2)
path_graph(18)
joinGraphs(0.20441871279083534*chimera(36),chimera(19),10)
joinGraphs(0.2688632023720896*chimera(18),chimera(18),4)
rand_regular_ijv(18,3)
grown_graph(18)
ErdosRenyiClusterFix_ijv(19,2)
join_graphs!(gr(990),chimera(10),2), Val{7}
rand_regular_ijv(10,3)
joinGraphs(0.48300522770512033*chimera(613),chimera(387),7)
joinGraphs(0.6554100874548204*chimera(423),chimera(190),2)
productGraph(0.5066494586271509*chimera(10),chimera(42))
complete_binary_tree(10)
firstn_grid2(42)
join_graphs!(gr(420),chimera(3),2), Val{7}
ring_graph(3)
joinGraphs(0.6895144664381015*chimera(60),chimera(130),9)
joinGraphs(0.267856949222905*chimera(24),chimera(36),3)
ring_graph(24)
joinGraphs(0.10277092992606975*chimera(20),chimera(16),7)
path_graph(20)
complete_binary_tree(16)
joinGraphs(0.9696669498197913*chimera(73),chimera(57),4)
gens: [1, 47, 3, 4]
rand_gen_ring(73, 4)
firstn_grid2(57)
firstn_grid2(387)
grown_graph(1000)
productGraph(0.06969936640014711*chimera(66),chimera(15))
ErdosRenyiClusterFix_ijv(66,2)
firstn_grid2(15)
join_graphs!(gr(990),chimera(10),2), Val{7}
ErdosRenyiClusterFix_ijv(10,2)
joinGraphs(0.727527161527464*chimera(569),chimera(431),3)
joinGraphs(0.49053563348443935*chimera(542),chimera(27),5)
productGraph(0.031375420103926466*chimera(53),chimera(10))
joinGraphs(4.337925880018658e-6*chimera(20),chimera(33),2)
firstn_grid2(20)
joinGraphs(0.929262266246119*chimera(13),chimera(20),5)
gens: [1, 7, 3, 7]
rand_gen_ring(13, 4)
grown_graph(20)
ring_graph(10)
join_graphs!(gr(530),chimera(12),2), Val{7}
grown_graph(12)
firstn_grid2(27)
joinGraphs(0.411726575638892*chimera(415),chimera(16),2)
generalizedNecklace(0.7375022652795585*chimera(14),chimera(29),2)
ring_graph(14)
ring_graph(29)
join_graphs!(gr(406),chimera(9),2), Val{7}
grown_graph(9)
firstn_grid2(16)
joinGraphs(0.08841702215479826*chimera(980),chimera(20),6)
joinGraphs(0.7665434906903545*chimera(965),chimera(15),7)
generalizedNecklace(0.014435749311423858*chimera(19),chimera(50),2)
gens: [1, 5, 10, 3]
rand_gen_ring(19, 4)
joinGraphs(0.21297514979206242*chimera(39),chimera(11),4)
joinGraphs(0.1433502722142051*chimera(28),chimera(11),3)
rand_regular_ijv(28,3)
firstn_grid2(11)
grown_graph(11)
join_graphs!(gr(950),chimera(15),2), Val{7}
grown_graph(15)
gens: [1, 4, 6, 14]
rand_gen_ring(15, 4)
ErdosRenyiClusterFix_ijv(20,2)
joinGraphs(0.2804723996200858*chimera(989),chimera(11),2)
productGraph(0.6866015097028467*chimera(11),chimera(89))
ErdosRenyiClusterFix_ijv(11,2)
joinGraphs(0.5866370130428927*chimera(25),chimera(64),12)
gens: [1, 14, 7, 15]
rand_gen_ring(25, 4)
joinGraphs(0.3182557089717452*chimera(40),chimera(24),2)
rand_regular_ijv(40,3)
ErdosRenyiClusterFix_ijv(24,2)
join_graphs!(gr(979),chimera(10),2), Val{7}
rand_regular_ijv(10,3)
gens: [1, 4, 7, 5]
rand_gen_ring(11, 4)
joinGraphs(0.2980215172898677*chimera(982),chimera(18),2)
joinGraphs(0.42569502841954476*chimera(916),chimera(66),11)
gens: [1, 14, 114, 672]
rand_gen_ring(916, 4)
joinGraphs(0.03856881956683417*chimera(24),chimera(42),3)
ErdosRenyiClusterFix_ijv(24,2)
joinGraphs(0.1052848756027343*chimera(21),chimera(21),10)
firstn_grid2(21)
firstn_grid2(21)
ring_graph(18)
productGraph(0.009088865029471135*chimera(33),chimera(30))
grown_graph(33)
rand_regular_ijv(30,3)
join_graphs!(gr(990),chimera(10),2), Val{7}
firstn_grid2(10)
path_graph(1000)
joinGraphs(0.09201999739210626*chimera(980),chimera(20),3)
productGraph(0.09263249990484644*chimera(14),chimera(70))
rand_regular_ijv(14,3)
rand_regular_ijv(70,3)
firstn_grid2(20)
joinGraphs(0.6153359902477036*chimera(692),chimera(308),17)
joinGraphs(0.381109751993706*chimera(550),chimera(142),2)
joinGraphs(0.4832494394722544*chimera(522),chimera(28),9)
joinGraphs(0.7350891847282283*chimera(509),chimera(13),2)
ErdosRenyiClusterFix_ijv(509,2)
grown_graph(13)
rand_regular_ijv(28,3)
rand_regular_ijv(142,3)
generalizedNecklace(0.636832150405838*chimera(24),chimera(12),2)
firstn_grid2(24)
gens: [1, 6, 5, 11]
rand_gen_ring(12, 4)
join_graphs!(gr(288),chimera(20),2), Val{7}
firstn_grid2(20)
joinGraphs(0.4339786945852856*chimera(850),chimera(150),33)
path_graph(850)
joinGraphs(0.21288340944951886*chimera(95),chimera(55),12)
joinGraphs(0.9921043283272124*chimera(40),chimera(55),6)
joinGraphs(0.0036543547040342613*chimera(22),chimera(18),7)
ErdosRenyiClusterFix_ijv(22,2)
ErdosRenyiClusterFix_ijv(18,2)
joinGraphs(0.12830941030079257*chimera(41),chimera(14),3)
complete_binary_tree(41)
firstn_grid2(14)
joinGraphs(0.048127897017437304*chimera(44),chimera(11),2)
joinGraphs(0.00849507025299593*chimera(27),chimera(17),4)
firstn_grid2(27)
firstn_grid2(17)
gens: [1, 5, 4, 4]
rand_gen_ring(11, 4)
productGraph(0.8674934698909508*chimera(10),chimera(100))
rand_regular_ijv(10,3)
joinGraphs(0.24769577350380717*chimera(85),chimera(15),5)
grown_graph(85)
grown_graph(15)
generalizedNecklace(0.0006988057650335461*chimera(14),chimera(71),2)
firstn_grid2(14)
joinGraphs(0.6213737712726504*chimera(35),chimera(36),7)
joinGraphs(0.2680775933168745*chimera(24),chimera(11),2)
rand_regular_ijv(24,3)
ErdosRenyiClusterFix_ijv(11,2)
joinGraphs(0.10759405790182736*chimera(24),chimera(12),5)
ErdosRenyiClusterFix_ijv(24,2)
ErdosRenyiClusterFix_ijv(12,2)
join_graphs!(gr(994),chimera(6),2), Val{7}
grown_graph(6)
generalizedNecklace(0.003828803241217109*chimera(18),chimera(55),2)
ErdosRenyiClusterFix_ijv(18,2)
joinGraphs(0.3121466536581485*chimera(42),chimera(13),2)
joinGraphs(0.4466005819273259*chimera(25),chimera(17),3)
rand_regular_ijv(25,3)
path_graph(17)
ring_graph(13)
join_graphs!(gr(990),chimera(10),2), Val{7}
firstn_grid2(10)
joinGraphs(0.04552972384989722*chimera(909),chimera(91),2)
generalizedNecklace(0.712709963061902*chimera(24),chimera(37),2)
ErdosRenyiClusterFix_ijv(24,2)
joinGraphs(0.29812341213046023*chimera(22),chimera(15),4)
path_graph(22)
firstn_grid2(15)
join_graphs!(gr(888),chimera(21),2), Val{7}
firstn_grid2(21)
gens: [1, 6, 4, 27]
rand_gen_ring(91, 4)
joinGraphs(0.2868973251334308*chimera(630),chimera(370),12)
productGraph(0.07423506814581969*chimera(49),chimera(12))
gens: [1, 15, 20, 9]
rand_gen_ring(49, 4)
ring_graph(12)
join_graphs!(gr(588),chimera(42),2), Val{7}
joinGraphs(0.11358719675332728*chimera(24),chimera(18),4)
ErdosRenyiClusterFix_ijv(24,2)
grown_graph(18)
joinGraphs(0.060128879857676946*chimera(358),chimera(12),6)
joinGraphs(0.6966264402871071*chimera(345),chimera(13),3)
joinGraphs(0.24927081559562517*chimera(189),chimera(156),2)
joinGraphs(0.3147126910772966*chimera(81),chimera(108),2)
joinGraphs(0.7052636940598055*chimera(37),chimera(44),17)
rand_regular_ijv(37,3)
joinGraphs(0.6225293535671192*chimera(13),chimera(31),3)
complete_binary_tree(13)
joinGraphs(0.9969625856327282*chimera(14),chimera(17),6)
firstn_grid2(14)
rand_regular_ijv(17,3)
joinGraphs(0.0020601008037596223*chimera(89),chimera(19),6)
joinGraphs(0.43030292891042604*chimera(18),chimera(71),5)
ring_graph(18)
joinGraphs(0.09223302005766748*chimera(10),chimera(61),4)
ErdosRenyiClusterFix_ijv(10,2)
joinGraphs(0.4586867609601734*chimera(17),chimera(44),5)
firstn_grid2(17)
joinGraphs(0.26014977538702777*chimera(24),chimera(20),2)
gens: [1, 3, 11, 10]
rand_gen_ring(24, 4)
firstn_grid2(20)
gens: [1, 3, 7, 16]
rand_gen_ring(19, 4)
joinGraphs(0.006570419212996087*chimera(105),chimera(51),2)
grown_graph(105)
joinGraphs(0.6610386447197362*chimera(26),chimera(25),2)
ErdosRenyiClusterFix_ijv(26,2)
grown_graph(25)
grown_graph(13)
ring_graph(12)
joinGraphs(0.3271417011211379*chimera(913),chimera(87),7)
joinGraphs(0.943285286348274*chimera(512),chimera(401),109)
joinGraphs(0.2113521898167178*chimera(500),chimera(12),4)
joinGraphs(0.17114768164971014*chimera(464),chimera(36),4)
joinGraphs(0.6381220255438576*chimera(375),chimera(89),2)
productGraph(0.7321138102327639*chimera(11),chimera(34))
gens: [1, 3, 7, 5]
rand_gen_ring(11, 4)
joinGraphs(0.4560954543902611*chimera(23),chimera(11),2)
gens: [1, 16, 4, 4]
rand_gen_ring(23, 4)
rand_regular_ijv(11,3)
join_graphs!(gr(374),chimera(1),2), Val{7}
joinGraphs(0.46951041048608766*chimera(43),chimera(46),3)
joinGraphs(0.7463643551681141*chimera(10),chimera(33),2)
gens: [1, 3, 4, 5]
rand_gen_ring(10, 4)
gens: [1, 6, 15, 3]
rand_gen_ring(33, 4)
grown_graph(46)
ring_graph(36)
ErdosRenyiClusterFix_ijv(12,2)
joinGraphs(0.3201541972799889*chimera(263),chimera(138),21)
joinGraphs(0.6439731065477752*chimera(247),chimera(16),2)
joinGraphs(0.05478506949593386*chimera(189),chimera(58),19)
joinGraphs(0.012231226457395819*chimera(17),chimera(172),2)
firstn_grid2(17)
ErdosRenyiClusterFix_ijv(172,2)
joinGraphs(0.006838411501383318*chimera(41),chimera(17),3)
joinGraphs(0.18176924617097076*chimera(28),chimera(13),6)
rand_regular_ijv(28,3)
firstn_grid2(13)
grown_graph(17)
ErdosRenyiClusterFix_ijv(16,2)
ErdosRenyiClusterFix_ijv(138,2)
joinGraphs(0.2802441011541685*chimera(37),chimera(50),2)
joinGraphs(0.5316411198557551*chimera(26),chimera(11),3)
firstn_grid2(26)
complete_binary_tree(11)
joinGraphs(0.5974906249846874*chimera(33),chimera(17),5)
ring_graph(33)
rand_regular_ijv(17,3)
joinGraphs(0.7422694489431495*chimera(720),chimera(280),84)
joinGraphs(0.19517106876176626*chimera(697),chimera(23),4)
productGraph(0.0002824387344306866*chimera(15),chimera(46))
rand_regular_ijv(15,3)
gens: [1, 27, 3, 5]
rand_gen_ring(46, 4)
join_graphs!(gr(690),chimera(7),2), Val{7}
grown_graph(7)
complete_binary_tree(23)
generalizedNecklace(0.19717715460424162*chimera(12),chimera(23),2)
rand_regular_ijv(12,3)
complete_binary_tree(23)
join_graphs!(gr(276),chimera(4),2), Val{7}
ring_graph(4)
rand complete graph
augTreeSddm
Solver build time: 0.001 seconds.
PCG stopped after: 0.0 seconds and 7 iterations with relative error 6.308284730297873e-8.
KMPSDDMSolver
The graph is small. Solve directly
Solver build time: 0.0 seconds.
Solve time: 0.0 seconds.
#155
Using greedy degree ordering. Factorization time: 6.29425048828125e-5
Ratio of operator edges to original edges: 0.9454545454545454
ratio of max to min diagonal of laplacian : 58.073372865249475
Solver build time: 0.0 seconds.
PCG stopped after: 0.0 seconds and 6 iterations with relative error 4.5652110026097654e-8.
approxchol_lap
Using greedy degree ordering. Factorization time: 3.910064697265625e-5
Ratio of operator edges to original edges: 1.0
ratio of max to min diagonal of laplacian : 1.5774658878878889
Solver build time: 0.0 seconds.
PCG stopped after: 0.0 seconds and 6 iterations with relative error 2.941828389047763e-7.
augTreeLap
Solver build time: 0.0 seconds.
PCG stopped after: 0.0 seconds and 7 iterations with relative error 3.1997817899371935e-7.
KMPLapSolver
The graph is small. Solve directly
Solver build time: 0.0 seconds.
Solve time: 0.0 seconds.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.0 seconds and 7 iterations with relative error 6.46363489349978e-8.
rand complete graph
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.002 seconds and 29 iterations with relative error 7.913263668094794e-7.
KMPSDDMSolver
The graph is small. Solve directly
Solver build time: 0.024 seconds.
Solve time: 0.0 seconds.
#155
Using greedy degree ordering. Factorization time: 0.003640890121459961
Ratio of operator edges to original edges: 0.9918811881188119
ratio of max to min diagonal of laplacian : 551.1330446519723
Solver build time: 0.004 seconds.
PCG stopped after: 0.001 seconds and 9 iterations with relative error 3.992120502908429e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.010463953018188477
Ratio of operator edges to original edges: 1.0
ratio of max to min diagonal of laplacian : 1.228681670272892
Solver build time: 0.011 seconds.
PCG stopped after: 0.001 seconds and 9 iterations with relative error 3.259638184417957e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.002 seconds and 28 iterations with relative error 6.643102480428943e-7.
KMPLapSolver
The graph is small. Solve directly
Solver build time: 0.027 seconds.
Solve time: 0.0 seconds.
cgLapSolver
Solver build time: 0.001 seconds.
CG stopped after: 0.0 seconds and 6 iterations with relative error 6.274732785763e-8.
wted_chimera(20000, 1)
augTreeSddm
Solver build time: 0.813 seconds.
PCG stopped after: 6.189 seconds and 121 iterations with relative error 8.898953760081144e-7.
KMPSDDMSolver
akpw stretch : 4.228053063522751
aveStretch : 5.1019878886365255 fac : 9.112012942276785
level 0. Dimension 20001 off-tree edges : 73874
level 1. Dimension 6523 off-tree edges : 2693
Solver build time: 1.058 seconds.
PCG stopped after: 8.992 seconds and 200 iterations with relative error 3.936156403227847e-6.
#155
Using greedy degree ordering. Factorization time: 0.29833984375
Ratio of operator edges to original edges: 2.6896076296192217
ratio of max to min diagonal of laplacian : 58233.16934850473
Solver build time: 0.332 seconds.
PCG stopped after: 0.297 seconds and 13 iterations with relative error 8.022856007367535e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.4693129062652588
Ratio of operator edges to original edges: 3.1369098346684847
ratio of max to min diagonal of laplacian : 58233.16934850473
Solver build time: 0.504 seconds.
PCG stopped after: 0.629 seconds and 14 iterations with relative error 5.384726080089516e-7.
augTreeLap
Solver build time: 0.803 seconds.
PCG stopped after: 5.494 seconds and 117 iterations with relative error 8.885693160911781e-7.
KMPLapSolver
akpw stretch : 4.228102062601728
aveStretch : 5.102018285713989 fac : 9.112021227685426
level 0. Dimension 20000 off-tree edges : 73873
level 1. Dimension 6587 off-tree edges : 2720
Solver build time: 0.441 seconds.
PCG New stopped at maxtime.
PCG stopped after: 10.014 seconds and 162 iterations with relative error 1.2831169646041487e-5.
cgLapSolver
Solver build time: 0.022 seconds.
CG stopped after: 2.738 seconds and 200 iterations with relative error 0.431606584748274.
wted_chimera(100000, 1)
akpw stretch : 4.29849282566286
aveStretch : 5.122382762701918 fac : 10.635117007616405
level 0. Dimension 100000 off-tree edges : 400352
level 1. Dimension 32329 off-tree edges : 14882
Solver build time: 2.376 seconds.
PCG stopped after: 11.892 seconds and 40 iterations with relative error 0.09855442376883511.
Initial tolerance too large. Recomputed with tolerance = 0.01
Failed to converge after 2 iterations with error 1.4039553355186172
Converged after 10 iterations with error 0.06990934721919118
0.265665 seconds (216.91 k allocations: 11.402 MiB)
0.010902 seconds (7.62 k allocations: 876.260 KiB)
0.029488 seconds (12.33 k allocations: 1.101 MiB)
0.010254 seconds (8.67 k allocations: 938.000 KiB)
PCG stopped after: 0.014 seconds and 206 iterations with relative error 9.144495790988848e-7.
PCG BLAS stopped after: 0.03 seconds and 206 iterations with relative error 9.144495790077522e-7.
PCG Slow stopped after: 0.119 seconds and 206 iterations with relative error 9.144495790988848e-7.
PCG stopped after: 0.007 seconds and 206 iterations with relative error 9.144495790988848e-7.
PCG BLAS stopped after: 0.007 seconds and 206 iterations with relative error 9.144495790077522e-7.
PCG BLAS stopped at maxtime.
PCG BLAS stopped after: 0.0 seconds and 1 iterations with relative error 0.6909127493895231.
PCG Slow stopped after: 0.121 seconds and 206 iterations with relative error 9.144495790988848e-7.
PCG Slow stopped at maxtime.
PCG Slow stopped after: 0.001 seconds and 1 iterations with relative error 0.6909127493895231.
CG stopped after: 0.008 seconds and 359 iterations with relative error 8.463917017932427e-7.
CG BLAS stopped after: 0.007 seconds and 362 iterations with relative error 7.546374823391643e-7.
CG BLAS stopped at maxtime.
CG BLAS stopped after: 0.0 seconds and 1 iterations with relative error 4.472288486943122.
CG Slow stopped after: 0.008 seconds and 359 iterations with relative error 8.463917017932427e-7.
CG Slow stopped at maxtime.
CG Slow stopped after: 0.0 seconds and 1 iterations with relative error 4.472288486943122.
CG stopped after: 0.012 seconds and 359 iterations with relative error 8.463917017932427e-7.
CG BLAS stopped after: 0.007 seconds and 362 iterations with relative error 7.546374823391643e-7.
CG Slow stopped after: 0.009 seconds and 359 iterations with relative error 8.463917017932427e-7.
CG stopped after: 0.001 seconds and 32 iterations with relative error 0.41805965403917433.
CG BLAS stopped after: 0.001 seconds and 30 iterations with relative error 0.4911781969442145.
CG Slow stopped after: 0.001 seconds and 32 iterations with relative error 0.41805965403917433.
PCG stopped after: 0.83 seconds and 200 iterations with relative error 3.09928092796128784027384270463538543291739618458572914958677041182066037962542e-06.
CG stopped after: 0.54 seconds and 191 iterations with relative error 7.753676055771147451538738845535219449779891132362780017136333718684036344475983e-07.
CG stopped after: 0.0 seconds and 15 iterations with relative error 0.15660877002338877.
PCG stopped after: 0.0 seconds and 10 iterations with relative error 0.1634355926945667.
PCG stopped after: 0.0 seconds and 10 iterations with relative error 0.16343559269456678.
PCG stopped after: 0.001 seconds and 41 iterations with relative error 8.250699515439571e-7.
PCG stopped after: 0.0 seconds and 32 iterations with relative error 5.732542628348252e-7.
PCG stopped after: 0.02 seconds and 32 iterations with relative error 5.727842861977553565902547046752807897643226586605641745451560570384295973639122e-07.
PCG stopped after: 0.0 seconds and 31 iterations with relative error 5.960732994149407e-7.
PCG stopped after: 0.015 seconds and 31 iterations with relative error 6.807920429040644488031179332237820232276437811162678788825352289484292831474072e-07.
Testing Laplacians tests passed
Results with Julia v1.3.1-pre-7704df0a5a
Testing was successful.
Last evaluation was ago and took 8 minutes, 33 seconds.
Resolving package versions...
Installed NaNMath ──────────── v0.3.3
Installed ColorTypes ───────── v0.8.0
Installed GeometryTypes ────── v0.7.6
Installed Plots ────────────── v0.28.2
Installed DataStructures ───── v0.17.6
Installed StaticArrays ─────── v0.12.1
Installed Colors ───────────── v0.9.6
Installed Laplacians ───────── v1.1.1
Installed IterTools ────────── v1.3.0
Installed Missings ─────────── v0.4.3
Installed RandomV06 ────────── v0.0.2
Installed Showoff ──────────── v0.3.1
Installed FixedPointNumbers ── v0.6.1
Installed BinaryProvider ───── v0.5.8
Installed StatsBase ────────── v0.32.0
Installed Arpack ───────────── v0.3.1
Installed Requires ─────────── v0.5.2
Installed Measures ─────────── v0.3.0
Installed FFMPEG ───────────── v0.2.3
Installed Reexport ─────────── v0.2.0
Installed RecipesBase ──────── v0.7.0
Installed PlotUtils ────────── v0.6.1
Installed PlotThemes ───────── v1.0.0
Installed Contour ──────────── v0.5.1
Installed OrderedCollections ─ v1.1.0
Installed JSON ─────────────── v0.21.0
Installed DataAPI ──────────── v1.1.0
Installed Parsers ──────────── v0.3.10
Installed SortingAlgorithms ── v0.3.1
Installed GR ───────────────── v0.44.0
Updating `~/.julia/environments/v1.3/Project.toml`
[6f8e5838] + Laplacians v1.1.1
Updating `~/.julia/environments/v1.3/Manifest.toml`
[7d9fca2a] + Arpack v0.3.1
[b99e7846] + BinaryProvider v0.5.8
[3da002f7] + ColorTypes v0.8.0
[5ae59095] + Colors v0.9.6
[d38c429a] + Contour v0.5.1
[9a962f9c] + DataAPI v1.1.0
[864edb3b] + DataStructures v0.17.6
[c87230d0] + FFMPEG v0.2.3
[53c48c17] + FixedPointNumbers v0.6.1
[28b8d3ca] + GR v0.44.0
[4d00f742] + GeometryTypes v0.7.6
[c8e1da08] + IterTools v1.3.0
[682c06a0] + JSON v0.21.0
[6f8e5838] + Laplacians v1.1.1
[442fdcdd] + Measures v0.3.0
[e1d29d7a] + Missings v0.4.3
[77ba4419] + NaNMath v0.3.3
[bac558e1] + OrderedCollections v1.1.0
[69de0a69] + Parsers v0.3.10
[ccf2f8ad] + PlotThemes v1.0.0
[995b91a9] + PlotUtils v0.6.1
[91a5bcdd] + Plots v0.28.2
[3639840a] + RandomV06 v0.0.2
[3cdcf5f2] + RecipesBase v0.7.0
[189a3867] + Reexport v0.2.0
[ae029012] + Requires v0.5.2
[992d4aef] + Showoff v0.3.1
[a2af1166] + SortingAlgorithms v0.3.1
[90137ffa] + StaticArrays v0.12.1
[2913bbd2] + StatsBase v0.32.0
[2a0f44e3] + Base64
[ade2ca70] + Dates
[8bb1440f] + DelimitedFiles
[8ba89e20] + Distributed
[b77e0a4c] + InteractiveUtils
[76f85450] + LibGit2
[8f399da3] + Libdl
[37e2e46d] + LinearAlgebra
[56ddb016] + Logging
[d6f4376e] + Markdown
[a63ad114] + Mmap
[44cfe95a] + Pkg
[de0858da] + Printf
[3fa0cd96] + REPL
[9a3f8284] + Random
[ea8e919c] + SHA
[9e88b42a] + Serialization
[6462fe0b] + Sockets
[2f01184e] + SparseArrays
[10745b16] + Statistics
[4607b0f0] + SuiteSparse
[8dfed614] + Test
[cf7118a7] + UUIDs
[4ec0a83e] + Unicode
Building GR ────→ `~/.julia/packages/GR/oiZD3/deps/build.log`
Building FFMPEG → `~/.julia/packages/FFMPEG/bkWgb/deps/build.log`
Building Plots ─→ `~/.julia/packages/Plots/2KhB2/deps/build.log`
Building Arpack → `~/.julia/packages/Arpack/cu5By/deps/build.log`
Testing Laplacians
Status `/tmp/jl_xppIKA/Manifest.toml`
[7d9fca2a] Arpack v0.3.1
[b99e7846] BinaryProvider v0.5.8
[3da002f7] ColorTypes v0.8.0
[5ae59095] Colors v0.9.6
[d38c429a] Contour v0.5.1
[9a962f9c] DataAPI v1.1.0
[864edb3b] DataStructures v0.17.6
[c87230d0] FFMPEG v0.2.3
[53c48c17] FixedPointNumbers v0.6.1
[28b8d3ca] GR v0.44.0
[4d00f742] GeometryTypes v0.7.6
[c8e1da08] IterTools v1.3.0
[682c06a0] JSON v0.21.0
[6f8e5838] Laplacians v1.1.1
[442fdcdd] Measures v0.3.0
[e1d29d7a] Missings v0.4.3
[77ba4419] NaNMath v0.3.3
[bac558e1] OrderedCollections v1.1.0
[69de0a69] Parsers v0.3.10
[ccf2f8ad] PlotThemes v1.0.0
[995b91a9] PlotUtils v0.6.1
[91a5bcdd] Plots v0.28.2
[3639840a] RandomV06 v0.0.2
[3cdcf5f2] RecipesBase v0.7.0
[189a3867] Reexport v0.2.0
[ae029012] Requires v0.5.2
[992d4aef] Showoff v0.3.1
[a2af1166] SortingAlgorithms v0.3.1
[90137ffa] StaticArrays v0.12.1
[2913bbd2] StatsBase v0.32.0
[2a0f44e3] Base64 [`@stdlib/Base64`]
[ade2ca70] Dates [`@stdlib/Dates`]
[8bb1440f] DelimitedFiles [`@stdlib/DelimitedFiles`]
[8ba89e20] Distributed [`@stdlib/Distributed`]
[b77e0a4c] InteractiveUtils [`@stdlib/InteractiveUtils`]
[76f85450] LibGit2 [`@stdlib/LibGit2`]
[8f399da3] Libdl [`@stdlib/Libdl`]
[37e2e46d] LinearAlgebra [`@stdlib/LinearAlgebra`]
[56ddb016] Logging [`@stdlib/Logging`]
[d6f4376e] Markdown [`@stdlib/Markdown`]
[a63ad114] Mmap [`@stdlib/Mmap`]
[44cfe95a] Pkg [`@stdlib/Pkg`]
[de0858da] Printf [`@stdlib/Printf`]
[3fa0cd96] REPL [`@stdlib/REPL`]
[9a3f8284] Random [`@stdlib/Random`]
[ea8e919c] SHA [`@stdlib/SHA`]
[9e88b42a] Serialization [`@stdlib/Serialization`]
[6462fe0b] Sockets [`@stdlib/Sockets`]
[2f01184e] SparseArrays [`@stdlib/SparseArrays`]
[10745b16] Statistics [`@stdlib/Statistics`]
[4607b0f0] SuiteSparse [`@stdlib/SuiteSparse`]
[8dfed614] Test [`@stdlib/Test`]
[cf7118a7] UUIDs [`@stdlib/UUIDs`]
[4ec0a83e] Unicode [`@stdlib/Unicode`]
16.560996 seconds (17.08 M allocations: 890.345 MiB, 3.94% gc time)
gens: [1, 3, 74]
┌ Warning: The input should be an adjacency matrix, whereas this one has negative entries.
└ @ Laplacians ~/.julia/packages/Laplacians/K6Pgk/src/solverInterface.jl:91
┌ Warning: The input should be an adjacency matrix, whereas this one has negative entries.
└ @ Laplacians ~/.julia/packages/Laplacians/K6Pgk/src/solverInterface.jl:91
┌ Warning: The input should be an adjacency matrix, whereas this one has diagonal entries.
└ @ Laplacians ~/.julia/packages/Laplacians/K6Pgk/src/solverInterface.jl:95
Using greedy degree ordering. Factorization time: 0.09766006469726562
Ratio of operator edges to original edges: 1.3487544483985765
ratio of max to min diagonal of laplacian : 62.74014881588511
Solver build time: 1.614 seconds.
PCG stopped after: 0.0 seconds and 10 iterations with relative error 5.996659393556658e-7.
Using greedy degree ordering. Factorization time: 8.606910705566406e-5
Ratio of operator edges to original edges: 1.1274509803921569
ratio of max to min diagonal of laplacian : 4.0
Using greedy degree ordering. Factorization time: 7.390975952148438e-5
Ratio of operator edges to original edges: 1.3516483516483517
ratio of max to min diagonal of laplacian : 4.0
Solver build time: 0.002 seconds.
support12: 0.9999997568063522, support21: 723.2417930700099
lower: 0.20501746825154576, upper: 1.2889182828113994
End of testByFile
┌ Warning: `grownGraph(n::Integer, k::Integer)` is deprecated, use `grown_graph(n, k)` instead.
│ caller = top-level scope at testByExport.jl:88
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:88
┌ Warning: `grownGraphD(n::Integer, k::Integer)` is deprecated, use `grown_graph_d(n, k)` instead.
│ caller = top-level scope at testByExport.jl:92
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:92
┌ Warning: `prefAttach(n::Integer, k::Integer, p::Float64)` is deprecated, use `pref_attach(n, k, p)` instead.
│ caller = top-level scope at testByExport.jl:96
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:96
┌ Warning: `prefAttach(n::Integer, k::Integer, p::Float64)` is deprecated, use `pref_attach(n, k, p)` instead.
│ caller = top-level scope at testByExport.jl:97
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:97
┌ Warning: `hyperCube(n::Int64)` is deprecated, use `hypercube(n)` instead.
│ caller = top-level scope at testByExport.jl:102
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:102
┌ Warning: `completeBinaryTree(n::Int64)` is deprecated, use `complete_binary_tree(n)` instead.
│ caller = top-level scope at testByExport.jl:106
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:106
┌ Warning: `completeGraph(n)` is deprecated, use `complete_graph(n)` instead.
│ caller = top-level scope at testByExport.jl:110
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:110
┌ Warning: `pathGraph(n)` is deprecated, use `path_graph(n)` instead.
│ caller = top-level scope at testByExport.jl:114
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:114
┌ Warning: `semiWtedChimera(n::Integer, k::Integer; verbose=false, prefix="")` is deprecated, use `semiwted_chimera(n, k, verbose=verbose, prefix=prefix)` instead.
│ caller = top-level scope at testByExport.jl:150
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:150
┌ Warning: `semiWtedChimera(n::Integer, k::Integer; verbose=false, prefix="")` is deprecated, use `semiwted_chimera(n, k, verbose=verbose, prefix=prefix)` instead.
│ caller = top-level scope at testByExport.jl:150
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:150
┌ Warning: `semiWtedChimera(n::Integer, k::Integer; verbose=false, prefix="")` is deprecated, use `semiwted_chimera(n, k, verbose=verbose, prefix=prefix)` instead.
│ caller = top-level scope at testByExport.jl:150
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:150
┌ Warning: `semiWtedChimera(n::Integer, k::Integer; verbose=false, prefix="")` is deprecated, use `semiwted_chimera(n, k, verbose=verbose, prefix=prefix)` instead.
│ caller = top-level scope at testByExport.jl:150
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:150
┌ Warning: `semiWtedChimera(n::Integer, k::Integer; verbose=false, prefix="")` is deprecated, use `semiwted_chimera(n, k, verbose=verbose, prefix=prefix)` instead.
│ caller = top-level scope at testByExport.jl:150
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:150
Testing IO
┌ Warning: `readIJV(fn)` is deprecated, use `read_graph(fn)` instead.
│ caller = top-level scope at testByExport.jl:159
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:159
┌ Warning: `twoLift(a)` is deprecated, use `two_lift(a)` instead.
│ caller = top-level scope at testByExport.jl:216
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:216
┌ Warning: `twoLift(a, k::Integer)` is deprecated, use `two_lift(a, k)` instead.
│ caller = top-level scope at testByExport.jl:217
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testByExport.jl:217
ac
Using greedy degree ordering. Factorization time: 0.0013837814331054688
Ratio of operator edges to original edges: 2.096816114359974
ratio of max to min diagonal of laplacian : 9411.716965396206
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 7 iterations with relative error 0.005267032532060063.
(0.049134016036987305, 0.03568315505981445, 7, 0.005267032532061313)
aug
Solver build time: 0.237 seconds.
PCG stopped after: 0.001 seconds and 11 iterations with relative error 0.004048377153859051.
(0.2837789058685303, 0.879817008972168, 11, 0.004048377153858317)
support12: 1.37204976871966, support21: 1.4754666980013416
End of testByExport
/root/.julia/packages/GR/oiZD3/src/../deps/gr/bin/gksqt: error while loading shared libraries: libQt5Widgets.so.5: cannot open shared object file: No such file or directory
connect: Connection refused
GKS: can't connect to GKS socket application
Did you start 'gksqt'?
GKS: Open failed in routine OPEN_WS
GKS: GKS not in proper state. GKS must be either in the state WSOP or WSAC in routine ACTIVATE_WS
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine FILLAREA
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine FILLAREA
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYLINE
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
GKS: GKS not in proper state. GKS must be either in the state WSAC or SGOP in routine POLYMARKER
CG stopped after: 0.0 seconds and 49 iterations with relative error 0.00870092361633119.
CG stopped after: 0.0 seconds and 49 iterations with relative error 0.00870092361633119.
CG stopped after: 0.001 seconds and 94 iterations with relative error 2.2719352024525402e-7.
CG stopped after: 0.0 seconds and 94 iterations with relative error 2.2719352024525402e-7.
CG stopped after: 0.001 seconds and 221 iterations with relative error 9.199634192938292e-7.
CG stopped after: 0.002 seconds and 178 iterations with relative error 7.113178527555828e-7.
CG stopped after: 0.001 seconds and 233 iterations with relative error 6.829819737031168e-7.
CG stopped after: 0.002 seconds and 164 iterations with relative error 8.171761913522228e-7.
CG stopped after: 0.0 seconds and 92 iterations with relative error 7.255561338288997e-7.
CG stopped after: 0.0 seconds and 80 iterations with relative error 9.7702234568729e-5.
CG stopped after: 0.0 seconds and 79 iterations with relative error 8.00754578894297e-5.
Solver build time: 0.0 seconds.
Solver build time: 0.008 seconds.
Solve time: 0.0 seconds.
CG stopped after: 0.0 seconds and 71 iterations with relative error 0.0009255189654645688.
Solver build time: 0.0 seconds.
CG stopped after: 0.0 seconds and 94 iterations with relative error 2.2719352024525402e-7.
Factorization time: 5.793571472167969e-5
Ratio of operator edges to original edges: 1.05
ratio of max to min diagonal of laplacian : 1.0
PCG stopped after: 0.0 seconds and 6 iterations with relative error 2.600945465554222e-7.
┌ Warning: `randRegular(n::Integer, k::Integer)` is deprecated, use `rand_regular(n, k)` instead.
│ caller = top-level scope at testSolvers.jl:96
└ @ Core ~/.julia/packages/Laplacians/K6Pgk/test/testSolvers.jl:96
col 1, row 14 : 1.0
col 1, row 11 : 1.0
col 1, row 7 : 1.0
col 1, row 14 : 1.0
col 1, row 11 : 1.0
col 1, row 7 : 1.0
lower: 0.5397326266787654, upper: 2.041358255412089
wted_chimera(1000, 1)
joinGraphs(0.7743803794736807*chimera(21),chimera(979),2)
rand_gen_ring_ijv(21, 4, ver=V06, verbose=true)
gens: [1, 13, 10, 6]
grown_graph_ijv(979, 2, ver=V06)
augTreeSddm
Solver build time: 0.009 seconds.
PCG stopped after: 0.002 seconds and 26 iterations with relative error 8.285478697880874e-7.
KMPSDDMSolver
akpw stretch : 2.6040643257787557
aveStretch : 4.1583902228511995 fac : 5.180952027961166
level 0. Dimension 1001 off-tree edges : 1032
Solver build time: 0.452 seconds.
PCG stopped after: 0.007 seconds and 63 iterations with relative error 8.621132654782228e-7.
#155
Using greedy degree ordering. Factorization time: 0.0023190975189208984
Ratio of operator edges to original edges: 1.8706270627062707
ratio of max to min diagonal of laplacian : 916.9662735351884
Solver build time: 0.189 seconds.
PCG stopped after: 0.002 seconds and 11 iterations with relative error 5.364822436722725e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0021240711212158203
Ratio of operator edges to original edges: 2.5788177339901477
ratio of max to min diagonal of laplacian : 361.69811428503704
Solver build time: 0.192 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 3.6567490893394984e-7.
augTreeLap
Solver build time: 0.023 seconds.
PCG stopped after: 0.029 seconds and 29 iterations with relative error 6.753057979371987e-7.
KMPLapSolver
akpw stretch : 2.6052630239383703
aveStretch : 4.160702171285059 fac : 5.183082538969008
level 0. Dimension 1000 off-tree edges : 1031
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 61 iterations with relative error 7.364936571032702e-7.
cgLapSolver
Solver build time: 0.011 seconds.
CG stopped after: 0.01 seconds and 199 iterations with relative error 8.209682189840374e-7.
wted_chimera(1000, 2)
augTreeSddm
Solver build time: 0.009 seconds.
PCG stopped after: 0.004 seconds and 36 iterations with relative error 9.012548074707553e-7.
KMPSDDMSolver
akpw stretch : 5.128604243732787
aveStretch : 8.750186913673836 fac : 10.901886596961617
level 0. Dimension 1001 off-tree edges : 1140
Solver build time: 0.008 seconds.
PCG stopped after: 0.01 seconds and 90 iterations with relative error 7.580643479286126e-7.
#155
Using greedy degree ordering. Factorization time: 0.0026290416717529297
Ratio of operator edges to original edges: 1.344168260038241
ratio of max to min diagonal of laplacian : 320.929755043518
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 16 iterations with relative error 6.387150843596897e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.002335071563720703
Ratio of operator edges to original edges: 1.9789522918615527
ratio of max to min diagonal of laplacian : 320.929755043518
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 15 iterations with relative error 9.722467072607533e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.021 seconds and 37 iterations with relative error 6.486234278156634e-7.
KMPLapSolver
akpw stretch : 5.016289107573538
aveStretch : 8.538916691828117 fac : 10.637125221932429
level 0. Dimension 1000 off-tree edges : 1139
Solver build time: 0.007 seconds.
PCG stopped after: 0.01 seconds and 92 iterations with relative error 9.391966927566609e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 0.012576767202939132.
wted_chimera(1000, 3)
joinGraphs(0.66818125318103*chimera(74),chimera(926),3)
joinGraphs(0.012478864181137314*chimera(38),chimera(36),8)
joinGraphs(0.17714178138906064*chimera(27),chimera(11),2)
firstn(grid2_ijv(ceil(Integer, sqrt(27))), 27)
rand_gen_ring_ijv(11, 4, ver=V06, verbose=true)
gens: [1, 10, 3, 4]
joinGraphs(0.020730107933577213*chimera(12),chimera(24),5)
cbt_ijv(12)
rand_gen_ring_ijv(24, 4, ver=V06, verbose=true)
gens: [1, 3, 3, 3]
joinGraphs(0.7137349292904861*chimera(317),chimera(609),53)
joinGraphs(0.12705609291811978*chimera(93),chimera(224),10)
joinGraphs(0.4269260304776529*chimera(73),chimera(20),4)
joinGraphs(0.2685941716578329*chimera(19),chimera(54),4)
rand_regular_ijv(19, 3, ver=V06)
joinGraphs(0.5130456776720349*chimera(40),chimera(14),2)
joinGraphs(0.1619529708044622*chimera(18),chimera(22),2)
rand_gen_ring_ijv(18, 4, ver=V06, verbose=true)
gens: [1, 6, 5, 8]
rand_gen_ring_ijv(22, 4, ver=V06, verbose=true)
gens: [1, 5, 3, 8]
rand_gen_ring_ijv(14, 4, ver=V06, verbose=true)
gens: [1, 4, 3, 4]
firstn(grid2_ijv(ceil(Integer, sqrt(20))), 20)
joinGraphs(0.9703807556730616*chimera(47),chimera(177),4)
joinGraphs(0.42271467861559797*chimera(20),chimera(27),4)
rand_gen_ring_ijv(20, 4, ver=V06, verbose=true)
gens: [1, 17, 12, 19]
firstn(grid2_ijv(ceil(Integer, sqrt(27))), 27)
cbt_ijv(177)
joinGraphs(0.022292919344899537*chimera(38),chimera(571),6)
joinGraphs(0.773658071485576*chimera(20),chimera(18),5)
rand_regular_ijv(20, 3, ver=V06)
rand_gen_ring_ijv(18, 4, ver=V06, verbose=true)
gens: [1, 15, 14, 3]
joinGraphs(0.00045033138769034613*chimera(74),chimera(497),2)
joinGraphs(0.06915079246468937*chimera(44),chimera(30),8)
joinGraphs(0.004224742258260659*chimera(14),chimera(30),5)
ErdosRenyiClusterFix_ijv(14, 2, ver=V06)
joinGraphs(0.022505718407892318*chimera(16),chimera(14),5)
ErdosRenyiClusterFix_ijv(16, 2, ver=V06)
rand_gen_ring_ijv(14, 4, ver=V06, verbose=true)
gens: [1, 5, 6, 5]
cbt_ijv(30)
joinGraphs(0.4078074856844003*chimera(127),chimera(370),5)
joinGraphs(0.33192199212996926*chimera(102),chimera(25),2)
joinGraphs(0.6774296963981301*chimera(16),chimera(86),6)
ErdosRenyiClusterFix_ijv(16, 2, ver=V06)
joinGraphs(0.11005051351626474*chimera(34),chimera(52),9)
joinGraphs(0.8815090530138076*chimera(22),chimera(12),4)
rand_regular_ijv(22, 3, ver=V06)
rand_regular_ijv(12, 3, ver=V06)
joinGraphs(0.2186938202549211*chimera(29),chimera(23),2)
grown_graph_ijv(29, 2, ver=V06)
cbt_ijv(23)
grown_graph_ijv(25, 2, ver=V06)
joinGraphs(0.9457804820436533*chimera(46),chimera(324),5)
joinGraphs(0.08446500599190854*chimera(12),chimera(34),2)
grown_graph_ijv(12, 2, ver=V06)
joinGraphs(0.08807194380594127*chimera(12),chimera(22),2)
firstn(grid2_ijv(ceil(Integer, sqrt(12))), 12)
ring_graph_ijv(22)
generalizedNecklace(0.3130024820732879*chimera(32),chimera(10),2)
joinGraphs(0.6685383371387069*chimera(16),chimera(16),6)
rand_regular_ijv(16, 3, ver=V06)
cbt_ijv(16)
cbt_ijv(10)
join_graphs!(gr(320),chimera(4),2), Val{6}
grown_graph_ijv(4, 2, ver=V06)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 4.030768256229909e-7.
KMPSDDMSolver
akpw stretch : 1.907555310303856
aveStretch : 3.155911995728695 fac : 3.9319611143003192
level 0. Dimension 1001 off-tree edges : 727
Solver build time: 0.009 seconds.
PCG stopped after: 0.006 seconds and 49 iterations with relative error 9.342088205761803e-7.
#155
Using greedy degree ordering. Factorization time: 0.002321004867553711
Ratio of operator edges to original edges: 1.3247706422018348
ratio of max to min diagonal of laplacian : 1227.9389793898176
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 4.105717685268426e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0018029212951660156
Ratio of operator edges to original edges: 1.8272463768115943
ratio of max to min diagonal of laplacian : 1227.9389793898176
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 6.740136620115783e-7.
augTreeLap
Solver build time: 0.023 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 3.4289101786348064e-7.
KMPLapSolver
akpw stretch : 1.907519140235631
aveStretch : 3.156295477832596 fac : 3.931869983841762
level 0. Dimension 1000 off-tree edges : 726
Solver build time: 0.007 seconds.
PCG stopped after: 0.005 seconds and 46 iterations with relative error 7.361900759504305e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.00010160441196422934.
wted_chimera(1000, 4)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.003 seconds and 24 iterations with relative error 9.07183455583064e-7.
KMPSDDMSolver
akpw stretch : 2.381577128362194
aveStretch : 3.7673114597184587 fac : 4.693705713314947
level 0. Dimension 1001 off-tree edges : 997
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 61 iterations with relative error 8.872526095313846e-7.
#155
Using greedy degree ordering. Factorization time: 0.0027930736541748047
Ratio of operator edges to original edges: 1.8647746243739567
ratio of max to min diagonal of laplacian : 335.5935540933193
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 8.396646579135016e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0023000240325927734
Ratio of operator edges to original edges: 2.5774436090225565
ratio of max to min diagonal of laplacian : 335.5935540933193
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 4.3175543981021975e-7.
augTreeLap
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 27 iterations with relative error 5.904935617622132e-7.
KMPLapSolver
akpw stretch : 2.3827303599529266
aveStretch : 3.7696255703876393 fac : 4.695909408553686
level 0. Dimension 1000 off-tree edges : 996
Solver build time: 0.016 seconds.
PCG stopped after: 0.007 seconds and 61 iterations with relative error 9.665631945181649e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.005 seconds and 123 iterations with relative error 7.78311634997595e-7.
wted_chimera(1000, 5)
ErdosRenyiClusterFix_ijv(1000, 2, ver=V06)
augTreeSddm
Solver build time: 0.006 seconds.
PCG stopped after: 0.001 seconds and 15 iterations with relative error 7.650470101416201e-7.
KMPSDDMSolver
akpw stretch : 2.8193270060396896
aveStretch : 14.261635220125788 fac : 17.76861813249725
level 0. Dimension 1001 off-tree edges : 159
Solver build time: 0.006 seconds.
PCG stopped after: 0.006 seconds and 58 iterations with relative error 7.375138575839662e-7.
#155
Using greedy degree ordering. Factorization time: 0.0010840892791748047
Ratio of operator edges to original edges: 0.9225776541492814
ratio of max to min diagonal of laplacian : 39.999999999999964
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 4.4030005497467126e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.00092315673828125
Ratio of operator edges to original edges: 1.6983578219533275
ratio of max to min diagonal of laplacian : 8.0
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 4.326672441006451e-7.
augTreeLap
Solver build time: 0.006 seconds.
PCG stopped after: 0.001 seconds and 14 iterations with relative error 9.78655085345633e-7.
KMPLapSolver
akpw stretch : 2.8755401901469315
aveStretch : 14.734177215189874 fac : 18.35470396732068
level 0. Dimension 1000 off-tree edges : 158
Solver build time: 0.005 seconds.
PCG stopped after: 0.005 seconds and 56 iterations with relative error 8.926489199775984e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.021 seconds and 200 iterations with relative error 2.3801801640732546e-5.
wted_chimera(1000, 6)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.006 seconds and 49 iterations with relative error 7.384109999435232e-7.
KMPSDDMSolver
akpw stretch : 5.499576419641025
aveStretch : 7.409413609641457 fac : 9.23141273657439
level 0. Dimension 1001 off-tree edges : 2356
Solver build time: 0.007 seconds.
PCG stopped after: 0.011 seconds and 97 iterations with relative error 9.87538877627086e-7.
#155
Using greedy degree ordering. Factorization time: 0.003929853439331055
Ratio of operator edges to original edges: 1.9207625172255398
ratio of max to min diagonal of laplacian : 74.83917439415514
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 6.745619383303037e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0038788318634033203
Ratio of operator edges to original edges: 2.395348837209302
ratio of max to min diagonal of laplacian : 5.78548894615924
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 7.511743616913866e-7.
augTreeLap
Solver build time: 0.014 seconds.
PCG stopped after: 0.006 seconds and 36 iterations with relative error 9.49948386241465e-7.
KMPLapSolver
akpw stretch : 5.491704315057563
aveStretch : 7.397102451253953 fac : 9.214740920092757
level 0. Dimension 1000 off-tree edges : 2355
Solver build time: 0.007 seconds.
PCG stopped after: 0.017 seconds and 97 iterations with relative error 9.366325338469613e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.003 seconds and 59 iterations with relative error 9.067833340004889e-7.
wted_chimera(1000, 7)
rand_regular_ijv(1000, 3, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.003 seconds and 31 iterations with relative error 9.732417073053548e-7.
KMPSDDMSolver
akpw stretch : 3.978111664020997
aveStretch : 9.946271311357675 fac : 12.392092074008916
level 0. Dimension 1001 off-tree edges : 499
Solver build time: 0.005 seconds.
PCG stopped after: 0.007 seconds and 70 iterations with relative error 9.447877182858211e-7.
#155
Using greedy degree ordering. Factorization time: 0.0019989013671875
Ratio of operator edges to original edges: 1.9046856227472968
ratio of max to min diagonal of laplacian : 100.99503340826472
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 6.660369998647664e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0016460418701171875
Ratio of operator edges to original edges: 2.8897795591182365
ratio of max to min diagonal of laplacian : 27.307064218142482
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 8.065921524446109e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.004 seconds and 32 iterations with relative error 6.537419402706756e-7.
KMPLapSolver
akpw stretch : 3.981041399718137
aveStretch : 9.961082279875603 fac : 12.408749655376285
level 0. Dimension 1000 off-tree edges : 498
Solver build time: 0.005 seconds.
PCG stopped after: 0.009 seconds and 74 iterations with relative error 9.41819998764297e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 85 iterations with relative error 9.496978499636357e-7.
wted_chimera(1000, 8)
augTreeSddm
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 2.057360240178604e-11.
KMPSDDMSolver
akpw stretch : 1.3449522105262421
aveStretch : 173.82105747395684 fac : 216.56422604913288
level 0. Dimension 1001 off-tree edges : 2
Solver build time: 0.005 seconds.
PCG stopped after: 0.0 seconds and 3 iterations with relative error 1.7291798123298482e-11.
#155
Using greedy degree ordering. Factorization time: 0.0010612010955810547
Ratio of operator edges to original edges: 1.12
ratio of max to min diagonal of laplacian : 10757.089196044959
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 7 iterations with relative error 6.317136558457004e-11.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0007600784301757812
Ratio of operator edges to original edges: 1.997
ratio of max to min diagonal of laplacian : 10757.089196044959
Solver build time: 0.002 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 4.029196543175169e-11.
augTreeLap
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 1.9886777194618912e-11.
KMPLapSolver
akpw stretch : 1.281291651688925
aveStretch : 282.2916516884998 fac : 351.65721326106944
level 0. Dimension 1000 off-tree edges : 1
Solver build time: 0.005 seconds.
PCG stopped after: 0.0 seconds and 2 iterations with relative error 1.5575824218042347e-11.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 5.084053864093121.
wted_chimera(1000, 9)
joinGraphs(0.004999913125537971*chimera(170),chimera(830),5)
joinGraphs(0.009506967197978547*chimera(85),chimera(85),8)
rand_gen_ring_ijv(85, 4, ver=V06, verbose=true)
gens: [1, 9, 30, 18]
rand_gen_ring_ijv(85, 4, ver=V06, verbose=true)
gens: [1, 50, 5, 12]
productGraph(0.4105576794512022*chimera(12),chimera(69))
rand_gen_ring_ijv(12, 4, ver=V06, verbose=true)
gens: [1, 5, 7, 9]
path_graph_ijv(69)
join_graphs!(gr(828),chimera(2),2), Val{6}
grown_graph_ijv(2, 2, ver=V06)
augTreeSddm
Solver build time: 0.014 seconds.
PCG stopped after: 0.005 seconds and 42 iterations with relative error 8.690107931077707e-7.
KMPSDDMSolver
akpw stretch : 4.046926668688268
aveStretch : 5.063246438097295 fac : 6.308315356595146
level 0. Dimension 1001 off-tree edges : 2998
Solver build time: 0.012 seconds.
PCG stopped after: 0.017 seconds and 93 iterations with relative error 9.075135219318606e-7.
#155
Using greedy degree ordering. Factorization time: 0.0042572021484375
Ratio of operator edges to original edges: 1.6959567654123298
ratio of max to min diagonal of laplacian : 112.85967476044087
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 17 iterations with relative error 5.504714487501202e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.003793954849243164
Ratio of operator edges to original edges: 1.9604604604604605
ratio of max to min diagonal of laplacian : 36.94725574820276
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 16 iterations with relative error 5.453956595597776e-7.
augTreeLap
Solver build time: 0.014 seconds.
PCG stopped after: 0.005 seconds and 39 iterations with relative error 9.190703222903203e-7.
KMPLapSolver
akpw stretch : 4.052929103823866
aveStretch : 5.070572138431819 fac : 6.316528516428657
level 0. Dimension 1000 off-tree edges : 2997
Solver build time: 0.009 seconds.
PCG stopped after: 0.011 seconds and 90 iterations with relative error 9.622186100489473e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 171 iterations with relative error 8.914814250192907e-7.
wted_chimera(1000, 10)
augTreeSddm
Solver build time: 0.006 seconds.
PCG stopped after: 0.002 seconds and 19 iterations with relative error 4.5682135274227955e-7.
KMPSDDMSolver
akpw stretch : 2.842820730671198
aveStretch : 13.254237288135593 fac : 16.513497742393533
level 0. Dimension 1001 off-tree edges : 177
Solver build time: 0.005 seconds.
PCG stopped after: 0.006 seconds and 57 iterations with relative error 9.43652220998553e-7.
#155
Using greedy degree ordering. Factorization time: 0.0011188983917236328
Ratio of operator edges to original edges: 0.9094252873563219
ratio of max to min diagonal of laplacian : 40.00000000000006
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 4.287017621244035e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0009379386901855469
Ratio of operator edges to original edges: 1.6987234042553192
ratio of max to min diagonal of laplacian : 8.0
Solver build time: 0.003 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 9.6376033188019e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 9.458556191763343e-7.
KMPLapSolver
akpw stretch : 2.9540425531914893
aveStretch : 14.045454545454545 fac : 17.496746272503323
level 0. Dimension 1000 off-tree edges : 176
Solver build time: 0.007 seconds.
PCG stopped after: 0.006 seconds and 60 iterations with relative error 7.073604615858355e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 8.042538939170485e-7.
wted_chimera(1000, 11)
ErdosRenyiClusterFix_ijv(1000, 2, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 9.847647503635242e-7.
KMPSDDMSolver
akpw stretch : 1.9224761009369025
aveStretch : 7.687951731792507 fac : 9.57844429722324
level 0. Dimension 1001 off-tree edges : 160
Solver build time: 0.006 seconds.
PCG stopped after: 0.005 seconds and 43 iterations with relative error 9.690190400664645e-7.
#155
Using greedy degree ordering. Factorization time: 0.0012478828430175781
Ratio of operator edges to original edges: 1.0199258572752548
ratio of max to min diagonal of laplacian : 10121.09684304506
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 4.3873299232419134e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0009250640869140625
Ratio of operator edges to original edges: 1.6398963730569949
ratio of max to min diagonal of laplacian : 10121.09684304506
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 4.067372269300637e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 4.5306512215190525e-7.
KMPLapSolver
akpw stretch : 1.9214608773844637
aveStretch : 7.711016956045306 fac : 9.6057914499149
level 0. Dimension 1000 off-tree edges : 159
Solver build time: 0.006 seconds.
PCG stopped after: 0.005 seconds and 45 iterations with relative error 7.106193981685883e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.3003908025080081.
wted_chimera(1000, 12)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.003 seconds and 32 iterations with relative error 6.878005014067774e-7.
KMPSDDMSolver
akpw stretch : 2.5989432698833057
aveStretch : 3.613501182245804 fac : 4.50207298375191
level 0. Dimension 1001 off-tree edges : 1576
Solver build time: 0.008 seconds.
PCG stopped after: 0.007 seconds and 62 iterations with relative error 9.78003989843522e-7.
#155
Using greedy degree ordering. Factorization time: 0.0028450489044189453
Ratio of operator edges to original edges: 1.7006155567991046
ratio of max to min diagonal of laplacian : 10765.081218114112
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 8.156447906977898e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0024361610412597656
Ratio of operator edges to original edges: 2.1907536907536906
ratio of max to min diagonal of laplacian : 10765.081218114112
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 7.265439695828853e-7.
augTreeLap
Solver build time: 0.016 seconds.
PCG stopped after: 0.004 seconds and 32 iterations with relative error 7.484450648349212e-7.
KMPLapSolver
akpw stretch : 2.5994888352027656
aveStretch : 3.6140217535313774 fac : 4.5020701494712405
level 0. Dimension 1000 off-tree edges : 1575
Solver build time: 0.008 seconds.
PCG stopped after: 0.007 seconds and 64 iterations with relative error 9.093824349711047e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 0.08110036314148843.
wted_chimera(1000, 13)
productGraph(0.672557842478832*chimera(19),chimera(52))
grown_graph_ijv(19, 2, ver=V06)
joinGraphs(0.10474488318048453*chimera(22),chimera(30),7)
cbt_ijv(22)
ring_graph_ijv(30)
join_graphs!(gr(988),chimera(12),2), Val{6}
rand_regular_ijv(12, 3, ver=V06)
augTreeSddm
Solver build time: 0.013 seconds.
PCG stopped after: 0.003 seconds and 25 iterations with relative error 5.541660624814734e-7.
KMPSDDMSolver
akpw stretch : 2.7288629210411566
aveStretch : 3.696871275487496 fac : 4.605944056571936
level 0. Dimension 1001 off-tree edges : 1786
Solver build time: 0.008 seconds.
PCG stopped after: 0.01 seconds and 71 iterations with relative error 8.541799778253635e-7.
#155
Using greedy degree ordering. Factorization time: 0.003470182418823242
Ratio of operator edges to original edges: 1.721723044397463
ratio of max to min diagonal of laplacian : 2375.5875602751444
Solver build time: 0.005 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 3.0945010853623663e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.009695053100585938
Ratio of operator edges to original edges: 2.1623563218390807
ratio of max to min diagonal of laplacian : 543.9405708025882
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 13 iterations with relative error 3.258008050526661e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.005 seconds and 36 iterations with relative error 6.453196277241058e-7.
KMPLapSolver
akpw stretch : 2.729623172260883
aveStretch : 3.6976307627867238 fac : 4.606223818282877
level 0. Dimension 1000 off-tree edges : 1785
Solver build time: 0.015 seconds.
PCG stopped after: 0.01 seconds and 72 iterations with relative error 9.908478907130277e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.011 seconds and 200 iterations with relative error 0.0006853729972242357.
wted_chimera(1000, 14)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.001 seconds and 9 iterations with relative error 5.254766327441744e-7.
KMPSDDMSolver
akpw stretch : 1.7692979507226199
aveStretch : 6.607649842059842 fac : 8.232492626871545
level 0. Dimension 1001 off-tree edges : 159
Solver build time: 0.005 seconds.
PCG stopped after: 0.004 seconds and 40 iterations with relative error 9.090375194485737e-7.
#155
Using greedy degree ordering. Factorization time: 0.0012860298156738281
Ratio of operator edges to original edges: 1.0380157626332869
ratio of max to min diagonal of laplacian : 4614.428733195531
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 9.70664616470255e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0012068748474121094
Ratio of operator edges to original edges: 1.6957649092480553
ratio of max to min diagonal of laplacian : 4614.428733195531
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 3.382550352187864e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.001 seconds and 10 iterations with relative error 2.5435546050562796e-7.
KMPLapSolver
akpw stretch : 1.7680020049824916
aveStretch : 6.623913416232542 fac : 8.251561528306578
level 0. Dimension 1000 off-tree edges : 158
Solver build time: 0.012 seconds.
PCG stopped after: 0.005 seconds and 43 iterations with relative error 5.10908849973294e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.12842618257887983.
wted_chimera(1000, 15)
joinGraphs(0.7911094025694831*chimera(50),chimera(950),8)
joinGraphs(0.04602480880244365*chimera(39),chimera(11),2)
joinGraphs(0.0036536917490641975*chimera(28),chimera(11),3)
rand_regular_ijv(28, 3, ver=V06)
grown_graph_ijv(11, 2, ver=V06)
grown_graph_ijv(11, 2, ver=V06)
joinGraphs(0.44128171397875326*chimera(86),chimera(864),3)
joinGraphs(0.40019785614001624*chimera(10),chimera(76),2)
path_graph_ijv(10)
joinGraphs(0.2168305122067954*chimera(33),chimera(43),3)
joinGraphs(0.002219080477881496*chimera(18),chimera(15),2)
ring_graph_ijv(18)
rand_regular_ijv(15, 3, ver=V06)
joinGraphs(0.04909966770681852*chimera(32),chimera(11),2)
joinGraphs(0.8670107812099137*chimera(11),chimera(21),5)
grown_graph_ijv(11, 2, ver=V06)
rand_gen_ring_ijv(21, 4, ver=V06, verbose=true)
gens: [1, 3, 6, 18]
firstn(grid2_ijv(ceil(Integer, sqrt(11))), 11)
productGraph(0.01078428702281746*chimera(13),chimera(66))
firstn(grid2_ijv(ceil(Integer, sqrt(13))), 13)
joinGraphs(0.07521796984754496*chimera(11),chimera(55),6)
firstn(grid2_ijv(ceil(Integer, sqrt(11))), 11)
joinGraphs(0.18434965341400875*chimera(36),chimera(19),3)
joinGraphs(0.08861921764110846*chimera(11),chimera(25),2)
ring_graph_ijv(11)
firstn(grid2_ijv(ceil(Integer, sqrt(25))), 25)
ErdosRenyiClusterFix_ijv(19, 2, ver=V06)
join_graphs!(gr(858),chimera(6),2), Val{6}
cbt_ijv(6)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.004 seconds and 32 iterations with relative error 7.264894921290369e-7.
KMPSDDMSolver
akpw stretch : 2.579505322460568
aveStretch : 3.505901406015156 fac : 4.368014069365536
level 0. Dimension 1001 off-tree edges : 1705
Solver build time: 0.008 seconds.
PCG stopped after: 0.009 seconds and 69 iterations with relative error 7.633881876985627e-7.
#155
Using greedy degree ordering. Factorization time: 0.0037560462951660156
Ratio of operator edges to original edges: 1.8449905482041589
ratio of max to min diagonal of laplacian : 3430.7478665091335
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 3.6852229867836623e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.003110170364379883
Ratio of operator edges to original edges: 2.340362560118387
ratio of max to min diagonal of laplacian : 3430.7478665091335
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 5.673523303491902e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.01 seconds and 31 iterations with relative error 7.482646161543231e-7.
KMPLapSolver
akpw stretch : 2.58037265620635
aveStretch : 3.50689394936958 fac : 4.36861857607549
level 0. Dimension 1000 off-tree edges : 1704
Solver build time: 0.008 seconds.
PCG stopped after: 0.008 seconds and 68 iterations with relative error 8.426030616279137e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 0.026470483941946756.
wted_chimera(1000, 16)
augTreeSddm
Solver build time: 0.008 seconds.
PCG stopped after: 0.002 seconds and 18 iterations with relative error 5.453492966544163e-7.
KMPSDDMSolver
akpw stretch : 2.569863100824776
aveStretch : 11.148349990577644 fac : 13.889765846097436
level 0. Dimension 1001 off-tree edges : 183
Solver build time: 0.006 seconds.
PCG stopped after: 0.006 seconds and 54 iterations with relative error 9.726198265926276e-7.
#155
Using greedy degree ordering. Factorization time: 0.0015108585357666016
Ratio of operator edges to original edges: 1.0600641907381936
ratio of max to min diagonal of laplacian : 115.39957481702724
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 6.367368944009626e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0011680126190185547
Ratio of operator edges to original edges: 1.729043183742591
ratio of max to min diagonal of laplacian : 115.39957481702724
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 4.1211304430800133e-7.
augTreeLap
Solver build time: 0.008 seconds.
PCG stopped after: 0.003 seconds and 17 iterations with relative error 7.968617774729348e-7.
KMPLapSolver
akpw stretch : 2.571073823004421
aveStretch : 11.194715302023196 fac : 13.94551472852112
level 0. Dimension 1000 off-tree edges : 182
Solver build time: 0.006 seconds.
PCG stopped after: 0.006 seconds and 55 iterations with relative error 9.791265030975786e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.014 seconds and 200 iterations with relative error 0.0004859595540305336.
wted_chimera(1000, 17)
joinGraphs(0.0005854705409565617*chimera(53),chimera(947),14)
rand_gen_ring_ijv(53, 4, ver=V06, verbose=true)
gens: [1, 11, 5, 5]
generalizedNecklace(0.026400259767077165*chimera(23),chimera(41),2)
rand_gen_ring_ijv(23, 4, ver=V06, verbose=true)
gens: [1, 6, 5, 5]
joinGraphs(0.05257065806866289*chimera(28),chimera(13),3)
firstn(grid2_ijv(ceil(Integer, sqrt(28))), 28)
cbt_ijv(13)
join_graphs!(gr(943),chimera(4),2), Val{6}
ErdosRenyiClusterFix_ijv(4, 2, ver=V06)
augTreeSddm
Solver build time: 0.014 seconds.
PCG stopped after: 0.004 seconds and 36 iterations with relative error 6.970786361968032e-7.
KMPSDDMSolver
akpw stretch : 4.4270209949508965
aveStretch : 6.036706760545493 fac : 7.521152767575225
level 0. Dimension 1001 off-tree edges : 2129
Solver build time: 0.008 seconds.
PCG stopped after: 0.011 seconds and 93 iterations with relative error 9.395952682386103e-7.
#155
Using greedy degree ordering. Factorization time: 0.003159046173095703
Ratio of operator edges to original edges: 1.285679670462806
ratio of max to min diagonal of laplacian : 2562.041802392395
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 19 iterations with relative error 9.374029650306601e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0028409957885742188
Ratio of operator edges to original edges: 1.6856411896386312
ratio of max to min diagonal of laplacian : 2562.041802392395
Solver build time: 0.003 seconds.
PCG stopped after: 0.004 seconds and 21 iterations with relative error 5.697745234810653e-7.
augTreeLap
Solver build time: 0.014 seconds.
PCG stopped after: 0.005 seconds and 37 iterations with relative error 7.514569974165154e-7.
KMPLapSolver
akpw stretch : 4.958782719849343
aveStretch : 6.817252615116964 fac : 8.49240862203802
level 0. Dimension 1000 off-tree edges : 2128
Solver build time: 0.013 seconds.
PCG stopped after: 0.012 seconds and 92 iterations with relative error 9.413076198149003e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 200 iterations with relative error 0.037733818188183846.
wted_chimera(1000, 18)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 23 iterations with relative error 5.870669981739945e-7.
KMPSDDMSolver
akpw stretch : 4.06883656006644
aveStretch : 7.292404375262297 fac : 9.085630547395606
level 0. Dimension 1001 off-tree edges : 952
Solver build time: 0.006 seconds.
PCG stopped after: 0.009 seconds and 81 iterations with relative error 7.615236709897016e-7.
#155
Using greedy degree ordering. Factorization time: 0.0019609928131103516
Ratio of operator edges to original edges: 1.1905084745762713
ratio of max to min diagonal of laplacian : 45.160361333054674
Solver build time: 0.002 seconds.
PCG stopped after: 0.003 seconds and 17 iterations with relative error 5.265522824087503e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.001959085464477539
Ratio of operator edges to original edges: 1.5512820512820513
ratio of max to min diagonal of laplacian : 9.032072266617293
Solver build time: 0.002 seconds.
PCG stopped after: 0.003 seconds and 17 iterations with relative error 4.228430510355309e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.003 seconds and 22 iterations with relative error 7.88843287963269e-7.
KMPLapSolver
akpw stretch : 3.9877050559916376
aveStretch : 7.12620910534564 fac : 8.877282838908682
level 0. Dimension 1000 off-tree edges : 951
Solver build time: 0.012 seconds.
PCG stopped after: 0.009 seconds and 79 iterations with relative error 9.491898738056868e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 188 iterations with relative error 9.670590767746921e-7.
wted_chimera(1000, 19)
joinGraphs(0.6517581992709937*chimera(12),chimera(988),3)
cbt_ijv(12)
ErdosRenyiClusterFix_ijv(988, 2, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 5.428074589537649e-7.
KMPSDDMSolver
akpw stretch : 1.9977154449256993
aveStretch : 8.156452759281873 fac : 10.162151265158696
level 0. Dimension 1001 off-tree edges : 162
Solver build time: 0.005 seconds.
PCG stopped after: 0.005 seconds and 46 iterations with relative error 7.325163350345731e-7.
#155
Using greedy degree ordering. Factorization time: 0.0012860298156738281
Ratio of operator edges to original edges: 1.0435185185185185
ratio of max to min diagonal of laplacian : 1915.4513014078664
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 3.662932561745435e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0008950233459472656
Ratio of operator edges to original edges: 1.6706896551724137
ratio of max to min diagonal of laplacian : 1915.4513014078664
Solver build time: 0.001 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 3.9361976032697846e-7.
augTreeLap
Solver build time: 0.008 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 9.997311681380686e-7.
KMPLapSolver
akpw stretch : 1.9967383966490302
aveStretch : 8.181469193247692 fac : 10.191844638939356
level 0. Dimension 1000 off-tree edges : 161
Solver build time: 0.006 seconds.
PCG stopped after: 0.005 seconds and 46 iterations with relative error 8.370702736600385e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.1806100126739441.
wted_chimera(1000, 20)
augTreeSddm
Solver build time: 0.014 seconds.
PCG stopped after: 0.004 seconds and 24 iterations with relative error 8.325046057926818e-7.
KMPSDDMSolver
akpw stretch : 2.3028577547497164
aveStretch : 2.9337816069287554 fac : 3.6552081337837934
level 0. Dimension 1001 off-tree edges : 2065
Solver build time: 0.013 seconds.
PCG stopped after: 0.008 seconds and 63 iterations with relative error 6.9516696532916e-7.
#155
Using greedy degree ordering. Factorization time: 0.003964900970458984
Ratio of operator edges to original edges: 1.7757814422840266
ratio of max to min diagonal of laplacian : 414.7930725927813
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 15 iterations with relative error 9.32027055209463e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0031900405883789062
Ratio of operator edges to original edges: 2.189030362389814
ratio of max to min diagonal of laplacian : 314.40144671763045
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 8.078211894775542e-7.
augTreeLap
Solver build time: 0.014 seconds.
PCG stopped after: 0.004 seconds and 25 iterations with relative error 6.652905509979543e-7.
KMPLapSolver
akpw stretch : 2.3035781234796944
aveStretch : 2.934525093129024 fac : 3.655605507006472
level 0. Dimension 1000 off-tree edges : 2064
Solver build time: 0.008 seconds.
PCG stopped after: 0.012 seconds and 60 iterations with relative error 8.997124946731025e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.011 seconds and 170 iterations with relative error 8.286661210628932e-7.
wted_chimera(1000, 21)
joinGraphs(0.006164561391846679*chimera(240),chimera(760),6)
productGraph(0.4350707717090587*chimera(12),chimera(20))
ring_graph_ijv(12)
grown_graph_ijv(20, 2, ver=V06)
rand_regular_ijv(760, 3, ver=V06)
augTreeSddm
Solver build time: 0.013 seconds.
PCG stopped after: 0.003 seconds and 26 iterations with relative error 8.370637083651199e-7.
KMPSDDMSolver
akpw stretch : 3.080408120683632
aveStretch : 5.623694331788305 fac : 7.00657922693344
level 0. Dimension 1001 off-tree edges : 818
Solver build time: 0.006 seconds.
PCG stopped after: 0.007 seconds and 69 iterations with relative error 9.3413840720375e-7.
#155
Using greedy degree ordering. Factorization time: 0.0023550987243652344
Ratio of operator edges to original edges: 1.8188920454545454
ratio of max to min diagonal of laplacian : 124631.85189872532
Solver build time: 0.003 seconds.
PCG stopped after: 0.003 seconds and 16 iterations with relative error 9.491716756244369e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0019218921661376953
Ratio of operator edges to original edges: 2.5941629955947136
ratio of max to min diagonal of laplacian : 124631.8518987253
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 4.785892697468766e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.005 seconds and 27 iterations with relative error 6.238914548415343e-7.
KMPLapSolver
akpw stretch : 3.0696720583911055
aveStretch : 5.600397133461759 fac : 6.976543717564975
level 0. Dimension 1000 off-tree edges : 817
Solver build time: 0.006 seconds.
PCG stopped after: 0.013 seconds and 69 iterations with relative error 9.010126302196543e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.04464857335120899.
wted_chimera(1000, 22)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.006 seconds and 50 iterations with relative error 8.751732888992486e-7.
KMPSDDMSolver
akpw stretch : 6.889042639103027
aveStretch : 10.098330180848547 fac : 12.581542718618708
level 0. Dimension 1001 off-tree edges : 1835
Solver build time: 0.007 seconds.
PCG stopped after: 0.013 seconds and 112 iterations with relative error 8.879557097990958e-7.
#155
Using greedy degree ordering. Factorization time: 0.003538846969604492
Ratio of operator edges to original edges: 1.7675450039133838
ratio of max to min diagonal of laplacian : 294.8155397390509
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 15 iterations with relative error 8.724707242360717e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0038909912109375
Ratio of operator edges to original edges: 2.370631839039887
ratio of max to min diagonal of laplacian : 294.8155397390509
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 16 iterations with relative error 4.81694341182535e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.013 seconds and 53 iterations with relative error 7.286917613402752e-7.
KMPLapSolver
akpw stretch : 6.796815653294281
aveStretch : 9.954404986795357 fac : 12.400431597570885
level 0. Dimension 1000 off-tree edges : 1834
Solver build time: 0.007 seconds.
PCG stopped after: 0.014 seconds and 109 iterations with relative error 9.265817293721245e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 200 iterations with relative error 0.024564649321824318.
wted_chimera(1000, 23)
joinGraphs(0.9883170712671299*chimera(226),chimera(774),42)
grown_graph_ijv(226, 2, ver=V06)
generalizedNecklace(0.5892261752662492*chimera(20),chimera(38),2)
rand_regular_ijv(20, 3, ver=V06)
rand_regular_ijv(38, 3, ver=V06)
join_graphs!(gr(760),chimera(14),2), Val{6}
path_graph_ijv(14)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 26 iterations with relative error 8.490158292067941e-7.
KMPSDDMSolver
akpw stretch : 4.02330980836674
aveStretch : 8.234047703027944 fac : 10.25882706026604
level 0. Dimension 1001 off-tree edges : 718
Solver build time: 0.007 seconds.
PCG stopped after: 0.008 seconds and 76 iterations with relative error 9.415669569027847e-7.
#155
Using greedy degree ordering. Factorization time: 0.002210855484008789
Ratio of operator edges to original edges: 1.5176730486008836
ratio of max to min diagonal of laplacian : 3493.8501258859555
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 4.6611591584808777e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.001918792724609375
Ratio of operator edges to original edges: 2.1701631701631703
ratio of max to min diagonal of laplacian : 1270.1821595355752
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 6.284426830851308e-7.
augTreeLap
Solver build time: 0.017 seconds.
PCG stopped after: 0.004 seconds and 26 iterations with relative error 6.562172297805267e-7.
KMPLapSolver
akpw stretch : 4.010950700729145
aveStretch : 8.206124689611178 fac : 10.222558558713079
level 0. Dimension 1000 off-tree edges : 717
Solver build time: 0.007 seconds.
PCG stopped after: 0.008 seconds and 73 iterations with relative error 9.839136193344295e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.0026690071348673527.
wted_chimera(1000, 24)
augTreeSddm
Solver build time: 0.013 seconds.
PCG stopped after: 0.005 seconds and 45 iterations with relative error 8.639435706351225e-7.
KMPSDDMSolver
akpw stretch : 5.706606368308014
aveStretch : 8.059909552462019 fac : 10.04186776689281
level 0. Dimension 1001 off-tree edges : 2000
Solver build time: 0.008 seconds.
PCG stopped after: 0.012 seconds and 101 iterations with relative error 9.529410239045445e-7.
#155
Using greedy degree ordering. Factorization time: 0.009440898895263672
Ratio of operator edges to original edges: 2.0460230115057527
ratio of max to min diagonal of laplacian : 115.12929323971746
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 5.550958886023184e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0037767887115478516
Ratio of operator edges to original edges: 2.516010673782522
ratio of max to min diagonal of laplacian : 5.989129950078435
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 6.193191764020245e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.006 seconds and 46 iterations with relative error 8.741539308636768e-7.
KMPLapSolver
akpw stretch : 5.70958368899961
aveStretch : 8.063197548584705 fac : 10.044510926726415
level 0. Dimension 1000 off-tree edges : 1999
Solver build time: 0.008 seconds.
PCG stopped after: 0.012 seconds and 93 iterations with relative error 9.229034986857365e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 66 iterations with relative error 7.730270962885208e-7.
wted_chimera(1000, 25)
generalizedNecklace(0.22527914295635018*chimera(50),chimera(20),2)
joinGraphs(0.059163602374823286*chimera(28),chimera(22),3)
cbt_ijv(28)
grown_graph_ijv(22, 2, ver=V06)
grown_graph_ijv(20, 2, ver=V06)
augTreeSddm
Solver build time: 0.009 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 4.047794395682412e-7.
KMPSDDMSolver
akpw stretch : 1.5299167058291343
aveStretch : 2.8852023984867636 fac : 3.5946831385317326
level 0. Dimension 1001 off-tree edges : 391
Solver build time: 0.006 seconds.
PCG stopped after: 0.004 seconds and 41 iterations with relative error 6.071623006609032e-7.
#155
Using greedy degree ordering. Factorization time: 0.0015239715576171875
Ratio of operator edges to original edges: 1.0305567182921724
ratio of max to min diagonal of laplacian : 70922.04401904109
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 7.495790737064203e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0011589527130126953
Ratio of operator edges to original edges: 1.5615550755939525
ratio of max to min diagonal of laplacian : 70922.04401904109
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 6.065390422117144e-7.
augTreeLap
Solver build time: 0.018 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 2.4656441245907065e-7.
KMPLapSolver
akpw stretch : 1.5298359696935981
aveStretch : 2.8870311843702736 fac : 3.5964412508158308
level 0. Dimension 1000 off-tree edges : 390
Solver build time: 0.006 seconds.
PCG stopped after: 0.004 seconds and 41 iterations with relative error 6.013682453903219e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.1495077959140331.
wted_chimera(1000, 26)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.005 seconds and 39 iterations with relative error 8.308094817037521e-7.
KMPSDDMSolver
akpw stretch : 3.0400635256232245
aveStretch : 3.8616759000183993 fac : 4.811274679222189
level 0. Dimension 1001 off-tree edges : 2483
Solver build time: 0.009 seconds.
PCG stopped after: 0.011 seconds and 78 iterations with relative error 9.49830198059806e-7.
#155
Using greedy degree ordering. Factorization time: 0.0045239925384521484
Ratio of operator edges to original edges: 2.1309975451908056
ratio of max to min diagonal of laplacian : 403.2522912843511
Solver build time: 0.005 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 4.413340820591556e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.012307882308959961
Ratio of operator edges to original edges: 2.5590347601264005
ratio of max to min diagonal of laplacian : 69.47859786448298
Solver build time: 0.013 seconds.
PCG stopped after: 0.002 seconds and 11 iterations with relative error 9.216720775848257e-7.
augTreeLap
Solver build time: 0.023 seconds.
PCG stopped after: 0.006 seconds and 43 iterations with relative error 7.866151118556043e-7.
KMPLapSolver
akpw stretch : 3.0411653208563814
aveStretch : 3.8627302505644887 fac : 4.811892053370554
level 0. Dimension 1000 off-tree edges : 2482
Solver build time: 0.007 seconds.
PCG stopped after: 0.014 seconds and 80 iterations with relative error 8.878504991687942e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.004 seconds and 62 iterations with relative error 8.634477752655309e-7.
wted_chimera(1000, 27)
generalizedNecklace(0.08936867169960679*chimera(12),chimera(83),2)
grown_graph_ijv(12, 2, ver=V06)
joinGraphs(0.04559630734895412*chimera(17),chimera(66),5)
grown_graph_ijv(17, 2, ver=V06)
joinGraphs(0.03529213195869855*chimera(30),chimera(36),14)
joinGraphs(0.007034641224901015*chimera(10),chimera(20),3)
rand_gen_ring_ijv(10, 4, ver=V06, verbose=true)
gens: [1, 4, 9, 3]
grown_graph_ijv(20, 2, ver=V06)
joinGraphs(0.338522525467315*chimera(16),chimera(20),2)
rand_regular_ijv(16, 3, ver=V06)
ErdosRenyiClusterFix_ijv(20, 2, ver=V06)
join_graphs!(gr(996),chimera(4),2), Val{6}
rand_gen_ring_ijv(4, 4, ver=V06, verbose=true)
gens: [1, 3, 3, 3]
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 7.726600001459062e-7.
KMPSDDMSolver
akpw stretch : 2.36264988812324
aveStretch : 4.028481047198102 fac : 5.019097759607005
level 0. Dimension 1001 off-tree edges : 818
Solver build time: 0.009 seconds.
PCG stopped after: 0.007 seconds and 58 iterations with relative error 8.251031910954409e-7.
#155
Using greedy degree ordering. Factorization time: 0.0018498897552490234
Ratio of operator edges to original edges: 1.3149857954545454
ratio of max to min diagonal of laplacian : 163.81407185347436
Solver build time: 0.002 seconds.
PCG stopped after: 0.006 seconds and 16 iterations with relative error 6.242275874486383e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0014700889587402344
Ratio of operator edges to original edges: 1.8276431718061674
ratio of max to min diagonal of laplacian : 66.64907480528124
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 4.7459143888969005e-7.
augTreeLap
Solver build time: 0.017 seconds.
PCG stopped after: 0.002 seconds and 13 iterations with relative error 3.723445817029048e-7.
KMPLapSolver
akpw stretch : 2.3637364375023227
aveStretch : 4.031267283358893 fac : 5.021842517471311
level 0. Dimension 1000 off-tree edges : 817
Solver build time: 0.006 seconds.
PCG stopped after: 0.006 seconds and 62 iterations with relative error 7.263530906905319e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 4.627447383881566e-6.
wted_chimera(1000, 28)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 34 iterations with relative error 6.894547763616229e-7.
KMPSDDMSolver
akpw stretch : 2.3350565486359214
aveStretch : 3.089325785153391 fac : 3.849001135985
level 0. Dimension 1001 off-tree edges : 1770
Solver build time: 0.006 seconds.
PCG stopped after: 0.007 seconds and 64 iterations with relative error 8.465340707797248e-7.
#155
Using greedy degree ordering. Factorization time: 0.0035240650177001953
Ratio of operator edges to original edges: 1.9689490445859872
ratio of max to min diagonal of laplacian : 288.7167954352007
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 9.013377706588419e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.002952098846435547
Ratio of operator edges to original edges: 2.4830202312138727
ratio of max to min diagonal of laplacian : 81.6719984752064
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 6.497069392022036e-7.
augTreeLap
Solver build time: 0.015 seconds.
PCG stopped after: 0.004 seconds and 32 iterations with relative error 9.584418836568728e-7.
KMPLapSolver
akpw stretch : 2.33574126487978
aveStretch : 3.0900688644359695 fac : 3.849369965964951
level 0. Dimension 1000 off-tree edges : 1769
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 62 iterations with relative error 9.808535137008347e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.005 seconds and 103 iterations with relative error 8.922883758282645e-7.
wted_chimera(1000, 29)
generalizedNecklace(0.13330395448057586*chimera(14),chimera(71),2)
ring_graph_ijv(14)
joinGraphs(0.12043670813105617*chimera(28),chimera(43),7)
cbt_ijv(28)
joinGraphs(0.008650944184945044*chimera(22),chimera(21),3)
firstn(grid2_ijv(ceil(Integer, sqrt(22))), 22)
rand_regular_ijv(21, 3, ver=V06)
join_graphs!(gr(994),chimera(6),2), Val{6}
grown_graph_ijv(6, 2, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.002 seconds and 20 iterations with relative error 9.895016118292362e-7.
KMPSDDMSolver
akpw stretch : 2.7241134274744283
aveStretch : 11.134422829788704 fac : 13.872413950756618
level 0. Dimension 1001 off-tree edges : 205
Solver build time: 0.005 seconds.
PCG stopped after: 0.005 seconds and 51 iterations with relative error 7.562055292919765e-7.
#155
Using greedy degree ordering. Factorization time: 0.0015418529510498047
Ratio of operator edges to original edges: 1.2324103495233771
ratio of max to min diagonal of laplacian : 734.9729773955972
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 6.377576626003728e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0011639595031738281
Ratio of operator edges to original edges: 2.0083125519534497
ratio of max to min diagonal of laplacian : 341.51179223890307
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 8.84053590252742e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.002 seconds and 21 iterations with relative error 5.51065242098402e-7.
KMPLapSolver
akpw stretch : 2.7254521690110294
aveStretch : 11.17509293784445 fac : 13.921070697451063
level 0. Dimension 1000 off-tree edges : 204
Solver build time: 0.005 seconds.
PCG stopped after: 0.011 seconds and 52 iterations with relative error 7.830736386059226e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.3620363975507786.
wted_chimera(1000, 30)
augTreeSddm
Solver build time: 0.008 seconds.
PCG stopped after: 0.002 seconds and 20 iterations with relative error 5.116095549325937e-7.
KMPSDDMSolver
akpw stretch : 4.4498632323754626
aveStretch : 14.222846893495753 fac : 17.72029162903185
level 0. Dimension 1001 off-tree edges : 353
Solver build time: 0.005 seconds.
PCG stopped after: 0.011 seconds and 77 iterations with relative error 9.563596878208557e-7.
#155
Using greedy degree ordering. Factorization time: 0.0014171600341796875
Ratio of operator edges to original edges: 1.162484049340706
ratio of max to min diagonal of laplacian : 59.113547197026726
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 5.624731296281328e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0012161731719970703
Ratio of operator edges to original edges: 1.997779422649889
ratio of max to min diagonal of laplacian : 59.113547197026726
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 5.648355842188639e-7.
augTreeLap
Solver build time: 0.009 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 7.57016465558231e-7.
KMPLapSolver
akpw stretch : 4.527389552424378
aveStretch : 14.538361606037881 fac : 18.110771952273375
level 0. Dimension 1000 off-tree edges : 352
Solver build time: 0.005 seconds.
PCG stopped after: 0.008 seconds and 75 iterations with relative error 8.457219291396398e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 2.6860156748149106e-6.
wted_chimera(1000, 31)
joinGraphs(0.45361412213582525*chimera(13),chimera(987),5)
rand_regular_ijv(13, 3, ver=V06)
joinGraphs(0.13844965780956917*chimera(21),chimera(966),4)
rand_regular_ijv(21, 3, ver=V06)
joinGraphs(0.0011960810984861922*chimera(56),chimera(910),4)
joinGraphs(0.42654670105457415*chimera(16),chimera(40),3)
firstn(grid2_ijv(ceil(Integer, sqrt(16))), 16)
joinGraphs(0.2502121706984525*chimera(29),chimera(11),2)
cbt_ijv(29)
firstn(grid2_ijv(ceil(Integer, sqrt(11))), 11)
ErdosRenyiClusterFix_ijv(910, 2, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.001 seconds and 15 iterations with relative error 5.006382303520553e-7.
KMPSDDMSolver
akpw stretch : 2.037458788150331
aveStretch : 7.801118722318836 fac : 9.719439422174174
level 0. Dimension 1001 off-tree edges : 180
Solver build time: 0.005 seconds.
PCG stopped after: 0.005 seconds and 47 iterations with relative error 9.096154038707451e-7.
#155
Using greedy degree ordering. Factorization time: 0.0013761520385742188
Ratio of operator edges to original edges: 1.0633608815426998
ratio of max to min diagonal of laplacian : 35781.01265479288
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 4.7054000143896914e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0010728836059570312
Ratio of operator edges to original edges: 1.701188455008489
ratio of max to min diagonal of laplacian : 35781.01265479288
Solver build time: 0.001 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 9.634937272550683e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 7.357480540365079e-7.
KMPLapSolver
akpw stretch : 2.033381626364319
aveStretch : 7.800690256185279 fac : 9.71749954557599
level 0. Dimension 1000 off-tree edges : 179
Solver build time: 0.005 seconds.
PCG stopped after: 0.005 seconds and 49 iterations with relative error 7.459855531555162e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.2019457021972427.
wted_chimera(1000, 32)
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 25 iterations with relative error 8.705716769794016e-7.
KMPSDDMSolver
akpw stretch : 2.124354610622958
aveStretch : 3.2566351852684328 fac : 4.057452466757093
level 0. Dimension 1001 off-tree edges : 993
Solver build time: 0.012 seconds.
PCG stopped after: 0.006 seconds and 58 iterations with relative error 8.968854886692982e-7.
#155
Using greedy degree ordering. Factorization time: 0.002605915069580078
Ratio of operator edges to original edges: 1.8538950183884988
ratio of max to min diagonal of laplacian : 7214.012322991882
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 11 iterations with relative error 5.195389455783694e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0023729801177978516
Ratio of operator edges to original edges: 2.5665494726268205
ratio of max to min diagonal of laplacian : 5963.74046919834
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 11 iterations with relative error 2.9648952579066396e-7.
augTreeLap
Solver build time: 0.011 seconds.
PCG stopped after: 0.003 seconds and 25 iterations with relative error 6.440452346366371e-7.
KMPLapSolver
akpw stretch : 2.1249637417862806
aveStretch : 3.257865735782742 fac : 4.058398393900342
level 0. Dimension 1000 off-tree edges : 992
Solver build time: 0.006 seconds.
PCG stopped after: 0.006 seconds and 57 iterations with relative error 8.345241558793542e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 181 iterations with relative error 9.196555552932388e-7.
wted_chimera(1000, 33)
joinGraphs(0.0986049343104721*chimera(382),chimera(618),77)
grown_graph_ijv(382, 2, ver=V06)
cbt_ijv(618)
augTreeSddm
Solver build time: 0.009 seconds.
PCG stopped after: 0.001 seconds and 15 iterations with relative error 9.039601744990623e-7.
KMPSDDMSolver
akpw stretch : 2.3679613399629407
aveStretch : 5.401135042763256 fac : 6.729291878218649
level 0. Dimension 1001 off-tree edges : 451
Solver build time: 0.005 seconds.
PCG stopped after: 0.011 seconds and 51 iterations with relative error 7.564148175904688e-7.
#155
Using greedy degree ordering. Factorization time: 0.0017268657684326172
Ratio of operator edges to original edges: 1.295630869742752
ratio of max to min diagonal of laplacian : 2794.357326255344
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 12 iterations with relative error 2.908923580430512e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0013670921325683594
Ratio of operator edges to original edges: 1.9654934437543132
ratio of max to min diagonal of laplacian : 2794.357326255344
Solver build time: 0.002 seconds.
PCG stopped after: 0.001 seconds and 11 iterations with relative error 7.346330600471814e-7.
augTreeLap
Solver build time: 0.009 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 9.624447036498707e-7.
KMPLapSolver
akpw stretch : 2.3694301915430858
aveStretch : 5.409565216768738 fac : 6.738820003016068
level 0. Dimension 1000 off-tree edges : 450
Solver build time: 0.005 seconds.
PCG stopped after: 0.005 seconds and 51 iterations with relative error 9.175532517699325e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.013977601384442647.
wted_chimera(1000, 34)
augTreeSddm
Solver build time: 0.005 seconds.
PCG stopped after: 0.001 seconds and 18 iterations with relative error 8.342651666450279e-7.
KMPSDDMSolver
akpw stretch : 2.162195396696599
aveStretch : 12.923263884627401 fac : 16.101136892590635
level 0. Dimension 1001 off-tree edges : 108
Solver build time: 0.005 seconds.
PCG stopped after: 0.004 seconds and 46 iterations with relative error 8.197667126364405e-7.
#155
Using greedy degree ordering. Factorization time: 0.0012829303741455078
Ratio of operator edges to original edges: 1.053656220322887
ratio of max to min diagonal of laplacian : 143056.5034140491
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 2.9576968791177155e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0008862018585205078
Ratio of operator edges to original edges: 1.7540687160940325
ratio of max to min diagonal of laplacian : 143056.5034140491
Solver build time: 0.001 seconds.
PCG stopped after: 0.001 seconds and 13 iterations with relative error 2.8912447801702343e-7.
augTreeLap
Solver build time: 0.006 seconds.
PCG stopped after: 0.002 seconds and 19 iterations with relative error 6.247122548093178e-7.
KMPLapSolver
akpw stretch : 2.110155126659526
aveStretch : 12.475061402671471 fac : 15.540471359617241
level 0. Dimension 1000 off-tree edges : 107
Solver build time: 0.006 seconds.
PCG stopped after: 0.011 seconds and 44 iterations with relative error 8.647080523723702e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.31156381590674703.
wted_chimera(1000, 35)
generalizedNecklace(0.008369644708176527*chimera(13),chimera(76),2)
grown_graph_ijv(13, 2, ver=V06)
rand_regular_ijv(76, 3, ver=V06)
join_graphs!(gr(988),chimera(12),2), Val{6}
ErdosRenyiClusterFix_ijv(12, 2, ver=V06)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 5.424426475314274e-7.
KMPSDDMSolver
akpw stretch : 2.8772387393708376
aveStretch : 5.128124517992914 fac : 6.389147169289956
level 0. Dimension 1001 off-tree edges : 834
Solver build time: 0.006 seconds.
PCG stopped after: 0.007 seconds and 66 iterations with relative error 9.828941736951672e-7.
#155
Using greedy degree ordering. Factorization time: 0.0020751953125
Ratio of operator edges to original edges: 1.2581214689265536
ratio of max to min diagonal of laplacian : 19468.401930997905
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 18 iterations with relative error 4.7102846427561016e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0015330314636230469
Ratio of operator edges to original edges: 1.7232532751091703
ratio of max to min diagonal of laplacian : 19468.401930997905
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 8.968379346330478e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 5.404307818319031e-7.
KMPLapSolver
akpw stretch : 2.873483589247485
aveStretch : 5.120314448380989 fac : 6.378493657775436
level 0. Dimension 1000 off-tree edges : 833
Solver build time: 0.006 seconds.
PCG stopped after: 0.012 seconds and 65 iterations with relative error 9.672472560418213e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.040454433247103655.
wted_chimera(1000, 36)
augTreeSddm
Solver build time: 0.009 seconds.
PCG stopped after: 0.002 seconds and 23 iterations with relative error 6.35318456464151e-7.
KMPSDDMSolver
akpw stretch : 2.131128694810449
aveStretch : 3.5173158208036432 fac : 4.3822353262166684
level 0. Dimension 1001 off-tree edges : 816
Solver build time: 0.006 seconds.
PCG stopped after: 0.006 seconds and 53 iterations with relative error 7.584386018154569e-7.
#155
Using greedy degree ordering. Factorization time: 0.0021600723266601562
Ratio of operator edges to original edges: 1.5280739161336176
ratio of max to min diagonal of laplacian : 3277.692673396341
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 9.456253560496129e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0017321109771728516
Ratio of operator edges to original edges: 2.1367144432194047
ratio of max to min diagonal of laplacian : 3277.692673396341
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 6.104487730723275e-7.
augTreeLap
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 22 iterations with relative error 5.778554910569811e-7.
KMPLapSolver
akpw stretch : 2.131667846548017
aveStretch : 3.51882880200994 fac : 4.383486096935872
level 0. Dimension 1000 off-tree edges : 815
Solver build time: 0.006 seconds.
PCG stopped after: 0.006 seconds and 53 iterations with relative error 8.34768566968022e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.0001555551737588168.
wted_chimera(1000, 37)
joinGraphs(0.23071837463196287*chimera(55),chimera(945),20)
joinGraphs(0.0730400278843765*chimera(26),chimera(29),10)
rand_regular_ijv(26, 3, ver=V06)
rand_regular_ijv(29, 3, ver=V06)
rand_regular_ijv(945, 3, ver=V06)
augTreeSddm
Solver build time: 0.007 seconds.
PCG stopped after: 0.003 seconds and 31 iterations with relative error 8.677408498989389e-7.
KMPSDDMSolver
akpw stretch : 3.6718607616394703
aveStretch : 8.751443958672688 fac : 10.903452753451754
level 0. Dimension 1001 off-tree edges : 526
Solver build time: 0.006 seconds.
PCG stopped after: 0.007 seconds and 73 iterations with relative error 9.836677180388392e-7.
#155
Using greedy degree ordering. Factorization time: 0.002212047576904297
Ratio of operator edges to original edges: 1.9084786053882725
ratio of max to min diagonal of laplacian : 113.2568044824851
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 5.166117338079203e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0017919540405273438
Ratio of operator edges to original edges: 2.854330708661417
ratio of max to min diagonal of laplacian : 30.142698958298222
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 9.751734502473273e-7.
augTreeLap
Solver build time: 0.007 seconds.
PCG stopped after: 0.004 seconds and 34 iterations with relative error 8.87554502951294e-7.
KMPLapSolver
akpw stretch : 3.6747852554037173
aveStretch : 8.76451948425765 fac : 10.918163817353696
level 0. Dimension 1000 off-tree edges : 525
Solver build time: 0.005 seconds.
PCG stopped after: 0.008 seconds and 72 iterations with relative error 9.559439933826586e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.004 seconds and 83 iterations with relative error 9.976851739988269e-7.
wted_chimera(1000, 38)
augTreeSddm
Solver build time: 0.019 seconds.
PCG stopped after: 0.003 seconds and 22 iterations with relative error 8.373870227955679e-7.
KMPSDDMSolver
akpw stretch : 2.382015581357848
aveStretch : 3.194487998381865 fac : 3.9800230826260194
level 0. Dimension 1001 off-tree edges : 1701
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 64 iterations with relative error 8.549036988524278e-7.
#155
Using greedy degree ordering. Factorization time: 0.0032401084899902344
Ratio of operator edges to original edges: 1.6982968369829683
ratio of max to min diagonal of laplacian : 309.5308870258285
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 15 iterations with relative error 7.573573448996067e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.002807140350341797
Ratio of operator edges to original edges: 2.132271211559837
ratio of max to min diagonal of laplacian : 126.93741995982803
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 4.0108410385984993e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.003 seconds and 22 iterations with relative error 4.899226464825218e-7.
KMPLapSolver
akpw stretch : 2.382761057248651
aveStretch : 3.195336525596536 fac : 3.980504316374589
level 0. Dimension 1000 off-tree edges : 1700
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 62 iterations with relative error 8.813895738592667e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 149 iterations with relative error 9.697834640417767e-7.
wted_chimera(1000, 39)
generalizedNecklace(0.09442010615991253*chimera(30),chimera(33),2)
joinGraphs(0.5667434275489004*chimera(16),chimera(14),4)
ErdosRenyiClusterFix_ijv(16, 2, ver=V06)
grown_graph_ijv(14, 2, ver=V06)
joinGraphs(0.16761835638546635*chimera(14),chimera(19),4)
firstn(grid2_ijv(ceil(Integer, sqrt(14))), 14)
cbt_ijv(19)
join_graphs!(gr(990),chimera(10),2), Val{6}
rand_regular_ijv(10, 3, ver=V06)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.001 seconds and 6 iterations with relative error 9.256609077889161e-7.
KMPSDDMSolver
akpw stretch : 1.435872455371251
aveStretch : 2.1784149687805345 fac : 2.7140943599338416
level 0. Dimension 1001 off-tree edges : 587
Solver build time: 0.006 seconds.
PCG stopped after: 0.004 seconds and 37 iterations with relative error 7.420521589113974e-7.
#155
Using greedy degree ordering. Factorization time: 0.0016739368438720703
Ratio of operator edges to original edges: 1.1241779497098645
ratio of max to min diagonal of laplacian : 76976.83605441105
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 6.47159024015063e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0012488365173339844
Ratio of operator edges to original edges: 1.5810725552050473
ratio of max to min diagonal of laplacian : 76976.83605441103
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 8.298567836687483e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.001 seconds and 7 iterations with relative error 2.8230845990950386e-7.
KMPLapSolver
akpw stretch : 1.4312505505667916
aveStretch : 2.1664370693658097 fac : 2.698780562449397
level 0. Dimension 1000 off-tree edges : 586
Solver build time: 0.006 seconds.
PCG stopped after: 0.004 seconds and 37 iterations with relative error 8.604472307691886e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.18940869166591925.
wted_chimera(1000, 40)
augTreeSddm
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 4.260947374447307e-12.
KMPSDDMSolver
akpw stretch : 1.0751684445020746
aveStretch : 76.24361294659569 fac : 94.99216762872956
level 0. Dimension 1001 off-tree edges : 1
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 2 iterations with relative error 6.119785752727621e-12.
#155
Using greedy degree ordering. Factorization time: 0.0009710788726806641
Ratio of operator edges to original edges: 0.9939969984992496
ratio of max to min diagonal of laplacian : 1479.8423737307255
Solver build time: 0.001 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 8.794846043472193e-12.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0005321502685546875
Ratio of operator edges to original edges: 1.0
ratio of max to min diagonal of laplacian : 822.4871116258211
Solver build time: 0.001 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 1.760821939945979e-11.
augTreeLap
Solver build time: 0.004 seconds.
PCG stopped after: 0.0 seconds and 1 iterations with relative error 2.6396145227336036e-11.
KMPLapSolver
The graph is a tree. Solve directly
Solver build time: 0.001 seconds.
Solve time: 0.0 seconds.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 3.7947675021552723.
wted_chimera(1000, 41)
productGraph(0.01444883358753811*chimera(52),chimera(19))
joinGraphs(0.4743362053971273*chimera(21),chimera(31),3)
grown_graph_ijv(21, 2, ver=V06)
joinGraphs(0.6565567108123975*chimera(11),chimera(20),6)
rand_gen_ring_ijv(11, 4, ver=V06, verbose=true)
gens: [1, 9, 6, 7]
cbt_ijv(20)
ErdosRenyiClusterFix_ijv(19, 2, ver=V06)
join_graphs!(gr(988),chimera(12),2), Val{6}
firstn(grid2_ijv(ceil(Integer, sqrt(12))), 12)
augTreeSddm
Solver build time: 0.014 seconds.
PCG stopped after: 0.003 seconds and 24 iterations with relative error 8.064638712858267e-7.
KMPSDDMSolver
akpw stretch : 1.7077220948730045
aveStretch : 2.0479731020234864 fac : 2.5515764099847873
level 0. Dimension 1001 off-tree edges : 2080
Solver build time: 0.008 seconds.
PCG stopped after: 0.006 seconds and 53 iterations with relative error 8.808214395596299e-7.
#155
Using greedy degree ordering. Factorization time: 0.0035810470581054688
Ratio of operator edges to original edges: 1.6331535066208926
ratio of max to min diagonal of laplacian : 5035.923664219529
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 2.857851160499039e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0033872127532958984
Ratio of operator edges to original edges: 2.010071474983756
ratio of max to min diagonal of laplacian : 3524.081565755504
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 9.272087367068102e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.005 seconds and 32 iterations with relative error 9.202404629579899e-7.
KMPLapSolver
akpw stretch : 1.7080212963208008
aveStretch : 2.0482393218256023 fac : 2.551538905584565
level 0. Dimension 1000 off-tree edges : 2079
Solver build time: 0.018 seconds.
PCG stopped after: 0.007 seconds and 55 iterations with relative error 7.449994749810974e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 200 iterations with relative error 0.01655573504135169.
wted_chimera(1000, 42)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 3.836886315882833e-7.
KMPSDDMSolver
akpw stretch : 2.540926088374292
aveStretch : 4.183704434189106 fac : 5.21249108695728
level 0. Dimension 1001 off-tree edges : 938
Solver build time: 0.007 seconds.
PCG stopped after: 0.006 seconds and 59 iterations with relative error 7.891318762972929e-7.
#155
Using greedy degree ordering. Factorization time: 0.002223968505859375
Ratio of operator edges to original edges: 1.5030653950953679
ratio of max to min diagonal of laplacian : 4824.174434200962
Solver build time: 0.003 seconds.
PCG stopped after: 0.003 seconds and 18 iterations with relative error 7.437984436744053e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0017859935760498047
Ratio of operator edges to original edges: 2.06146694214876
ratio of max to min diagonal of laplacian : 3537.445859622284
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 7.860957362052323e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 17 iterations with relative error 4.5010085392580877e-7.
KMPLapSolver
akpw stretch : 2.5352626656315107
aveStretch : 4.172111548199145 fac : 5.197295462612531
level 0. Dimension 1000 off-tree edges : 937
Solver build time: 0.007 seconds.
PCG stopped after: 0.013 seconds and 58 iterations with relative error 9.421756766178886e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.23848700431271874.
wted_chimera(1000, 43)
joinGraphs(0.10247851172770052*chimera(26),chimera(974),2)
firstn(grid2_ijv(ceil(Integer, sqrt(26))), 26)
firstn(grid2_ijv(ceil(Integer, sqrt(974))), 974)
augTreeSddm
Solver build time: 0.011 seconds.
PCG stopped after: 0.002 seconds and 24 iterations with relative error 7.888873310576398e-7.
KMPSDDMSolver
akpw stretch : 6.461308520459209
aveStretch : 12.333683273641153 fac : 15.366576474150296
level 0. Dimension 1001 off-tree edges : 930
Solver build time: 0.006 seconds.
PCG stopped after: 0.01 seconds and 96 iterations with relative error 8.067109429974221e-7.
#155
Using greedy degree ordering. Factorization time: 0.0020170211791992188
Ratio of operator edges to original edges: 1.3855874316939891
ratio of max to min diagonal of laplacian : 25.000000000000046
Solver build time: 0.002 seconds.
PCG stopped after: 0.003 seconds and 20 iterations with relative error 4.64578028406445e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0017201900482177734
Ratio of operator edges to original edges: 2.0892116182572615
ratio of max to min diagonal of laplacian : 24.395358186337088
Solver build time: 0.003 seconds.
PCG stopped after: 0.003 seconds and 20 iterations with relative error 8.747993335610351e-7.
augTreeLap
Solver build time: 0.012 seconds.
PCG stopped after: 0.003 seconds and 24 iterations with relative error 9.086934341168869e-7.
KMPLapSolver
akpw stretch : 6.7069012533155865
aveStretch : 12.843816594609743 fac : 15.999838196705488
level 0. Dimension 1000 off-tree edges : 929
Solver build time: 0.007 seconds.
PCG stopped after: 0.017 seconds and 102 iterations with relative error 8.091123364306064e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 169 iterations with relative error 9.396731482310559e-7.
wted_chimera(1000, 44)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.005 seconds and 40 iterations with relative error 9.549248579417901e-7.
KMPSDDMSolver
akpw stretch : 2.7587217718032093
aveStretch : 3.2497105411508356 fac : 4.048825029921842
level 0. Dimension 1001 off-tree edges : 3582
Solver build time: 0.009 seconds.
PCG stopped after: 0.011 seconds and 76 iterations with relative error 9.313507960407596e-7.
#155
Using greedy degree ordering. Factorization time: 0.007018089294433594
Ratio of operator edges to original edges: 2.293548387096774
ratio of max to min diagonal of laplacian : 418108.85660115146
Solver build time: 0.007 seconds.
PCG stopped after: 0.003 seconds and 11 iterations with relative error 5.316981936854255e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.011219024658203125
Ratio of operator edges to original edges: 2.6873362445414846
ratio of max to min diagonal of laplacian : 418108.85660115146
Solver build time: 0.012 seconds.
PCG stopped after: 0.002 seconds and 10 iterations with relative error 6.625531211444331e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.007 seconds and 41 iterations with relative error 7.680918940498517e-7.
KMPLapSolver
akpw stretch : 2.759263305657416
aveStretch : 3.2500491315026463 fac : 4.048661069888592
level 0. Dimension 1000 off-tree edges : 3581
Solver build time: 0.01 seconds.
PCG stopped after: 0.011 seconds and 74 iterations with relative error 8.026755048171246e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.012 seconds and 200 iterations with relative error 0.29669780012133223.
wted_chimera(1000, 45)
joinGraphs(0.012615970885049215*chimera(11),chimera(989),2)
grown_graph_ijv(11, 2, ver=V06)
joinGraphs(0.3382724389992923*chimera(75),chimera(914),3)
joinGraphs(0.012006315419657045*chimera(24),chimera(51),2)
ErdosRenyiClusterFix_ijv(24, 2, ver=V06)
joinGraphs(0.6775770625300411*chimera(33),chimera(18),3)
joinGraphs(0.46857119984076856*chimera(12),chimera(21),4)
cbt_ijv(12)
firstn(grid2_ijv(ceil(Integer, sqrt(21))), 21)
rand_regular_ijv(18, 3, ver=V06)
joinGraphs(0.003174512605270133*chimera(11),chimera(903),3)
firstn(grid2_ijv(ceil(Integer, sqrt(11))), 11)
joinGraphs(0.010592677578553788*chimera(72),chimera(831),20)
joinGraphs(0.8269744737026474*chimera(28),chimera(44),4)
cbt_ijv(28)
joinGraphs(0.5036837807387877*chimera(25),chimera(19),8)
ErdosRenyiClusterFix_ijv(25, 2, ver=V06)
ring_graph_ijv(19)
joinGraphs(0.36800501528572005*chimera(17),chimera(814),3)
firstn(grid2_ijv(ceil(Integer, sqrt(17))), 17)
joinGraphs(0.04140563541414743*chimera(51),chimera(763),14)
joinGraphs(0.0421080423113819*chimera(37),chimera(14),4)
joinGraphs(0.19608061645835087*chimera(21),chimera(16),5)
firstn(grid2_ijv(ceil(Integer, sqrt(21))), 21)
ErdosRenyiClusterFix_ijv(16, 2, ver=V06)
ring_graph_ijv(14)
joinGraphs(0.5315202103319866*chimera(62),chimera(701),4)
joinGraphs(0.5605373419366005*chimera(37),chimera(25),5)
joinGraphs(0.1121470873946512*chimera(23),chimera(14),2)
rand_gen_ring_ijv(23, 4, ver=V06, verbose=true)
gens: [1, 6, 11, 22]
ErdosRenyiClusterFix_ijv(14, 2, ver=V06)
rand_regular_ijv(25, 3, ver=V06)
joinGraphs(0.021888911358747886*chimera(29),chimera(672),3)
rand_gen_ring_ijv(29, 4, ver=V06, verbose=true)
gens: [1, 6, 7, 3]
joinGraphs(0.19831545190778857*chimera(127),chimera(545),25)
joinGraphs(0.13213831357558498*chimera(81),chimera(46),4)
joinGraphs(0.9592496947005107*chimera(46),chimera(35),2)
cbt_ijv(46)
joinGraphs(0.9137366832805309*chimera(18),chimera(17),3)
firstn(grid2_ijv(ceil(Integer, sqrt(18))), 18)
rand_gen_ring_ijv(17, 4, ver=V06, verbose=true)
gens: [1, 4, 6, 5]
joinGraphs(0.6312047035690707*chimera(29),chimera(17),2)
ErdosRenyiClusterFix_ijv(29, 2, ver=V06)
ErdosRenyiClusterFix_ijv(17, 2, ver=V06)
joinGraphs(0.012745838649186526*chimera(77),chimera(468),24)
joinGraphs(0.2928906721737958*chimera(33),chimera(44),2)
joinGraphs(0.5740845308395991*chimera(10),chimera(23),2)
grown_graph_ijv(10, 2, ver=V06)
firstn(grid2_ijv(ceil(Integer, sqrt(23))), 23)
joinGraphs(0.019580938795984323*chimera(15),chimera(29),8)
ErdosRenyiClusterFix_ijv(15, 2, ver=V06)
ErdosRenyiClusterFix_ijv(29, 2, ver=V06)
joinGraphs(0.46675803353355944*chimera(111),chimera(357),6)
joinGraphs(0.05435198275583134*chimera(44),chimera(67),5)
ErdosRenyiClusterFix_ijv(44, 2, ver=V06)
joinGraphs(0.0006357167496052494*chimera(21),chimera(46),3)
grown_graph_ijv(21, 2, ver=V06)
joinGraphs(0.05269593385510675*chimera(19),chimera(27),3)
path_graph_ijv(19)
grown_graph_ijv(27, 2, ver=V06)
joinGraphs(0.8595926563171721*chimera(11),chimera(346),5)
rand_regular_ijv(11, 3, ver=V06)
joinGraphs(0.9714342453433183*chimera(16),chimera(330),4)
rand_gen_ring_ijv(16, 4, ver=V06, verbose=true)
gens: [1, 3, 6, 8]
generalizedNecklace(0.6452076123733309*chimera(10),chimera(33),2)
ErdosRenyiClusterFix_ijv(10, 2, ver=V06)
rand_gen_ring_ijv(33, 4, ver=V06, verbose=true)
gens: [1, 10, 11, 6]
augTreeSddm
Solver build time: 0.01 seconds.
PCG stopped after: 0.002 seconds and 23 iterations with relative error 6.185698394267393e-7.
KMPSDDMSolver
akpw stretch : 2.531834760037658
aveStretch : 4.418330769936546 fac : 5.504812808791824
level 0. Dimension 1001 off-tree edges : 812
Solver build time: 0.013 seconds.
PCG stopped after: 0.007 seconds and 59 iterations with relative error 9.930665941628002e-7.
#155
Using greedy degree ordering. Factorization time: 0.0020368099212646484
Ratio of operator edges to original edges: 1.4462633451957296
ratio of max to min diagonal of laplacian : 629424.0768756736
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 8.053804916886809e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0016911029815673828
Ratio of operator edges to original edges: 2.018232044198895
ratio of max to min diagonal of laplacian : 629424.0768756736
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 12 iterations with relative error 7.209230837298574e-7.
augTreeLap
Solver build time: 0.01 seconds.
PCG stopped after: 0.003 seconds and 24 iterations with relative error 8.897225765699346e-7.
KMPLapSolver
akpw stretch : 2.5227234993465677
aveStretch : 4.3984334572349315 fac : 5.4792298781554765
level 0. Dimension 1000 off-tree edges : 811
Solver build time: 0.006 seconds.
PCG stopped after: 0.007 seconds and 64 iterations with relative error 7.489562794534331e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.008 seconds and 200 iterations with relative error 0.05972549598139434.
wted_chimera(1000, 46)
augTreeSddm
Solver build time: 0.008 seconds.
PCG stopped after: 0.002 seconds and 22 iterations with relative error 8.005492568489006e-7.
KMPSDDMSolver
akpw stretch : 4.752357188608995
aveStretch : 12.856800360550666 fac : 16.018329769786583
level 0. Dimension 1001 off-tree edges : 463
Solver build time: 0.005 seconds.
PCG stopped after: 0.014 seconds and 81 iterations with relative error 8.856763085228605e-7.
#155
Using greedy degree ordering. Factorization time: 0.001470804214477539
Ratio of operator edges to original edges: 1.1170255993498577
ratio of max to min diagonal of laplacian : 49.999999999999844
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 9.531300076016115e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0012519359588623047
Ratio of operator edges to original edges: 1.8761122518822724
ratio of max to min diagonal of laplacian : 24.621693775435112
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 15 iterations with relative error 3.305683316500898e-7.
augTreeLap
Solver build time: 0.009 seconds.
PCG stopped after: 0.003 seconds and 22 iterations with relative error 5.982819554484286e-7.
KMPLapSolver
akpw stretch : 4.489748905228297
aveStretch : 12.03576439510506 fac : 14.993228957829189
level 0. Dimension 1000 off-tree edges : 462
Solver build time: 0.005 seconds.
PCG stopped after: 0.008 seconds and 76 iterations with relative error 8.871234390213886e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.006 seconds and 154 iterations with relative error 8.301068850013275e-7.
wted_chimera(1000, 47)
generalizedNecklace(0.6465247689581521*chimera(87),chimera(11),2)
joinGraphs(0.5367651957968245*chimera(54),chimera(33),8)
rand_gen_ring_ijv(54, 4, ver=V06, verbose=true)
gens: [1, 36, 42, 13]
rand_regular_ijv(33, 3, ver=V06)
firstn(grid2_ijv(ceil(Integer, sqrt(11))), 11)
join_graphs!(gr(957),chimera(43),2), Val{6}
joinGraphs(0.2763700874186455*chimera(18),chimera(25),5)
path_graph_ijv(18)
path_graph_ijv(25)
augTreeSddm
Solver build time: 0.013 seconds.
PCG stopped after: 0.003 seconds and 26 iterations with relative error 9.384675318324129e-7.
KMPSDDMSolver
akpw stretch : 1.8068902606971529
aveStretch : 2.198394511399315 fac : 2.738986937662522
level 0. Dimension 1001 off-tree edges : 2061
Solver build time: 0.007 seconds.
PCG stopped after: 0.012 seconds and 58 iterations with relative error 7.943829271168737e-7.
#155
Using greedy degree ordering. Factorization time: 0.0033850669860839844
Ratio of operator edges to original edges: 1.549150036954915
ratio of max to min diagonal of laplacian : 121900.6739317542
Solver build time: 0.004 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 4.218665190281776e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.002902984619140625
Ratio of operator edges to original edges: 1.911082052958483
ratio of max to min diagonal of laplacian : 121900.6739317542
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 5.212997573668651e-7.
augTreeLap
Solver build time: 0.014 seconds.
PCG stopped after: 0.004 seconds and 26 iterations with relative error 6.497527058321268e-7.
KMPLapSolver
akpw stretch : 1.8049977245396627
aveStretch : 2.1953825433819563 fac : 2.734838606207173
level 0. Dimension 1000 off-tree edges : 2060
Solver build time: 0.008 seconds.
PCG stopped after: 0.007 seconds and 58 iterations with relative error 9.374960497670101e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 200 iterations with relative error 0.2780598013734037.
wted_chimera(1000, 48)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.011 seconds and 43 iterations with relative error 6.660883012425636e-7.
KMPSDDMSolver
akpw stretch : 3.1209644195673785
aveStretch : 3.8548621426010756 fac : 4.802785396490777
level 0. Dimension 1001 off-tree edges : 2890
Solver build time: 0.009 seconds.
PCG stopped after: 0.01 seconds and 79 iterations with relative error 9.888401368496512e-7.
#155
Using greedy degree ordering. Factorization time: 0.00513911247253418
Ratio of operator edges to original edges: 1.998772504091653
ratio of max to min diagonal of laplacian : 299.32925221923864
Solver build time: 0.006 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 6.421369106993142e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0043718814849853516
Ratio of operator edges to original edges: 2.327932098765432
ratio of max to min diagonal of laplacian : 72.39752945296148
Solver build time: 0.005 seconds.
PCG stopped after: 0.003 seconds and 14 iterations with relative error 3.921340072890943e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.008 seconds and 44 iterations with relative error 9.674564122687438e-7.
KMPLapSolver
akpw stretch : 3.121852415052726
aveStretch : 3.855577081940118 fac : 4.802981186437767
level 0. Dimension 1000 off-tree edges : 2889
Solver build time: 0.009 seconds.
PCG stopped after: 0.01 seconds and 80 iterations with relative error 8.440781233181892e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.01 seconds and 152 iterations with relative error 9.988951258816727e-7.
wted_chimera(1000, 49)
generalizedNecklace(0.5150779993229215*chimera(83),chimera(12),2)
joinGraphs(0.07142486802564012*chimera(45),chimera(38),4)
firstn(grid2_ijv(ceil(Integer, sqrt(45))), 45)
ErdosRenyiClusterFix_ijv(38, 2, ver=V06)
rand_regular_ijv(12, 3, ver=V06)
join_graphs!(gr(996),chimera(4),2), Val{6}
ErdosRenyiClusterFix_ijv(4, 2, ver=V06)
augTreeSddm
Solver build time: 0.009 seconds.
PCG stopped after: 0.002 seconds and 18 iterations with relative error 5.531271385779731e-7.
KMPSDDMSolver
akpw stretch : 1.796168300389856
aveStretch : 3.4548522595353908 fac : 4.304411770205001
level 0. Dimension 1001 off-tree edges : 480
Solver build time: 0.005 seconds.
PCG stopped after: 0.004 seconds and 44 iterations with relative error 7.243838367236638e-7.
#155
Using greedy degree ordering. Factorization time: 0.0019989013671875
Ratio of operator edges to original edges: 1.20863599677159
ratio of max to min diagonal of laplacian : 622.2458551444639
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 4.444243610405761e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.0011560916900634766
Ratio of operator edges to original edges: 1.790933694181326
ratio of max to min diagonal of laplacian : 622.2458551444639
Solver build time: 0.002 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 5.232841417874399e-7.
augTreeLap
Solver build time: 0.009 seconds.
PCG stopped after: 0.002 seconds and 16 iterations with relative error 6.546716755921784e-7.
KMPLapSolver
akpw stretch : 1.7554397732908367
aveStretch : 3.3309811793817476 fac : 4.149479986248476
level 0. Dimension 1000 off-tree edges : 479
Solver build time: 0.006 seconds.
PCG stopped after: 0.004 seconds and 44 iterations with relative error 7.645446680111746e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.007 seconds and 200 iterations with relative error 0.0020928962320533474.
wted_chimera(1000, 50)
augTreeSddm
Solver build time: 0.012 seconds.
PCG stopped after: 0.008 seconds and 22 iterations with relative error 5.01095227600954e-7.
KMPSDDMSolver
akpw stretch : 2.2929279417620196
aveStretch : 3.094992421763272 fac : 3.8560612171371607
level 0. Dimension 1001 off-tree edges : 1612
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 63 iterations with relative error 7.721569118432762e-7.
#155
Using greedy degree ordering. Factorization time: 0.0031430721282958984
Ratio of operator edges to original edges: 1.6310249307479225
ratio of max to min diagonal of laplacian : 369.53261138417065
Solver build time: 0.004 seconds.
PCG stopped after: 0.003 seconds and 15 iterations with relative error 8.723020086828866e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.002557039260864258
Ratio of operator edges to original edges: 2.0724137931034483
ratio of max to min diagonal of laplacian : 250.20236360435058
Solver build time: 0.003 seconds.
PCG stopped after: 0.002 seconds and 14 iterations with relative error 8.424310495189469e-7.
augTreeLap
Solver build time: 0.013 seconds.
PCG stopped after: 0.003 seconds and 20 iterations with relative error 9.111979758411816e-7.
KMPLapSolver
akpw stretch : 2.2936265872799035
aveStretch : 3.09581961067694 fac : 3.8565338030291185
level 0. Dimension 1000 off-tree edges : 1611
Solver build time: 0.007 seconds.
PCG stopped after: 0.007 seconds and 64 iterations with relative error 8.686675532092607e-7.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.009 seconds and 185 iterations with relative error 7.903628126508333e-7.
productGraph(0.37972767479276753*chimera(28),chimera(35))
complete_binary_tree(28)
joinGraphs(0.15303556675598812*chimera(24),chimera(11),3)
gens: [1, 22, 8, 3]
rand_gen_ring(24, 4)
grown_graph(11)
join_graphs!(gr(980),chimera(20),2), Val{7}
grown_graph(20)
gens: [1, 268, 4, 87]
rand_gen_ring(1000, 4)
thicken(2)
joinGraphs(0.20570792822908165*chimera(988),chimera(12),4)
joinGraphs(0.9769314255631816*chimera(969),chimera(19),5)
productGraph(0.7577611297950738*chimera(59),chimera(16))
joinGraphs(0.44405800003253476*chimera(47),chimera(12),5)
joinGraphs(0.7770938670724522*chimera(34),chimera(13),2)
ErdosRenyiClusterFix_ijv(34,2)
firstn_grid2(13)
grown_graph(12)
firstn_grid2(16)
join_graphs!(gr(944),chimera(25),2), Val{7}
grown_graph(25)
gens: [1, 4, 18, 3]
rand_gen_ring(19, 4)
gens: [1, 3, 6, 6]
rand_gen_ring(12, 4)
grown_graph(1000)
joinGraphs(0.47093882411713006*chimera(989),chimera(11),3)
joinGraphs(0.04553746054163804*chimera(528),chimera(461),204)
joinGraphs(0.022746589105450108*chimera(403),chimera(125),3)
generalizedNecklace(0.00028479766305711094*chimera(31),chimera(13),2)
joinGraphs(0.016031130451078915*chimera(12),chimera(19),3)
rand_regular_ijv(12,3)
grown_graph(19)
path_graph(13)
joinGraphs(0.017230646811310674*chimera(113),chimera(12),2)
joinGraphs(0.5659049538606281*chimera(58),chimera(55),9)
ErdosRenyiClusterFix_ijv(58,2)
joinGraphs(0.43730012035167637*chimera(44),chimera(11),5)
grown_graph(44)
complete_binary_tree(11)
grown_graph(12)
joinGraphs(0.014743271867783748*chimera(448),chimera(13),2)
two_lift(chimera(224, 3
joinGraphs(0.25814714252008575*chimera(182),chimera(42),4)
joinGraphs(0.3529506676744897*chimera(161),chimera(21),2)
ErdosRenyiClusterFix_ijv(161,2)
firstn_grid2(21)
ring_graph(42)
rand_regular_ijv(13,3)
grown_graph(11)
generalizedNecklace(0.4316306691685885*chimera(21),chimera(47),2)
firstn_grid2(21)
joinGraphs(0.008858215658144741*chimera(10),chimera(37),2)
grown_graph(10)
joinGraphs(3.9958088638624794e-5*chimera(14),chimera(23),3)
rand_regular_ijv(14,3)
firstn_grid2(23)
join_graphs!(gr(987),chimera(13),2), Val{7}
firstn_grid2(13)
thicken(2)
productGraph(0.3321132314946871*chimera(23),chimera(43))
firstn_grid2(23)
gens: [1, 5, 10, 9]
rand_gen_ring(43, 4)
join_graphs!(gr(989),chimera(11),2), Val{7}
gens: [1, 5, 4, 10]
rand_gen_ring(11, 4)
joinGraphs(0.7180505512081559*chimera(968),chimera(32),10)
joinGraphs(0.5732646164730553*chimera(951),chimera(17),4)
joinGraphs(0.03443908041690379*chimera(607),chimera(344),9)
generalizedNecklace(0.1279956249389802*chimera(41),chimera(14),2)
complete_binary_tree(41)
gens: [1, 4, 4, 7]
rand_gen_ring(14, 4)
join_graphs!(gr(574),chimera(33),2), Val{7}
joinGraphs(0.040251449524345576*chimera(19),chimera(14),7)
grown_graph(19)
firstn_grid2(14)
joinGraphs(0.10191542836476612*chimera(309),chimera(35),5)
joinGraphs(0.05155458425679834*chimera(289),chimera(20),3)
grown_graph(289)
gens: [1, 3, 16, 4]
rand_gen_ring(20, 4)
joinGraphs(0.9462915839003778*chimera(21),chimera(14),2)
rand_regular_ijv(21,3)
ErdosRenyiClusterFix_ijv(14,2)
gens: [1, 9, 5, 15]
rand_gen_ring(17, 4)
joinGraphs(0.07120945158713983*chimera(16),chimera(16),8)
gens: [1, 5, 15, 7]
rand_gen_ring(16, 4)
ring_graph(16)
joinGraphs(0.16336450196760152*chimera(571),chimera(429),20)
joinGraphs(0.593867818606771*chimera(377),chimera(194),2)
joinGraphs(0.12186129050213217*chimera(346),chimera(31),3)
joinGraphs(0.029820075091446196*chimera(303),chimera(43),13)
joinGraphs(0.026926777076345457*chimera(194),chimera(109),4)
joinGraphs(0.8157656337017113*chimera(135),chimera(59),21)
joinGraphs(0.043008415239366694*chimera(113),chimera(22),10)
firstn_grid2(113)
rand_regular_ijv(22,3)
joinGraphs(0.6392875196514824*chimera(36),chimera(23),12)
firstn_grid2(36)
grown_graph(23)
joinGraphs(0.0025999584951654224*chimera(92),chimera(17),6)
joinGraphs(0.9343060381883557*chimera(25),chimera(67),3)
ErdosRenyiClusterFix_ijv(25,2)
ring_graph(67)
gens: [1, 7, 5, 3]
rand_gen_ring(17, 4)
joinGraphs(0.32162325012040216*chimera(27),chimera(16),2)
ErdosRenyiClusterFix_ijv(27,2)
rand_regular_ijv(16,3)
joinGraphs(0.31660460445018207*chimera(10),chimera(21),5)
ring_graph(10)
complete_binary_tree(21)
joinGraphs(0.0003573379266215253*chimera(68),chimera(126),2)
joinGraphs(0.389562318674013*chimera(19),chimera(49),7)
ErdosRenyiClusterFix_ijv(19,2)
joinGraphs(0.38925638245768274*chimera(17),chimera(32),2)
firstn_grid2(17)
joinGraphs(0.030968669011872348*chimera(21),chimera(11),2)
firstn_grid2(21)
rand_regular_ijv(11,3)
joinGraphs(0.3234046184279135*chimera(44),chimera(82),11)
joinGraphs(0.06617871923551455*chimera(21),chimera(23),3)
firstn_grid2(21)
gens: [1, 15, 3, 6]
rand_gen_ring(23, 4)
joinGraphs(0.3875374465861053*chimera(18),chimera(64),6)
gens: [1, 14, 4, 3]
rand_gen_ring(18, 4)
grown_graph(64)
joinGraphs(0.7841602140727884*chimera(342),chimera(87),11)
joinGraphs(0.09935722069468192*chimera(293),chimera(49),2)
joinGraphs(0.829901968093929*chimera(236),chimera(57),14)
joinGraphs(0.15803236535682558*chimera(182),chimera(54),6)
joinGraphs(0.4564243440314255*chimera(90),chimera(92),39)
joinGraphs(0.45341844515048974*chimera(17),chimera(73),2)
ErdosRenyiClusterFix_ijv(17,2)
joinGraphs(0.884195331188221*chimera(52),chimera(21),3)
joinGraphs(0.3920647108959769*chimera(36),chimera(16),8)
joinGraphs(0.22490163997414953*chimera(16),chimera(20),6)
ErdosRenyiClusterFix_ijv(16,2)
firstn_grid2(20)
ring_graph(16)
firstn_grid2(21)
joinGraphs(0.00038182648633261333*chimera(24),chimera(68),6)
rand_regular_ijv(24,3)
joinGraphs(0.01746631394394884*chimera(46),chimera(22),9)
joinGraphs(7.677359240600315e-5*chimera(21),chimera(25),3)
grown_graph(21)
firstn_grid2(25)
grown_graph(22)
joinGraphs(0.0986204636562292*chimera(39),chimera(15),5)
joinGraphs(0.6844807068765306*chimera(22),chimera(17),2)
rand_regular_ijv(22,3)
grown_graph(17)
ErdosRenyiClusterFix_ijv(15,2)
joinGraphs(0.5573186927780808*chimera(43),chimera(14),3)
joinGraphs(0.5108876845311753*chimera(10),chimera(33),3)
rand_regular_ijv(10,3)
joinGraphs(0.05168918759861874*chimera(18),chimera(15),4)
firstn_grid2(18)
rand_regular_ijv(15,3)
grown_graph(14)
joinGraphs(0.04105363586859959*chimera(13),chimera(36),2)
grown_graph(13)
joinGraphs(0.6159477812372454*chimera(24),chimera(12),6)
rand_regular_ijv(24,3)
rand_regular_ijv(12,3)
joinGraphs(0.33405599034768824*chimera(59),chimera(28),2)
joinGraphs(0.009244677214005907*chimera(32),chimera(27),4)
joinGraphs(0.17136282371503472*chimera(18),chimera(14),7)
rand_regular_ijv(18,3)
ring_graph(14)
gens: [1, 9, 23, 11]
rand_gen_ring(27, 4)
ErdosRenyiClusterFix_ijv(28,2)
joinGraphs(0.4840856948621258*chimera(985),chimera(15),8)
generalizedNecklace(0.3326085025148461*chimera(18),chimera(54),2)
gens: [1, 4, 11, 11]
rand_gen_ring(18, 4)
joinGraphs(0.023569225370987656*chimera(23),chimera(31),3)
firstn_grid2(23)
joinGraphs(0.02509453390027877*chimera(16),chimera(15),2)
ErdosRenyiClusterFix_ijv(16,2)
path_graph(15)
join_graphs!(gr(972),chimera(13),2), Val{7}
grown_graph(13)
gens: [1, 10, 5, 3]
rand_gen_ring(15, 4)
gens: [1, 14, 197, 102]
rand_gen_ring(1000, 4)
generalizedNecklace(0.6650534316441408*chimera(28),chimera(35),2)
firstn_grid2(28)
joinGraphs(0.006838672774116334*chimera(12),chimera(23),2)
ErdosRenyiClusterFix_ijv(12,2)
grown_graph(23)
join_graphs!(gr(980),chimera(20),2), Val{7}
grown_graph(20)
firstn_grid2(1000)
joinGraphs(0.9555047472997507*chimera(981),chimera(19),5)
two_lift(chimera(490, 242
productGraph(0.8876312569390385*chimera(15),chimera(32))
firstn_grid2(15)
joinGraphs(0.43140730890458595*chimera(14),chimera(18),4)
gens: [1, 4, 4, 3]
rand_gen_ring(14, 4)
grown_graph(18)
join_graphs!(gr(480),chimera(10),2), Val{7}
grown_graph(10)
join_graphs!(gr(980),chimera(1),2), Val{7}
firstn_grid2(19)
generalizedNecklace(0.14949958936217392*chimera(27),chimera(37),2)
ring_graph(27)
joinGraphs(0.3522379591727374*chimera(12),chimera(25),2)
ring_graph(12)
path_graph(25)
join_graphs!(gr(999),chimera(1),2), Val{7}
thicken(2)
joinGraphs(0.8932653575960487*chimera(955),chimera(45),18)
joinGraphs(0.004900442677498663*chimera(935),chimera(20),2)
productGraph(0.01814554934801364*chimera(92),chimera(10))
joinGraphs(0.7382270689740437*chimera(37),chimera(55),4)
joinGraphs(0.6694881536728337*chimera(26),chimera(11),4)
firstn_grid2(26)
rand_regular_ijv(11,3)
joinGraphs(0.061627570404852894*chimera(35),chimera(20),4)
joinGraphs(0.22105631167921186*chimera(21),chimera(14),2)
rand_regular_ijv(21,3)
ErdosRenyiClusterFix_ijv(14,2)
complete_binary_tree(20)
ErdosRenyiClusterFix_ijv(10,2)
join_graphs!(gr(920),chimera(15),2), Val{7}
ErdosRenyiClusterFix_ijv(15,2)
grown_graph(20)
joinGraphs(0.13673235208307027*chimera(28),chimera(17),8)
complete_binary_tree(28)
ring_graph(17)
rand_regular_ijv(1000,3)
joinGraphs(1.5736110896744493e-6*chimera(931),chimera(69),2)
joinGraphs(0.6462958068553654*chimera(789),chimera(142),22)
productGraph(0.9862474452582027*chimera(12),chimera(65))
rand_regular_ijv(12,3)
gens: [1, 3, 45, 35]
rand_gen_ring(65, 4)
join_graphs!(gr(780),chimera(9),2), Val{7}
complete_binary_tree(9)
joinGraphs(0.6430030282776834*chimera(37),chimera(105),3)
joinGraphs(0.006451878365256489*chimera(11),chimera(26),3)
grown_graph(11)
ring_graph(26)
complete_binary_tree(105)
joinGraphs(0.09167991098671611*chimera(52),chimera(17),2)
joinGraphs(0.34400642143413457*chimera(37),chimera(15),7)
joinGraphs(0.4277923164867835*chimera(23),chimera(14),3)
complete_binary_tree(23)
firstn_grid2(14)
gens: [1, 4, 6, 5]
rand_gen_ring(15, 4)
rand_regular_ijv(17,3)
joinGraphs(0.0021661481984339547*chimera(945),chimera(55),4)
joinGraphs(0.40016968066304986*chimera(932),chimera(13),2)
joinGraphs(0.7366345076723392*chimera(917),chimera(15),2)
firstn_grid2(917)
ErdosRenyiClusterFix_ijv(15,2)
ring_graph(13)
joinGraphs(0.36546544243660006*chimera(40),chimera(15),3)
joinGraphs(0.009134902702710893*chimera(23),chimera(17),3)
ring_graph(23)
gens: [1, 11, 6, 12]
rand_gen_ring(17, 4)
complete_binary_tree(15)
thicken(2)
joinGraphs(0.26061934684123833*chimera(887),chimera(113),11)
joinGraphs(0.6567164288105163*chimera(758),chimera(129),13)
generalizedNecklace(0.5167891395372253*chimera(14),chimera(54),2)
gens: [1, 10, 6, 13]
rand_gen_ring(14, 4)
joinGraphs(0.09712821273837188*chimera(11),chimera(43),4)
firstn_grid2(11)
joinGraphs(0.07393061502003047*chimera(20),chimera(23),7)
ErdosRenyiClusterFix_ijv(20,2)
ErdosRenyiClusterFix_ijv(23,2)
join_graphs!(gr(756),chimera(2),2), Val{7}
firstn_grid2(2)
joinGraphs(0.06881337176052206*chimera(20),chimera(109),2)
firstn_grid2(20)
joinGraphs(0.20462123369936192*chimera(87),chimera(22),6)
grown_graph(87)
grown_graph(22)
firstn_grid2(113)
joinGraphs(0.224863457371798*chimera(930),chimera(70),12)
firstn_grid2(930)
joinGraphs(0.6048824669910297*chimera(54),chimera(16),8)
joinGraphs(0.7256265880860072*chimera(26),chimera(28),6)
gens: [1, 5, 10, 3]
rand_gen_ring(26, 4)
firstn_grid2(28)
grown_graph(16)
thicken(2)
joinGraphs(0.4815730947249337*chimera(984),chimera(16),5)
joinGraphs(0.06863752863628761*chimera(824),chimera(160),3)
ring_graph(824)
joinGraphs(0.6200741547696471*chimera(130),chimera(30),7)
joinGraphs(0.08350423818897142*chimera(35),chimera(95),3)
joinGraphs(0.8916279268496641*chimera(21),chimera(14),7)
rand_regular_ijv(21,3)
firstn_grid2(14)
joinGraphs(0.802680988926393*chimera(60),chimera(35),11)
grown_graph(60)
joinGraphs(0.3085545353651446*chimera(13),chimera(22),2)
firstn_grid2(13)
firstn_grid2(22)
joinGraphs(0.30278259176616384*chimera(18),chimera(12),3)
ErdosRenyiClusterFix_ijv(18,2)
rand_regular_ijv(12,3)
rand_regular_ijv(16,3)
grown_graph(1000)
thicken(2)
joinGraphs(0.06026413085115291*chimera(973),chimera(27),2)
joinGraphs(0.23435958507820764*chimera(947),chimera(26),5)
joinGraphs(0.11115091250610788*chimera(912),chimera(35),17)
two_lift(chimera(456, 175
generalizedNecklace(0.0750665824780962*chimera(25),chimera(18),2)
gens: [1, 7, 16, 10]
rand_gen_ring(25, 4)
rand_regular_ijv(18,3)
join_graphs!(gr(450),chimera(6),2), Val{7}
ErdosRenyiClusterFix_ijv(6,2)
joinGraphs(0.9155913005480338*chimera(19),chimera(16),5)
ErdosRenyiClusterFix_ijv(19,2)
complete_binary_tree(16)
gens: [1, 3, 5, 5]
rand_gen_ring(26, 4)
grown_graph(27)
generalizedNecklace(0.41665323411468*chimera(44),chimera(22),2)
joinGraphs(0.2162967241135278*chimera(23),chimera(21),8)
ring_graph(23)
gens: [1, 3, 8, 4]
rand_gen_ring(21, 4)
ErdosRenyiClusterFix_ijv(22,2)
join_graphs!(gr(968),chimera(32),2), Val{7}
joinGraphs(0.00019106397575871997*chimera(20),chimera(12),2)
firstn_grid2(20)
rand_regular_ijv(12,3)
joinGraphs(0.2670863913596056*chimera(960),chimera(40),3)
ErdosRenyiClusterFix_ijv(960,2)
joinGraphs(0.23568124050394723*chimera(10),chimera(30),4)
firstn_grid2(10)
joinGraphs(0.14220650560702733*chimera(19),chimera(11),2)
grown_graph(19)
grown_graph(11)
thicken(2)
joinGraphs(0.18077742419145582*chimera(986),chimera(14),4)
joinGraphs(0.005677455824973343*chimera(922),chimera(64),6)
joinGraphs(0.7714953423883257*chimera(897),chimera(25),2)
joinGraphs(0.5881689106371533*chimera(541),chimera(356),17)
joinGraphs(0.037699149400861956*chimera(510),chimera(31),7)
joinGraphs(0.004286811634188549*chimera(442),chimera(68),4)
rand_regular_ijv(442,3)
joinGraphs(0.4473487984376201*chimera(33),chimera(35),3)
joinGraphs(0.6244323273506422*chimera(17),chimera(16),4)
path_graph(17)
ErdosRenyiClusterFix_ijv(16,2)
gens: [1, 3, 19, 7]
rand_gen_ring(35, 4)
joinGraphs(0.32887530689464245*chimera(18),chimera(13),3)
path_graph(18)
gens: [1, 5, 5, 12]
rand_gen_ring(13, 4)
ring_graph(356)
firstn_grid2(25)
joinGraphs(0.162722105390433*chimera(12),chimera(52),2)
grown_graph(12)
complete_binary_tree(52)
rand_regular_ijv(14,3)
productGraph(0.24834014476755917*chimera(89),chimera(11))
joinGraphs(0.027310153313983593*chimera(45),chimera(44),16)
joinGraphs(0.15188498532806285*chimera(10),chimera(35),2)
gens: [1, 7, 3, 4]
rand_gen_ring(10, 4)
joinGraphs(0.5173112246048929*chimera(18),chimera(17),6)
gens: [1, 3, 6, 4]
rand_gen_ring(18, 4)
firstn_grid2(17)
joinGraphs(0.1870524266596355*chimera(27),chimera(17),7)
rand_regular_ijv(27,3)
gens: [1, 6, 10, 3]
rand_gen_ring(17, 4)
complete_binary_tree(11)
join_graphs!(gr(979),chimera(21),2), Val{7}
firstn_grid2(21)
joinGraphs(0.12575220465507472*chimera(905),chimera(95),2)
firstn_grid2(905)
complete_binary_tree(95)
joinGraphs(0.3286289329473803*chimera(979),chimera(21),6)
joinGraphs(0.9575286889039515*chimera(741),chimera(238),10)
joinGraphs(0.9228600992409427*chimera(705),chimera(36),17)
gens: [1, 5, 9, 3]
rand_gen_ring(705, 4)
joinGraphs(0.07367589867543915*chimera(14),chimera(22),3)
gens: [1, 3, 11, 4]
rand_gen_ring(14, 4)
firstn_grid2(22)
generalizedNecklace(0.5663871796856635*chimera(13),chimera(18),2)
ring_graph(13)
firstn_grid2(18)
join_graphs!(gr(234),chimera(4),2), Val{7}
complete_binary_tree(4)
grown_graph(21)
generalizedNecklace(0.39692448143964243*chimera(18),chimera(55),2)
path_graph(18)
joinGraphs(0.20441871279083534*chimera(36),chimera(19),10)
joinGraphs(0.2688632023720896*chimera(18),chimera(18),4)
rand_regular_ijv(18,3)
grown_graph(18)
ErdosRenyiClusterFix_ijv(19,2)
join_graphs!(gr(990),chimera(10),2), Val{7}
rand_regular_ijv(10,3)
joinGraphs(0.48300522770512033*chimera(613),chimera(387),7)
joinGraphs(0.6554100874548204*chimera(423),chimera(190),2)
productGraph(0.5066494586271509*chimera(10),chimera(42))
complete_binary_tree(10)
firstn_grid2(42)
join_graphs!(gr(420),chimera(3),2), Val{7}
ring_graph(3)
joinGraphs(0.6895144664381015*chimera(60),chimera(130),9)
joinGraphs(0.267856949222905*chimera(24),chimera(36),3)
ring_graph(24)
joinGraphs(0.10277092992606975*chimera(20),chimera(16),7)
path_graph(20)
complete_binary_tree(16)
joinGraphs(0.9696669498197913*chimera(73),chimera(57),4)
gens: [1, 47, 3, 4]
rand_gen_ring(73, 4)
firstn_grid2(57)
firstn_grid2(387)
grown_graph(1000)
productGraph(0.06969936640014711*chimera(66),chimera(15))
ErdosRenyiClusterFix_ijv(66,2)
firstn_grid2(15)
join_graphs!(gr(990),chimera(10),2), Val{7}
ErdosRenyiClusterFix_ijv(10,2)
joinGraphs(0.727527161527464*chimera(569),chimera(431),3)
joinGraphs(0.49053563348443935*chimera(542),chimera(27),5)
productGraph(0.031375420103926466*chimera(53),chimera(10))
joinGraphs(4.337925880018658e-6*chimera(20),chimera(33),2)
firstn_grid2(20)
joinGraphs(0.929262266246119*chimera(13),chimera(20),5)
gens: [1, 7, 3, 7]
rand_gen_ring(13, 4)
grown_graph(20)
ring_graph(10)
join_graphs!(gr(530),chimera(12),2), Val{7}
grown_graph(12)
firstn_grid2(27)
joinGraphs(0.411726575638892*chimera(415),chimera(16),2)
generalizedNecklace(0.7375022652795585*chimera(14),chimera(29),2)
ring_graph(14)
ring_graph(29)
join_graphs!(gr(406),chimera(9),2), Val{7}
grown_graph(9)
firstn_grid2(16)
joinGraphs(0.08841702215479826*chimera(980),chimera(20),6)
joinGraphs(0.7665434906903545*chimera(965),chimera(15),7)
generalizedNecklace(0.014435749311423858*chimera(19),chimera(50),2)
gens: [1, 5, 10, 3]
rand_gen_ring(19, 4)
joinGraphs(0.21297514979206242*chimera(39),chimera(11),4)
joinGraphs(0.1433502722142051*chimera(28),chimera(11),3)
rand_regular_ijv(28,3)
firstn_grid2(11)
grown_graph(11)
join_graphs!(gr(950),chimera(15),2), Val{7}
grown_graph(15)
gens: [1, 4, 6, 14]
rand_gen_ring(15, 4)
ErdosRenyiClusterFix_ijv(20,2)
joinGraphs(0.2804723996200858*chimera(989),chimera(11),2)
productGraph(0.6866015097028467*chimera(11),chimera(89))
ErdosRenyiClusterFix_ijv(11,2)
joinGraphs(0.5866370130428927*chimera(25),chimera(64),12)
gens: [1, 14, 7, 15]
rand_gen_ring(25, 4)
joinGraphs(0.3182557089717452*chimera(40),chimera(24),2)
rand_regular_ijv(40,3)
ErdosRenyiClusterFix_ijv(24,2)
join_graphs!(gr(979),chimera(10),2), Val{7}
rand_regular_ijv(10,3)
gens: [1, 4, 7, 5]
rand_gen_ring(11, 4)
joinGraphs(0.2980215172898677*chimera(982),chimera(18),2)
joinGraphs(0.42569502841954476*chimera(916),chimera(66),11)
gens: [1, 14, 114, 672]
rand_gen_ring(916, 4)
joinGraphs(0.03856881956683417*chimera(24),chimera(42),3)
ErdosRenyiClusterFix_ijv(24,2)
joinGraphs(0.1052848756027343*chimera(21),chimera(21),10)
firstn_grid2(21)
firstn_grid2(21)
ring_graph(18)
productGraph(0.009088865029471135*chimera(33),chimera(30))
grown_graph(33)
rand_regular_ijv(30,3)
join_graphs!(gr(990),chimera(10),2), Val{7}
firstn_grid2(10)
path_graph(1000)
joinGraphs(0.09201999739210626*chimera(980),chimera(20),3)
productGraph(0.09263249990484644*chimera(14),chimera(70))
rand_regular_ijv(14,3)
rand_regular_ijv(70,3)
firstn_grid2(20)
joinGraphs(0.6153359902477036*chimera(692),chimera(308),17)
joinGraphs(0.381109751993706*chimera(550),chimera(142),2)
joinGraphs(0.4832494394722544*chimera(522),chimera(28),9)
joinGraphs(0.7350891847282283*chimera(509),chimera(13),2)
ErdosRenyiClusterFix_ijv(509,2)
grown_graph(13)
rand_regular_ijv(28,3)
rand_regular_ijv(142,3)
generalizedNecklace(0.636832150405838*chimera(24),chimera(12),2)
firstn_grid2(24)
gens: [1, 6, 5, 11]
rand_gen_ring(12, 4)
join_graphs!(gr(288),chimera(20),2), Val{7}
firstn_grid2(20)
joinGraphs(0.4339786945852856*chimera(850),chimera(150),33)
path_graph(850)
joinGraphs(0.21288340944951886*chimera(95),chimera(55),12)
joinGraphs(0.9921043283272124*chimera(40),chimera(55),6)
joinGraphs(0.0036543547040342613*chimera(22),chimera(18),7)
ErdosRenyiClusterFix_ijv(22,2)
ErdosRenyiClusterFix_ijv(18,2)
joinGraphs(0.12830941030079257*chimera(41),chimera(14),3)
complete_binary_tree(41)
firstn_grid2(14)
joinGraphs(0.048127897017437304*chimera(44),chimera(11),2)
joinGraphs(0.00849507025299593*chimera(27),chimera(17),4)
firstn_grid2(27)
firstn_grid2(17)
gens: [1, 5, 4, 4]
rand_gen_ring(11, 4)
productGraph(0.8674934698909508*chimera(10),chimera(100))
rand_regular_ijv(10,3)
joinGraphs(0.24769577350380717*chimera(85),chimera(15),5)
grown_graph(85)
grown_graph(15)
generalizedNecklace(0.0006988057650335461*chimera(14),chimera(71),2)
firstn_grid2(14)
joinGraphs(0.6213737712726504*chimera(35),chimera(36),7)
joinGraphs(0.2680775933168745*chimera(24),chimera(11),2)
rand_regular_ijv(24,3)
ErdosRenyiClusterFix_ijv(11,2)
joinGraphs(0.10759405790182736*chimera(24),chimera(12),5)
ErdosRenyiClusterFix_ijv(24,2)
ErdosRenyiClusterFix_ijv(12,2)
join_graphs!(gr(994),chimera(6),2), Val{7}
grown_graph(6)
generalizedNecklace(0.003828803241217109*chimera(18),chimera(55),2)
ErdosRenyiClusterFix_ijv(18,2)
joinGraphs(0.3121466536581485*chimera(42),chimera(13),2)
joinGraphs(0.4466005819273259*chimera(25),chimera(17),3)
rand_regular_ijv(25,3)
path_graph(17)
ring_graph(13)
join_graphs!(gr(990),chimera(10),2), Val{7}
firstn_grid2(10)
joinGraphs(0.04552972384989722*chimera(909),chimera(91),2)
generalizedNecklace(0.712709963061902*chimera(24),chimera(37),2)
ErdosRenyiClusterFix_ijv(24,2)
joinGraphs(0.29812341213046023*chimera(22),chimera(15),4)
path_graph(22)
firstn_grid2(15)
join_graphs!(gr(888),chimera(21),2), Val{7}
firstn_grid2(21)
gens: [1, 6, 4, 27]
rand_gen_ring(91, 4)
joinGraphs(0.2868973251334308*chimera(630),chimera(370),12)
productGraph(0.07423506814581969*chimera(49),chimera(12))
gens: [1, 15, 20, 9]
rand_gen_ring(49, 4)
ring_graph(12)
join_graphs!(gr(588),chimera(42),2), Val{7}
joinGraphs(0.11358719675332728*chimera(24),chimera(18),4)
ErdosRenyiClusterFix_ijv(24,2)
grown_graph(18)
joinGraphs(0.060128879857676946*chimera(358),chimera(12),6)
joinGraphs(0.6966264402871071*chimera(345),chimera(13),3)
joinGraphs(0.24927081559562517*chimera(189),chimera(156),2)
joinGraphs(0.3147126910772966*chimera(81),chimera(108),2)
joinGraphs(0.7052636940598055*chimera(37),chimera(44),17)
rand_regular_ijv(37,3)
joinGraphs(0.6225293535671192*chimera(13),chimera(31),3)
complete_binary_tree(13)
joinGraphs(0.9969625856327282*chimera(14),chimera(17),6)
firstn_grid2(14)
rand_regular_ijv(17,3)
joinGraphs(0.0020601008037596223*chimera(89),chimera(19),6)
joinGraphs(0.43030292891042604*chimera(18),chimera(71),5)
ring_graph(18)
joinGraphs(0.09223302005766748*chimera(10),chimera(61),4)
ErdosRenyiClusterFix_ijv(10,2)
joinGraphs(0.4586867609601734*chimera(17),chimera(44),5)
firstn_grid2(17)
joinGraphs(0.26014977538702777*chimera(24),chimera(20),2)
gens: [1, 3, 11, 10]
rand_gen_ring(24, 4)
firstn_grid2(20)
gens: [1, 3, 7, 16]
rand_gen_ring(19, 4)
joinGraphs(0.006570419212996087*chimera(105),chimera(51),2)
grown_graph(105)
joinGraphs(0.6610386447197362*chimera(26),chimera(25),2)
ErdosRenyiClusterFix_ijv(26,2)
grown_graph(25)
grown_graph(13)
ring_graph(12)
joinGraphs(0.3271417011211379*chimera(913),chimera(87),7)
joinGraphs(0.943285286348274*chimera(512),chimera(401),109)
joinGraphs(0.2113521898167178*chimera(500),chimera(12),4)
joinGraphs(0.17114768164971014*chimera(464),chimera(36),4)
joinGraphs(0.6381220255438576*chimera(375),chimera(89),2)
productGraph(0.7321138102327639*chimera(11),chimera(34))
gens: [1, 3, 7, 5]
rand_gen_ring(11, 4)
joinGraphs(0.4560954543902611*chimera(23),chimera(11),2)
gens: [1, 16, 4, 4]
rand_gen_ring(23, 4)
rand_regular_ijv(11,3)
join_graphs!(gr(374),chimera(1),2), Val{7}
joinGraphs(0.46951041048608766*chimera(43),chimera(46),3)
joinGraphs(0.7463643551681141*chimera(10),chimera(33),2)
gens: [1, 3, 4, 5]
rand_gen_ring(10, 4)
gens: [1, 6, 15, 3]
rand_gen_ring(33, 4)
grown_graph(46)
ring_graph(36)
ErdosRenyiClusterFix_ijv(12,2)
joinGraphs(0.3201541972799889*chimera(263),chimera(138),21)
joinGraphs(0.6439731065477752*chimera(247),chimera(16),2)
joinGraphs(0.05478506949593386*chimera(189),chimera(58),19)
joinGraphs(0.012231226457395819*chimera(17),chimera(172),2)
firstn_grid2(17)
ErdosRenyiClusterFix_ijv(172,2)
joinGraphs(0.006838411501383318*chimera(41),chimera(17),3)
joinGraphs(0.18176924617097076*chimera(28),chimera(13),6)
rand_regular_ijv(28,3)
firstn_grid2(13)
grown_graph(17)
ErdosRenyiClusterFix_ijv(16,2)
ErdosRenyiClusterFix_ijv(138,2)
joinGraphs(0.2802441011541685*chimera(37),chimera(50),2)
joinGraphs(0.5316411198557551*chimera(26),chimera(11),3)
firstn_grid2(26)
complete_binary_tree(11)
joinGraphs(0.5974906249846874*chimera(33),chimera(17),5)
ring_graph(33)
rand_regular_ijv(17,3)
joinGraphs(0.7422694489431495*chimera(720),chimera(280),84)
joinGraphs(0.19517106876176626*chimera(697),chimera(23),4)
productGraph(0.0002824387344306866*chimera(15),chimera(46))
rand_regular_ijv(15,3)
gens: [1, 27, 3, 5]
rand_gen_ring(46, 4)
join_graphs!(gr(690),chimera(7),2), Val{7}
grown_graph(7)
complete_binary_tree(23)
generalizedNecklace(0.19717715460424162*chimera(12),chimera(23),2)
rand_regular_ijv(12,3)
complete_binary_tree(23)
join_graphs!(gr(276),chimera(4),2), Val{7}
ring_graph(4)
rand complete graph
augTreeSddm
Solver build time: 0.001 seconds.
PCG stopped after: 0.0 seconds and 7 iterations with relative error 6.308284730297873e-8.
KMPSDDMSolver
The graph is small. Solve directly
Solver build time: 0.0 seconds.
Solve time: 0.0 seconds.
#155
Using greedy degree ordering. Factorization time: 5.793571472167969e-5
Ratio of operator edges to original edges: 0.9454545454545454
ratio of max to min diagonal of laplacian : 58.073372865249475
Solver build time: 0.001 seconds.
PCG stopped after: 0.0 seconds and 6 iterations with relative error 4.5652110026097654e-8.
approxchol_lap
Using greedy degree ordering. Factorization time: 4.601478576660156e-5
Ratio of operator edges to original edges: 1.0
ratio of max to min diagonal of laplacian : 1.5774658878878889
Solver build time: 0.002 seconds.
PCG stopped after: 0.0 seconds and 6 iterations with relative error 2.941828389047763e-7.
augTreeLap
Solver build time: 0.0 seconds.
PCG stopped after: 0.0 seconds and 7 iterations with relative error 3.1997817899371935e-7.
KMPLapSolver
The graph is small. Solve directly
Solver build time: 0.0 seconds.
Solve time: 0.0 seconds.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.0 seconds and 7 iterations with relative error 6.46363489349978e-8.
rand complete graph
augTreeSddm
Solver build time: 0.006 seconds.
PCG stopped after: 0.001 seconds and 29 iterations with relative error 7.913263668094794e-7.
KMPSDDMSolver
The graph is small. Solve directly
Solver build time: 0.065 seconds.
Solve time: 0.0 seconds.
#155
Using greedy degree ordering. Factorization time: 0.026242971420288086
Ratio of operator edges to original edges: 0.9918811881188119
ratio of max to min diagonal of laplacian : 551.1330446519723
Solver build time: 0.033 seconds.
PCG stopped after: 0.001 seconds and 9 iterations with relative error 3.992120502908429e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.003376007080078125
Ratio of operator edges to original edges: 1.0
ratio of max to min diagonal of laplacian : 1.228681670272892
Solver build time: 0.05 seconds.
PCG stopped after: 0.001 seconds and 9 iterations with relative error 3.259638184417957e-7.
augTreeLap
Solver build time: 0.029 seconds.
PCG stopped after: 0.002 seconds and 28 iterations with relative error 6.643102480428943e-7.
KMPLapSolver
The graph is small. Solve directly
Solver build time: 0.06 seconds.
Solve time: 0.0 seconds.
cgLapSolver
Solver build time: 0.0 seconds.
CG stopped after: 0.0 seconds and 6 iterations with relative error 6.274732785763e-8.
wted_chimera(20000, 1)
augTreeSddm
Solver build time: 0.5 seconds.
PCG stopped after: 4.187 seconds and 121 iterations with relative error 8.898953760081144e-7.
KMPSDDMSolver
akpw stretch : 4.228053063522751
aveStretch : 5.1019878886365255 fac : 9.112012942276785
level 0. Dimension 20001 off-tree edges : 73874
level 1. Dimension 6523 off-tree edges : 2693
Solver build time: 0.39 seconds.
PCG stopped after: 4.756 seconds and 200 iterations with relative error 3.936156403227847e-6.
#155
Using greedy degree ordering. Factorization time: 0.26117801666259766
Ratio of operator edges to original edges: 2.6896076296192217
ratio of max to min diagonal of laplacian : 58233.16934850473
Solver build time: 0.268 seconds.
PCG stopped after: 0.397 seconds and 13 iterations with relative error 8.022856007367535e-7.
approxchol_lap
Using greedy degree ordering. Factorization time: 0.25316405296325684
Ratio of operator edges to original edges: 3.1369098346684847
ratio of max to min diagonal of laplacian : 58233.16934850473
Solver build time: 0.262 seconds.
PCG stopped after: 0.333 seconds and 14 iterations with relative error 5.384726080089516e-7.
augTreeLap
Solver build time: 0.72 seconds.
PCG stopped after: 3.463 seconds and 117 iterations with relative error 8.885693160911781e-7.
KMPLapSolver
akpw stretch : 4.228102062601728
aveStretch : 5.102018285713989 fac : 9.112021227685426
level 0. Dimension 20000 off-tree edges : 73873
level 1. Dimension 6587 off-tree edges : 2720
Solver build time: 0.338 seconds.
PCG stopped after: 3.22 seconds and 200 iterations with relative error 1.5062196493459582e-6.
cgLapSolver
Solver build time: 0.011 seconds.
CG stopped after: 0.419 seconds and 200 iterations with relative error 0.431606584748274.
wted_chimera(100000, 1)
akpw stretch : 4.29849282566286
aveStretch : 5.122382762701918 fac : 10.635117007616405
level 0. Dimension 100000 off-tree edges : 400352
level 1. Dimension 32329 off-tree edges : 14882
Solver build time: 1.859 seconds.
PCG stopped after: 6.54 seconds and 40 iterations with relative error 0.09855442376883511.
Initial tolerance too large. Recomputed with tolerance = 0.01
Failed to converge after 2 iterations with error 1.4039553355186172
Converged after 10 iterations with error 0.06990934721919118
0.237307 seconds (216.91 k allocations: 11.402 MiB)
0.014326 seconds (7.62 k allocations: 876.260 KiB)
0.032178 seconds (12.33 k allocations: 1.101 MiB)
0.013282 seconds (8.67 k allocations: 938.000 KiB)
PCG stopped after: 0.016 seconds and 206 iterations with relative error 9.144495790988848e-7.
PCG BLAS stopped after: 0.032 seconds and 206 iterations with relative error 9.144495790077522e-7.
PCG Slow stopped after: 0.123 seconds and 206 iterations with relative error 9.144495790988848e-7.
PCG stopped after: 0.008 seconds and 206 iterations with relative error 9.144495790988848e-7.
PCG BLAS stopped after: 0.006 seconds and 206 iterations with relative error 9.144495790077522e-7.
PCG BLAS stopped at maxtime.
PCG BLAS stopped after: 0.0 seconds and 1 iterations with relative error 0.6909127493895231.
PCG Slow stopped after: 0.113 seconds and 206 iterations with relative error 9.144495790988848e-7.
PCG Slow stopped at maxtime.
PCG Slow stopped after: 0.001 seconds and 1 iterations with relative error 0.6909127493895231.
CG stopped after: 0.007 seconds and 359 iterations with relative error 8.463917017932427e-7.
CG BLAS stopped after: 0.008 seconds and 362 iterations with relative error 7.546374823391643e-7.
CG BLAS stopped at maxtime.
CG BLAS stopped after: 0.0 seconds and 1 iterations with relative error 4.472288486943122.
CG Slow stopped after: 0.007 seconds and 359 iterations with relative error 8.463917017932427e-7.
CG Slow stopped at maxtime.
CG Slow stopped after: 0.0 seconds and 1 iterations with relative error 4.472288486943122.
CG stopped after: 0.007 seconds and 359 iterations with relative error 8.463917017932427e-7.
CG BLAS stopped after: 0.007 seconds and 362 iterations with relative error 7.546374823391643e-7.
CG Slow stopped after: 0.019 seconds and 359 iterations with relative error 8.463917017932427e-7.
CG stopped after: 0.001 seconds and 32 iterations with relative error 0.41805965403917433.
CG BLAS stopped after: 0.001 seconds and 30 iterations with relative error 0.4911781969442145.
CG Slow stopped after: 0.001 seconds and 32 iterations with relative error 0.41805965403917433.
PCG stopped after: 0.761 seconds and 200 iterations with relative error 3.09928092796128784027384270463538543291739618458572914958677041182066037962542e-06.
CG stopped after: 0.534 seconds and 191 iterations with relative error 7.753676055771147451538738845535219449779891132362780017136333718684036344475983e-07.
CG stopped after: 0.0 seconds and 15 iterations with relative error 0.15660877002338877.
PCG stopped after: 0.0 seconds and 10 iterations with relative error 0.1634355926945667.
PCG stopped after: 0.0 seconds and 10 iterations with relative error 0.16343559269456678.
PCG stopped after: 0.001 seconds and 41 iterations with relative error 8.250699515439571e-7.
PCG stopped after: 0.0 seconds and 32 iterations with relative error 5.732542628348252e-7.
PCG stopped after: 0.017 seconds and 32 iterations with relative error 5.727842861977553565902547046752807897643226586605641745451560570384295973639122e-07.
PCG stopped after: 0.0 seconds and 31 iterations with relative error 5.960732994149407e-7.
PCG stopped after: 0.014 seconds and 31 iterations with relative error 6.807920429040644488031179332237820232276437811162678788825352289484292831474072e-07.
Testing Laplacians tests passed