Package evaluation to test MicroMagnetic on Julia 1.12.7-DEV.42 (6f510b6086*) started at 2026-06-19T20:41:01.414 ################################################################################ # Set-up # Installing PkgEval dependencies (TestEnv)... Activating project at `~/.julia/environments/v1.12` Set-up completed after 8.0s ################################################################################ # Installation # Installing MicroMagnetic... Resolving package versions... Updating `~/.julia/environments/v1.12/Project.toml` [cef16ca0] + MicroMagnetic v0.5.0 Updating `~/.julia/environments/v1.12/Manifest.toml` [621f4979] + AbstractFFTs v1.5.0 [1520ce14] + AbstractTrees v0.4.5 [79e6a3ab] + Adapt v4.6.1 [a9b6321e] + Atomix v1.1.3 [d1d4a3ce] + BitFlags v0.1.10 [944b1d66] + CodecZlib v0.7.8 [f0e56b4a] + ConcurrentUtilities v2.5.1 [b4f34e82] + Distances v0.10.12 [460bff9d] + ExceptionUnwrapping v0.1.11 [e2ba6199] + ExprTools v0.1.10 [7a1cc6ca] + FFTW v1.10.0 [1a297f60] + FillArrays v1.16.0 ⌅ [cd3eb016] + HTTP v1.11.0 [692b3bcd] + JLLWrappers v1.8.0 [682c06a0] + JSON v1.6.1 [63c18a36] + KernelAbstractions v0.9.41 [9c8b4983] + LightXML v0.9.3 [e6f89c97] + LoggingExtras v1.2.0 [1914dd2f] + MacroTools v0.5.16 [739be429] + MbedTLS v1.1.10 [cef16ca0] + MicroMagnetic v0.5.0 [b8a86587] + NearestNeighbors v0.4.27 [4d8831e6] + OpenSSL v1.6.1 [69de0a69] + Parsers v2.8.6 ⌅ [d57be0ce] + PoissonDiskSampling v0.11.1 [aea7be01] + PrecompileTools v1.3.4 [21216c6a] + Preferences v1.5.2 [dc215faf] + ReadVTK v0.2.6 [189a3867] + Reexport v1.2.2 [ae029012] + Requires v1.3.1 [777ac1f9] + SimpleBufferStream v1.2.0 [90137ffa] + StaticArrays v1.9.18 [1e83bf80] + StaticArraysCore v1.4.4 [10745b16] + Statistics v1.11.1 [82ae8749] + StatsAPI v1.8.0 [ec057cc2] + StructUtils v2.8.2 [a759f4b9] + TimerOutputs v0.5.29 [3bb67fe8] + TranscodingStreams v0.11.3 [5c2747f8] + URIs v1.6.1 [013be700] + UnsafeAtomics v0.3.1 [4004b06d] + VTKBase v1.0.1 [64499a7a] + WriteVTK v1.21.2 [f5851436] + FFTW_jll v3.3.12+0 [1d5cc7b8] + IntelOpenMP_jll v2025.2.0+0 [94ce4f54] + Libiconv_jll v1.18.0+0 [856f044c] + MKL_jll v2025.2.0+0 [c8ffd9c3] + MbedTLS_jll v2.28.1010+0 [02c8fc9c] + XML2_jll v2.15.3+0 [1317d2d5] + oneTBB_jll v2022.3.0+0 [0dad84c5] + ArgTools v1.1.2 [56f22d72] + Artifacts v1.11.0 [2a0f44e3] + Base64 v1.11.0 [ade2ca70] + Dates v1.11.0 [f43a241f] + Downloads v1.7.0 [7b1f6079] + FileWatching v1.11.0 [b77e0a4c] + InteractiveUtils v1.11.0 [ac6e5ff7] + JuliaSyntaxHighlighting v1.12.0 [4af54fe1] + LazyArtifacts v1.11.0 [b27032c2] + LibCURL v0.6.4 [76f85450] + LibGit2 v1.11.0 [8f399da3] + Libdl v1.11.0 [37e2e46d] + LinearAlgebra v1.12.0 [56ddb016] + Logging v1.11.0 [d6f4376e] + Markdown v1.11.0 [ca575930] + NetworkOptions v1.3.0 [44cfe95a] + Pkg v1.12.1 [de0858da] + Printf v1.11.0 [9a3f8284] + Random v1.11.0 [ea8e919c] + SHA v0.7.0 [9e88b42a] + Serialization v1.11.0 [6462fe0b] + Sockets v1.11.0 [2f01184e] + SparseArrays v1.12.0 [f489334b] + StyledStrings v1.11.0 [fa267f1f] + TOML v1.0.3 [a4e569a6] + Tar v1.10.0 [8dfed614] + Test v1.11.0 [cf7118a7] + UUIDs v1.11.0 [4ec0a83e] + Unicode v1.11.0 [e66e0078] + CompilerSupportLibraries_jll v1.3.0+1 [deac9b47] + LibCURL_jll v8.15.0+0 [e37daf67] + LibGit2_jll v1.9.0+0 [29816b5a] + LibSSH2_jll v1.11.3+1 [14a3606d] + MozillaCACerts_jll v2025.11.4 [4536629a] + OpenBLAS_jll v0.3.29+0 [458c3c95] + OpenSSL_jll v3.5.6+0 [bea87d4a] + SuiteSparse_jll v7.8.3+2 [83775a58] + Zlib_jll v1.3.1+2 [8e850b90] + libblastrampoline_jll v5.15.0+0 [8e850ede] + nghttp2_jll v1.64.0+1 [3f19e933] + p7zip_jll v17.7.0+0 Info Packages marked with ⌅ have new versions available but compatibility constraints restrict them from upgrading. To see why use `status --outdated -m` Installation completed after 6.23s ################################################################################ # Precompilation # Precompiling PkgEval dependencies... Precompiling package dependencies... Precompiling packages... 2186.2 ms ✓ PoissonDiskSampling 62851.8 ms ✓ MicroMagnetic 106758.5 ms ✓ MicroMagnetic → EnzymeExt 3 dependencies successfully precompiled in 173 seconds. 113 already precompiled. 24 dependencies precompiled but different versions are currently loaded (ArgTools, Base64, Dates, Downloads, JuliaSyntaxHighlighting, LibCURL, LibCURL_jll, LibGit2, LibGit2_jll, LibSSH2_jll, Logging, Markdown, MozillaCACerts_jll, NetworkOptions, OpenSSL_jll, Pkg, Printf, StyledStrings, TOML, Tar, UUIDs, Zlib_jll, nghttp2_jll and p7zip_jll). Restart julia to access the new versions. Otherwise, 55 dependents of these packages may trigger further precompilation to work with the unexpected versions. 2 dependencies had output during precompilation: ┌ MicroMagnetic │ [ Info: AtomisticSim has been created. │ [ Info: Exchange has been added. │ [ Info: Static Zeeman has been added. │ [ Info: Running Driver : MicroMagnetic.SD{Float64}. │ [ Info: max_steps is reached 5, and max_dmdt=0, Done! │ [ Info: MicroSim (FD) has been created. │ [ Info: Saturation magnetization has been set. │ [ Info: Exchange has been added. │ [ Info: Uniaxial Anisotropy has been added. │ [ Info: Interfacial DMI has been added. │ [ Info: Static Zeeman has been added. │ [ Info: Running Driver : MicroMagnetic.SD{Float64}. │ [ Info: max_steps is reached 3, and max_dmdt=7650.29, Done! │ [ Info: The driver LLG is used! │ [ Info: Zhang-Li Spin Transfer Torque has been added. │ [ Info: Thermal Noise has been added. │ . │ [ Info: step = 1 t = 1.000000e-12 └ ┌ MicroMagnetic → EnzymeExt │ [ Info: AtomisticSim has been created. │ [ Info: Exchange has been added. │ [ Info: Static Zeeman has been added. │ [ Info: Running Driver : MicroMagnetic.SD{Float64}. │ [ Info: max_steps is reached 5, and max_dmdt=0, Done! │ [ Info: MicroSim (FD) has been created. │ [ Info: Saturation magnetization has been set. │ [ Info: Exchange has been added. │ [ Info: Uniaxial Anisotropy has been added. │ [ Info: Interfacial DMI has been added. │ [ Info: Static Zeeman has been added. │ [ Info: Running Driver : MicroMagnetic.SD{Float64}. │ [ Info: max_steps is reached 3, and max_dmdt=7650.29, Done! │ [ Info: The driver LLG is used! │ [ Info: Zhang-Li Spin Transfer Torque has been added. │ [ Info: Thermal Noise has been added. │ . │ [ Info: step = 1 t = 1.000000e-12 └ Precompilation completed after 192.98s ################################################################################ # Testing # Testing MicroMagnetic Status `/tmp/jl_cX2a5q/Project.toml` [8bb1440f] DelimitedFiles v1.9.1 [7da242da] Enzyme v0.13.162 [7a1cc6ca] FFTW v1.10.0 ⌅ [cd3eb016] HTTP v1.11.0 [682c06a0] JSON v1.6.1 [63c18a36] KernelAbstractions v0.9.41 [cef16ca0] MicroMagnetic v0.5.0 [15e1cf62] NPZ v0.4.3 [b8a86587] NearestNeighbors v0.4.27 ⌅ [d57be0ce] PoissonDiskSampling v0.11.1 [aea7be01] PrecompileTools v1.3.4 [dc215faf] ReadVTK v0.2.6 [90137ffa] StaticArrays v1.9.18 [a759f4b9] TimerOutputs v0.5.29 [64499a7a] WriteVTK v1.21.2 [ade2ca70] Dates v1.11.0 [37e2e46d] LinearAlgebra v1.12.0 [de0858da] Printf v1.11.0 [9a3f8284] Random v1.11.0 [6462fe0b] Sockets v1.11.0 [2f01184e] SparseArrays v1.12.0 [8dfed614] Test v1.11.0 Status `/tmp/jl_cX2a5q/Manifest.toml` [621f4979] AbstractFFTs v1.5.0 [1520ce14] AbstractTrees v0.4.5 [79e6a3ab] Adapt v4.6.1 [a9b6321e] Atomix v1.1.3 [d1d4a3ce] BitFlags v0.1.10 [fa961155] CEnum v0.5.0 [944b1d66] CodecZlib v0.7.8 [f0e56b4a] ConcurrentUtilities v2.5.1 [8bb1440f] DelimitedFiles v1.9.1 [b4f34e82] Distances v0.10.12 [7da242da] Enzyme v0.13.162 [f151be2c] EnzymeCore v0.8.20 [460bff9d] ExceptionUnwrapping v0.1.11 [e2ba6199] ExprTools v0.1.10 [7a1cc6ca] FFTW v1.10.0 [5789e2e9] FileIO v1.19.0 [1a297f60] FillArrays v1.16.0 [61eb1bfa] GPUCompiler v1.22.1 ⌅ [cd3eb016] HTTP v1.11.0 [692b3bcd] JLLWrappers v1.8.0 [682c06a0] JSON v1.6.1 [63c18a36] KernelAbstractions v0.9.41 [929cbde3] LLVM v9.9.0 [9c8b4983] LightXML v0.9.3 [e6f89c97] LoggingExtras v1.2.0 [1914dd2f] MacroTools v0.5.16 [739be429] MbedTLS v1.1.10 [cef16ca0] MicroMagnetic v0.5.0 [15e1cf62] NPZ v0.4.3 [b8a86587] NearestNeighbors v0.4.27 [d8793406] ObjectFile v0.5.0 [4d8831e6] OpenSSL v1.6.1 [69de0a69] Parsers v2.8.6 ⌅ [d57be0ce] PoissonDiskSampling v0.11.1 [aea7be01] PrecompileTools v1.3.4 [21216c6a] Preferences v1.5.2 [dc215faf] ReadVTK v0.2.6 [189a3867] Reexport v1.2.2 [ae029012] Requires v1.3.1 [6c6a2e73] Scratch v1.3.0 [777ac1f9] SimpleBufferStream v1.2.0 [90137ffa] StaticArrays v1.9.18 [1e83bf80] StaticArraysCore v1.4.4 [10745b16] Statistics v1.11.1 [82ae8749] StatsAPI v1.8.0 [53d494c1] StructIO v0.3.1 [ec057cc2] StructUtils v2.8.2 [a759f4b9] TimerOutputs v0.5.29 [e689c965] Tracy v0.1.6 [3bb67fe8] TranscodingStreams v0.11.3 [5c2747f8] URIs v1.6.1 [013be700] UnsafeAtomics v0.3.1 [4004b06d] VTKBase v1.0.1 [64499a7a] WriteVTK v1.21.2 [a5390f91] ZipFile v0.10.1 ⌅ [7cc45869] Enzyme_jll v0.0.269+0 [f5851436] FFTW_jll v3.3.12+0 [1d5cc7b8] IntelOpenMP_jll v2025.2.0+0 [dad2f222] LLVMExtra_jll v0.0.43+1 [ad6e5548] LibTracyClient_jll v0.13.1+0 [94ce4f54] Libiconv_jll v1.18.0+0 [856f044c] MKL_jll v2025.2.0+0 [c8ffd9c3] MbedTLS_jll v2.28.1010+0 [02c8fc9c] XML2_jll v2.15.3+0 [1317d2d5] oneTBB_jll v2022.3.0+0 [0dad84c5] ArgTools v1.1.2 [56f22d72] Artifacts v1.11.0 [2a0f44e3] Base64 v1.11.0 [ade2ca70] Dates v1.11.0 [f43a241f] Downloads v1.7.0 [7b1f6079] FileWatching v1.11.0 [b77e0a4c] InteractiveUtils v1.11.0 [ac6e5ff7] JuliaSyntaxHighlighting v1.12.0 [4af54fe1] LazyArtifacts v1.11.0 [b27032c2] LibCURL v0.6.4 [76f85450] LibGit2 v1.11.0 [8f399da3] Libdl v1.11.0 [37e2e46d] LinearAlgebra v1.12.0 [56ddb016] Logging v1.11.0 [d6f4376e] Markdown v1.11.0 [a63ad114] Mmap v1.11.0 [ca575930] NetworkOptions v1.3.0 [44cfe95a] Pkg v1.12.1 [de0858da] Printf v1.11.0 [9a3f8284] Random v1.11.0 [ea8e919c] SHA v0.7.0 [9e88b42a] Serialization v1.11.0 [6462fe0b] Sockets v1.11.0 [2f01184e] SparseArrays v1.12.0 [f489334b] StyledStrings v1.11.0 [fa267f1f] TOML v1.0.3 [a4e569a6] Tar v1.10.0 [8dfed614] Test v1.11.0 [cf7118a7] UUIDs v1.11.0 [4ec0a83e] Unicode v1.11.0 [e66e0078] CompilerSupportLibraries_jll v1.3.0+1 [deac9b47] LibCURL_jll v8.15.0+0 [e37daf67] LibGit2_jll v1.9.0+0 [29816b5a] LibSSH2_jll v1.11.3+1 [14a3606d] MozillaCACerts_jll v2025.11.4 [4536629a] OpenBLAS_jll v0.3.29+0 [458c3c95] OpenSSL_jll v3.5.6+0 [bea87d4a] SuiteSparse_jll v7.8.3+2 [83775a58] Zlib_jll v1.3.1+2 [8e850b90] libblastrampoline_jll v5.15.0+0 [8e850ede] nghttp2_jll v1.64.0+1 [3f19e933] p7zip_jll v17.7.0+0 Info Packages marked with ⌅ have new versions available but compatibility constraints restrict them from upgrading. Testing Running tests... [ Info: Switch the backend to KernelAbstractions.CPU(false) Test Summary: | Pass Total Time Mesh CPU Float32 | 185 185 3.9s Test Summary: | Pass Total Time Mesh CPU Float64 | 185 185 0.2s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. Test Summary: | Pass Total Time init_m0 CPU Float32 | 9 9 13.3s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. Test Summary: | Pass Total Time init_m0 CPU Float64 | 9 9 7.7s [ Info: Switch the backend to KernelAbstractions.CPU(false) Test Summary: | Pass Total Time Geometry CPU Float32 | 13 13 7.9s Test Summary: | Pass Total Time Geometry CPU Float64 | 13 13 2.8s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. Test Summary: | Pass Total Time Zeeman CPU Float32 | 15 15 3.9s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. Test Summary: | Pass Total Time Zeeman CPU Float64 | 15 15 2.8s Precompiling packages... 6689.6 ms ✓ KernelAbstractions → EnzymeExt 1 dependency successfully precompiled in 8 seconds. 109 already precompiled. 98 dependencies precompiled but different versions are currently loaded (AbstractFFTs, AbstractFFTs → AbstractFFTsTestExt, AbstractTrees, Adapt, Adapt → AdaptSparseArraysExt, Adapt → AdaptStaticArraysExt, ArgTools, Atomix, Base64, BitFlags, CEnum, CodecZlib, ConcurrentUtilities, Dates, Distances, Distances → DistancesSparseArraysExt, Downloads, Enzyme, EnzymeCore, Enzyme_jll, ExceptionUnwrapping, ExprTools, FFTW, FFTW_jll, FillArrays, FillArrays → FillArraysSparseArraysExt, FillArrays → FillArraysStaticArraysExt, FillArrays → FillArraysStatisticsExt, GPUCompiler, HTTP, InteractiveUtils, JLLWrappers, JSON, JuliaSyntaxHighlighting, KernelAbstractions, KernelAbstractions → LinearAlgebraExt, KernelAbstractions → SparseArraysExt, LLVM, LLVMExtra_jll, LazyArtifacts, LibCURL, LibCURL_jll, LibGit2, LibGit2_jll, LibSSH2_jll, Libiconv_jll, LightXML, Logging, LoggingExtras, MacroTools, Markdown, MbedTLS, MbedTLS_jll, MicroMagnetic, MozillaCACerts_jll, NearestNeighbors, NetworkOptions, ObjectFile, OpenSSL, OpenSSL_jll, Parsers, Pkg, PoissonDiskSampling, PrecompileTools, Preferences, Printf, ReadVTK, Reexport, Scratch, Serialization, SimpleBufferStream, SparseArrays, StaticArrays, StaticArrays → StaticArraysStatisticsExt, StaticArraysCore, Statistics, Statistics → SparseArraysExt, StatsAPI, StructIO, StructUtils, StructUtils → StructUtilsStaticArraysCoreExt, StyledStrings, SuiteSparse_jll, TOML, Tar, Test, TimerOutputs, TranscodingStreams, URIs, UUIDs, Unicode, UnsafeAtomics, VTKBase, WriteVTK, XML2_jll, Zlib_jll, nghttp2_jll and p7zip_jll). Restart julia to access the new versions. Otherwise, 11 dependents of these packages may trigger further precompilation to work with the unexpected versions. [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Uniaxial Anisotropy has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Uniaxial Anisotropy has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Hexagonal Anisotropy has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Hexagonal Anisotropy has been added. Test Summary: | Pass Total Time Anisotropy CPU Float32 | 14 14 4m12.2s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Uniaxial Anisotropy has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Uniaxial Anisotropy has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Hexagonal Anisotropy has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Hexagonal Anisotropy has been added. Test Summary: | Pass Total Time Anisotropy CPU Float64 | 14 14 6.1s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Exchange has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Exchange has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Exchange has been added. Test Summary: | Pass Total Time Exchange CPU Float32 | 6 6 6.7s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Exchange has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Exchange has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Exchange has been added. Test Summary: | Pass Total Time Exchange CPU Float64 | 7 7 5.2s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Bulk DMI has been added. [ Info: Bulk DMI has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Interfacial DMI has been added. Test Summary: | Pass Total Time DMI CPU Float32 | 7 7 5.4s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Bulk DMI has been added. [ Info: Bulk DMI has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Interfacial DMI has been added. Test Summary: | Pass Total Time DMI CPU Float64 | 8 8 4.9s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: MicroSim (FD) has been created. [ Info: MicroSim (FD) has been created. [ Info: MicroSim (FD) has been created. [ Info: MicroSim (FD) has been created. [ Info: MicroSim (FD) has been created. Test Summary: | Pass Total Time Demag CPU Float32 | 11 11 20.7s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: MicroSim (FD) has been created. [ Info: MicroSim (FD) has been created. [ Info: MicroSim (FD) has been created. [ Info: MicroSim (FD) has been created. [ Info: MicroSim (FD) has been created. Test Summary: | Pass Total Time Demag CPU Float64 | 11 11 14.1s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. Test Summary: | Pass Total Time DemagDirect CPU Float32 | 3 3 4.4s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. Test Summary: | Pass Total Time DemagDirect CPU Float64 | 3 3 3.6s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Demagnetization Charges have been removed. [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.01 @steps=58, Done! 0.0027404716 0.0027404716 0.0027404716 0.0027404716 [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Demagnetization Charges have been removed. [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.01 @steps=65, Done! 0.0027404716 0.0027404716 0.0027404716 0.0027621358 [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Demagnetization Charges have been removed. [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.01 @steps=55, Done! 0.002718635 0.0026966212 0.0026966212 0.002718635 Test Summary: | Pass Total Time DemagCharges CPU Float32 | 3 3 15.9s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Demagnetization Charges have been removed. [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.01 @steps=55, Done! 0.002741210622115574 0.002743967894667887 0.002743967894667887 0.0027386987276726573 [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Demagnetization Charges have been removed. [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.01 @steps=71, Done! 0.002770018652551707 0.002768078843387585 0.002768078843387585 0.002770017184742155 [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Demagnetization Charges have been removed. [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.01 @steps=55, Done! 0.0027412106177009438 0.0027386987275915806 0.0027386987275915806 0.0027439678934136117 Test Summary: | Pass Total Time DemagCharges CPU Float64 | 3 3 9.3s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Bulk DMI has been added. [ Info: Interfacial DMI has been added. [ Info: Uniaxial Anisotropy has been added. Test Summary: | Pass Total Time Fields CPU Float64 | 12 12 4.7s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: test_sim() passed! [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. Test Summary: | Pass Total Time Sim CPU Float32 | 15 15 2.3s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: test_sim() passed! [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. Test Summary: | Pass Total Time Sim CPU Float64 | 15 15 1.5s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.01 @steps=5, Done! [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. [ Info: The driver LLG is used! .......... [ Info: step = 10 t = 3.000000e-10 [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.001 @steps=8, Done! [ Info: The driver LLG is used! .......... [ Info: step = 10 t = 3.000000e-10 Float32[0.89648986, 0.30735156, 0.3191256][0.8964897337092727, 0.3073515503653207, 0.31912565212140376] [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.01 @steps=7, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.01 @steps=105, Done! Float32[-1.4210855f-14, -6.4623485f-27, -1.0][0, 0, -1] Test Summary: | Pass Total Time sim_with CPU Float32 | 4 4 31.3s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.01 @steps=5, Done! [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. [ Info: The driver LLG is used! .......... [ Info: step = 10 t = 3.000000e-10 [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.001 @steps=8, Done! [ Info: The driver LLG is used! .......... [ Info: step = 10 t = 3.000000e-10 [0.8964897368211826, 0.30735154152227534, 0.31912565189618974][0.8964897337092727, 0.3073515503653207, 0.31912565212140376] [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.01 @steps=7, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.01 @steps=23, Done! [-8.822391011054665e-15, -3.365343844178882e-29, -1.0][0, 0, -1] Test Summary: | Pass Total Time sim_with CPU Float64 | 4 4 19.3s [ Info: Switch the backend to KernelAbstractions.CPU(false) Test Summary: | Pass Total Time read_table CPU Float32 | 3 3 1.4s Test Summary: | Pass Total Time read_table CPU Float64 | 3 3 0.0s ┌ Warning: CUDSS is needed for GPSM when using CUDA. └ @ Main ~/.julia/packages/MicroMagnetic/h9PZU/test/test_llg.jl:5 [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. Test Summary: | Pass Total Time Spatial LLG CPU Float32 | 3 3 2.5s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. Test Summary: | Pass Total Time Spatial LLG CPU Float64 | 3 3 1.5s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. Test Summary: | Pass Total Time LLG DormandPrince CPU Float32 | 6 6 3.9s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. Test Summary: | Pass Total Time LLG DormandPrince CPU Float64 | 6 6 2.7s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. Test Summary: | Pass Total Time LLG BS23 CPU Float32 | 3 3 2.7s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. Test Summary: | Pass Total Time LLG BS23 CPU Float64 | 3 3 2.5s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. Test Summary: | Pass Total Time LLG CashKarp54 CPU Float32 | 3 3 1.5s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. Test Summary: | Pass Total Time LLG CashKarp54 CPU Float64 | 3 3 1.4s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. Test Summary: | Pass Total Time LLG Fehlberg54 CPU Float32 | 3 3 0.6s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. Test Summary: | Pass Total Time LLG Fehlberg54 CPU Float64 | 3 3 0.6s [ Info: Switch the backend to KernelAbstractions.CPU(false) integrator=GPSM [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. integrator=Heun [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. integrator=RungeKutta [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. integrator=RungeKuttaCayley [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. Test Summary: | Pass Total Time LLG Fixed dt CPU Float32 | 12 12 15.8s integrator=GPSM [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. integrator=Heun [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. integrator=RungeKutta [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. integrator=RungeKuttaCayley [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. Test Summary: | Pass Total Time LLG Fixed dt CPU Float64 | 12 12 13.0s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. [ Info: Torque has been added. DormandPrince max error: 1.4001636414739949e-6 Test Summary: | Pass Total Time ILLG CPU Float32 | 1 1 43.2s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. [ Info: Torque has been added. DormandPrince max error: 8.591211075881233e-12 Test Summary: | Pass Total Time ILLG CPU Float64 | 1 1 3.1s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: AtomisticSim has been created. [ Info: Uniaxial Anisotropy has been added. [ Info: Thermal Noise has been added. [ Info: Running Driver : MicroMagnetic.LLG{Float32}. [ Info: max_steps is reached 5000, and max_dmdt=94492.7, Done! [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Thermal Noise has been added. [ Info: Thermal Noise has been added. [ Info: Thermal Noise has been added. [ Info: Fully spatiotemporal temperature profile is provided, scaling and T0 are ignored. [ Info: Thermal Noise has been added. [ Info: Thermal Noise has been added. Test Summary: | Pass Total Time SLLG CPU Float32 | 9 9 10.0s [ Info: AtomisticSim has been created. [ Info: Uniaxial Anisotropy has been added. [ Info: Thermal Noise has been added. [ Info: Running Driver : MicroMagnetic.LLG{Float64}. [ Info: max_steps is reached 5000, and max_dmdt=111486, Done! [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Thermal Noise has been added. [ Info: Thermal Noise has been added. [ Info: Thermal Noise has been added. [ Info: Fully spatiotemporal temperature profile is provided, scaling and T0 are ignored. [ Info: Thermal Noise has been added. [ Info: Thermal Noise has been added. Test Summary: | Pass Total Time SLLG CPU Float64 | 9 9 7.1s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. Test Summary: | Pass Total Time SpatialLLG CPU Float64 | 5 5 1.1s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. [ Info: Running Driver : MicroMagnetic.LLG{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=335, Done! [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=87, Done! Test Summary: | Pass Total Time Relax CPU Float32 | 6 6 4.8s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. [ Info: Running Driver : MicroMagnetic.LLG{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=334, Done! [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=80, Done! Test Summary: | Pass Total Time Relax CPU Float64 | 6 6 4.0s WARNING: Method definition relax_system() in module Main at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/test_relax.jl:18 overwritten at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/test_pins.jl:25. WARNING: Method definition kwcall(NamedTuple{names, T} where T<:Tuple where names, typeof(Main.relax_system)) in module Main at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/test_relax.jl:18 overwritten at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/test_pins.jl:25. [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=606, Done! Test Summary: | Pass Total Time Pinning CPU Float32 | 3 3 1.0s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=396, Done! Test Summary: | Pass Total Time Pinning CPU Float64 | 3 3 0.9s WARNING: Method definition init_dw(Any, Any, Any, Any, Any, Any) in module Main at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/test_relax.jl:8 overwritten at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/test_stt.jl:9. [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=80, Done! [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Zhang-Li Spin Transfer Torque has been added. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. t = 1.0e-11 t = 2.0e-11 t = 3.0e-11 t = 4.0e-11 t = 4.9999999999999995e-11 t = 6.0e-11 t = 6.999999999999999e-11 t = 8.0e-11 t = 9.0e-11 t = 9.999999999999999e-11 -9.84966752426528 expected v=-9.900990099009901 [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Zhang-Li Spin Transfer Torque has been added. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. t = 1.0e-11 t = 2.0e-11 t = 3.0e-11 t = 4.0e-11 t = 4.9999999999999995e-11 t = 6.0e-11 t = 6.999999999999999e-11 t = 8.0e-11 t = 9.0e-11 t = 9.999999999999999e-11 -3.1836330810276507 expected v=-3.2 [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Zhang-Li Spin Transfer Torque has been added. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. t = 1.0e-11 t = 2.0e-11 t = 3.0e-11 t = 4.0e-11 t = 4.9999999999999995e-11 t = 6.0e-11 t = 6.999999999999999e-11 t = 8.0e-11 t = 9.0e-11 t = 9.999999999999999e-11 -4.7221779704079685 expected v=-4.746534653465347 Test Summary: | Pass Total Time STT CPU Float32 | 3 3 18.7s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=81, Done! [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Zhang-Li Spin Transfer Torque has been added. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. t = 1.0e-11 t = 2.0e-11 t = 3.0e-11 t = 4.0e-11 t = 4.9999999999999995e-11 t = 6.0e-11 t = 6.999999999999999e-11 t = 8.0e-11 t = 9.0e-11 t = 9.999999999999999e-11 -9.84996051475645 expected v=-9.900990099009901 [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Zhang-Li Spin Transfer Torque has been added. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. t = 1.0e-11 t = 2.0e-11 t = 3.0e-11 t = 4.0e-11 t = 4.9999999999999995e-11 t = 6.0e-11 t = 6.999999999999999e-11 t = 8.0e-11 t = 9.0e-11 t = 9.999999999999999e-11 -3.1835060273657794 expected v=-3.2 [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Zhang-Li Spin Transfer Torque has been added. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. t = 1.0e-11 t = 2.0e-11 t = 3.0e-11 t = 4.0e-11 t = 4.9999999999999995e-11 t = 6.0e-11 t = 6.999999999999999e-11 t = 8.0e-11 t = 9.0e-11 t = 9.999999999999999e-11 -4.722064068108934 expected v=-4.746534653465347 Test Summary: | Pass Total Time STT CPU Float64 | 3 3 13.0s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. [ Info: Slonczewski Spin Transfer Torque has been added. Test Summary: | Pass Total Time SlonczewskiTorque CPU Float32 | 1 1 2.2s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. [ Info: Slonczewski Spin Transfer Torque has been added. Test Summary: | Pass Total Time SlonczewskiTorque CPU Float64 | 1 1 1.8s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. [ Info: AtomisticSim has been created. [ Info: Static Zeeman has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. Test Summary: | Pass Total Time DFTorque CPU Float32 | 5 5 5.3s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. [ Info: AtomisticSim has been created. [ Info: Static Zeeman has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. Test Summary: | Pass Total Time DFTorque CPU Float64 | 5 5 3.0s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Torque has been added. Test Summary: | Pass Total Time Torque CPU Float32 | 2 2 1.7s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Torque has been added. Test Summary: | Pass Total Time Torque CPU Float64 | 2 2 1.1s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. [ Info: Spin-Anomalous Hall Effect has been added. MicroMagnetic.SAHETorqueField{Float32}(Float32[0.0, 0.3, -0.2], Float32[0.0, 0.5, -0.4], Float32[0.6, 0.7, 0.8], Float32[0.0, 0.0, 1.0], Float32[0.0, 0.0, 1.0], 0.135f0, Float32[0.0, 0.0, 0.0], "she") [ Info: AtomisticSim has been created. [ Info: Static Zeeman has been added. [ Info: Spin-Anomalous Hall Effect has been added. Test Summary: | Pass Total Time SAHETorque CPU Float32 | 2 2 4.8s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Static Zeeman has been added. [ Info: Spin-Anomalous Hall Effect has been added. MicroMagnetic.SAHETorqueField{Float64}([0.0, 0.3, -0.2], [0.0, 0.5, -0.4], [0.6, 0.7, 0.8], [0.0, 0.0, 1.0], [0.0, 0.0, 1.0], 0.135, [0.0, 0.0, 0.0], "she") [ Info: AtomisticSim has been created. [ Info: Static Zeeman has been added. [ Info: Spin-Anomalous Hall Effect has been added. Test Summary: | Pass Total Time SAHETorque CPU Float64 | 2 2 1.9s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. Test Summary: | Pass Total Time OVF CPU Float32 | 25 25 2.3s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. Test Summary: | Pass Total Time OVF CPU Float64 | 25 25 1.1s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: RKKY Exchange has been added. [ Info: Interlayer DMI has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: RKKY Exchange has been added. Test Summary: | Pass Total Time Interlayer CPU Float32 | 4 4 6.4s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: RKKY Exchange has been added. [ Info: Interlayer DMI has been added. [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: RKKY Exchange has been added. Test Summary: | Pass Total Time Interlayer CPU Float64 | 4 4 4.2s WARNING: Method definition m0_fun(Any, Any, Any, Any, Any, Any) in module Main at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/test_interlayer.jl:8 overwritten at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/test_skyrmion_number.jl:8. [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. [ Info: Bulk DMI has been added. [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=170, Done! -0.9999998 9.999999640203357e-8 9.999999640203357e-8 Test Summary: | Pass Total Time skx_number CPU Float32 | 3 3 2.4s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Static Zeeman has been added. [ Info: Bulk DMI has been added. [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=163, Done! -1.0000000000000004 1.0000000000033854e-7 1.0000000000033854e-7 Test Summary: | Pass Total Time skx_number CPU Float64 | 3 3 1.9s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=7, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=2, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float32}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! Test Summary: | Total Time Hysteresis CPU Float32 | 0 3.1s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=7, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: max_dmdt is less than stopping_dmdt=0.1 @steps=1, Done! Test Summary: | Total Time Hysteresis CPU Float64 | 0 1.4s [ Info: Switch the backend to KernelAbstractions.CPU(false) Test Summary: | Pass Total Time AtomisticMeshes CPU Float32 | 79 79 3.2s Test Summary: | Pass Total Time AtomisticMeshes CPU Float64 | 79 79 0.0s WARNING: Method definition test_llg() in module Main at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/test_llg.jl:23 overwritten at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/atomistic/test_llg.jl:18. [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: AtomisticSim has been created. [ Info: Static Zeeman has been added. 3.0e-10 -1.7400335050599125e-7 -7.229540521791478e-8 8.111050842085632e-8 Test Summary: | Pass Total Time LLG CPU Float32 | 3 3 2.6s [ Info: AtomisticSim has been created. [ Info: Static Zeeman has been added. 3.0e-10 6.685874076595155e-12 3.964384376331509e-12 -4.4486636596730023e-13 Test Summary: | Pass Total Time LLG CPU Float64 | 3 3 1.8s WARNING: Method definition load_field_data() in module Main at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/test_fields.jl:9 overwritten at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/atomistic/test_fields.jl:9. [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: AtomisticSim has been created. [ Info: Exchange has been added. [ Info: Dipolar Interaction has been added. [ Info: Bulk DMI for CubicMesh has been added! [ Info: DMI has been added. [ Info: Uniaxial Anisotropy has been added. Test Summary: | Pass Total Time Atomistic Fields CPU Float64 | 8 8 13.4s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: AtomisticSim has been created. [ Info: Exchange has been added. [ Info: Spatial Exchange has been added. [ Info: AtomisticSim has been created. [ Info: Biquadratic Exchange has been added. Test Summary: | Pass Total Time Atomistic Exch CPU Float64 | 2 2 4.9s WARNING: Method definition spatial_m0(Any, Any, Any, Any, Any, Any) in module Main at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/atomistic/test_exch.jl:13 overwritten at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/atomistic/test_dmi.jl:16. [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: AtomisticSim has been created. [ Info: Bulk DMI for CubicMesh has been added! [ Info: DMI has been added. [ Info: Spatial DMI has been added. [ Info: DMI has been added. [ Info: DMI has been added. [ Info: DMI has been added. Test Summary: | Pass Total Time Atomistic DMI CPU Float64 | 2 2 4.6s WARNING: Method definition test_cubic_anis() in module Main at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/test_anis.jl:62 overwritten at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/atomistic/test_anis.jl:10. WARNING: Method definition hexagonal_energy(Any, Any, Any, Any) in module Main at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/test_anis.jl:84 overwritten at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/atomistic/test_anis.jl:36. WARNING: Method definition test_hex_anis() in module Main at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/test_anis.jl:89 overwritten at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/atomistic/test_anis.jl:41. [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: AtomisticSim has been created. [ Info: Hexagonal Anisotropy has been added. [ Info: AtomisticSim has been created. [ Info: Hexagonal Anisotropy has been added. Test Summary: | Pass Total Time Anisotropy CPU Float32 | 6 6 1.5s [ Info: AtomisticSim has been created. [ Info: Hexagonal Anisotropy has been added. [ Info: AtomisticSim has been created. [ Info: Hexagonal Anisotropy has been added. Test Summary: | Pass Total Time Anisotropy CPU Float64 | 6 6 0.8s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: Bulk DMI for CubicMesh has been added! Test Summary: | Pass Total Time MC CPU Float32 | 3 3 11.3s [ Info: Bulk DMI for CubicMesh has been added! Test Summary: | Pass Total Time MC CPU Float64 | 3 3 8.4s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. [ Info: Uniaxial Anisotropy has been added. Test Summary: | Pass Total Time NEB CPU Float32 | 16 16 13.3s [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Exchange has been added. [ Info: Uniaxial Anisotropy has been added. [ Info: Uniaxial Anisotropy has been added. Test Summary: | Pass Total Time NEB CPU Float64 | 16 16 6.8s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Uniaxial Anisotropy has been added. [ Info: Uniaxial Anisotropy has been added. [ Info: Running Driver : MicroMagnetic.SD{Float64}. [ Info: step = 0 step_size=9.049774e-16 max_dmdt=1.259549e+02 [ Info: step = 1 step_size=9.049774e-06 max_dmdt=1.266237e-02 [ Info: step = 2 step_size=1.754579e-17 max_dmdt=1.657836e+03 [ Info: step = 3 step_size=2.374841e-08 max_dmdt=4.825211e+00 [ Info: step = 4 step_size=3.393661e-13 max_dmdt=1.956260e+02 [ Info: step = 5 step_size=1.051466e-10 max_dmdt=1.916520e+02 [ Info: step = 6 step_size=5.719592e-11 max_dmdt=2.274773e+02 [ Info: step = 7 step_size=6.397562e-11 max_dmdt=1.358341e+02 [ Info: step = 8 step_size=4.469215e-11 max_dmdt=9.400442e+01 [ Info: step = 9 step_size=8.499965e-11 max_dmdt=7.594374e+01 [ Info: step = 10 step_size=3.274903e-11 max_dmdt=9.687852e+01 [ Info: step = 11 step_size=3.183221e-11 max_dmdt=4.735249e+01 [ Info: step = 12 step_size=2.900876e-11 max_dmdt=3.890641e+01 [ Info: step = 13 step_size=1.498252e-10 max_dmdt=3.412573e+01 [ Info: step = 14 step_size=1.804029e-10 max_dmdt=1.504695e+01 [ Info: step = 15 step_size=4.977336e-11 max_dmdt=6.885209e+01 [ Info: step = 16 step_size=2.422588e-11 max_dmdt=7.132243e+01 [ Info: step = 17 step_size=2.438614e-11 max_dmdt=3.263947e+00 [ Info: step = 18 step_size=2.530124e-11 max_dmdt=1.697876e+00 [ Info: step = 19 step_size=1.534346e-10 max_dmdt=1.395506e+00 [ Info: step = 20 step_size=1.322348e-10 max_dmdt=1.251030e+00 [ Info: step = 21 step_size=4.968428e-11 max_dmdt=3.552829e+00 [ Info: step = 22 step_size=3.494182e-11 max_dmdt=1.704554e+00 [ Info: step = 23 step_size=4.031547e-11 max_dmdt=4.852350e-01 [ Info: step = 24 step_size=2.797467e-11 max_dmdt=2.673719e-01 [ Info: step = 25 step_size=6.633558e-11 max_dmdt=1.639038e-01 [ Info: step = 26 step_size=1.834463e-10 max_dmdt=1.314408e-01 [ Info: step = 27 step_size=2.706771e-10 max_dmdt=1.232922e-01 [ Info: step = 28 step_size=3.130143e-11 max_dmdt=1.009045e+00 [ Info: step = 29 step_size=3.052391e-11 max_dmdt=4.513016e-02 [ Info: step = 30 step_size=4.131241e-11 max_dmdt=1.358365e-02 [ Info: step = 31 step_size=9.431941e-11 max_dmdt=8.790059e-03 [ Info: step = 32 step_size=1.651715e-10 max_dmdt=7.128045e-03 [ Info: step = 33 step_size=1.919505e-10 max_dmdt=8.936479e-03 [ Info: step = 34 step_size=2.565361e-11 max_dmdt=5.112348e-02 [ Info: step = 35 step_size=2.495336e-11 max_dmdt=7.827099e-03 [ Info: step = 36 step_size=3.088925e-11 max_dmdt=2.511409e-03 [ Info: step = 37 step_size=5.330966e-11 max_dmdt=9.858559e-04 [ Info: max_dmdt is less than stopping_dmdt=0.001, Done! init_diff=7.5e-21, expected_diff=6.2500000000000006e-21, final_diff=6.250000000000015e-21 [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Uniaxial Anisotropy has been added. [ Info: Uniaxial Anisotropy has been added. [ Info: Running Driver : MicroMagnetic.LLG{Float64}. [ Info: step = 0 step_size=1.378235e-14 sim.t=1.378235e-14 max_dmdt=4.844447e+01 [ Info: step = 1 step_size=6.891173e-14 sim.t=8.269407e-14 max_dmdt=5.813462e+01 [ Info: step = 2 step_size=3.445586e-13 sim.t=4.272527e-13 max_dmdt=6.007880e+01 [ Info: step = 3 step_size=1.722793e-12 sim.t=2.150046e-12 max_dmdt=6.049833e+01 [ Info: step = 4 step_size=6.153914e-12 sim.t=8.303960e-12 max_dmdt=6.552167e+01 [ Info: step = 5 step_size=6.605580e-12 sim.t=1.490954e-11 max_dmdt=1.096137e+02 [ Info: step = 6 step_size=1.164122e-11 sim.t=2.655076e-11 max_dmdt=1.108571e+02 [ Info: step = 7 step_size=8.737689e-12 sim.t=3.528845e-11 max_dmdt=1.962565e+02 [ Info: step = 8 step_size=9.953487e-12 sim.t=4.524194e-11 max_dmdt=2.208257e+02 [ Info: step = 9 step_size=9.242586e-12 sim.t=5.448453e-11 max_dmdt=2.862757e+02 [ Info: step = 10 step_size=9.495035e-12 sim.t=6.397956e-11 max_dmdt=3.270624e+02 [ Info: step = 11 step_size=9.284413e-12 sim.t=7.326397e-11 max_dmdt=3.827899e+02 [ Info: step = 12 step_size=9.307443e-12 sim.t=8.257142e-11 max_dmdt=4.300538e+02 [ Info: step = 13 step_size=9.220310e-12 sim.t=9.179173e-11 max_dmdt=4.822179e+02 [ Info: step = 14 step_size=9.192339e-12 sim.t=1.009841e-10 max_dmdt=5.316641e+02 [ Info: step = 15 step_size=9.139540e-12 sim.t=1.101236e-10 max_dmdt=5.825814e+02 [ Info: step = 16 step_size=9.103415e-12 sim.t=1.192270e-10 max_dmdt=6.325958e+02 [ Info: step = 17 step_size=9.063183e-12 sim.t=1.282902e-10 max_dmdt=6.829524e+02 [ Info: step = 18 step_size=9.029069e-12 sim.t=1.373193e-10 max_dmdt=7.329171e+02 [ Info: step = 19 step_size=8.995840e-12 sim.t=1.463151e-10 max_dmdt=7.828344e+02 [ Info: step = 20 step_size=8.966001e-12 sim.t=1.552811e-10 max_dmdt=8.324658e+02 [ Info: step = 21 step_size=8.938187e-12 sim.t=1.642193e-10 max_dmdt=8.818889e+02 [ Info: step = 22 step_size=8.912984e-12 sim.t=1.731323e-10 max_dmdt=9.310127e+02 [ Info: step = 23 step_size=8.890004e-12 sim.t=1.820223e-10 max_dmdt=9.798379e+02 [ Info: step = 24 step_size=8.869355e-12 sim.t=1.908916e-10 max_dmdt=1.028317e+03 [ Info: step = 25 step_size=8.850901e-12 sim.t=1.997425e-10 max_dmdt=1.076431e+03 [ Info: step = 26 step_size=8.834636e-12 sim.t=2.085772e-10 max_dmdt=1.124146e+03 [ Info: step = 27 step_size=8.820492e-12 sim.t=2.173977e-10 max_dmdt=1.171436e+03 [ Info: step = 28 step_size=8.808440e-12 sim.t=2.262061e-10 max_dmdt=1.218275e+03 [ Info: step = 29 step_size=8.798435e-12 sim.t=2.350045e-10 max_dmdt=1.264635e+03 [ Info: step = 30 step_size=8.790444e-12 sim.t=2.437950e-10 max_dmdt=1.310493e+03 [ Info: step = 31 step_size=8.784433e-12 sim.t=2.525794e-10 max_dmdt=1.355823e+03 [ Info: step = 32 step_size=8.780374e-12 sim.t=2.613598e-10 max_dmdt=1.400602e+03 [ Info: step = 33 step_size=8.778239e-12 sim.t=2.701380e-10 max_dmdt=1.444807e+03 [ Info: step = 34 step_size=8.778003e-12 sim.t=2.789160e-10 max_dmdt=1.488415e+03 [ Info: step = 35 step_size=8.779645e-12 sim.t=2.876957e-10 max_dmdt=1.531406e+03 [ Info: step = 36 step_size=8.783146e-12 sim.t=2.964788e-10 max_dmdt=1.573758e+03 [ Info: step = 37 step_size=8.788487e-12 sim.t=3.052673e-10 max_dmdt=1.615452e+03 [ Info: step = 38 step_size=8.795655e-12 sim.t=3.140630e-10 max_dmdt=1.656467e+03 [ Info: step = 39 step_size=8.804636e-12 sim.t=3.228676e-10 max_dmdt=1.696785e+03 [ Info: step = 40 step_size=8.815419e-12 sim.t=3.316830e-10 max_dmdt=1.736389e+03 [ Info: step = 41 step_size=8.827997e-12 sim.t=3.405110e-10 max_dmdt=1.775260e+03 [ Info: step = 42 step_size=8.842362e-12 sim.t=3.493534e-10 max_dmdt=1.813383e+03 [ Info: step = 43 step_size=8.858510e-12 sim.t=3.582119e-10 max_dmdt=1.850740e+03 [ Info: step = 44 step_size=8.876439e-12 sim.t=3.670883e-10 max_dmdt=1.887316e+03 [ Info: step = 45 step_size=8.896148e-12 sim.t=3.759845e-10 max_dmdt=1.923097e+03 [ Info: step = 46 step_size=8.917639e-12 sim.t=3.849021e-10 max_dmdt=1.958068e+03 [ Info: step = 47 step_size=8.940914e-12 sim.t=3.938430e-10 max_dmdt=1.992216e+03 [ Info: step = 48 step_size=8.965978e-12 sim.t=4.028090e-10 max_dmdt=2.025527e+03 [ Info: step = 49 step_size=8.992840e-12 sim.t=4.118019e-10 max_dmdt=2.057988e+03 [ Info: step = 50 step_size=9.021507e-12 sim.t=4.208234e-10 max_dmdt=2.089588e+03 [ Info: step = 51 step_size=9.051991e-12 sim.t=4.298754e-10 max_dmdt=2.120316e+03 [ Info: step = 52 step_size=9.084304e-12 sim.t=4.389597e-10 max_dmdt=2.150160e+03 [ Info: step = 53 step_size=9.118462e-12 sim.t=4.480781e-10 max_dmdt=2.179111e+03 [ Info: step = 54 step_size=9.154480e-12 sim.t=4.572326e-10 max_dmdt=2.207157e+03 [ Info: step = 55 step_size=9.192377e-12 sim.t=4.664250e-10 max_dmdt=2.234290e+03 [ Info: step = 56 step_size=9.227491e-12 sim.t=4.756525e-10 max_dmdt=2.261631e+03 [ Info: step = 57 step_size=9.227491e-12 sim.t=4.848800e-10 max_dmdt=2.297081e+03 [ Info: step = 58 step_size=9.227491e-12 sim.t=4.941075e-10 max_dmdt=2.332138e+03 [ Info: step = 59 step_size=9.227491e-12 sim.t=5.033349e-10 max_dmdt=2.366802e+03 [ Info: step = 60 step_size=9.227491e-12 sim.t=5.125624e-10 max_dmdt=2.401072e+03 [ Info: step = 61 step_size=9.227491e-12 sim.t=5.217899e-10 max_dmdt=2.434949e+03 [ Info: step = 62 step_size=9.227491e-12 sim.t=5.310174e-10 max_dmdt=2.468433e+03 [ Info: step = 63 step_size=9.227491e-12 sim.t=5.402449e-10 max_dmdt=2.501524e+03 [ Info: step = 64 step_size=9.227491e-12 sim.t=5.494724e-10 max_dmdt=2.534222e+03 [ Info: step = 65 step_size=9.227491e-12 sim.t=5.586999e-10 max_dmdt=2.566530e+03 [ Info: step = 66 step_size=9.227491e-12 sim.t=5.679274e-10 max_dmdt=2.598448e+03 [ Info: step = 67 step_size=9.227491e-12 sim.t=5.771549e-10 max_dmdt=2.629976e+03 [ Info: step = 68 step_size=9.232735e-12 sim.t=5.863876e-10 max_dmdt=2.659623e+03 [ Info: step = 69 step_size=9.242469e-12 sim.t=5.956301e-10 max_dmdt=2.687576e+03 [ Info: step = 70 step_size=9.253544e-12 sim.t=6.048836e-10 max_dmdt=2.714729e+03 [ Info: step = 71 step_size=9.265953e-12 sim.t=6.141496e-10 max_dmdt=2.741078e+03 [ Info: step = 72 step_size=9.279684e-12 sim.t=6.234293e-10 max_dmdt=2.766625e+03 [ Info: step = 73 step_size=9.294727e-12 sim.t=6.327240e-10 max_dmdt=2.791370e+03 [ Info: step = 74 step_size=9.311071e-12 sim.t=6.420351e-10 max_dmdt=2.815312e+03 [ Info: step = 75 step_size=9.328708e-12 sim.t=6.513638e-10 max_dmdt=2.838454e+03 [ Info: step = 76 step_size=9.347630e-12 sim.t=6.607114e-10 max_dmdt=2.860797e+03 [ Info: step = 77 step_size=9.367832e-12 sim.t=6.700792e-10 max_dmdt=2.882342e+03 [ Info: step = 78 step_size=9.389307e-12 sim.t=6.794685e-10 max_dmdt=2.903091e+03 [ Info: step = 79 step_size=9.412052e-12 sim.t=6.888806e-10 max_dmdt=2.923047e+03 [ Info: step = 80 step_size=9.436062e-12 sim.t=6.983166e-10 max_dmdt=2.942212e+03 [ Info: step = 81 step_size=9.461335e-12 sim.t=7.077780e-10 max_dmdt=2.960588e+03 [ Info: step = 82 step_size=9.487870e-12 sim.t=7.172659e-10 max_dmdt=2.978180e+03 [ Info: step = 83 step_size=9.515665e-12 sim.t=7.267815e-10 max_dmdt=2.994990e+03 [ Info: step = 84 step_size=9.544720e-12 sim.t=7.363262e-10 max_dmdt=3.011021e+03 [ Info: step = 85 step_size=9.575038e-12 sim.t=7.459013e-10 max_dmdt=3.026278e+03 [ Info: step = 86 step_size=9.606620e-12 sim.t=7.555079e-10 max_dmdt=3.040763e+03 [ Info: step = 87 step_size=9.639468e-12 sim.t=7.651474e-10 max_dmdt=3.054483e+03 [ Info: step = 88 step_size=9.673586e-12 sim.t=7.748209e-10 max_dmdt=3.067439e+03 [ Info: step = 89 step_size=9.708980e-12 sim.t=7.845299e-10 max_dmdt=3.079638e+03 [ Info: step = 90 step_size=9.745655e-12 sim.t=7.942756e-10 max_dmdt=3.091083e+03 [ Info: step = 91 step_size=9.783616e-12 sim.t=8.040592e-10 max_dmdt=3.101779e+03 [ Info: step = 92 step_size=9.822873e-12 sim.t=8.138821e-10 max_dmdt=3.111731e+03 [ Info: step = 93 step_size=9.863431e-12 sim.t=8.237455e-10 max_dmdt=3.120945e+03 [ Info: step = 94 step_size=9.905302e-12 sim.t=8.336508e-10 max_dmdt=3.129425e+03 [ Info: step = 95 step_size=9.948495e-12 sim.t=8.435993e-10 max_dmdt=3.137176e+03 [ Info: step = 96 step_size=9.993020e-12 sim.t=8.535923e-10 max_dmdt=3.144205e+03 [ Info: step = 97 step_size=1.003889e-11 sim.t=8.636312e-10 max_dmdt=3.150516e+03 [ Info: step = 98 step_size=1.008612e-11 sim.t=8.737173e-10 max_dmdt=3.156115e+03 [ Info: step = 99 step_size=1.013472e-11 sim.t=8.838520e-10 max_dmdt=3.161007e+03 [ Info: step = 100 step_size=1.018470e-11 sim.t=8.940367e-10 max_dmdt=3.165199e+03 [ Info: step = 101 step_size=1.023609e-11 sim.t=9.042728e-10 max_dmdt=3.168697e+03 [ Info: step = 102 step_size=1.028890e-11 sim.t=9.145617e-10 max_dmdt=3.171505e+03 [ Info: step = 103 step_size=1.034314e-11 sim.t=9.249049e-10 max_dmdt=3.173631e+03 [ Info: step = 104 step_size=1.039883e-11 sim.t=9.353037e-10 max_dmdt=3.175081e+03 [ Info: step = 105 step_size=1.045601e-11 sim.t=9.457597e-10 max_dmdt=3.175859e+03 [ Info: step = 106 step_size=1.051467e-11 sim.t=9.562744e-10 max_dmdt=3.175974e+03 [ Info: step = 107 step_size=1.057486e-11 sim.t=9.668492e-10 max_dmdt=3.175430e+03 [ Info: step = 108 step_size=1.063658e-11 sim.t=9.774858e-10 max_dmdt=3.174234e+03 [ Info: step = 109 step_size=1.069988e-11 sim.t=9.881857e-10 max_dmdt=3.172393e+03 [ Info: step = 110 step_size=1.076476e-11 sim.t=9.989505e-10 max_dmdt=3.169913e+03 [ Info: step = 111 step_size=1.083126e-11 sim.t=1.009782e-09 max_dmdt=3.166800e+03 [ Info: step = 112 step_size=1.089941e-11 sim.t=1.020681e-09 max_dmdt=3.163061e+03 [ Info: step = 113 step_size=1.096923e-11 sim.t=1.031650e-09 max_dmdt=3.158702e+03 [ Info: step = 114 step_size=1.104075e-11 sim.t=1.042691e-09 max_dmdt=3.153729e+03 [ Info: step = 115 step_size=1.111402e-11 sim.t=1.053805e-09 max_dmdt=3.148150e+03 [ Info: step = 116 step_size=1.118906e-11 sim.t=1.064994e-09 max_dmdt=3.141970e+03 [ Info: step = 117 step_size=1.126590e-11 sim.t=1.076260e-09 max_dmdt=3.135197e+03 [ Info: step = 118 step_size=1.134459e-11 sim.t=1.087605e-09 max_dmdt=3.127836e+03 [ Info: step = 119 step_size=1.142516e-11 sim.t=1.099030e-09 max_dmdt=3.119894e+03 [ Info: step = 120 step_size=1.150766e-11 sim.t=1.110538e-09 max_dmdt=3.111379e+03 [ Info: step = 121 step_size=1.159211e-11 sim.t=1.122130e-09 max_dmdt=3.102296e+03 [ Info: step = 122 step_size=1.167858e-11 sim.t=1.133808e-09 max_dmdt=3.092652e+03 [ Info: step = 123 step_size=1.176709e-11 sim.t=1.145575e-09 max_dmdt=3.082454e+03 [ Info: step = 124 step_size=1.185771e-11 sim.t=1.157433e-09 max_dmdt=3.071708e+03 [ Info: step = 125 step_size=1.195048e-11 sim.t=1.169383e-09 max_dmdt=3.060420e+03 [ Info: step = 126 step_size=1.204545e-11 sim.t=1.181429e-09 max_dmdt=3.048599e+03 [ Info: step = 127 step_size=1.214268e-11 sim.t=1.193572e-09 max_dmdt=3.036249e+03 [ Info: step = 128 step_size=1.224222e-11 sim.t=1.205814e-09 max_dmdt=3.023377e+03 [ Info: step = 129 step_size=1.234413e-11 sim.t=1.218158e-09 max_dmdt=3.009991e+03 [ Info: step = 130 step_size=1.244847e-11 sim.t=1.230606e-09 max_dmdt=2.996096e+03 [ Info: step = 131 step_size=1.255531e-11 sim.t=1.243162e-09 max_dmdt=2.981699e+03 [ Info: step = 132 step_size=1.266471e-11 sim.t=1.255826e-09 max_dmdt=2.966807e+03 [ Info: step = 133 step_size=1.277674e-11 sim.t=1.268603e-09 max_dmdt=2.951426e+03 [ Info: step = 134 step_size=1.289148e-11 sim.t=1.281495e-09 max_dmdt=2.935562e+03 [ Info: step = 135 step_size=1.300900e-11 sim.t=1.294504e-09 max_dmdt=2.919223e+03 [ Info: step = 136 step_size=1.312939e-11 sim.t=1.307633e-09 max_dmdt=2.902414e+03 [ Info: step = 137 step_size=1.325271e-11 sim.t=1.320886e-09 max_dmdt=2.885141e+03 [ Info: step = 138 step_size=1.337907e-11 sim.t=1.334265e-09 max_dmdt=2.867412e+03 [ Info: step = 139 step_size=1.350855e-11 sim.t=1.347773e-09 max_dmdt=2.849233e+03 [ Info: step = 140 step_size=1.364125e-11 sim.t=1.361415e-09 max_dmdt=2.830609e+03 [ Info: step = 141 step_size=1.377727e-11 sim.t=1.375192e-09 max_dmdt=2.811548e+03 [ Info: step = 142 step_size=1.391670e-11 sim.t=1.389109e-09 max_dmdt=2.792055e+03 [ Info: step = 143 step_size=1.405967e-11 sim.t=1.403168e-09 max_dmdt=2.772137e+03 [ Info: step = 144 step_size=1.420628e-11 sim.t=1.417375e-09 max_dmdt=2.751799e+03 [ Info: step = 145 step_size=1.435665e-11 sim.t=1.431731e-09 max_dmdt=2.731050e+03 [ Info: step = 146 step_size=1.451092e-11 sim.t=1.446242e-09 max_dmdt=2.709893e+03 [ Info: step = 147 step_size=1.466920e-11 sim.t=1.460911e-09 max_dmdt=2.688336e+03 [ Info: step = 148 step_size=1.483165e-11 sim.t=1.475743e-09 max_dmdt=2.666385e+03 [ Info: step = 149 step_size=1.499839e-11 sim.t=1.490741e-09 max_dmdt=2.644045e+03 [ Info: step = 150 step_size=1.516960e-11 sim.t=1.505911e-09 max_dmdt=2.621323e+03 [ Info: step = 151 step_size=1.534541e-11 sim.t=1.521256e-09 max_dmdt=2.598225e+03 [ Info: step = 152 step_size=1.552602e-11 sim.t=1.536782e-09 max_dmdt=2.574757e+03 [ Info: step = 153 step_size=1.571158e-11 sim.t=1.552494e-09 max_dmdt=2.550925e+03 [ Info: step = 154 step_size=1.590230e-11 sim.t=1.568396e-09 max_dmdt=2.526735e+03 [ Info: step = 155 step_size=1.609835e-11 sim.t=1.584495e-09 max_dmdt=2.502192e+03 [ Info: step = 156 step_size=1.629996e-11 sim.t=1.600795e-09 max_dmdt=2.477303e+03 [ Info: step = 157 step_size=1.650734e-11 sim.t=1.617302e-09 max_dmdt=2.452073e+03 [ Info: step = 158 step_size=1.672071e-11 sim.t=1.634023e-09 max_dmdt=2.426508e+03 [ Info: step = 159 step_size=1.694033e-11 sim.t=1.650963e-09 max_dmdt=2.400614e+03 [ Info: step = 160 step_size=1.716645e-11 sim.t=1.668129e-09 max_dmdt=2.374397e+03 [ Info: step = 161 step_size=1.739934e-11 sim.t=1.685529e-09 max_dmdt=2.347863e+03 [ Info: step = 162 step_size=1.763928e-11 sim.t=1.703168e-09 max_dmdt=2.321017e+03 [ Info: step = 163 step_size=1.788659e-11 sim.t=1.721055e-09 max_dmdt=2.293864e+03 [ Info: step = 164 step_size=1.814159e-11 sim.t=1.739196e-09 max_dmdt=2.266411e+03 [ Info: step = 165 step_size=1.840461e-11 sim.t=1.757601e-09 max_dmdt=2.238663e+03 [ Info: step = 166 step_size=1.867602e-11 sim.t=1.776277e-09 max_dmdt=2.210626e+03 [ Info: step = 167 step_size=1.895620e-11 sim.t=1.795233e-09 max_dmdt=2.182305e+03 [ Info: step = 168 step_size=1.924557e-11 sim.t=1.814479e-09 max_dmdt=2.153706e+03 [ Info: step = 169 step_size=1.954457e-11 sim.t=1.834023e-09 max_dmdt=2.124834e+03 [ Info: step = 170 step_size=1.985366e-11 sim.t=1.853877e-09 max_dmdt=2.095695e+03 [ Info: step = 171 step_size=2.017333e-11 sim.t=1.874050e-09 max_dmdt=2.066293e+03 [ Info: step = 172 step_size=2.050411e-11 sim.t=1.894554e-09 max_dmdt=2.036636e+03 [ Info: step = 173 step_size=2.084658e-11 sim.t=1.915401e-09 max_dmdt=2.006727e+03 [ Info: step = 174 step_size=2.120133e-11 sim.t=1.936602e-09 max_dmdt=1.976572e+03 [ Info: step = 175 step_size=2.156902e-11 sim.t=1.958171e-09 max_dmdt=1.946178e+03 [ Info: step = 176 step_size=2.195034e-11 sim.t=1.980122e-09 max_dmdt=1.915548e+03 [ Info: step = 177 step_size=2.234605e-11 sim.t=2.002468e-09 max_dmdt=1.884688e+03 [ Info: step = 178 step_size=2.275693e-11 sim.t=2.025225e-09 max_dmdt=1.853604e+03 [ Info: step = 179 step_size=2.318386e-11 sim.t=2.048408e-09 max_dmdt=1.822300e+03 [ Info: step = 180 step_size=2.362777e-11 sim.t=2.072036e-09 max_dmdt=1.790783e+03 [ Info: step = 181 step_size=2.408967e-11 sim.t=2.096126e-09 max_dmdt=1.759056e+03 [ Info: step = 182 step_size=2.457064e-11 sim.t=2.120696e-09 max_dmdt=1.727126e+03 [ Info: step = 183 step_size=2.507185e-11 sim.t=2.145768e-09 max_dmdt=1.694998e+03 [ Info: step = 184 step_size=2.559460e-11 sim.t=2.171363e-09 max_dmdt=1.662676e+03 [ Info: step = 185 step_size=2.614025e-11 sim.t=2.197503e-09 max_dmdt=1.630167e+03 [ Info: step = 186 step_size=2.671033e-11 sim.t=2.224214e-09 max_dmdt=1.597474e+03 [ Info: step = 187 step_size=2.730647e-11 sim.t=2.251520e-09 max_dmdt=1.564603e+03 [ Info: step = 188 step_size=2.793047e-11 sim.t=2.279450e-09 max_dmdt=1.531560e+03 [ Info: step = 189 step_size=2.858429e-11 sim.t=2.308035e-09 max_dmdt=1.498349e+03 [ Info: step = 190 step_size=2.927008e-11 sim.t=2.337305e-09 max_dmdt=1.464976e+03 [ Info: step = 191 step_size=2.999022e-11 sim.t=2.367295e-09 max_dmdt=1.431445e+03 [ Info: step = 192 step_size=3.074729e-11 sim.t=2.398042e-09 max_dmdt=1.397762e+03 [ Info: step = 193 step_size=3.154419e-11 sim.t=2.429587e-09 max_dmdt=1.363932e+03 [ Info: step = 194 step_size=3.238409e-11 sim.t=2.461971e-09 max_dmdt=1.329960e+03 [ Info: step = 195 step_size=3.327051e-11 sim.t=2.495241e-09 max_dmdt=1.295852e+03 [ Info: step = 196 step_size=3.420738e-11 sim.t=2.529448e-09 max_dmdt=1.261612e+03 [ Info: step = 197 step_size=3.519908e-11 sim.t=2.564648e-09 max_dmdt=1.227245e+03 [ Info: step = 198 step_size=3.625050e-11 sim.t=2.600898e-09 max_dmdt=1.192757e+03 [ Info: step = 199 step_size=3.736715e-11 sim.t=2.638265e-09 max_dmdt=1.158154e+03 [ Info: step = 200 step_size=3.855521e-11 sim.t=2.676820e-09 max_dmdt=1.123440e+03 [ Info: step = 201 step_size=3.982169e-11 sim.t=2.716642e-09 max_dmdt=1.088621e+03 [ Info: step = 202 step_size=4.117452e-11 sim.t=2.757817e-09 max_dmdt=1.053702e+03 [ Info: step = 203 step_size=4.262276e-11 sim.t=2.800439e-09 max_dmdt=1.018689e+03 [ Info: step = 204 step_size=4.417676e-11 sim.t=2.844616e-09 max_dmdt=9.835870e+02 [ Info: step = 205 step_size=4.584843e-11 sim.t=2.890465e-09 max_dmdt=9.484025e+02 [ Info: step = 206 step_size=4.765153e-11 sim.t=2.938116e-09 max_dmdt=9.131410e+02 [ Info: step = 207 step_size=4.960202e-11 sim.t=2.987718e-09 max_dmdt=8.778084e+02 [ Info: step = 208 step_size=5.171859e-11 sim.t=3.039437e-09 max_dmdt=8.424109e+02 [ Info: step = 209 step_size=5.402318e-11 sim.t=3.093460e-09 max_dmdt=8.069548e+02 [ Info: step = 210 step_size=5.654175e-11 sim.t=3.150002e-09 max_dmdt=7.714467e+02 [ Info: step = 211 step_size=5.930527e-11 sim.t=3.209307e-09 max_dmdt=7.358934e+02 [ Info: step = 212 step_size=6.235096e-11 sim.t=3.271658e-09 max_dmdt=7.003020e+02 [ Info: step = 213 step_size=6.572391e-11 sim.t=3.337382e-09 max_dmdt=6.646801e+02 [ Info: step = 214 step_size=6.947935e-11 sim.t=3.406861e-09 max_dmdt=6.290357e+02 [ Info: step = 215 step_size=7.368558e-11 sim.t=3.480547e-09 max_dmdt=5.933773e+02 [ Info: step = 216 step_size=7.842808e-11 sim.t=3.558975e-09 max_dmdt=5.577142e+02 [ Info: step = 217 step_size=8.381528e-11 sim.t=3.642790e-09 max_dmdt=5.220565e+02 [ Info: step = 218 step_size=8.998675e-11 sim.t=3.732777e-09 max_dmdt=4.864151e+02 [ Info: step = 219 step_size=9.712518e-11 sim.t=3.829902e-09 max_dmdt=4.508026e+02 [ Info: step = 220 step_size=1.054743e-10 sim.t=3.935376e-09 max_dmdt=4.152329e+02 [ Info: step = 221 step_size=1.153668e-10 sim.t=4.050743e-09 max_dmdt=3.797222e+02 [ Info: step = 222 step_size=1.272710e-10 sim.t=4.178014e-09 max_dmdt=3.442810e+02 [ Info: step = 223 step_size=1.418634e-10 sim.t=4.319877e-09 max_dmdt=3.089273e+02 [ Info: step = 224 step_size=1.601424e-10 sim.t=4.480020e-09 max_dmdt=2.737110e+02 [ Info: step = 225 step_size=1.836856e-10 sim.t=4.663705e-09 max_dmdt=2.386621e+02 [ Info: step = 226 step_size=2.151071e-10 sim.t=4.878813e-09 max_dmdt=2.038227e+02 [ Info: step = 227 step_size=2.590729e-10 sim.t=5.137886e-09 max_dmdt=1.692476e+02 [ Info: step = 228 step_size=3.247898e-10 sim.t=5.462675e-09 max_dmdt=1.350107e+02 [ Info: step = 229 step_size=4.332746e-10 sim.t=5.895950e-09 max_dmdt=1.012100e+02 [ Info: step = 230 step_size=6.453176e-10 sim.t=6.541268e-09 max_dmdt=6.795467e+01 [ Info: step = 231 step_size=1.248089e-09 sim.t=7.789356e-09 max_dmdt=3.513551e+01 [ Info: step = 232 step_size=1.248089e-09 sim.t=9.037445e-09 max_dmdt=3.513561e+01 [ Info: step = 233 step_size=2.645685e-10 sim.t=9.302014e-09 max_dmdt=1.657503e+02 [ Info: step = 234 step_size=3.911901e-10 sim.t=9.693204e-09 max_dmdt=1.120997e+02 [ Info: step = 235 step_size=2.191618e-10 sim.t=9.912366e-09 max_dmdt=2.000910e+02 [ Info: step = 236 step_size=2.646469e-10 sim.t=1.017701e-08 max_dmdt=1.657012e+02 [ Info: step = 237 step_size=4.083325e-10 sim.t=1.058534e-08 max_dmdt=1.073936e+02 [ Info: step = 238 step_size=1.609642e-10 sim.t=1.074631e-08 max_dmdt=2.724350e+02 [ Info: step = 239 step_size=3.995521e-10 sim.t=1.114586e-08 max_dmdt=1.097536e+02 [ Info: step = 240 step_size=2.622523e-10 sim.t=1.140811e-08 max_dmdt=1.672141e+02 [ Info: step = 241 step_size=3.330745e-10 sim.t=1.174119e-08 max_dmdt=1.316591e+02 [ Info: step = 242 step_size=1.851801e-10 sim.t=1.192637e-08 max_dmdt=2.368089e+02 [ Info: step = 243 step_size=2.655135e-10 sim.t=1.219188e-08 max_dmdt=1.651603e+02 [ Info: step = 244 step_size=1.535003e-10 sim.t=1.234538e-08 max_dmdt=2.856821e+02 [ Info: step = 245 step_size=1.135933e-10 sim.t=1.245898e-08 max_dmdt=3.860465e+02 [ Info: step = 246 step_size=1.471567e-10 sim.t=1.260613e-08 max_dmdt=2.979973e+02 [ Info: step = 247 step_size=1.643660e-10 sim.t=1.277050e-08 max_dmdt=2.667966e+02 [ Info: step = 248 step_size=1.643660e-10 sim.t=1.293486e-08 max_dmdt=2.667966e+02 [ Info: step = 249 step_size=1.643660e-10 sim.t=1.309923e-08 max_dmdt=2.667966e+02 [ Info: step = 250 step_size=1.643660e-10 sim.t=1.326360e-08 max_dmdt=2.667966e+02 [ Info: step = 251 step_size=1.643660e-10 sim.t=1.342796e-08 max_dmdt=2.667966e+02 [ Info: step = 252 step_size=1.643660e-10 sim.t=1.359233e-08 max_dmdt=2.667966e+02 [ Info: step = 253 step_size=1.643660e-10 sim.t=1.375669e-08 max_dmdt=2.667966e+02 [ Info: step = 254 step_size=1.643660e-10 sim.t=1.392106e-08 max_dmdt=2.667966e+02 [ Info: step = 255 step_size=1.643660e-10 sim.t=1.408543e-08 max_dmdt=2.667966e+02 [ Info: step = 256 step_size=1.643660e-10 sim.t=1.424979e-08 max_dmdt=2.667966e+02 [ Info: step = 257 step_size=1.643660e-10 sim.t=1.441416e-08 max_dmdt=2.667966e+02 [ Info: step = 258 step_size=1.643660e-10 sim.t=1.457852e-08 max_dmdt=2.667966e+02 [ Info: step = 259 step_size=1.465388e-10 sim.t=1.472506e-08 max_dmdt=2.992538e+02 [ Info: step = 260 step_size=9.000677e-11 sim.t=1.481507e-08 max_dmdt=4.872111e+02 [ Info: step = 261 step_size=6.814153e-11 sim.t=1.488321e-08 max_dmdt=6.435472e+02 [ Info: step = 262 step_size=6.814153e-11 sim.t=1.495135e-08 max_dmdt=6.435472e+02 [ Info: step = 263 step_size=6.814153e-11 sim.t=1.501949e-08 max_dmdt=6.435472e+02 [ Info: step = 264 step_size=1.358568e-10 sim.t=1.515535e-08 max_dmdt=3.227833e+02 [ Info: step = 265 step_size=4.779224e-10 sim.t=1.563327e-08 max_dmdt=9.175609e+01 [ Info: step = 266 step_size=4.779224e-10 sim.t=1.611120e-08 max_dmdt=9.175609e+01 [ Info: step = 267 step_size=4.779224e-10 sim.t=1.658912e-08 max_dmdt=9.175609e+01 [ Info: step = 268 step_size=4.779224e-10 sim.t=1.706704e-08 max_dmdt=9.175609e+01 [ Info: step = 269 step_size=4.779224e-10 sim.t=1.754496e-08 max_dmdt=9.175609e+01 [ Info: step = 270 step_size=1.011437e-10 sim.t=1.764611e-08 max_dmdt=4.335642e+02 [ Info: step = 271 step_size=2.123911e-11 sim.t=1.766735e-08 max_dmdt=2.064696e+03 [ Info: step = 272 step_size=2.123911e-11 sim.t=1.768858e-08 max_dmdt=2.064696e+03 [ Info: step = 273 step_size=2.123911e-11 sim.t=1.770982e-08 max_dmdt=2.064696e+03 [ Info: step = 274 step_size=2.123911e-11 sim.t=1.773106e-08 max_dmdt=2.064696e+03 [ Info: step = 275 step_size=2.123911e-11 sim.t=1.775230e-08 max_dmdt=2.064696e+03 [ Info: step = 276 step_size=2.123911e-11 sim.t=1.777354e-08 max_dmdt=2.064696e+03 [ Info: step = 277 step_size=2.123911e-11 sim.t=1.779478e-08 max_dmdt=2.064696e+03 [ Info: step = 278 step_size=2.123911e-11 sim.t=1.781602e-08 max_dmdt=2.064696e+03 [ Info: step = 279 step_size=2.168974e-11 sim.t=1.783771e-08 max_dmdt=2.021799e+03 [ Info: step = 280 step_size=2.663592e-11 sim.t=1.786435e-08 max_dmdt=1.646359e+03 [ Info: step = 281 step_size=3.288763e-11 sim.t=1.789723e-08 max_dmdt=1.333398e+03 [ Info: step = 282 step_size=4.327534e-11 sim.t=1.794051e-08 max_dmdt=1.013332e+03 [ Info: step = 283 step_size=6.256917e-11 sim.t=1.800308e-08 max_dmdt=7.008611e+02 [ Info: step = 284 step_size=1.117309e-10 sim.t=1.811481e-08 max_dmdt=3.924813e+02 [ Info: step = 285 step_size=5.586546e-10 sim.t=1.867346e-08 max_dmdt=7.849626e+01 [ Info: step = 286 step_size=9.115098e-10 sim.t=1.958497e-08 max_dmdt=4.810951e+01 [ Info: step = 287 step_size=4.485888e-10 sim.t=2.003356e-08 max_dmdt=9.775609e+01 [ Info: step = 288 step_size=4.485888e-10 sim.t=2.048215e-08 max_dmdt=9.775609e+01 [ Info: step = 289 step_size=4.485888e-10 sim.t=2.093074e-08 max_dmdt=9.775609e+01 [ Info: step = 290 step_size=2.234559e-10 sim.t=2.115420e-08 max_dmdt=1.962458e+02 [ Info: step = 291 step_size=1.444491e-10 sim.t=2.129864e-08 max_dmdt=3.035831e+02 [ Info: step = 292 step_size=1.444491e-10 sim.t=2.144309e-08 max_dmdt=3.035831e+02 [ Info: step = 293 step_size=1.209151e-10 sim.t=2.156401e-08 max_dmdt=3.626700e+02 [ Info: step = 294 step_size=9.420727e-11 sim.t=2.165822e-08 max_dmdt=4.654873e+02 [ Info: step = 295 step_size=9.420727e-11 sim.t=2.175242e-08 max_dmdt=4.654873e+02 [ Info: step = 296 step_size=9.420727e-11 sim.t=2.184663e-08 max_dmdt=4.654873e+02 [ Info: step = 297 step_size=9.420727e-11 sim.t=2.194084e-08 max_dmdt=4.654873e+02 [ Info: step = 298 step_size=9.420727e-11 sim.t=2.203504e-08 max_dmdt=4.654873e+02 [ Info: step = 299 step_size=9.420727e-11 sim.t=2.212925e-08 max_dmdt=4.654873e+02 [ Info: step = 300 step_size=9.420727e-11 sim.t=2.222346e-08 max_dmdt=4.654873e+02 [ Info: step = 301 step_size=9.420727e-11 sim.t=2.231767e-08 max_dmdt=4.654873e+02 [ Info: step = 302 step_size=1.035597e-10 sim.t=2.242123e-08 max_dmdt=4.234495e+02 [ Info: step = 303 step_size=1.473029e-10 sim.t=2.256853e-08 max_dmdt=2.977015e+02 [ Info: step = 304 step_size=1.837601e-10 sim.t=2.275229e-08 max_dmdt=2.386388e+02 [ Info: step = 305 step_size=1.837601e-10 sim.t=2.293605e-08 max_dmdt=2.386388e+02 [ Info: step = 306 step_size=1.837601e-10 sim.t=2.311981e-08 max_dmdt=2.386388e+02 [ Info: step = 307 step_size=1.837601e-10 sim.t=2.330357e-08 max_dmdt=2.386388e+02 [ Info: step = 308 step_size=1.837601e-10 sim.t=2.348733e-08 max_dmdt=2.386388e+02 [ Info: step = 309 step_size=1.837601e-10 sim.t=2.367109e-08 max_dmdt=2.386388e+02 [ Info: step = 310 step_size=1.837601e-10 sim.t=2.385485e-08 max_dmdt=2.386388e+02 [ Info: step = 311 step_size=1.837601e-10 sim.t=2.403861e-08 max_dmdt=2.386388e+02 [ Info: step = 312 step_size=1.837601e-10 sim.t=2.422237e-08 max_dmdt=2.386388e+02 [ Info: step = 313 step_size=1.837601e-10 sim.t=2.440613e-08 max_dmdt=2.386388e+02 [ Info: step = 314 step_size=9.821365e-11 sim.t=2.450434e-08 max_dmdt=4.464990e+02 [ Info: step = 315 step_size=5.006716e-11 sim.t=2.455441e-08 max_dmdt=8.758694e+02 [ Info: step = 316 step_size=5.006716e-11 sim.t=2.460448e-08 max_dmdt=8.758694e+02 [ Info: step = 317 step_size=5.006716e-11 sim.t=2.465455e-08 max_dmdt=8.758694e+02 [ Info: step = 318 step_size=5.006716e-11 sim.t=2.470461e-08 max_dmdt=8.758694e+02 [ Info: step = 319 step_size=8.854981e-11 sim.t=2.479316e-08 max_dmdt=4.952274e+02 [ Info: step = 320 step_size=1.951597e-10 sim.t=2.498832e-08 max_dmdt=2.246996e+02 [ Info: step = 321 step_size=3.068401e-10 sim.t=2.529516e-08 max_dmdt=1.429158e+02 [ Info: step = 322 step_size=3.068401e-10 sim.t=2.560200e-08 max_dmdt=1.429158e+02 [ Info: step = 323 step_size=3.068401e-10 sim.t=2.590884e-08 max_dmdt=1.429158e+02 [ Info: step = 324 step_size=3.068401e-10 sim.t=2.621568e-08 max_dmdt=1.429158e+02 [ Info: step = 325 step_size=3.068401e-10 sim.t=2.652252e-08 max_dmdt=1.429158e+02 [ Info: step = 326 step_size=2.737993e-10 sim.t=2.679632e-08 max_dmdt=1.601622e+02 [ Info: step = 327 step_size=6.865503e-11 sim.t=2.686498e-08 max_dmdt=6.387338e+02 [ Info: step = 328 step_size=2.054234e-11 sim.t=2.688552e-08 max_dmdt=2.134727e+03 [ Info: step = 329 step_size=2.054234e-11 sim.t=2.690606e-08 max_dmdt=2.134727e+03 [ Info: step = 330 step_size=2.054234e-11 sim.t=2.692660e-08 max_dmdt=2.134727e+03 [ Info: step = 331 step_size=2.054234e-11 sim.t=2.694715e-08 max_dmdt=2.134727e+03 [ Info: step = 332 step_size=2.388279e-11 sim.t=2.697103e-08 max_dmdt=1.836146e+03 [ Info: step = 333 step_size=2.908824e-11 sim.t=2.700012e-08 max_dmdt=1.507561e+03 [ Info: step = 334 step_size=3.690687e-11 sim.t=2.703702e-08 max_dmdt=1.188188e+03 [ Info: step = 335 step_size=5.028750e-11 sim.t=2.708731e-08 max_dmdt=8.720316e+02 [ Info: step = 336 step_size=7.809841e-11 sim.t=2.716541e-08 max_dmdt=5.615004e+02 [ Info: step = 337 step_size=1.736008e-10 sim.t=2.733901e-08 max_dmdt=2.526042e+02 [ Info: step = 338 step_size=3.552837e-10 sim.t=2.769429e-08 max_dmdt=1.234289e+02 [ Info: step = 339 step_size=3.552837e-10 sim.t=2.804958e-08 max_dmdt=1.234289e+02 [ Info: step = 340 step_size=3.552837e-10 sim.t=2.840486e-08 max_dmdt=1.234289e+02 [ Info: step = 341 step_size=3.552837e-10 sim.t=2.876015e-08 max_dmdt=1.234289e+02 [ Info: step = 342 step_size=3.552837e-10 sim.t=2.911543e-08 max_dmdt=1.234289e+02 [ Info: step = 343 step_size=2.103442e-10 sim.t=2.932577e-08 max_dmdt=2.084787e+02 [ Info: step = 344 step_size=4.565928e-11 sim.t=2.937143e-08 max_dmdt=9.604245e+02 [ Info: step = 345 step_size=1.888502e-11 sim.t=2.939032e-08 max_dmdt=2.322068e+03 [ Info: step = 346 step_size=1.888502e-11 sim.t=2.940920e-08 max_dmdt=2.322068e+03 [ Info: step = 347 step_size=1.888502e-11 sim.t=2.942809e-08 max_dmdt=2.322068e+03 [ Info: step = 348 step_size=1.888502e-11 sim.t=2.944697e-08 max_dmdt=2.322068e+03 [ Info: step = 349 step_size=1.888502e-11 sim.t=2.946586e-08 max_dmdt=2.322068e+03 [ Info: step = 350 step_size=1.888502e-11 sim.t=2.948474e-08 max_dmdt=2.322068e+03 [ Info: step = 351 step_size=1.888502e-11 sim.t=2.950363e-08 max_dmdt=2.322068e+03 [ Info: step = 352 step_size=2.102481e-11 sim.t=2.952465e-08 max_dmdt=2.085740e+03 [ Info: step = 353 step_size=2.512248e-11 sim.t=2.954977e-08 max_dmdt=1.745540e+03 [ Info: step = 354 step_size=3.077307e-11 sim.t=2.958055e-08 max_dmdt=1.425022e+03 [ Info: step = 355 step_size=3.967643e-11 sim.t=2.962022e-08 max_dmdt=1.105248e+03 [ Info: step = 356 step_size=5.545426e-11 sim.t=2.967568e-08 max_dmdt=7.907831e+02 [ Info: step = 357 step_size=9.108168e-11 sim.t=2.976676e-08 max_dmdt=4.814612e+02 [ Info: step = 358 step_size=2.624378e-10 sim.t=3.002920e-08 max_dmdt=1.670960e+02 [ Info: step = 359 step_size=3.935850e-10 sim.t=3.042278e-08 max_dmdt=1.114176e+02 [ Info: step = 360 step_size=3.935850e-10 sim.t=3.081637e-08 max_dmdt=1.114176e+02 [ Info: step = 361 step_size=3.935850e-10 sim.t=3.120995e-08 max_dmdt=1.114176e+02 [ Info: step = 362 step_size=3.935850e-10 sim.t=3.160354e-08 max_dmdt=1.114176e+02 [ Info: step = 363 step_size=3.935850e-10 sim.t=3.199712e-08 max_dmdt=1.114176e+02 [ Info: step = 364 step_size=8.635787e-11 sim.t=3.208348e-08 max_dmdt=5.077973e+02 [ Info: step = 365 step_size=1.634136e-11 sim.t=3.209982e-08 max_dmdt=2.683516e+03 [ Info: step = 366 step_size=1.634136e-11 sim.t=3.211616e-08 max_dmdt=2.683516e+03 [ Info: step = 367 step_size=1.634136e-11 sim.t=3.213250e-08 max_dmdt=2.683516e+03 [ Info: step = 368 step_size=1.634136e-11 sim.t=3.214885e-08 max_dmdt=2.683516e+03 [ Info: step = 369 step_size=1.634136e-11 sim.t=3.216519e-08 max_dmdt=2.683516e+03 [ Info: step = 370 step_size=1.634136e-11 sim.t=3.218153e-08 max_dmdt=2.683516e+03 [ Info: step = 371 step_size=1.634136e-11 sim.t=3.219787e-08 max_dmdt=2.683516e+03 [ Info: step = 372 step_size=1.634136e-11 sim.t=3.221421e-08 max_dmdt=2.683516e+03 [ Info: step = 373 step_size=1.652554e-11 sim.t=3.223074e-08 max_dmdt=2.653608e+03 [ Info: step = 374 step_size=1.920124e-11 sim.t=3.224994e-08 max_dmdt=2.283826e+03 [ Info: step = 375 step_size=2.235471e-11 sim.t=3.227229e-08 max_dmdt=1.961658e+03 [ Info: step = 376 step_size=2.680777e-11 sim.t=3.229910e-08 max_dmdt=1.635806e+03 [ Info: step = 377 step_size=3.336884e-11 sim.t=3.233247e-08 max_dmdt=1.314169e+03 [ Info: step = 378 step_size=4.401256e-11 sim.t=3.237648e-08 max_dmdt=9.963586e+02 [ Info: step = 379 step_size=6.414899e-11 sim.t=3.244063e-08 max_dmdt=6.836006e+02 [ Info: step = 380 step_size=1.167497e-10 sim.t=3.255738e-08 max_dmdt=3.756094e+02 [ Info: step = 381 step_size=5.837486e-10 sim.t=3.314113e-08 max_dmdt=7.512188e+01 [ Info: step = 382 step_size=7.211974e-10 sim.t=3.386233e-08 max_dmdt=6.080484e+01 [ Info: step = 383 step_size=2.439028e-10 sim.t=3.410623e-08 max_dmdt=1.797942e+02 [ Info: step = 384 step_size=2.439028e-10 sim.t=3.435013e-08 max_dmdt=1.797942e+02 [ Info: step = 385 step_size=2.439028e-10 sim.t=3.459404e-08 max_dmdt=1.797942e+02 [ Info: step = 386 step_size=2.439028e-10 sim.t=3.483794e-08 max_dmdt=1.797942e+02 [ Info: step = 387 step_size=2.439028e-10 sim.t=3.508184e-08 max_dmdt=1.797942e+02 [ Info: step = 388 step_size=2.439028e-10 sim.t=3.532574e-08 max_dmdt=1.797942e+02 [ Info: step = 389 step_size=2.326243e-10 sim.t=3.555837e-08 max_dmdt=1.885112e+02 [ Info: step = 390 step_size=7.943148e-11 sim.t=3.563780e-08 max_dmdt=5.520770e+02 [ Info: step = 391 step_size=2.955343e-11 sim.t=3.566735e-08 max_dmdt=1.483831e+03 [ Info: step = 392 step_size=2.955343e-11 sim.t=3.569691e-08 max_dmdt=1.483831e+03 [ Info: step = 393 step_size=2.955343e-11 sim.t=3.572646e-08 max_dmdt=1.483831e+03 [ Info: step = 394 step_size=2.955343e-11 sim.t=3.575601e-08 max_dmdt=1.483831e+03 [ Info: step = 395 step_size=2.955343e-11 sim.t=3.578557e-08 max_dmdt=1.483831e+03 [ Info: step = 396 step_size=3.284385e-11 sim.t=3.581841e-08 max_dmdt=1.335175e+03 [ Info: step = 397 step_size=4.506148e-11 sim.t=3.586347e-08 max_dmdt=9.731658e+02 [ Info: step = 398 step_size=6.510445e-11 sim.t=3.592858e-08 max_dmdt=6.735683e+02 [ Info: step = 399 step_size=1.218954e-10 sim.t=3.605047e-08 max_dmdt=3.597533e+02 [ Info: step = 400 step_size=6.094772e-10 sim.t=3.665995e-08 max_dmdt=7.195067e+01 [ Info: step = 401 step_size=4.258061e-10 sim.t=3.708575e-08 max_dmdt=1.029865e+02 [ Info: step = 402 step_size=4.258061e-10 sim.t=3.751156e-08 max_dmdt=1.029865e+02 [ Info: step = 403 step_size=4.258061e-10 sim.t=3.793737e-08 max_dmdt=1.029865e+02 [ Info: step = 404 step_size=4.258061e-10 sim.t=3.836317e-08 max_dmdt=1.029865e+02 [ Info: step = 405 step_size=4.258061e-10 sim.t=3.878898e-08 max_dmdt=1.029865e+02 [ Info: step = 406 step_size=1.174369e-10 sim.t=3.890642e-08 max_dmdt=3.734114e+02 [ Info: step = 407 step_size=2.386587e-11 sim.t=3.893028e-08 max_dmdt=1.837448e+03 [ Info: step = 408 step_size=2.386587e-11 sim.t=3.895415e-08 max_dmdt=1.837448e+03 [ Info: step = 409 step_size=2.386587e-11 sim.t=3.897801e-08 max_dmdt=1.837448e+03 [ Info: step = 410 step_size=2.386587e-11 sim.t=3.900188e-08 max_dmdt=1.837448e+03 [ Info: step = 411 step_size=2.386587e-11 sim.t=3.902575e-08 max_dmdt=1.837448e+03 [ Info: step = 412 step_size=2.386587e-11 sim.t=3.904961e-08 max_dmdt=1.837448e+03 [ Info: step = 413 step_size=2.386587e-11 sim.t=3.907348e-08 max_dmdt=1.837448e+03 [ Info: step = 414 step_size=2.386587e-11 sim.t=3.909734e-08 max_dmdt=1.837448e+03 [ Info: step = 415 step_size=2.436825e-11 sim.t=3.912171e-08 max_dmdt=1.799566e+03 [ Info: step = 416 step_size=3.091175e-11 sim.t=3.915262e-08 max_dmdt=1.418628e+03 [ Info: step = 417 step_size=3.946597e-11 sim.t=3.919209e-08 max_dmdt=1.111142e+03 [ Info: step = 418 step_size=5.527953e-11 sim.t=3.924737e-08 max_dmdt=7.932826e+02 [ Info: step = 419 step_size=9.039031e-11 sim.t=3.933776e-08 max_dmdt=4.851437e+02 [ Info: step = 420 step_size=2.575143e-10 sim.t=3.959527e-08 max_dmdt=1.702907e+02 [ Info: step = 421 step_size=3.910057e-10 sim.t=3.998628e-08 max_dmdt=1.121526e+02 [ Info: step = 422 step_size=3.910057e-10 sim.t=4.037728e-08 max_dmdt=1.121526e+02 [ Info: step = 423 step_size=3.910057e-10 sim.t=4.076829e-08 max_dmdt=1.121526e+02 [ Info: step = 424 step_size=3.910057e-10 sim.t=4.115930e-08 max_dmdt=1.121526e+02 [ Info: step = 425 step_size=3.910057e-10 sim.t=4.155030e-08 max_dmdt=1.121526e+02 [ Info: step = 426 step_size=9.518099e-11 sim.t=4.164548e-08 max_dmdt=4.607253e+02 [ Info: step = 427 step_size=1.690475e-11 sim.t=4.166239e-08 max_dmdt=2.594081e+03 [ Info: step = 428 step_size=1.690475e-11 sim.t=4.167929e-08 max_dmdt=2.594081e+03 [ Info: step = 429 step_size=1.690475e-11 sim.t=4.169620e-08 max_dmdt=2.594081e+03 [ Info: step = 430 step_size=1.690475e-11 sim.t=4.171310e-08 max_dmdt=2.594081e+03 [ Info: step = 431 step_size=1.690475e-11 sim.t=4.173001e-08 max_dmdt=2.594081e+03 [ Info: step = 432 step_size=1.690475e-11 sim.t=4.174691e-08 max_dmdt=2.594081e+03 [ Info: step = 433 step_size=1.690475e-11 sim.t=4.176382e-08 max_dmdt=2.594081e+03 [ Info: step = 434 step_size=1.690475e-11 sim.t=4.178072e-08 max_dmdt=2.594081e+03 [ Info: step = 435 step_size=1.690475e-11 sim.t=4.179763e-08 max_dmdt=2.594081e+03 [ Info: step = 436 step_size=1.761071e-11 sim.t=4.181524e-08 max_dmdt=2.490092e+03 [ Info: step = 437 step_size=2.058670e-11 sim.t=4.183582e-08 max_dmdt=2.130128e+03 [ Info: step = 438 step_size=2.425198e-11 sim.t=4.186007e-08 max_dmdt=1.808194e+03 [ Info: step = 439 step_size=2.955339e-11 sim.t=4.188963e-08 max_dmdt=1.483833e+03 [ Info: step = 440 step_size=3.767554e-11 sim.t=4.192730e-08 max_dmdt=1.163946e+03 [ Info: step = 441 step_size=5.169031e-11 sim.t=4.197899e-08 max_dmdt=8.483658e+02 [ Info: step = 442 step_size=8.148427e-11 sim.t=4.206048e-08 max_dmdt=5.381688e+02 [ Info: step = 443 step_size=1.919909e-10 sim.t=4.225247e-08 max_dmdt=2.284082e+02 [ Info: step = 444 step_size=3.550077e-10 sim.t=4.260748e-08 max_dmdt=1.235249e+02 [ Info: step = 445 step_size=3.550077e-10 sim.t=4.296248e-08 max_dmdt=1.235249e+02 [ Info: step = 446 step_size=3.550077e-10 sim.t=4.331749e-08 max_dmdt=1.235249e+02 [ Info: step = 447 step_size=3.550077e-10 sim.t=4.367250e-08 max_dmdt=1.235249e+02 [ Info: step = 448 step_size=3.550077e-10 sim.t=4.402751e-08 max_dmdt=1.235249e+02 [ Info: step = 449 step_size=1.846879e-10 sim.t=4.421220e-08 max_dmdt=2.374400e+02 [ Info: step = 450 step_size=3.779098e-11 sim.t=4.424999e-08 max_dmdt=1.160390e+03 [ Info: step = 451 step_size=1.958702e-11 sim.t=4.426957e-08 max_dmdt=2.238844e+03 [ Info: step = 452 step_size=1.958702e-11 sim.t=4.428916e-08 max_dmdt=2.238844e+03 [ Info: step = 453 step_size=1.958702e-11 sim.t=4.430875e-08 max_dmdt=2.238844e+03 [ Info: step = 454 step_size=1.958702e-11 sim.t=4.432833e-08 max_dmdt=2.238844e+03 [ Info: step = 455 step_size=1.958702e-11 sim.t=4.434792e-08 max_dmdt=2.238844e+03 [ Info: step = 456 step_size=1.958702e-11 sim.t=4.436751e-08 max_dmdt=2.238844e+03 [ Info: step = 457 step_size=1.958702e-11 sim.t=4.438710e-08 max_dmdt=2.238844e+03 [ Info: step = 458 step_size=1.958702e-11 sim.t=4.440668e-08 max_dmdt=2.238844e+03 [ Info: step = 459 step_size=2.249903e-11 sim.t=4.442918e-08 max_dmdt=1.949075e+03 [ Info: step = 460 step_size=2.710021e-11 sim.t=4.445628e-08 max_dmdt=1.618153e+03 [ Info: step = 461 step_size=3.379364e-11 sim.t=4.449008e-08 max_dmdt=1.297649e+03 [ Info: step = 462 step_size=4.475454e-11 sim.t=4.453483e-08 max_dmdt=9.798400e+02 [ Info: step = 463 step_size=6.570305e-11 sim.t=4.460053e-08 max_dmdt=6.674316e+02 [ Info: step = 464 step_size=1.219754e-10 sim.t=4.472251e-08 max_dmdt=3.595176e+02 [ Info: step = 465 step_size=6.098769e-10 sim.t=4.533239e-08 max_dmdt=7.190352e+01 [ Info: step = 466 step_size=3.589377e-10 sim.t=4.569132e-08 max_dmdt=1.221724e+02 [ Info: step = 467 step_size=3.589377e-10 sim.t=4.605026e-08 max_dmdt=1.221724e+02 [ Info: step = 468 step_size=3.589377e-10 sim.t=4.640920e-08 max_dmdt=1.221724e+02 [ Info: step = 469 step_size=3.589377e-10 sim.t=4.676814e-08 max_dmdt=1.221724e+02 [ Info: step = 470 step_size=3.589377e-10 sim.t=4.712707e-08 max_dmdt=1.221724e+02 [ Info: step = 471 step_size=2.491478e-10 sim.t=4.737622e-08 max_dmdt=1.760092e+02 [ Info: step = 472 step_size=5.384946e-11 sim.t=4.743007e-08 max_dmdt=8.143497e+02 [ Info: step = 473 step_size=1.742803e-11 sim.t=4.744750e-08 max_dmdt=2.516193e+03 [ Info: step = 474 step_size=1.742803e-11 sim.t=4.746493e-08 max_dmdt=2.516193e+03 [ Info: step = 475 step_size=1.742803e-11 sim.t=4.748236e-08 max_dmdt=2.516193e+03 [ Info: step = 476 step_size=1.742803e-11 sim.t=4.749978e-08 max_dmdt=2.516193e+03 [ Info: step = 477 step_size=1.742803e-11 sim.t=4.751721e-08 max_dmdt=2.516193e+03 [ Info: step = 478 step_size=1.824146e-11 sim.t=4.753545e-08 max_dmdt=2.403990e+03 [ Info: step = 479 step_size=2.144585e-11 sim.t=4.755690e-08 max_dmdt=2.044792e+03 [ Info: step = 480 step_size=2.544115e-11 sim.t=4.758234e-08 max_dmdt=1.723676e+03 [ Info: step = 481 step_size=3.132082e-11 sim.t=4.761366e-08 max_dmdt=1.400101e+03 [ Info: step = 482 step_size=4.055378e-11 sim.t=4.765421e-08 max_dmdt=1.081337e+03 [ Info: step = 483 step_size=5.716782e-11 sim.t=4.771138e-08 max_dmdt=7.670799e+02 [ Info: step = 484 step_size=9.571000e-11 sim.t=4.780709e-08 max_dmdt=4.581788e+02 [ Info: step = 485 step_size=3.133820e-10 sim.t=4.812047e-08 max_dmdt=1.399324e+02 [ Info: step = 486 step_size=4.354046e-10 sim.t=4.855588e-08 max_dmdt=1.007162e+02 [ Info: step = 487 step_size=4.354046e-10 sim.t=4.899128e-08 max_dmdt=1.007162e+02 [ Info: step = 488 step_size=4.354046e-10 sim.t=4.942669e-08 max_dmdt=1.007162e+02 [ Info: step = 489 step_size=4.354046e-10 sim.t=4.986209e-08 max_dmdt=1.007162e+02 [ Info: step = 490 step_size=2.534786e-10 sim.t=5.011557e-08 max_dmdt=1.730019e+02 [ Info: step = 491 step_size=5.152318e-11 sim.t=5.016709e-08 max_dmdt=8.511176e+02 [ Info: step = 492 step_size=1.706060e-11 sim.t=5.018416e-08 max_dmdt=2.570384e+03 [ Info: step = 493 step_size=1.706060e-11 sim.t=5.020122e-08 max_dmdt=2.570384e+03 [ Info: step = 494 step_size=1.706060e-11 sim.t=5.021828e-08 max_dmdt=2.570384e+03 [ Info: step = 495 step_size=1.706060e-11 sim.t=5.023534e-08 max_dmdt=2.570384e+03 [ Info: step = 496 step_size=1.706060e-11 sim.t=5.025240e-08 max_dmdt=2.570384e+03 [ Info: step = 497 step_size=1.706060e-11 sim.t=5.026946e-08 max_dmdt=2.570384e+03 [ Info: step = 498 step_size=1.855426e-11 sim.t=5.028801e-08 max_dmdt=2.363462e+03 [ Info: step = 499 step_size=2.172652e-11 sim.t=5.030974e-08 max_dmdt=2.018376e+03 [ Info: step = 500 step_size=2.586448e-11 sim.t=5.033560e-08 max_dmdt=1.695464e+03 init_diff=7.5e-21, expected_diff=6.2500000000000006e-21, final_diff=6.2500000000000006e-21 Test Summary: | Pass Total Time NEB MacroSpin CPU Float64 | 6 6 14.8s WARNING: Method definition test_voronoi() in module Main at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/test_voronoi.jl:8 overwritten at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/test_voronoi.jl:30. [ Info: Switch the backend to KernelAbstractions.CPU(false) Test Summary: | Pass Total Time Voronoi CPU Float32 | 10 10 28.8s Test Summary: | Pass Total Time Voronoi CPU Float64 | 10 10 2.9s [ Info: Switch the backend to KernelAbstractions.CPU(false) [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Hexagonal Anisotropy has been added. [ Info: Static Zeeman has been added. [ Info: Building matrix ... [ Info: Calculating the effective field ... [ Info: Calculating m x H ... [ Info: Collecting terms ... [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Hexagonal Anisotropy has been added. [ Info: Static Zeeman has been added. [ Info: Building matrix ... [ Info: Calculating the effective field ... [ Info: Calculating m x H ... [ Info: Collecting terms ... f100:6.316321940450468 6.316321940450468 f110:1.879330875534433 1.879330875534433 [ Info: MicroSim (FD) has been created. [ Info: Saturation magnetization has been set. [ Info: Hexagonal Anisotropy has been added. [ Info: Static Zeeman has been added. ERROR: LoadError: EnzymeInternalError: Enzyme compilation failed due to an internal error. Please open an issue with the code to reproduce and full error log on github.com/EnzymeAD/Enzyme.jl To toggle more information for debugging (needed for bug reports), set Enzyme.Compiler.VERBOSE_ERRORS[] = true (default false) Failure within method: iterate(::Vector{MicroMagnetic.MicroEnergy}, ::Int64) @ Base array.jl:901 Hint: catch this exception as `err` and call `code_typed(err)` to inspect the surrounding code. Stacktrace: [1] julia_error(msg::String, val::Ptr{LLVM.API.LLVMOpaqueValue}, errtype::Enzyme.API.ErrorType, data::Ptr{Nothing}, data2::Ptr{LLVM.API.LLVMOpaqueValue}, B::Ptr{LLVM.API.LLVMOpaqueBuilder}) @ Enzyme.Compiler ~/.julia/packages/Enzyme/lNw5i/src/errors.jl:1281 [2] julia_error(cstr::Cstring, val::Ptr{LLVM.API.LLVMOpaqueValue}, errtype::Enzyme.API.ErrorType, data::Ptr{Nothing}, data2::Ptr{LLVM.API.LLVMOpaqueValue}, B::Ptr{LLVM.API.LLVMOpaqueBuilder}) @ Enzyme.Compiler ~/.julia/packages/Enzyme/lNw5i/src/errors.jl:1024 [3] EnzymeCreateForwardDiff(logic::Enzyme.Logic, todiff::LLVM.Function, retType::Enzyme.API.CDIFFE_TYPE, constant_args::Vector{Enzyme.API.CDIFFE_TYPE}, TA::Enzyme.TypeAnalysis, returnValue::Bool, mode::Enzyme.API.CDerivativeMode, runtimeActivity::Bool, strongZero::Bool, width::Int64, additionalArg::Ptr{Nothing}, typeInfo::Enzyme.FnTypeInfo, uncacheable_args::Vector{Bool}) @ Enzyme.API ~/.julia/packages/Enzyme/lNw5i/src/api.jl:342 [4] macro expansion @ ~/.julia/packages/Enzyme/lNw5i/src/compiler.jl:2875 [inlined] [5] macro expansion @ ~/.julia/packages/LLVM/0eKUn/src/base.jl:113 [inlined] [6] enzyme!(enzyme_context::Enzyme.EnzymeContext, job::GPUCompiler.CompilerJob{Enzyme.Compiler.EnzymeTarget{GPUCompiler.NativeCompilerTarget}, Enzyme.Compiler.EnzymeCompilerParams{Enzyme.Compiler.PrimalCompilerParams}}, interp::Enzyme.Compiler.Interpreter.EnzymeInterpreter{Nothing}, mod::LLVM.Module, primalf::LLVM.Function, TT::Type, mode::Enzyme.API.CDerivativeMode, width::Int64, parallel::Bool, actualRetType::Type, wrap::Bool, modifiedBetween::NTuple{N, Bool} where N, returnPrimal::Bool, expectedTapeType::Type, loweredArgs::Set{Int64}, boxedArgs::Set{Int64}, removedRoots::Set{Int64}) @ Enzyme.Compiler ~/.julia/packages/Enzyme/lNw5i/src/compiler.jl:2697 [7] compile_unhooked(output::Symbol, job::GPUCompiler.CompilerJob{Enzyme.Compiler.EnzymeTarget{GPUCompiler.NativeCompilerTarget}, Enzyme.Compiler.EnzymeCompilerParams{Enzyme.Compiler.PrimalCompilerParams}}) @ Enzyme.Compiler ~/.julia/packages/Enzyme/lNw5i/src/compiler.jl:6013 [8] #compile#118 @ ~/.julia/packages/GPUCompiler/soRrN/src/driver.jl:67 [inlined] [9] compile @ ~/.julia/packages/GPUCompiler/soRrN/src/driver.jl:55 [inlined] [10] _thunk(job::GPUCompiler.CompilerJob{Enzyme.Compiler.EnzymeTarget{GPUCompiler.NativeCompilerTarget}, Enzyme.Compiler.EnzymeCompilerParams{Enzyme.Compiler.PrimalCompilerParams}}, postopt::Bool) @ Enzyme.Compiler ~/.julia/packages/Enzyme/lNw5i/src/compiler.jl:6956 [11] _thunk @ ~/.julia/packages/Enzyme/lNw5i/src/compiler.jl:6954 [inlined] [12] cached_compilation @ ~/.julia/packages/Enzyme/lNw5i/src/compiler.jl:7024 [inlined] [13] thunkbase(mi::Core.MethodInstance, World::UInt64, FA::Type{<:Annotation}, A::Type{<:Annotation}, TT::Type, Mode::Enzyme.API.CDerivativeMode, width::Int64, ModifiedBetween::NTuple{N, Bool} where N, ReturnPrimal::Bool, ShadowInit::Bool, ABI::Type, ErrIfFuncWritten::Bool, RuntimeActivity::Bool, StrongZero::Bool, edges::Vector{Any}) @ Enzyme.Compiler ~/.julia/packages/Enzyme/lNw5i/src/compiler.jl:7140 [14] thunk_generator(world::UInt64, source::Union{LineNumberNode, Method}, FA::Type, A::Type, TT::Type, Mode::Enzyme.API.CDerivativeMode, Width::Int64, ModifiedBetween::NTuple{N, Bool} where N, ReturnPrimal::Bool, ShadowInit::Bool, ABI::Type, ErrIfFuncWritten::Bool, RuntimeActivity::Bool, StrongZero::Bool, self::Any, fakeworld::Any, fa::Type, a::Type, tt::Type, mode::Type, width::Type, modifiedbetween::Type, returnprimal::Type, shadowinit::Type, abi::Type, erriffuncwritten::Type, runtimeactivity::Type, strongzero::Type) @ Enzyme.Compiler ~/.julia/packages/Enzyme/lNw5i/src/compiler.jl:7284 [15] macro expansion @ ~/.julia/packages/Enzyme/lNw5i/src/rules/jitrules.jl:308 [inlined] [16] runtime_generic_fwd(::Type{Val{(false, false, false)}}, ::Val{true}, ::Val{false}, ::Val{1}, ::Val{@NamedTuple{var"1", var"2"}}, ::typeof(iterate), ::Nothing, ::Vector{MicroMagnetic.MicroEnergy}, ::Nothing, ::Int64, ::Nothing) @ Enzyme.Compiler ~/.julia/packages/Enzyme/lNw5i/src/rules/jitrules.jl:357 [17] iterate @ ./array.jl:901 [inlined] [18] wrap_LLG @ ~/.julia/packages/MicroMagnetic/h9PZU/ext/EnzymeExt.jl:12 [inlined] [19] fwddiffejulia_wrap_LLG_97481wrap @ ~/.julia/packages/MicroMagnetic/h9PZU/ext/EnzymeExt.jl:0 [20] macro expansion @ ~/.julia/packages/Enzyme/lNw5i/src/compiler.jl:6883 [inlined] [21] enzyme_call @ ~/.julia/packages/Enzyme/lNw5i/src/compiler.jl:6353 [inlined] [22] ForwardModeThunk @ ~/.julia/packages/Enzyme/lNw5i/src/compiler.jl:6253 [inlined] [23] autodiff @ ~/.julia/packages/Enzyme/lNw5i/src/Enzyme.jl:688 [inlined] [24] autodiff(::ForwardMode{false, FFIABI, true, true, false}, ::Const{typeof(EnzymeExt.wrap_LLG)}, ::Duplicated{Vector{Float64}}, ::Duplicated{Vector{Float64}}, ::Const{MicroMagnetic.MicroSim{Float64}}, ::Const{Float64}, ::Const{Float64}) @ Enzyme ~/.julia/packages/Enzyme/lNw5i/src/Enzyme.jl:577 [25] autodiff @ ~/.julia/packages/Enzyme/lNw5i/src/Enzyme.jl:549 [inlined] [26] dynamic_matrix(sim::MicroMagnetic.MicroSim{Float64}; gamma::Float64, sparse::Bool, alpha::Float64) @ EnzymeExt ~/.julia/packages/MicroMagnetic/h9PZU/ext/EnzymeExt.jl:43 [27] compute_frequency100_enzyme(H0::Float64) @ Main ~/.julia/packages/MicroMagnetic/h9PZU/test/eigen/test_cubic.jl:62 [28] top-level scope @ ~/.julia/packages/MicroMagnetic/h9PZU/test/eigen/test_cubic.jl:73 [29] include(mapexpr::Function, mod::Module, _path::String) @ Base ./Base.jl:307 [30] top-level scope @ ~/.julia/packages/MicroMagnetic/h9PZU/test/runtests.jl:43 [31] include(mapexpr::Function, mod::Module, _path::String) @ Base ./Base.jl:307 [32] top-level scope @ none:6 [33] eval(m::Module, e::Any) @ Core ./boot.jl:489 [34] exec_options(opts::Base.JLOptions) @ Base ./client.jl:283 [35] _start() @ Base ./client.jl:550 in expression starting at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/eigen/test_cubic.jl:73 in expression starting at /home/pkgeval/.julia/packages/MicroMagnetic/h9PZU/test/runtests.jl:43 Testing failed after 917.09s ERROR: LoadError: Package MicroMagnetic errored during testing Stacktrace: [1] pkgerror(msg::String) @ Pkg.Types /opt/julia/share/julia/stdlib/v1.12/Pkg/src/Types.jl:68 [2] test(ctx::Pkg.Types.Context, pkgs::Vector{PackageSpec}; coverage::Bool, julia_args::Cmd, test_args::Cmd, test_fn::Nothing, force_latest_compatible_version::Bool, allow_earlier_backwards_compatible_versions::Bool, allow_reresolve::Bool) @ Pkg.Operations /opt/julia/share/julia/stdlib/v1.12/Pkg/src/Operations.jl:2538 [3] test @ /opt/julia/share/julia/stdlib/v1.12/Pkg/src/Operations.jl:2387 [inlined] [4] test(ctx::Pkg.Types.Context, pkgs::Vector{PackageSpec}; coverage::Bool, test_fn::Nothing, julia_args::Cmd, test_args::Cmd, force_latest_compatible_version::Bool, allow_earlier_backwards_compatible_versions::Bool, allow_reresolve::Bool, kwargs::@Kwargs{io::IOContext{IO}}) @ Pkg.API /opt/julia/share/julia/stdlib/v1.12/Pkg/src/API.jl:552 [5] test(pkgs::Vector{PackageSpec}; io::IOContext{IO}, kwargs::@Kwargs{julia_args::Cmd}) @ Pkg.API /opt/julia/share/julia/stdlib/v1.12/Pkg/src/API.jl:169 [6] test(pkgs::Vector{String}; kwargs::@Kwargs{julia_args::Cmd}) @ Pkg.API /opt/julia/share/julia/stdlib/v1.12/Pkg/src/API.jl:157 [7] test @ /opt/julia/share/julia/stdlib/v1.12/Pkg/src/API.jl:157 [inlined] [8] #test#81 @ /opt/julia/share/julia/stdlib/v1.12/Pkg/src/API.jl:156 [inlined] [9] top-level scope @ /PkgEval.jl/scripts/evaluate.jl:223 [10] include(mod::Module, _path::String) @ Base ./Base.jl:306 [11] exec_options(opts::Base.JLOptions) @ Base ./client.jl:317 [12] _start() @ Base ./client.jl:550 in expression starting at /PkgEval.jl/scripts/evaluate.jl:214 PkgEval failed after 1144.83s: package tests unexpectedly errored