Package evaluation of Integrals on Julia 1.13.0-DEV.943 (cce193b1aa*) started at 2025-08-02T10:29:26.672 ################################################################################ # Set-up # Installing PkgEval dependencies (TestEnv)... Set-up completed after 10.62s ################################################################################ # Installation # Installing Integrals... Resolving package versions... Installed Rmath_jll ─────────────────── v0.5.1+0 Installed MonteCarloIntegration ─────── v0.2.0 Installed CompositionsBase ──────────── v0.1.2 Installed MacroTools ────────────────── v0.5.16 Installed FillArrays ────────────────── v1.13.0 Installed CommonSolve ───────────────── v0.2.4 Installed DataStructures ────────────── v0.18.22 Installed Integrals ─────────────────── v4.7.0 Installed Adapt ─────────────────────── v4.3.0 Installed HypergeometricFunctions ───── v0.3.28 Installed ConstructionBase ──────────── v1.6.0 Installed DelimitedFiles ────────────── v1.9.1 Installed RuntimeGeneratedFunctions ─── v0.5.15 Installed AliasTables ───────────────── v1.1.3 Installed LatticeRules ──────────────── v0.0.1 Installed StatsBase ─────────────────── v0.34.5 Installed SymbolicIndexingInterface ─── v0.3.42 Installed ExprTools ─────────────────── v0.1.10 Installed OrderedCollections ────────── v1.8.1 Installed Combinatorics ─────────────── v1.0.3 Installed ArrayInterface ────────────── v7.19.0 Installed IteratorInterfaceExtensions ─ v1.0.0 Installed Compat ────────────────────── v4.18.0 Installed RecipesBase ───────────────── v1.3.4 Installed DataAPI ───────────────────── v1.16.0 Installed FunctionWrappersWrappers ──── v0.1.3 Installed Statistics ────────────────── v1.11.1 Installed SciMLOperators ────────────── v1.4.0 Installed ExproniconLite ────────────── v0.10.14 Installed PrecompileTools ───────────── v1.3.2 Installed DataValueInterfaces ───────── v1.0.0 Installed StatsAPI ──────────────────── v1.7.1 Installed SciMLStructures ───────────── v1.7.0 Installed StaticArraysCore ──────────── v1.4.3 Installed ConcreteStructs ───────────── v0.2.3 Installed GPUArraysCore ─────────────── v0.2.0 Installed IrrationalConstants ───────── v0.2.4 Installed StaticArrays ──────────────── v1.9.14 Installed HCubature ─────────────────── v1.7.0 Installed StringManipulation ────────── v0.4.1 Installed QuadGK ────────────────────── v2.11.2 Installed IntegerMathUtils ──────────── v0.1.3 Installed Requires ──────────────────── v1.3.1 Installed FunctionWrappers ──────────── v1.1.3 Installed OpenSpecFun_jll ───────────── v0.5.6+0 Installed Rmath ─────────────────────── v0.8.0 Installed LogExpFunctions ───────────── v0.3.29 Installed StatsFuns ─────────────────── v1.5.0 Installed Sobol ─────────────────────── v1.5.0 Installed Tables ────────────────────── v1.12.1 Installed PrettyTables ──────────────── v2.4.0 Installed SciMLBase ─────────────────── v2.107.0 Installed Distributions ─────────────── v0.25.120 Installed PtrArrays ─────────────────── v1.3.0 Installed EnumX ─────────────────────── v1.0.5 Installed Reexport ──────────────────── v1.2.2 Installed InverseFunctions ──────────── v0.1.17 Installed Jieko ─────────────────────── v0.2.1 Installed SpecialFunctions ──────────── v2.5.1 Installed QuasiMonteCarlo ───────────── v0.3.3 Installed Preferences ───────────────── v1.4.3 Installed Missings ──────────────────── v1.2.0 Installed TableTraits ───────────────── v1.0.1 Installed LaTeXStrings ──────────────── v1.4.0 Installed Primes ────────────────────── v0.5.7 Installed PDMats ────────────────────── v0.11.35 Installed JLLWrappers ───────────────── v1.7.1 Installed Crayons ───────────────────── v4.1.1 Installed Moshi ─────────────────────── v0.3.7 Installed SortingAlgorithms ─────────── v1.2.1 Installed ADTypes ───────────────────── v1.16.0 Installed RecursiveArrayTools ───────── v3.36.0 Installed DocStringExtensions ───────── v0.9.5 Installed Accessors ─────────────────── v0.1.42 Installing 2 artifacts Installed artifact OpenSpecFun 194.9 KiB Installed artifact Rmath 121.9 KiB Updating `~/.julia/environments/v1.13/Project.toml` [de52edbc] + Integrals v4.7.0 Updating `~/.julia/environments/v1.13/Manifest.toml` [47edcb42] + ADTypes v1.16.0 [7d9f7c33] + Accessors v0.1.42 [79e6a3ab] + Adapt v4.3.0 [66dad0bd] + AliasTables v1.1.3 [4fba245c] + ArrayInterface v7.19.0 [861a8166] + Combinatorics v1.0.3 [38540f10] + CommonSolve v0.2.4 [34da2185] + Compat v4.18.0 [a33af91c] + CompositionsBase v0.1.2 [2569d6c7] + ConcreteStructs v0.2.3 [187b0558] + ConstructionBase v1.6.0 [a8cc5b0e] + Crayons v4.1.1 [9a962f9c] + DataAPI v1.16.0 ⌅ [864edb3b] + DataStructures v0.18.22 [e2d170a0] + DataValueInterfaces v1.0.0 [8bb1440f] + DelimitedFiles v1.9.1 [31c24e10] + Distributions v0.25.120 [ffbed154] + DocStringExtensions v0.9.5 [4e289a0a] + EnumX v1.0.5 [e2ba6199] + ExprTools v0.1.10 [55351af7] + ExproniconLite v0.10.14 [1a297f60] + FillArrays v1.13.0 [069b7b12] + FunctionWrappers v1.1.3 [77dc65aa] + FunctionWrappersWrappers v0.1.3 [46192b85] + GPUArraysCore v0.2.0 [19dc6840] + HCubature v1.7.0 [34004b35] + HypergeometricFunctions v0.3.28 [18e54dd8] + IntegerMathUtils v0.1.3 [de52edbc] + Integrals v4.7.0 [3587e190] + InverseFunctions v0.1.17 [92d709cd] + IrrationalConstants v0.2.4 [82899510] + IteratorInterfaceExtensions v1.0.0 [692b3bcd] + JLLWrappers v1.7.1 [ae98c720] + Jieko v0.2.1 [b964fa9f] + LaTeXStrings v1.4.0 [73f95e8e] + LatticeRules v0.0.1 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To see why use `status --outdated -m` Installation completed after 8.42s ################################################################################ # Precompilation # Precompiling PkgEval dependencies... Precompiling packages... 4379.9 ms ✓ TestEnv 1 dependency successfully precompiled in 5 seconds. 26 already precompiled. Precompiling package dependencies... Precompilation completed after 638.62s ################################################################################ # Testing # Testing Integrals Status `/tmp/jl_CYEgAe/Project.toml` [4c88cf16] Aqua v0.8.13 [fb37089c] Arblib v1.5.0 [d360d2e6] ChainRulesCore v1.25.2 [38540f10] CommonSolve v0.2.4 [8a292aeb] Cuba v2.3.0 [667455a9] Cubature v1.5.1 [31c24e10] Distributions v0.25.120 [442a2c76] FastGaussQuadrature v1.0.2 [6a86dc24] FiniteDiff v2.27.0 [f6369f11] ForwardDiff v1.0.1 [19dc6840] HCubature v1.7.0 [de52edbc] Integrals v4.7.0 [ea1e2de9] MCIntegration v0.4.2 [4886b29c] MonteCarloIntegration v0.2.0 [1fd47b50] QuadGK v2.11.2 [189a3867] Reexport v1.2.2 [1bc83da4] SafeTestsets v0.1.0 [0bca4576] SciMLBase v2.107.0 [90137ffa] StaticArrays v1.9.14 [e88e6eb3] Zygote v0.7.10 [37e2e46d] LinearAlgebra v1.13.0 [9a3f8284] Random v1.11.0 [8dfed614] Test v1.11.0 Status `/tmp/jl_CYEgAe/Manifest.toml` [47edcb42] ADTypes v1.16.0 [621f4979] AbstractFFTs v1.5.0 [7d9f7c33] Accessors v0.1.42 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libblastrampoline_jll v5.13.1+0 [8e850ede] nghttp2_jll v1.65.0+0 [3f19e933] p7zip_jll v17.5.0+2 Info Packages marked with ⌅ have new versions available but compatibility constraints restrict them from upgrading. Testing Running tests... Test Summary: | Pass Total Time Quality Assurance | 10 10 3m13.1s 193.310791 seconds (41.29 M allocations: 2.730 GiB, 1.91% gc time, 3 lock conflicts, 37.95% compilation time: 1% of which was recompilation) ┌ Warning: `IntegralProblem{iip}(f::AbstractIntegralFunction, lb::Union{Number, AbstractVector{<:Number}}, ub::Union{Number, AbstractVector{<:Number}}, p = NullParameters(); kwargs...) where iip` is deprecated, use `IntegralProblem{iip}(f, (lb, ub), p; kwargs...)` instead. │ caller = ip:0x0 └ @ Core :-1 [ Info: Alg = ArblibJL, Integrand = 1, Dimension = 1, Output Dimension = 1 Standard Single Dimension Integrands: Error During Test at /home/pkgeval/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:97 Got exception outside of a @test TypeError: in ccall function name, expected Symbol, got a value of type Tuple{String, String} Stacktrace: [1] init! @ ~/.julia/packages/Arblib/9Y5gN/src/ArbCall/ArbFunction.jl:203 [inlined] [2] acb_struct @ ~/.julia/packages/Arblib/9Y5gN/src/arb_types.jl:118 [inlined] [3] _ @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [4] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [5] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/constructors.jl:57 [inlined] [6] integrate(f::IntegralsArblibExt.var"#10#11"{IntegralsArblibExt.var"#12#13"{SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Integrals.var"#substitute_f##0#substitute_f##1"{typeof(Integrals.t2ujac), Float64, Float64, Main.var"##Interface Tests#285".var"#3#4"}, Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, SciMLBase.NullParameters}}, a::Float64, b::Float64; check_analytic::Bool, take_prec::Bool, prec::Int64, rtol::Float64, atol::Float64, warn_on_no_convergence::Bool, opts::Ptr{Nothing}) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:371 [7] kwcall(::@NamedTuple{atol::Float64, rtol::Float64, check_analytic::Bool, take_prec::Bool, warn_on_no_convergence::Bool, opts::Ptr{Nothing}}, ::typeof(Arblib.integrate), f::Function, a::Float64, b::Float64) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:359 [8] #__solvebp_call#1 @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:26 [inlined] [9] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:6 [inlined] [10] #__solvebp_call#4 @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:118 [inlined] [11] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:117 [inlined] [12] __solvebp @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:71 [inlined] [13] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:69 [inlined] [14] #__solve#43 @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:92 [inlined] [15] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:79 [inlined] [16] solve! @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:108 [inlined] [17] solve(prob::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#3#4", Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, alg::Integrals.ArblibJL{Ptr{Nothing}}; kwargs::@Kwargs{reltol::Float64, abstol::Float64}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:104 [18] kwcall(::@NamedTuple{reltol::Float64, abstol::Float64}, ::typeof(CommonSolve.solve), prob::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#3#4", Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, alg::Integrals.ArblibJL{Ptr{Nothing}}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:101 [19] _args_and_call(::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#3#4", Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, ::Vararg{Any}; kwargs::@Kwargs{reltol::Float64, abstol::Float64}) @ Test /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:2077 [20] kwcall(::@NamedTuple{reltol::Float64, abstol::Float64}, ::typeof(Test._args_and_call), ::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#3#4", Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, ::Vararg{Any}) @ Test /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:2077 [21] macro expansion @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:108 [inlined] [22] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [23] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:98 [24] include(mapexpr::Function, mod::Module, _path::String) @ Base ./Base.jl:312 [25] top-level scope @ ~/.julia/packages/SafeTestsets/raUNr/src/SafeTestsets.jl:24 [26] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [27] macro expansion @ ~/.julia/packages/SafeTestsets/raUNr/src/SafeTestsets.jl:24 [inlined] [28] eval(m::Module, e::Any) @ Core ./boot.jl:489 [29] macro expansion @ ~/.julia/packages/SafeTestsets/raUNr/src/SafeTestsets.jl:28 [inlined] [30] macro expansion @ ./timing.jl:645 [inlined] [31] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/runtests.jl:353 [32] include(mapexpr::Function, mod::Module, _path::String) @ Base ./Base.jl:312 [33] top-level scope @ none:6 [34] eval(m::Module, e::Any) @ Core ./boot.jl:489 [35] exec_options(opts::Base.JLOptions) @ Base ./client.jl:286 [36] _start() @ Base ./client.jl:553 [ Info: Alg = ArblibJL, Integrand = 1, Dimension = 1, Output Dimension = 1 Standard Integrands: Error During Test at /home/pkgeval/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:115 Got exception outside of a @test TypeError: in ccall function name, expected Symbol, got a value of type Tuple{String, String} Stacktrace: [1] init! @ ~/.julia/packages/Arblib/9Y5gN/src/ArbCall/ArbFunction.jl:203 [inlined] [2] acb_struct @ ~/.julia/packages/Arblib/9Y5gN/src/arb_types.jl:118 [inlined] [3] _ @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [4] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [5] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/constructors.jl:57 [inlined] [6] integrate(f::IntegralsArblibExt.var"#10#11"{IntegralsArblibExt.var"#12#13"{SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Integrals.var"#substitute_f##0#substitute_f##1"{typeof(Integrals.t2ujac), Vector{Float64}, Vector{Float64}, Main.var"##Interface Tests#285".var"#3#4"}, Nothing}, Tuple{Vector{Float64}, Vector{Float64}}, @Kwargs{}}, SciMLBase.NullParameters}}, a::Float64, b::Float64; check_analytic::Bool, take_prec::Bool, prec::Int64, rtol::Float64, atol::Float64, warn_on_no_convergence::Bool, opts::Ptr{Nothing}) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:371 [7] kwcall(::@NamedTuple{atol::Float64, rtol::Float64, check_analytic::Bool, take_prec::Bool, warn_on_no_convergence::Bool, opts::Ptr{Nothing}}, ::typeof(Arblib.integrate), f::Function, a::Float64, b::Float64) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:359 [8] #__solvebp_call#1 @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:26 [inlined] [9] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:6 [inlined] [10] #__solvebp_call#4 @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:118 [inlined] [11] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:117 [inlined] [12] __solvebp @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:71 [inlined] [13] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:69 [inlined] [14] #__solve#43 @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:92 [inlined] [15] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:79 [inlined] [16] solve! @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:108 [inlined] [17] solve(prob::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#3#4", Nothing}, Tuple{Vector{Float64}, Vector{Float64}}, @Kwargs{}}, alg::Integrals.ArblibJL{Ptr{Nothing}}; kwargs::@Kwargs{reltol::Float64, abstol::Float64}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:104 [18] kwcall(::@NamedTuple{reltol::Float64, abstol::Float64}, ::typeof(CommonSolve.solve), prob::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#3#4", Nothing}, Tuple{Vector{Float64}, Vector{Float64}}, @Kwargs{}}, alg::Integrals.ArblibJL{Ptr{Nothing}}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:101 [19] _args_and_call(::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#3#4", Nothing}, Tuple{Vector{Float64}, Vector{Float64}}, @Kwargs{}}, ::Vararg{Any}; kwargs::@Kwargs{reltol::Float64, abstol::Float64}) @ Test /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:2077 [20] kwcall(::@NamedTuple{reltol::Float64, abstol::Float64}, ::typeof(Test._args_and_call), ::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#3#4", Nothing}, Tuple{Vector{Float64}, Vector{Float64}}, @Kwargs{}}, ::Vararg{Any}) @ Test /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:2077 [21] macro expansion @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:126 [inlined] [22] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [23] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:116 [24] include(mapexpr::Function, mod::Module, _path::String) @ Base ./Base.jl:312 [25] top-level scope @ ~/.julia/packages/SafeTestsets/raUNr/src/SafeTestsets.jl:24 [26] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [27] macro expansion @ ~/.julia/packages/SafeTestsets/raUNr/src/SafeTestsets.jl:24 [inlined] [28] eval(m::Module, e::Any) @ Core ./boot.jl:489 [29] macro expansion @ ~/.julia/packages/SafeTestsets/raUNr/src/SafeTestsets.jl:28 [inlined] [30] macro expansion @ ./timing.jl:645 [inlined] [31] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/runtests.jl:353 [32] include(mapexpr::Function, mod::Module, _path::String) @ Base ./Base.jl:312 [33] top-level scope @ none:6 [34] eval(m::Module, e::Any) @ Core ./boot.jl:489 [35] exec_options(opts::Base.JLOptions) @ Base ./client.jl:286 [36] _start() @ Base ./client.jl:553 [ Info: Alg = CubaDivonne, Integrand = 1, Dimension = 2, Output Dimension = 1 [ Info: Alg = CubaDivonne, Integrand = 2, Dimension = 2, Output Dimension = 1 [ Info: Alg = QuadGKJL, Integrand = 1, Dimension = 1, Output Dimension = 1 [ Info: Alg = QuadGKJL, Integrand = 2, Dimension = 1, Output Dimension = 1 [ Info: Alg = VEGAS, Integrand = 1, Dimension = 2, Output Dimension = 1 Converged in 1000 evaluations [ Info: Alg = VEGAS, Integrand = 2, Dimension = 2, Output Dimension = 1 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 1, Output Dimension = 1 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 2, Output Dimension = 1 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 1, Output Dimension = 1 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 2, Output Dimension = 1 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 1, Output Dimension = 1 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 2, Output Dimension = 1 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 1, Output Dimension = 1 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 2, Output Dimension = 1 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 1, Output Dimension = 1 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 2, Output Dimension = 1 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 1, Output Dimension = 1 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 2, Output Dimension = 1 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 1, Output Dimension = 1 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 2, Output Dimension = 1 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 1, Output Dimension = 1 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 2, Output Dimension = 1 [ Info: Alg = VEGASMC, Integrand = 1, Dimension = 1, Output Dimension = 1 [ Info: Alg = VEGASMC, Integrand = 1, Dimension = 2, Output Dimension = 1 [ Info: Alg = VEGASMC, Integrand = 2, Dimension = 1, Output Dimension = 1 [ Info: Alg = VEGASMC, Integrand = 2, Dimension = 2, Output Dimension = 1 [ Info: Alg = HCubatureJL, Integrand = 1, Dimension = 1, Output Dimension = 1 [ Info: Alg = HCubatureJL, Integrand = 1, Dimension = 2, Output Dimension = 1 [ Info: Alg = HCubatureJL, Integrand = 2, Dimension = 1, Output Dimension = 1 [ Info: Alg = HCubatureJL, Integrand = 2, Dimension = 2, Output Dimension = 1 [ Info: Alg = CubaCuhre, Integrand = 1, Dimension = 2, Output Dimension = 1 [ Info: Alg = CubaCuhre, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaDivonne, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaDivonne, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = VEGAS, Integrand = 1, Dimension = 2, Output Dimension = 1 Converged in 1000 evaluations ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = VEGAS, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaCuhre, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaCuhre, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaDivonne, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaDivonne, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = VEGAS, Integrand = 1, Dimension = 2, Output Dimension = 1 Converged in 1000 evaluations ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = VEGAS, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaCuhre, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaCuhre, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = ArblibJL, Integrand = 1, Dimension = 1, Output Dimension = 1 Standard Single Dimension Vector Integrands: Error During Test at /home/pkgeval/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:222 Got exception outside of a @test TypeError: in ccall function name, expected Symbol, got a value of type Tuple{String, String} Stacktrace: [1] init! @ ~/.julia/packages/Arblib/9Y5gN/src/ArbCall/ArbFunction.jl:203 [inlined] [2] acb_struct @ ~/.julia/packages/Arblib/9Y5gN/src/arb_types.jl:118 [inlined] [3] _ @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [4] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [5] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/constructors.jl:57 [inlined] [6] integrate(f::IntegralsArblibExt.var"#10#11"{IntegralsArblibExt.var"#12#13"{SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Integrals.var"#substitute_f##0#substitute_f##1"{typeof(Integrals.t2ujac), Float64, Float64, Main.var"##Interface Tests#285".var"#42#43"{Main.var"##Interface Tests#285".var"#15#16", Int64}}, Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, SciMLBase.NullParameters}}, a::Float64, b::Float64; check_analytic::Bool, take_prec::Bool, prec::Int64, rtol::Float64, atol::Float64, warn_on_no_convergence::Bool, opts::Ptr{Nothing}) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:371 [7] kwcall(::@NamedTuple{atol::Float64, rtol::Float64, check_analytic::Bool, take_prec::Bool, warn_on_no_convergence::Bool, opts::Ptr{Nothing}}, ::typeof(Arblib.integrate), f::Function, a::Float64, b::Float64) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:359 [8] #__solvebp_call#1 @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:26 [inlined] [9] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:6 [inlined] [10] #__solvebp_call#4 @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:118 [inlined] [11] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:117 [inlined] [12] __solvebp @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:71 [inlined] [13] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:69 [inlined] [14] #__solve#43 @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:92 [inlined] [15] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:79 [inlined] [16] solve! @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:108 [inlined] [17] solve(prob::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#42#43"{Main.var"##Interface Tests#285".var"#15#16", Int64}, Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, alg::Integrals.ArblibJL{Ptr{Nothing}}; kwargs::@Kwargs{reltol::Float64, abstol::Float64}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:104 [18] kwcall(::@NamedTuple{reltol::Float64, abstol::Float64}, ::typeof(CommonSolve.solve), prob::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#42#43"{Main.var"##Interface Tests#285".var"#15#16", Int64}, Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, alg::Integrals.ArblibJL{Ptr{Nothing}}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:101 [19] _args_and_call(::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#42#43"{Main.var"##Interface Tests#285".var"#15#16", Int64}, Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, ::Vararg{Any}; kwargs::@Kwargs{reltol::Float64, abstol::Float64}) @ Test /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:2077 [20] kwcall(::@NamedTuple{reltol::Float64, abstol::Float64}, ::typeof(Test._args_and_call), ::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#42#43"{Main.var"##Interface Tests#285".var"#15#16", Int64}, Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, ::Vararg{Any}) @ Test /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:2077 [21] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:223 [22] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [23] macro expansion @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:236 [inlined] [24] include(mapexpr::Function, mod::Module, _path::String) @ Base ./Base.jl:312 [25] top-level scope @ ~/.julia/packages/SafeTestsets/raUNr/src/SafeTestsets.jl:24 [26] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [27] macro expansion @ ~/.julia/packages/SafeTestsets/raUNr/src/SafeTestsets.jl:24 [inlined] [28] eval(m::Module, e::Any) @ Core ./boot.jl:489 [29] macro expansion @ ~/.julia/packages/SafeTestsets/raUNr/src/SafeTestsets.jl:28 [inlined] [30] macro expansion @ ./timing.jl:645 [inlined] [31] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/runtests.jl:353 [32] include(mapexpr::Function, mod::Module, _path::String) @ Base ./Base.jl:312 [33] top-level scope @ none:6 [34] eval(m::Module, e::Any) @ Core ./boot.jl:489 [35] exec_options(opts::Base.JLOptions) @ Base ./client.jl:286 [36] _start() @ Base ./client.jl:553 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = ArblibJL, Integrand = 1, Dimension = 1, Output Dimension = 1 Standard Vector Integrands: Error During Test at /home/pkgeval/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:248 Got exception outside of a @test TypeError: in ccall function name, expected Symbol, got a value of type Tuple{String, String} Stacktrace: [1] init! @ ~/.julia/packages/Arblib/9Y5gN/src/ArbCall/ArbFunction.jl:203 [inlined] [2] acb_struct @ ~/.julia/packages/Arblib/9Y5gN/src/arb_types.jl:118 [inlined] [3] _ @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [4] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [5] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/constructors.jl:57 [inlined] [6] integrate(f::IntegralsArblibExt.var"#10#11"{IntegralsArblibExt.var"#12#13"{SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Integrals.var"#substitute_f##0#substitute_f##1"{typeof(Integrals.t2ujac), Vector{Float64}, Vector{Float64}, Main.var"##Interface Tests#285".var"#45#46"{Main.var"##Interface Tests#285".var"#15#16", Int64}}, Nothing}, Tuple{Vector{Float64}, Vector{Float64}}, @Kwargs{}}, SciMLBase.NullParameters}}, a::Float64, b::Float64; check_analytic::Bool, take_prec::Bool, prec::Int64, rtol::Float64, atol::Float64, warn_on_no_convergence::Bool, opts::Ptr{Nothing}) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:371 [7] kwcall(::@NamedTuple{atol::Float64, rtol::Float64, check_analytic::Bool, take_prec::Bool, warn_on_no_convergence::Bool, opts::Ptr{Nothing}}, ::typeof(Arblib.integrate), f::Function, a::Float64, b::Float64) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:359 [8] #__solvebp_call#1 @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:26 [inlined] [9] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:6 [inlined] [10] #__solvebp_call#4 @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:118 [inlined] [11] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:117 [inlined] [12] __solvebp @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:71 [inlined] [13] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:69 [inlined] [14] #__solve#43 @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:92 [inlined] [15] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:79 [inlined] [16] solve! @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:108 [inlined] [17] solve(prob::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#45#46"{Main.var"##Interface Tests#285".var"#15#16", Int64}, Nothing}, Tuple{Vector{Float64}, Vector{Float64}}, @Kwargs{}}, alg::Integrals.ArblibJL{Ptr{Nothing}}; kwargs::@Kwargs{reltol::Float64, abstol::Float64}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:104 [18] kwcall(::@NamedTuple{reltol::Float64, abstol::Float64}, ::typeof(CommonSolve.solve), prob::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#45#46"{Main.var"##Interface Tests#285".var"#15#16", Int64}, Nothing}, Tuple{Vector{Float64}, Vector{Float64}}, @Kwargs{}}, alg::Integrals.ArblibJL{Ptr{Nothing}}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:101 [19] _args_and_call(::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#45#46"{Main.var"##Interface Tests#285".var"#15#16", Int64}, Nothing}, Tuple{Vector{Float64}, Vector{Float64}}, @Kwargs{}}, ::Vararg{Any}; kwargs::@Kwargs{reltol::Float64, abstol::Float64}) @ Test /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:2077 [20] kwcall(::@NamedTuple{reltol::Float64, abstol::Float64}, ::typeof(Test._args_and_call), ::SciMLBase.IntegralProblem{false, SciMLBase.NullParameters, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#45#46"{Main.var"##Interface Tests#285".var"#15#16", Int64}, Nothing}, Tuple{Vector{Float64}, Vector{Float64}}, @Kwargs{}}, ::Vararg{Any}) @ Test /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:2077 [21] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:249 [22] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [23] macro expansion @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:262 [inlined] [24] include(mapexpr::Function, mod::Module, _path::String) @ Base ./Base.jl:312 [25] top-level scope @ ~/.julia/packages/SafeTestsets/raUNr/src/SafeTestsets.jl:24 [26] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [27] macro expansion @ ~/.julia/packages/SafeTestsets/raUNr/src/SafeTestsets.jl:24 [inlined] [28] eval(m::Module, e::Any) @ Core ./boot.jl:489 [29] macro expansion @ ~/.julia/packages/SafeTestsets/raUNr/src/SafeTestsets.jl:28 [inlined] [30] macro expansion @ ./timing.jl:645 [inlined] [31] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/runtests.jl:353 [32] include(mapexpr::Function, mod::Module, _path::String) @ Base ./Base.jl:312 [33] top-level scope @ none:6 [34] eval(m::Module, e::Any) @ Core ./boot.jl:489 [35] exec_options(opts::Base.JLOptions) @ Base ./client.jl:286 [36] _start() @ Base ./client.jl:553 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaDivonne, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaDivonne, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaDivonne, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaDivonne, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = VEGAS, Integrand = 1, Dimension = 2, Output Dimension = 1 Converged in 1000 evaluations ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = VEGAS, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = VEGASMC, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = VEGASMC, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = VEGASMC, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = VEGASMC, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = VEGASMC, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = VEGASMC, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = VEGASMC, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = VEGASMC, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = HCubatureJL, Integrand = 1, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = HCubatureJL, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = HCubatureJL, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = HCubatureJL, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = HCubatureJL, Integrand = 2, Dimension = 1, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = HCubatureJL, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = HCubatureJL, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = HCubatureJL, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaCuhre, Integrand = 1, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaCuhre, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaCuhre, Integrand = 2, Dimension = 2, Output Dimension = 1 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaCuhre, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaDivonne, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaDivonne, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaCuhre, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaCuhre, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaDivonne, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaDivonne, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = QuadGKJL, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaVegas, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLp, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaSUAVE, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 1, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubatureJLh, Integrand = 2, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaCuhre, Integrand = 1, Dimension = 2, Output Dimension = 2 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 ┌ Warning: `nout` and `batch` keywords are deprecated in favor of inplace `IntegralFunction`s or `BatchIntegralFunction`s. Instead of using `nout` to define sizes, the new interface requires giving an `integrand_prototype` which is a vector of the form to write to. For example, define an `IntegralFunction` where `integrand_prototype = zero(nout)` (or appropriate vector type), or for batched `integrand_prototype = zero(nout, nbatch)`. See the updated Integrals.jl documentation for details. └ @ SciMLBase ~/.julia/packages/SciMLBase/dld4W/src/problems/integral_problems.jl:82 [ Info: Alg = CubaCuhre, Integrand = 2, Dimension = 2, Output Dimension = 2 Caching interface: Error During Test at /home/pkgeval/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:386 Test threw exception Expression: ≈((solve!(cache)).u, (exact_sol[i])(dim, nout, lb, ub), rtol = 0.01) TypeError: in ccall function name, expected Symbol, got a value of type Tuple{String, String} Stacktrace: [1] init! @ ~/.julia/packages/Arblib/9Y5gN/src/ArbCall/ArbFunction.jl:203 [inlined] [2] acb_struct @ ~/.julia/packages/Arblib/9Y5gN/src/arb_types.jl:118 [inlined] [3] _ @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [4] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [5] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/constructors.jl:57 [inlined] [6] integrate(f::IntegralsArblibExt.var"#10#11"{IntegralsArblibExt.var"#12#13"{SciMLBase.IntegralProblem{false, Float64, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Integrals.var"#substitute_f##0#substitute_f##1"{typeof(Integrals.t2ujac), Float64, Float64, Main.var"##Interface Tests#285".var"#3#4"}, Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, Float64}}, a::Float64, b::Float64; check_analytic::Bool, take_prec::Bool, prec::Int64, rtol::Float64, atol::Float64, warn_on_no_convergence::Bool, opts::Ptr{Nothing}) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:371 [7] kwcall(::@NamedTuple{atol::Float64, rtol::Float64, check_analytic::Bool, take_prec::Bool, warn_on_no_convergence::Bool, opts::Ptr{Nothing}}, ::typeof(Arblib.integrate), f::Function, a::Float64, b::Float64) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:359 [8] #__solvebp_call#1 @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:26 [inlined] [9] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:6 [inlined] [10] #__solvebp_call#4 @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:118 [inlined] [11] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:117 [inlined] [12] __solvebp @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:71 [inlined] [13] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:69 [inlined] [14] #__solve#43 @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:92 [inlined] [15] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:79 [inlined] [16] solve!(cache::Integrals.IntegralCache{false, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#3#4", Nothing}, Tuple{Float64, Float64}, Float64, @Kwargs{}, Integrals.ChangeOfVariables{typeof(Integrals.transformation_if_inf), Integrals.ArblibJL{Ptr{Nothing}}}, Integrals.ReCallVJP{Integrals.ZygoteVJP}, @Kwargs{reltol::Float64, abstol::Float64}, @NamedTuple{alg::Nothing}}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:108 [17] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:742 [inlined] [18] macro expansion @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:386 [inlined] [19] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [20] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:375 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 Caching interface: Error During Test at /home/pkgeval/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:388 Test threw exception Expression: ≈((solve!(cache)).u, (exact_sol[i])(dim, nout, lb, ub), rtol = 0.01) TypeError: in ccall function name, expected Symbol, got a value of type Tuple{String, String} Stacktrace: [1] init! @ ~/.julia/packages/Arblib/9Y5gN/src/ArbCall/ArbFunction.jl:203 [inlined] [2] acb_struct @ ~/.julia/packages/Arblib/9Y5gN/src/arb_types.jl:118 [inlined] [3] _ @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [4] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [5] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/constructors.jl:57 [inlined] [6] integrate(f::IntegralsArblibExt.var"#10#11"{IntegralsArblibExt.var"#12#13"{SciMLBase.IntegralProblem{false, Float64, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Integrals.var"#substitute_f##0#substitute_f##1"{typeof(Integrals.t2ujac), Float64, Float64, Main.var"##Interface Tests#285".var"#3#4"}, Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, Float64}}, a::Float64, b::Float64; check_analytic::Bool, take_prec::Bool, prec::Int64, rtol::Float64, atol::Float64, warn_on_no_convergence::Bool, opts::Ptr{Nothing}) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:371 [7] kwcall(::@NamedTuple{atol::Float64, rtol::Float64, check_analytic::Bool, take_prec::Bool, warn_on_no_convergence::Bool, opts::Ptr{Nothing}}, ::typeof(Arblib.integrate), f::Function, a::Float64, b::Float64) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:359 [8] #__solvebp_call#1 @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:26 [inlined] [9] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:6 [inlined] [10] #__solvebp_call#4 @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:118 [inlined] [11] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:117 [inlined] [12] __solvebp @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:71 [inlined] [13] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:69 [inlined] [14] #__solve#43 @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:92 [inlined] [15] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:79 [inlined] [16] solve!(cache::Integrals.IntegralCache{false, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#3#4", Nothing}, Tuple{Float64, Float64}, Float64, @Kwargs{}, Integrals.ChangeOfVariables{typeof(Integrals.transformation_if_inf), Integrals.ArblibJL{Ptr{Nothing}}}, Integrals.ReCallVJP{Integrals.ZygoteVJP}, @Kwargs{reltol::Float64, abstol::Float64}, @NamedTuple{alg::Nothing}}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:108 [17] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:742 [inlined] [18] macro expansion @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:388 [inlined] [19] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [20] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:375 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 Caching interface: Error During Test at /home/pkgeval/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:390 Test threw exception Expression: ≈((solve!(cache)).u, (exact_sol[i])(dim, nout, lb, ub), rtol = 0.01) TypeError: in ccall function name, expected Symbol, got a value of type Tuple{String, String} Stacktrace: [1] init! @ ~/.julia/packages/Arblib/9Y5gN/src/ArbCall/ArbFunction.jl:203 [inlined] [2] acb_struct @ ~/.julia/packages/Arblib/9Y5gN/src/arb_types.jl:118 [inlined] [3] _ @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [4] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [5] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/constructors.jl:57 [inlined] [6] integrate(f::IntegralsArblibExt.var"#10#11"{IntegralsArblibExt.var"#12#13"{SciMLBase.IntegralProblem{false, Float64, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Integrals.var"#substitute_f##0#substitute_f##1"{typeof(Integrals.t2ujac), Float64, Float64, Main.var"##Interface Tests#285".var"#3#4"}, Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, Float64}}, a::Float64, b::Float64; check_analytic::Bool, take_prec::Bool, prec::Int64, rtol::Float64, atol::Float64, warn_on_no_convergence::Bool, opts::Ptr{Nothing}) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:371 [7] kwcall(::@NamedTuple{atol::Float64, rtol::Float64, check_analytic::Bool, take_prec::Bool, warn_on_no_convergence::Bool, opts::Ptr{Nothing}}, ::typeof(Arblib.integrate), f::Function, a::Float64, b::Float64) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:359 [8] #__solvebp_call#1 @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:26 [inlined] [9] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:6 [inlined] [10] #__solvebp_call#4 @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:118 [inlined] [11] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:117 [inlined] [12] __solvebp @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:71 [inlined] [13] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:69 [inlined] [14] #__solve#43 @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:92 [inlined] [15] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:79 [inlined] [16] solve!(cache::Integrals.IntegralCache{false, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#3#4", Nothing}, Tuple{Float64, Float64}, Float64, @Kwargs{}, Integrals.ChangeOfVariables{typeof(Integrals.transformation_if_inf), Integrals.ArblibJL{Ptr{Nothing}}}, Integrals.ReCallVJP{Integrals.ZygoteVJP}, @Kwargs{reltol::Float64, abstol::Float64}, @NamedTuple{alg::Nothing}}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:108 [17] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:742 [inlined] [18] macro expansion @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:390 [inlined] [19] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [20] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:375 Caching interface: Error During Test at /home/pkgeval/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:392 Test threw exception Expression: ≈((solve!(cache)).u, (exact_sol[i])(dim, nout, lb, ub), rtol = 0.01) TypeError: in ccall function name, expected Symbol, got a value of type Tuple{String, String} Stacktrace: [1] init! @ ~/.julia/packages/Arblib/9Y5gN/src/ArbCall/ArbFunction.jl:203 [inlined] [2] acb_struct @ ~/.julia/packages/Arblib/9Y5gN/src/arb_types.jl:118 [inlined] [3] _ @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [4] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [5] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/constructors.jl:57 [inlined] [6] integrate(f::IntegralsArblibExt.var"#10#11"{IntegralsArblibExt.var"#12#13"{SciMLBase.IntegralProblem{false, Float64, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Integrals.var"#substitute_f##0#substitute_f##1"{typeof(Integrals.t2ujac), Float64, Float64, Main.var"##Interface Tests#285".var"#3#4"}, Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, Float64}}, a::Float64, b::Float64; check_analytic::Bool, take_prec::Bool, prec::Int64, rtol::Float64, atol::Float64, warn_on_no_convergence::Bool, opts::Ptr{Nothing}) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:371 [7] kwcall(::@NamedTuple{atol::Float64, rtol::Float64, check_analytic::Bool, take_prec::Bool, warn_on_no_convergence::Bool, opts::Ptr{Nothing}}, ::typeof(Arblib.integrate), f::Function, a::Float64, b::Float64) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:359 [8] #__solvebp_call#1 @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:26 [inlined] [9] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:6 [inlined] [10] #__solvebp_call#4 @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:118 [inlined] [11] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:117 [inlined] [12] __solvebp @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:71 [inlined] [13] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:69 [inlined] [14] #__solve#43 @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:92 [inlined] [15] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:79 [inlined] [16] solve!(cache::Integrals.IntegralCache{false, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#3#4", Nothing}, Tuple{Float64, Float64}, Float64, @Kwargs{}, Integrals.ChangeOfVariables{typeof(Integrals.transformation_if_inf), Integrals.ArblibJL{Ptr{Nothing}}}, Integrals.ReCallVJP{Integrals.ZygoteVJP}, @Kwargs{reltol::Float64, abstol::Float64}, @NamedTuple{alg::Nothing}}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:108 [17] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:742 [inlined] [18] macro expansion @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:392 [inlined] [19] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [20] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:375 Caching interface: Error During Test at /home/pkgeval/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:386 Test threw exception Expression: ≈((solve!(cache)).u, (exact_sol[i])(dim, nout, lb, ub), rtol = 0.01) TypeError: in ccall function name, expected Symbol, got a value of type Tuple{String, String} Stacktrace: [1] init! @ ~/.julia/packages/Arblib/9Y5gN/src/ArbCall/ArbFunction.jl:203 [inlined] [2] acb_struct @ ~/.julia/packages/Arblib/9Y5gN/src/arb_types.jl:118 [inlined] [3] _ @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [4] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [5] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/constructors.jl:57 [inlined] [6] integrate(f::IntegralsArblibExt.var"#10#11"{IntegralsArblibExt.var"#12#13"{SciMLBase.IntegralProblem{false, Float64, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Integrals.var"#substitute_f##0#substitute_f##1"{typeof(Integrals.t2ujac), Float64, Float64, Main.var"##Interface Tests#285".var"#5#6"}, Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, Float64}}, a::Float64, b::Float64; check_analytic::Bool, take_prec::Bool, prec::Int64, rtol::Float64, atol::Float64, warn_on_no_convergence::Bool, opts::Ptr{Nothing}) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:371 [7] kwcall(::@NamedTuple{atol::Float64, rtol::Float64, check_analytic::Bool, take_prec::Bool, warn_on_no_convergence::Bool, opts::Ptr{Nothing}}, ::typeof(Arblib.integrate), f::Function, a::Float64, b::Float64) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:359 [8] #__solvebp_call#1 @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:26 [inlined] [9] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:6 [inlined] [10] #__solvebp_call#4 @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:118 [inlined] [11] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:117 [inlined] [12] __solvebp @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:71 [inlined] [13] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:69 [inlined] [14] #__solve#43 @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:92 [inlined] [15] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:79 [inlined] [16] solve!(cache::Integrals.IntegralCache{false, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#5#6", Nothing}, Tuple{Float64, Float64}, Float64, @Kwargs{}, Integrals.ChangeOfVariables{typeof(Integrals.transformation_if_inf), Integrals.ArblibJL{Ptr{Nothing}}}, Integrals.ReCallVJP{Integrals.ZygoteVJP}, @Kwargs{reltol::Float64, abstol::Float64}, @NamedTuple{alg::Nothing}}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:108 [17] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:742 [inlined] [18] macro expansion @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:386 [inlined] [19] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [20] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:375 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 Caching interface: Error During Test at /home/pkgeval/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:388 Test threw exception Expression: ≈((solve!(cache)).u, (exact_sol[i])(dim, nout, lb, ub), rtol = 0.01) TypeError: in ccall function name, expected Symbol, got a value of type Tuple{String, String} Stacktrace: [1] init! @ ~/.julia/packages/Arblib/9Y5gN/src/ArbCall/ArbFunction.jl:203 [inlined] [2] acb_struct @ ~/.julia/packages/Arblib/9Y5gN/src/arb_types.jl:118 [inlined] [3] _ @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [4] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [5] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/constructors.jl:57 [inlined] [6] integrate(f::IntegralsArblibExt.var"#10#11"{IntegralsArblibExt.var"#12#13"{SciMLBase.IntegralProblem{false, Float64, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Integrals.var"#substitute_f##0#substitute_f##1"{typeof(Integrals.t2ujac), Float64, Float64, Main.var"##Interface Tests#285".var"#5#6"}, Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, Float64}}, a::Float64, b::Float64; check_analytic::Bool, take_prec::Bool, prec::Int64, rtol::Float64, atol::Float64, warn_on_no_convergence::Bool, opts::Ptr{Nothing}) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:371 [7] kwcall(::@NamedTuple{atol::Float64, rtol::Float64, check_analytic::Bool, take_prec::Bool, warn_on_no_convergence::Bool, opts::Ptr{Nothing}}, ::typeof(Arblib.integrate), f::Function, a::Float64, b::Float64) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:359 [8] #__solvebp_call#1 @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:26 [inlined] [9] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:6 [inlined] [10] #__solvebp_call#4 @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:118 [inlined] [11] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:117 [inlined] [12] __solvebp @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:71 [inlined] [13] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:69 [inlined] [14] #__solve#43 @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:92 [inlined] [15] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:79 [inlined] [16] solve!(cache::Integrals.IntegralCache{false, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#5#6", Nothing}, Tuple{Float64, Float64}, Float64, @Kwargs{}, Integrals.ChangeOfVariables{typeof(Integrals.transformation_if_inf), Integrals.ArblibJL{Ptr{Nothing}}}, Integrals.ReCallVJP{Integrals.ZygoteVJP}, @Kwargs{reltol::Float64, abstol::Float64}, @NamedTuple{alg::Nothing}}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:108 [17] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:742 [inlined] [18] macro expansion @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:388 [inlined] [19] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [20] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:375 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 Caching interface: Error During Test at /home/pkgeval/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:390 Test threw exception Expression: ≈((solve!(cache)).u, (exact_sol[i])(dim, nout, lb, ub), rtol = 0.01) TypeError: in ccall function name, expected Symbol, got a value of type Tuple{String, String} Stacktrace: [1] init! @ ~/.julia/packages/Arblib/9Y5gN/src/ArbCall/ArbFunction.jl:203 [inlined] [2] acb_struct @ ~/.julia/packages/Arblib/9Y5gN/src/arb_types.jl:118 [inlined] [3] _ @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [4] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [5] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/constructors.jl:57 [inlined] [6] integrate(f::IntegralsArblibExt.var"#10#11"{IntegralsArblibExt.var"#12#13"{SciMLBase.IntegralProblem{false, Float64, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Integrals.var"#substitute_f##0#substitute_f##1"{typeof(Integrals.t2ujac), Float64, Float64, Main.var"##Interface Tests#285".var"#5#6"}, Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, Float64}}, a::Float64, b::Float64; check_analytic::Bool, take_prec::Bool, prec::Int64, rtol::Float64, atol::Float64, warn_on_no_convergence::Bool, opts::Ptr{Nothing}) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:371 [7] kwcall(::@NamedTuple{atol::Float64, rtol::Float64, check_analytic::Bool, take_prec::Bool, warn_on_no_convergence::Bool, opts::Ptr{Nothing}}, ::typeof(Arblib.integrate), f::Function, a::Float64, b::Float64) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:359 [8] #__solvebp_call#1 @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:26 [inlined] [9] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:6 [inlined] [10] #__solvebp_call#4 @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:118 [inlined] [11] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:117 [inlined] [12] __solvebp @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:71 [inlined] [13] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:69 [inlined] [14] #__solve#43 @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:92 [inlined] [15] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:79 [inlined] [16] solve!(cache::Integrals.IntegralCache{false, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#5#6", Nothing}, Tuple{Float64, Float64}, Float64, @Kwargs{}, Integrals.ChangeOfVariables{typeof(Integrals.transformation_if_inf), Integrals.ArblibJL{Ptr{Nothing}}}, Integrals.ReCallVJP{Integrals.ZygoteVJP}, @Kwargs{reltol::Float64, abstol::Float64}, @NamedTuple{alg::Nothing}}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:108 [17] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:742 [inlined] [18] macro expansion @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:390 [inlined] [19] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [20] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:375 Caching interface: Error During Test at /home/pkgeval/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:392 Test threw exception Expression: ≈((solve!(cache)).u, (exact_sol[i])(dim, nout, lb, ub), rtol = 0.01) TypeError: in ccall function name, expected Symbol, got a value of type Tuple{String, String} Stacktrace: [1] init! @ ~/.julia/packages/Arblib/9Y5gN/src/ArbCall/ArbFunction.jl:203 [inlined] [2] acb_struct @ ~/.julia/packages/Arblib/9Y5gN/src/arb_types.jl:118 [inlined] [3] _ @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [4] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/types.jl:67 [inlined] [5] Acb @ ~/.julia/packages/Arblib/9Y5gN/src/constructors.jl:57 [inlined] [6] integrate(f::IntegralsArblibExt.var"#10#11"{IntegralsArblibExt.var"#12#13"{SciMLBase.IntegralProblem{false, Float64, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Integrals.var"#substitute_f##0#substitute_f##1"{typeof(Integrals.t2ujac), Float64, Float64, Main.var"##Interface Tests#285".var"#5#6"}, Nothing}, Tuple{Float64, Float64}, @Kwargs{}}, Float64}}, a::Float64, b::Float64; check_analytic::Bool, take_prec::Bool, prec::Int64, rtol::Float64, atol::Float64, warn_on_no_convergence::Bool, opts::Ptr{Nothing}) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:371 [7] kwcall(::@NamedTuple{atol::Float64, rtol::Float64, check_analytic::Bool, take_prec::Bool, warn_on_no_convergence::Bool, opts::Ptr{Nothing}}, ::typeof(Arblib.integrate), f::Function, a::Float64, b::Float64) @ Arblib ~/.julia/packages/Arblib/9Y5gN/src/calc_integrate.jl:359 [8] #__solvebp_call#1 @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:26 [inlined] [9] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/ext/IntegralsArblibExt.jl:6 [inlined] [10] #__solvebp_call#4 @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:118 [inlined] [11] __solvebp_call @ ~/.julia/packages/Integrals/SFA2j/src/common.jl:117 [inlined] [12] __solvebp @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:71 [inlined] [13] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:69 [inlined] [14] #__solve#43 @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:92 [inlined] [15] __solve @ ~/.julia/packages/Integrals/SFA2j/src/Integrals.jl:79 [inlined] [16] solve!(cache::Integrals.IntegralCache{false, SciMLBase.IntegralFunction{false, SciMLBase.FullSpecialize, Main.var"##Interface Tests#285".var"#5#6", Nothing}, Tuple{Float64, Float64}, Float64, @Kwargs{}, Integrals.ChangeOfVariables{typeof(Integrals.transformation_if_inf), Integrals.ArblibJL{Ptr{Nothing}}}, Integrals.ReCallVJP{Integrals.ZygoteVJP}, @Kwargs{reltol::Float64, abstol::Float64}, @NamedTuple{alg::Nothing}}) @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:108 [17] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:742 [inlined] [18] macro expansion @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:392 [inlined] [19] macro expansion @ /opt/julia/share/julia/stdlib/v1.13/Test/src/Test.jl:1859 [inlined] [20] top-level scope @ ~/.julia/packages/Integrals/SFA2j/test/interface_tests.jl:375 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 ┌ Warning: updating lb is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:61 ┌ Warning: updating ub is deprecated by replacing domain └ @ Integrals ~/.julia/packages/Integrals/SFA2j/src/common.jl:66 Test Summary: | Pass Error Total Time Interface Tests | 489 12 501 9m35.0s Standard Single Dimension Integrands | 1 1 8.2s Standard Integrands | 1 1 3.6s In-place Standard Integrands | 64 64 2m00.9s Batched Single Dimension Integrands | 20 20 34.6s Batched Standard Integrands | 48 48 35.4s In-Place Batched Standard Integrands | 48 48 33.1s Standard Single Dimension Vector Integrands | 1 1 0.8s Standard Vector Integrands | 1 1 0.9s In-place Standard Vector Integrands | 124 124 3m23.8s Batched Single Dimension Vector Integrands | 20 20 14.2s Batched Standard Vector Integrands | 44 44 22.8s In-Place Batched Standard Vector Integrands | 44 44 28.3s Allowed keyword test | 1 1 0.6s Caching interface | 72 8 80 51.0s issue242 | 4 4 2.0s RNG of the outermost testset: Random.Xoshiro(0x0bada2a6ef182fd9, 0x3487de6737735327, 0x6d974f3fbd1d9fd5, 0x12dacf0b10fe0643, 0x51357368bdf8744c) ERROR: LoadError: Some tests did not pass: 489 passed, 0 failed, 12 errored, 0 broken. in expression starting at /home/pkgeval/.julia/packages/Integrals/SFA2j/test/runtests.jl:5 Testing failed after 732.08s ERROR: LoadError: Package Integrals errored during testing Stacktrace: [1] pkgerror(msg::String) @ Pkg.Types /opt/julia/share/julia/stdlib/v1.13/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/v1.13/Pkg/src/Operations.jl:2695 [3] test @ /opt/julia/share/julia/stdlib/v1.13/Pkg/src/Operations.jl:2544 [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/v1.13/Pkg/src/API.jl:538 [5] kwcall(::@NamedTuple{julia_args::Cmd, io::IOContext{IO}}, ::typeof(Pkg.API.test), ctx::Pkg.Types.Context, pkgs::Vector{PackageSpec}) @ Pkg.API /opt/julia/share/julia/stdlib/v1.13/Pkg/src/API.jl:515 [6] test(pkgs::Vector{PackageSpec}; io::IOContext{IO}, kwargs::@Kwargs{julia_args::Cmd}) @ Pkg.API /opt/julia/share/julia/stdlib/v1.13/Pkg/src/API.jl:168 [7] kwcall(::@NamedTuple{julia_args::Cmd}, ::typeof(Pkg.API.test), pkgs::Vector{PackageSpec}) @ Pkg.API /opt/julia/share/julia/stdlib/v1.13/Pkg/src/API.jl:157 [8] test(pkgs::Vector{String}; kwargs::@Kwargs{julia_args::Cmd}) @ Pkg.API /opt/julia/share/julia/stdlib/v1.13/Pkg/src/API.jl:156 [9] test @ /opt/julia/share/julia/stdlib/v1.13/Pkg/src/API.jl:156 [inlined] [10] kwcall(::@NamedTuple{julia_args::Cmd}, ::typeof(Pkg.API.test), pkg::String) @ Pkg.API /opt/julia/share/julia/stdlib/v1.13/Pkg/src/API.jl:155 [11] top-level scope @ /PkgEval.jl/scripts/evaluate.jl:219 [12] include(mod::Module, _path::String) @ Base ./Base.jl:311 [13] exec_options(opts::Base.JLOptions) @ Base ./client.jl:320 [14] _start() @ Base ./client.jl:553 in expression starting at /PkgEval.jl/scripts/evaluate.jl:210 PkgEval failed after 1471.57s: package tests unexpectedly errored