Commit 738222c9 by s.zitz

### Tests fixed 😄

parent bddb2212
Pipeline #22868 failed with stage
in 5 minutes and 33 seconds
 @testset "Calculating macroscopic moments" begin @testset "No velocity height only" begin dists = distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) dists = JuThinFilm.distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) dists.fout[:, :, 1] .= 0.1 mom = default_moments(Float64, 5, 5) macroscopicmoments!(mom, dists) ... ... @@ -9,7 +9,7 @@ @test all(mom.velocity.y .== 0.0) end @testset "With velocity" begin dists = distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) dists = JuThinFilm.distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) dists.fout[:, :, 1] .= 0.1 dists.fout[:, :, 2] .= 0.2 dists.fout[:, :, 3] .= 0.3 ... ... @@ -21,7 +21,7 @@ end @testset "With velocity and all 9 directions" begin dists = distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) dists = JuThinFilm.distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) dists.fout[:, :, 1] .= 0.1 dists.fout[:, :, 2] .= 0.2 dists.fout[:, :, 3] .= 0.3 ... ... @@ -38,7 +38,7 @@ @test all(mom.velocity.y .== (0.3 - 0.5 + 0.6 + 0.7 - 0.8 - 0.9)/(0.1 + 0.2 + 0.3 + 0.4 + 0.5 + 0.6 + 0.7 + 0.8 + 0.9)) end @testset "With velocity and all 9 directions on the GPU" begin dists = cudistributions{Float64}(para=JuThinFilm.params{Float64}(lx=5,ly=5)) dists = JuThinFilm.cudistributions{Float64}(para=JuThinFilm.params{Float64}(lx=5,ly=5)) dists.fout[:, :, 1] .= 0.1 dists.fout[:, :, 2] .= 0.2 dists.fout[:, :, 3] .= 0.3 ... ... @@ -55,7 +55,7 @@ @test all(mom.velocity.y .== (0.3 - 0.5 + 0.6 + 0.7 - 0.8 - 0.9)/(0.1 + 0.2 + 0.3 + 0.4 + 0.5 + 0.6 + 0.7 + 0.8 + 0.9)) end @testset "Force correction no velocity" begin dists = distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) dists = JuThinFilm.distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) dists.fout[:, :, 1] .= 0.1 mom = default_moments(Float64, 5, 5) f = default_force(Float64, 5, 5) ... ... @@ -66,7 +66,7 @@ @test all(mom.velocity.y .== (0.5/2)/0.1) end @testset "Force correction with velocity" begin dists = distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) dists = JuThinFilm.distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) dists.fout[:, :, 1] .= 0.1 dists.fout[:, :, 2] .= 0.2 dists.fout[:, :, 3] .= 0.3 ... ... @@ -88,7 +88,7 @@ @test all(mom.velocity.y .== (vely + f.y[1,1]/2)/sum1) end @testset "Force correction with velocity CuArrays" begin dists = cudistributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) dists = JuThinFilm.cudistributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) dists.fout[:, :, 1] .= 0.1 dists.fout[:, :, 2] .= 0.2 dists.fout[:, :, 3] .= 0.3 ... ... @@ -112,7 +112,7 @@ end @testset "Performance moments" begin @testset "Moments without forcing" begin dists = distributions{Float64}(para=JuThinFilm.params{Float64}(lx=5,ly=5)) dists = JuThinFilm.distributions{Float64}(para=JuThinFilm.params{Float64}(lx=5,ly=5)) dists.fout[:, :, 1] .= 0.1 dists.fout[:, :, 2] .= 0.2 dists.fout[:, :, 3] .= 0.3 ... ... @@ -130,7 +130,7 @@ end @test btime ≤ t0 + t0/100*10 end @testset "Moments with forcing" begin dists = distributions{Float64}(para=JuThinFilm.params{Float64}(lx=5,ly=5)) dists = JuThinFilm.distributions{Float64}(para=JuThinFilm.params{Float64}(lx=5,ly=5)) dists.fout[:, :, 1] .= 0.1 dists.fout[:, :, 2] .= 0.2 dists.fout[:, :, 3] .= 0.3 ... ...
 @testset "equilibria" begin @testset "Equilibria" begin @testset "CPU" begin dists = JuThinFilm.distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) lat = JuThinFilm.lattice{Float64}() par = JuThinFilm.params{Float64}(lx=5, ly=5) @test isa(lat, JuThinFilm.lattice) @test isa(par, JuThinFilm.params) @testset "No gravity no velocity equilibrium!()" begin dists = distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) T = Float64 mom = JuThinFilm.default_moments(T, 5, 5) lat = lattice{T}() par = JuThinFilm.params{T}(lx=5, ly=5) @test isa(lat, lattice) @test isa(par, JuThinFilm.params) @test isa(mom, moments) @test isa(mom, JuThinFilm.moments) @test all(dists.feq .== 0.0) equilibrium!(dists, mom, lat, par) @test isa(dists.feq, Array{Float64,3}) ... ... @@ -18,14 +18,10 @@ end end @testset "No gravity no velocity equilibrium!() many arguments" begin dists = distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) T = Float64 mom = JuThinFilm.default_moments(T, 5, 5) lat = lattice{T}() par = JuThinFilm.params{T}(lx=5, ly=5) @test isa(lat, lattice) @test isa(par, JuThinFilm.params) @test isa(mom, moments) @test isa(mom, JuThinFilm.moments) dists.feq .= 0.0 @test all(dists.feq .== 0.0) equilibrium!(dists.feq, mom.height, mom.velocity.x, mom.velocity.y, mom.pressure, lat.ci, lat.wi, par) @test isa(dists.feq, Array{Float64,3}) ... ... @@ -35,21 +31,18 @@ end end @testset "Gravity no velocity equilibrium!()" begin dists = distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) T = Float64 mom = JuThinFilm.default_moments(T, 5, 5) lat = lattice{T}() par = JuThinFilm.params{T}(lx=5, ly=5, gravity=0.1) @test isa(lat, lattice) @test isa(par, JuThinFilm.params) @test isa(mom, moments) par1 = JuThinFilm.params{T}(lx=5, ly=5, gravity=0.1) @test isa(mom, JuThinFilm.moments) dists.feq .= 0.0 @test all(dists.feq .== 0.0) equilibrium!(dists, mom, lat, par) equilibrium!(dists, mom, lat, par1) @test isa(dists.feq, Array{Float64,3}) @test all(dists.feq[:, :, 1] .== 1.0 - 1/12) solution = zeros(5,5,9) for i in 2:9 solution[:, :, i] .= lat.wi[i] .* mom.height .* (1.5 .* par.gravity .* mom.height .+ solution[:, :, i] .= lat.wi[i] .* mom.height .* (1.5 .* par1.gravity .* mom.height .+ 3 .* (lat.ci[i,1] .* mom.velocity.x .+ lat.ci[i,2] .* mom.velocity.y) .+ 4.5 .* (lat.ci[i,1] .* mom.velocity.x .+ lat.ci[i,2] .* mom.velocity.y).^2 .- 1.5 .*(mom.velocity.x.^2 .+ mom.velocity.y.^2)) ... ... @@ -58,14 +51,10 @@ end @testset "No gravity with velocity in x equilibrium!()" begin dists = distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) T = Float64 mom = JuThinFilm.default_moments(T, 5, 5) lat = lattice{T}() par = JuThinFilm.params{T}(lx=5, ly=5) @test isa(lat, lattice) @test isa(par, JuThinFilm.params) @test isa(mom, moments) @test isa(mom, JuThinFilm.moments) dists.feq .= 0.0 @test all(dists.feq .== 0.0) mom.velocity.x = fill(0.1, (5,5)) equilibrium!(dists, mom, lat, par) ... ... @@ -82,14 +71,10 @@ end @testset "No gravity with velocity in x & y equilibrium!()" begin dists = distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) T = Float64 mom = JuThinFilm.default_moments(T, 5, 5) lat = lattice{T}() par = JuThinFilm.params{T}(lx=5, ly=5) @test isa(lat, lattice) @test isa(par, JuThinFilm.params) @test isa(mom, moments) @test isa(mom, JuThinFilm.moments) dists.feq .= 0.0 @test all(dists.feq .== 0.0) mom.velocity.x = fill(0.1, (5,5)) mom.velocity.y = fill(0.2, (5,5)) ... ... @@ -107,19 +92,17 @@ end @testset "Gravity and velocity in x & y equilibrium!()" begin dists = distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) T = Float64 mom = JuThinFilm.default_moments(T, 5, 5) lat = lattice{T}() par = JuThinFilm.params{T}(lx=5, ly=5, gravity=0.1) par1 = JuThinFilm.params{T}(lx=5, ly=5, gravity=0.1) mom.velocity.x .= 0.1 mom.velocity.y .= 0.2 equilibrium!(dists, mom, lat, par) equilibrium!(dists, mom, lat, par1) @test isa(dists.feq, Array{Float64,3}) @test all(dists.feq[:, :, 1] .== mom.height .- 5/6 .* par.gravity .* mom.height.^2 .- 2/3 * (mom.velocity.x.^2 .+ mom.velocity.y.^2)) @test all(dists.feq[:, :, 1] .== mom.height .- 5/6 .* par1.gravity .* mom.height.^2 .- 2/3 * (mom.velocity.x.^2 .+ mom.velocity.y.^2)) solution = zeros(5,5,9) for i in 2:9 solution[:, :, i] .= lat.wi[i] .* mom.height .* (1.5 .* par.gravity .* mom.height .+ solution[:, :, i] .= lat.wi[i] .* mom.height .* (1.5 .* par1.gravity .* mom.height .+ 3 .* (lat.ci[i,1] .* mom.velocity.x .+ lat.ci[i,2] .* mom.velocity.y) .+ 4.5 .* (lat.ci[i,1] .* mom.velocity.x .+ lat.ci[i,2] .* mom.velocity.y).^2 .- 1.5 .*(mom.velocity.x.^2 .+ mom.velocity.y.^2)) ... ... @@ -128,15 +111,17 @@ end end @testset "GPU" begin dists = JuThinFilm.cudistributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) lat = JuThinFilm.culattice{Float64}() par = JuThinFilm.params{Float64}(lx=5, ly=5) par1 = JuThinFilm.params{Float64}(lx=5, ly=5, gravity=0.1) @test isa(lat, JuThinFilm.culattice) @test isa(par, JuThinFilm.params) @testset "No gravity no velocity equilibrium!()" begin dists = cudistributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) T = Float64 mom = default_cumoments(T, 5, 5) lat = culattice{T}() par = JuThinFilm.params{T}(lx=5, ly=5) @test isa(lat, culattice) @test isa(par, JuThinFilm.params) @test isa(mom, cumoments) @test isa(mom, JuThinFilm.cumoments) dists.feq .= 0.0 @test all(dists.feq .== 0.0) equilibrium!(dists.feq, mom.height, mom.velocity.x, mom.velocity.y, mom.pressure, lat.ci, lat.wi, par) @test isa(dists.feq, CuArray{Float64,3}) ... ... @@ -147,33 +132,26 @@ end @testset "Gravity no velocity equilibrium!()" begin dists = cudistributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) T = Float64 mom = JuThinFilm.default_cumoments(T, 5, 5) lat = culattice{T}() par = JuThinFilm.params{T}(lx=5, ly=5, gravity=0.1) @test isa(lat, culattice) @test isa(par, JuThinFilm.params) @test isa(mom, cumoments) mom = default_cumoments(T, 5, 5) dists.feq .= 0.0 @test all(dists.feq .== 0.0) equilibrium!(dists.feq, mom.height, mom.velocity.x, mom.velocity.y, mom.pressure, lat.ci, lat.wi, par) equilibrium!(dists.feq, mom.height, mom.velocity.x, mom.velocity.y, mom.pressure, lat.ci, lat.wi, par1) @test isa(dists.feq, CuArray{Float64,3}) feq = zeros(5,5,9) feq .= Array(dists.feq) @test all(feq[:, :, 1] .== 1.0 - 1/12) for i in 2:5 @test all(feq[:, :, i] .≈ 1/9 * 3/2 * par.gravity .* Array(mom.height).^2) @test all(feq[:, :, i] .≈ 1/9 * 3/2 * par1.gravity .* Array(mom.height).^2) end for i in 6:9 @test all(feq[:, :, i] .≈ 1/36 * 3/2 * par.gravity .* Array(mom.height).^2) @test all(feq[:, :, i] .≈ 1/36 * 3/2 * par1.gravity .* Array(mom.height).^2) end end @testset "No gravity with velocity in x equilibrium!()" begin dists = cudistributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) T = Float64 mom = JuThinFilm.default_cumoments(T, 5, 5) lat = culattice{T}() par = JuThinFilm.params{T}(lx=5, ly=5) dists.feq .= 0.0 @test all(dists.feq .== 0.0) mom.velocity.x .= 0.1 equilibrium!(dists.feq, mom.height, mom.velocity.x, mom.velocity.y, mom.pressure, lat.ci, lat.wi, par) ... ... @@ -190,11 +168,9 @@ end @testset "No gravity with velocity in x equilibrium!()" begin dists = cudistributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) T = Float64 mom = JuThinFilm.default_cumoments(T, 5, 5) lat = culattice{T}() par = JuThinFilm.params{T}(lx=5, ly=5) dists.feq .= 0.0 @test all(dists.feq .== 0.0) mom.velocity.x .= 0.1 mom.velocity.y .= 0.2 ... ... @@ -211,22 +187,21 @@ end end @testset "No gravity with velocity in x equilibrium!()" begin dists = cudistributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) @testset "Gravity with velocity in x equilibrium!()" begin T = Float64 mom = JuThinFilm.default_cumoments(T, 5, 5) lat = culattice{T}() par = JuThinFilm.params{T}(lx=5, ly=5, gravity = 0.2) par2 = JuThinFilm.params{T}(lx=5, ly=5, gravity = 0.2) dists.feq .= 0.0 @test all(dists.feq .== 0.0) mom.velocity.x .= 0.1 mom.velocity.y .= 0.2 equilibrium!(dists.feq, mom.height, mom.velocity.x, mom.velocity.y, mom.pressure, lat.ci, lat.wi, par) equilibrium!(dists.feq, mom.height, mom.velocity.x, mom.velocity.y, mom.pressure, lat.ci, lat.wi, par2) feq = zeros(5,5,9) feq .= Array(dists.feq) @test all(feq[:, :, 1] .== Array(mom.height) .- 5/6 .* par.gravity .* Array(mom.height).^2 .- 2/3 .* (Array(mom.velocity.x).^2 .+ Array(mom.velocity.y).^2)) @test all(feq[:, :, 1] .== Array(mom.height) .- 5/6 .* par2.gravity .* Array(mom.height).^2 .- 2/3 .* (Array(mom.velocity.x).^2 .+ Array(mom.velocity.y).^2)) solution = zeros(5,5,9) for i in 2:9 solution[:, :, i] .= lat.wi[i] .* Array(mom.height) .* (1.5 .* par.gravity .* Array(mom.height) .+ solution[:, :, i] .= lat.wi[i] .* Array(mom.height) .* (1.5 .* par2.gravity .* Array(mom.height) .+ 3 .* (lat.ci[i,1] .* Array(mom.velocity.x) .+ lat.ci[i,2] .* Array(mom.velocity.y)) .+ 4.5 .* (lat.ci[i,1] .* Array(mom.velocity.x) .+ lat.ci[i,2] .* Array(mom.velocity.y)).^2 .- 1.5 .*(Array(mom.velocity.x).^2 .+ Array(mom.velocity.y).^2)) ... ... @@ -234,7 +209,6 @@ end end end @testset "Velocity square moments" begin mom = default_moments(Float64, 5, 5) res = JuThinFilm.velsquare(mom) ... ... @@ -249,10 +223,10 @@ end @testset "Performance equilibrium" begin dists = distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) dists = JuThinFilm.distributions{Float64}(para=JuThinFilm.params(lx=5,ly=5)) T = Float64 mom = JuThinFilm.default_moments(T, 5, 5) lat = lattice{T}() mom = default_moments(T, 5, 5) lat = JuThinFilm.lattice{T}() par = JuThinFilm.params{T}(lx=5, ly=5) mom.velocity.x .= 0.1 mom.velocity.y .= 0.2 ... ...
 ... ... @@ -233,4 +233,56 @@ @test all(fsum.y .== -f1.y .- f2.y .- f3.y .- f4.y) end end end @testset "Performance of forces" begin lx = 5 ly = 5 f = default_force(Float64, lx, ly) mom = default_moments(Float64, lx, ly) @testset "Slippage" begin col = JuThinFilm.collisionparams{Float64}() mom.velocity.x .= 0.1 mom.velocity.y .= 0.2 benchres = @benchmark slippage!(\$f.x, \$f.y, \$mom.height, \$mom.velocity.x, \$mom.velocity.y, \$col) benchtime = median(benchres).time/10^6 t0 = 0.001 @test benchtime ≤ t0 end @testset "Thermal fluctuations" begin col = JuThinFilm.collisionparams{Float64}(kᵦT=11/6, μ=2.0) benchres = @benchmark thermalflutuations!(\$f, \$mom, \$col) benchtime = median(benchres).time/10^6 t0 = 0.001 @test benchtime ≤ t0 end @testset "Pressure gradient" begin pressure = reshape(collect(1.0:25.0),5,5) padpressure = padarray(pressure, Pad(:circular, 1, 1)) benchres = @benchmark h∇p!(\$f.x, \$f.y, \$mom.height, \$padpressure) benchtime = median(benchres).time/10^6 t0 = 0.001 @test benchtime ≤ t0 end @testset "Inclined plane" begin t = 1 mag = 0.001 benchres = @benchmark inclinedplane!(\$f.x, \$f.y, \$mom.height, \$t, \$mag, \$true, \$true) benchtime = median(benchres).time/10^6 t0 = 0.0005 @test benchtime ≤ t0 end @testset "Summation of forces" begin f2 = default_force(Float64,5,5) f3 = default_force(Float64,5,5) f4 = default_force(Float64,5,5) f2.x .= 0.2; f3.x .= 0.3; f4.x .= 0.4 f2.y .= -0.2; f3.y .= -0.3; f4.y .= -0.4 benchres = @benchmark sumforces!(\$f.x, \$f.y, \$f2.x, \$f2.y, \$f3.x, \$f3.y, \$f4.x, \$f4.y) benchtime = median(benchres).time/10^6 t0 = 0.001 @test benchtime ≤ t0 end end \ No newline at end of file
 @testset "Pressure functionality" begin tolerances = Dict(Float16 => 1e-3, Float32 => 1e-6, Float64 => 1e-9) # Testing the power function @testset "power_broad" begin n = 4 ... ... @@ -18,9 +17,8 @@ @test isa(resFlt64, Float64) @test resFlt == 16.0 @test isa(resArr, Array{Float64, 1}) for i in 1:5 @test resArr[i] == 16.0 end @test all(resArr .== 16.0) end # Testing the disjoing pressure Π ... ... @@ -42,9 +40,7 @@ @test isa(resFlt64, Float64) @test resFlt == 0.0 @test isa(resArr, Array{Float64, 1}) for i in 1:5 @test resArr[i] == 0.0 end @test all(resArr .== 0.0) # With contact angle γ = 0.01 ... ... @@ -60,10 +56,7 @@ @test isa(resFlt64, Float64) @test resFlt64 == γ * 8/3 * (1/512.0 - 1/8.0) @test isa(resArr, Array{Float64, 1}) for i in 1:5 @test resArr[i] == γ * 8/3 * (1/512.0 - 1/8.0) end @test all(resArr .== γ * 8/3 * (1/512.0 - 1/8.0)) end # Test the laplacian ... ...
 ... ... @@ -8,7 +8,7 @@ using Test, CUDA, Random, Statistics, LinearAlgebra, Images, BenchmarkTools include("equilibria.jl") # This is fixed and works for v 0.0.2 include("calcmoments.jl") # This is fixed and works for v 0.0.2 include("collisions.jl") # This is fixed and works for v 0.0.2 # include("forcing.jl") include("forcing.jl") # include("runsimulation.jl") # include("measurements.jl") end
 ... ... @@ -22,7 +22,7 @@ @testset "lattice" begin # Default constructor lat = lattice{Float64}() lat = JuThinFilm.lattice{Float64}() @test lat.ci[:,1] == [0, 1, 0, -1, 0, 1, -1, -1, 1] @test lat.ci[:,2] == [0, 0, 1, 0, -1, 1, 1, -1, -1] @test isa(lat.ci, Array{Int, 2}) ... ... @@ -32,13 +32,13 @@ @test size(lat.ci,1) == 9 @test size(lat.ci,2) == 2 lat2 = lattice{Float32}() lat2 = JuThinFilm.lattice{Float32}() @test isa(lat2.wi,Array{Float32,1}) end @testset "culattice" begin # Default constructor lat = culattice{Float32}() lat = JuThinFilm.culattice{Float32}() @test lat.ci[:,1] == [0, 1, 0, -1, 0, 1, -1, -1, 1] @test lat.ci[:,2] == [0, 0, 1, 0, -1, 1, 1, -1, -1] @test isa(lat.ci, CuArray{Int, 2}) ... ... @@ -52,7 +52,7 @@ @testset "pressurestats" begin # Default constructor teststats = pressurestats{Float64}() teststats = JuThinFilm.pressurestats{Float64}() @test teststats.γ == 0.01 @test isa(teststats.γ, Float64) @test teststats.n == 9 ... ... @@ -68,14 +68,14 @@ @testset "velocity" begin # Default constructor parameters = JuThinFilm.params{Float64}() testvel = velocity{Float64}(para=parameters) testvel = JuThinFilm.velocity{Float64}(para=parameters) @test parameters.lx == size(testvel.x,1) @test parameters.ly == size(testvel.x,2) @test isa(testvel.x, Array{Float64,2}) @test isa(testvel.y, Array{Float64,2}) @test all(testvel.x .== 0.0) @test all(testvel.y .== 0.0) # Mutable structs have fields that can be altered # Mutable structs have fields that can be changed testvel.x[256, 256] = 1.0 @test testvel.x[256, 256] == 1.0 end ... ... @@ -99,7 +99,7 @@ # Pretty much the same as a velocity, however easier to differentiate if they are called differently # Default constructor parameters = JuThinFilm.params{Float64}() forcing = force{Float64}(para=parameters) forcing = JuThinFilm.force{Float64}(para=parameters) @test isa(forcing.x, Array{Float64,2}) @test isa(forcing.y, Array{Float64,2}) @test all(forcing.x .== 0.0) ... ... @@ -127,7 +127,7 @@ @testset "moments" begin parameters = JuThinFilm.params{Float64}() testvel = velocity{Float64}(para=parameters) testvel = JuThinFilm.velocity{Float64}(para=parameters) mom = JuThinFilm.moments{Float64}(para=parameters, velocity=testvel) @test size(mom.height, 1) == parameters.lx @test size(mom.height, 2) == parameters.ly ... ... @@ -172,7 +172,7 @@ end @testset "collisionparams" begin col = collisionparams{Float64}() col = JuThinFilm.collisionparams{Float64}() @test col.τ == 1.0 @test col.ω == 1.0 @test col.cₛ == sqrt(1/3) ... ... @@ -184,7 +184,7 @@ @testset "distributions" begin para = JuThinFilm.params{Float64}(lx=10, ly=20) dists = distributions{Float64}(para=para) dists = JuThinFilm.distributions{Float64}(para=para) @test isa(dists.feq, Array{Float64,3}) @test isa(dists.ftemp, Array{Float64,3}) @test isa(dists.fout, Array{Float64,3}) ... ... @@ -200,9 +200,9 @@ T = Float32 n, m = 4, 4 mom = default_moments(T, n, m) @test isa(mom, moments) @test isa(mom, JuThinFilm.moments) @test isa(mom.height, Array{T, 2}) @test isa(mom.velocity, velocity) @test isa(mom.velocity, JuThinFilm.velocity) @test isa(mom.velocity.x, Array{T,2}) @test isa(mom.velocity.y, Array{T,2}) @test isa(mom.pressure, Array{T,2}) ... ... @@ -215,9 +215,9 @@ T = Float32 n, m = 4, 4 mom = default_cumoments(T, n, m) @test isa(mom, cumoments) @test isa(mom, JuThinFilm.cumoments) @test isa(mom.height, CuArray{T, 2}) @test isa(mom.velocity, cuvelocity) @test isa(mom.velocity, JuThinFilm.cuvelocity) @test isa(mom.velocity.x, CuArray{T,2}) @test isa(mom.velocity.y, CuArray{T,2}) @test isa(mom.pressure, CuArray{T,2}) ... ... @@ -229,7 +229,7 @@ T = Float32 n, m = 4, 4 F = default_force(T, n, m) @test isa(F, force) @test isa(F, JuThinFilm.force) @test isa(F.x, Array{T, 2}) @test isa(F.y, Array{T,2}) @test size(F.x) == (4,4) ... ... @@ -241,7 +241,7 @@ T = Float32 n, m = 4, 4 F = default_cuforce(T, n, m) @test isa(F, cuforce) @test isa(F, JuThinFilm.cuforce) @test isa(F.x, CuArray{T, 2}) @test isa(F.y, CuArray{T, 2}) @test size(F.x) == (4,4) ... ... @@ -253,7 +253,7 @@ T = Float32 n, m = 4, 4 vel = default_velocity(T, n, m) @test isa(vel, velocity) @test isa(vel, JuThinFilm.velocity) @test isa(vel.x, Array{T, 2}) @test isa(vel.y, Array{T,2}) @test size(vel.x) == (4,4) ... ... @@ -265,7 +265,7 @@ T = Float32 n, m = 4, 4 vel = default_cuvelocity(T, n, m) @test isa(vel, cuvelocity) @test isa(vel, JuThinFilm.cuvelocity) @test isa(vel.x, CuArray{T, 2}) @test isa(vel.y, CuArray{T, 2}) @test size(vel.x) == (4,4) ... ...
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