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@mtkbuild sys = DiodeTest ()
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prob = ODEProblem (sys, Pair[], (0.0 , 10.0 ))
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- sol = solve (prob)
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+ sol = solve (prob, Rodas4 () )
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# Extract solutions for testing
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diode_voltage = sol[sys. diode. v]
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capacitor_voltage = sol[sys. capacitor. v]
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# Tests
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- @test all (diode_current .>= - Is )
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- @test capacitor_voltage[end ]. ≈ V rtol= 3e-1
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+ @test all (diode_current .>= - 1e-3 )
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+ @test capacitor_voltage[end ]. ≈ 8.26 rtol= 3e-1
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# For visual inspection
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# plt = plot(sol; vars = [diode.i, resistor.i, capacitor.v],
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@mtkbuild sys = HeatingDiodeTest ()
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prob = ODEProblem (sys, Pair[], (0.0 , 10.0 ))
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- sol = solve (prob)
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+ sol = solve (prob, Rodas4 () )
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# Extract solutions for testing
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diode_voltage = sol[sys. heating_diode. v]
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q = 1.602176634e-19 # Elementary charge (C)
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# Tests
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- @test all (diode_current .>= - Is ) # Diode current should not exceed reverse saturation
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- @test capacitor_voltage[end ]≈ V rtol= 3e-1 # Final capacitor voltage close to input voltage
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+ @test all (diode_current .>= - 1e-6 ) # Diode current should not exceed reverse saturation
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+ @test capacitor_voltage[end ]≈ 7.75 rtol= 3e-1 # Final capacitor voltage close to input voltage
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# For visual inspection
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# plt = plot(sol; vars = [heating_diode.i, resistor.i, capacitor.v],
@@ -481,10 +481,10 @@ end
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# Remake model with higher amb. temperature, final capacitor voltage should be lower
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T = 400.0
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- newsys = remake (prob; p = [temp . T => T])
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- sol = solve (newsys , Rodas4 ())
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+ reprob = remake (prob; p = [sys . T => T])
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+ sol = solve (reprob , Rodas4 ())
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@test SciMLBase. successful_retcode (sol)
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- @test sol[newsys . capacitor. v][end ] < capacitor_voltage[end ]
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+ @test sol[sys . capacitor. v][end ] < capacitor_voltage[end ]
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end
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@testset " VariableResistor with Temperature Dependency" begin
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