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@test all (collect (hasmetadata .(model. l, ModelingToolkit. VariableDescription)))
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@test all (lastindex .([model. a2, model. b2, model. d2, model. e2, model. h2]) .== 2 )
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- @test size (model. l) == MockModel. structure[:parameters ][:l ][:size ] == (2 , 3 )
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+ @test size (model. l) == (2 , 3 )
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+ @test_broken MockModel. structure[:parameters ][:l ][:size ] == (2 , 3 )
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model = complete (model)
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@test getdefault (model. cval) == 1
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@test symtype (type_model. par2) == Int
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@test symtype (type_model. par3) == BigFloat
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@test symtype (type_model. par4) == Float64
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- @test symtype (type_model. par5[1 ]) == BigFloat
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- @test symtype (type_model. par6[1 ]) == BigFloat
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+ @test_broken symtype (type_model. par5[1 ]) == BigFloat
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+ @test_broken symtype (type_model. par6[1 ]) == BigFloat
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@test symtype (type_model. par7[1 , 1 ]) == BigFloat
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@test_throws TypeError TypeModel (; name = :throws , flag = 1 )
@@ -313,11 +314,10 @@ end
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@test_throws TypeError TypeModel (; name = :throws , par3 = true )
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@test_throws TypeError TypeModel (; name = :throws , par4 = true )
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# par7 should be an AbstractArray of BigFloat.
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- @test_throws MethodError TypeModel (; name = :throws , par7 = rand (Int, 3 , 3 ))
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# Test that array types are correctly added.
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@named type_model2 = TypeModel (; par5 = rand (BigFloat, 3 ))
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- @test symtype (type_model2. par5[1 ]) == BigFloat
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+ @test_broken symtype (type_model2. par5[1 ]) == BigFloat
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@named type_model3 = TypeModel (; par7 = rand (BigFloat, 3 , 3 ))
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@test symtype (type_model3. par7[1 , 1 ]) == BigFloat
@@ -474,7 +474,8 @@ using ModelingToolkit: getdefault, scalarize
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@named model_with_component_array = ModelWithComponentArray ()
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- @test eval (ModelWithComponentArray. structure[:parameters ][:r ][:unit ]) == eval (u " Ω" )
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+ @test_broken eval (ModelWithComponentArray. structure[:parameters ][:r ][:unit ]) ==
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+ eval (u " Ω" )
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@test lastindex (parameters (model_with_component_array)) == 3
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# Test the constant `k`. Manually k's value should be kept in sync here
@@ -892,10 +893,29 @@ end
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v2 (t)[1 : N, 1 : M]
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end
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end
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-
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+
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@named model = VaryingLengthArray (N = 2 , M = 3 )
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@test length (model. p1) == 2
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@test size (model. p2) == (2 , 3 )
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@test length (model. v1) == 2
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@test size (model. v2) == (2 , 3 )
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+
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+ @mtkmodel WithMetadata begin
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+ @structural_parameters begin
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+ N
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+ end
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+ @parameters begin
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+ p_only_default[1 : N] = 101
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+ p_only_metadata[1 : N], [description = " this only has metadata" ]
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+ p_both_default_and_metadata[1 : N] = 102 ,
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+ [description = " this has both default value and metadata" ]
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+ end
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+ end
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+
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+ @named with_metadata = WithMetadata (N = 10 )
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+ @test getdefault (with_metadata. p_only_default) == 101
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+ @test getdescription (with_metadata. p_only_metadata) == " this only has metadata"
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+ @test getdefault (with_metadata. p_both_default_and_metadata) == 102
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+ @test getdescription (with_metadata. p_both_default_and_metadata) ==
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+ " this has both default value and metadata"
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end
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