test(BaseParams): update calc_shunt_conductance tests

Author: amaurigmartins

test/unit_BaseParams/test_calc_shunt_conductance.jl

@@ -1,78 +1,78 @@
 @testitem "BaseParams: calc_shunt_conductance unit tests" setup = [defaults] begin
-    @testset "Basic Functionality" begin
-        # Example from docstring
-        radius_in = 0.01
-        radius_ext = 0.02
-        rho = 1e9
-        g = calc_shunt_conductance(radius_in, radius_ext, rho)
-        @test isapprox(g, 2.7169e-9, atol=TEST_TOL)
-        # Lower resistivity increases conductance
-        g2 = calc_shunt_conductance(0.01, 0.02, 1e8)
-        @test g2 > g
-    end
+	@testset "Basic Functionality" begin
+		# Example from docstring
+		r_in = 0.01
+		r_ex = 0.02
+		rho = 1e9
+		g = calc_shunt_conductance(r_in, r_ex, rho)
+		@test isapprox(g, 2.7169e-9, atol = TEST_TOL)
+		# Lower resistivity increases conductance
+		g2 = calc_shunt_conductance(0.01, 0.02, 1e8)
+		@test g2 > g
+	end
 
-    @testset "Edge Cases" begin
-        # Collapsing geometry: radius_in -> radius_ext
-        g = calc_shunt_conductance(0.02, 0.02, 1e9)
-        @test isinf(g) || isnan(g)
-        # Very large radii
-        g = calc_shunt_conductance(1e2, 1e3, 1e9)
-        @test isfinite(g)
-        # Inf/NaN input
-        @test isnan(calc_shunt_conductance(NaN, 0.02, 1e9))
-        @test isnan(calc_shunt_conductance(0.01, NaN, 1e9))
-        @test isnan(calc_shunt_conductance(0.01, 0.02, NaN))
-    end
+	@testset "Edge Cases" begin
+		# Collapsing geometry: r_in -> r_ex
+		g = calc_shunt_conductance(0.02, 0.02, 1e9)
+		@test isinf(g) || isnan(g)
+		# Very large radii
+		g = calc_shunt_conductance(1e2, 1e3, 1e9)
+		@test isfinite(g)
+		# Inf/NaN input
+		@test isnan(calc_shunt_conductance(NaN, 0.02, 1e9))
+		@test isnan(calc_shunt_conductance(0.01, NaN, 1e9))
+		@test isnan(calc_shunt_conductance(0.01, 0.02, NaN))
+	end
 
-    @testset "Numerical Consistency" begin
-        # Float32 vs Float64
-        g_f32 = calc_shunt_conductance(Float32(0.01), Float32(0.02), Float32(1e9))
-        g_f64 = calc_shunt_conductance(0.01, 0.02, 1e9)
-        @test isapprox(g_f32, g_f64, atol=TEST_TOL)
-    end
+	@testset "Numerical Consistency" begin
+		# Float32 vs Float64
+		g_f32 = calc_shunt_conductance(Float32(0.01), Float32(0.02), Float32(1e9))
+		g_f64 = calc_shunt_conductance(0.01, 0.02, 1e9)
+		@test isapprox(g_f32, g_f64, atol = TEST_TOL)
+	end
 
-    @testset "Physical Behavior" begin
-        # Conductance increases as rho decreases
-        g1 = calc_shunt_conductance(0.01, 0.02, 1e9)
-        g2 = calc_shunt_conductance(0.01, 0.02, 1e8)
-        @test g2 > g1
-        # Conductance increases as radii get closer
-        g3 = calc_shunt_conductance(0.01, 0.011, 1e9)
-        @test g3 > g1
-    end
+	@testset "Physical Behavior" begin
+		# Conductance increases as rho decreases
+		g1 = calc_shunt_conductance(0.01, 0.02, 1e9)
+		g2 = calc_shunt_conductance(0.01, 0.02, 1e8)
+		@test g2 > g1
+		# Conductance increases as radii get closer
+		g3 = calc_shunt_conductance(0.01, 0.011, 1e9)
+		@test g3 > g1
+	end
 
-    @testset "Type Stability & Promotion" begin
-        using Measurements
-        radius_in = 0.01
-        radius_ext = 0.02
-        rho = 1e9
-        min = measurement(radius_in, 1e-4)
-        mex = measurement(radius_ext, 1e-4)
-        mrho = measurement(rho, 1e7)
-        # All Float64
-        res1 = calc_shunt_conductance(radius_in, radius_ext, rho)
-        @test typeof(res1) == Float64
-        # All Measurement
-        res2 = calc_shunt_conductance(min, mex, mrho)
-        @test res2 isa Measurement{Float64}
-        # Mixed: first argument Measurement
-        res3 = calc_shunt_conductance(min, radius_ext, rho)
-        @test res3 isa Measurement{Float64}
-        # Mixed: second argument Measurement
-        res4 = calc_shunt_conductance(radius_in, mex, rho)
-        @test res4 isa Measurement{Float64}
-        # Mixed: third argument Measurement
-        res5 = calc_shunt_conductance(radius_in, radius_ext, mrho)
-        @test res5 isa Measurement{Float64}
-    end
+	@testset "Type Stability & Promotion" begin
+		using Measurements
+		r_in = 0.01
+		r_ex = 0.02
+		rho = 1e9
+		min = measurement(r_in, 1e-4)
+		mex = measurement(r_ex, 1e-4)
+		mrho = measurement(rho, 1e7)
+		# All Float64
+		res1 = calc_shunt_conductance(r_in, r_ex, rho)
+		@test typeof(res1) == Float64
+		# All Measurement
+		res2 = calc_shunt_conductance(min, mex, mrho)
+		@test res2 isa Measurement{Float64}
+		# Mixed: first argument Measurement
+		res3 = calc_shunt_conductance(min, r_ex, rho)
+		@test res3 isa Measurement{Float64}
+		# Mixed: second argument Measurement
+		res4 = calc_shunt_conductance(r_in, mex, rho)
+		@test res4 isa Measurement{Float64}
+		# Mixed: third argument Measurement
+		res5 = calc_shunt_conductance(r_in, r_ex, mrho)
+		@test res5 isa Measurement{Float64}
+	end
 
-    @testset "Uncertainty Quantification" begin
-        using Measurements
-        min = measurement(0.01, 1e-4)
-        mex = measurement(0.02, 1e-4)
-        mrho = measurement(1e9, 1e7)
-        g = calc_shunt_conductance(min, mex, mrho)
-        @test g isa Measurement{Float64}
-        @test uncertainty(g) > 0
-    end
+	@testset "Uncertainty Quantification" begin
+		using Measurements
+		min = measurement(0.01, 1e-4)
+		mex = measurement(0.02, 1e-4)
+		mrho = measurement(1e9, 1e7)
+		g = calc_shunt_conductance(min, mex, mrho)
+		@test g isa Measurement{Float64}
+		@test uncertainty(g) > 0
+	end
 end