improve coverage

JuliaDiff · Apr 10, 2015 · 6a54613 · 6a54613
1 parent 7c4f858
commit 6a54613
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diff --git a/test/automatic_differentiation_test.jl b/test/automatic_differentiation_test.jl
@@ -7,6 +7,11 @@ y = x^3
 @test_approx_eq real(y) 2.0^3
 @test_approx_eq epsilon(y) 3.0*2^2
 
+y = x^3.0
+
+@test_approx_eq real(y) 2.0^3
+@test_approx_eq epsilon(y) 3.0*2^2
+
 y = sin(x)+exp(x)
 @test_approx_eq real(y) sin(2)+exp(2)
 @test_approx_eq epsilon(y) cos(2)+exp(2)
@@ -41,3 +46,17 @@ end
 
 @test_approx_eq epsilon(exp(1)^Dual(1.0,1.0)) exp(1)
 @test_approx_eq epsilon(NaNMath.pow(exp(1),Dual(1.0,1.0))) exp(1)
+@test_approx_eq epsilon(NaNMath.sin(Dual(1.0,1.0))) cos(1)
+
+@test Dual(1.0,3) == Dual(1.0,3.0)
+x = Dual(1.0,1.0)
+@test eps(x) == eps(1.0)
+@test eps(Dual{Float64}) == eps(Float64)
+@test one(x) == Dual(1.0,0.0)
+@test one(Dual{Float64}) == Dual(1.0,0.0)
+@test inf(Dual{Float64}) == inf(Float64)
+@test isnan(nan(Dual{Float64}))
+
+@test convert(Dual{Float64},Dual(1,2)) == Dual(1.0,2.0)
+@test convert(Float64, Dual(10.0,0.0)) == 10.0
+@test convert(Dual{Int}, Dual(10.0,0.0)) == Dual(10,0)
diff --git a/test/dual_n.jl b/test/dual_n.jl
@@ -12,13 +12,36 @@ y = x^3
 @test_approx_eq epsilon3(y) 3*3.0*2^2
 @test_approx_eq epsilon4(y) 4*3.0*2^2
 
+y = x^3.0
+
+@test_approx_eq real(y) 2.0^3
+@test_approx_eq epsilon1(y) 3.0*2^2
+@test_approx_eq epsilon2(y) 2*3.0*2^2
+@test_approx_eq epsilon3(y) 3*3.0*2^2
+@test_approx_eq epsilon4(y) 4*3.0*2^2
+
+y = NaNMath.pow(x,3)
+
+@test_approx_eq real(y) 2.0^3
+@test_approx_eq epsilon1(y) 3.0*2^2
+@test_approx_eq epsilon2(y) 2*3.0*2^2
+@test_approx_eq epsilon3(y) 3*3.0*2^2
+@test_approx_eq epsilon4(y) 4*3.0*2^2
+
 y = sin(x)+exp(x)
 @test_approx_eq real(y) sin(2)+exp(2)
 @test_approx_eq epsilon1(y) cos(2)+exp(2)
 @test_approx_eq epsilon2(y) 2*(cos(2)+exp(2))
 @test_approx_eq epsilon3(y) 3*(cos(2)+exp(2))
 @test_approx_eq epsilon4(y) 4*(cos(2)+exp(2))
 
+y = x/2
+@test_approx_eq real(y) 1.0
+@test_approx_eq epsilon1(y) 0.5
+@test_approx_eq epsilon2(y) 1.0
+@test_approx_eq epsilon3(y) 3/2
+@test_approx_eq epsilon4(y) 2.0
+
 
 @test x > 1
 y = abs(-x)
@@ -55,6 +78,7 @@ sq = squareroot(Dual4(10000.0,1.0,2.0,3.0,4.0))
 @test_approx_eq epsilon2(exp(1)^Dual4(1.0,1.0,2.0,3.0,4.0)) 2exp(1)
 @test_approx_eq epsilon3(exp(1)^Dual4(1.0,1.0,2.0,3.0,4.0)) 3exp(1)
 @test_approx_eq epsilon4(exp(1)^Dual4(1.0,1.0,2.0,3.0,4.0)) 4exp(1)
+@test_approx_eq epsilon2(NaNMath.sin(Dual4(1.0,1.0,2.0,3.0,4.0))) 2cos(1)
 
 @test_approx_eq epsilon1(NaNMath.pow(exp(1),Dual4(1.0,1.0,2.0,3.0,4.0))) exp(1)
 @test_approx_eq epsilon2(NaNMath.pow(exp(1),Dual4(1.0,1.0,2.0,3.0,4.0))) 2exp(1)