updates for new Polynomials

Project.toml

@@ -1,7 +1,7 @@
 name = "MonteCarloMeasurements"
 uuid = "0987c9cc-fe09-11e8-30f0-b96dd679fdca"
 authors = ["baggepinnen <[email protected]>"]
-version = "0.8.10"
+version = "0.8.11"
 
 [deps]
 Distributed = "8ba89e20-285c-5b6f-9357-94700520ee1b"

test/test_deconstruct.jl

@@ -48,8 +48,8 @@ ControlSystems.TransferFunction(matrix::Array{<:ControlSystems.SisoRational,2},
     @test has_particles(P.matrix)
     @test has_particles(P.matrix[1])
     @test has_particles(P.matrix[1].num)
-    @test has_particles(P.matrix[1].num.a)
-    @test has_particles(P.matrix[1].num.a[1])
+    @test has_particles(P.matrix[1].num.coeffs)
+    @test has_particles(P.matrix[1].num.coeffs[1])
 
     # P = tf(1 ± 0.1, [1, 1±0.1])
     # @benchmark foreach(i->c2d($(tf(1.,[1., 1])),0.1), 1:N) # 1.7 ms 1.2 Mb
@@ -76,21 +76,21 @@ ControlSystems.TransferFunction(matrix::Array{<:ControlSystems.SisoRational,2},
         resultsetter = MonteCarloMeasurements.get_result_setter(Pres)
         @test all(1:paths[1][3]) do i
             buffersetter(P,P2,i)
-            P.matrix[1].num.a[1][i] == P2.matrix[1].num.a[1] &&
-            P.matrix[1].den.a[2][i] == P2.matrix[1].den.a[2]
+            P.matrix[1].num.coeffs[1][i] == P2.matrix[1].num.coeffs[1] &&
+            P.matrix[1].den.coeffs[2][i] == P2.matrix[1].den.coeffs[2]
             P2res = f(P2)
             resultsetter(Pres, P2res, i)
-            Pres.matrix[1].num.a[1][i] == P2res.matrix[1].num.a[1] &&
-            Pres.matrix[1].den.a[2][i] == P2res.matrix[1].den.a[2]
+            Pres.matrix[1].num.coeffs[1][i] == P2res.matrix[1].num.coeffs[1] &&
+            Pres.matrix[1].den.coeffs[2][i] == P2res.matrix[1].den.coeffs[2]
         end
     end
 
     @test mean_object(complex(1. ± 0.1, 1.)) isa ComplexF64
     @test mean_object(complex(1. ± 0.1, 1.)) ≈ complex(1,1) atol=1e-3
 
     Ps = MonteCarloMeasurements.make_scalar(P)
-    @test MonteCarloMeasurements.particletypetuple(Ps.matrix[1].num.a[1]) == (Float64,1,Particles)
-    @test MonteCarloMeasurements.particletypetuple(MonteCarloMeasurements.restore_scalar(Ps,50).matrix[1].num.a[1]) == (Float64,50,Particles)
+    @test MonteCarloMeasurements.particletypetuple(Ps.matrix[1].num.coeffs[1]) == (Float64,1,Particles)
+    @test MonteCarloMeasurements.particletypetuple(MonteCarloMeasurements.restore_scalar(Ps,50).matrix[1].num.coeffs[1]) == (Float64,50,Particles)
 
     unsafe_comparisons(false)
 end