Adapt to new chi-interface

See JuliaQuantumControl/QuantumControlBase.jl#85
JuliaQuantumControl · Jul 17, 2024 · ed306d3 · ed306d3
1 parent cbfea17
commit ed306d3
Showing 1 changed file with 13 additions and 18 deletions.
diff --git a/test/test_weyl_chamber.jl b/test/test_weyl_chamber.jl
@@ -248,19 +248,16 @@ end
     ]
 
     J_T = gate_functional(D_PE; unitarity_weight=0.0)
-    chi_pe! = make_chi(J_T, trajectories)
-    ϕ = [Ψ1, Ψ2, Ψ3, Ψ4]
-    χ_zygote = [similar(ϕₖ) for ϕₖ in ϕ]
-    chi_pe!(χ_zygote, ϕ, trajectories)
+    chi_pe = make_chi(J_T, trajectories)
+    Ψ = [Ψ1, Ψ2, Ψ3, Ψ4]
+    χ_zygote = chi_pe(Ψ, trajectories)
 
-    gate_chi_pe! = make_gate_chi(D_PE, trajectories; unitarity_weight=0.0)
-    χ_gate_zygote = [similar(ϕₖ) for ϕₖ in ϕ]
-    gate_chi_pe!(χ_gate_zygote, ϕ, trajectories)
+    gate_chi_pe = make_gate_chi(D_PE, trajectories; unitarity_weight=0.0)
+    χ_gate_zygote = gate_chi_pe(Ψ, trajectories)
 
-    gate_chi_pe_fd! =
+    gate_chi_pe_fd =
         make_gate_chi(D_PE, trajectories; automatic=FiniteDifferences, unitarity_weight=0.0)
-    χ_gate_fd = [similar(ϕₖ) for ϕₖ in ϕ]
-    gate_chi_pe_fd!(χ_gate_fd, ϕ, trajectories)
+    χ_gate_fd = gate_chi_pe_fd(Ψ, trajectories)
 
     vec_angle(v⃗, w⃗) = acos((v⃗ ⋅ w⃗) / (norm(v⃗) * norm(w⃗)))
 
@@ -293,7 +290,7 @@ end
     J_T_val = 0.0
     local J_T_U
     local J_T
-    local ϕ
+    local Ψ
 
     basis = [ket(lbl; N=2) for lbl in ("00", "01", "10", "11")]
     H = random_matrix(4; hermitian=true, complex=false)
@@ -306,18 +303,16 @@ end
     end
 
     U = canonical_gate(c1, c2, c3)
-    ϕ = U' * basis
+    Ψ = U' * basis
 
     J_T_U = U -> 1 - gate_concurrence(U)
     J_T = gate_functional(J_T_U)
 
-    gate_chi_pe! = make_gate_chi(J_T_U, trajectories)
-    χ_gate_zygote = [similar(ϕₖ) for ϕₖ in ϕ]
-    gate_chi_pe!(χ_gate_zygote, ϕ, trajectories)
+    gate_chi_pe = make_gate_chi(J_T_U, trajectories)
+    χ_gate_zygote = gate_chi_pe(Ψ, trajectories)
 
-    gate_chi_pe_fd! = make_gate_chi(J_T_U, trajectories; automatic=FiniteDifferences)
-    χ_gate_fd = [similar(ϕₖ) for ϕₖ in ϕ]
-    gate_chi_pe_fd!(χ_gate_fd, ϕ, trajectories)
+    gate_chi_pe_fd = make_gate_chi(J_T_U, trajectories; automatic=FiniteDifferences)
+    χ_gate_fd = gate_chi_pe_fd(Ψ, trajectories)
 
     # Does Zygote gate gradient and FD gate gradient match?
     @test norm(χ_gate_zygote[1] - χ_gate_fd[1]) < 1e-8