minor

Author: harshangrjn

examples/parametrized_gates.jl

@@ -9,16 +9,16 @@ function parametrized_hermitian_gates()
         return exp(im*A*t)
     end
 
-    num_qubits = 3
+    num_qubits = 2
     A_i = 1 # 1 <= i,j <= num_qubits
-    A_j = 3 # 1 <= i,j <= num_qubits
+    A_j = 4 # 1 <= i,j <= num_qubits
     t = 2.5
 
     return Dict{String, Any}(
     "num_qubits" => num_qubits, 
-    "maximum_depth" => 8,
-    # "elementary_gates" => ["RX_1", "RX_2", "CRX_1_2", "CRX_2_1", "CNot_1_2", "CNot_2_1", "Identity"],
-    "elementary_gates" => ["RX_1", "RX_2", "RX_3", "CRX_1_2", "CRX_2_1", "CRX_2_3", "CRX_3_2", "CNot_1_2", "CNot_2_1", "CNot_2_3", "CNot_3_2", "Identity"],
+    "maximum_depth" => 10,
+    "elementary_gates" => ["RX_1", "RX_2", "CRX_1_2", "CRX_2_1", "CNot_1_2", "CNot_2_1", "Identity"],
+    # "elementary_gates" => ["RX_1", "RX_2", "RX_3", "CRX_1_2", "CRX_2_1", "CRX_2_3", "CRX_3_2", "CNot_1_2", "CNot_2_1", "CNot_2_3", "CNot_3_2", "Identity"],
     "target_gate" => target_gate(num_qubits, A_i, A_j, t),
     "objective" => "minimize_depth", 
     "decomposition_type" => "exact_optimal",

examples/run_examples.jl

@@ -13,7 +13,7 @@ include("5qubit_gates.jl")
 include("parametrized_gates.jl")
 include("decompose_all_gates.jl")
 
-decompose_gates = ["parametrized_hermitian_gates"]
+# decompose_gates = ["iSwap"]
 
 #----------------------------------------------#
 #      Quantum Circuit Optimization model      #