Missed qml's

Author: comp-phys-marc

pennylane/ops/op_math/controlled_ops.py

@@ -1803,7 +1803,7 @@ def _mcx_to_cnot_or_toffoli(wires, control_wires, control_values, **__):
 
 
 def _2cx_elbow_explicit_resources(**__):
-    return {qml.Elbow: 1, qml.CNOT: 1, adjoint_resource_rep(qml.Elbow): 1}
+    return {qp.Elbow: 1, qp.CNOT: 1, adjoint_resource_rep(qp.Elbow): 1}
 
 
 def _2cx_elbow_explicit_condition(num_control_wires, work_wire_type, num_work_wires, **__):
@@ -1814,9 +1814,9 @@ def _2cx_elbow_explicit_condition(num_control_wires, work_wire_type, num_work_wi
 @register_resources(_2cx_elbow_explicit_resources)
 def _2cx_elbow_explicit(wires: WiresLike, work_wires, control_values, **__):
     elbow_wires = [wires[0], wires[1], work_wires[0]]
-    qml.Elbow(elbow_wires, control_values)
-    qml.CNOT([work_wires[0], wires[2]])
-    qml.adjoint(qml.Elbow)(elbow_wires, control_values)
+    qp.Elbow(elbow_wires, control_values)
+    qp.CNOT([work_wires[0], wires[2]])
+    qp.adjoint(qp.Elbow)(elbow_wires, control_values)
 
 
 decompose_mcx_two_controls_elbows = flip_zero_control(_2cx_elbow_explicit)

pennylane/ops/op_math/decompositions/controlled_decompositions.py

@@ -423,7 +423,7 @@ def _mcx_many_workers_resource(num_control_wires, work_wire_type, num_work_wires
     if work_wire_type == "borrowed":
         return {ops.Toffoli: 4 * num_used_work_wires}
     if num_work_wires == num_used_work_wires:
-        mcx_rep = resource_rep(qml.Toffoli)
+        mcx_rep = resource_rep(qp.Toffoli)
     else:
         mcx_rep = resource_rep(
             ops.MultiControlledX,