Functions:
| Name | Description |
|---|
full_hea | [Qmod Classiq-library function]. |
full_hea
full_hea(
num_qubits: CInt,
is_parametrized: CArray[CInt],
angle_params: CArray[CReal],
connectivity_map: CArray[CArray[CInt]],
reps: CInt,
operands_1qubit: QCallableList[Annotated[CReal, angle], Annotated[QBit, q]],
operands_2qubit: QCallableList[Annotated[CReal, angle], Annotated[QBit, q1], Annotated[QBit, q2]],
x: QArray[QBit, Literal[‘num_qubits’]]
) -> None
[Qmod Classiq-library function]
Implements an ansatz on a qubit array x with the given 1-qubit and 2-qubit operations.
The number of ansatz layers is given in argument reps.
Each layer applies the 1-qubit operands in operands_1qubit to all the qubits in x.
Next, it applies the 2-qubit operands in operands_2qubit to qubits (i, j) for each
pair of indices (i, j) in connectivity_map.
The list is_parametrized specifies whether the operands in operands_1qubit and
operands_2qubit are parametric (expect a classical argument).
is_parametrized is a list of flags (0 and 1 integers) of length
len(operands_1qubit) + len(operands_2qubit).
The first len(operands_1qubit) flags refer to the operands_1qubit operands and
the next len(operands_2qubit) flags refer to the operands_2qubit operands.
The classical arguments to the parametric operands are given in argument
angle_params.
angle_params concatenates a set of arguments for each ansatz layer.
Each set contains an argument for each qubit in x times the number
of parametric operands in operands_1qubit.
These are followed by an argument for each mapping pair in connectivity_map times
the number of parametric operands in operands_2qubit.
Parameters:
| Name | Type | Description | Default |
|---|
num_qubits | CInt | The length of qubit array x | required |
is_parametrized | CArray[CInt] | A list of 0 and 1 flags | required |
angle_params | CArray[CReal] | | required |
connectivity_map | CArray[CArray[CInt]] | A list of pairs of qubit indices | required |
reps | CInt | The number of ansatz layers | required |
operands_1qubit | QCallableList[Annotated[CReal, angle], Annotated[QBit, q]] | A list of operations on a single qubit | required |
operands_2qubit | QCallableList[Annotated[CReal, angle], Annotated[QBit, q1], Annotated[QBit, q2]] | A list of operations on two qubits | required |
x | QArray[QBit, Literal['num_qubits']] | The quantum object to be transformed by the ansatz | required |
