apply_pauli_rotation#

cuquantum.bindings.custatevecEx.apply_pauli_rotation( intptr_t state_vector, double theta, paulis, targets, int32_t num_targets, controls, control_bit_values, int32_t num_controls, )[source]#

Apply the exponential of a multi-qubit Pauli operator.

Parameters:

state_vector (intptr_t) – state vector instance.
theta (double) – theta.
paulis (object) –
host pointer to custatevecPauli_t array. It can be:
- an int as the pointer address to the array, or
- a Python sequence of custatevecPauli_t.
targets (object) –
pointer to a host array of target wires. It can be:
- an int as the pointer address to the array, or
- a Python sequence of int32_t.
num_targets (int32_t) – the number of target wires.
controls (object) –
pointer to a host array of control wires. It can be:
- an int as the pointer address to the array, or
- a Python sequence of int32_t.
control_bit_values (object) –
pointer to a host array of control bit values. It can be:
- an int as the pointer address to the array, or
- a Python sequence of int32_t.
num_controls (int32_t) – the number of control wires.