pyqpanda.Visualization.bloch_plot

Module Contents

Classes

pauli
gate_node
PlotVector

Functions

count_pauli(i)
get_single_paulis(num_qubits, index)
plot_bloch_vector(bloch[, title, axis_obj, fig_size])	Draw a quantum state bloch view
plot_bloch_multivector(state[, title, fig_size])	Draw a quantum state bloch view
normalize(v[, tolerance])
bloch_plot_dict(frames_per_gate)
traversal_circuit(circuit)
plot_bloch_circuit(circuit[, trace, saveas, fps, ...])	Draw a quantum circuit bloch view , only support one qubit

pyqpanda.Visualization.bloch_plot.count_pauli(i)

class pyqpanda.Visualization.bloch_plot.pauli(z, x)

Bases: object

to_matrix()

pyqpanda.Visualization.bloch_plot.get_single_paulis(num_qubits, index)

pyqpanda.Visualization.bloch_plot.plot_bloch_vector(bloch, title='bloch', axis_obj=None, fig_size=None)

Draw a quantum state bloch view

Args:

state : the quantum state title : the figure title fig_size : the figure size

Returns:

bloch figure shows quantum state

pyqpanda.Visualization.bloch_plot.plot_bloch_multivector(state, title='', fig_size=None)

Draw a quantum state bloch view

Args:

state : the quantum state title : the figure title fig_size : the figure size

Returns:

bloch figure shows quantum state

pyqpanda.Visualization.bloch_plot.normalize(v, tolerance=1e-05)

class pyqpanda.Visualization.bloch_plot.gate_node(name, theta)

Bases: object

class pyqpanda.Visualization.bloch_plot.PlotVector

static from_axisangle(theta, v)

static from_value(value)

get_conjugate()

get_axisangle()

tolist()

vector_norm()

pyqpanda.Visualization.bloch_plot.bloch_plot_dict(frames_per_gate)

pyqpanda.Visualization.bloch_plot.traversal_circuit(circuit)

pyqpanda.Visualization.bloch_plot.plot_bloch_circuit(circuit, trace=True, saveas=None, fps=20, secs_per_gate=1)

Draw a quantum circuit bloch view , only support one qubit

Args:

circuit : the quantum circuit trace : whether shows the trace fps : flash fps

Returns:

bloch figure shows quantum circuit