pyqpanda.Visualization.quantum_state_plot

Module Contents

Functions

config_colors(x, y, z, dx, dy, dz, color)
config_normals(polygons)
config_shade_colors(color, normals[, lightsource])
state_to_density_matrix(quantum_state)	convert quantum state to density matrix
complex_phase_cmap()
config_color_array(color)
plot_state_city(state[, title, figsize, color, ...])	plot quantum state city
plot_density_matrix(M[, xlabels, ylabels, title, ...])	plot quantum state density matrix

pyqpanda.Visualization.quantum_state_plot.config_colors(x, y, z, dx, dy, dz, color)

pyqpanda.Visualization.quantum_state_plot.config_normals(polygons)

pyqpanda.Visualization.quantum_state_plot.config_shade_colors(color, normals, lightsource=None)

pyqpanda.Visualization.quantum_state_plot.state_to_density_matrix(quantum_state)

convert quantum state to density matrix

Args:

quantum state: complex list

Returns:

density matrix

Raises:

RuntimeError: if input is not a valid quantum state.

pyqpanda.Visualization.quantum_state_plot.complex_phase_cmap()

pyqpanda.Visualization.quantum_state_plot.config_color_array(color)

pyqpanda.Visualization.quantum_state_plot.plot_state_city(state, title='', figsize=None, color=None, ax_real=None, ax_imag=None)

plot quantum state city

Args:

quantum state: complex list title : string for figure color : color for figure

Returns:

matplot figure

Raises:

RuntimeError: if input is not a valid quantum state.

pyqpanda.Visualization.quantum_state_plot.plot_density_matrix(M, xlabels=None, ylabels=None, title=None, limits=None, phase_limits=None, fig=None, axis_vals=None, threshold=None)

plot quantum state density matrix

Args:

quantum state: complex list title : string for figure color : color for figure

Returns:

matplot figure

Raises:

RuntimeError: if input is not a valid quantum state.