pyqpanda3.profiling.QCircuitFeatures Namespace Reference

Functions
float	compute_connectivity (pq.QCircuit circuit)
float	compute_liveness (pq.QCircuit circuit)
float	compute_parallelism (pq.QCircuit circuit)
float	compute_measurement (pq.QCircuit circuit)
float	compute_entanglement (pq.QCircuit circuit)
float	compute_depth (pq.QCircuit circuit)
	radar_factory (num_vars, frame="circle")
	(https://matplotlib.org/stable/gallery/specialty_plots/radar_chart.html)
	plot_benchmark (data, show=True, savefn=None, spoke_labels=None, legend_loc=(0.75, 0.85))
	Create a radar plot of the given benchmarks.

Variables
	transAxes

Function Documentation

compute_connectivity()

float pyqpanda3.profiling.QCircuitFeatures.compute_connectivity

(

pq.QCircuit

circuit

)

compute_depth()

float pyqpanda3.profiling.QCircuitFeatures.compute_depth

(

pq.QCircuit

circuit

)

compute_entanglement()

float pyqpanda3.profiling.QCircuitFeatures.compute_entanglement

(

pq.QCircuit

circuit

)

compute_liveness()

float pyqpanda3.profiling.QCircuitFeatures.compute_liveness

(

pq.QCircuit

circuit

)

compute_measurement()

float pyqpanda3.profiling.QCircuitFeatures.compute_measurement

(

pq.QCircuit

circuit

)

compute_parallelism()

float pyqpanda3.profiling.QCircuitFeatures.compute_parallelism

(

pq.QCircuit

circuit

)

plot_benchmark()

pyqpanda3.profiling.QCircuitFeatures.plot_benchmark	(		data,
			show = True,
			savefn = None,
			spoke_labels = None,
			legend_loc = (0.75, 0.85) )

Create a radar plot of the given benchmarks.

Input

data : List Contains the title, feature data, and labels in the format: [title, [labels], [feature vecs: [con, liv, par, mea, ent] ]]

radar_factory()

pyqpanda3.profiling.QCircuitFeatures.radar_factory	(		num_vars,
			frame = "circle" )

(https://matplotlib.org/stable/gallery/specialty_plots/radar_chart.html)

Create a radar chart with num_vars axes.

This function creates a RadarAxes projection and registers it.

Parameters

num_vars : int Number of variables for radar chart. frame : {'circle', 'polygon'} Shape of frame surrounding axes.

Variable Documentation

transAxes

pyqpanda3.profiling.QCircuitFeatures.transAxes