qasm2image 0.8.0

依赖性

工具和所有依赖项都可以通过pip工具获得。请参阅下面的安装说明。

安装程序

pip3 install cffi
pip3 install qasm2image

在python环境中

# Import the functionsfromqasm2imageimportqasm2svgfromqasm2imageimportqasm2png# Generate your QASM string (either read from a file or generate a circuit and ask for its QASM).qasm_str="..."# Define the basis used to represent the circuitbasis='u1,u2,u3,U,cx'# Compute the SVG representationsvg_str=qasm2svg(qasm_str,basis=basis,show_clbits=True)# Compute the PNG representationpng_bytes=qasm2png(qasm_str,basis=basis,show_clbits=True)# Types of the outputsasserttype(svg_str)isstrasserttype(png_bytes)isbytes# Write the result into fileswithopen('circuit.svg','w')assvg_file:svg_file.write(svg_str)# Don't forget to write in *binary* mode for PNGwithopen('circuit.png','wb')aspng_file:png_file.write(png_bytes)

在外壳环境中

提供了一个脚本，可以直接从命令行更改qasm代码。

$ qasm2image -h
usage: qasm2image [-h][-b BASIS][--hide-clbits][-s SCALE]
                  input_file output_file

Transform a quantum circuit in QASM format to an image format.

positional arguments:
  input_file            the QASM file implementing the circuit to transform
  output_file           the image file that will be generated by the tool

optional arguments:
  -h, --help            show this help message and exit
  -b BASIS, --basis BASIS
                        a comma-separated list of gate names which represent
                        the gate basis in which the circuit will be decomposed
  --hide-clbits         if present, classical bits will not be represented
  -s SCALE, --scale SCALE
                        scale of the PNG image. SVG output is not affected by
                        this parameter

adder.qasm

qft.qasm

inverseqft1.qasm

inverseqft2.qasm

qec.qasm

相同的qasm代码，但是设置了hide-clbits选项：qasm2image --hide-clbitsqec.{qasm,png}。

teleportv2.qasm