def draw_circuit(self, tex_dir="./circuit_tex", write_to_file=True):
r"""Draw the circuit using the Qcircuit :math:`\LaTeX` package.
This will generate the LaTeX code required to draw the quantum circuit
diagram corresponding to the Program.
The drawing of the following Xanadu supported operations are currently supported:
.. rst-class:: docstable
+-------------------+------------------------------------------------------------------------------------------------------------------------------------------------------------------------+
| Gate type | Supported gates |
+===================+========================================================================================================================================================================+
| Single mode gates | :class:`~.Dgate`, :class:`~.Xgate`, :class:`~.Zgate`, :class:`~.Sgate`, :class:`~.Rgate`, :class:`~.Pgate`, :class:`~.Vgate`, :class:`~.Kgate`, :class:`~.Fouriergate` |
+-------------------+------------------------------------------------------------------------------------------------------------------------------------------------------------------------+
| Two mode gates | :class:`~.BSgate`, :class:`~.S2gate`, :class:`~.CXgate`, :class:`~.CZgate`, :class:`~.CKgate` |
+-------------------+------------------------------------------------------------------------------------------------------------------------------------------------------------------------+
.. note::
Measurement operations :class:`~.MeasureHomodyne`, :class:`~.MeasureHeterodyne`,
and :class:`~.MeasureFock` are not currently supported.
Args:
tex_dir (str): relative directory for latex document output
write_to_file (bool): if False, no output file is created
Returns:
list[str]: filename of the written tex document and the written tex content
"""
drawer = sfcd.Circuit(wires=self.init_num_subsystems)
self.print(drawer.parse_op)
tex = drawer.dump_to_document()
document = None
if write_to_file:
document = drawer.compile_document(tex_dir=tex_dir)
return [document, tex]
def draw_circuit(self, tex_dir='./circuit_tex', write_to_file=True):
r"""Draw the circuit using the Qcircuit :math:`\LaTeX` package.
This will generate the LaTeX code required to draw the quantum circuit
diagram corresponding to the Program.
Args:
tex_dir (str): relative directory for latex document output
write_to_file (bool): if False, no output file is created
Returns:
list[str]: filename of the written tex document and the written tex content
"""
drawer = sfcd.Circuit(wires=self.init_num_subsystems)
self.print(drawer.parse_op)
tex = drawer.dump_to_document()
document = None
if write_to_file:
document = drawer.compile_document(tex_dir=tex_dir)
return [document, tex]