quantify_scheduler.schedules._visualization.circuit_diagram

Plotting functions used in the visualization backend of the sequencer.

Module Contents

Functions

gate_box(ax, time, qubit_idxs, text, **kw)

A box for a single gate containing a label.

pulse_baseband(ax, time, qubit_idxs, text, **kw)

Adds a visual indicator for a Baseband pulse to the matplotlib.axes.Axis

pulse_modulated(ax, time, qubit_idxs, text, **kw)

Adds a visual indicator for a Modulated pulse to the matplotlib.axes.Axis

meter(ax, time, qubit_idxs, text, **kw)

A simple meter to depict a measurement.

acq_meter(ax, time, qubit_idxs, text, **kw)

Variation of the meter to depict a acquisition.

acq_meter_text(ax, time, qubit_idxs, text, **kw)

Same as acq_meter, but also displays text.

cnot(ax, time, qubit_idxs, text, **kw)

Markers to denote a CNOT gate between two qubits.

cz(ax, time, qubit_idxs, text, **kw)

Markers to denote a CZ gate between two qubits.

reset(ax, time, qubit_idxs, text, **kw)

A broken line to denote qubit initialization.

_locate_qubit_in_address(qubit_map, address)

Returns the name of a qubit in a pulse address.

circuit_diagram_matplotlib(...)

Creates a circuit diagram visualization of a schedule using matplotlib.
gate_box(ax: matplotlib.axes.Axes, time: float, qubit_idxs: List[int], text: str, **kw)[source]

A box for a single gate containing a label.

Parameters

  • ax –

  • time –

  • qubit_idxs –

  • text –

pulse_baseband(ax: matplotlib.axes.Axes, time: float, qubit_idxs: List[int], text: str, **kw)[source]

Adds a visual indicator for a Baseband pulse to the matplotlib.axes.Axis instance.

Parameters

  • ax –

  • time –

  • qubit_idxs –

  • text –

pulse_modulated(ax: matplotlib.axes.Axes, time: float, qubit_idxs: List[int], text: str, **kw)[source]

Adds a visual indicator for a Modulated pulse to the matplotlib.axes.Axis instance.

Parameters

  • ax –

  • time –

  • qubit_idxs –

  • text –

meter(ax: matplotlib.axes.Axes, time: float, qubit_idxs: List[int], text: str, **kw)[source]

A simple meter to depict a measurement.

Parameters

  • ax –

  • time –

  • qubit_idxs –

  • text –

acq_meter(ax: matplotlib.axes.Axes, time: float, qubit_idxs: List[int], text: str, **kw)[source]

Variation of the meter to depict a acquisition.

Parameters

  • ax –

  • time –

  • qubit_idxs –

  • text –

acq_meter_text(ax: matplotlib.axes.Axes, time: float, qubit_idxs: List[int], text: str, **kw)[source]

Same as acq_meter, but also displays text.

Parameters

  • ax –

  • time –

  • qubit_idxs –

  • text –

cnot(ax: matplotlib.axes.Axes, time: float, qubit_idxs: List[int], text: str, **kw)[source]

Markers to denote a CNOT gate between two qubits.

Parameters

  • ax –

  • time –

  • qubit_idxs –

  • text –

cz(ax: matplotlib.axes.Axes, time: float, qubit_idxs: List[int], text: str, **kw)[source]

Markers to denote a CZ gate between two qubits.

Parameters

  • ax –

  • time –

  • qubit_idxs –

  • text –

reset(ax: matplotlib.axes.Axes, time: float, qubit_idxs: List[int], text: str, **kw)[source]

A broken line to denote qubit initialization.

Parameters

  • ax – matplotlib axis object.

  • time – x position to draw the reset on

  • qubit_idxs – indices of the qubits that the reset is performed on.

  • text –

_locate_qubit_in_address(qubit_map, address)[source]

Returns the name of a qubit in a pulse address.

circuit_diagram_matplotlib(schedule: quantify_scheduler.Schedule, figsize: Tuple[int, int] = None, ax: Optional[matplotlib.axes.Axes] = None) → Tuple[matplotlib.figure.Figure, Union[matplotlib.axes.Axes, List[matplotlib.axes.Axes]]][source]

Creates a circuit diagram visualization of a schedule using matplotlib.

Parameters

  • schedule – the schedule to render.

  • figsize – matplotlib figsize.

  • ax – Axis handle to use for plotting.

Returns

  • fig – matplotlib figure object.

  • ax – matplotlib axis object.