Module quantum_inferno.plot_templates.quick_plots

This module contains quick plotting routines

Functions

def plot_st_window_tdr_lin(window: numpy.ndarray, freq_sx: numpy.ndarray, time_fft: numpy.ndarray) ‑> matplotlib.figure.Figure

plot something

:param window: :param freq_sx: :param time_fft: :return: figure of waveform for plotting

def plot_st_window_tfr_bits(window: numpy.ndarray, frequency_sx: numpy.ndarray, frequency_fft: numpy.ndarray) ‑> matplotlib.figure.Figure

plot something

:param window: :param frequency_sx: :param frequency_fft: :return: figure of waveform for plotting

def plot_st_window_tfr_lin(window: numpy.ndarray, frequency_sx: numpy.ndarray, frequency_fft: numpy.ndarray) ‑> matplotlib.figure.Figure

plot something

:param window: :param frequency_sx: :param frequency_fft: :return: figure of waveform for plotting

def plot_tdr_rms(sig_wfm: numpy.ndarray, sig_time: numpy.ndarray, sig_rms_wf: numpy.ndarray, sig_rms_time: numpy.ndarray, signal_time_base: str = 'seconds') ‑> matplotlib.figure.Figure

Waveform

:param sig_wfm: :param sig_time: :param sig_rms_wf: :param sig_rms_time: :param signal_time_base: :return: figure of waveform for plotting

def plot_tdr_sig(sig_wfm: numpy.ndarray, sig_time: numpy.ndarray, signal_time_base: str = 'seconds') ‑> matplotlib.figure.Figure

Waveform

:param sig_wfm: :param sig_time: :param signal_time_base: :return: figure of waveform for plotting

def plot_tfr_bits(tfr_power: numpy.ndarray, tfr_frequency: numpy.ndarray, tfr_time: numpy.ndarray, bits_min: float = -8, bits_max: float = 0, title_str: str = 'TFR, top bits', y_scale: str = None, tfr_x_str: str = 'Time, seconds', tfr_y_str: str = 'Frequency, hz', tfr_y_flip: bool = False) ‑> matplotlib.figure.Figure

TFR in bits

:param tfr_power: :param tfr_frequency: :param tfr_time: :param bits_max: :param bits_min: :param y_scale: :param title_str: :param tfr_x_str: :param tfr_y_str: :param tfr_y_flip: :return: figure of waveform for plotting

def plot_tfr_lin(tfr_power: numpy.ndarray, tfr_frequency: numpy.ndarray, tfr_time: numpy.ndarray, title_str: str = 'TFR, power', signal_time_base: str = 'seconds') ‑> matplotlib.figure.Figure

TFR in linear power

:param tfr_power: :param tfr_frequency: :param tfr_time: :param title_str: :param signal_time_base: :return: figure of waveform for plotting