UNIQORN -- The Universal Neural-network Interface for Quantum Observable Readout from N-body wavefunctions
rel_phase_package Namespace Reference

Functions

def gauss (x, amp, wid)
 
def Pmodel (x, amp, wid, con, freq, phase)
 
def initial_fit (xdata, ydata, freq_min, bound, plot=1)
 
def scatterplot (phases, contrasts)
 
def circular_var (phases)
 
def circular_mean (phases)
 
def fit_plot (mean, var)
 
def extract_info (filename, freq_min)
 
def plot_phase_histogram (phases, n_bins=15, hist_limits_x=None, hist_limits_y=None)
 

Function Documentation

◆ circular_mean()

def rel_phase_package.circular_mean (   phases)
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◆ circular_var()

def rel_phase_package.circular_var (   phases)
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◆ extract_info()

def rel_phase_package.extract_info (   filename,
  freq_min 
)
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◆ fit_plot()

def rel_phase_package.fit_plot (   mean,
  var 
)

◆ gauss()

def rel_phase_package.gauss (   x,
  amp,
  wid 
)

◆ initial_fit()

def rel_phase_package.initial_fit (   xdata,
  ydata,
  freq_min,
  bound,
  plot = 1 
)
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◆ plot_phase_histogram()

def rel_phase_package.plot_phase_histogram (   phases,
  n_bins = 15,
  hist_limits_x = None,
  hist_limits_y = None 
)

◆ Pmodel()

def rel_phase_package.Pmodel (   x,
  amp,
  wid,
  con,
  freq,
  phase 
)
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◆ scatterplot()

def rel_phase_package.scatterplot (   phases,
  contrasts 
)