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def | __init__ (self) |
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def | fit_band_delay (self, tone_phasors, ref_frequency, cut_threshold=0.0, verbosity=0) |
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def | fit_function1 (self, par, fit_data) |
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def | fit_function2 (self, par, fit_data) |
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def | fit_function3 (self, par, fit_data) |
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def | get_initial_band_delay (self, phasor_freq_pairs, reference_frequency) |
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def | get_phase_residuals (self, fit_data, delay, phase_offset) |
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◆ __init__()
def vpal.pcc_delay_fitting.BandDelayFitter.__init__ |
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self | ) |
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◆ fit_band_delay()
def vpal.pcc_delay_fitting.BandDelayFitter.fit_band_delay |
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self, |
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tone_phasors, |
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ref_frequency, |
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cut_threshold = 0.0 , |
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verbosity = 0 |
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) |
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◆ fit_function1()
def vpal.pcc_delay_fitting.BandDelayFitter.fit_function1 |
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self, |
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par, |
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fit_data |
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) |
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a fit function to be optimized when fitting for the band delay
◆ fit_function2()
def vpal.pcc_delay_fitting.BandDelayFitter.fit_function2 |
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self, |
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par, |
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fit_data |
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) |
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a fit function to be optimized when fitting for the band delay
◆ fit_function3()
def vpal.pcc_delay_fitting.BandDelayFitter.fit_function3 |
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self, |
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par, |
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fit_data |
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a fit function to be optimized when fitting for the band delay
◆ get_initial_band_delay()
def vpal.pcc_delay_fitting.BandDelayFitter.get_initial_band_delay |
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self, |
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phasor_freq_pairs, |
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reference_frequency |
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estimate intial values for the band delay and phase
◆ get_phase_residuals()
def vpal.pcc_delay_fitting.BandDelayFitter.get_phase_residuals |
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self, |
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fit_data, |
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delay, |
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phase_offset |
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) |
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◆ basinhopping_niter
vpal.pcc_delay_fitting.BandDelayFitter.basinhopping_niter |
◆ channel_bandwidth
vpal.pcc_delay_fitting.BandDelayFitter.channel_bandwidth |
The documentation for this class was generated from the following file: