Module libquantum.export
This module contains functions for exporting time scales and frequencies to screen
Expand source code
"""
This module contains functions for exporting time scales and frequencies to screen
"""
from libquantum import scales
def print_scales_to_screen(scale_order_input: float,
scale_base_input: float,
scale_ref_input: float,
scale_sample_interval_input: float,
scale_high_input: float) -> None:
"""
Displays time scales to screen for examination and presentation
:param scale_order_input: Nth order specification
:param scale_base_input: G2 or G3
:param scale_ref_input: Reference time scale
:param scale_sample_interval_input: inverse of the sample rate
:param scale_high_input: highest scale of interest
:return: plot to screen
"""
scale_order, scale_base, scale_band_number, scale_ref, scale_center_algebraic, scale_center_geometric, \
scale_start, scale_end = \
scales.band_periods_nyquist(scale_order_input, scale_base_input,
scale_ref_input,
scale_sample_interval_input, scale_high_input)
print('Scale Order:', scale_order)
print('Reference scale:', scale_ref)
print('%8s%12s%12s%12s%12s' % ('Band #', 'Center Geo', 'Center Alg', 'Lower', 'Upper'))
for i in range(scale_band_number.size):
print('%+8i%12.4e%12.4e%12.4e%12.4e' % (int(scale_band_number[i]),
scale_center_geometric[i], scale_center_algebraic[i],
scale_start[i], scale_end[i]))
def print_frequencies_to_screen(frequency_order_input: float,
frequency_base_input: float,
frequency_ref_input: float,
frequency_low_input: float,
frequency_sample_rate_input: float) -> None:
"""
Displays frequencies to screen for examination and presentation
:param frequency_order_input: Nth order
:param frequency_base_input: G2 or G3
:param frequency_ref_input: reference frequency
:param frequency_low_input: lowest frequency of interest
:param frequency_sample_rate_input: sample rate
:return: plot to screen
"""
frequency_order, frequency_base, frequency_band_number, frequency_ref, frequency_center_algebraic, \
frequency_center_geometric, frequency_start, frequency_end = \
scales.band_frequencies_nyquist(frequency_order_input, frequency_base_input,
frequency_ref_input,
frequency_low_input, frequency_sample_rate_input)
print('Scale Order:', frequency_order)
print('Reference frequency:', frequency_ref)
print('%8s%12s%12s%12s%12s' % ('Band #', 'Center Geo', 'Center Alg', 'Lower', 'Upper'))
for i in range(frequency_band_number.size):
print('%+8i%12.4e%12.4e%12.4e%12.4e' % (int(frequency_band_number[i]),
frequency_center_geometric[i], frequency_center_algebraic[i],
frequency_start[i], frequency_end[i]))Functions
def print_frequencies_to_screen(frequency_order_input: float, frequency_base_input: float, frequency_ref_input: float, frequency_low_input: float, frequency_sample_rate_input: float) ‑> NoneType-
Displays frequencies to screen for examination and presentation
:param frequency_order_input: Nth order :param frequency_base_input: G2 or G3 :param frequency_ref_input: reference frequency :param frequency_low_input: lowest frequency of interest :param frequency_sample_rate_input: sample rate :return: plot to screen
Expand source code
def print_frequencies_to_screen(frequency_order_input: float, frequency_base_input: float, frequency_ref_input: float, frequency_low_input: float, frequency_sample_rate_input: float) -> None: """ Displays frequencies to screen for examination and presentation :param frequency_order_input: Nth order :param frequency_base_input: G2 or G3 :param frequency_ref_input: reference frequency :param frequency_low_input: lowest frequency of interest :param frequency_sample_rate_input: sample rate :return: plot to screen """ frequency_order, frequency_base, frequency_band_number, frequency_ref, frequency_center_algebraic, \ frequency_center_geometric, frequency_start, frequency_end = \ scales.band_frequencies_nyquist(frequency_order_input, frequency_base_input, frequency_ref_input, frequency_low_input, frequency_sample_rate_input) print('Scale Order:', frequency_order) print('Reference frequency:', frequency_ref) print('%8s%12s%12s%12s%12s' % ('Band #', 'Center Geo', 'Center Alg', 'Lower', 'Upper')) for i in range(frequency_band_number.size): print('%+8i%12.4e%12.4e%12.4e%12.4e' % (int(frequency_band_number[i]), frequency_center_geometric[i], frequency_center_algebraic[i], frequency_start[i], frequency_end[i])) def print_scales_to_screen(scale_order_input: float, scale_base_input: float, scale_ref_input: float, scale_sample_interval_input: float, scale_high_input: float) ‑> NoneType-
Displays time scales to screen for examination and presentation
:param scale_order_input: Nth order specification :param scale_base_input: G2 or G3 :param scale_ref_input: Reference time scale :param scale_sample_interval_input: inverse of the sample rate :param scale_high_input: highest scale of interest :return: plot to screen
Expand source code
def print_scales_to_screen(scale_order_input: float, scale_base_input: float, scale_ref_input: float, scale_sample_interval_input: float, scale_high_input: float) -> None: """ Displays time scales to screen for examination and presentation :param scale_order_input: Nth order specification :param scale_base_input: G2 or G3 :param scale_ref_input: Reference time scale :param scale_sample_interval_input: inverse of the sample rate :param scale_high_input: highest scale of interest :return: plot to screen """ scale_order, scale_base, scale_band_number, scale_ref, scale_center_algebraic, scale_center_geometric, \ scale_start, scale_end = \ scales.band_periods_nyquist(scale_order_input, scale_base_input, scale_ref_input, scale_sample_interval_input, scale_high_input) print('Scale Order:', scale_order) print('Reference scale:', scale_ref) print('%8s%12s%12s%12s%12s' % ('Band #', 'Center Geo', 'Center Alg', 'Lower', 'Upper')) for i in range(scale_band_number.size): print('%+8i%12.4e%12.4e%12.4e%12.4e' % (int(scale_band_number[i]), scale_center_geometric[i], scale_center_algebraic[i], scale_start[i], scale_end[i]))