def __init__(self,fundamental_freqs=None,zbd_voltages=None):
if fundamental_freqs is None:
self._fundamental_freqs = []
self._zbd_voltages = []
else:
self._fundamental_freqs = fundamental_freqs
self._zbd_voltages = zbd_voltages
self.interpolater = interpolater.interpolater()
import numpy as np
import matplotlib.pyplot as pyplot
import interpolater
data_files= [
'2014-04-10_0_turns_both.npz','2014-04-10_4_turns_both.npz','2014-04-10_6_turns_both.npz',
'2014-04-10_8_turns_both.npz','2014-04-10_10_turns_both.npz'
]
interp=interpolater.interpolater()
pow_list=range(len(data_files))
freq_list=range(len(data_files))
mult_list=range(len(data_files))
prefix='./data_for_processing/'
for i in range(len(data_files)):
data=np.load(prefix+data_files[i])
pow_list[i],freq_list[i],mult_list[i]=interp.convert(data['freq'],data['x'])
pyplot.subplot(1,1,1)
for i in range(len(data_files)):
pyplot.plot(freq_list[i],pow_list[i])
pyplot.yscale('log')
pyplot.xlabel('Frequency')
pyplot.ylabel('Power (W)')
pyplot.show()