def fft_method(self, data, srate, epochs):
from meg import fftmeg,nearest
'''fftmeg.calc(p.data.data_block, p.data.srate,epochs=p.data.numofepochs)'''
fftout = fftmeg.calc(data, srate,epochs=epochs)
cut_low = nearest.nearest(fftout.freq,self.hz_range[0])[0]
cut_high = nearest.nearest(fftout.freq,self.hz_range[1])[0]
self.result = fftout.pow[cut_low:cut_high]
def fft(self):
from meg import fftmeg
self.results.fft = fftmeg.calc(self.data.data_block ,1/self.hdr.header_data.sample_period, epochs=self.data.numofepochs)
