@verbose
def source_induced_power(epochs, inverse_operator, frequencies, label=None, lambda2=(1.0 / 9.0), method='dSPM', nave=1, n_cycles=5, decim=1, use_fft=False, pick_ori=None, baseline=None, baseline_mode='logratio', pca=True, n_jobs=1, zero_mean=False, prepared=False, verbose=None):
 method = _check_method(method)
 pick_ori = _check_ori(pick_ori)
 (power, plv, vertno) = _source_induced_power(epochs, inverse_operator, frequencies, label=label, lambda2=lambda2, method=method, nave=nave, n_cycles=n_cycles, decim=decim, use_fft=use_fft, pick_ori=pick_ori, pca=pca, n_jobs=n_jobs, prepared=False)
 power = rescale(power, epochs.times[::decim], baseline, baseline_mode, copy=False)
 return (power, plv)

@ verbose def source_induced_power ( epochs , inverse_operator , frequencies , label = None , lambda2 = ( 1.0 / 9.0 ) , method = 'dSPM' , nave = 1 , n_cycles = 5 , decim = 1 , use_fft = False , pick_ori = None , baseline = None , baseline_mode = 'logratio' , pca = True , n_jobs = 1 , zero_mean = False , prepared = False , verbose = None ) : method = _check_method ( method ) pick_ori = _check_ori ( pick_ori ) ( power , plv , vertno ) = _source_induced_power ( epochs , inverse_operator , frequencies , label = label , lambda2 = lambda2 , method = method , nave = nave , n_cycles = n_cycles , decim = decim , use_fft = use_fft , pick_ori = pick_ori , pca = pca , n_jobs = n_jobs , prepared = False ) power = rescale ( power , epochs . times [ : : decim ] , baseline , baseline_mode , copy = False ) return ( power , plv )
compute induced power and phase lock .