arfit.py
def arfit_frames(data, pmin=1, pmax=40, selector='sbc'):
    '''acquire in put data matrix and call arfit for each frame
    @data: input array in shape [num_frames, frame_len]
    @pmin: minimal AR order to select, default 1
    @pmax: maximum AR order to select, default 40
    @selector: order selection criterion
    @no_const: decision on no intercept vector to be fitted

    @return: an integer of selected order
    '''
    num_frames = data.shape[0]
    ar_orders = np.zeros((num_frames,))
    for i in range(num_frames):
        ar_orders[i] = arfit(data[i,:], pmin=pmin, pmax=pmax, 
                             selector=selector)
    return ar_orders
acquire in put data matrix and call arfit for each frame
    @data: input array in shape [num_frames, frame_len]
    @pmin: minimal AR order to select, default 1
    @pmax: maximum AR order to select, default 40
    @selector: order selection criterion
    @no_const: decision on no intercept vector to be fitted

    @return: an integer of selected order
    
acquire in put data matrix and call arfit for each frame
acquire in put data matrix and call arfit for each frame
def arfit_frames(data, pmin=1, pmax=40, selector='sbc'):
    num_frames = data.shape[0]
    ar_orders = np.zeros((num_frames,))
    for i in range(num_frames):
        ar_orders[i] = arfit(data[i,:], pmin=pmin, pmax=pmax, 
                             selector=selector)
    return ar_orders
def arfit_frames ( data , pmin = 1 , pmax = 40 , selector = 'sbc' ) : num_frames = data . shape [ 0 ] ar_orders = np . zeros ( ( num_frames , ) ) for i in range ( num_frames ) : ar_orders [ i ] = arfit ( data [ i , : ] , pmin = pmin , pmax = pmax , selector = selector ) return ar_orders
acquire in put data matrix and call arfit for each frame
acquire in put data matrix and call arfit for each frame
'''acquire in put data matrix and call arfit for each frame
    @data: input array in shape [num_frames, frame_len]
    @pmin: minimal AR order to select, default 1
    @pmax: maximum AR order to select, default 40
    @selector: order selection criterion
    @no_const: decision on no intercept vector to be fitted

    @return: an integer of selected order
    '''
an integer of selected order
an integer of selected order
data
pmin
pmax
selector
data
input array in shape [num_frames, frame_len]
input array in shape [ num_frames frame_len ]
pmin
minimal AR order to select, default 1
minimal AR order to select default 1
pmax
maximum AR order to select, default 40
maximum AR order to select default 40
selector
order selection criterion
order selection criterion
no_const
decision on no intercept vector to be fitted
decision on no intercept vector to be fitted