#segment sout in 250 sample bits
(x,y) = SOUT.shape
SOUT_seg = np.zeros((3000*x ,250))
for k in range(0,x):
    segs = np.squeeze(np.array_split(SOUT[k,:] / max(SOUT[k,:]), 3000)) #mit skalierung (0,1)
    #segs = np.squeeze(np.array_split(SOUT[k,:], 3000)) #ohne skalierung
    SOUT_seg[k*3000:k*3000+3000,:] = segs

#segment stim in 441 sample bits
(x,y) = SOUT.shape
STIM_seg = np.zeros((3000*x ,441))
for k in range(0,x):
    #segs = np.squeeze(np.array_split(STIM[k,:], 3000)) # ohne skalierung (-1,1)
    segs = np.squeeze(np.array_split(STIM[k,:] / max(abs(STIM[k,:])), 3000)) # mit sklalierung
    STIM_seg[k*3000:k*3000+3000,:] = segs


STIM = STIM_seg
SOUT = SOUT_seg
del STIM_seg
del SOUT_seg

print(STIM.shape)
print(SOUT.shape)