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import numpy as np
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from pylfsr import LFSR
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state = [0,0,0,1,0]
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fpoly = [5,3]
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L = LFSR(fpoly=fpoly,initstate =state)
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# Generate K-bits
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k=10
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seq_k = L.runKCycle(k)
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print('10 bits')
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print(L.arr2str(seq_k))
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print('')
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# Generate bits of one full period. LFSR = 2^M-1, for M-bit LFSR).
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seq_full = L.runFullPeriod()
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print('Full period of LFSR = 31-cycles')
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print(L.arr2str(seq_full))
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L.Viz()