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import os
from pylab import *
from numpy import *
# get the probabilities of going from one state to another.
data = loadtxt("mat.txt")
data = data.reshape(-1,26)
# chop off the last row and column
# transition probabilities among the transient states
Q = data[0:25,0:25]
# the transition probabilities from transient to absorbing
R = data[0:25,25:26]
#print R
# M = (I-Q)^-1
Matrix = linalg.inv(eye(25)-Q)
# B = M*R
B = Matrix*R
#print B
count = []
for i in Matrix:
sum =0
for m in i:
sum = sum + m
count.append(sum)
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