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Let dp[n][centra][0] be the maximum money the centra can get when there is n billions zollars in the budget and is the current centra’s turn to request for money, and let dp[n][centra][1] be the minimum money the contender can get when money is maximized for the current centra. For dp[n][centra][0]=dp[n-i][1-centra][1] + i, dp[n][centra][1]=dp[n⑴][1-centra][0], and when dp[n][centra][0]=m, dp[n][centra][1]=0. Find the maximum dp[n][centra][0] and the minimum dp[n][centra][1] to solve this problem.
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The people form chains and circle. The circle (number of nodes is greater than 2) could only appear when there is only one set and 2 if 1. Denote the number of chains by k, the permutation of the chains is l, the number of available arrangements is
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Let
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Let dp[x][y] be the expected number of senators before night, x is the number of senators and y is the number of spies. In each night, y senators will be removed thus x -= y is executed. In each day, enumerate dp[x][y] will be
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