NYOJ题目114某种序列

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" alt="" />

-----------------------------------------

迭代相加即可

AC代码：

 import java.math.BigInteger;
 import java.util.Scanner;

 public class Main {

     public static void main(String[] args) {

         Scanner sc=new Scanner(System.in);

         while(sc.hasNextBigInteger()){
             BigInteger a=sc.nextBigInteger();
             BigInteger b=sc.nextBigInteger();
             BigInteger c=sc.nextBigInteger();
             for(int i=3;i<=99;i++){
                 BigInteger t=c.add(b).add(a);
                 a=b;
                 b=c;
                 c=t;
             }

             System.out.println(c.toString());
         }
     }

 }

题目来源： http://acm.nyist.net/JudgeOnline/problem.php?pid=114