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Java实现水仙花数的各算法
- 在java中实现水仙花数的各算法，比较齐全-in achieving several of the narcissi algorithm, a relatively complete
JAVA
- 多线程编程 一个线程计算完全数和一个线程计算水仙花数 IO流 以及图形界面
ShuiXianHua
- 这是一个找出100到1000之内的水仙花数的JAVA程序。-This is a find a 1-100 within the JAVA program a few daffodils.
shuixianhua
- 这是一个水仙花数的算法 自己做的-This is a number of algorithms daffodils do their own
shuixianhua
- 打印出所有的“水仙花数”。所谓“水仙花数”是指一个 三位数，其各位数字的立方和等于该数本身。例如， 153是一个“水仙花数”，因为153=13+53+33。 -Print out all of the
java
- java的实验，几个初级的实验，包括水仙花数和输出金字塔图案-java experiments, several preliminary experiments, including a few daffodils and output pyramid logo
Triangle
- 水仙花数是三位数，它的各位数字的立方和等于这个三位数本身，例如371—33+73+1 3，则371就是一个水仙花数。编程找出所有水仙花数。-Narcissus is the three-digit number, it figures that the three-digit cube and equal to itself, for example, 371-33+73+1 3, the 371 is a few daffodils. Programming to identify the n
daffodil1
- 用java实现水仙花数，通过枚举，判断实现-daffodil
DaffodilNum
- 查找出任何两个数之间的水仙花数，水仙花数是一个数的各个位上的数字的立方和是这个数-Between the two numbers to find out any number of daffodils, narcissus number is a number of different places on a number cube and is the number of
stack
- 查找出任何两个数之间的水仙花数，水仙花数是一个数的各个位上的数字的立方和是这个数-Between the two numbers to find out any number of daffodils, narcissus number is a number of different places on a number cube and is the number of
work4
- 打印所有3位的水仙花数，水仙花数是指其各位数字的立方和等于其自身，例如153=1*1*1 + 5*5*5 + 3-Print the number of all three of the daffodils, Narcissus is the number of the digits of its cube and equal to its own, such as 153 = 1* 1* 1+ 5* 5* 5+ 3* 3* 3
NarcissusNarcissus
- 本题是在Java环境下开发的关于求解1000以内水仙花数的三种方法。-The problem is in the Java development environment within the daffodils on the number 1000 to solve the three methods.
WaterFlower
- 需要设计一个判断输入数是否是水仙花数的函数，再用主函数调用，要用JAVA编-Enter the numbers need to be designed to determine whether a number is a function of daffodils, and then the main function call, use compiled JAVA
Sy1
- 通过java编写一个简单的程序，用来输出水仙花数。-By writing a simple java program that prints the number of daffodils.
asd
- 水仙花数是三位数，它的各位数字的立方和等于这个三位数本身，例如：371=33+73+13， 371就是一个水仙花数。找出所有水仙花数
guyaun
- 学生类：学号 姓名 .... 雇员类 输出1000以内的水仙花数、-The number of students in class Employee class daffodils,
Classical-topics-and-algorithms
- Fibonacci（斐波那契）序列的递归和非递归算法Java实现,水仙花数等问题。-Fibonacci (Fibonacci) sequence of recursive and non recursive algorithm implemented in Java, a few daffodils and other issues.
IsNarcissus
- java语言，找出0到1000之间的所有水仙花数，水仙花数就是各位数字立方和等于该数本身的数-java language, find out all the between 0 and 1000 the number of daffodils, narcissus and the number is, you figure cubic number equal to the number itself
sevlet_narcissusNumberAndtxArea
- 打开Eclipse，在其环境下导入并运行计算梯形面积和水仙花数-Open Eclipse, in its environment and run into the area and daffodils calculate the number of trapezoidal
水仙花数
- 水仙花数是用来判断一个三位数的每几位数的第几次方之和是否为其本身(The number of cents spent is used to determine the sum of the first few digits of a three digit number, whether or not it is itself)