资源列表
Jacobi
- jacobi迭代法解方程组的具体实现算法 用c++开发的源程序
Complex_Algorithm
- Numerical algorithm for Complex numbers -Numerical algorithm for Complex numbers
FDTD3-
- FDTD外推法仿真 利用Fortran编写 带注释-an example code for FDTD simulation
3
- 函数ReadDat()实现从文件IN.DAT中读取一篇英文文章存入到字符串数组xx中,请编制函数StrOL(),其函数的功能是:以行为单位对行中以空格或标点符号为分隔的所有单词进行倒排。最后把已处理的字符串(应不含标点符号)仍按行重新存入字符串数组xx中,最后调用函数writeDat()把结果xx输出到文件OUT6.DAT中。-Function ReadDat () to read from a file IN.DAT an article in English into the string
Fortran_FDTD
- The fortran fdtd program module
gs
- 高斯-塞格尔法迭代程序,供需要的人参考。gs-gs
xsd
- VB 解决小数点问,如输入0.1变成.1,要是用fromat则输入1变成1.00而不是1,原生态,输入0.1和.1都是0.1
NonlinearVolterra
- 利用Newton-Cotes积分公式求解第二类非线性Volterra积分方程-Newton-Cotes integral formula for solving the second class of nonlinear Volterra integral equations
StackOperations
- 堆栈操作:初始化堆栈,入栈操作,出栈操作,取栈顶元素。-Stack operations: initialize the stack, the stack operation, and pop operations, to take the top element.
The-numerical-solution-of-SDE
- 特殊微分方程的数值解法,刚性微分方程,延迟微分方程-The numerical solution of special differential equation
bit.tar
- 将字符串转换成相应的比特为进行操作,提供标准的接口,外部程序可以方便的调用接口完成BIT位操作。-Converts a string into the corresponding bits of the operation, providing a standard interface, the external procedure call interface can easily complete the BIT bit operations.
Huffmancode
- 着先通过 HuffmanTree() 函数构造哈夫曼树,然后在主函数 main()中自底向上开始(也就是从数组序号为零的结点开始)向上层层判断,若在父结点左侧,则置码为 0,若在右侧,则置码为 1。最后输出生成的编码-The first HuffmanTree () function to construct Huffman tree, and then main () main () the bottom up (that is, the array number zero node) t
