▍1. cp
说明: 最小二乘法拟合曲线的一个小程序,采用C++程序,(Least-squares fitting curve C++ program)
说明: 最小二乘法拟合曲线的一个小程序,采用C++程序,(Least-squares fitting curve C++ program)
使用JAVA模拟FFFT算法 快速傅里叶算法 (Use JAVA simulation FFFT algorithm Fast Fourier Transform Algorithm)
BICG算法,是Krylov子空间的迭代方法之一(The BICG algorithm is one of the Krylov subspace iteration method)
矩阵的练习 对于掌握数组的 概念很重要。如何快速掌握数组,灵活运用。(The practice of the matrix is very important to grasp the concept of the array. How to quickly grasp the array of flexible use.)
之前找不到合适精度的log2x函数的定点化源码,经过实现并验证后,发上来大家一起学习(fixed version for log2x)
单元刚度矩阵,用于计算三单元刚度矩阵,输出刚度矩阵(Element stiffness matrix is used to calculate the three-element stiffness matrix, the output stiffness matrix)
椭圆曲线密码体制中的ECC校验验算法分析和程序实现可直接使用。 (The inspection algorithm analysis and procedures of the elliptic curve cryptosystem ECC can be used directly.)
计算机流体理论方面的文献,动网格的划分和计算(Literature, of the theory of computational fluid dynamic division and calculation of the grid)
艾特金迭代法求解线性方程组源代码,在程序中修改方程就可以(Aitkin iterative method for solving linear equations source code, the equation can be modified in the program)
数值分析,即计算方法课程中的龙贝格算法源代码。(Numerical analysis, calculation of the Romberg algorithm source code in the methods courses.)
ansys 求解桥梁结构弯矩响线的命令流,非常实用(ansys solving the stream of the bridge structure bending ring line command is very useful)
ANSYS 分析一座预应力连续刚构桥的命令流,很实用哦(ANSYS analysis of a prestressed continuous rigid frame bridge command stream, and very practical!)
Visual C++6.0 实现的多功能计算器(Visual C++6.0 achieve the multi-function calculator)
羊与狼的故事...主要实现狼进入若干羊圈后,寻找最后所有羊圈中剩余的狼和眼数目( the wolf and sheep)
实现1到1000位的大数运算(包括加减乘除和浮点数运算),运行环境是vs2005(1-1000, large number operations (addition, subtraction and floating-point), the operating environment is vs2005)
离散数据生成tin的优秀代码,注释多,易于学习和移植(Discrete data generated tin excellent code, comments, easy to learn and transplantation)
可以实现十几位整数的四则运算,效率也较好(Four operations can be more than a dozen integer,and the efficiency is better)
牛顿插值算法,利用数组存储均差表,一步步迭代求得插值(Newton interpolation algorithm, the use of array stores are differential gauge, step by step, iterative get interpolation )