资源列表
block-3diagonal-solver
- Block Three-Diagonal Solver
exa_fml_ortho_damage_umat
- ABAQUS纤维增强复合材料损伤失效UMAT-ABAQUS UMAT subroutine for fiber-reinforced composite failure analysis
face_recognizer
- eigenfacerecognizer algorithm
ym_vcpp-2DIFS
- VC++ 二维迭代函数系统分形，IFS绘图的一个测试程序，可选择绘制图形的颜色、绘制命令和设置程序-C++ dimensional fractal IFS, IFS drawing of a test program, choose paint color graphics, drawing commands and setup program
ym_cpp-heimantree
- 哈夫曼编码是可变字长编码(VLC)的一种,一个C++ 夫曼树例子源程序 .-Huffman coding is a variable word length coding (VLC) A, a C++ source code examples Huffman tree.
ym_C.GA_for_Knapsack_Problem_hicode
- 遗传算法用于求解多目标背包问题，学包括基本的选择、杂交、变异等遗传算子.-Genetic algorithm for solving multi-objective knapsack problem, learning the basic choice, hybridization, mutation and other genetic operators.
SpecialFre
- 求解物理上多节杆相连接的问题，求解其本真频率，根据初始条件求出特解，画出了杆运动的动画图。-Solving the problem is physically connected multi-section rod, the true frequency of its solving, find special solutions according to the initial conditions, draw a pole motion animation FIG.
RK_Solution
- 使用RK方法求解微分方程组，并且将其与另外的几种迭代法做对比，对比求解的精确度和收敛速度。-Use RK method for solving differential equations, and to do some comparison with other iterative method in computing accuracy and convergence rate.
POSSION.EQ
- 求解泊松方程，通过差分法将泊松方程建立为线性方程组，得到稀疏矩阵，通过GS迭代法求解线性方程组，得到泊松方程的特解。-Solving Poisson equation, difference method will be established by linear equations Poisson equation, sparse matrix, solving linear equations by GS iterative method to obtain a particular sol
isight_code
- isight与adams、MATLAB、adaqus等集成源程序-isight and adams, MATLAB, abaqus and other integrated source
ADAMS_Car
- 通过isight-fd集成adams的动力学仿真能力，将模型中的某些属性作为优化变量，通过对adams仿真结果的分析，来对这些属性进行优化-By isight-fd dynamics simulation capabilities integrated adams will model some of the attributes as optimization variables by adams simulation analysis to optimize these attributes
entropy
- 计算时间序列数据（降雨等水文气象数据）的信息熵，可用于不确定性分析-Calculation of time-series data (rainfall and other hydro-meteorological data) information entropy can be used for uncertainty analysis