搜索资源列表
Java实现牛顿插值多项式为基础的线性插值
- Java实现牛顿插值多项式为基础的线性插值,并输出插值后的图形,Java realization of Newton' s interpolation polynomial-based linear interpolation, and the graphics output after interpolation
Image_process
- Java处理数字图像,包括平滑,线性伸缩,插值,放大,缩小-Java digital image processing, including the smooth, linear scaling, interpolation, zoom
ScientificComputing
- 山东大学软件学院数值计算实验源代码LU分解、前代、回代函数、部分列主元求解线性方程组 用Cholesky分解求解线性方程组,分析残差与误差的关系 迭代法求解线性方程组 最小二乘法及病态性的分析 求非线性方程的根 多项式插值-science computing
onesnowflake
- 描述了雪粒在网格中的运动,用到了四边形网格,双线性插值的概念-Described the snow particles movement in the grid, use the quadrilateral mesh, bilinear interpolation concept
newsnowflake
- 精简的雪粒运动,用龙格库塔法来描述运动,在确定网格后,用双线性插值来确定实时雪粒的状态-Snow Grains streamlined movement, Runge-Kutta method used to describe the movement, in determining the grid, with bilinear interpolation to determine the real-time status and snowflakes