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oscillator
- This function calculates displacement response at interfaces of an elastic multilayered medium to a vertically propagating unitary SV or SH elastic wave. The function can be used to calculate the displacement response in a layered soil profile.
FEM_2Dor3D_linelast_standard
- Example 2D and 3D Linear elastic FEM code Currently coded to run either plane strain or plane stress (2DOF) or general 3D but could easily be modified for axisymmetry too.-Example 2D and 3D Linear elastic FEM code Currently coded to run eith
FEM_shear_locking_demo
- Example 2D and 3D Linear elastic FEM code Illustrates phenomenon of shear locking by computing the displacement field in a 2D linear elastic beam and comparing the FEA prediction with the exact result
zoeppritz
- 这是用于求解精确求解zoeppritz方程的程序，可用于AVO反演，合成地震记录等-This function computes the particle displacement reflection and transmission coefficients (the relative displacement amplitudes) for a solid-solid interface, a liquid-solid interface, a solid-liqu
similar-game-of-pinball-program
- 本实例是一个类似于游戏的弹球程序，程序运行后，黄色的小球在白色的框架内做直线运动。当运动到框架的边界时，与框架发生弹性碰撞，弹回后继续运动。在程序运行过程中，可以调节小球运动速度的快慢，并且可以暂停。-This example is a similar game of pinball program, the program is running, the yellow ball in the white within the framework of linear motion. When t
s_xplot
- s_xplot to display crossplot elastic parameter
jkmat2reg
- 图像处理,图像配准,两幅图像bspline弹性配准-elastic registration
AHEasing
- 实现动画中的缓动函数（easing function）。Easing function（http://easings.net/）就是让物体的运动过程遵循某类数学公式，即定好起点和终点，物体在这个移动过程中，按照某个线性或者非线性的速度来进行移动，这样会让物体的运动看起来更加真实、更加符合真实世界的物理规律。AHEasing支持的移动模式包括：Linear，Quadratic，Cubic，Quartic，Quintic，Sine，Circular，Elastic，Back，Bounce。-To
Bfaccerecongna
- 一种基于弹性模板匹配的人脸表情识别程序源码。首先针对静态表情图像进行表情图像的灰度、尺寸归一化，然后后运用Gabor小波变换提取人脸表情特征以构造表情弹性图，最后提出一种基于弹性模板匹配及K 可直接使用。 -Facial expression recognition based on elastic template matching program source code. First the face image of the gray-scale images for static e
huan11
- 解决弹性细杆的方程算法，应用求解微分方程的边值问题的算法-To solve elastic rod equation algorithm, application of the algorithm for solving differential equations boundary value problem
fwd28_javaunifiedapproachtooptimizingperformancei
- Flows in networks Elastic Inelastic Coexistence of these diverse flows creates complex interactions To provide high utilization for elastic traffic, the inelastic flows must distribute their load among available routes. And also extend our
3dcrash
- 模拟3维空间一个立方体容器内不同大小气体分子完全弹性碰撞-Simulation of three-dimensional space of molecular perfectly elastic collision
zdwns
- Andorid桌面的弹性滑动效果,图片滑动自宝义控件-The Andorid desktop elastic sliding effect, picture slide from Bao-yi control
Reflectivity
- 该目录及子目录含有计算反射波法合成地震记录的代码。 缺少一些主要涉及简单向量操作的子程序，但可以较容易地编写 在freeUSP发布的数学函数库里检查，其中一些可能就在里面 反射法代码包括： acoustic:针对声波层状半空间 isopsv:针对地面震源的弹性波层状半空间 isosh:针对SH线发射源的层状半空间 isow:层状弹性半空间上一个水层 timw:针对层状横向各向均匀弹性半空间之上一个水层-acous
elastic_cerjan
- 均匀介质各向同性二维弹性波数值模拟，采样cerjan边界条件 有公式及参考文献。带有速度模型以及雷克子波函数，解压后直接运行就可以。-The homogeneous medium isotropic two-dimensional elastic wave numerical simulation, formulas and references Sample cerjan boundary conditions. With the velocity model and the the Rick
Facial-Feature-Tarcking
- 研究优化人脸特征提取问题，针对长期以来在不贴标记点的情况下用传统的光流、Snake、可变模板等方法对纹理特征变化大的特征点不能有效跟踪，并且解决单独采用Gabor 小波系统开销大等问题，为了在人脸图像中提取准确信息，提出了人脸特征点的跟踪方法，分组采用改进的光流法和弹性图匹配的方法进行特征点跟踪。对眼睛、眉毛、上下眼皮等14 个表 情变化不大的特征点使用光流法进行跟踪，最后对变化大的嘴部8 个特征点运用Gabor 小波的弹性图匹配方法进行仿真。-Gabor wavelet research
coe_gyT
- 已知弹性模量计算超声波(横波)穿透固体与液体界面时的能量分配算法。-Ultrasonic elastic modulus (shear wave) to penetrate the solid and liquid interface energy allocation algorithm.
xinjian
- 弹性波的正演以及地震记录的合成，是关于地震波认识的基础和理论先导，对于整个理论的学习尤其重要。-Synthesis of elastic wave forward modeling and seismic records , on the basis of the understanding of seismic waves and theoretical guide , is particularly important for the study of the theory as a who
solve89
- 基于有限差分法的文克尔地基上弹性薄板挠度的求解-Based on the deflection of elastic thin plate on Winklerfoundation of the finite difference method for solving
FD_one_Medm
- 均匀完全弹性介质中声波传播的正演模拟,采用标准交错网格算法，SPML作为吸收边界-the propagation simulation of acoustic wave in uniform and purely elastic medium. we use SPML as the boundary conditions.