搜索资源列表
MagneticPendulum_zdfsthbs
- A few years ago, I got an article named "Experimente zum Chaos" [translated.: "Experiments on Chaos"] from the the German version of the Scientific American. The article dates back to 1994, and introduces among others a
ivy_generator
- An Ivy Generator. The ivy grows from one single root following different forces: a primary growth direction [the weighted average of previous growth directions], a random influence, an adhesion force towards other obje
OgreMFCOde
- 基于MFC的OGRE调用,并且增加了ODE的重力测试-Based on the Ogre MFC calls, and an increase of ODE' s gravity test
Fountain-Dance-win
- The Fountain Simulation Here I ll explain Some basic physical things (simulation of a water drop) How to get antialiased points How to use blending Some basic physics... The movement of a drop con
Geometry
- 用C++语言实现的各种计算几何算法, 如判断点是否在多边形内, 多边形凸凹性判断, 寻找点集凸包的卷包裹法,求简单多边形的重心,求从多边形外一点出发到该多边形的切线,判断线段是否相交等等! -Using C++ language implementation of a variety of computational geometry algorithms, such as point to determine whether the
shipin
- 视频运动目标检测,包括背景预测法目标检测和帧间差分法目标检测,Meam Shift目标跟踪和多目标重心法跟踪,内含演示说明。-Video moving target detection, including the context of target detection and prediction inter-fr a me difference method target detection, Meam Shift target t
zljsdcl
- 用单片机atmega16制作重力加速度测量仪,液晶显示,c语言-Acceleration due to gravity with the production of single-chip measurement atmega16, liquid crystal display, c language
zhongli
- 重力的正演程序,模拟了地质体的重力异常情况。-gravity anomaly forward modeling
code
- 用protues+keil Uv3模拟仿真一个杆的重心位置,假定杆长300CM。-Protues+ keil Uv3 with simulation of a center of gravity position under the assumption that length 300CM.
K-meansNB
- :将K—means算法引入到朴素贝叶斯分类研究中,提出一种基于K—means的朴素贝叶斯分类算法。首先用K— me.arks算法对原始数据集中的完整数据子集进行聚类,计算缺失数据子集中的每条记录与 个簇重心之间的相似度,把记 录赋给距离最近的一个簇,并用该簇相应的属性均值来填充记录的缺失值,然后用朴素贝叶斯分类算法对处理后的数据 集进行分类。实验结果表明,与朴素贝叶斯相比,基于K—means思想的朴素贝叶斯算法具有较高的分类
Extensionofgravity
- 重力勘探 频率域重力延拓 二维傅里叶变换 源代码-Gravity Gravity exploration extension frequency domain two-dimensional Fourier Transform source code
weight_centre
- 通过重心法确定光斑图像的中心。根据个像素的灰度值和所在的位置乘积和总面值作比,进而求得重心。-Through the center of gravity method to determine the center of the image spot. According to the gray-scale pixel value and the location of the product and the total for mor
singlependulum
- 模拟钟摆实现动画 (1)绘制圆柱状三维钟摆模型,计算合理的摆线长度以及摆动初始位置,保证钟摆一个摆动周期为1秒,提供误差计算并显示误差(20分) (2)计算重力作用以及摆线弹性拉力作用下的钟摆速度,计算每一帧的钟摆位置及相应的旋转变换角度,并实现动画(30分) (3)增加阻尼计算,提供阻尼参数的调整工具,实现带阻尼的钟摆动画(30分) (4)音效、图形画面效果(10分) (5)详细的作业报告(10分)
GravityDrainedWaterTank
- 模型预测控制的一个小例子~Gravity Drained Water Tank-A little example in MPC ——Gravity Drained Water Tank
Contour
- 重力等高线的绘制、显示及其范例。本软件也可用于绘制其他类型的等高线。-Contour map of gravity, and examples show. This software can also be used to draw other types of contour lines.
ballgame
- 利用VB製作的碰碰球遊戲,時間越長表示越厲害,還加入了重力因素讓遊戲性更豐富-VB produced by the use of bumper ball games, the longer that the more powerful, but also joined the gravity factor of the game more
seachcenter
- 用matlab编的 找二值图像的重心 可以下下来-Made use of the matlab binary image to find the center of gravity can be down to see the next
Gyro_dynamics_simulation_MATLAB
- 陀螺运动的仿真程序,动力学仿真和动画同时表示 陀螺在重力下以适当的初始速度落地的仿真结果-Gyro movement simulation program, dynamic simulation and animation at the same time that the top of the gravity of the initial velocity to the appropriate landing simulation r
20080814025250327
- 一般的GPS数据处理软件都是采用上述步骤进行计算的,其中只有第2步涉及转换参数。鉴于我国曾使用不同的坐标基准(BJ54、State80、 Correct54),各地的重力值又有很大差异,所以很难确定一套适合全国且精度较好的转换参数。通行的做法是:在工作区内找三个以上的已知点,利用已 知坐标和所测Wgs84坐标,求解七参数。若多选几个已知点,通过平差的方法可以获得较好的精度。 -General GPS data processing
trace
- GPS信号模拟器卫星状态参数的算法研究,模拟器,轨道参数,非球形地球引力。-GPS satellite signal simulator state parameters of the algorithm, simulator, orbital parameters, non-spherical Earth' s gravity.