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Strapdown
- 一、数据说明： 1：惯导系统为指北方位的捷连系统。初始经度为116.344695283度、纬度为39.975172度,高度h为30米。 初速度为v0=[0.000048637 0.000206947 0.007106781]，飞行高度不变。 2：jlfw中为600秒的数据，陀螺仪和加速度计采样周期分别为为1/80秒和1/80秒。 3：初始姿态角为[0.120992605 0.010445947 91.637207]（俯仰，横滚，航向,单位为度）, jlfw中保存的为比力信
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 more than face value, and then ge
aa
- opengl实现三角形光栅化算法（重心坐标）-opengl implementation triangle rasterization algorithm (center of gravity coordinates)
ADXL330
- ADXL330的中文资料，3轴加速，工作效率很高，可测各个方向的速度-The ADXL330 is a small, thin, low power, complete three axis accelerometer with signal conditioned voltage outputs, all on a single monolithic IC. The product measures acceleration with a minimum full-scale range of
zhongxinfa
- 在DSP中实现基于帧间差分后二值图像的跟踪加框处理，原理是计算出目标（灰度为255）重心坐标后，对其进行加框处理。-In the DSP-based frame difference in the binary image of the track after the framing treatment, the principle is to calculate the target (gray 255) the center of gravity coordinates, its frami
bluetoothcar
- 在安卓系统上 通过重力传感器和蓝牙遥控小车 -In the android systems through the gravity sensor and bluetooth remote control the car
duobianxing
- 针对多边形，求其面积，长宽比，并标记重心-For the polygon, find its area, aspect ratio, and mark the center of gravity
20104226553336
- 1.加入控制器（在文件UPhysics2DControllers中），可实现浮力、风力、万有引力场、爆炸、阻尼等效果。其中的风力与爆炸效果是原C++版本中所没有的。大家还有什么新奇的想法可以联系我，为box2D Delphi加入更多的控制器，实现更多的物理效果。 2.添加了单元UPhysics2DPolygonTool，实现任意多边形的细分化（三角化）。可使box2D支持任意边数的多边形和凹多边形物体。目前这部分的demo还未完成，一位外国朋友正在制作。-1. Join the contr
gethatchbj
- AUTOCAD自动获取所有填充的边界并在重心处输出填充的面积数值，对于填充极多，并要根据填充的面积数值和边界节点进行编辑有很大的好处。在此基础上可以实现很多的功能（只支持2007，略修改可以自由输出面域或多段线的边界）（代码很精简，对初学者有很大好处）（操作为加载后运行“bj”和“tcmj”）-AUTOCAD automatic access to all the filling in the center of gravity of the border and fill the output
FlagSim
- 这是一个动态模拟布料的原代码， 加入了风向控制， 重力效果， 真实效果很强-This is a dynamic simulation of cloth of the original code, adding a wind direction control, gravity effects, the true effect of a strong
Hinvinity
- H濾波和自适應卡爾曼濾波在消除重力异常畸變中的對比研究-H filtering and adaptive Kalman filtering in the elimination of gravity anomalies in the comparative study of distortion
LRP
- 主要包括：物流配送重心选址、车辆调度、定位运输。-Mainly include: logistics and distribution center of gravity location, vehicle scheduling, location of transport.
beungee_jumping
- 蹦极跳系统的仿真，整个蹦极跳系统的数学描述为mx =mg+bx-a1x -a2|x |x ，m为物体的重量，g为重力加速度，x为物体的位置。-Bungee jumping system simulation, the whole system of bungee jumping mathematical descr iption for mx = mg+ Bx-a1x-a2 | x | x, m is the weight of objects, g is the acceleration du
fast_way
- 数学实验中的最速落径问题 A,B是不在一条铅垂线上的两点，在链接A,B两点的所有光滑曲线中，找出一条曲线，使得初速度为零的质点，在重力的作用下，自A点下滑到B点所需的时间最短 -Mathematical experiment steepest drop Path problems A, B is not a vertical line of two points, the link A, B two points in all the smooth curve, to find a cu
gravity
- 能量重心校正法，对能量重心的分析和处理比较有用！-Energy focus of correction law, the focus on energy analysis and handling more useful!
1d252ab38f6888816cf6360456fa7bb3
- 重力感应API之sdk插件 开发环境Carbide C-Sdk sensor API gravity of Carbide C Plug-in Development Environment
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 simulation showing the chaotic
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 objects, an up-vector imitating th
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 contains two factors: The directi