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Description: voronoi算法实现平面上的点生成对平面的分割线，使用时先用鼠标在界面上任意点一些点delau按钮即可，本程离在CBuilder5上编译通过.-threshold algorithm plane formation on the point of view of dividing lines, the first use interface with the mouse in arbitrary point on some points delau button, the way from the CBuilder5 compiled through.
Platform: |
Size: 213970 |
Author: 阙劲峰 |
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Description: 使用OpenGL对三维模型进行切割，显示出切割面，鼠标双击模型上的某个地方，确定一个点，连续三次，确定三个点，从而确定一个平面，此平面会将模型切割，显示出切割面-The use of OpenGL for three-dimensional cutting model, showing that the cutting surface, double-click the mouse model of a place to identify a point three times in a row to determine the three points to determine a plane, this plane will be cutting model, showing that the cutting surface
Platform: |
Size: 55296 |
Author: zc |
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Description: 利用j2me写的一个小程序，供入门的朋友参考。击中敌机加分，被击中减分。-Writing using a small j2me program for Friends of the reference entry. Add enemy hit points and minus points were hit.
Platform: |
Size: 154624 |
Author: 吴用 |
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Description: project a set of 3D points onto a 2D image plane and then convert them into pixel coordinates.
Platform: |
Size: 4096 |
Author: deadmaurice |
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Description: 小游戏,能实现碰撞,发射子弹,显示时间,记分,背景音乐.-Small games, to achieve the collision, a bullet fired, indicating the time points, the background music.
Platform: |
Size: 3180544 |
Author: zhangjunfa |
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Description: 导弹打飞机的游戏，有音效，有背景音乐，有积分，有自动游戏，有非自动，就是用鼠标，操作导弹发，打击在空中飞行的飞机，飞机也发射对地导弹攻击发射架-Aircraft missiles to fight the game, there are sound effects, background music, there are points, automatic games, non-automatic, is to use the mouse to operate the missile hair flying in the air combat aircraft, aircraft also fired missiles to attack ground launchers
Platform: |
Size: 314368 |
Author: 高生云 |
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Description: plane activex control, using visual c++, that display a chart in 2d view with tarnsparent bk option and axis, grid, points mark, join lines and text color selection,
Platform: |
Size: 54272 |
Author: ahmed abozead |
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Description: 根据Ziv Yaniv的RANSAC直线检测算法，开发出在一些三维点中检测出若干空间平面的算法。-Based on Ziv Yaniv s RANSAC straight line detecting algorithm, these codes could find some 3D planes in some 3D points.
Platform: |
Size: 413696 |
Author: 刘刚 |
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Description: 对一组随机产生数点（投影到xy平面）进行包围球的计算并显示出来 图形还可以缩放 移动 自适-A set of randomly generated points (projected onto the xy plane) to surround the ball is calculated and displayed graphics can also move the adaptive scaling
Platform: |
Size: 320512 |
Author: 如风 |
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Description: 二维热传导方程，质量矩阵刚度矩阵的生成以及网格刨分-Two-dimensional heat conduction equation, the mass matrix stiffness matrix generation and grid plane points
Platform: |
Size: 1024 |
Author: 王振宇 |
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Description: 在VC平台上用三种方法实现离散数据点的平面拟合，并求出各点到拟合平面的距离。-VC platform in three ways on the discrete data points of the plane fitting, and find the points to fit the distance from the plane.
Platform: |
Size: 3403776 |
Author: 小象 |
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Description: 要点分析：
1. 欢迎界面
2. 游戏设置
（1） 飞机数量对玩家的输入合理性进行判断，若不合理返回默认值
（2） 棋盘大小等正在研发中…
3. 游戏帮助（输出游戏介绍及规则）
4. 玩家对飞机位置的设置
（1） 需输入飞机头坐标及机头朝向
（2） 输出设置后的地图
（3） 对飞机放置的合法性判断（是否出界/重叠）
（4） 输入有误时重新设置
（5） 玩家确认设置后输出空白页面
5. 开始游戏
（1） 由玩家轮流输入自己的选择
（2） 根据玩家的选择，输出玩家地图
<1>若玩家选择的坐标上没有飞机，则输出‘O’
<2>若玩家选择的坐标上是机身，则输出‘X’
并输出“敌机被击中！”
<3>若玩家选择的坐标上是机头，则输出‘S’
并输出“恭喜你!你击落敌人一架飞机”
及敌方幸存飞机数量。
（3） 若玩家再次选择之前选择过的坐标，需再次确认
（4） 若玩家选择出界，输出提示并让其重新输入
（5） 若一方将对方飞机全部击毁，则输出胜利
并询问是否重新开始游戏
-
Analysis of Key Points:
1 Welcome screen
2 game settings
(1) The number of aircraft on the player s input reasonableness to determine if unreasonable return to the default value
(2) The board size is being developed ...
Game help (output game introduction and rules)
4 players set on the position of the aircraft
(1) the need to enter the aircraft head coordinates and head toward
(2) the output is set after the map
(3) aircraft placed legitimacy judgment (whether out of bounds/overlap)
(4) when the input Reset
(5) players confirm the setting output blank page
5 to start the game
(1) by the players take turns to enter their own choice
(2) based on the player s choice, output players map
<1> if the players choose the coordinates on the aircraft, output O
<2> If the players choose the coordinates on the body, then the output X
And output, "the enemy is hit!"
<3> If the players choose the coordinates on the nose, then output the S
You shoot
Platform: |
Size: 3072 |
Author: yfan |
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Description: 四点拟合一个平面，并且判断其他点到面的距离以及方向-Using four points to fit a plane, and tell you the distance and direction from other points to the plane.
Platform: |
Size: 7373824 |
Author: liujie |
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Description: leetcode中求最大共线的点的数量，题目leetcode上有-Given n points on a 2D plane, find the maximum number of points that lie on the same straight line.
Platform: |
Size: 7583744 |
Author: 氤氲泪 |
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Description: 基于meanshift的单目标跟踪算法实现
说明：
1. RGB颜色空间刨分，采用16*16*16的直方图
2. 目标模型和候选模型的概率密度计算公式参照上文-Meanshift based single target tracking algorithm Description: 1. RGB color space plane points, using a histogram 2. Probability density target model and the candidate model 16* 16* 16 with reference to the above formula
Platform: |
Size: 1575936 |
Author: 叶影 |
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Description: 基于meanshift的单目标跟踪算法实现
说明：
1. RGB颜色空间刨分，采用16*16*16的直方图
2. 目标模型和候选模型的概率密度计算公式参照上文
3. opencv版本运行：按P停止，截取目标，再按P，进行单目标跟踪-Meanshift based single target tracking algorithm Description: 1. RGB color space plane points, using a histogram 16* 16* 16 2. Probability density target model and the candidate model calculation formula above with reference to version 3. opencv running: Press P stop, intercept the target, then P, single-target tracking
Platform: |
Size: 7712768 |
Author: 叶影 |
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Description: 给定的n个点在二维平面上,发现的最大数量点躺在同一直线。-Given n points on a 2D plane, find the maximum number of points that lie on the same straight line.
Platform: |
Size: 1024 |
Author: 胡延旭 |
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Description: 一、算法伪码：
1、初始化：
1.1每一个空间的点映射到二维窗格，每个空间的点分配唯一的二维窗格坐标。一个窗格只能有一个点。
1.2为每一只蚂蚁在二维窗格分配唯一的地址
（第一步需要注意的是：空间上点的位置和平面窗格上点的位置完全是两回事，空间上两个点的位置来计算两点之间的距离；而平面上点的位置，主要是用来确定半径为S的区域内的点，计算两个点的空间距离，进而计算群体相似度，最后通过群体相似度来计算拾起或者放下的概率）
2、迭代tmax次
3、所有的蚂蚁运动一次
4、产生一个0-1之间的随机数R
5、如果当前蚂蚁处于未负载状态，而且当前蚂蚁所在处的有点Oi
5.1、计算群体相似度f(Oi)和拾起概率Pp(Oi)
5.2、如果拾起概率Pp(Oi)》R
5.2.1、当前蚂蚁拾起点Oi（注意Oi在窗格中的位置是不断变动的）
5.3 5.2结束
6、如果条件5不成立，如果当前蚂蚁处于负载状态，持有点Oi，而且当前位置没有其他点
6.1计算群体相似度f(Oi)和放下概率Pd(Oi)
6.2如果放下概率Pd(Oi)》R
6.2.1放下节点Oi（注意点Oi在窗格中的位置是不断变动的）
6.3 6.2结束
7、5结束
8、当前蚂蚁移到邻近区域内的没有被其他蚂蚁占据的节点
9、所有的蚂蚁运动一次结束
10、迭代tmax次结束
-First, the algorithm pseudocode: 1. Initialization: 1.1 point each to the two-dimensional space mapping pane, the point of each space is assigned a unique two-dimensional coordinates of the pane. A pane of only one point. 1.2 for each ant is assigned a unique address in the two-dimensional pane (the first step should be noted: the location and position of plane points pane space is completely different points, two points on the spatial position is calculated distance between two points and the position of the point on the plane is mainly used to determine the radius of the dot area S within the space of two points to calculate the distance, and then calculate the similarity group, and finally through group similarity calculating pickup probability plays or put down) 2, iterative tmax 3 times, once all the ants motion 4, R 5 a generates a random number between 0 and 1, if the current state of the ant is unloaded, and the current location at the little ant Oi 5.1 calculating the similar
Platform: |
Size: 333824 |
Author: chensumin |
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Description: create a revolution solid using as input 2D plane points.
Platform: |
Size: 23552 |
Author: jones |
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Description: 利用k-means算法实现二维平面点的聚类，包括了运行源代码和结果图(The k-means algorithm is used to realize the clustering of two-dimensional plane points, including the running source code and the result graph)
Platform: |
Size: 50176 |
Author: huan222
|
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