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【GDI-Bitmap】 Spline DL : 0: 使用Qt实现函数型与参数型的样条函数,函数型包括自由边界和抛物边界，参数型包括均匀参数化，弦长参数化，向心参数化-Using Qt to achieve function type and parameter type spline function, function type, including free boundary and parabolic boundary, parameter types, including uniform parameterization, chord length parameterization, the centripetal parameterization
Update : 2024-04-29 Size : 272384 Publisher : 杨红庄
【GDI-Bitmap】 QtSpline DL : 0: 利用Qt实现三次样条插值，主要实现函数型和参数型，函数型包括自由边界和抛物边界，参数型包括均匀参数化，弦长参数化和向心参数化-Use Qt to achieve cubic spline interpolation, the main function type and parameter type, function type, including free boundary and parabolic boundary, parameter types, including uniform parameterization, chord length parameterization and centripetal parameterization
Update : 2024-04-29 Size : 272384 Publisher : 杨红庄
【Graph program】 cz DL : 0: AE反距离IDW、克里金Krige插值.txt I显示方法.c www.pudn.com.txt 三对角线追赶法.C 三样条插值函数算法，还包括其他的比如hermite等算法，很全.txt 二分法.c 分段线性插值.c 列主元元素消元.C 利用反距离平方加权插值算法建立规则格网在大数据量离散点数据的情况下，.txt 反距离加权插值，貌似不好用IDWUtil.java 埃特肯.c 复合梯形法.c 复合辛普森.c 弦割法.c 操作复数的类Complex.txt 操作矩阵的类 Matrix.txt 改进欧拉法.C 杜氏分解法.C 求解线性方程组的类 LEquations .txt 求解非线性方程组的类 NLEquations .txt 牛顿下山.C 牛顿插值多项式.c 牛顿迭代.c 秦九韶.c 简单迭代.c 系统.c 综合测评.c 计算数值积分的类 Integral .txt 进行插值的类Interpolation.txt 雅克比迭代.C 高斯消去法.c 龙格库塔方法.C 龙贝格算法.c-AE Inverse Distance IDW, kriging Krige interpolation. Txt I display method. C www.pudn.com.txt Three diagonal pursuit method. C Three spline interpolation algorithm, also includes other such hermite other algorithms, it is full. Txt Dichotomy. C Piecewise linear interpolation. C Main-element element elimination. C Using the inverse distance squared weighted interpolation algorithm for establishing regular grid of discrete points in the large amount of data in case of data,. Txt Inverse distance weighted interpolation, seemingly bad IDWUtil.java Aite Ken. C Composite trapezoidal method. C Composite Simpson. C Chord cutting method. C Operation plural class Complex.txt Operation Matrix class Matrix.txt Improved Euler method. C Duchenne decomposition. C Solving linear equations class LEquations. Txt Solving nonlinear equations class NLEquations. Txt Newton downhill. C Newton interpolation polynomial. C Newton iteration. C Horner. C Simple iteration. C Systems. C C
Update : 2024-04-29 Size : 60416 Publisher : songguanjun
【Graph Drawing】 circle-MFC DL : 0: 连接一个圆的圆周亮点之间的线段称为弦。计算在圆周上分布有N个点的园内，有多少条弦？弦的计算绘图程序功能要求（1）绘制一个大圆圈（2）依次在圆周上分布2~20个点，在任意两点之间绘制弦。（3）画出绘画效果，并计算和显示出弦的个数。（4）如果从某个点出发，可以一笔画出这个构建的图形吗？记住，在绘制过程中可以重复经过点，但不可以重绘边。 -Bright circumference of a circle connecting between the chord line. Distributed computing on the circumference of the park there are N points, how many strings? String calculation drawing program functional requirements (a) Draw a large circle (2) distributed on the circumference in turn 2 to 20 points in the chord drawn between any two points. (3) Draw painterly effects, and calculate and display the number of strings. (4) If starting from a certain point, you can build a graphic you draw this? Remember, during the drawing process can be repeated after a point, but you can not redraw the edges.
Update : 2024-04-29 Size : 1949696 Publisher : 小周
【Data structs】 wuyang DL : 0: 动态规划----多边形的最优三角剖分输入测试用例个数和各个点的坐标输出弦长最短的边的总和-Optimal Dynamic Programming---- polygon triangulation input test case number and the coordinates of each point of the output side of the chord length of the sum of the shortest
Update : 2024-04-29 Size : 231424 Publisher : 吴扬
【matlab】 2.2 DL : 0: 牛顿法、弦割法、抛物线法求解非线性方程算法设计与比较-Newton, chord cutting method, parabola method for solving nonlinear equations algorithm design and compare
Update : 2024-04-29 Size : 3072 Publisher : hyz
【Console】 homework_algo DL : 0: 一凸 8 边形P 的顶点顺时针为{v1，v2，… ，v8}，任意两顶点间的线段的权重由矩阵D 给出。若vi 与vj 是P 上不相邻的两个顶点，则线段vivj 称为P 的一条弦。求P 的一个弦的集合T，使得T 中所有的弦恰好将P 分割成互不重迭的三角形，且各三角形的权重之和为最小（一个三角形的权重是其各边的权重之和）。 -A convex polygon P 8 vertex clockwise {v1, v2, ..., v8}, any two vertices of the segment between the weights given by the matrix D. If vi and vj are not adjacent to P on two vertices, then P is a line segment vivj called chord. Find P of a chord set T, such that T in all the strings happen to the P divided into non-overlapping triangles, and each triangle weights and the minimum (a triangular weighting of their respective weights of the edges and) .
Update : 2024-04-29 Size : 4846592 Publisher : Eidn
【GDI-Bitmap】 Taiji DL : 0: 平台VC2010,通过Chord()函数实现绘制太极图案-Platform VC2010, through Chord () function to achieve Tai Chi pattern drawing
Update : 2024-04-29 Size : 133120 Publisher : 李锦平
【Software Engineering】 chord DL : 0: p2p的经典相关论文，从国外网站下的，打包。-p2p classic relevant papers from abroad website, packing.
Update : 2024-04-29 Size : 2358272 Publisher : zhengguangyuan
【Algorithm】 4 DL : 0: 使用牛顿迭代法和弦截法求方程的根的近似解。-Newton iterative method cut the chord root equation method for the approximate solution.
Update : 2024-04-29 Size : 1024 Publisher : xiyuluo
【OS program】 mychord DL : 0: Chord环算法的C语言实现,包含环中节点的添加与删除，文件的存储与删除，及节点、文件的组织方式-Chord ring algorithm in C language, including adding and removing nodes in the ring, organized storage and delete files, and logical mapping of nodes and files
Update : 2024-04-29 Size : 2275328 Publisher : 邹勤文
【JSP/Java】 jxta-meteor DL : 0: 基于jxta平台的分布式哈希表（DHT)子项目，路由寻址均基于jxta的地址机制，实现了经典的chord,can协议，项目属于jxta的子项目，尚在开发中，还不是很稳定，但基本功能已经实现了-Based on a distributed hash table jxta platform (DHT) subprojects, addressing both routing mechanism based on the address jxta achieve a classic chord, can the agreement, the project belongs jxta subprojects, under development, is not very stable However, the basic function has been achieved
Update : 2024-04-29 Size : 2479104 Publisher : 王礼坊
【Special Effects】 hough DL : 0: 采用的是基于弦中点的hough变换椭圆检测算法，大家可以在百度上搜这篇论文，由于不是用的标准hough变换的算法，所以运行速度还不错-Used is based on the midpoint of the chord hough transform ellipse detection algorithm, we can search on Baidu paper, because the algorithm is not used in standard hough transform, so the speed is also good
Update : 2024-04-29 Size : 1024 Publisher : linyu
【android】 OptionsMenuDemo DL : 0: 手机触屏手势缩放操作，很弦的效果.可以将图片利用手势放大和缩小。-Mobile touch gesture zoom operation, the effect of a chord. Gestures can zoom in and out using the image.
Update : 2024-04-29 Size : 93184 Publisher : 蟋蟀
【Other】 mychord DL : 0: chord的模拟，P2P网络的模拟，完整的代码-Analog simulation chord, P2P networks
Update : 2024-04-29 Size : 2537472 Publisher : 宋伟
【Windows Develop】 p2pwangl9 DL : 0: 结构化P2P网络chord算法研究与分析(1).zip-源语言: 中文目标语言: 英语翻译自动检测阿拉伯语德语俄语法语韩语葡萄牙语日语泰语文言文西班牙语意大利语英语粤语中文阿拉伯语德语俄语法语韩语葡萄牙语日语泰语文言文西班牙语意大利语英语粤语中文请输入您要翻译的文字内容或网页地址,回车即可翻译结构化P2P网络chord算法研究与分析(1).zip结构化P2P网络chord算法研究与分析(1).zip ON划词翻译ON实时翻译结构化P2P网络chord算法研究与分析(1).zip Structured P2P network Chord algorithm research and analysis (1).Zip
Update : 2024-04-29 Size : 256000 Publisher : cbwuig
【Successful incentive】 Hord DL : 0: If an interpolating curve follows very closely to the data polygon, the length of the curve segment between two adjacent data points would be very close to the length of the chord of these two data points, and the length of the interpolating curve would also be very close to the total length of the data polygon. In the figure below, each curve segment of an interpolating polynomial is very close to the length of its supporting chord, and the length of the curve is close to the length of the data polygon. Therefore, if the domain is subdivided according to the distribution of the chord lengths, the parameters will be an approximation of the arc-length parameterization. This is the merit of the chord length or chordal method.-If an interpolating curve follows very closely to the data polygon, the length of the curve segment between two adjacent data points would be very close to the length of the chord of these two data points, and the the length of the interpolating curve would also be very close to the total length of the data polygon. In the figure below, each curve segment of an interpolating polynomial is very close to the length of its supporting chord, and the length of the curve is close to the length of the data polygon. Therefore, if the domain is subdivided according to the distribution of the chord lengths, the parameters will be an approximation of the arc-length parameterization. This is the merit of the chord length or chordal method.
Update : 2024-04-29 Size : 90112 Publisher : irina
【Algorithm】 niudunxiange DL : 0: MATLAB中利用牛顿法弦割法对多项式进行求解的源代码-MATLAB, chord cutting method using Newton method for solving polynomial source code
Update : 2024-04-29 Size : 1024 Publisher : 程上
【VHDL-FPGA-Verilog】 FM DL : 0: 基于FPGA和弦！！！音乐芯片的设计与实现-Design and implementation of FPGA chip based on the chord music
Update : 2024-04-29 Size : 4731904 Publisher : 王策
【JSP/Java】 jchord-src-0.1 DL : 0: implement chord in java/c-implement chord in java/c++
Update : 2024-04-29 Size : 19456 Publisher : Michael

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