Description: 关于Voronoi Diagram结构著名的Sweep Line算法的描述，对于研究数据结构的人很有帮助-structure of the Voronoi Diagram famous Sweep Line algorithm description, Research data structure for the helpful Platform: |
Size: 1053790 |
Author:li |
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Description: 关于Voronoi Diagram结构著名的Sweep Line算法的描述，对于研究数据结构的人很有帮助-structure of the Voronoi Diagram famous Sweep Line algorithm description, Research data structure for the helpful Platform: |
Size: 1053696 |
Author:li |
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Description: 著名的Voronoi Diagram结构fortun算法经典C描述，各位搞算法的仁兄可千万别错过，要看懂该算法，需要搞清楚Voronoi Diagram结构，还有非常深厚的C语言功底。-famous structure fortun Voronoi Diagram C classical algorithm description, to engage algorithm should not miss the chance to be dear friends, to understand the algorithm, Voronoi Diagram need to understand the structure, there are very deep grounding in C language. Platform: |
Size: 10240 |
Author:li |
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Description: 用C++和opengl实现的图形学中的扫描线填充算法，对初学图形学很有帮助-Using C++ and opengl graphics to achieve the scan line fill algorithm, useful for the beginner Graphics Platform: |
Size: 658432 |
Author:倪翔 |
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Description: 基于活性边表的多边形扫描线算法，MFC GPI
可含内环，可自定义多边形！-Based on the activity side of the table scan line algorithm for polygon, MFC GPI can contain inner ring can be custom polygon! Platform: |
Size: 377856 |
Author:方青 |
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Description: 这个是Voronoi生成的代码, 理论基础是扫描线法，具体可以再google上搜索Sweep line method.-include the head file and source code for generating the Voronoi diagram, which is based on the Sweep line algorithm Platform: |
Size: 6144 |
Author:Stone |
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Description: 在Visual c++的环境下，实现在图形内扫描扫线的算法-Visual C++ environment to achieve the scanning sweep line algorithm in graphics Platform: |
Size: 2416640 |
Author:彭洋 |
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Description: 计算机图形学实验作业，用MFC编的，已经实现了DDA画直线，中点算法画直线，中点画圆和椭圆，扫面转换多边形，种子填充，反走样直线-Computer graphics lab assignments, MFC series has achieved the DDA draw a straight line, the midpoint algorithm to draw a straight line, the midpoint of the circle and the ellipse, sweep the surface into polygons, seed filling anti-aliased line Platform: |
Size: 5522432 |
Author:王燕霞 |
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Description: 实现了基本的DDA直线、中点直线、Bresenham直线算法，实现中点画圆，能画多边形，能进行递归种子，扫面直线填充，能改变颜色和画笔大小。-DDA to achieve the basic line, the midpoint of a straight line, Bresenham linear algorithm, the midpoint of the circle, to draw a polygon, the seeds can be recursive, linear sweep surface filling, change the color and brush size. Platform: |
Size: 205824 |
Author:李泽 |
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Description: 这个是Voronoi生成的代码, 理论基础是扫描线法，具体可以再google上搜索Sweep line method.-include the head file and source code for generating the Voronoi diagram, which is based on the Sweep line algorithm Platform: |
Size: 2048 |
Author:tzh |
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Description: 本系统是基于零中频正交解调原理的简易频率特性测试仪，用于检测被测网络的幅频特性和相频特性。该系统主要包括DDS集成模块，RLC串联谐振电路，乘法器电路，低通滤波器，同相放大器和测量显示模块，其中RLC串联谐振电路作为被测网络。本系统以DDS
集成模块为核心，将其产生的正交扫频信号通过被测网络后，经乘法器得到高频信号；这两个信号经过低通滤波、同相放大后得到符合要求的I、Q直流分量；最后通过单片机进行ADC
采样、数据处理和液晶显示，得到被测网络的幅频特性和相频特性。本系统在算法上的创新之处是，在测量之初，采用短接被测网络即内测校准的方法减小了系统误差。经最终测试，本系统能很好地完成被测网络的频率特性测试。
-This system is based on the principle of zero-IF quadrature demodulator simple frequency characteristic tester for detecting measured amplitude-frequency characteristics and phase-frequency characteristics of the network. The system includes an integrated module DDS, RLC series resonant circuit, multiplier circuit, a low-pass filter, inverting amplifier and measurement display module, which RLC series resonant circuit as a test network. This system DDS
Integrated module as the core, which produces orthogonal sweep through the network under test, by the multiplier to obtain a high-frequency signal the two low-pass filtered signal, amplifying get back in line with the requirements of the I, Q DC component Finally, the single-chip ADC
Sampling, data processing and liquid crystal display to obtain the measured amplitude-frequency characteristics and phase-frequency characteristics of the network. The innovations in the algorithm is that the beginning of the measure, using short test ne Platform: |
Size: 169984 |
Author:彭干涛 |
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Description: 区间扫面线，可用于构建图形，消隐；区间扫描线算法放弃了 z-buffer 的思想，是一个新的算法，区间扫面线算法的思想是每一条扫描线分割成几个区间，确定每一个区间属于哪个多边形 ，用多边形的颜色对离视点最近的区间着色 ，发掘了区间的连贯性，对每一个区 间只做一次可见性判断，所以效率大大提高。(Interval sweep line The interval scan line algorithm abandoning the idea of z-buffer is a new algorithm which is considered to be one of the most efficient algorithms in the hidden algorithm) Platform: |
Size: 1041408 |
Author:yixuexiaodaren |
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