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TuXingXueZongHeShiXi
- 这是我图形学的综合实习程序,里面实现直线的dda算法,中点Bresenham算法,改进Bresenham算法的绘图,椭圆的中点Bresenham算法,圆的八分画圆结合中点Bresemham算法的绘制,并包含了图形的翻转,平移,对称,比例变换,内有说明文档-integrated graphics attachment procedures, straight line inside the dda algorithm, the midpoint of Bresenham algorithm, im
guangxian
- 光缆通信在我国已有20多年的使用历史，这段历史也就是光通信技术的发展史和光纤光缆的发展史。光纤光缆在我国的发展可以分为这样几个阶段：对光缆可用性的探讨；取代市内局间中继线的市话电缆和pcm电缆；取代有线通信干线上的高频对称电缆和同轴电缆。-cable communications in China has more than 20 years of use history, this is history - the development of ICT and in the history o
3D_translation
- 本程序实现图形的三维变换--平移,旋转,对称变换,正二测,斜二测视图, 包含文件:三维变换 Grphics experiment NO5--三维图形的投影变换 三维变换.exe-this program 3D graphics transformation -- translation, rotation, symmetry transformation, are two tests, two ramps measured View, documents include : 3D
BP_Algorithm719
- 网络为３层结构，输入层为６个神经元，隐含层为４个神经元，输出层为１个神经元，当输入层为中心对称样本 1，0，0，0，0，1等时，网络输出为1，否则输出为0。-network of three-layer structure, input layer to six neurons to the hidden layer 4 neurons, the output layer to a neuron, when the input layer to the center symmetry sampl
AManchesterCodeDecodingSystemBased
- 本文在阐明反相对称调制（PISM）原理的基础上，结合曼彻斯特码的结构特点，给出了一种基于PISM原理的曼彻斯特码解码系统，并对其抗噪声性能进行了理论分析，揭示了曼彻斯特码潜在的抗噪声性能。-This article clarifies RP-symmetry modulation (PISM) on the basis of principle, Manchester code with the structural characteristics of a given based on the
1543031646
- 该代码实现了二维、三维图形基本变换（平移、缩放、对称、旋转、错切）-the realization of a two-dimensional code, the basic 3D graphics transform (translation, scaling, symmetry, rotation, shear)
TiaoQiprogram
- 运用回溯法编写了国际跳棋的程序.并且考虑了对称性快速得出所有答案.-retroactive application of the international law to prepare drafts procedures. Symmetry and considered all the answers come quickly.
er_wei
- 表括了几种二维的方式：平移，缩放，旋转，对称-table including several two-dimensional manner : translation, scaling, rotation, symmetry
FaceSymExamdk
- 计算坐标系中三个点的镜像对称距离_以某一点为基准.-calculated coordinates is three points away from the mirror symmetry _ to a certain point as the benchmark.
opuyi
- 汇编语言---程式设计,暂存器安排,程式规格,变数法,对称法,虚拟法-assembly language programming, registers, program specification, variables, symmetry and the Virtual Law
symmetry
- 输入一个长整数,不使用字符转换,检查是否为对称数, 是显示 TRUE,否显示FALSE.
1c
- We rigorously analyze the dispersion function and the curvature of the dispersion surface of a photonic crystal to explore the fundamental limit of its angular sensitivities. With insight gained from group theory, we fi nd that symmetry indu
2d
- The dispersion relation and the optical transmittance of a two-dimensional photonic crystal composed of the hexagonal array of cylindrical air holes fabricated in a dielectric slab were analyzed by group theory and the numerical calculation based
Symmetric FIR Filters Flat Passbands, Chebyshev St
- 乘序给出了对称Chebyshev滤波器的设计.注意:语法规则 cheblp.m lowpass filter design (specify del) cheblp2.m lowpass filter design (specify ws) chebbp.m bandpass filter design (specify del) chebbp2.m bandpass filter design (specify ws1,ws2) chebdiff.m lowpass differentiato
snowtiger
- 本图形学人课程设计报告，内容详尽 里面附带原码和说明文档以及exe程序。 内容包括Breseham算法画直线，圆，椭圆。 还有多边型二维填充算法，还有二维图形的包括平移，旋转，对称，比例，错切等基本变换。以及用Liang-Barsky算法实现的直线段的裁剪。-curriculum design, detailed fringe inside the original code and documentation, and exe. Breseham algorithms including li
矩阵特征值的计算
- 矩阵特征值与特征向量的计算约化对称矩阵为对称对角阵的豪斯荷尔镕变换法似对称三对角阵的全部特征值、特征向量的计算等-Matrix eigenvalues and eigenvectors of the calculation about symmetry symmetric matrix diagonal matrix ho Shihemi Rong transform it symmetric tridiagonal matrix eigenvalue all, the eigenvectors
图形学算法演示
- 对象：想学好计算机图形学的大学生，老师和工程人员内容：动态的演示了图形生成过程，详细的源代码使你粘贴后就可以运行，其中包括DDA、bresenham、逐点比较法直线生成算法；bresenham，DDA，中点画圆算法；n次bezier，spline，Bspling，Hermite曲线生成算法；单线性，双线性，Bezier曲面生成算法；矢量，点阵字符生成算法；扫描填充，种子填充算法，多边形，直线裁剪算法；平移，比例，旋转，原点对称，错切变换算法；斜测投影，一点，二点，三点透视算法；消影，斜平行投影，
任意多边形关于任意直线的对称变换
- 这是关于任意正多边形关于任意直线的对称变换，打破了以前的只能对于一个固定的直线的对称变换，省去了关于固定直线对称时每次都要输入的麻烦-of arbitrary isogon of arbitrary linear symmetry transformation, breaking the former only for a fixed linear symmetry transformation, eliminating the symmetry of the fixed line every
五.二维图形变换
- 二维图形的变换实现平移,对称错切放缩变换及矩阵表示-2D graphics transform translational symmetry Shear Zooming and transform matrix
HFSS仿真实例
- Monostatic Radar Cross Section The goal is to plot the monostatic radar cross section (RCS) as a function of angle for a scattering object, as shown in the figure below. The scattering object is a so-called corner reflector: three sheets of metal