搜索资源列表
Game(XandO)
- Its a game X and O, where the first user inputs X and the second user inputs O, both of the users keep on entering X and O until one user has 3 X or 3 O in a row or column or diagonal, then that user wins
Nyquist-stability-analysis-
- 基于奈奎斯特稳定性分析的分散PI控制器设计 其中包括:列主对角占优定理、盖尔圆环定理、 对角优势系统的稳定性仅仅取决于其传递函数的主对角元素等等 -Nyquist stability analysis based on the decentralized PI controller design, including: the column diagonal dominance theorem, Gail circle theorem, diagonal dominant system, t
diamond
- 本课题主要实现要求分别输入菱形的两条对角线长,能在屏幕上输出一个菱形的功能。-The main subject of each input required to achieve the two diagonal diamond can be output on the screen features a diamond.
C-language-array-string-programming
- C语言 数组与字符串 编程题 求方阵两条对角线之和 2)求矩阵中的“鞍点”。-C language array string programming question seeking to square two diagonal and 2) in the Matrix " saddle point" .
Otsus-Curve-Thresholding-Seg
- 给出了一种递归算法和一种小波变换与递归算法相结合的快速算法.该递推算法只需遍历二维直方图的主对角线和一条次主对角线, 与传统Otsu法的递推算法相比, 搜索空间大为减小。-arecursivealgorithmanda wavelet transfer combining withthe recursive algorithmare shown.The recursive algorithmonly needsearchthemaindiagonal andone subdiagonal
duijiaojuzhen
- 实现任意对角对称矩阵的压缩存储,可以便于树与图的存储,遍历等操作。-Any symmetric matrix diagonal compression and storage, easy tree storage traversal and other operations.
sxj4
- 求一个3*3矩阵对角线元素之和并显示出来。-Seeking a 3 × 3 matrix diagonal elements and displayed.
array
- 编程实现一6×6的矩阵,其正反对角线元素皆为元素下标之和,其它元素值全为零。-Programming matrix 6 × 6, its positive and negative diagonal elements are elements and other elements., value is zero.
DMD-control-board-G4100
- 数字微镜DMD空间光调制器控制平台G4100可以实现如下功能:1、兼容德州仪器TI D4100 开发系统。能够支持1920 X 1080分辨率DMD (DMD微镜为10.6微米,本征分辨率为1920X1080);同时还能支持1024 X 768分辨率的DMD(有两种微镜结构,一种是13.68 微米,对角线长度为0.7 英寸;另一种是10.8 微米的,对角线长度为0.55 英寸); 2、支持USB2.0 高速传输图片和控制信号,具有内同步和外同步功能,同步脉冲电平标准为CMOS 3.3V;
world.cpp_diagonal.tar
- moving world in diagonal direction
regular-pentagon
- 利用vc++画出正五边形,并对正五边形进行连线,然后对每个区域进行涂不同的颜色!-Use vc++ draw a regular pentagon, and regular pentagon diagonal connections, and color for each area.
flat_array_dbf
- 面阵的幅度相位全控制自适应数字波束形成算法——对角加载 QRD-SMI 算法的研究;两种面阵唯相位(Phase-Only)数字波束形成算法——小相 位扰动约束算法和期望方向增益最大约束算法的研究;面阵的数字多波束形成算法——二维 FFT 多波束的研究,以及 FFT 在可编程逻辑器件中的实现。 -Research of the adaptive digital beamforming algorithm, which control both amplitude and phase o