搜索资源列表
mult4quad_pspice
- PSpice8 circuit simulation of a four quadrants multiplier.
mult4quad_ltspice
- LTSpice circuit simulation of a four quadrants multiplier.
ealstic-S-wave-scattering-in-elastic-boundary-from
- 弹性界面横波散射的左普里兹方程,实现反射、透射系数随波入射角度的变化关系图,包含波从界面的四个象限入射的MATLAB代码-S-wave scattering of elastic interface, the left Prydz equation to achieve reflection and transmission coefficients of the waves changes in incident angle diagram, including the wave incide
Bresenham
- 该程序实现了Bresenham算法画直线,将四个象限的问题通过交换端点的方法合并成一,四象限的问题。再利用sign变量,统一成一个问题。又考虑到斜率<=1,>1,不存在,最终问题分成了三种情况。-The program implements Bresenham algorithm for drawing a straight line, the four quadrants of the problem through the exchange of endpoint methods
Vcoef
- 计算绕射系数,并强制第三四象限的入射角为负-Calculate the diffraction coefficient, and force the third in four quadrants of the angle of incidence is negative
image-Fourier-transform-zon
- 以图像中心为原点,调整傅立叶变换图像的四个象限区,即第一和第三象限交换-The origin of image center, adjust the four quadrants of the image Fourier transform zone, the exchange of the first and third quadrant
kstest_2s_2d
- kstest_2s_2d.m:功能做两样本的二维Kolmogorov - Smirnov检验 它类似于MATLAB的内置函数的“kstest2“从统计工具箱除了“kstest_2s_2d“与二维数据处理。 [小时,pValue,KSstatistic] = kstest_2s_2d(为x1,x2,α,尾) 函数在两栏输入“ד,并以“ד,其中每一列代表一个维度。其他的选项和产出是相同的含义,是“kstest2“格式。 摘要算法(峰值,1983年):考虑
QUAD_old
- QUAD TREE algorithm. It is a segmentation based image compression algorithm. It is a process of recursively dividing the image into four quadrants. -QUAD TREE algorithm. It is a segmentation based image compression algorithm. It is a process of
dl3
- 数控机床DDA直线插补源代码程序,可以实现4个象限的直线插补,步长可变-CNC machine tools DDA linear interpolation source code program, you can achieve a linear interpolation of the four quadrants, step variable
my-program
- 利用matlab开发的机床直线和圆弧插补程序,可以进行四个象限的优劣圆弧,顺逆圆弧插补,同时可使用逐点比较法和数字积分法两种方法插补,软件界面简单明了、清楚,易操作。-The use of MATLAB development of machine tool of linear and circular interpolation procedures, can be carried out in four quadrants of the pros and cons of circular,
Ultra-linear-interpolation
- 该程序使用了Bresenham算法的思想将四个象限-The program uses the idea of ??the Bresenham algorithm four quadrants
image-fuliyet-ransform
- 以图像中心为原点,调整傅立叶变换图像的四个象限区,即第一和第三象限交换。已运行成功-The four quadrants, i.e. the center of the image as the origin, the adjustment of the Fourier transform image of the first and third quadrant switching. Has been running successfully
inn
- 基于直方图均衡的图像增强代码,将直方图分为四个象限,按照像素比例进行不同的拉伸,效果较好,特别是对较暗的图片。-Based on the histogram equalization image enhancement code, the histogram is divided into four quadrants, in accordance with the proportion of pixels of different tensile better effect, especial
vbchabu
- vb插补实验,可以实现四个象限的插补功能,经过验证,完全正确-vb interpolation experiment, you can achieve the four quadrants of the interpolation function, a proven absolutely correct
mult4quad_ltspice
- LTSpice circuit simulation of a four quadrants multiplier.
61610
- Skew detection and correction is very important task before pre-processing of an image and it is a major problem in scanned documents, if it not detected correctly it will lead wrong result in future during image analysis. During the scanning of th
deskew-110
- Skew detection and correction is very important task before pre-processing of an image and it is a major problem in scanned documents, if it not detected correctly it will lead wrong result in future during image analysis. During the scanning of th
Linear-interpolation-vb
- 这是VB写的一个直线插补源码,有四个象限的整个代码,代码比较全,对开发都来说是很有用的,而且word文档中有整个代码。-It is written in a linear interpolation VB source, there are four quadrants of the entire code, the code is relatively wide, for the development of both is very useful, but there is the whol
Circular-interpolation-vb
- 这是VB写的一个圆弧插补源码,有四个象限的整个代码,代码比较全,对开发都来说是很有用的,而且word文档中有整个代码。-It is written in a circular interpolation VB source, there are four quadrants of the entire code, the code is relatively wide, for the development of both is very useful, but there is the wh
CreateMagicMatrix
- 《洛书》增强版算法解密 包括偶数阶、双偶数阶、单偶数阶等各类魔方(幻方)的生成算法源码。 其中单偶数阶最难: 单偶数魔方,n为偶数,且不能被4整除(n=6,10,14,18,22……)(n=4k+2,k=1,2,3,4,5……)。这是奇数阶魔方,双偶数阶魔方,单偶数阶魔方三种魔方里面最复杂的魔方。 以n=10为例,这时k=2。 (1)把方阵从左到右,从上到下分成A,B,C,D四个象限,这样每个象限肯定是奇数阶,用罗伯法,依次在A,D,B,C象限按奇数阶魔方的