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Mag_Color_Snake.rar
- 可以将应用双线性插值法放大的图像进行边缘的锐化，比方向扩散的效果要好,Can be applied bilinear interpolation to enlarge the image edge sharpening, than the direction of the effect of the proliferation of better
pic_transport.rar
- 利用临近点法，双线性法，双立方法等插值算法，实现了图像的平移、缩放和旋转功能,Using near-point, bilinear and bicubic interpolation algorithm to realize image translation, scaling and rotation
imrotatex.rar
- 自己用matlab语言编写的基于双线性插值的图像旋转程序,I have written based on the bilinear interpolation of the image rotation process
Rotate
- 使用MFC编写的图像旋转算法，利用临近插值的方法实现图像旋转，并且旋转后的图像自适应窗口。-Written using the MFC image rotation algorithm, near the interpolation method used to achieve image rotation, and rotate the image after the adaptive window.
tuxiangyunsuan
- 图像运算Matlab代码 12.1 图像点的运算 12.1.1 线性点运算 12.1.2 非线性点运算 12.2 图像的算术运算 12.2.1 加法运算 12.2.2 减 法运算 12.2.3 乘法 运算 12.2.4 除法 运算 12.2.5 其它运算 12.3 图像的位逻辑运算 12.4 图像的几何运算 12.4.1 图像插值 12.4.2 图像缩放 12.4.3 图像旋转 12.4.4 图像剪切
dblinear
- 用matlab实现了彩色图像的缩放，采用的是双线性插值算法！-Matlab achieved using the zoom color images, using bilinear interpolation algorithm!
rorote
- 自定义函数，图像按任意角度旋转，一维线性插值和二维线性插值-Custom function, image rotation by any angle, one-dimensional linear interpolation and two-dimensional linear interpolation
interpolation
- 双线性插值算法是一种空间域的错误掩盖算法，本程序实现了用双线性插值算法恢复受损图像的matlab程序-Bilinear interpolation algorithm is a spatial domain error concealment algorithm to achieve this program using bilinear interpolation algorithm to restore damaged image matlab program
RGBImage
- 利用双线性插值和最近邻插值实现RGB图像的缩放，利用MATLAB编写-The use of bilinear interpolation and nearest neighbor interpolation to achieve RGB image scaling, using MATLAB to prepare
pic_magnify
- 在CCS平台上优化过的基于C64x+的图像放大程序，用双线性插值法。-In the CCS platform optimized based on C64x+ The image to enlarge procedures, using bilinear interpolation.
ImgProject
- 图像双线性插值方法实现图像的缩放功能，任意缩放比例。-image interpolate
Nearest_Neighbor_Interpolation
- MATLAB最近像素插值法对图像进行放大和缩小-MATLAB recently pixel interpolation method of image zoom in and out
2
- 编写24位彩色图像的平移处理程序；编写基于最近邻插值算法的24位彩色图像放大处理程序；编写基于双线性插值算法的24位彩色图像放大处理程序；编写基于最近邻插值算法的24位彩色图像缩小处理程序；编写基于双线性插值算法的24位彩色图像缩小处理程序；编写基于最近邻插值算法的24位彩色图像旋转处理程序；编写基于双线性插值算法的24位彩色图像旋转处理程序；-The preparation of 24-bit color image translation process the preparation o
ImgRotate
- 实现图像处理中常见的图像旋转功能。运行程序时可以通过选择近邻域插值法、线性插值法或者三阶卷积插值三种复杂度不同的算法来实现。-Image processing to achieve common image rotation function. Can run the program by selecting the neighbor domain interpolation, linear interpolation, or third-order convolution interpolat
PictureParticipate
- 图像插值程序，载入图像后可以进行变形处理，提供的差值方式包括最近邻插值、三次样条插值等。-Image interpolation process can be deformed after loading the image processing methods include providing the difference between the nearest neighbor interpolation, cubic spline interpolation.
SubPx
- 图像处理中常遇到“亚像素”这个词。亚像素实际上不存在，但是在想象中存在。于是用数学的方法计算出它的值。示例中将一幅图的高和宽都扩大到5倍，造成原来相邻两像素不相邻了，中间间隔了好几个像素单位，这些像素怎样定义它们，简单的，数学上用双线性插值的方法求出未知的像素。本程序提供一个代码示例，供参考，希望对您有帮助。-Frequently encountered in image processing "sub-pixel" is the word. Sub-pixel does not actuall
插值及剪切
- MFC程序，用于图像的基本缩放旋转和剪切(The MFC program is used for basic scaling, rotation and shearing of images.)
双线性插值法python
- 根据双线性插值，需要对图像大小进行缩小放大，同时不减小图像的清晰程度。(According to bilinear interpolation, we need to zoom in and enlarge the size of the image without reducing the clarity of the image.)
PH1
- 对模糊后的图像进行插值恢复，比较不同插值方法恢复图像的优缺点(Interpolation of pictures)
kriging2
- 对三维点阵进行克里金插值 % USES: % [elevation] = KRIGING(PointsX,PointsY,PointsElev) % [elevation] = KRIGING(PointsX,PointsY,PointsElev,Range,Sill) % [elevation,gridX,gridY] = KRIGING(PointsX,PointsY,PointsElev) %