搜索资源列表
bilinear
- 用双线性插值法实现的图像缩放,内有详细的使用说明。非常好用
GeoTrans.灰度图像的各种操作源代码
- 数字图像处理中,灰度图像的放大、缩小,平移和旋转功能实现的源代码,分别采用最近邻插值法和双线性插值方式实现。,Digital image processing, the gray-scale image to enlarge, narrow, pan and rotate functions of the source code, respectively, using nearest neighbor interpolation and bilinear interpolation way.
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
twoWays.rar
- 双线性插值和三次卷积法将图象扩大两倍,c语言实现。,bilinear and cubic convolution interpolation method will expand the image twice, c language.
demosaicing
- 雙線性內插法(bi-linear interpolation) 此方法以(x,y)的四個鄰近點來求得最近似的灰度 -err
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.
shuangxianxingchazhisuofangtuxiang
- 本实验采用双线形插值技术进行图像的缩放。该方法输出的像素值是它在输入图像中2*2邻域采样点的平均值,它根据某像素周围4个像素的灰度值在水平和垂直方向两个方向上对其插值。在进行图像缩放时,其考虑到了相邻近的像素点间的关系。这种平均算法具有放锯齿效果,创造出来的图像拥有平滑的边缘,锯齿难以察觉,所以相对于最近邻法,其的效果比较好。在进行程序设计时,程序的输入参数为图像矩阵和结果图像的水平和垂直方向的像素数,可以忽略混叠效应。在程序运行之后可以对其前的实验结果进行比较分析异同,进而更深刻的理解最近邻插
rotate_registration2
- 用opencv实现的图像任意角度旋转插值,插值方法有最近邻法和双线性插值法-Opencv achieved by rotating the image at any angle interpolation, interpolation methods are nearest neighbor and bilinear interpolation
lininterp1f
- 用c++语言编写的图像差值方面的函数,如双线性插值法-C++ language using the image difference function areas, such as the bilinear interpolation
image
- 关于利用双线性插值法放大灰度图像的Matlab程序,效果还行,可供相关研究人员参考!非原创-Bilinear interpolation on the use of gray-scale image to enlarge Matlab procedures, the results were OK, for the relevant research references! Non-original
biliner
- Raw2RGB,双线性插值法,c代码已验证-raw2rgb ,c code ,biliner interpolation
YTSplineScaler
- 一个可以更改输入图像的图像缩放程序,是双线性插值法做的-One can change the input image, image scaling, bilinear interpolation
graphics
- 纯c语言实现图像的几何变换,插值放大,双线性插值法,-Pure c language image geometric transformation, interpolation zoom, bilinear interpolation,
C
- 运用matlab对图像进行放大:像素复制法和双线性插值法。像素复制方法的图像缩放的原理主要是对原来输入图像的整行或是整列像素进行简单的复制与删除,达到改变图像大小的目的。双线性插值放大算法中,目标图像中新创造的象素值,是由原图像位置在它附近的小区域象素的值通过加权平均计算得出的。-Write MATLAB function to zoom a grayscale image from original size to the given output size through two dif
BmpimageZoom
- 基于vs2008的 双线性插值法放缩图像,代码简单易读。。包含一篇算法介绍-VC++6.0或者vs2008 bilinear interpolation method based on scaling the image, the code easier to read. . Contains an algorithm introduced
bmpZOOM
- 基于vc++或者vs2008的 双线性插值法放缩图像。。代码简单易读。。适合初学-Vs2008 based vc++ or bilinear interpolation scaling images. . Code easier to read. . Suitable for beginners
geometry-operations
- 实现图像的镜像变换、拉伸、平移、旋转、缩放功能,双线性插值法-Achieve the mirror image transform, stretching, translation, rotation, scaling, bilinear interpolation
binary_interpolation
- 本算法使用双线性插值法对图像进行缩放变换(The bilinear interpolation method is used to scale and transform the image)
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.)