资源列表
modis_Aerosol_inversion
- 气溶胶光学厚度反演，自动化处理，可以节省时间-aerosol AOD inversion，Automatic processing
modis_cloud
- MODIS影像去云处理，可以实现批处理去云，节省大量时间-MODIS image to cloud processing, can achieve batch to cloud, save a lot of time
modis_register
- MODIS几何配准，将影像以经纬进行配准-MODIS geometric registration, the image to the longitude and latitude for registration
modis_lut
- 反演气溶胶光学厚度，建立查找表，节省循环时间-Retri of aerosol optical thickness, establish look up table, save cycle time
Binary-Image-and-Image-Translation
- 利用“二值图像与原图像做点乘,得到子图像”的原理.，编写M程序，构造特殊的二值图像，最终得到需要的子图像。 编写M程序，实现图像的平移，要求两个平移量TX、TY可取正负值 。 -By using the principle of multiplying the binary image and the original image to get the sub-image, the M program is programmed to construct a special bina
CalculateMI
- 根据参考图像与浮动图像来计算图像间的互信息-According to the reference image and the floating image to calculate the mutual information between images
ThreeDImage
- 使用matlab中的meshgrid进行三维绘图，X,Y为坐标值，Z为误差值，用Z值大小及对应三维图上的颜色深浅表示误差大小的不同，对缺失的坐标点补全，并将误差赋值为0。有完整的代码和txt文件，点击即可运行，方便修改。-Using the meshgrid in matlab for three-dimensional drawing, X, Y for the coordinate value, Z for the error value, the size of the Z value a
sparsebased
- 一种基于稀疏表示的图像融合方法，基于论文Joint patch clustering-based dictionary learning for multimodal image fusion 进行编写 结果相似-A sparse based image fusion method. It is based on paper Joint patch clustering-based dictionary learning for multimodal image fusion T
canny_test
- Canny边缘检测算法是1986年有John F. Canny开发出来一种基于图像梯度计算的边缘 检测算法，同时Canny本人对计算图像边缘提取学科的发展也是做出了很多的贡献。尽 管至今已经许多年过去，但是该算法仍然是图像边缘检测方法经典算法之一。-Canny edge detection algorithm in 1986 John F. Canny edge detection algorithm developed by the image gradient calcu
E3
- 数字图像处理：将一副灰度图lena.bmp分解成8个位面图-Digital image processing: a gray map lena.bmp decomposition into eight bitmap
Nehe-19
- nehe的第19课，粒子系统的程序代码。属于较简单的例子-nehe Lesson 19, particle system code. It is a relatively simple example
RotatePPM
- vc++实现对ppm格式的图像的旋转，有利于c++的学习和利用c++对图像进行处理的理解-Vc++ realize the format of the image in ppm rotation, is conducive to the study of c++ and the use of c++ image processing understanding