搜索资源列表
GeoMatch_src
- 基于边沿信息的几何模板匹配 fdfd df -edge base template match
gdal_all
- 包括图像处理,图像增强,点运算,几何变换(包括平移,旋转,缩放等)-Including image processing, image enhancement, the dot operator, geometric transformations (including translation, rotation, scaling, etc.)
FaceRecog_src100902
- 基于OpenCV的人脸识别演示程序。目前实现了Gabor+Fisherface算法,还有几何和光照归一化。 -->请到 http://code.google.com/p/facerecog/ 下载最新版本。<-- 功能:对摄像头拍摄的或用户指定的图像,检测其中人脸,然后在已存储的人脸库中找到最匹配的人脸并显示。 在VS 2008 SP1上编写,使用了OpenCV 2.0和MFC,通过消息处理函数与用户进行交互,利用多线程来实时显示图像。 数据处理分为了C
mySift
- sift的C++版,在sift上找出鲁棒性最强的几个特征点,然后以这个点为圆心,以自适应性的尺度为半径画圆,这个非常适合运用于数字水印领域,适用于抵抗数字水印的几何攻击-sift the C++ version of the robustness of the sift to find the strongest on the number of feature points, and then to this point as the center of the scale of self-a
Space_Filter
- Opencv写的空间滤波包括最大最小中值滤波等等,借鉴数字图像处理matlab版page117 的函数,几何平均,算术平均,调和平均,反调和平局,中值,中点等-Opencv write spatial filtering, including maximum and minimum median filtering, etc., drawing on digital image processing matlab version page117 function, geometric mean,
Geometry-preprocessing
- 这是一个人脸图像的几何预处理的代码,主要有人眼检测,旋转以及剪裁与缩放-This is a face image preprocessing of the geometry of the code, the main someone eye detection, rotate and clipping and zoom
opencv_rand_draw
- 本文主要介绍下opencv中自带的一个随机数发生器的类RNG,这里我用这个类来画一些图形,和基础学习笔记之opencv(13):基本绘图 一文中类似,只是 这里画出来图像的坐标,大小,颜色,角度等所有信息都是随机的,且是用RNG这个类产生的。参考文献为opencv自带tutiol及其代码。 开发环境:opencv2.4.2+Qt4.8.2+ubuntu12.04+QtCreator2.5 实验功能: 1. 该实验可以画6中几何图形和1个文本显示,每种都是画80个,每画完一
Image-geometry-transform
- 本程序要求输入的图像都是256色的位图。这个代码实现了对图像的几何变换。使用了双线性插值算法-This program requires the input images are 256-color bitmap. This code implements the geometric transformation of image. Using a bilinear interpolation algorithm
test
- OPencv 第八章成对几何直方图匹配,包含Hu矩的匹配,轮廓凸包检测等-OPencv Chapter VIII of the pairs of geometric histogram matching
whitebalance-and-calibration
- 文件内容是利用自己编译的opencv2.4.2做的,包括白平衡和几何校正。是在做项目的时候利用的原本,希望对初学者有帮助。附配置方式。-The contents of the file is compiled opencv2.4.2 do, including white balance and geometric correction. Project use the original, I hope to help beginners.
PerspectiveTest
- 自己写的,利用矩阵实现图像几何变换的源码,虽然简单,但有助于理解图像几何变换矩阵的意义。-Write your own, using matrix source image geometric transformation, although simple, but helps to understand the significance of the image geometric transformation matrix.
CV4
- 立体视觉相关的程序,这部分需要先了解图像和摄像机之间的对立关系,并对极线几何比较了解,先把原理熟悉了以后,具体到编程上就会轻松一点,整体还是比较耗时的。具体来说,程序使用SSD得到匹配点,然后根据匹配点计算出基本矩阵,最后计算出匹配点相关的极线-Stereo vision procedure, this part of the need to understand the antagonistic relationship between the image and the camera, an
webcam_video
- 基于Qt4.8和OpenCV的一个图像几何形变的程序 利用OpenCV从多个Webcam读取图像,然后进行几何形变处理-Qt4.8 and OpenCV based geometric distortion of an image from multiple Webcam program using OpenCV read image, and then deal with geometric
DrawRectangle
- VS2010中opencv实现自己画有角度的矩形,并用最小外接矩形算法,求矩形的几何信息,中心点,长宽,角度等-VS2010 in opencv realize their painting angled rectangle and use the minimum bounding rectangle algorithm, seeking a rectangular geometry, center, length and width, angle and so on. .
opencv
- word详细介绍了Windows位图(Bitmap)和调色板(Palette)、图象的几何变换、图象的平滑(去噪声),sourse里有对应的代码-word detailing the Windows bitmap (Bitmap) and Palette (Palette), geometric transformations, image smoothing the image (to noise), sourse there is a corresponding code
PerspectiveTransform
- 根据几何关系,自己编写的单应性(俯视)变换和最近邻插值,双线性插值,基于OPENCV-perspective transform & interpretation based on OPENCV
Affine-transformation
- opencv学习代码,仿射变换,在几何上定义为两个向量空间之间的仿射映射,由一个线性变换接上一个平移组成-opencv learning code, affine transformation, geometrically defined as affine mapping between two vector spaces, connected by a linear transformation consisting of a pan
finger_detect---PGH
- 基于vs2010+opencv2.4.4编写,根据成对几何直方图特征对中国手指语的静态图像进行识别-Based on vs2010+ opencv2.4.4 write, according to a pair of geometric histogram to identify characteristics of the Chinese language finger static image
opencv
- 数字图像处理作业:相同条件下拍到的棋盘图和日历钟表图 相同条件下拍到的棋盘图和日历钟表图, 尝试建立 尝试建立几何畸变关系, 并对它们进行恢复- Digital image processing homework4: under the same conditions to take pictures of the checkerboard pattern and calendar clock diagram under the same conditions to take picture
Geometric
- 利用vs2010+Opencv对图像进行几何变换(平移、旋转、放大)-Use vs2010+ Opencv the image geometric transformations (translation, rotation, zoom)
