搜索资源列表
mouse1
- 可以参看像素坐标,很好玩.用的是vc6.0环境,我只是个初学者,要是少见多怪,勿笑!-pixel coordinates can see, is a lot of fun. Using the vc6.0 environment, I am just a beginner, if more rare strange, do not laugh!
ReadPixel
- C++ Builder源码,方便读制定坐标点像素
MM_ANISOTROPIC
- 首先将坐标映射方式改变为MM_ANISOTROPIC方式,即各向异性的意思,在这种坐标方式下,X轴和Y轴的逻辑单位可以进行任意的缩入。改变坐标映射方式后,就要确定窗口大小和视口大小,注意窗口大小就是我们在屏幕上所见的尺寸。通过函数得到显示器和打印机每逻辑英寸的像素数量,然后对视口大小进行相应的缩放,就可以便利屏幕上的显示和打印机的输出是一致的了。
Getany.rar
- 获取鼠标指针的坐标,当前屏幕鼠标坐标的颜色像素值,以及鼠标指向窗口的类名和文本,To obtain the coordinates of the mouse pointer, the current screen, the mouse coordinates of the color pixel values, and point your mouse at the window class name and text
SimplePixelTest
- 对一张为图中指定的RGB颜色值进行提取,生成所有该颜色的像素坐标,并可以导出到文件-It is a little tool that caculates all the pixel s croodnates by the given RGB value, and export them to a file
GetColorFromScreen
- 通过鼠标点的坐标,截取屏幕上的对应像素点的颜色值-GetColorFromScreen
globalmaptiles
- 本代码几乎涵盖了所有GIS地图瓦片的常用算法:提供了当前多种互联网地图瓦片的索引算法(包括wgs84坐标、web墨卡托坐标、像素坐标、瓦片坐标)及其相互转换方法,包括google地图,微软bing地图等等。-This code covers almost all GIS map tiles commonly used algorithms: current Internet map tiles index algorithm (including wgs84 coordinates of web
Zoom
- 实现加载图像,裁剪图像,插值放缩图像,获取像素坐标等-Image Process
choose
- 可以画出二值图,并且可以找到像素坐标,可以鼠标移动回车即可得到像素值-Can draw a binary image, and you can find the pixel coordinates, can enter to get the mouse to move the pixel values
123
- mfc 打开图片获取像素坐标 实现鼠标选取区域功能-mfc open image pixel coordinates of the mouse for selecting regional function
waicanshutiqu
- 用于计算相机外参数,即CCD像素坐标与三维世界坐标的对应关系,输入参数是世界坐标标定点对,输出外参数矩阵-Outside the parameters used to calculate the camera, that the correspondence between CCD pixel coordinates and the coordinates of the three-dimensional world, the world coordinate input parameter c
Extract-the-feature-points-in-image
- 提取数字影像中的特征点,读取图像,在窗口中显示图像,提取特征点用(+)表示,列表显示特征点的像素坐标位置.-Extract the feature points in the digital image,Read the image, display the image in the window, feature points are extracted using (+) indicates, the list shows the pixel coordinates of the featu
RS--tie-points-matching
- 影像特征提取与同名点匹配,读取图像,在窗口中显示,提取特征点(“+”表示),匹配同名像点(“+”表示),列表显示各特征点和匹配点的像素坐标位置-Image feature point extraction and matching tie points,Read image displayed in the window, extracts feature points ("+" indication), the same name as the matching point ("+" indi
CoordinateTransformation
- 像素坐标向机器坐标的转换,本例涉及界面输入、转换算法和输出验证-Pixel coordinates to the machine coordinate transformation
ConsoleApplication2
- 将原始图像的像素坐标进行变换成桶状投影,改变图像外形,不改变图像其他属性(The pixel coordinates of the original image is transformed into a barrel shaped projection)
C#提取特征点并进行图像匹配
- 建立在Moravec算子基础上提取特征点后与另外一幅图像进行匹配计算,并输出特征点对应的匹配点像素坐标(Based on the Moravec operator, the feature points are extracted and matched with another image, and the matching pixel coordinates corresponding to the feature points are output)
图像坐标定位DigitizeXY
- 加入图片,不过图片像素不能太大,能够对图片产生坐标点(Can produce coordinates of the picture)
XJ
- 提取标志点的像素坐标,利用矢量法对鱼眼相机进行检校(Extract the sign pixel coordinates of points, to calibrate the camera using vector method)
C#图像同名像点提取
- 使用基于相关系数的影像匹配测度算法,从两幅数字影像中自动匹配50个以上的同名像点。使用窗体界面、控件编程;在设计的界面窗口中显示两幅图像、在图像中显示所匹配出的同名像点 (+),并列表显示各个同名像点的像素坐标。(Using image matching measure algorithm based on correlation coefficient, more than 50 homonymous points are automatically matched from two digi
lena
- SLIC算法是simple linear iterative cluster的简称,该算法用来生成超像素(superpixel) 算法步骤: 已知一副图像大小M*N,可以从RGB空间转换为LAB空间,LAB颜色空间表现的颜色更全面 假如预定义参数K,K为预生成的超像素数量,即预计将M*N大小的图像(像素数目即为M*N)分隔为K个超像素块,每个超像素块范围大小包含[(M*N)/K]个像素 假设每个超像素区域长和宽都均匀分布的话,那么每个超像素块的长和宽均可定义为S