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- 空间后方交汇求解相机外方位元素,变量如下 % x,y 控制点像点坐标 % X,Y,Z 控制点空间坐标 %f焦距 %X0,Y0,Z0,a,b,c六个外方位元素 %x0,y0,-f内方位元素:光心坐标 %cha,chb,chc:外方位角元素改正数 %count 记录迭代次数 %R 旋转矩阵 %A 线性化的偏导系数矩阵 %L 常数项矩阵 %M0 外方位元素矩阵 %M1 外方位元素改正数矩阵-meeting space for rear camera po
graybmp
- 将位图文件的图片通过改变像素值变成灰色图片。-will Bitmap File Photo by changing the pixel values into gray pictures.
jisuanjituxing
- 根据多边形区域的填充原理可以推广到圆域的填充,由于圆的特殊属性,即可根据任何欲填充的像素点与圆心的距离是否大于或小于半径来判断是否在圆内或圆外,具体实现程序如下; 利用中点画圆算法实现边界程序: void CArea_FillData::MidpointCircle(int xc, int yc, int r, int color) {//画八分之一的圆 int x,y,d x=0 y=r d=1-r WholeCircle(xc,yc,x,y,color
mvrn11
- 二维中值滤波在图像中的应用,vc编写的dos程序,暂时只能处理24位深度的bmp图片,且像素为4的整数倍。-2D median filtering images in the application vc dos prepared by the procedures, temporarily can only handle 24 bmp picture of the depth and pixel for the entire four several times.
Cg_Compiler_Source2
- nVidia开发的图形语言 Cg,用于进行顶点渲染和象素渲染,语法类似于 C。-nVidia graphics development of the Cg language, used for pixel and vertex exaggerated exaggerated, similar to the C syntax.
7-1
- 用c语言编写的利用图形控制寄存器功能写像素函数,其中有定义索引寄存器端口地址和数据寄存器端口地址。-c language used in the preparation of the use of graphics function control registers write pixel function, Index which definition Register port address and data registers port address.
324234
- 假定直线斜率k在0~1之间(k的其它取值可以类似处理),当前象素点为(xp,yp),则下一个象素点有两种可选择点P1-assumed linear slope of the k-1 between 0 (k values can be other similar processing), the current pixel (xp, yp), the next one pixel can have two points P1
connected
- 图像像素标记法示例。在打开示例图片后,运行程序可以计算连通区域。-image pixel labeling practices. Photo opened example, operational procedures can be calculated regional connectivity.
qianfang
- 已知立体相对的内外方位元素的条件下,根据同名像点在两张像片上的坐标计算像点的地面摄影测量坐标-known three-dimensional relative position and outside elements conditions, According to the same name as two points in a porno film on the calculation of the coordinates of the pixel coordinates of the g
RplColor
- When I wrote this function my problem was to replace one color by an other on transparent bitmaps. My images were resources bitmaps, which I store in an ImageList for easy transparency. There is no easy way to directly access a Bitmap s pixel o
yuzhibianhuanw]
- 该函数用来对图像进行阈值变换。对于灰度值小于阈值的象素直接设置 灰度值为0;灰度值大于阈值的象素直接设置为2-function of the image used to transform the threshold. For gray value less than the threshold value of the pixel directly installed gray value of 0; Gray value is greater than the threshold val
pixelexpose
- 混合像元分解,是定量遥感中非常重要的组成部分之一,在反演地表参数时是必须要考虑的因素之一,文中罗列了分解的一些方法。-mixed pixel decomposition, is the quantification of remote sensing very important component of one of the the inversion of surface parameters is to be considered one of the factors, the paper
regiongrow2
- 区域生长,基本处理方法是 以一组种子点开始来行程生长区域,即将哪些预定义属性类似于种子的邻域像素附加到每个种子上 -regional growth, the basic approach is based on a group of seed starting point to the growth of regional tour, What about predefined attributes similar to seed the neighborhood of each pixel a
in2bw
- 这是一个将图像进行二值化的C程序,能有效地将图像二值化后并将像素值传入一个文件进行相似度比较-This is one of two images of the value of C procedures, effective image after two values and the pixel values into a document similarity comparison
Calculatetheprobability
- calculatePXTheta---Calculate the probability of each pixel being its color conditioned on all of the clusters that were found at the previous (coarser) iteration. -calculatePXTheta -- Calculate the proba bility of each pixel being its color conditi
myfile2
- 利用像素复制放大缩小图像+双线形插值放大缩小图像-use pixel image reproduction Zooming-linear interpolation Zooming Image
211
- 矩阵中的每一个元素称为像元、像素或图像元素。而g(i, j)代表(i, j)点的灰度值,即亮度值。 由于g (i, j)代表该点图像的光强度(亮度),而光是能量的一种形式,故g (i, j)必须大于零,且为有限值,即: 0<=g (i, j)<2n。 用g (i, j)的数值来表示(i, j)位置点上灰度级值的大小,即只反映了黑白灰度的关系。 数字化采样一般是按正方形点阵取样的, -each of the matrix elements known as a pixel, pixe
411
- 矩阵中的每一个元素称为像元、像素或图像元素。而g(i, j)代表(i, j)点的灰度值,即亮度值。 由于g (i, j)代表该点图像的光强度(亮度),而光是能量的一种形式,故g (i, j)必须大于零,且为有限值,即: 0<=g (i, j)<2n。 用g (i, j)的数值来表示(i, j)位置点上灰度级值的大小,即只反映了黑白灰度的关系。 数字化采样一般是按正方形点阵取样的, -each of the matrix elements known as a pixel, pixe
511
- 矩阵中的每一个元素称为像元、像素或图像元素。而g(i, j)代表(i, j)点的灰度值,即亮度值。 由于g (i, j)代表该点图像的光强度(亮度),而光是能量的一种形式,故g (i, j)必须大于零,且为有限值,即: 0<=g (i, j)<2n。 用g (i, j)的数值来表示(i, j)位置点上灰度级值的大小,即只反映了黑白灰度的关系。 数字化采样一般是按正方形点阵取样的, -each of the matrix elements known as a pixel, pixe
611
- 矩阵中的每一个元素称为像元、像素或图像元素。而g(i, j)代表(i, j)点的灰度值,即亮度值。 由于g (i, j)代表该点图像的光强度(亮度),而光是能量的一种形式,故g (i, j)必须大于零,且为有限值,即: 0<=g (i, j)<2n。 用g (i, j)的数值来表示(i, j)位置点上灰度级值的大小,即只反映了黑白灰度的关系。 数字化采样一般是按正方形点阵取样的, -each of the matrix elements known as a pixel, pixe