搜索资源列表
Bresenham
- 用OpenGl实现了种子填充和Bresenham算法，并且有橡皮筋功能。-Achieved using OpenGl seed filling and Bresenham algorithm, and has rubber band functionality.
rubber-band-drawn
- 计算机图形学种子填充四联通算法的简单实现（橡皮筋画直线法，图像的重绘与再现，种子填充四联通算法的简单实现） -Computer Graphics Interchange 4 seed fill algorithm is a simple realization of (rubber band drawn straight-line method, the image of the redraw and reproduction of seed fill algorithm is a simple
Graphic
- 使用C语言编写的一些简单的图形算法基础，其中有中点直线算法，中点画圆，种子填充和裁剪算法。-Using the C language written in the basis of some simple graph algorithms, including the midpoint of a straight line algorithms, the mid-point Circle, seed filling and clipping algorithms.
Seed_FillGraph
- 利用“橡皮筋”画线画出任意的多边形，然后根据四连通的区域填充算法，将其填充完整 画线：用鼠标左键在屏幕上单击一点，然后拖动鼠标到你想要到的位置再单击，以此类推，最后一点双击，将其与第一点连接起来形成一个封闭的多边形。 选取种子填充：用鼠标右键点击获取种子点，然后进行填充； 颜色：调取系统自带的调色板选取要填充的颜色 -Use of "rubber band" drawing a line to draw an arbitrary polygon, and then 4-conne
breed
- 填充算法之种子填充，采用四连通和八连通的方式-breed filling arithmetic with four-connected and eight connected
RegionSearch
- 实时处理中区域提取算法的比较,有轮廓跟踪、线段编码、种子填充与数学形态学腐蚀膨胀等方法组合成的十一种方法。30万像素的图像处理时间在5毫秒以内。-Region Search
111
- 区域填充算法及程序，区域扫描及种子算法均有源代码-Region filling algorithm and procedures
bresenham
- 计算机图形学实验： 实现Bresenham算法绘制线段，并利用“橡皮筋”功能绘制折线。 可将绘制的折线连接成多边形，并选择种子填充法或扫描线填充法进行填充。-Computer Graphics Lab: Bresenham algorithm for drawing line segments to achieve, and to use " rubber band" line drawing functions. Line connection can be draw
EdgeContour
- bmp图像的边缘检测，包括经典算法，功能有边缘检测，hough变换，轮廓提取，种子填充，轮廓跟踪等-bmp image edge detection, including the classic algorithm, edge detection function, hough transform, contour extraction, seed fill, contour tracking
GraphFill5_29_2
- 使用边相关多边形扫描线填充、扫描线种子填充这2种算法实现多边形的填充-Fill polygon
whhFillpolygon
- 图形的填充算法，包括有序变表法和种子填充法-Graphic filling algorithm, including the orderly changing table method and seed fill method
Seed_Fill_8
- 我的图形学作业，一个比较简单的8联通区域种子填充的算法，并用opengl做出了图形界面-My graphics work, a relatively simple 8 Unicom regional seed filling algorithm, and made a graphical interface with opengl
OpenCVseedfillingcol
- 采用种子填充实现彩色图像分割，在处理库opencv下，采用改进的种子算法，实现对彩色图像的分割,程序中指包括代码部分-OpenCV seed filling to achieve color image segmentation code, the use of intel graphics library opencv, the use of improved seeds algorithm, to achieve color image segmentation
Zhaojuan
- 计算机图形基本图形算法:DDA,Breasenham画线法,中点画圆,中点画椭圆,递归种子填充,简单种子填充-Computer graphics, basic graphics algorithms
bresenham3
- 基于 Bresenham算法画圆并对其进行种子填充。-Bresenham algorithm based on a circle and its seed filling.
Bresenham2
- Bresenham算法绘制线段并利用“橡皮筋”功能绘制折线。将绘制的折线连接成多边形，并选择种子填充法或扫描线填充法进行填充 鼠标交互生成矩形裁剪框，实现对绘制的折线的裁剪 -Bresenham algorithm for drawing lines and using the " rubber band" feature to draw a line. The line will connect into a polygon drawing, and selec
Filling-algorithm
- 不规则区域的填充算法实验 描述：将坐标系网格在屏幕上画出来，每个像素点占据一个格点，用一个小实心圆圈表示。 用鼠标左键绘制不规则区域的边界。 选择种子点，每个象素的出栈或入栈过程要显示出来，之后点击鼠标右键可填充封闭区域-Irregular area filling algorithm of the experiment Descr iption: will coordinate grid on the screen painting out, each pixel
Seed-filling-the-scan-line-algorithm
- 计算机图像学中的简单实用的种子填充扫描线算法-Simple and practical in the seed in the school of computer image to fill the scan line algorithm
VForrm22B
- VB实现种子填充的递归与非递递归算法，可自己定义填充四边形 -VB seed filling recursive and non recursive recursive algorithm, can define the filling quadrilateral
DThe_digital_i
- 数字图像处理算法的实现包括：Hough变换，边缘检测，差差影法，轮廓提取与跟踪投影法，图像复原，阈值分割，种子填充 -Digital image processing algorithms to achieve include: Hough transform, edge detection, differential poor law, contour extraction and tracking the projection method, image restoration, thr