搜索资源列表
MFC_Draw
- 1.1 程序界面参考Microsoft画图程序 1.2 能够支持画直线、自由连线(随鼠标移动连线)、实体圆形、实体矩形、实体椭圆 1.3 支持区域选中(通过鼠标拖拽方框选中),并删除选中区域内所画的形状 1.4 支持各种笔形画图时的前景和背景色 1.5 支持图擦功能,选中图擦时,随着图擦的移动,根据图擦的大小,将图擦经过的区域中的形状相关部分清除 1.6 支持打印、打印预览功能,并保持图片所见即所得。支持将所画的内容保存为文件格式BMP-1.1 Program Interface Referen
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
0810210104painter
- 画图板,直线虚线,空心实心,撤销,选择颜色,保存文件,打开文件等功能-Drawing board, straight dashed line, hollow, solid, revoked, choose a color, save the file, open the file and other functions
Ball_aux
- a very simple OPENGL program to show a solid ba-a very simple OPENGL program to show a solid ball
Create3dSolid
- 在mapcad2008下创建三维实体,创建方法有选择默认,自定义参数,读取外部实体数据等。-Create 3D solid on map3d platform.
LineDemo
- Java虚线与实线,利用JAVA绘制2D图形、设置绘制线条的颜色,可以绘制实线和曲线,一个JAVA图形绘图的实例程序-Java dotted line and solid line, the use of JAVA to draw 2D graphics, set the color to draw lines, draw a solid line and curve, an instance of a JAVA graphical drawing program
AamffczipC
- ACIS是一个开放的、使用C++语言构造的三维造型开发系统, 其特点是将线框、曲面与实体造型融于一体, 并能将这三种表示共存于一个数据据结构中。目前, ACIS 广泛的运用于CAD、AEC、自动化技术术与船舶制造等技术领域。本组件支持Visual C++ mfc的支持。 -ACIS is an open, using C language structure of the development of 3D modeling system, which was charracterized
huose
- OpenGL功能演示,包括实体造型、透视、背景设置、光照、平滑、旋转、缩放、纹理等。适合初学者-Use opengl, combined with VC language written in, solid modeling, three-dimensional effect of the housing descr iption, the distance effect descr iption, vivid image.
VB-control-AutoACD-
- 将vba控制cad参数化绘图的过程通过步骤详解完全呈现出来,对于基础不扎实的初学者是最佳入门参考-Vba to control the process of the cad parametric drawing fully revealed through the steps detailed solid foundation for beginners is the best entry-reference
painter2D
- 简单画板,可以实现实线虚线的转换和颜色的变换,用Graphics2D做的-Simple drawing board, you can achieve the conversion of the solid line dotted line and color transform Graphics2D
zhi-dong-gai-yang-se
- UG批量修改实体颜色,一次修改500个实体颜色,-UG bulk modify a solid color, and last modified 500 solid color,
Buer
- 这是一篇三维实体的布尔运算的文章,文章详细介绍了布尔运算算法原理,对图像图形处理专业人员的重要参考价值!-This is the article of a three-dimensional solid Boolean operations, the article describes in detail the Boolean operation algorithm principle, an important reference value for the image graphics p
opengl_qt_draw3D
- 四棱锥由5个面构成一个封闭的立体图,其中4个共顶点的侧面是三角形,底面是个四边形。如果我们要绘制一个3D的四棱锥只需要绘制这5个面即可,绘制的方法和前一篇文章OpenGL_Qt学习笔记之_03(平面图形的着色和旋转)的相同。只不过这里的顶点坐标是3维的,所以图像深度那一维不一定为0。因此我们可以事先计算好四棱锥各个顶点的坐标,这对学过立体几何的人来说应该是小case了。然后绘制每个面就可以。 注意,在opengl中绘制每个面时,所有面给出的顶点的顺序都要按照逆时针或者顺时针(我这里采用的
Basic-graphics-generation-algorithm
- 主要讲述了图形图像学中“基本图形生成算法”涵盖了图元扫描转换,直线段扫描转换 ,圆弧扫描转换,实区域填充,图形反走样技术,值得一看 -Focuses on graphics learn basic graphics generation algorithm covers the pixel scan conversion, the scan conversion of straight line segments, arcs, scan conversion, solid area fi
circle
- 2、推广Bresenham中点圆算法,画出一个内部填充的实心圆。-2, and the promotion the Bresenham midpoint of the circle algorithm, draw a solid circle filled internally.
Bresenham_line
- Bresenham算法直线产生算法,产生实线-Bresenham algorithm to generate solid line
ZXJD
- 两条直线的起始点,终点,四个点,判断有无交点,并说明交点是实点,还是虚点-Two straight lines starting and end points, four points, to determine whether the point of intersection, and that intersection is a solid point, or virtual point
spherefunction
- 球谐函数的demo,将球谐函数可视化,加深对球谐函数的理解,对高级光照打下坚实数学基础。 我费了好大得劲,也是我在别人代码的基础上改的。-Spherical harmonics demo ball harmonic function visualization, understanding spherical harmonics, advanced lighting and lay a solid mathematical foundation. I take a great handy,
Improved-Naive-Bayesian-classifier
- 对朴素贝叶斯算法的进一步改进。朴素贝叶斯分类器是一种简单而高效的分类器,但是它的属性独立性假设使其无法表示现实世界属性之间的依赖关系,以及它的被动学习策略,影响了它的分类性能。本文从不同的角度出发,讨论并分析了三种改进朴素贝叶斯分类性能的方法。为进一步的研究打下坚实的基础-Naive Bayes algorithm further improved. Naive Bayes classifier is a simple and efficient classifier, but its attr
BmpProcess
- C#开发,实现基本的图像处理功能,如调色板修改,颜色转换,模糊处理,边缘检测,亮度变化,纯色,颜色位数转换,灰度变换等-C# development, basic image processing functions, such as palette changes, color conversion, fuzzy processing, edge detection, changes in brightness, solid color, color depth conversion, gra