support eight palette bitmap and 24

给用ObjectARX开发AutoCAD初学者的一个例子,说明如何定义自定义实体-to use AutoCAD beginners ObjectARX an example on how to define custom entities

使用opengl函数写一个控制台程序，要求基于鼠标、键盘、窗口缩放等事件处理实现对某个图形的颜色改变、位置改变、以及大小随窗口改变等。 -Use opengl function to write a console program, the request for a mouse, keyboard, window scaling event handling to achieve the color change on a certain graph, position changes, as well as the size and changes with the window.

基于神经网络的数字识别系统 -Figure based on neural network recognition system is based on the number of neural network recognition system

一个填充区域图像的程序-a region filled with images of procedures

直线扫描算法rivate AX1(100) As Integer, AY1(100) As Integer, AX2(100) As Integer, AY2(100) As IntegerPrivate CX1 As Integer, CY1 As Integer, CX2 As Integer, CY2 As Integer, N As IntegerPrivate Sub form_Load()Picture1.BackColor = RGB(255, 255, 255)N = 0End SubPrivate Sub picture1_MouseDown(Button As Integer, Shift As Integer, X As Single, Y As Single)If Button = 1 ThenCX1 = CInt(X): CX2 = CInt(X)CY1 = CInt(Y): CY2 = CInt(Y)End IfEnd Sub-linear scanning algorithm rivate AM1 (100) As Integer, AY1 (100) As Integer, AX2 (100) As Integer, AY2 (100) As IntegerPrivate CX1 As Integer, CY1 As Integer, CX2 As Integer, CY2 As Integer, N As IntegerPrivate Sub form_Load () Picture1.BackColor = RGB (255, 255, 255) N = 0End SubPrivate Sub picture1_MouseDown (Button As Integer, Shift As Integer, As Single X, Y As Single) If Button = = a ThenCX1 CInt (X) : CX2 = CInt (X) = CY1 CInt (Y) : CY2 = CInt (Y) End Sub IfEnd

本代码实现了在三维空间中的飞行等设计，三维空间物体种类较多，较好的实现了模拟效果。-the code achieved in the 3D space flight such as design, 3D space objects more categories. achieve a better simulation effects.

曼德勃罗集计算程序-Mandelbrot set calculation program

黄国明编写的《用Visual C++.NET开发交互式CAD系统》书本的源程序代码，是实现交互式CAD系统开发的基础。 -prepared "using Visual C.NET development of interactive CAD system "book of the source code, is an interactive CAD system the foundation for development.

用VC++开发的图像压缩-development of the VC Image Compression

图象取对数算法，简洁-images from the algorithm, concise