3D显示一个DEMO程序,仅供参考

Ageia s PhysX(著名的游戏物理库) D3D 9使用代码演示。由于PhysX物理库使用OpenGL代码实现图形着色，从而使许多用DirectX 3D的程序员不能使用/读懂demo代码，这是使用D3D着色引擎重新写的一些demo代码。-Convex Geometry（带执行文件）-Ageia s PhysX (well-known game physics library) D3D 9 demo using the code. PhysX physics library as a result of the use of OpenGL graphics rendering code so that many use the DirectX 3D programmer can not use/read demo code, which is the use of D3D shaders to re-write some demo code.-Convex Geometry (with the implementation of document)

C的图形处理程序,在 TC下调试通过.-C graphics processing procedures, the TC under debugging through.

BMP文件快速压缩成JPG文件的VC源代码-BMP file compression rapid JPG file into the source code VC

利用深度信息进行的三维图像的显示和绘制。-depth information for the three-dimensional image display and mapping.

我修改的mesh绘制程序，我加入了meanshift 平滑功能-I modified mesh drawing program, I joined the meanshift smooth function

基于统计特征,和细化图象后提取特征的简单数字识别系统-Based on the statistical characteristics, and refining the characteristics of the image after the extraction of simple digital identification system

漂亮的蓝天白云图形-beautiful sky graphics

初步学习QT，最基础的程序hello，让初学者更好认识QT，熟悉QT编程环境，程序执行将显示“Hello World"在一个显示面板上，可以通过修改程序改变字体和颜色。。。。。。。

图形绘制的简单程序-graphics rendering the simple procedure

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