模拟时钟转动的C语言程序,开发环境TC2.0

基于linux+gtk的坦克游戏，功能不是很完善，欢迎大家提出修改。-Based on linux+ Gtk tanks games, feature not very perfect, welcome everybody to move the amendment.

使用标准C++实现位图图像的输入和输出，自定义位图文件的格式。-Bitmap image input and output, since the definition of bitmap file format.

3种像素历遍方法的比较和实现，对做图象方面很有帮助-Three kinds of pixels times the calendar methods and realize, make images of helpful

我写的等值线追踪和颜色填充源代码，欢迎使用！-I wrote the contours and colors filled tracking the source code, welcomed the use!

一个小的图形编辑软件,基于doc/view结构,结构比较合理.-A small graphics editing software, based on the doc/view structure, the structure more reasonable.

应用越图像处理。数字图像处理中用来色彩变换及直方图统计，从而实现对图像色彩的统计-more image processing applications. Digital image processing used to transform color histogram and statistics, so as to achieve the right color Statistics

bmp2.zip 在多文档客户区中增加位图底图-bmp2.zip customer files in many areas to increase bitmap maps

Photoshop SDK V1.01 for Delphi67 简介: 帮助Delphi用户编写Photoshop插件模块和滤镜。 Centaurix.Photoshop.SDK.V1.0.for.Delphi67.inc.src We are proud to present a new package that will allow Borland Delphi developers to write Adobe Photoshop plug-in modules and filter host applications within minutes. We hope that creative developers within the plug-in scene will find this package useful-SDK fixes for Photoshop Delphi67 Profile : Delphi help users prepare Photoshop plug-in modules and filters. Centaurix.Photoshop.SDK.V1.0.for.Delphi67.inc.src We are proud to present a new package that will allow Borland Delphi developers to write Adobe Photoshop plug-in modules and filter host applications within minutes. We hope that creative developers within the plug-in scene will find this useful package

Sampling code for image processing

在TC中,图形都最多只能在640X480的分辩率下编程,本源程序说明如何用C语言编写高分辩率的图形程序!----只说明如何初始化为高分辩率,其它算法功能都是相同的!-in TC, the graphics are only in the most easily visible outdoors under the Resolution Program, the source how to use C language to prepare high-resolution graphics only hostile to procedures on how to initialize the high-resolution, the other arithmetic functions are the same!