GIS DRAW CONTROL

在课下自己做的实例代码，还是比较简单，希望大家共同学习。这是webgis 的小实例，对初学者很有帮助

这是一个电影院订票网站的源码 用户可以在此基础上修改代码 来得到他们自己的订票网站 这个项目用的javascript,php,mysql,html,css 适合有一定基础的网站开发者。

一个用JavaScript写的颜色缓冲变化控制类，颜色梯度变化类、渐变菜单实例、简单的颜色拾取器(点击修改梯度演示颜色)、点击随机颜色渐变等功能。(Write a JavaScript change the color buffer control class class color gradients, gradient menu instance, a simple color picker (click to modify the color gradient demo), click on the random color gradients, and other functions.)

简单的blog系统 部分功能为实现 供新手使用

汉字笔画部首字库，包含常见文字，可以做手写输入法识别(Chinese Stroke order)

是一款H5动态网，美工上有较好的编辑和细化。超美感的index,以朦胧灯光为背景，布局也是一流的。如有喜欢可以下载预览及应用

这是一个在线考试系统，满足在线考试的基本要求-This is an online examination system to meet the basic requirements for online exam

Web 前端的黑客攻防技术是一门非常新颖且有趣的黑客技术，主要包含Web 前端安全的跨站脚本 （XSS）、跨站请求伪造（CSRF）、界面操作劫持这三大类，涉及的知识点涵盖信任与信任关系、Cookie 安全、Flash 安全、DOM 渲染、字符集、跨域、原生态攻击、高级钓鱼、蠕虫思想等，这些都是研究前端 安全的人必备的知识点。本书作者深入剖析了许多经典的攻防技巧，并给出了许多独到的安全见解。(Web front-end hacker attack and defense is a very novel technology and interesting hacking techniques, mainly includes Web front-end secure cross-site scripting (XSS), cross-site request forgery (CSRF), interface operation hijack these three categories, involving knowledge covers the relationship of trust and confidence, Cookie Security, Flash security, DOM rendering, character sets, cross-domain, original attack, senior phishing, worms and other ideas, these are people who study the necessary front-end security knowledge. The author of many classic-depth analysis of offensive and defensive skills, and gives many unique security insights.)

这是一个用JAVA语言写的手机网络游戏程序源代码，有兴趣的朋友可以下载下来看一下。-This is a used cell phone JAVA language source code online games, the friends who are interested can download the next look.

说明：  This is a JavaScript implementation of the CONREC contouring algorithm, which operates on a grid of z-values. If no contour-drawing function is specified, it builds a list of contour vectors that can be accessed via .contourList(). Example: var data = [[0, 1, 0], [1, 2, 1], [0, 1, 0]]; var c = new Conrec; c.contour(data, 0, 2, 0, 2, [1, 2, 3], [1, 2, 3], 3, [0, 1, 2]); // c.contours will now contain vectors in the form of doubly-linked lists. // c.contourList() will return an array of vectors in the form of arrays.