<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd">

<html xmlns="http://www.w3.org/1999/xhtml">

<head>

<meta http-equiv="Content-Type" content="text/html; charset=utf-8" />

<title>无缝滚动</title>

<style>

*{ margin:0; padding:0;}

.container{ width:450px; height:150px; border:2px solid orange; overflow:hidden; margin:200px auto;}

.container ul li{ width:400px; line-height:35px; margin-left:15px; border-bottom:1px dashed gray; list-style:none;}

</style>

</head>

<body>

<div class="container" id="container">

    <div id="scroll1">

        <ul>

            <li>1.韩国客机坠毁旧金山 乘客讲述被甩出客舱一瞬</li>

            <li>2.中领馆证实韩亚客机事故2名遇难者为中国公民</li>

            <li>3.中关村空间信息技术产业联盟</li>

            <li>4.韩国亚洲航空航班失事 伤亡情况暂时不详</li>

            <li>5.百度知道自动问答采纳软件 </li>

            <li>6.孩子学习不好怎么办</li>

        </ul>

    </div>

    <div id="scroll2">

    </div>

</div>

</body>

<script>

function Fid(id)

{

    return "string" == typeof id ? document.getElementById(id) : id;;

}

function Marquee()

{

    Fid('scroll2').innerHTML = Fid('scroll1').innerHTML;

    var timer = 0;

    function _scroll()

    {

        timer = setInterval(function(){

            if(Fid('container').scrollTop == Fid('scroll1').offsetHeight){

                Fid('container').scrollTop = 0;

            }

            Fid('container').scrollTop ++;

        },20)

    }

    _scroll();

    //移动到上面停止滚动

    Fid('container').onmouseover = function(){

        clearInterval(timer);    

    }

    //移除继续滚动

    Fid('container').onmouseout = function(){

        _scroll();

    }

}

Marquee();

</script>

</html>

效果图：

　　aaarticlea/png;base64,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" alt="" />

js无缝滚动，不平滑（求高人指点）的更多相关文章

  1. 手写JS无缝滚动插件

    <!DOCTYPE html><html lang="en"><head>    <meta charset="UTF-8&qu ...

  2. js无缝滚动原理及详解[转自刹那芳华]

    刚刚接触JS,网上找了一些关于无缝滚动的教程,但都大同小异,对我这种新手来说也只是会用,不知道什么意思,想要自己写个更是一头雾水.于是找了一些资料,详细说明一下JS无缝滚动的原理,相信看过这篇文章之后 ...

  3. js 无缝滚动效果学习

    <!DOCTYPE html> <html> <head> <title>无缝滚动测试</title> <meta http-equi ...

  4. js无缝滚动跑马灯

    <!DOCTYPE html> <html lang="en"> <head> <meta charset="UTF-8&quo ...

  5. JS无缝滚动

    p.p1 { margin: 0.0px 0.0px 0.0px 0.0px; font: 31.0px Consolas; color: #2b7ec3 } p.p2 { margin: 0.0px ...

  6. [Js]无缝滚动

    效果: 1.默认缓慢往左滚动 2.放到左箭头上还是向左滚动,放到右箭头上向右滚动 3.放到图片上停止滚动,移出继续滚动 思路: 1.计算图片列表ul的宽度 2.开启定时器,使其向左边距不断增大,造成向 ...

  7. JS——无缝滚动

    1.描述——无缝滚动图片 2.代码 <!DOCTYPE html> <html> <head> <meta charset="UTF-8" ...

  8. 纯js无缝滚动

    HTML代码 <!--父容器要使用overflow: hidden;--> <div id="imgsList" style="height:150px ...

  9. scrollLeft的相关问题（js横向无缝滚动）

    <div id="demo"> <div id="innerdemo"> <div id="demo1"> ...

随机推荐

  1. Problem G: 切煎饼

    Description 王小二自夸刀工不错,有人放一张大的圆煎饼在砧板上,问他:饼不允许离开砧板,切100刀最多能切多少块? Input 多组测试数据,每组输入1个整数,代表切的刀数 Output 每 ...

  2. BeanFactoryPostProcessor和BeanPostProcessor

    1. BeanFactoryPostProcessor调用(见AbstractApplicationContext.refresh): >> 创建DefaultListableBeanFa ...

  3. 几种OutOfMemoryError

    JAVA虚拟机OutOfMemoryError主要包括以下四类:java.lang.OutOfMemoryError: Java heap spacejava.lang.OutOfMemoryErro ...

  4. TortoiseSVN里锁lock 的使用方法

    刚才试验了一下,终于搞明白了TortoiseSVN里锁lock 的使用方法. 简单的说,如果压根没有锁lock,那么每个人都拥有一个本地copy,每个人都能自由地对本地copy编辑edit并提交com ...

  5. Java获取服务器IP和客户端IP

    服务器IP: String addr = InetAddress.getLocalHost().getHostAddress(); 说明:很明显上面是没考虑到服务器有多个iP的情况. 客户顿啊IP: ...

  6. asp动态数组

    本文所说的 ASP 数组是指在 ASP 中以默认语言 VBScript 为语言的数组. 样例: Dim   MyArray()        for   i   =   0   to   10    ...

  7. 用CSS3来代替JS实现交互

    [CSS3和JS] 对于CSS了解的同学都知道,CSS的实现是最底层的,在实现方式和性能上都不是,JS这种提供接口的脚本可比的:从CSS3的动画和JS动画对比角度来看两者,会更清晰:而且随着前端框架的 ...

  8. 关于linux的进程中的各个线程cpu占用情况的分析和查看

    我们常常会在新开的服搭建一个游戏的server,有时候要进行压力測试,那么怎样来看呢,一般我们会通过top命令查看各个进程的cpu和内存占用情况,获得到了我们的进程id,然后我们或许会通过pstack ...

  9. Java Collection 简介

    转自:http://skyuck.iteye.com/blog/526358 在 Java2中,有一套设计优良的接口和类组成了Java集合框架Collection,使程序员操作成批的数据或对象元素极为 ...

  10. 比較不错的一个ios找茬游戏源代码

    找茬游戏源代码 .这个是一款很不错的ios找茬游戏源代码,该游戏的兼容性很好的.并且还能够支持ipad和iphone.UI界面设计得也很美丽,游戏源代码真的是一款很完美.并且又很完整的一款休闲类的游戏 ...