2016年5月 – 程序猿&程序媛

导航卫星轨道对比图

地球静止轨道、伽利略定位系统、全球定位系统（GPS）、格洛纳斯系统、北斗卫星导航系统、国际太空站及哈勃望远镜的半径比较图。另外，月球轨道半径（385,000公里）是地球静止轨道的大约9倍。

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 <title>Comparison of several satellite navigation system orbits</title>
 <desc>Comparison of geostationary, GPS, GLONASS, Galileo and COMPASS (medium earth orbit satellites), International Space Station, Hubble Space Telescope and Iridium Constellation orbits with the Van Allen radiation belts and the nominal size of the earth, drawn by CMG Lee. Earth bitmap is http://commons.wikimedia.org/wiki/File:North_pole_february_ice-pack_1978-2002.png by Geo Swan. The Moon's orbit is around 9 times larger (in radius and length) than geostationary orbit. In the SVG file, hover over an orbit or its label to highlight it, and click to load its Wikipedia article.</desc>
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<!DOCTYPE svg PUBLIC "-//W3C//DTD SVG 1.1//EN" "http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd">

<title>Comparison of several satellite navigation system orbits</title>

<desc>Comparison of geostationary, GPS, GLONASS, Galileo and COMPASS (medium earth orbit satellites), International Space Station, Hubble Space Telescope and Iridium Constellation orbits with the Van Allen radiation belts and the nominal size of the earth, drawn by CMG Lee. Earth bitmap is http://commons.wikimedia.org/wiki/File:North_pole_february_ice-pack_1978-2002.png by Geo Swan. The Moon's orbit is around 9 times larger (in radius and length) than geostationary orbit. In the SVG file, hover over an orbit or its label to highlight it, and click to load its Wikipedia article.</desc>

#main { font-family:Helvetica,Arial,sans-serif; font-size:40px; text-anchor:end;

stroke-opacity:0.75; stroke-width:2; fill:none; cursor:default; }

#main:hover { stroke-opacity:0.2; fill-opacity:0.2; }

.nofade, .active:hover { stroke-opacity:1; fill-opacity:1; }

#vab { font-style:italic; font-weight:bold; font-size:24px; text-anchor:middle; stroke:none; }

@keyframes rot { from { transform: rotate(360deg); }

to { transform: rotate(0deg); } }

@-moz-keyframes rot { from { -moz-transform: rotate(360deg); }

to { -moz-transform: rotate(0deg); } }

@-webkit-keyframes rot { from { -webkit-transform: rotate(360deg); }

to { -webkit-transform: rotate(0deg); } }

.rot { animation: rot 60s linear infinite;

-moz-animation: rot 60s linear infinite;

-webkit-animation: rot 60s linear infinite; }

</style>

<defs>

</radialgradient>

</radialgradient>

</defs>

<text x="-6" y="-86" fill="#cc6600">范艾伦辐射带</text>

<text x="80" y="380" fill="#9999cc">范艾伦辐射带</text>

</a>

<text x="177" y="-400" stroke="none">地球静止轨道</text>

</g>

</a>

<text x="-145" y="-261" stroke="none">全球定位系统</text>

</a>

<text x="215" y="-228" stroke="none" text-anchor="start">格洛纳斯系统</text>

</a>

<text x="-145" y="-296" stroke="none">伽利略定位系统</text>

</a>

<text x="215" y="-295" stroke="none">北斗卫星导航系统</text>

</g>

</a>

</a>

</a>

<text x="80" y="67.5" stroke="none" text-anchor="start">国际空间站</text>

</a>

</g>

<text x="-140" y="55" stroke="none">10000 miles</text>

</g>

<text x="300" y="55" stroke="none">20000 miles</text>

</g>

<text x="30" y="-139" text-anchor="start" stroke="none">5 hours</text>

<text x="30" y="-221" text-anchor="start" stroke="none">10 hours</text>

<text x="30" y="-299" text-anchor="start" stroke="none">15 hours</text>

<text x="30" y="-364" text-anchor="start" stroke="none">20 hours</text>

</g>

</g>

</g>

</svg>

DOM级别事件捕获事件冒泡阻断事件传播阻止默认行为自定义事件

事件处理兼容性函数

var EventUtil = {
  addHandler: function(element, type, handler){
    if (element.addEventListener){
      element.addEventListener(type, handler, false);
    } else if (element.attachEvent){
      element.attachEvent("on" + type, handler);
    } else {
      element["on" + type] = handler;
    }
  },
  removeHandler: function(element, type, handler){
    if (element.removeEventListener){
      element.removeEventListener(type, handler, false);
    } else if (element.detachEvent){
      element.detachEvent("on" + type, handler);
    } else {
      element["on" + type] = null;
    }
  },
  getEvent: function(event){
    return event ? event : window.event;
  },
  getTarget: function(event){
    return event.target || event.srcElement;
  },
  preventDefault: function(event){
    if (event.preventDefault){
      event.preventDefault();
    } else {
      event.returnValue = false;
    }
  },
  stopPropagation: function(event){
    if (event.stopPropagation){
      event.stopPropagation();
    } else {
      event.cancelBubble = true;
    }
};

var EventUtil = {

addHandler: function(element, type, handler){

if (element.addEventListener){

element.addEventListener(type, handler, false);

} else if (element.attachEvent){

element.attachEvent("on" + type, handler);

} else {

element["on" + type] = handler;

}

removeHandler: function(element, type, handler){

if (element.removeEventListener){

element.removeEventListener(type, handler, false);

} else if (element.detachEvent){

element.detachEvent("on" + type, handler);

} else {

element["on" + type] = null;

}

getEvent: function(event){

return event ? event : window.event;

getTarget: function(event){

return event.target || event.srcElement;

preventDefault: function(event){

if (event.preventDefault){

event.preventDefault();

} else {

event.returnValue = false;

}

stopPropagation: function(event){

if (event.stopPropagation){

event.stopPropagation();

} else {

event.cancelBubble = true;

}

};

EventTarget
Legacy Platform Events
理解JavaScript中的事件处理
 关于DOM级别的一些问题

自定义事件

// Create the event.
var event = document.createEvent('Event');

// Define that the event name is 'build'.
event.initEvent('build', true, true);

// Listen for the event.
elem.addEventListener('build', function (e) {
  // e.target matches elem
}, false);

// target can be any Element or other EventTarget.
elem.dispatchEvent(event);

// Create the event.

var event = document.createEvent('Event');

// Define that the event name is 'build'.

event.initEvent('build', true, true);

// Listen for the event.

elem.addEventListener('build', function (e) {

// e.target matches elem

}, false);

// target can be any Element or other EventTarget.

elem.dispatchEvent(event);

Document.createEvent()
CustomEvent
创建和触发 events
javascript自定义事件(event)

jQuery事件核心

咋一看其实原理都挺简单的， 但是jQuery为了实现兼容统一，可谓煞费苦心了，把事件冒泡与捕获都统一模拟了一遍

1. jQuery为统一原生Event对象而封装的jQuery.Event类，封装了preventDefault，stopPropagation,stopImmediatePropagation原生接口，可以直接捕获到用户的行为
2. 由核心组件 jQuery.cache 实现注册事件处理程序的存储，实际上绑定在 DOM元素上的事件处理程序只有一个，即 jQuery.cache[elem[expando]].handle 中存储的函数，该函数在内部调用 jQuery.event.dispatch(event) 实现对该DOM元素特定事件的缓存的访问，并依次执行这些事件处理程序。
3. jQuery.event.add(elem, types, handler, data, selector) 方法用于给特定elem元素添加特定的事件 types([type.namespace, type.namespace, ...])的事件处理程序 handler, 通过第四个参数 data 增强执行当前 handler 事件处理程序时的 $event.data 属性，以提供更灵活的数据通讯，而第五个元素用于指定基于选择器的委托事件
4. namespace 命名空间机制，namespace 机制可以对事件进行更为精细的控制，开发人员可以指定特定空间的事件，删除特定命名空间的事件，以及触发特定命名空间的事件。这使得对事件处理机制的功能更加健
5. jQuert.event.special 对象用于某些事件类型的特殊行为和属性。比如 load 事件拥有特殊的 noBubble 属性，可以防止该事件的冒泡而引发一些错误。总的来说，有这样一些方法和属性：
6. jQuery.event.simulate(type, elem, event, bubble)模拟事件并立刻触发方法，可用于在DOM元素 elem 上模拟自定义事件类型 type，参数 bubble用于指定该事件是否可冒泡，event 参数表示 jQuery 事件对象 $event。 模拟事件通过事件对象的isSimulated属性为 true 表示这是模拟事件。该方法内部调用 trigger() 逻辑 或 dispatch() 逻辑立刻触发该模拟事件。该方法主要用于修正浏览器事件的兼容性问题，比如模拟出可冒泡的 focusin/ focusout 事件，修正IE中 change 事件的不可冒泡问题，修正IE中 submit事件不可冒泡问题
7. jQuery.event.dispatch(event) 方法在处理事件委托机制时，依赖委托节点在DOM树的深度安排优先级，委托的DOM节点层次越深，其执行优先级越高。而其对于stopPropagation的处理有些特殊，在事件委托情况下并不一定会调用绑定在该DOM元素上的该类型的所有事件处理程序，而依赖于委托的事件处理程序的执行结果，如果低层委托的事件处理程序声明了停止冒泡，那么高层委托的事件以及自身绑定事件就不会被执行，这拓展了 DOM 委托机制的功能。
8. jQuery.event.trigger(event | type, data, elem, onlyHandlers) 方法提供开发人员以程序方式触发特定事件的接口，该方法的第一个参数可以是 $event/ event 对象 ，也可以是某个事件类型的字符串 type； 第二个参数 data 用于扩展该事件触发时事件处理程序的参数规模，用于传递一些必要的信息。 elem参数表示触发该事件的DOM元素；最后该方法在默认情况下，其事件会冒泡，并且在有默认动作的情况下执行默认行为，但是如果指定了 onlyHandlers 参数，该方法只会触发绑定在该DOM元素上的事件处理程序，而不会引发冒泡和默认动作，也不会触发特殊的 trigger 行为。
9. …………………

咋一看其实原理都挺简单的，但是jQuery为了实现兼容统一，可谓煞费苦心了，把事件冒泡与捕获都统一模拟了一遍

1. jQuery为统一原生Event对象而封装的jQuery.Event类，封装了preventDefault，stopPropagation,stopImmediatePropagation原生接口，可以直接捕获到用户的行为

2. 由核心组件 jQuery.cache 实现注册事件处理程序的存储，实际上绑定在 DOM元素上的事件处理程序只有一个，即 jQuery.cache[elem[expando]].handle 中存储的函数，该函数在内部调用 jQuery.event.dispatch(event) 实现对该DOM元素特定事件的缓存的访问，并依次执行这些事件处理程序。

3. jQuery.event.add(elem, types, handler, data, selector) 方法用于给特定elem元素添加特定的事件 types([type.namespace, type.namespace, ...])的事件处理程序 handler, 通过第四个参数 data 增强执行当前 handler 事件处理程序时的 $event.data 属性，以提供更灵活的数据通讯，而第五个元素用于指定基于选择器的委托事件

4. namespace 命名空间机制，namespace 机制可以对事件进行更为精细的控制，开发人员可以指定特定空间的事件，删除特定命名空间的事件，以及触发特定命名空间的事件。这使得对事件处理机制的功能更加健

5. jQuert.event.special 对象用于某些事件类型的特殊行为和属性。比如 load 事件拥有特殊的 noBubble 属性，可以防止该事件的冒泡而引发一些错误。总的来说，有这样一些方法和属性：

6. jQuery.event.simulate(type, elem, event, bubble)模拟事件并立刻触发方法，可用于在DOM元素 elem 上模拟自定义事件类型 type，参数 bubble用于指定该事件是否可冒泡，event 参数表示 jQuery 事件对象 $event。模拟事件通过事件对象的isSimulated属性为 true 表示这是模拟事件。该方法内部调用 trigger() 逻辑或 dispatch() 逻辑立刻触发该模拟事件。该方法主要用于修正浏览器事件的兼容性问题，比如模拟出可冒泡的 focusin/ focusout 事件，修正IE中 change 事件的不可冒泡问题，修正IE中 submit事件不可冒泡问题

7. jQuery.event.dispatch(event) 方法在处理事件委托机制时，依赖委托节点在DOM树的深度安排优先级，委托的DOM节点层次越深，其执行优先级越高。而其对于stopPropagation的处理有些特殊，在事件委托情况下并不一定会调用绑定在该DOM元素上的该类型的所有事件处理程序，而依赖于委托的事件处理程序的执行结果，如果低层委托的事件处理程序声明了停止冒泡，那么高层委托的事件以及自身绑定事件就不会被执行，这拓展了 DOM 委托机制的功能。

8. jQuery.event.trigger(event | type, data, elem, onlyHandlers) 方法提供开发人员以程序方式触发特定事件的接口，该方法的第一个参数可以是 $event/ event 对象，也可以是某个事件类型的字符串 type；第二个参数 data 用于扩展该事件触发时事件处理程序的参数规模，用于传递一些必要的信息。 elem参数表示触发该事件的DOM元素；最后该方法在默认情况下，其事件会冒泡，并且在有默认动作的情况下执行默认行为，但是如果指定了 onlyHandlers 参数，该方法只会触发绑定在该DOM元素上的事件处理程序，而不会引发冒泡和默认动作，也不会触发特殊的 trigger 行为。

9. …………………

解密jQuery事件核心 – 绑定设计（一）
解密jQuery事件核心 – 委托设计（二）
解密jQuery事件核心 – 自定义设计（三）
解密jQuery事件核心 – 模拟事件（四）