Jsp, Tomcat, J2Ee, Hibernate Programming, Java Web Server Blog

856 Part III . Document Objects Reference convenient to call a style sheet-positioned element (in other words, an element governed by a style sheet rule with the positionattribute) a layer as a generic term for any positioned element. In fact, NN4 even treated an element that was positioned through style sheets as if it were a genuine layer object (although with some minor differences). In the end, the layer term made good sense because no matter how it was achieved, a positioned element acted like a layer in front of the body content of a page. Perhaps you have seen how animated cartoons were created before computer animation changed the art. Layers of clear acetate sheets were assembled atop a static background. Each sheet contained one character or portion of a character. When all the sheets were carefully positioned atop each other, the view (as cap tured by a still camera) formed a composite frame of the cartoon. To create the next frame of the cartoon, the artist moved one of the layers a fraction of an inch along its intended path and then took another picture. If you can visualize how that operation works, you have a good starting point for understanding how layers work. Each layer contains some kind of HTML content that exists in its own plane above the main document that loads in a window. You can change or replace the content of an individual layer on the fly without affecting the other layers; you can also reposition, resize, or hide the entire layer under script control. One aspect of layers that goes beyond the cartoon analogy is that a layer can contain other layers. When that happens, any change that affects the primary layer such as moving the layer 10 pixels downward also affects the layers nested inside. It s as if the nested layers are passengers of the outer layer. When the outer layer goes somewhere, the passengers do, too. And yet, within the vehicle, the passengers may change seats by moving around without regard for what s going on outside. With this analogy in mind, many commercial DHTML development tools and con tent authors refer to positioned elements as layers, which you can move, resize, stack, and hide independently of the body background. Therefore, references throughout this book to layers may mean anything from the NN4 layer object to an element positioned by way of style sheets. NN4 Layer Object Properties Methods Event Handlers above captureEvents() onBlur background handleEvent() onFocus below load() onLoad bgcolor moveAbove() onMouseOut clip.bottom moveBelow() onMouseOver clip.left moveBy() clip.right moveTo() document.layerObject
We recommend cheap and reliable webhost to host and run your web applications: Coldfusion Web Hosting services.

31 CHAPTER Positioned Objects …. This is an oddball chapter within the scheme of Part III. Thus far, I have devoted each chapter to a distinct set of object model objects. This chapter breaks away from that mold for just a moment. The main reason that this chapter even exists has to do more with the history of Dynamic HTML the capability to alter content on the fly in response to user interaction particularly with respect to Netscape Navigator 4. The impetus for this separate discussion is the NN4 LAYER element and its associated object. What makes this discussion awkward is that the LAYER element and object became dead-end entities that never made it into the W3C standards process. NN6 instead has adopted the W3C standards for dynamic content, which more closely mimic the way Microsoft implemented its DHTML features starting with IE4. NN6 explicitly does not provide backward compatibility with scripted LAYER element objects, which also means that you must rewrite legacy applications to work in NN6. That leaves an ungainly task in this chapter to create a bridge between the LAYER element and the more modern way of working with elements that can be positioned on the page, flown across the page, stacked in front of other elements, or hidden from view. The IE4+ and NN6 way to accomplish all of this is through CSS style sheets and the scripting thereof. In years to come, the NN4 LAYER element will be only a distant memory. Until then, we must acknowledge it and understand how to work the same magic with style sheets. To that end, this chapter provides details on both the NN4 layer object and the comparable syntax for using IE4+ and NN6 style sheets to get and set properties or invoke methods. Chapter 48 applies these techniques in some DHTML applications. What Is a Layer? Terminology in the area of positioned elements has become a bit confusing over time. Because NN4 was the earliest browser to be released with positioned elements (the LAYER element), the term layer became synonymous with any positioned element. When IE4 came on the scene, it was In This Chapter Layer concepts How to move, hide, and show content The end of the LAYER element ….
Searching for affordable and proven webhost to host and run your servlet applications? Go to Linux Web Hosting services and you will find it.

853Chapter 30 .Style Sheet and Style Objects Filter Name Description and Properties status 0 (stopped), 1 (applied), 2 (playing) Methods: apply() (freezes current display) play() (plays the transition) stop() (stops transition mid-stream) Wave() Add sine-wave distortion Properties: add (1 or 0) freq (integer number of waves) light (strength 0 to 100) phase (percentage offset 0 to 100) strength (intensity 0 to 255) xRay() Render edges only Properties: None For more details on deploying filters in IE for Windows, visit http:// msdn.microsoft.com/workshop/author/filter/filters.asp. Because most of the live examples require IE5.5+/Windows, be sure to use that version for the best experience at that page. … elementRef.style.filterObject
We would like to recommend you tested and proved virtual web hosting services, which you will surely find to be of great quality.

852 Part III . Document Objects Reference Table 30-3 (continued) Filter Name Description and Properties RandomDissolve() Pixelated dissolve transition Properties: duration (floating-point number of seconds) percent (0 to 100) status 0 (stopped), 1 (applied), 2 (playing) Methods: apply() (freezes current display) play() (plays the transition) stop() (stops transition mid-stream) RandomBars() Bar style transition Properties: duration (floating-point number of seconds) orientation (horizontal or vertical) percent (0 to 100) status 0 (stopped), 1 (applied), 2 (playing) Methods: apply() (freezes current display) play() (plays the transition) stop() (stops transition mid-stream) Shadow() Render as silhouette Properties: color (color value) direction (0, 45, 90, 135, 180, 225, 270, 315) Strips() Striped style transition Properties: duration (floating-point number of seconds) motion (in or out) percent (0 to 100) elementRef.style.filterObject
Searching for affordable and reliable webhost to host and run your web applications? Go to our java web server services and you will be pleased.

851Chapter 30 .Style Sheet and Style Objects Filter Name Description and Properties addCone (sourceLeft, sourceTop, sourceZAxis, targetLeft, targetTop, red, green, blue, strength, spreadAngle) addPoint (sourceLeft, sourceTop, sourceZAxis, red, green, blue, strength) changeColor (lightID, red, green, blue, absoluteColor Flag) changeStrength (lightID, strength, absolute IntensityFlag) clear() moveLight (lightID, sourceLeft, sourceTop, sourceZAxis, absolute MovementFlag) MaskFilter() Overlay transparent mask Properties: color (color value) MotionBlur() Simulating blurred motion Properties: add (1 or 0) direction (0, 45, 90, 135, 180, 225, 270, 315) strength (pixel count) Continued elementRef.style.filterObject
Searching for affordable and reliable webhost to host and run your web applications? Go to our java web server services and you will be pleased.

850 Part III . Document Objects Reference Table 30-3 (continued) Filter Name Description and Properties Fade() Blend transition Properties: duration (floating-point number of seconds) overlap (0.0 to 1.0 seconds) percent (0 to 100) status 0 (stopped), 1 (applied), 2 (playing) Methods: apply() (freezes current display) play() (plays the transition) stop() (stops transition mid-stream) Glow() Outer edge radiance Properties: color (color value) strength (intensity 1 to 255) Iris() Action transition with zoom effect Properties: duration (floating-point number of seconds) irisStyle (CIRCLE, CROSS, DIAMOND, PLUS, SQUARE, STAR) motion (in or out) percent (0 to 100) status 0 (stopped), 1 (applied), 2 (playing) Methods: apply() (freezes current display) play() (plays the transition) stop() (stops transition midstream) Light() Add light source (controlled by methods) Properties: None Methods: addAmbient(red,green,blue,strength) elementRef.style.filterObject
We recommend you use shared web hosting services, because many users agree that it is cheap, reliable and customer-satisfying webhost.