content column

All templates are XHTML 1.0 and CSS2/ tableless.

2 columns / menu fixed, content dynamic.
2 columns layout grid. The navigation column is fixed, the content column is dynamic and adjusts itself to the browser window.
The layout also works with an absolute height template 100% height
more nice and free css templates

html {
use a raw number as the value of line-height. Thisis so much better because the number is used as a scaling factor, andit is the factor that is inherited, not the computed value.Let's say you want the line-height of allelements in a document to be one-and-one-half times theirfont-size. You would declare:

BODY {line-height: 1.5;}

This scaling factor of 1.5 is passed down fromelement to element, and at each level the factor is used as a } body { background-color: #e1ddd9; font-size: 12px; font-family: Verdana, Arial, SunSans-Regular, Sans-Serif; color:#564b47; padding:0px 20px; margin:0px; } #content { margin-left: 200px; background-color:#fff; overflow: auto; }

The simplest category of XML Java applications is the kind of Java application that stores information in XML documents (files). This is illustrated in Figure 1. By using XML to create your own markup languages (i.e. your own file formats for your information) in an open way, you don't have to use propietary and binary file formats. Using XML over proprietary binary file formats, allows your applications to have immense inter operability across platforms, applications and even programming languages. Since any kind of markup language can be defined using XML (you can even formalize it by creating a DTD for it) applications can store their information using their own markup languages. For example, address book information can be stored in an AddressBookML file. A few commercial programs currently available allow saving their application data to XML files, e.g., Framemaker can save its documents as XML files.

In order to create applications of this category, you might have to define a DTD for your information. Then you have to write classes to import and export information from your XML document(s) (validating using your application's DTD if you have one). You must also write the classes which create the user interface in your application. The user of your application can view and modify information using the GUI (graphical user interface), and they can save (and load) their information to (and from) an XML file (that might use your DTD); in other words, they can save (and load) their information to (and from) an ApplicationML file (where Application is the name of your application). Some examples are AddressBookML, MathML, SVGML, etc.

The classes that import and export information from your ApplicationML file must use the parser and SAX or DOM API in order to import the information. These classes can access this information by using one of the following strategies:

    Table 3-1. Numeric RGB Equivalents for Common Colors

    It is also possible, at least in theory, to use fractional values.For example, you might want a color to be exactly 25.5% red, 40%green, and 98.6% blue. Not a problem:

    H2 {color: rgb(25.5%,40%,98.6%);}

    Actually, there is a problem. Some user agents may not recognizedecimal values, and still others couldinterpret them as if the decimal wasn't there, which would leadthem to think the preceding value is actually see in Figure 8-8, the margins of a parent elementcan influence the layout of a child element.

    Figure 8-8

    Figure 8-8. List items' overall width equals the width of the UL element