(figure 0.1) is an example of what the structure of the web site can look like. Each point of intersection between the lines represents a web page on the web site. The web site starts at a single web page and links to three other web pages. Each of those three web pages links to another three web pages. However the third web page of each of those three web pages links to the first web page of the next three web pages, except the third web page of the last set of three web pages that the web page was linked from, which does not link to anything. The first web page of the first set of three web pages that the web page was linked from does not link to anything either. This process continues. Each time this process occurs the number of web pages that have just been linked to is doubled and added to by one more web page. Like so... one > three > seven > fifteen > thirty one > sixty three > one hundred and twenty seven ...and so on. (figure 0.2) is another example of what the structure of the web site can look like. This drawing is constructed using the same process as described above. In this example the lines drawn from each web page are directed outward at a specific degree. Drawing the web site structure using this method not only creates a more aesthetically pleasing structure pattern for the web site. What using this method does is change the particular path through the web site that the user can follow. This new path follows the linked web pages through the web site and allows the user to return to the single web page that the web site starts at. Therefore the web page that the web site starts at should no longer be referred to as the 'start' point. This problem raises several questions. 'What should this page be referred to as then? What should any of the site's pages be referred to as then?' These questions address the naming of the web pages in terms of their functionality within the web site structure. Web pages can consist of text and images et cetera. However the actual web page file that locates the text and images must have an unique web page name within the web site structure. This unique web page name allows the web page to be linked to by other web pages which reference using the web page file name. Due to the complicated web site structure it is necessary to apply a series of names to the web page files that aid organisation of the web site structure. This necessity suggests the use of a numbering sequence. This sequence also allows the user to locate a specific web page within the web site if they choose to. (figure 0.3) shows the process that constructs the sequence numbered web page file. Each web page file will be named with an unique eleven digit number. The user can locate a specific web page within the web site using that web page's number, level, option, option/level and double. (figure 0.4) is a detail from an axonometric drawing of Manhattan, New York, taken from 'Envisioning Information by Edward R. Tufte (Graphics Press, U.S.A 1990).' (figure 0.5) is also taken from 'Envisioning Information.' It is a detail from a timetable that was drawn for the Java Railroad in 1937. Studying these drawings closely, allows the user to interact with the information that they contain. This creates an immersive experience for the user. The web site structure allows the user to immerse themselves within the web site. The understanding of the process involved in the construction of the web site structure and the unique name, accompanied by further content, should create an immersive experience for the user. Other problems occur when thinking about the path that the user can follow. As stated above, it is possible for the user to follow a path that leads them back to the first page that they encounter. When following this path, using the sequence numbered web page files, the first web page that the user encounters will have an unique name that is different to the one suggested by that web page's 'second' unique name. Also the number of web pages required for each level of the web site structure to be created until a path can be followed that leads the user back to the first web page that they encounter is approximately sixteen thousand, three hundred and sixty nine.