by The backbone of your online site, with at least one or more Major Site Features driving the overall theme of your online site, is the template that you have chosen for your template. As the heart of your online site, usually added during the Site Creation phase for your new site, the templates you choose will be the most visible parts of your web pages. As such, these are the features that should be your focus and should therefore stand out above everything else in your design. Because of this, it is not uncommon for many sites to include a number of templates that clash or are incompatible with each other. In many cases, these will result in users having to switch back to using the default pages that they get from the server. You therefore want to make sure that the Major Site Features that comprise the heart and soul of your web pages are consistent across the board.
This leads us to the next topic that we shall explore – the structural integrity and the relationship between structural integrity and the existence of a discipline. You should always ensure that your Major Site Features like the template and the page body are in sync with one another. This is achieved through the incorporation of absolute and relative constraints in your Major Site Feature descriptions and the use of these constraints throughout your web design and development process. The most commonly encountered constraint in this regard is that of a site plan’s existence and the relationship between these two. With absolute constraints, it is common to find that the inclusion of new Major Site Features to the site will require you to revisit the construction limits set-up previously in the site plan 메이저사이트.
Relative constraints are those that require you to consider the relationship between an existing condition (like an elevation) and a newly added feature. In a real estate scenario, for example, a given property’s elevation can be used as a major site element. If the property’s elevations fall below the applicable local and regional elevations, the property could be considered out of compliance with the local zoning regulations. Hence, this type of constraint is based on the relationship between the elevations in a set of reference frames.
As you would notice, all of the Major Site Elements like the floor plans, architectural schematics, images of the proposed layout, etc. are derived from measurements taken at the present time. There are two ways to derive these measurements: the use of elevations in your sketches and the use of dimensional data in your construction documents. Dimensional data, on the one hand, refers to actual elevations in the existing field. On the other hand, the use of elevations in the drawings can be an estimation of future elevations based on known facts.
In addition to the three main MAJOR SITE Elements – architectural schematics, elevations, and site elements – there are also a few other important ones. These include: perimeter walls, exterior materials, and finish floors. The first two are actually the main reasons why contractors develop a plan before they start the construction process. For instance, the perimeter wall will serve as the physical boundary of the lot, while the exterior materials will serve as the main aesthetic appeal. Finally, the floor plan provides the foundation on which the various elements of the site will be built.
As previously mentioned, each of these MAJOR SITES should be determined based on the existing conditions (as base) in the surrounding area. The primary purpose of this step in the construction process is to ensure that the site features are congruent with the existing conditions. That is, the elevation of each of the elevations should match those of the existing elevations. For example, if the existing elevations are higher than the roof level, then the new height of the roof should be at or below the existing roof elevation. Additionally, if the elevations are lower than the ground level, then the new floor elevation should be at or below the ground level.
The next step is to determine which of the MAJOR SITES features will be used as boundaries on the plot’s outer edges. The existing condition of the lot should be taken as the basis for the determination of these boundaries. If the elevations are too high or too low, then it could be difficult to clearly identify new work from existing work. Likewise, if the existing conditions are too diverse, then it can be very difficult to decide what materials will be used for different parts of the building. Therefore, it is important to take all the existing conditions into consideration before deciding on the different boundary designs. This will ensure that the new construction work fits in perfectly with the existing site features.
