Line of sight is a GIS remote sensing tool that’s used to give you an unobstructed view of the surface. It shows you the view from one point to another, providing you with clear visibility analysis. This is conducted to see which lines are clearly visible as opposed to those that can’t be seen due to obstructions.
The line of sight tool is mostly used in architecture, for high-rise buildings that contain several obstructions. The tool gives you a clear picture of the obstructed as well as unobstructed views on specific terrain. Not only in architecture, but line of sight tools are used in different fields. However, the purpose of the tool is to provide architects with a clear view of the terrain so that they can make better decisions for a construction project.
Where else is Line of Sight Used?
For example, architects use a line of sight to select the most suitable area for house construction on hilly terrain. The goal is to find a site that gives an unobstructed view of the ocean, mountains, or other scenic sights. Likewise, a telecommunication company uses a line of sight for finding the best locations for cell phone towers. Again, the goal is to find a place that creates an unobstructed link between two or multiple cell phone towers in the area for quick and seamless transmission. These tools are also used in the military for finding the best places for battle. Another common use of these geospatial analysis tools is in the law field. They can be used to canvas a crime scene so that the police can search for witnesses.
There are many uses of this geospatial technology. In fact, this tool is needed in every field where you need to locate the perfect site that doesn’t obstruct your view to the target point. It gives you the most accurate information about the best site for construction and other purposes.
How Can You Create a Line of Sight?
Line-of-sight tools help you conduct visibility analysis. This analysis shows you the portion of the field that’s visible from a specific point, all the obstructions, and other obstacles. These are the 3D analysis tools used extensively in the field of architecture. Although these tools are quite modern, they are applied to a vast range of fields. Thanks to the level of accuracy they offer. You can rest easy knowing that the output delivered by the line of sight tool is accurate and can be used for further structural planning.
This analysis is extremely important in the architecture world where identifying the locations that give you an unobstructed view of the surrounding matter. It can mean a difference between the well-built and poorly-desired structure. That’s why more and more architects are now relying on geo-spatial technology to get a clear view of the sites and the obstacles before they go ahead with construction. It helps in saving you money on construction projects while guaranteeing accuracy.