What types of building information are best portrayed in 3D views?
- Which stakeholders require 2D views, and why?
I believe that 2D views are more effective for those involved in the construction and design of buildings. This is because 2D views allow viewers an organized way of looking at the building layout, allowing them to ensure structural components such as walls, floors, and ceilings interact with each other in a sensible way. I think that 3D views are more suited for people who are going to eventually use the space, as 3D views do a great job of conveying how the space will actually look.
Give examples of how the building information for a specific location in the project needs to be filtered for different audiences and purposes?
Should your design ideas always be conveyed through photorealistic renders?
- How does the level of detail in the rendering and its presentation affect the perception of stakeholders reviewing your design?
I believe that it is not always best to use a photorealistic render to convey designs. If a design is still in its beginning stages, I believe it is better to use a more stylized and rough rendering to depict the building design. I also think that in some cases a photorealistic render can look harsh while a more artistic and stylized rendering can do a much better job of conveying the building design and generating public support.
Name some applications where viewing the building and model information in virtual reality or augmented reality would be most beneficial?
- Are there advantages to using a C.A.V.E as a virtual environment versus VR headsets?
How can schedule views be used to assist with procurement and model-based estimating?
Schedule views provide the type and quantity of building components such as doors and windows. Schedules can also be used to keep track of walls, along with their materials and massing. This information can be valuable when estimating construction costs, as the cost of individual components in the schedule can be aggregated to come to a total final estimate.