What types of building information are best portrayed in 3D views?
Spatial relationships and layout are best accounted for in a 3D view. This is perhaps because we take in the world from a 3D/immersive perspective. 3D views clearly show how spaces connect and flow within the building, which is essential for understanding room layouts and the overall design. Additionally, irregular or intricate architectural elements, such as sloped roofs, curved walls, and unique structures, are easier to visualize in 3D. 3D views with realistic textures help stakeholders visualize how materials will look once built, and the finished product, including lighting, finishes, and furniture placement. Contractors often need 2D plans for precise measurements, construction sequencing, and to be able to reference on-site during the building process. Engineers can also use 2D layouts to create detailed layouts and ensuring accurate placement of systems (adhereing to code requirements). Another big one is interior designers. Who use 2D layouts for precise furniture layouts and detailing of interior spaces. 2D views offer clarity, precision, and detailed documentation, while 3D views excel at showing spatial relationships and overall design intent.
Name some applications where viewing the building and model information in virtual reality or augmented reality would be most beneficial?
It would make most sense to view the model in virtual/augmented reality for immersive walkthroughs for clients and designers. It provides a sense of the space in a 3D form and helps non-technical stakeholders visualize designs. The added visualization also improves coordination between design teams. Other features are stimulated procedures and equipment use, and test layouts and finishes in real time. As for the advantages, C.A.V.E. allows for a collaborative experience for multiple people and eliminates in consistencies and discomfort of the VR headsets. C.A.V.E. also allows for real-time interaction with physical objects.
How can schedule views be used to assist with procurement and model-based estimating?
In Revit, schedules can be extremely useful for both procurement and model-based estimating by providing organized, data-driven lists of model elements. Schedules automatically pull data from the model, allowing you to generate real-time quantity take-offs for elements like walls, doors, windows, and materials. These quantities can be used for estimating costs, ensuring accurate procurement of materials, and reducing waste. Schedules help procurement teams understand the exact amount of each material needed for construction. The filtering and sorting option in schedules can make it easier to plan and order materials for a specific component of the project. Another useful feature are cost parameters. By adding cost parameters to your schedule, you can link quantities directly to cost estimates. This allows you to create model-based estimates, where quantities in the model are directly tied to their respective costs, providing a more accurate budget. You can add other custom parameters to your schedules, such as supplier information, lead times, and unit costs. This provides procurement teams with all the data they need in one place to make informed purchasing decisions. You can also use schedules to track elements and their status. You can add custom fields like "Ordered," "Delivered," or "Installed" to keep track of the status of each element, helping procurement and construction teams monitor progress.