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The concept of developing 3D virtual models for the purpose of executing a building project was not there for long instead it is a new trend that have been optimized by AEC professionals for streamlining building activities or methods.  Until BIM’s presence in the industry CAD software served the purpose of developing models. But modeling process was soon dominated by BIM software such as Revit in context of construction industry. Huge amount of information and data is needed by BIM modelers for developing multidiscipline 3D models. In other words design data or information is required by the modelers of service providing company for the execution of modeling services. Be it architectural, structural or MEP model, they are all developed on the basis of the design developed by relevant engineers. On the other hand multidiscipline 3D models are created on the basis of design created by architect, structural engineer or MEP engineers. So the information related to the design is alwa

‘Construction drawings’ is an umbrella word for all kinds of engineering and architectural drawings which are used by AEC professionals for constructing a building. All these constriction drawings are generated by architects and engineers but when it comes to their drafting technicians of service providing company are responsible for it. In other words construction drawings are developed by the CAD drafters of service providing company with the assistance of architect, structural engineer, mechanical engineer, electrical engineer and plumbing engineer. In other words constriction drawings include all kinds of architectural, structural and MEP drawings that are generated during the drafting phase of the project. These drawings are highly mandatory for architects and engineers for referring important details regarding multidiscipline building systems. All kinds of shop drawings such as architectural shop drawings, structural shop drawings and MEP shop drawings are generated by the

The trend of developing 3D models is not that old in the landscapes of AEC industry when it comes to optimizing them for building construction. Much before BIM came into picture, 3D CAD models were used by AEC professionals to represent the design of distinguished building systems such as architecture, structure and MEP. But limited information is derived by construction professionals from 3D CAD models which kind of restricted them from effective utilizations of these models for constructing the building. But once Building Information Modeling made its appearance in the landscapes of Architecture Engineering and Construction industry, construction industry professionals managed to get all kinds of necessary information. BIM models gave new dimension to architects, engineers, contractors and building owners to extract information such as time and cost involved for accomplishing the building. Exact calculation of time and money needed for the project, helped owners in enhancing th

Revit Family Editor is a very important tool in Revit which helps architects, engineers and BIM modelers in developing families that are crucial for them while generating 3D models. When it comes to its appearance Revit Family Editor resembles a lot to Project Environment in Revit. Same as Project Environment, Family Editor is also a graphical mode in Revit meant for creating different geometrical shapes and sizes for developing a family. The only difference between the two is they both possess different tools. In other words there is a huge difference between the tools of Project Environment and Family Editor. Family Editor has much more potential when it comes to developing Revit families. Geometry of the families created with the assistance of Family Editor can be fully controlled by their parameters. That means, you can develop families as per your choice when it comes to their shape and size. And that is a great luxury for technicians or modelers since they can execute their

I am sure you must be thinking, what is this ‘cut with void When Loaded’ parameter? So for your clarification, let me tell you that it is one of the most important parameter that is used by BIM modelers or technicians while they create custom components in Revit. When it comes to creating custom components in Revit they are developed by optimizing Revit’s Family Editor. Family template files which are Model-based have the luxury of containing ‘Cut with Void When Loaded’ parameter. In other words families created with void in the Family Editor of Revit, contain this parameter. ‘Cut with Void When Loaded’ parameter is used by Revit users for cutting solid architectural and structural   elements such as floors, ceilings, roofs, Generic Models and structural columns etc. in the project environment.     Let me just give you an example how this parameter functions in Revit. What actually happens is that, there should be solid architectural or structural elements in the project