ARCHICAD MODELS SOFTWARE
The program can also assess how much material is needed to build the structure.Īs CAD technology continues to develop, we will see more and more connections between the design on the computer and the real-world structure or machine that the CAD software represents. Here is an example: an architect can use a BIM program to design a building, and then the BIM can analyze the structural integrity of the design. BIM stands for “Building Information Modeling” and refers to the use of software to model a building or facility and then connect that model to actual information about the building. Both are well-respected and highly sophisticated software in their own right. ArchiCAD and Revit are the names in the industry. This label is also included in our BIM6x Template Kits.This comparison represents the clash of the BIM titans. Good luck trueing up those sloppy ARCHICAD models and make sure the person who started it gets some good Training! Reference your stretch measurements by the other end of the wall, not by the end you're stretching from. This is where the marquee is really your friend! But again, don't eyeball it. Select your elements and use Document> Document Extras> Automatic Dimensioning> Exterior Dimensioning to check the model:
You can also use the marquee, guide lines, etc, but whatever you do, do not try eyeballing it! And once the elements are all squared up, you'll most probably need to stretch the model to match standard dimensions. One of the easiest is to simply select the ends of the walls and use View> Snap Guides to drag and drop the ends of the walls at the X and Y axis intersections of the other ends of the walls:Ĭolumns, objects, lamps, and skylights can all have their rotations set right in the Info Box. The orthogonal elements will appear as OK and the untrue elements will show with their angles:Īt this point you can use a variety of methods to true up the model. walls, columns and beams) in floor plan and use the Document> Document Extras> Label Selected Elements: Once the label is set up, select all the relevant elements (ie. I choose green for OK and red for Problem, because I'm original like that. It also has pen settings for OK elements and Problem elements. Only check this if your project intentionally has 45 degree walls. The label has an option to check or dismiss 45 degree angles. then locate it in the Label Tool Settings:
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Or you can download the label and load it via the File> Libraries and Objects> Library Manager. It is also available on BIMcomponents at which means you will also be able to search and download it through your Object Settings dialog. It can also identify objects, lamps, and skylights should you need to. The label is called Element Orientation Check and it can identify non-orthogonal walls, columns, and beams. He's a modest guy, but here's what he half looks like: In case you've been living in a cave, James has had one of the most long-running ARCHICAD Blogs - for Rill Architects at. The first is a handy little label created by our long-time ARCHICAD friend, James Murray. Fortunately there's a few tricks we can use to massage our models back into shape. So it's always best to clean them up before the project progresses too far. If left unchecked an untrue model can lead to rounding and even quantity calculation errors, which can lead to real-world issues on the building site. Or a beam at 359.437 degrees instead of at 360. Or using the tracker, coordinate box, guide lines or grid snap to keep everything true. Perhaps your project has walls at 90.3099 degrees instead of 90 degrees.
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It usually indicates a potential training opportunity - like how to hold down the shift button when modeling to keep everything orthogonal. No matter who started the mess, having a non-orthogonal model is never a good thing. And sometimes those projects were started by us. Sometimes we work on projects that are sloppy.
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