Oct 15, 2018 - Rather than waiting for Autodesk to release Revit for Mac, there are. Go the route of using virtualization software such as Parallels or Fusion. Get Revit + AutoCAD + Civil 3D + more—Powerful BIM tools for architecture, engineering, and construction projects. Get Revit + AutoCAD + Civil 3D + more—Powerful BIM tools for architecture, engineering, and construction projects. ATTENTION MAC USERS: If you experiance issues with the installer please e-mail me ([email protected]) and I will provide a workaround. Autodesk makes the installers and they are aware of the issued. That said, the Mac installer has been broken for quite some time and I have little confidance that it will be fixed any time soon! Helical gears resemble spur gears with the teeth at an angle. They can be meshed in parallel or crossed orientations at 90 degrees or arbitrary angles and can be generated with as little as a single tooth forming a screw gear. Gears may be specified in either the 'Normal' or the 'Radial' system or the fixed profile Sunderland standard, any of which can be generated as either Left or Right handed. Handedness in helical gears refers to the direction the teeth lean when the gear is placed flat on a table. Using this add-in, proper Herringbone gears (such as the gears used for this add-in's thumbnail) can be created by using a Sunderland profile then mirroring the gear about one of its faces. In the case of Herringbone or other double-helix gears the handedness of the base gear is not as significant as it is for single helix gears - to effectively change the handedness of a Herringbone / double helix gear all you need to do is flip it over - whereas for a single helix gear it must be mirrored to change its handedness. Finally, by setting a helix angle of 0 degrees, Spur gears can be created and defined in the metric system (as opposed to the sample Spur Gear script which defines gears in the American system) with this add-in. Be sure to check out the YouTube channel and on - he is doing some amazing things with Helical Gears! About This Version Version 1.0.3, 9/19/2018. 1.0.3 All tooth profiles are now created on their own sketches. This is a workaround for a fusion bug where sketch profiles are not always properly recognized when sketched off of z=0. 1.0.2 Fixing various bugs broken by, or exposed by, recent changes to Fusion. * Textboxes no longer appear to support list formatting - this was causing ERROR messages to be suppressed. * Expanding the Gear Parameters group was causing an infinite preview loop leading to very poor performance and likely causing crashes. ** Having the Gear Parameters expanded and having preview enabled still carries a performance penalty of causing the preview to be generated multiple times instead of just once. ** It can take a few clicks to get the Gear Parameters group to expand ** all-in-all Fusion does not yet support the concept of providing messaging to the user in a way which does not trigger the preview to be regenerated Other changes: * Number of teeth can now be set from a user parameter (gear is not updated if the parameter is changed after gear generation) * Increased the number of decimal places to nine for 'length per revolution' in Gear Parameters. Share • LinkedIn • Facebook • Twitter 0 Q. Why run Autodesk Revit on a Macbook Pro? Answer: I like the MacBook Pro hardware, which is the main reason why I also want to run my primary professional applications on it. In fact, I 'run' Revit on my MacBook Air as well; read on. Revit using Bootcamp As many have known for years, for running Revit natively on Mac hardware, booting directly in to a Windows partition is the best in terms of performance. That is to be expected as you are simply using the Mac hardware as a high end PC. You however give up the Mac OS X goodness in doing so. Revit using Virtual Machines My article will focus on this section as I have done some research on the subject, and have results to share. My users 'need' to use Macbook Pro while traveling (for some Mac native apps) and also have to run design software (AutoCAD & Revit). First thing to consider is the specs of the MBP you would select for this purpose. I recommend buying the 15” MBP with a 'Discrete Graphics' card. These models also have larger L3 cache, and Revit performance is sensitive to its size. You will also take advantage of the better specs running Revit using Bootcamp. For our virtualization setup, I went with VMware Fusion over Parallels due to a slight edge in. Hardware considerations: • Max out the RAM to 16GB when ordering the MBP • Get the MacBook Pro with discrete video card - only available on 15” models with the Radeon R9 (2GB vRAM) • For models with IG (integrated graphics), do consider the fact that the Video RAM will be taken out from the physical RAM. So, if you allocate 8GB RAM to the Virtual Machine, plus 1GB Video RAM, you have effectively taken away 9GB from the 16GB RAM (leaving only 7GB for the Mac OSX side!) Virtual Machine settings: • Allocate only 2 CPUs to the VM (For the most part, Revit only utilizes a single processing core at a time, though there are some tasks where multiple cores could be utilized). • Allocate a max 50% RAM to the VM (8GB, if physical RAM is 16GB) • Similarly, allocate a max 50% Video RAM to the VM • For running 3D programs in the virtual environment, use DirectX (10 or 9) from the 3D acceleration menu, and install the VM Tools in Windows OS. Run Revit using Remote Desktop (RDP) This is a best option for me since I love to travel light. I just carry my MacBook Air and use the Microsoft provided 'app' Remote Desktop.
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