#Scopebox hml update#
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#Scopebox hml update#

AJA has announced Apple Silicon support is coming in a future update to their SDK, and will be rolled into ScopeBox when available. In addition, divergent media is shipping universal binary support for all ScopeLink components, so you can use them in both native and rosetta apps on m1. This includes support for Blackmagic Design devices UVC devices (AJA T-tap, Magewell usb devices, ATEM switches, Epiphan devices, and more) and NDI 5 support.

#Scopebox hml driver#

ScopeBox 4.1 support m1 Macs for all sources who have updated their driver support. What’s new in ScopeBox 4.1? Apple Silicon (m1) Support

Includes 1 year of updates and support.

Cancel any time and keep the most recent version.

Recieve free updates and support for life.

Add framing guides and overlays to make sure that your shot works out exactly the way you expect. With false color and feature insights, you get the most powerful toolset available for quanitative viewing. You get all the features you’d expect to find on a high-end field monitor. ScopeBox gives you a high quality, flexible preview monitor. You can mix and match scopes, save layouts, and be confident that you’re seeing every pixel and every frame of your signal. A custom toolset crafted for creative professionals – colorists, editors, and shooters. ScopeBox has all the scopes you’d expect from hardware, and many many more.

#Scopebox hml software#

ScopeBox Software Scopes for DIT, Production, Editing and Finishing It’s a big release that includes native support for Apple Silicon m1 based macs, beta previews of all new timecoded alerts and file based QC workflows and more.

I have had a few questions around detailing coordinates of grid intersections with Revit.Divergent media has released ScopeBox 4.1. You may already know that it is tricky to add spot coordinates to each grid intersection as Revit will not ‘snap’ to the grid intersection. You can add reference planes across the grid intersections, but this is quite time consuming and prone to error. I have created a Dynamo script to place down a setting out family at each grid intersection and record the grid intersection, Easting and Northing at each location. This has the added value of being exposed in Navisworks or an IFC model for a contractor. We can also schedule the coordinates of each grid intersection and present this onto drawings or export to Microsoft Excel for input into site instruments. Below is the updated graph.Īnd here is christoph’s python Raidl(2019) Thanks to Christoph for providing a Python script to replace the convert to number node. I have had so many questions regarding the visibility and control of grids over the last few weeks that I thought I had better create a blog post and video outlining some best practices when working with Revit grids. Working with DWG’s and Propagate Extents.A fairly long post but hopefully worth it! To most, the creation and management of grids may seem fairly basic but Revit does have a surprising number of tools to assist with grids and levels.

Lets first start with the renumbering of grids you can of course do this manually but this can be quite time consuming, especially on large projects. If you are simply adding a supplementary grid then this poses no problem as shown below, you would just need to edit the witness line on the string of dimensions to incorporate the new grid.

#Scopebox hml download#

This can be achieved with the Excitech Toolkit, see my previous post for download details: If the grid has not yet been established then it would make more sense to add the new grid and renumber the remaining grids. The toolkit is found on the Add in tab and you will then see Renumber Elements on the Excitech Tools ribbon. Once the tool is running you use the Pick Objects tool to select the grids you want to renumber in the selected order.