Medeek

Tutorial 28 - Beam Pockets with Floor Trusses (8:00 min.) https://youtu.be/gMu0IMCeiag

In many cases when you introduce a stairwell opening into a floor like this it will be along the perimeter of the floor assembly as shown. In these cases it is simpler to create your floor perimeter with the opening in mind: floor_su287_8001533×955 439 KB floor_su288_8001460×1003 305 KB floor_su289_8001475×1079 309 KB Note, in order to create the additional gable truss (2x6 ply) I first changed my ply width to 5.5" then copied the gable truss at the interior of the stair well, then pasted it in place in the root of the model and then edited the floor assembly back to the typical 3.5" ply width. Alternatively one could simply frame this small pony wall with the Wall plugin (ie. conventional framing) just as easily. I’m not exactly sure how the trusses would work where the LVL beam/header is positioned at the start of the stairwell, obviously we would need some kind of header at that location.

I've been posting these videos recently so that everyone is aware that I am very actively developing my suite of extensions for SketchUp. Some of this may not very applicable for every Chief user but some of it may be. If you have any suggestions please feel free to reach out (nathan@medeek.com). I will spend a couple more weeks on the Floor plugin and then I intend to refocus back onto the Truss plugin and apply some updates to the Timber Truss module as promised. I think timber trusses is one thing that is sorely lacking in Chief (and other architectural packages/software) and I would really like to make some progress on that front. I appreciate all of the messages and encouragement I have received even though I am not specifically a Chief user. My hope is that my extensions can be an additional resource for Chief users and yet another tool in your tool belt

Tutorial 70 - Advanced Framing Options for Windows (11:03 min.)

Let me know if you have any specific questions on the Truss plugin (for SketchUp). You can also reach me at any time at nathan@medeek.com

Truss Plugin Update: Version 3.7.1 - 04.18.2025 - Enabled wood grain texture for the following truss types: flat. - Added metal plates for all attic trusses. - Added an attic furring option for attic trusses. - Fixed a minor bug in the gable cut option for attic trusses.

Medeek Wall Update - Version 3.9.8 - 05.04.2025 - Added the Connect Corner tool to the Medeek Wall Tools II toolbar. - Updated the Opening Copy tool with the left and right hand slider window. - Fixed a specific bug related to glulam columns with a vertical offset equal to the wall bottom plate thickness. Tutorial 69 - Connect Corner Tool (9:12 min.)

I've recently added a few more options for large Howe trusses:

Here is an example of an agri building I modeled up in about 5 minutes. The tractor was just inserted into the model to help indicate the scale of the structure.

In addition to timber trusses there are other MPC truss types that may not be typical, for example the bow barrel truss: I'm also curious if Chief can handle attic trusses?

I have just started really developing the Medeek Floor extensions, you may also want to give that a quick look and see what you think:

Tutorial 65 - Cable and Glass Railing (13:26 min.)

I have also recently posted this video specifically for Chief users:

I only just recently realized that many Chief users are importing SketchUp geometry into CA and so I thought it might be worth your while to take a look at the Medeek Truss extension for SketchUp. I think the feature that would be of primary interest to a CA user would be the Timber Truss tool. Please take a look at the tutorial video below for more information: If anyone has any questions please feel free to contact me at any time. I can most easily be reached at my email nathan@medeek.com Sincerely, Nathaniel P. Wilkerson, PE Medeek Engineering LLC

After perusing the forum for a bit I was actually quite surprised at how much mention was made of the 3D Warehouse hosted by SketchUp. It appears that there is a significant need for CA users to import various 3D models that were originally drawn in SketchUp, everything from cars, to furniture even appliances. CA strikes me as a very architectural centric system, which is good but it also is not well suited for general modeling like SketchUp is. The point of my extensions and the geometry they create is to take advantage of the Ruby backend and turn some of that geometry into parametric entities. The biggest frustration for SketchUp users is not the modeling environment in my experience but the lack of parametrics, everything is essentially "dumb" geometry. For some things this is perfectly acceptable and to be expected but for other architectural elements that are geometrically relational this becomes very tedious and inexact, especially when things change the design/dimensions. Having the extensions in SketchUp resolves these issues, while maintaining the joyous 3D modeling experience. P.S. Your truss looks good, however what do you if the client then wants a 7:12 pitch or an 8:12 and so on and so forth. With a ruby program all of this is simply one click and you have a new truss that meets your needs, rather than having to create a massive library of every possible pitch and permutation. What if the engineer calls for more bolts, the bottom line is there are too many possible solutions to the problem that is why a programmatic solution is simply the best. P.P.S. As you suggest creating that truss within CA would probably be a tall task for your average CA user, in fact I would venture a guess that most would not even attempt it. Drawing that manually is even tedious within SketchUp (but probably easier than in Chief), that is why having a dedicated extension or tool to easily create such complex elements is the way to go in my honest opinion. Say for example you need to adjust your bolt sizes or spacing? I can do any of that with the click of a button, to do this manually is a real pain. Just imagine if Chief had an API and one could create extensions or widgets for Chief that could do this sort of thing like I have done in SU, the world would be a much better place.

I totally get having any truss linked to the roof so when you adjust the pitch the truss will adjust with it. However, how would you go about creating a fairly complicated timber truss within Chief that automatically is linked and shows bolts, plates or other such hardware or accoutrements? Is such a thing possible? If it is not easy to create such a truss within Chief then there is probably some utility for my Truss extension for certain Chief users who are designing high end homes. Essentially one would use the Truss plugin within SketchUp to customize or fine tune your timber truss and then import directly into Chief. If the roof pitch changes due to customer design requests (as often happens) rather than laboriously update the existing geometry within Chief, one would hop back into SketchUp, take the existing truss, copy it, and then edit it with the extension, no manual editing required. Once the desired look is again achieved, one would bring it back into Chief replacing the previous truss. P.S. The only reason to copy the existing truss in SketchUp is to create a record of the original design in case one would ever want to revert back to the original truss, such things do happen. I've done some projects where there have been upwards of 4 or 5 iterations on seemingly insignificant elements in a design, but as we all know the customer is king.

It would be really cool if I could somehow create an advanced timber truss module that could work within Chief, but it does not appear that such a thing is possible without a back end language or API.