Medeek

I've separated the timber trusses into separate .skp files. Please let me know if you are able to import these into Chief. MEDEEK_TIMBER_TRUSS.zip

Here is a quick demo of the electrical legend in action:

**Tutorial 9** - Electrical Plans (14.41 min.) Unfortunately I forgot to show the electrical legend in this tutorial.

The House Builder is now building all wall-hosted electrical fixtures:

I appreciate all the support and interest I have received these last few months on this thread as I continue to develop different aspects of my suite of extensions. The original intent of this thread was to provide some additional resources for Chief users so that they could augment their ability to bring in resources from SketchUp. I've only used Chief a few times and I am not well versed enough in it to understand all the steps involved in importing geometry from SketchUp files. However I do know that it is possible. As a small token of my appreciation I've attached a sample of some basic (King Post) timber trusses in a SketchUp file that can be freely used by anyone within their Chief models. I don't know how much utility this will have so I've only created a line of 12' and 16' trusses that range in pitch from 4:12 to 12:12. I've saved the file in SketchUp 2017 format so that it can still be opened by SketchUp Make 2017 (which is the last free version of desktop SketchUp). If there is significant interest for more truss types and spans, please let me know. With my Truss plugin it is very easy for me to create as many permutations as needed. MDK_TIMBER_TRUSS_LIBRARY.skp

Tutorial 8 - House Builder (19.42 min.)

Version 1.3.0 - 10.19.2026 Wired up the Medeek API with the House Builder so that assemblies can be created with the following extensions: Wall, Truss, Foundation and Floor. Note that in order for the House Builder to work correctly you will need to upgrade your Wall, Truss, Foundation and Floor extensions to the latest versions (also released on 10.19.2026).

First look at some walls be generated by the House Builder. This is the easy part, next we need to add all the openings, and somehow make it very efficient.

I forgot to add in the temporary or construction dimensions. Working on that now.

I don't understand. Is there now way to set the size of your various framing members?

I've also add Common Truss Roofs along with Complex Roofs.

I know that I posted this video on the forum a few months back but I think the thread it was in was removed so I think it would be good to post this video on this thread. I know of a lot of CA users who download SketchUp models from the 3D Warehouse to augment their workflow in Chief. I think an even better option than just the Warehouse is to leverage the parametric abilities of the Truss plugin (in SketchUp) to create timber trusses that can then be imported into Chief. I'm not saying that you should use SketchUp as your primary design environment but for certain specific modeling tasks it is very good. Please take a look at this short tutorial on how to create parametric timber trusses for use in Chief:

Currently the various plan view tabs are treated as their own “sheets” or pages. In other words if you print that tab you get exactly what is in the viewport scaled to fit into a regular sheet size (letter, 11x17, Arch C, Arch D). You cannot add in other geometry from other tabs. This seems to work reasonably well for most of these plan views (ie. Floor Plan, Foundation Plan, Roof Plan, Floor Framing Plan etc…) However, when it comes to elevation views things typically get a bit more interesting. Some designers like to put multiple elevation views on one sheet and in some cases all four if they will fit ( I like to do this for small ADUs for example). So it is not as easy as assigning one elevation view to one sheet, or even assigning two elevation views to one sheet, there needs to be more flexibility. After giving this some considerable thought I decided what I really needed was a Layout system where the user can drag the elevations into the “workspace” and position them as they see fit, and then at that point add their annotations and dimensions. I have now created four additional Layout tabs where the user can do exactly that. The only major thing I feel like I am missing at this point is a sectional view or section tool.

I’m also adding gable walls as well as shed and hip.

I am now trying to wrap up stemwall foundations and the addition of windows, doors and blockouts, all within the elevation views. After further testing I'm noticing that all of this added complexity does potentially slow down the app/tool when enough windows, doors and dimensions are added. I will need to spend a few more days tightening up my "redraw" algorithms so that performance is maximized. The last thing we want is a sluggish interface.

I’ve also enabled the entry stair option for foundation door openings.

First look at column footings:

First look at internal footings within a Slab-on-Grade.

I haven't exposed all of the options in the House Builder that exist in the plugins, I am trying to keep this as light weight as possible, yet giving the user enough options to make this a viable design tool. To that end, I've enabled exterior trim for all openings:

The user will have the option to use the basic fill colors or the built-in textures. This feature can be toggled ON or OFF in the Settings.

Next is a test of the raised fascia offset: My question is what do we do in the field at this sort of corner?

And just for fun: I call this the "Mountain House". A sufficiently motivated framer (lots of money) could stick build this, I'm quite convinced.

Complex roofs is still a work in progress, no surprise there. The interface will mirror the Truss plugin since we already know how that works. When a roof is selected the "custom" roof planes (edges) will display in red rather than blue. A selected edge will switch to a solid color and the right hand menu will display the settings for that roof plane. The same settings that are available in the Truss plugin will appear for the selected "roof plane type".

First look at some complex roofs in the Roof Plan tab: I will need to stress test it further to see if we can break it. The solver algorithm is borrowed directly from the new weighted straight skeleton solver I implemented about a month ago in the Truss plugin, no point in reinventing the wheel.

Testing the reference underlays for the Upper Floor Plan (level 1 wall framing and level 2 floor framing):