Again I apologize for the delay in development, first it was my new job and then I re-injured my rotator cuff (old injury from 10 years ago) which has made sitting at my desk for prolonged periods very difficult.

This morning I sat down and thought about hip sets since I've had some recent requests for the their addition to the plugin.  What I show below is a fairly standard step down hip set with, with the midwest variant shown at one corner and the standard variant at the other corner. 



View model here:

https://3dwarehouse.sketchup.com/model.html?id=aa9db54b-4a66-412e-86fd-94e3e676e0b5

Note, I have not shown all of the internal webs for clarity, those will be generated automatically and not be user definable. 

Please review carefully and let me know if anything looks amiss.  I will also be adding in other variants of the hip set but I figured I would start with these two.

A stepdown hip set provides a girder truss, with a hip jack truss running from the corners up the ridge until they meet the hip girder.

The Midwest hip set also provides a girder truss, with hip trusses that step up to the peak.
However in a Midwest hip set, you run a rafter (dropped) up from the corner of the front wall to the hip girder.
All the bottom chords of the end jacks run to the hip girder, allowing for better attachment of the drywall on the ceiling.

My new job has kept me away for the last few weeks so that getting anything done on the plugins has been a real challenge.  Even so I've been giving some thought to stepped footings/foundations and would like some input from the designers and architects out there on what is common practice and what they would like to see available for this sort of feature within the plugin.



View mode here:

https://3dwarehouse.sketchup.com/model.html?id=f83f65ea-35e6-46f7-9d6c-f0b09b13a663

Note that I messed up on this model the exterior cripple/pony walls should have only had one top plate so that the combined top plate from the shallow sections and the single top plate would have created the typical double top plate.

Version 1.0.3 - 08.28.2016
- Enabled interior bearing wall(s) with strip footing.



View model here:

https://3dwarehouse.sketchup.com/model.html?id=89ee7df4-f895-437f-be51-553aa55bee08

I still need to enable the ability to add framed openings into the interior stud walls.  Interior stud/bearing walls can be created with single or double top plates and can be full span or partial spanning as shown in the image above.

Also note that the studs are aligned from the right side of the stemwall foundation edge so that they line up directly under the floor joists.

I've created a SketchUp model tonight using the truss and foundation plugins to further examine a structural design I am working on.



View and download model here:

https://3dwarehouse.sketchup.com/model.html?id=cb424537-7ad2-4afb-a53b-1ab547feec26

I think I will probably add a TJI roof that allows one to use two glulam beams with cantilevered rafters as shown in this model, this configuration seems to be fairly popular.

Version 1.6.8 - 08.20.2016
- Added the Medeek Tools toolbar with Trim and Extend icons.
- Added the trim function for (solid) groups and components.

Only the trim function currently works with this latest release.  I'm also not completely satisfied with the trim function as it tends to break down when dealing with components that have tranformed instances.  I am still working on this one.  The main reason I've released it is for a few of my SketchUp mentors to have the ability to test the trim function and hopefully help me work the bugs out of it.

I haven't had any time this week or even this weekend to dive back into it yet but the icons for the Medeek Tools Menu (trim and extend for now) will look like this:

Version 1.6.7 - 07.21.2016
- Added a counter battens option within the battens menu for common, scissor and vaulted trusses.
- Battens (at peak) can be offset from peak.
- Peak-to-Eave spacing enabled when "battens at peak" option is selected.

This was a very small update so I just tucked it into the latest revision.

I can add another input field into the menu which will allow the offset from the peak:

Offset from Peak (mm):

I can also put in another option that will allow for the equal spacing between peak and eave battens with the spacing input serving as the max. batten spacing if this option is enabled:

Spacing Peak-to-Eave: YES/NO

I think this will then give you the flexibility you need to make this feature actually useful in real world applications.

Another thing to note is that the battens will work with the roof returns option but I currently have no logic in place to deal with the extension at the eave.  I may need to give this some more thought:

Version 1.6.7 - 07.21.2016
- Added a counter battens option within the battens menu for common, scissor and vaulted trusses.



View model here:

https://3dwarehouse.sketchup.com/model.html?id=3bb5c81a-ffd0-4f2f-8cf0-34bf6279428e

Counter battens can be applied with our without sheathing.  The counter battens are centered on the trusses below therefore their spacing is not independently controlled. 

Based on my research it appears that counter battens are usually only applied when battens are laid on top of a sheathed roof.  However I have left the option open to apply them without the sheathing in case one wanted to apply them directly to the truss top chords over a vapor barrier.

Version 1.6.6 - 07.15.2016
- Added roof battens option within the advanced options menu for common, scissor and vaulted trusses.
- Battens can be offset from the fascia board.
- Battens at peak option enabled.



View model here:

https://3dwarehouse.sketchup.com/model.html?id=e7f7a812-53da-4c57-b40a-b28bbacf96e2

Currently this feature is only available for truss roofs, I still need to add it to hip and gable rafter roofs.

If sheathing is enabled with battens, the battens are placed on top of the sheathing.

This is a quick study of a post frame roof using doubled trusses with 2x6 purlins @ 24" o/c.  This is pretty typical for a  pole barn or post frame building constructed locally:



View model here:

https://3dwarehouse.sketchup.com/model.html?id=0240f563-8350-460d-b07c-9f7dae117782

Notice how the rake and fascia boards are raised above the trusses so that they are flush with the roof plane and purlins.  The overhang can be achieved a number of ways but one method is to extend rafters from an inboard purlin and also attach to the post as shown. 



There are a number of other ways to frame the overhang, a quick search online will attest to this.  Sometimes a header is used between posts which allows for a truss spacing which is closer than the post spacing.

Purlins position right at the peak seems fairly standard, based on some plansets that I have.

When you add end walls with posts you can usually eliminate the doubled truss at the gable ends and you often will see a gable end truss that has girts (horiz. members) instead of studs.



With a purlin roof I almost need to create a separate menu item and module to properly deal with it.

Here is an interesting double truss design but with scissor trusses:

Here is a quick study on a garage slab that slopes 3" over about 24':



View model here:

https://3dwarehouse.sketchup.com/model.html?id=e4d46f5d-d5cc-4ba9-9439-39b3fe281e00

What to do with the slope at the garage door?  I've flattened it out but that leaves a line in the slab.

At the side door entrance the right side of the slab is about 3/8" higher than the left side.  Entrances that are parallel to the slope will have this property (problem?).

At the rear of the garage the slab is 6" below the top of the foundation and at the garage door it is 9" below the top.  Perusing through different plan sets I've collected over the years this seems pretty typical for the slope (1/8" in 12").

I think I should probably make the slope an option so those that want to model it can.

Rather than make the slope a percent grade or degrees I think it would be easiest to let the users specify a total rise or drop for the entire slab.

This is an example of a 24' x 24' garage that I would like to build on my property this summer or the next. 



View model here:

https://3dwarehouse.sketchup.com/model.html?id=77329ddc-a170-4dde-945e-4e413304f620

I created the foundation and roof with minimal effort using my own plugins.  The walls were created initially with the housebuilder plugin however I then manually edited the walls.  Note that the top plates overlap properly as they should.

Also note that the garage door wall is a double portal frame.  I would like for my wall plugin to automatically create this standard type of portal frame (PFH) both single and double (ie. Garage Door Option). Notice the embedded Simpson Strong-Tie STHD14 holdowns.

I like to use 2x jamb boards around the door perimeters when the stem wall projects above the concrete slab, this may be atypical constructon for others.  Local contractors like to embed a pressure treated nailer into the concrete.

In theory I should be able to create this exact model using the Foundation, Wall and Truss Plugin and do it all within 5 minutes or less.  That is the goal.

With the wall plugin I will have the standard linear wall tool but I would also like to have a rectangle wall tool that will immediately throw up 4 walls given three user selected points, similar to the truss and roof plugins.

The blockout methods seem to be all over the board, I've even talked with some of my engineering friends and the response is mixed there as well.  I guess I just need to provide the option for any of these three configurations within the plugin.  Sometimes I feel that I get bogged down in the details but I hope some of this level of detail is appreciated.

The other issue I'm having with slabs within garage spaces is the slope of the slab.  I'm trying to determine if is worth trying to incorporate a slope into the slab as it would actually be poured. As far as I know there is not a minimum slope specified for garage floors in the IRC 2015 or earlier only this fairly general statement:

The area of the floor used for parking of automobiles or other vehicles shall be sloped to facilitate the movement of liquids to a drain or toward the main vehicle entry doorway.

Typically the garage slope is 1/8" per foot or 1:96, how critical is this to you the user of the plugin?  Flat would be easier to program but then your blocked out entries on the side of a garage would be only theoretical.

I should point out I've also seen a sort of a combination of the two options where the blockout does not extend to the footing but a thickened edge is employed at the slab/door interface and the thickened edge is typically 2x the slab thickness, or called out as a minimum dimension of 8".

Option 3: