As some of you are aware the Wall plugin includes a number of connectors and hardware, primarily Simpson Strong-Tie but a few others vendors as well.  The full list is available here:

http://design.medeek.com/resources/wallpluginvendors.html

Mitek also provides a comparable line of hardware with their USP Structural Connectors.  I'm considering adding in the equivalent product lines from Mitek and then allowing the user to specify in the Global Settings which vendor they prefer so that the menus populate with the appropriate vendor's products and thereby give the user more options and control over their hardware choices.

Version 2.4.9 - 08.27.2019
- Fixed the trim tool so that it is now able to trim hollow sections (ie. pipes, rectangular tubes).



The extend tool already had this ability but for some reason I was not made aware that the trim tool was unable to handle hollow sections until just recently.

Working on the step tool this evening.  This one gets real interesting, lots of possible configurations even though it is a simple linear piece of foundation (ie. Top Step, Bottom Step, Double Step).

I haven't spent too much time looking at the rebar yet for a step but I'm starting to now and just wondering how everyone would like it drawn/configured.  I can terminate the rebar lengths at the step or I can extrude them along to follow the path of the step(s).  Any thoughts, cad drawings or details showing preferred rebar layout would be extremely helpful. 

I have enough tricks in coding toolbox now that I can pretty much make the rebar do anything you want, I just want to make it as realistic as possible without getting overly complicated.

Along that same vein I think I have the other advanced options figured out for a stemwall step:  Anchor Bolts, Vents, Insulation.  However, I don't know what I want to do with the drain pipe just yet.  Obviously it needs to transition from one height to another but what is the preferred way to model this?

Version 1.3.7 - 08.26.2019
- Added a drain pipe option in the draw and edit menus for rectangular and polygon slab-on-grade foundations.
- Increased the speed/performance of the drain pipe modeling method.



The smoothing routine I was using was a major slowdown/bottleneck so I have removed it for now.  I will need to experiment with an improved smoothing routine but for now it is not imperative, the pipe is a proper solid and group.

As you can see in the model there are some visible edges at each elbow, these can be removed by adjusting the smooth normals/soften coplanar options within the Soften Edges tool in the SketchUp Default Tray.

With regards to estimating it wouldn't be that hard for me to calculate the lineal feet of drain pipe as well as give a count on the number of elbows (45, 90 etc...) I've added this to the todo list.

Version 1.3.6 - 08.25.2019
- Added a drain pipe option in the draw and edit menus for polyline stemwall foundations.
- Added a drain layer in the Global Settings under the "Layers" tab.
- Fixed a bug with the hide edges option with regards to closed loop polyline stemwall foundations.



** NOTE **

If you have previously installed the plugin and are upgrading to this latest version in order to utilize the new drain pipe feature please do the following action once you have installed Version 1.3.6:

1.) Click on the global settings tab.
2.) Click on the Layers tab within the Global Settings.

This action will initialize the "Drain Layer" for future use.  New installations of the plugin will automatically initialize the new layer when they enable the layers options for the first time.

**********

In order to help minimize the model size I've limited the drain pipe circle profile to 16 segments rather than the usual 24 segments.  Visually this seems to be the best compromise.

I've also added the option to draw the drain pipe as a simple solid or hollow as shown with the "Hollow Pipe" option.  By default this is set to "YES".

The drain pipe is positioned with its bottom level with the bottom of the footing.  Currently there is no vertical offset, but I'm not opposed to adding one if there is call for it.

The other parameters are fairly self explanatory.

After looking at various details (including some of my own) I am wondering if enabling an option to include a 4" DIA drain pipe along the footing might be of some interest.  Please let me know know your thoughts on this.  I haven't had too much call for it but I have often called one out in many of my own plans and drawings:



http://design.medeek.com/cad/autocad/STEMWALL_DETAIL.pdf

Parameters would probably be:

1.) Diameter: 4"
2.) Bend Radius: 4"
3.) Wall Thickness: 0.125"
4.) Hollow: Yes/No
5.) Ftg. Clearance: 2"

Additional layer for PVC and a PVC material (RGB: 149, 219, 184)

Version 1.3.5 - 08.24.2019
- Enabled rebar, anchor bolts, insulation and vents for the "Draw Polyline Stemwall" tool.
- Enabled the "Edit Stemwall Assembly" function/menu for polyline stemwall foundations.
- Enabled the "Edit Stemwall Outline" function for polyline stemwall foundations.
- Added a "Hide Edges" option in the draw and edit menus for polyline stemwall foundations.

Note that the hide edges option only hides the edges of the concrete at the terminal ends of the stemwall and footing.  This feature will come in useful where the user is utilizing the upcoming stemwall step tool to adjoin sections of foundation together.



Checking end conditions with FPSF option enabled:



The next item to be addressed is the stemwall step tool that will work in tandem with the stemwall polyline tool just completed.  Being that this is a completely new feature there may be further refinements necessary or features that further improve the functionality.  Please send me any feedback via the forums or email.

The basic edit function is up and running:



I'm quite pleased with the performance of the edit tool, it is very fast.

The last piece of the parametrics is the ability to edit the polyline that actually defines the foundation outline.  About a month ago I began to explore this problem and the necessary algorithm that will be required to do this: 

https://forums.sketchup.com/t/inputting-a-polyline-extracting-its-vertices/99776

I haven't arrived at a solution yet but I will begin to tackle this problem next.

Foundation vents are now working for the polyline stemwall tool:



The next item of business is to create the edit menu and then check that all of the parametrics are working as advertised.  Once the edit functions are up and running I will release the next version and then begin working on the "Step" tool.

I've also been giving the interior bearing tool some thought and I think I will start with only two basic types (stud wall and posts & beams).  There are also quite a number of other variations that are commonly used such as steel posts etc... but I will wait until those are requested directly by the designers before diving into those.

I've also been giving brick ledges (and stemwalls) some thought and trying to come up with the most logical way of handling this type of construction.  Typically when a brick ledge is called out the stemwall is thickened however the rest of the segments within a foundation may not have brick ledges and will be a different thickness.  So brick ledges needs to be on a per wall segment basis.

Another item of interest is including more rebar when the stemwall is actually a full basement wall and also including vertical bars.  How deep does the rabbit hole go?   When it comes to full basements I will also need some tools for cutting windows and door as well as placing window and door hardware similar to the wall plugin.  Additionally if the user does cut an opening in the foundation wall the rebar must be adjusted to account for this opening.

I've also had a number of requests for CMU stemwalls rather than concrete.  In my opinion modeling of a CMU wall is no different than what I already have I just need to incorporate some fancy material application logic to make the solid look like CMU (similar to what I have done with the wall plugin).  I will enable a CMU option that will allow the user to create CMU stemwalls.

Frost protection for a polyline stemwall:



Note that the polyline tool allows the user to create not only polyline segments of stemwall foundations but also closed loops and single linear sections.  Making sure the code behind the scenes is flexible enough to handle all of this is a bit of a task but I think the end result will be very functional and efficient.

Anchor bolts with rebar:



After an almost three week sabbatical it took me all of yesterday to just get back into the full swing of things and figure out where I left off.  It's good to be back laying down some serious code.

Developing these plugins has got to be the most satisfying job/business I've ever had.  Thank-you SketchUp for making all of this possible and more importantly thank-you to my many supporters and customers who continue to support my efforts, I will do my very best not to disappoint.

Back in the saddle.

Looks like the rebar is now working for the polyline stemwall.  Lots of possible configurations so I've got to try and break it for a few more minutes to be sure it is 100% stable:



Anchor bolts are next.

Many of you may have noticed the absence of regular updates the last couple of weeks. My youngest daughter (Nathanya) had to undergo an operation on both of her legs (femur) at Primary Children's Hospital in Salt Lake City, Utah about a week ago.

I have taken a small break from the coding to be with her and my wife during this ordeal and during the recovery. Unfortunately, her recovery has been slower than I had hoped for so I have spent extra time in Utah providing support. I am hopeful that her condition will continue to improve and I can jump back into the saddle in the next few days and wrap up the work on the stemwall module.

Excellent live modeling session by Aaron this afternoon:



After spending quite some time modeling this very simple structure it quickly becomes clear to me why extensions are so important. 

I am hoping to get the gable and shed walls out shortly to close that gap.