SketchUp Extensions > Medeek Foundation Plugin

Development and Updates for the Medeek Foundation Plugin

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Version 1.0.0 - 07.03.2016
- Created Medeek Foundation Plugin, utilizing SketchUp's Ruby API.
- Added slab on grade foundation type (rectangular outline only).
- Added garage curb and interior footing options.

View model here:

The thing that would make this plugin particularly useful is if the user could define a polygon outline for the foundation, that will be next, then onto stemwall foundations.

Link to the plugin web page (under construction):

The toolbar icons:

My wife kindly pointed out that the interior footing might not extend the full width or length of the building, very good point.  To correctly specify an interior footing you also need a start and end point, so five inputs total to define this feature:

Direction: X Dir or Y Dir
Footing Width:
Footing Depth:
Start: Measured from first selection point that defines foundation outline.
End:  Measured from first selection point that defines foundation outline, must be greater than Start length.

An example of a partial width interior footing:

View model here:

The problem with the basic UI is that it only allows for one interior footing.  If I webdialog this input menu I can show the layout of the foundation in plan view and allow for an unlimited number of interior footings as well as have footings running in both the X and Y direction.  The possibilities are really endless. 

The same methodology would apply for an arbitrary polygon shaped foundation.

The ability to go back in and easily edit a foundation without having to recreate it will be crucial to the success of this plugin. 

Version 1.0.1 - 07.05.2016
- Enabled partial width interior footings for slab on grade foundation.
- Addressed minor bugs with UI geometry menu: Interior footing depth can now be specified.

View model here:

Interior footings quickly complicate things but a well designed html UI should clarify things greatly and make it much more intuitive.  That will be the next objective.

If an exclusion area is simply a hole in the slab then it is probably easiest just to push/pull a hole in the slab.  However, if the exclusion area is a large opening with footings required at the perimeter then that is a different matter.  It might look something like this:

View model here:

Note how the opening bisects the interior footing, which does potentially complicate any algorithm that would generate the hole and perimeter footing.  I will have to give this some more thought...


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