Version 1.9.7 - 04.23.2024
- Fixed a compatibility bug with SketchUp 2024 (Fixnum & Bignum) while maintaining backward compatibility with previous versions of SketchUp.
Version 1.9.7 - 04.23.2024
Version 3.4.3 - 04.30.2024
The original 3D cladding tutorial showed the following four materials:
The three additional ones added since this video are:
There are now seven different types of 3D cladding materials one can configure within the Custom Material Library.
Version 3.5.0 - 05.26.2024
CRITICAL BUG FIX!
Version 3.4.7 introduced a bug for both rafter and truss roofs when the layers/tags option is turned off. This release fixes that bug. I highly recommend that everyone download this latest update to correct this bug.
Double sliders are kind of interesting windows.
Sometimes I forget how cool it is to be able to create something like this in SketchUp and have it animate like it does. Can I say I love my job?
The new Rafter Roof menu should be a bit more visual and intuitive for selecting the appropriate roof type:
Version 3.5.6 - 07.03.2024
Version 2.0.1 - 08.01.2024
The instructions for usage are the same as the recent update to the Wall plugin, see Wall Plugin Tutorial #51:
Added a “Floors” tab to the global settings, I’m sure this tab will get more populated as development progresses.
The tool tip in the draw and edit menu.
In the Materials tab of the Global Settings you can switch between the more realistic textures/materials for lumber and pressure treated lumber:
Version 3.7.1 - 09.17.2024
In the case where you have a beam pocket and king studs over top of a door or window this update is critical. Previously the king studs would simply project to the bottom plate in the wall passing through the opening. Now you can utilize this extra parameter to vertically offset these king studs the same way the column itself is offset. Note that the offset can be both positive or negative or zero (default)
Version 0.9.4 - 09.16.2024
Version 0.9.3b - 09.12.2024
I was thinking about hanger hardware for the joists but then I realized that things are quite a bit more complicated with these polygon floors. For example look at this floor:
The situation gets interesting for the first six joists in the array, they would require four hangers each rather than just the normal two. I'm going to have to really put on my thinking cap for this one.
And then you have the additional complication of non-orthogonal edges which may require special skewed hangers... Fortunately those are probably not as common so I can probably ignore that case for now.
P.S.
At first glance I think I can examine each joist individually once they've been trimmed/cut and count the number of edges that run parallel to the joist (x-axis or y-axis). For a regular lumber joist the total number of pieces will be the number of horizontal (long edges) divided by four. That will tell me how many hangers I actually need.
I can then cycle through this collection of edges finding all of the terminal vertices/locations and assign to each one a direction (left facing or right facing). From there it is simply a matter of running a for loop and placing the hangers. I think this will work but it may not be optimized yet.
P.P.S
I also just realized that there is the possibility for some joists to be doubled, which will naturally require a different hanger, so the hanger selection will require two parameters, one for single ply an one for two ply. However, there may be a situation where you want there to be hangers only on one side of the floor (ie. a deck with a ledger and beam supported on the other end) so four parameters for hanger selection:
1.) Start Hanger (1X Ply)
2.) Start Hanger (2X Ply)
3.) End Hanger (1X Ply)
4.) End Hanger (2X Ply)
Version 0.9.3 - 09.12.2024
Version 0.9.2 - 09.11.2024
Version 0.9.1 - 09.10.2024
The current todo list in no specific order:
1.) Floor Coverings: Tile, Carpet, Hardwood etc…
2.) Floor Openings: Stairwell and Crawlspace or ladder access
3.) In Floor Beams
4.) Blocking: Mid-span blocking, custom blocking, edge blocking
5.) Ledgers: customize each edge or side of an assembly with a custom ledger or rim joist setting.
6.) Hardware: Joist Hangers, Beam Hangers, diagonal bracing, deck holdowns
7.) Railing: for decks
8.) Custom Joist Doubling: ability to double any number of joists in the array
9.) Custom Joist Offset: ability to offset any number of joists independently.
10) Global Joist Offset
11.) Max. Joist Span Indicator: Engineering related
12.) Diagonal deck boards
13.) MPC Wood Floor Trusses
14.) Steel Trusses (not high priority)
Feel free to help me add to this list.