Medeek Wall Plugin
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I know this sounds somewhat heretical but how about an option to set the full version to match the lite version for the times when all that's initially needed is a concept drawing?
Or is it obvious how to do it? -
@bob james said:
I know this sounds somewhat heretical but how about an option to set the full version to match the lite version for the times when all that's initially needed is a concept drawing?
Or is it obvious how to do it?Within the global settings under the Wall Tab you can set the default framing mode to one of the three options. This will then always bring up the wall draw tool with the selected mode, while still giving you the option to bump the wall to any of the other modes if you suddenly need to see the framing.
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Thank you
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Version 0.8.2 - 06.28.2018
- Added the ability to draw and edit beams with the Beams/Column Toolset.
- Glulam, PSL, LVL, LSL, Timber and Lumber beam types added to the beam module.
- Start and end cut options (miter,firecut) added to the advanced options for beams.
View model here:
https://3dwarehouse.sketchup.com/model/c9c8650f-0977-47fe-8531-71f5e7a4c0de/Framing-Test-28
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Could you add the revision number to the rbz file?
medeek_wall_ext 0-8-1c.rbz
medeek_wall_ext 0-8-2.rbz -
@bob james said:
Could you add the revision number to the rbz file?
medeek_wall_ext 0-8-1c.rbz
medeek_wall_ext 0-8-2.rbzYes, that is probably not a bad idea.
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Trying to find a decent wood grain to use for timber beams, any suggestions or images anyone is willing to share? I've got a decent end grain image, just looking for the side grain.
P.S. I am also looking for a good pressure treated texture/material.
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The currently available beam types are:
- Timber
- LSL
- Lumber
- Glulam
- LVL
- PSL
The number of plies can be 1, 2, 3, and 4
Glulam species are currently Western Species and Southern Pine.
SCL lumber (LVL, LSL, PSL) are the US industry standard sizes (Weyerhauser, Boise Cascade, Louisiana- Pacific).
The miter cut puts the diagonal facing the bottom, the fire cut puts the diagonal facing the top.
https://3dwarehouse.sketchup.com/model/fff4b0c1-c0c6-4ab3-865c-67c9836a99f9/Medeek-Beams-1
The materials shown are the default (built-in) materials for the plugin if the materials option is turned on. I'm not totally in love with the various textures I have for LSL, PSL, LVL and Timber but it is better than nothing I suppose.
For the timber and LVL option you can see that the end and edges have there own material assigned. Also if you apply a custom cut (after the fact) the way I have the materials assigned should allow you to maintain the proper end grain appearance.
The only thing really missing is steel beams which should not be too big of a leap now that I have the whole beam system/module in place.
Tomorrow I will jump back on the garage door module and see if we can make some headway with that.
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One last thing to note with the beam module is that all of the standard sizes are US/Imperial.
I can add in standard sizes for metric however I will need that information. I currently have glulam beam data for the UK, South Africa and Australia but I will also need PSL, LVL, lumber, timbers and LSL.
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Version 0.8.2b - 06.29.2018
- Steel: Wide Flange (W) beam types added to the beam module.
I've only added five wide flange sizes thus far. I just need to know what sizes are most typically used and I can add them in.
Note that miter and fire cuts work with the steel beams as well.
I was also thinking an advanced option for steel beams might be a nailer plate on top and/or bottom of the beam, again feedback in this regard will determine if I pursue this further.
Another thing to note with beams is that you can move them around just like any other object in SketchUp using the SU move tool, unlike the walls. Technically you can move the walls with he SU move tool as well its just they won't stay connected if you do.
Another advanced option for beams would be a hanger library which can be added to or modified by the user. I am already doing this sort of thing for window and door components so it isn't a big stretch for beam hangers.
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Version 0.8.2c - 06.29.2018
- Added a hanger library (customizable) and the ability to place hangers at the start and/or end of a beam.
Hangers shown are: HU612, LUC26Z and LUS26
The hanger library is located in the "hangers" sub-folder of the library folder of the plugin.
I have a few Simpson Hangers included but any of these can be modified and additional SKP files can be put into this folder. The plugin will automatically allow the selection of any components found within this sub-folder when selecting hangers for beams within the draw and edit menus.
I have contacted Simpson Strong-Tie in an effort to get a few more of their more common hangers that I can then simplify and include in the plugin. I am particularly interested in the HUCQ series.
In order to minimize polygon count I typically eliminate most of the holes in the hangers and also any curved surfaces, the goal is to keep the file size below 50 kb if possible.
I should also add that one could also include column caps in this sub-folder, like the CCQ/ECCQ/ECCLQ/CCTQ series.
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@bob james said:
As of 0.8.2c the only thing in
C:\Users\Bob\AppData\Roaming\SketchUp\SketchUp 2018\SketchUp\Plugins*medeek_wall_ext\library*
is one window and one door.
: :You'll need to download 0.8.2d, I'll roll it out tomorrow.
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As of 0.8.2b the only thing in
C:\Users\Bob\AppData\Roaming\SketchUp\SketchUp 2018\SketchUp\Plugins*medeek_wall_ext\library*
is one window and one door. : : -
The Hangers are in the 0.8.2c Library.
I was looking in 0.8.2b
My mistake: sorry -
Re: Wainscoting feature/suggestion
Pretty common to have a "band board" in SE USA (sometimes called "water table").
Perhaps your wainscoting code could be adapted to create the band board and possibly a freize board as well.(please see pic & SU model)
Having it automatically cut out for door openings/etc. would be quite handy.......merely a suggestion.
BandBd_WaterTable_06_30_2018.skp
C
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Version 0.8.2d - 06.30.2018
- Created a number of low polygon count Simpson Strong-Tie hanger and column caps.
The full list of included hangers and column caps can be found here:
http://design.medeek.com/resources/wallpluginvendors.html
Any hardware included with the plugin are custom drawn by me to reduce polygon count and standardize layers and materials.
If you would like to see specific hardware added please email me the manufacturer, part numbers and reference material. For Simpson hardware I typically refer to their literature and their various DWGs files found on their website.
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This is what dedication looks like! Don't forget board and battens!
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@charlie__v said:
Re: Wainscoting feature/suggestion
Pretty common to have a "band board" in SE USA (sometimes called "water table").
Perhaps your wainscoting code could be adapted to create the band board and possibly a freize board as well.(please see pic & SU model)
Having it automatically cut out for door openings/etc. would be quite handy.......merely a suggestion.
[attachment=1:2w17f8d7]<!-- ia1 -->BandBoard_WaterTable_Freize_06_30_2018.PNG<!-- ia1 -->[/attachment:2w17f8d7]
[attachment=0:2w17f8d7]<!-- ia0 -->BandBd_WaterTable_06_30_2018.skp<!-- ia0 -->[/attachment:2w17f8d7]
C
I've looked at this in some detail and have the following observations and thoughts:
1.) The wainscoting is really a separate feature from the exterior trim even though they do interact.
2.) Currently the only option (feature) available with exterior trim is the corner trim and of course the window and door trim, the following three additional items need consideration and will be added to the exterior trim module:
a) Frieze Board: at the top of the cladding (width and thickness)
b) Band Board: somewhere midspan on the wall (width, thickness and height on wall)
c) Skirt Board/Water Table: at bottom of the cladding (width and thickness)
3.) Three additional parameters are needed to determine whether the three boards cut through the corner trim or terminate at the corner trim, see examples below:
The same holds true for what to do where the boards meet door or window openings and their trim. In the picture above the skirt board cuts the man door trim however the band board does not and terminates at the trim. Also one must consider the case where the frieze or band board bisects the window or door only partially.
In the image below the band board terminates at the door trim:
In the image below the band board bisects the window partially and replace the windows bottom trim:
It's complicated, but we must start somewhere.
Additionally with wainscoting it would be nice to be able to terminate or start the wainscoting at any arbitrary distance along the length of the wall, this would allow for a 48" return for brick or cultured stone rather than only being able to terminate at the corner. I will be looking at this later today and see if it is something I can implement relatively quickly.
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@pbacot said:
This is what dedication looks like! Don't forget board and battens!
Yes, I seem to have opened a whole can of worms. Exterior treatment of walls is complicated business, there is no getting around that.
For now I am treating board and battens as a simple material/texture just like lap siding. If one were to draw all of the battens the model would get very heavy in my opinion.
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Changing gears from exterior trim to gable walls you can see in the image below that a symmetric gable wall with equal wall heights and equal pitches is only the tip of the iceberg. In the example below the pitches are equal but the start and end wall heights differ by four feet. One could also have different roof pitches so the pitches may differ as well.
Theoretically one could draw a scenario like this with two "shed" wall panels butted up to each other except for the problem that the door would bisect this wall junction, hence it must be drawn as a single wall panel.
Also note the double stud placement at the pitch break. This may not be typical for all builders but I would recommend this more conservative approach rather than a single stud at the pitch break.
Looking at this wall segment it occurs to me that wall panels that connect to this panel at the corners or tee into it cannot be treated the same way rectangular wall panels connect with lapping top plates.
Again, things just got a little more interesting.
The most common (balloon framed) gable shapes are probably the following:
- Shed (monopitch with different start and end wall heights)
- Symmetric Gable (equal pitches and equal wall heights)
- Non-symmetric Gable (equal/unequal pitches and equal/unequal wall heights)
- Symmetric Gambrel (dual pitch equal and equal wall heights)
- Hip (equal pitch, equal wall heights with a flat middle section)
- Clerestory (equal/unequal pitches with equal/unequal wall heights with a kneel wall at pitch break)
Please feel free to add to this list. I believe the first three of this list are the highest priority.
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