Revit Doors with FRAMES in Revit 2016

Good news, Autodesk has provided us with Doors Families with frames. Seems like a small detail but isn't that what counts? I had one client use the 'Single-Flush' door families extensively in a design with very tight constraints. When the design was developed further he realised that he needed to swap the frameless 'Single Flush' door family with a door with a frame. Like I mentioned, tolerances were tight and you cannot compromise on egress requirements.  This caused much frustration, wasted time and a mark on my reputation for not advising him on this issue. A small detail which caused problems for all involved. 

You may be thinking 'why don't you just make a Door with frame or download one from ARCAT or Autodesk Seek'? The person who is using Revit at the time will use what Family is immediately available for the immediate need. So from that time on I recommend to NEVER use the 'Single-Flush' Door Family and provide a door with frame Family. But that dreaded 'Single-Flush' door still rears it's ugly head after a reinstall or a new new versions etc.

So, thank you Revit Development team for paying attention to this seemingly small detail. Now there are both commercial and residential folders with doors with frames installed with Revit.

There is also a separate hardware folder which contains a variety of hardware Families which can be loaded into a Door Family.

Revit Scratchpad: Fake Revision Clouds in Revit

Revit Scratchpad: Fake Revision Clouds in Revit: Nice little workaround to get Detail Clouds. Make a Revision cloud, cut and paste the Sketch Lines, Paste as Detail Line or Filled Region. Thanks Joe and Nat!

Favourite Standard Revit Keyboard Shortcuts

Favourite Standard Revit Keyboard Shortcuts

f2: Rename View

WT: Tile Windows
ZA: Zoom All Windows to Extents
ZE:  Zoom Extents
ZZ: Zoom Region

CS: Create Similar

WA: Wall
DR: Door
DL: Detail Line

SL: Split
TR: Trim Corner
AL: Align

SE: Snap Endpoint
SM: Snap Midpoint

VV: Visibility Graphics Overrides

Model Beams Underneath a Complex Roof

This is an excerpt from a 2011 article written by Marcello Sgambelluri. Even though Marcello has figured out a way to do this with Dynamo, this technique is still quite simple and valid. You can find the entire article here: https://www.augi.com/library/methods-for-modeling-complex-geometry

1. Make a Wall which intersects the Roof.
2. Join the Wall to the Roof
2. Use the 'Pick Lines' tool in the Beam command. Turn on 3D snapping. Select the intersecting line of the wall and roof.

Revit (2016?) Wish List

First of all, making software is very hard and complicated and I am very grateful of the hard working and caring people at Autodesk. This is mostly a re-post from 2011, yes that long ago. Since then I have trained over 1000 people in Revit and consulted on over 1 million sf of Revit projects, many now constructed. Along the way I have observed certain questions/issues/requests/frustrations that come up repeatedly. I am re-posting this to emphasize where Autodesk has improved Revit and what they still need to do in my opinion. I am aware that there are apps and bits and pieces of software which do some of what I'm asking for but this needs to be thoughtfully integrated into Revit. I have not seen the Beta so maybe some of this is already done, which would be great. Please add to this list in the Comments.

Open the Revit Database Already!

Most of my wishes revolve around opening up the Revit database, some specific examples:

-Schedules which can query anything from any category. i.e. list everything in a particular room.

-Tags which are able to read data from other objects and categories i.e. Doors reading Room numbers.

-Universal Search. Search by multiple conditions and save searches. Or just start typing a find anything. (you can search the Project Browser now)

Automated Project Browser and View Tools

-Project Browser makes and manages Phase and Design Option views automatically.
-Automated 3D Section Box views which are linked to the extents of plans, sections and elevs.

-View Folders (not parameter). Drag and drop views between folders.

-Automated naming of views i.e. Room 101 South Elevation

Connections

-Please provide linking of Excel, Word and PDF files into Revit.

Schedules

-Schedules to include Family thumbnails.-They checked this one off the list. Maybe the next improvement is to combine Legend views with Schedules, add tagging to Legend Components while you're at it :-)

Other Stuff 

-Edit Family button for Annotation i.e. Levels and View Titles.

-Walls which have a 'centreline' built in for various uses ie.fire rating plans

-Automated lineweight control based upon distance

- Site tool enhancements.(Did they give us this one? Sorry but the Eaglepoint stuff is just too complicated)
-Two Click Revision Bubbles (Yay, we have this)
-Spell check that checks all of the spelling
-Phase filters that show multiple phases backward. Allow for more Graphic Control over previous and future Phases.
-Universal Annotation Settings Interface

Set Default Viewport

When you drag a view onto a Revit sheet the default Viewport is 'Title W Line'. Although there is no 'Set Default Viewport' button you are able to set one default Viewport. You can do this by renaming and editing the properties of the current default Viewport (Title W Line).

Revit OpEd: Revit 2015 R2 - Perspective View Changes

Another long-time wish list item...



Revit OpEd: Revit 2015 R2 - Perspective View Changes: It is not uncommon for a new Revit user, that is already familiar with Sketch Up for example, to be a bit surprised that we can't do rou...

Revit OpEd: Revit 2015 R2 - Reveal Constraints

Steve Stafford demonstrates a long-time wishlist item. Maybe now we can allow our beginner users to constrain the model...maybe not.



Revit OpEd: Revit 2015 R2 - Reveal Constraints: A new view override feature called Reveal Constraints is part of the subscription only R2 release for Revit 2015. It is intended to make it ...

Ontario Revit Users Group Blog: 2015 ORUG Social – Featuring Oculus RIFT & Revit

Ontario Revit Users Group Blog: 2015 ORUG Social – Featuring Oculus RIFT & Revit: Join us on Thursday October 16 at The Spoke Club as we discuss future topics for 2015. During this session we can explore different t...

revit in plain english: Revit Apps, Add-ons, Plugins, Extensions and Whate...

revit in plain english: Revit Apps, Add-ons, Plugins, Extensions and Whate...: New reviews of Wall Join tool and new Revit Site Designer tools.

Revit OpEd: Supplementary Files

Revit OpEd: Supplementary Files: Ryan Duell, with Autodesk and The Revit Clinic , created a list of ten supplementary files for Revit and where they are located by default, ...

1. UniformatClassifications.txt - C:\Program Files\Autodesk\\Program - This file houses theUniformat Assembly Codes, and the location is fixed; it cannot be moved or specified in a library location. Sorry this means you can't move it to a server. If you wish to edit this file in one location, it is recommended to keep a copy on a server location, and create a batch file to copy and replace the specific file on the user workstation. This file is read once at the Revit application launch.
2. Revit.ini - C:\Program Files\Autodesk\\Program - This file contains the variables, paths, recent files, worksharing paths and more for each version of Revit. For some additional tips on editing this file see one of The Revit Clinic's previous posts HERE.
3. RevitKeynotes_Imperial_2004.txt - C:\ProgramData\Autodesk\\Imperial Library - This file contains the full set of keynotes, provided by Autodesk, which can be assigned to elements in their Type Properties. This file's location can be specified in the project or template, and modified under Annotate > Tag > Keynote Settings.
4. Journal files - C:\Program Files\Autodesk\Revit Architecture 2011\Journals - Revit creates these files as you work. Journal files capture all actions from the current Revit session. For additional information please see the four part series at The Revit Clinic: Part 1, Part 2, Part 3 and Part 4.
5. Worksharing Log File – Central file location "..._backup" folder - The file is named after the central file, with a .SLOG extension. For worksharing-enabled projects all of the central file and user interactions are recorded in this log file. For some additional information please see the previous post HERE.
6. Exportlayers-dwg-AIA.txt – C:\ProgramData\Autodesk\RAC 2011 - Export Layers and Properties settings are stored in this layer mapping file. This is used when exporting a project to DWG or DGN for example. For additional information reference the Help Documentation HERE.
7. UIState.dat - C:\Users\%username%\AppData\Local\Autodesk\Revit\ - Revit stores user specific customizations to the user interface such as the ribbon and quick access toolbar. For additional information see the Help documentation HERE or if you need to reset this file Click Here.
8. KeyboardShortcuts.xml - C:\Users\%username%\AppData\Local\Autodesk\Revit\ - After any change is made to the User Interface and Keyboard Shortcuts, this user-specific file is created to maintain the shortcut customizations. As a rule use the Revit interface to edit your keyboard shortcuts because it is easy than trying to edit this file directly. You can copy (via a Batch File process as mentioned earlier) the file to pass the office standard shortcuts to other workstations however. For additional information reference the technical solution HERE.
9. Shared Parameters Text file – User Defined - This text files stores the parameters added to families or project files. This file is not actively linked, and should never be manually edited. Additional information is available HERE. I've also posted several times about this concept, One, Two, Three, Four, Five, and Six. I've mentioned them in many others too.
10. Revit Server Log Files - C:\logfiles - If using Revit Server, these log files are very useful should you run into any troubleshooting issues.
11. Importlineweights-xxx.txt - C:\Program Files\Autodesk\Revit xxx 2011\Data (XP Location) - These files are used to define how imported cad file elements are interpreted to use different lineweights within Revit. If you import cad details and the don't properly show the graphical quality you expected then you need to change the settings for the file you are actively using. There are several sample files included with Revit. You can change the file you want to reference prior to importing information. This means you can have different "rules" for different kinds of external CAD data.
12. Revit.pat - C:\Program Files\Autodesk\Revit xxx 2011\Data (XP Location) - This is the resource file that your template's have for fill patterns and use to define the patterns for each filled region. A fill pattern can be acquired from other .pat files but they do need an extra declaration of either %TYPE=MODEL or %TYPE=DRAFTING. These help Revit understand which purpose they are intended for. You can read more about this by opening the file and reading the introductory paragraphs provided in the file. A metric version is included too.
13. shxfontmap.txt - C:\Program Files\Autodesk\Revit xxx 2011\Data (XP Location) - This file tells Revit which True Type Fonts you want it to use when it encounters a .shx font in a CAD file during the import process. It is a simple text file. Just add a line the defines the .shx font you want to catch and which TTF font to use instead. Setting this may help you keep some pesky external details from having their text information stretched or compacted because .shx fonts are not supported in Revit directly.
14. Add-ins - C:\Documents and Settings\All Users\Application Data\Autodesk\Revit\Addins\2011 (XP Location) - If you install external applications (3rd Party Software) they should be placing information that Revit needs to run their application in this folder location. If you need to disable their software for some reason or want to create your own you should be aware of this location. You can READ a post at The Revit Clinic for some additional information.
15. IFC Shared Parameters.txt - C:\Program Files\Autodesk\Revit Architecture 2011\Program - Similar purpose as other Shared Parameters but for IFC export instead. I don't know why this file isn't with the other Shared Parameters.
16. OmniClassTaxonomy.txt - C:\Program Files\Autodesk\Revit Architecture 2011\Program (XP Location) - Similar to the Uniformat structure used for Assembly Codes, this is the file that defines the available OmniClass selections when you are creating a component/loadable family.
17. Sitename.txt - C:\Program Files\Autodesk\Revit Architecture 2011\Program (XP Location) - This file is the preset locations provided if you choose to pick a city for your project location. Perhaps somewhat unnecessary with the new Internet based map tool for location but you can add cities via this file.
18. SiteAndWeatherStationName.txt - C:\Program Files\Autodesk\Revit Architecture 2011\Program (XP Location) - Similar to previous but for Weather Stations.

Revit Hatch Mirror Bug

I have filed a Defect case with Autodesk regarding this issue and I recommend you do the same. I'm hoping they will fix this in the next update. I will welcome any workarounds that you have found on top of the one that I have offered.

Fill Patterns (Hatch) do not mirror correctly. Below is an image of a Ceiling, mirrored. It contains a Model Pattern which rotated when the Ceiling was mirrored. Making a Group of the ceiling seems to help. That being said I just witnessed a client's Fill Pattern rotate to some odd angle when mirrored.

Below is an image of a simple Filled Region mirrored. Should it not be bookmatched? Yes, it should but you can't do it.

Another Visibility Issue: View Range not Affecting Structural Slabs

Autodesk Revit Development team, please fix this bug. Okay maybe it's not exactly a 'bug' but it is a feature which causes confusion and delay.



Model elements located outside of the view range generally are not shown in the view. The exceptions are floors, stairs, ramps, and components that stay or are mounted on the floor (like furniture). These are shown even when slightly below the view range.
Slab edges are shown when their bottoms are within a tolerance of the primary view range bottom.

Foundation slabs and structural floors located outside the view range use an adjusted range that is 4 feet (approximately 1.22 meters) below the bottom of the primary range.Floors are drawn with the Beyond line style if the floor exists within this adjusted range. 

Here's the credit: http://forums.augi.com/showthread.php?137848-Slab-showing-when-below-View-Depth

Measuring Revit Skills

Is there a standard measure of an individuals Revit skills? Would be nice to track individual and office progress. Might even be a cause for bragging rights. Below is a look at this from my perspective. After filling out the spreadsheet a person ends up with a Revit Score. Your comments are welcome. If you would like a copy of the Excel file in order to make suggestions send me an email jpolding@solidcad.ca.

Hidden Lines not Wider than Category

In Object Styles (or Visibility/Graphics), the Structural Framing Category, Projection Line Weight is set to 4. This means that the Hidden Lines Subcategory cannot be set higher than 4. Actually, it can be set higher than 4 but will not display higher than 4. 

Structural Framing Lineweight not Changing in Section

Imagine you have a Girder and a Joist as defined by Revit. You would like the Joist to be a thinner lineweight than a Girder, in every view. Not possible by default. Changes to the Subcategories of Structural Framing in Object Styles only affect plan, NOT SECTION. Subcategories of Windows, Doors, Wall Sweeps and other objects are affected by changes in Object Styles, just not Structural Framing. How do we work around this programming error? Edit the Structural Framing Family, make a new Subcategory, Assign the geometry to this new Subcategory. Now in the Revit Project file, open Object Styles and edit the lineweights of the new Subcategory you just made.
Anyone know why this is the way it is? Anyone have a better workaround?

Revit and Landscape Design

When asked 'does Revit do Landscape Design?' some will immediately say 'No!'. They are quick to point out it's 'limited' site tools. But I think we need to ask 'limited compared to what?'. AutoCAD doesn't come close to the overall drafting efficiency that Revit provides. Plus, AutoCAD has no automated site tools and it's 3D tools are definitely 'limited'. How about Sketchup? Sketchup has a similar 3D toolset to AutoCAD, granted it's graphics are much nicer. Still, both Sketchup and AutoCAD  slow to crawl when dealing with large file sets. AutoCAD Civil 3D is a wonderful tool, it handles large files and has excellent 3D and BIM tools. Civil 3D should be the tool of choice for landscape architects, problem is it's relatively hard to set up and use.

So to what are we comparing Revit's tools? To Revit mostly. All of us in the Revit community have been asking for improved site tools in Revit from day 1. This is mostly because of the potential we all see. Has Autodesk done anything about it? As of today, not much. Yet Revit's 3D and BIM site tools are better than AutoCAD and Sketchup and are easier to use then AutoCAD Civil 3D. So can Revit be used for landscape design? Yes, landscape designers and architects are using this tool around the world with success. Below are some examples:

Revving up for Revit, Building Information Modeling for Landscape Architecture 
Kudela and Weinheimer Landscape Architecture

Site Engineering for Landscape Architects
By Steven Strom, Kurt Nathan, Jake Woland

BIM AND LANDSCAPE ARCHITECTURE - IMPACT AND ISSUES
Posted on July 12, 2013 by Stephen Blacklock

Landscape Architecture in BIM
A Landscape Architects Revit Blog

Autodesk Revit Architecture...for landscape architects?

Repeating Stuff Along a Line

How does one quickly make a repeating object along a line? This might be used for repeating site elements like parking and trees. You can do this one of three ways:

1. Railing
2. Curtain Wall
3. Divided Line in Conceptual Mass

Pros and Cons:

1. Railing
Pro: Easy to Edit
Pro: Can be Hosted to Ramp
Con: Can't schedule the individual Balusters
Con: Categorized as a Railing

2. Curtain Wall
Pro: Easy to Edit
Pro: Can Schedule the Individual Panels
Pro: Can be stacked
Con: Categorized as a Curtain Wall
Con: Cannot be sloped in Z

3. Divided Line in Conceptual Mass
Pro: More 'Z' direction possibilities
Pro: Easier to extract location data (x,y,z)
Con: Not easy to Edit
Con: Standard Parking and Tree Families don't attach very well to Adaptive Points.
Con: Can't change in Project, it's a static Family

Process for Either Railing or Curtain Wall
New Family
Baluster-Post or Curtain Wall Panel Template
Insert Families: Parking, Trees, Cars etc.
Import into Project

Railing/Curtain Wall, Edit Type Duplicate
Replace Balusters/Panel with New Family
Set Spacing

Revit OpEd: Reset Shared Coordinates

Revit OpEd: Reset Shared Coordinates: There isn't an easy button to just eliminate shared coordinates in a project. You can move the Survey Point back to the same spot as th...

Grumpy Muppet Returns: More Terminology Confusion

I have previously written about the lack of terminology consistency in Revit. This slows the understanding of certain Revit topics. Makes me wonder how this terminology is translated into Revit in other languages. Many around the world will just use the English version, but would some of you who use Revit in another language let me know how the different versions of Revit are translated? You can comment below or send me a Tweet @jaypolding

Site/Coordinates Naming

The Level Type Property 'Elevation Base' reads the opposite of what I would expect.

If I change the Project Base Point to an elevation of 100' and change the Level to reference the Project Base Point, the Level will read 0'. But if I change the Level to read the Survey Point the Level will display 100'.  On top of this, changing the Survey Point Elevation has no visible effect on the Level.

Worksets

Editable Yes.
This means that it is NOT editable. Try explaining that the first time! I know, it refers to the Workset only being Editable by the Owner, but it IS confusing.

11 Names for a Family:
http://revit.blogspot.ca/2010/09/revit-translation-naming-families.html

General Naming Rant:
http://revit.blogspot.ca/2013/10/grumpy-muppet-revit-terminology-and.html

Edit Sketch
Floor: Edit Boundary
Roof: Edit Footprint
Wall: Edit Profile
Railing: Edit Path

Could Autodesk consolidate all of the above into one button which says "EDIT SKETCH"? Because that is all you are doing.

Top and Bottom of Stuff

These could also be standardized:

Walls: Bottom/Top Constraint
Floor: Level
Roof: Base Level
Beams: Reference Level
Stairs: Base/Top Level