Framing Basics in Chief Architect - automatic & manual framing, openings & headers, wall framing details, floor & roof framing, deck framing, trusses and framing layers / layer sets.
Video No. 73
Framing can be produced either automatically, manually or by a combination of both. It can be extensively edited, displayed in camera views and calculated to the Materials List.
Video No. 324
Use the automatic framing tools to quickly build framing, then use the manual framing tools to make adjustments as necessary.
Video No. 29
Joist Direction Lines specify joist direction, and Bearing Lines define the boundaries for joist direction. Bearing lines also specify where joists are cut, as can walls and beams.
Video No. 326
Floor and ceiling trusses can be used instead of joists to frame platforms
Video No. 339
You can designate walls and beams as bearing to cut the joists that pass over them, and you can use bearing walls to automatically generate supporting foundation walls below them.
Video No. 5203
You can customize the floor framing for your structure using manual framing and editing tools.
Video No. 503
Joist direction lines define the direction in which joists run in a floor or ceiling platform and can only be drawn in floor plan view.
Video No. 327
Draw posts and beams manually, set their material and size properties and then copy them on any desired module.
Video No. 328
There are several methods for creating decorative beams, including the framing tools, soffits and 3D molding polylines.
Video No. 329
Square, round, tapered and decorative columns are easy to create and place.
Video No. 330
A room's default floor structure and finish definitions are determined by its Room Type.
Video No. 319
Instead of bearing on the foundation wall, create a floor that hangs on a ledger inside of the foundation walls.
Video No. 317
Select Generate Between Platforms in the Wall Specification dialog to fill in the gap between floor or ceiling platforms when the selected railing or invisible wall separates rooms with different floor or ceiling heights.
Video No. 316
Setting up your deck to get the most out of the automatic deck framing feature
Video No. 500
The Wall, Openings, and Headers tabs in the Build Framing dialog are all referenced by the program to determine how walls are framed.
Video No. 331
The Framing material type can be used to calculate stick framing quantities when assigned to the Main Layer of a wall type definition.
Video No. 334
Create multiple framing layers in your walls and stagger or align the framing members on the desired stud spacing layout.
Video No. 5317
Set the default for how all wall corner intersections frame, then modify individual ones as desired.
Video No. 501
Check Retain Wall Framing to preserve the framing of the selected wall when the wall framing is globally rebuilt.
Video No. 333
Wall Details are a special type of wall elevation view in which only the studs, plates and headers used to frame a selected wall display.
Video No. 332
Framing Reference Markers are reference points that specify how to lay out automatically-produced framing.
Video No. 335
Roof, wall, and joist blocking can be drawn manually.
Video No. 336
Mitered joints can be created using the Miter and Join edit tools.
Video No. 337
Check Use Line for Framing in CAD Defaults to show all framing members as single lines rather than as closed polylines in floor plan view.
Video No. 338
Use this tool or generate framing on selected objects without modifying the unselected objects.
Video No. 5204
Select Balloon Through Ceiling to have the top of the wall go past the ceiling platform, and if there is a wall directly above, the framing will continue upward to its bottom plate.
Video No. 340
Basic roof framing can be automatically generated and then modified manually.
Video No. 343
Control all of the structural layers for your roof assembly.
Video No. 505
Several new framing features have been added including rafter tails, sub fascia and sheathing.
Video No. 1030
The Trusses tab of the Build Framing dialog allows you to set parameters for trusses before they are drawn.
Video No. 345
Roof trusses can only be drawn manually, and created where roof and ceiling planes already are present.
Video No. 346
Lookouts and blocking are easy to remove if your truss system does not require them.
Video No. 347
A Truss Base is a closed polyline that defines the area in which valley fill roof trusses are to be built across and above the tops of normal, full size roof trusses.
Video No. 350
To create a cantilevered truss system, you need to use Raise off Plate when building your Roof.
Video No. 348
To create a truss with an energy heel, a vertical member is added over the supporting wall and the bottom chord stops there rather than extending into the overhang.
Video No. 349
Step Down hip roofs are the quickest style of hip truss framing to produce.
Video No. 351
Sub-girders are the partial trusses that butt into the doubled truss at the end of the main run.
Video No. 352
Create custom truss symbols using roof beams or polyline solids.
Video No. 405
Trusses drawn between roof planes and sloping ceiling planes of a different pitch than the roof are called Scissor trusses.
Video No. 353
Attic trusses, a variation of roof trusses, can be drawn if a plan contains an Attic area on both sides and above an upstairs room, such as in a Cape Cod style home.
Video No. 354
On the Trusses tab of the Build Roof dialog, you can now specify the Ceiling Step, which is the maximum distance its bottom chord can step down to locate a ceiling on the floor below the top floor.
Video No. 1033
Adjust the framing manually in order to create an opening for a skylight well.
Video No. 356
Additional tools to control roof framing for lookouts and other framing editing.
Video No. 5318
You can specify labels for your walls and wall details
Video No. 5304
Learn to generate a variety of trusses for your roof framing
Video No. 9914
Discover how to use polyline solids to create a custom Timber Frame Truss.
Video No. 10109