Tag Archives: Trim

Integrate a Trim Reveal Into Doors/Windows

On occasion you may want to pull the interior finish of a wall away from the trim/frame to show a reveal. In the past we have done this with a beam/column/morph SEO around each opening. Now, thanks to a strange glitch in a project, we can replicate a reveal integrated into the Cadimage door and window settings.

First, in the window/door settings, open up the “All Parameters…” drop down from the top of the Cadimage Window – Settings portion of the selection settings.Screen Shot 2016-04-13 at 10.52.18 AM

Next scroll down until you see a drop down for Composite Skins. You can adjust the offset from outside of frame (Wall Hole size), to the position of the composite skins finish.Screen Shot 2016-04-13 at 10.52.36 AM

Once the trim position and frame dimensions are correct, the result for this example is a trim that is flush with the interior face of wall finish, but with a 1/2″ reveal to the trim width.Screen Shot 2016-04-13 at 10.50.47 AM

A couple of things worth noting on this setting:

  • This is a uniform reveal for all sides/top/bottom of the window or door’s relationship to the wall that it is hosted in
  • This is not measured from the trim position, but from the wall hole, or outside edge of the main frame

MITERED TRIM

If you have a complex profile applied to a beam and column to represent your trim, you may find it tricky to get them mitered properly. Notice the overlapping “square” boxes at the intersection in the image below.

Screen Shot 2014-10-16 at 8.23.23 AM

A solution was recently developed by Boyce which quickly resolves the lack of interaction between beams and columns. Insert a morph object as a single plane at a 45º angle through the intersection point. Using this plane as an operator with upward extrusion on the column, and with downward extrusion on the beam you will have a cleanly mitered trim in elevation, section and model views.

Screen Shot 2014-10-16 at 8.26.08 AM

Note the miter line shown in the image below due to different surfaces being applied to the beam and column. This is a bonus tip if you want to express the miter in your documents and model.

Screen Shot 2014-10-16 at 8.27.03 AM

In most cases we will want to see the miter “disappear”. If you apply identical building materials and surfaces to both beam and column the intersections clean up. You will see a line where two curves intersect, but this is due to the handling of curves vs planes. For most instances this profile could be altered to use a plane rather than curve to represent the coved portion of the trim; this wold give a clean intersection across the full miter.Screen Shot 2014-10-16 at 8.27.45 AM