Garage door header is LVLominated Veneer Lumber.

Estimator's Information Lumber lengths: 8, 12, 14, 16, 18.20 Calculations: odd 2 studs for every comer, add 3 studs for every opening Assume the sillplate extends through the door openings Construction Dwing information Top of slab elevationc +000 Top of wall elevation9-10 Wallstudis: 16' 0.C Ceiling lists: 24 oC. Perform a quantity take-off of the wall framing components as identified in the material take-off sheet which follows. WALL & CEILING FRAMING -Refer to the Custom Garage Design pion set attached). you'll be surprised what you will find that might save some money by fixing on screen and not in the field even with framing in some cases.Transcribed image text: Lab Assignment CMGT 21000 Quantity Takeoff 3. I would reconsider creating a 'Framing Plan' and start to build a schedule where you can, through time, develop a strategy to get accurate, if not exactly perfect quantities -I would only suggest using framing addins where they are efficient and allow flexibility, otherwise I would create a few families (both line based and 'static') to frame out the walls for real. no counts, no quantities beyond '2圆 16' O.C. Framing Plans tell what kinds of members to place and specify the extents of where to place them. The OP mentioned wanting to schedule each bit of stud/framing to get quantities to exact or close tolerances BUT a Framing plans don't typically house such information. I find dramatic differences between a 'Framing Plan' and a Framing Takeoff. XIt could just be me and how I read this string but: I am going to go without doing a framing plan as I see little benefit in doing it.

Autodesk quantity takeoff lumber