robdyck

Thinking outside the box...I like it! This won't work in a CAD detail though!

Here I've manually edited the wall polyline (something I hate doing but when all else fails...) and added a ceiling plane for the steeper ceiling. You can derive the correct elevations for your ceiling plane from a cross section view.

The fascia lines are due to those edges of the roof having more than one line segment. You simply need to clean up the roof shape and the unwanted lines will disappear. fascialines.mp4

I alluded to this in an earlier post. This seems to be a limitation of Chief or it may have something to do with how you got to this point . Even if you manually edit the wall polyline, you'll still have ceiling surfaces 'missing'. Chief simply won't join those ceiling surfaces. You may need to resort to ceiling planes, or use 3d solid to fill in the gaps.

Follow along in the video and feel free to send me a PM if you need more help. gradebeamfdn.mp4

Simply change the foundation default and you'll now draw a foundation wall without a footing. Piers will still need to be placed manually.

That's because a foundation wall with footing is set as your default. This is also why a footing displays in the room specification preview. You can change this at any time!

After drawing the 2 foundation walls (set to have no footing), select the room and define it as Crawl Space and then set the foundation wall height. Both foundation walls will build to that height.

No.

Are those 2 different things or just different wording for the same thing? All you need to do is draw a foundation wall around the addition. This will create a room so you can define the heights for that foundation room which will control the foundation wall heights. Then place a pier, review it's settings and then copy it as needed. First thing to do though is to have 2 different foundation wall types; one for existing and one for new.

The simplest way would be to use the Label column in the schedule and have your window labels display the width x height in inches. Copy this into the window label field: %width% x %height%

I can confirm that this is indeed a zoning bylaw. The definition of the terminology can usually be found in the Land Use Bylaw and I can also confirm that there are slight variations from one jurisdiction to another. If the OP can tell me where this project is located, I can help them find the exact information they need.

Nice work Rene. I really like the feel and the lighting!

This will leave you with a hole inside where the cheek wall meets the upper roof. There would be several ways to clean this up, but before you work on that, it would be best to make sure the roof structure has all the correct elevations.

Hey Ric. Here's a few items to clean up. The cheek walls are on the Attic level. Cut/paste them down to the 2nd floor. Check default top & bottom height. There are 2 roof planes on each side of the building for the 4:12 roof. Just use one. You can join them or just extend the larger one to the match the outline of the smaller one, then delete the smaller one. The 28:12 roof has a hole in it. Turn on the Roofs, Openings layer and delete the hole. Then break the roof plane so it is U-shaped. Drag the edges to the outside of the exterior walls and the roof will snap to the correct location. This will correct most things.

This is very simple to accomplish. I would use a reference view for initial design review and I'd convert the garage to a symbol and place that symbol in the main file for a higher quality rendering, at or near completion of the design.

Some more reasons: simplicity for storypole keeping the accessory building on Chief's grid - this helps in too many ways to mention simplicity of section and elevation cameras simplicity of the construction pages in layout (maintain your same page system for each building) future re-use of the accessory building plan and layout file for identical or near identical structures set up of separate building defaults

Plan files! If you need to re-position a view in layout, you would also need to remember to move all the callouts at the same time. This creates an unnecessary opportunity for error.

Ceiling planes provide simpler and more intuitive control than the ceiling layer generated by a roof plane

I would never. Never ever ever.

If I had to model this, I'd create a cad polyline profile of the chimney in elevation view. I'd use this cad polyline as a snapping guide to adjust the wall polyline. I'd also replicate the polyline twice and convert it to a 3d molding polyline to apply the outside and inside corner trim. And, I would be using a 3d solid for the sloped portions, again using my cad polyline as a snapping guide. All very fast and easy to do. Much quicker than dealing with the variety of settings in various dialogs.

I did have to change the callout labels on over a hundred notes. That takes time my friend!

An optional solution to this spacing is to use a Rectangle as the text note callout.

The spacing is increased in the longer schedule because the callouts are larger for numbers with 2 digits. Spacing is based on the largest symbol shown. Make over a hundred notes to see what's happening.

Man Smuggling Plums