Joe_Carrick

You just need to suppress the casings and specify that the doorway has a full arch. Note also that my doorway was designed for a room with a 13' minimum ceiling. Once the doorway has been inserted into the wall and appears correct you will need to select a door symbol from the library and place it in the opening.

Perry, I never try to scare anyone. OTOH, a good designer is an investment that shouldn't be taken lightly. It is true that only licensed Architects are legally able to advertise "Architectural Design" but that doesn't mean that all Architects are excellent designers and it doesn't mean that there aren't those who are excellent designers but are not licensed architects. Julie should determine what she needs and interview both Architects and others who might provide the services she needs to select the person that will do the best job. She might need just a simple set of drawings for permit or she might need much more. A local Architect or Building Designer using Chief Architect would make sense due to the efficiency of taking her existing HD files and proceeding from there. Local would be best because of familiarity with local conditions and practices - but that's not absolutely required.

Here's a similar Doorway Symbol that I created a couple of years ago. It's not the correct size for your situation but it will provide an idea of what you need to do. You would also need a Door Symbol with a round top to fit your Doorway Arched Doorway.calibz

As a part of the Doorway Symbol. When the Symbol has been created and stored in the Library you can right click on the library object and open the dbx. There is a tab where you can specify the number of sections and identify each one as to function and size. This will control how it appears in Plan and where a door will be placed.

Create the Surround using whatever 3D Tools you like and convert it to a Doorway Symbol. You will need to specify the fixed and opening sections in the symbol can place a door (custom in this case) into the opening. There was a thread on this in the old forum but I don't remember where exactly.

The biggest problem with that is that it can't be 360 degrees or more and the handrail flexibility is very limited.

Sally, Take a look at the "ARCH" options in the Window dbx. It can all be done there very easily. You might have to experiment a bit but it is there. I or someone else could show you exactly - but you'll remember it better and learn more if you have to get there yourself.

Todd, You are very welcome. I could have taken your plan and done it for you - or I could have given you detailed steps. But I'm a firm believer in the "Learn by Doing" method so that's what I tried to lead you to. I'm glad it worked.

Todd, Copy all those lights to the "dummy floor" which is actually the floor that has the vaulted ceiling. Then delete them from the floor below.

There are some in the Library but they are limited in the n umber of treads and generally don't provide an accurate portrayal. I have a system where I use all the components which I've created as symbols to "build" a spiral stair of whatever size I need. Putting it together basically requires: 1. Center Post 2. 30 degree Tread 3. Riser (if needed) 4. Baluster(s) 5. 30 degree section of Handrail 6. Landing & maybe a Landing Railing Section. I combining these elements and then use "Transform Replicate" to copy/repeat/rotate to get the right number of Tread Sections with railings. I then convert the entire assembly into a symbol which can be stretched or compressed to fit the exact floor to floor height and diameter. It's a bit of work, but once done the resulting symbol can be used for future similar configurations. If the number of treads and risers needs to be changed I just repeat the process and I have a new Spiral Stair. btw, I have several different railing and tread/riser symbols that I can use to build spiral stairs.

Do you mean circular or spiral?

Just add a Floor and set the height to 1". I also use this technique for "Interstitial Space". Sometimes that's just a 24"-60" space between habitable floors dedicated to utilities.

Todd, There are relatively easy ways of solving this. One of the first things I would do would be to create a dummy floor about 1" high directly above and set it as open below. That will eliminate the wall intersections at the cathedral ceiling. The Shower can be done with specific wall types and aspecial opening (doorway) with a "No Room Definition" Wall inserted into the opening. I'm sure Scott is perfectly capable of making these changes very quickly. It's really a matter of knowing the tricks.

Johnny, I guess it's my woodworking and building experience that tends to make using Chief for this so easy. I tend to think in terms of the small components being put together into larger constructs. I just build my symbols the same way I would in real life. I've also grown quite comfortable with adding and subtracting 3D shapes using the boolean operations [add, subtract, union] in order to create more complex forms.

If you make one board (vertical) and convert that to a symbol, you can then place that Symbol and rotate it in any direction using the symbol dbx. Put 2 of those together to form the "A-Frame" and convert that to a Symbol. Note. If you carefully create the first board (including a face) you can assign a material to the face so that you have an advertisement. Building symbols this way out of primitives and other symbols is important because you have much more control of materials and orientation.

It will be much better if you learn how to create a Symbol. Basically, chief allow you to put together any combination of 3D objects in a blank plan - then display it in a 3D View and "Convert to Symbol". There are a lot of options in that tool so that the resulting symbol will function as an intelligent object (door, window, cabinet door, furniture, appliance, etc.) These symbols can be named in your user library so that you can easily retrieve them for future use. Some of the 3D tools you can use to assemble a complex symbol are: 1. Primitive Solids (Box, Cylinder, Sphere, Cone, Pyramid, Truncated Pyramid, Face) 2. Polyline Solids 3. Soffits 4. Slabs 5. Molding Polylines Really, anything in Chief that can be displayed in 3D can be used to build a complex 3D Symbol. The Symbol will automatically have a 2D Block that will be shown in the Plan View. Materials can be assigned to any part of such symbols and they will be a part of the symbol in the Library. Doing everything in CAD as you've been attempting is way to much work. Learn to use the Library and Symbol Creation and you will quickly be miles ahead of where you are now.

The basic problem is that your walls cross between the 2 stair sections. If you can make them stay totally below the entire stair (section 1, landing, section 2) the problem should go away. This may require editing some of the walls (make specific parts invisible for example) so that your plan looks right.

Bob, This is tricky and without the Plan I don't think anyone can be much help. The issues are room heights and wall heights among other things. Chief's video tutorials don't cover all the permutations and your situation involves walls that cross the boundary between 2 stair runs. Post the Plan as Eric and Scott suggest so we can help.

Select the Room. Then change the molding materials in the Room dbx.

I don't know the specs on your CPU. How many cores does it have? This is critical for RT. If it has 4 cores then it may be a setting to allow Chief to use more than one that needs to be adjusted.

I use the same method as Alan. Any CAD done in the Plan is automatically in the Layout. If you set up your Layout very early in the project, you can just open the Plan and Layout and work in the Plan. Your Layout pages are continuously being updated except for Elevation and Section Views.

If you search the old forum you will find some solutions. My method is to use an angle front cabinet with a matching back. Then I simply turn the cabinet around 180 degrees so the front is facing the angled wall and add a handle manually to the back. It's really best to use a "Wall Cabinet" even for the Base Cabinet and use a PSolid for the ToeKick.

Mark, I did a bit of experimenting and here's what I found: 1. I created a box 3" wide, 1" deep & 24" tall. 2. I assigned a wood grain material (vertical) 3. I converted this to a symbol called "Stick" 4. I placed several of these in my plan and manipulated the width and height. Now here's the interesting part - the grain automatically aligns with the long axis. When I changed one of the symbols to 3" tall and 10" wide the grain became horizontal. This only works with the "Stick Symbol", not with the original primitive box. So the key is to use a piece that's been converted to a symbol to build your doors. Of course, if you need a special profile it takes a bit more work but the above rule still applies.

Mark, I suspect that CA created their door symbols by creating a rail and then copying that and rotating 90 degrees about the "y" axis to use as a stile. That way, the material is transformed 90 degrees the same as the stile rotation. It allows you to use a single material but get the grain to follow the length of the frame member.

In order for the grain on rails to by horizontal and the stiles to be vertical you would need to make your door with separate pieces and use a copy of the material rotated 90 degrees for the rails. When making any symbol, it's important to consider exactly how you want the symbol to perform. Materials can be different for individual elements of a symbol or the entire symbol can be just a single material. If the symbol is made up of just a single shape then it can have only one material. Some shapes - depending on how they are made - can be exploded into individual surfaces. In that case a separate material can be assigned to each face. It that set of faces is then converted to a symbol the symbol will have those materials. Try this: Using the Primitive Solids, create 2 or 3 solids and use the boolean operations to add or subtract the solids so that you have something unique. Then explode that shape and select some of the faces and assign different materials. You can get some very nice results. One way this can be used is with a single box shape to represent a piece of lumber. By exploding the shape you can apply an end grain material to 2 faces, a flat grain material to 2 other faces and an edge grain material to the last 2 faces. Now you have a very realistic piece of wood. This can be converted into a symbol and subsequently be used to build a piece of furniture, a cabinet door, etc.