Once you set the 3D appearance style you want, rather than typing the numbers in each time, save it as a Graphic Style in the Graphic Styles panel. We save a styles set of presets for that client that we can share amongst our peers/production artists so we are all consistent. This is very easy to manage and allows us to use the advanced 3D settings where we can set extra lighting, etc.
Hope that helps,
Well, it looks like Specify is the winner. I tried it initially and thought it could not do what I needed, but I was able to modify the code to make it work. My problem was that I work with very large prints, and the scaling feature did not use a large enough scale (many of my drawings need a 1/32 scale or even 1/50). Fortunately, the code was written in such a way that changing one number made it all work.
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Furter, CADtools adds 92 tools to the tool panel. Red dots indicate the number and placement of mouse clicks to edit or create an object, label, or dimension. Recent tools include Scale Line, Repeat, Repeat Along Path, Scaled Type, Grid, and Wave tools.
Select from a wide range of engineering and architectural scales or create an unlimited number of custom scales. Figuring out the scale is easy with the Scale Calculator. Create beautiful live dimensions as measurements, letters, numbers, or custom text. Moreover, create custom labels with text, numbers, alphabet, or object geometry.
For simplicity and clarity, CAD users draw buildings at full scale. For instance, when drawing a door in CAD, the door would be 3 feet wide and 7 feet tall. However, since these drawings get placed on sheets of paper that are much smaller, a scale factor is required so that the final drawing has a usable conversion factor.
There are plenty of single and double doors in the libraries. There are also "segments" which you can use to construct a door by specifying the number of these segments that appear vertically. However, you can't specify the number of stamped panels that appear in such a segment horizontally. That's baked into the library choices and the only options are for 2 and 4 panel segments. What about 3? What about 8? They ought to just have panels ranging from 1 to 10 for completeness.
There are also later replies in that thread mentioning 3D printing. Yes, people use Blender for 3D printing, very much possible. But tolerances in 3D printing is like throwing a rock at a barn door and missing not only the barn, but the whole country.
Click and drag dimensions or labels on every possible object, path, or point in space. Live dimensions follow and respond to artwork changes. CADtools adds 92 drawing, editing, labeling, dimensioning, transformation, creation, and utility tools organized in 10 tool groups in the Adobe Illustrator tool panel.
Furter, CADtools adds 92 tools to the tool panel. Red dots indicate the number and placement of mouse-clicks to edit or create an object, label or dimension. Recent tools include Scale Line, Repeat, Repeat Along Path, Scaled Type, Grid, and Wave tools.
Select from a wide range of engineering and architectural scales or create an unlimited number of custom scales. Figuring out scale is easy with the Scale Calculator. Create beautiful live dimensions as measurements, letter, number, or custom text. Moreover, create custom labels with text, numbers, alphabet or object geometry.
Once the CAD model has been properly repaired, it may still be difficult to use in a simulation due to the complexities of the geometry and the number of small geometric features in the model. Unless they are removed from the geometry before meshing, these features may lead to an overly inflated number of mesh elements, and thereby require more computational resources than necessary.
Stop confusing the drafting of linework with the architecture. The architecture is not in the product or the deliverable. Its the thought process of which the drafting product (however its derived) is merely the incidental digestive product. Its pretty crazy, actually, the number of architects who don't even seem to get this principle. Still, I think those architects who confuse the drafting with the architecture is pretty minimal. I was talking with an architect the other day who had it backward for years and he'd argue the product (drafting) was the architecture and not vice versa. He said that he finally 'got it' a few years ago and has now started arguing the opposite (the thought process = the architecture, product = the drafting/ deliverable).
I did not notice shortcuts to create walls, doors, etc. We need shortcuts when we draw! Also, to create a wall / door/ etc takes two clicks. The first click to click the wall button, and a second click, a significant distance apart from the first click, to click the desired wall type. This should be reduced to one click (and therefore one keyboard shortcut). This may sound like a small issue, but I guarantee it is not for a seasoned drafter!
So the presets are nice as a demonstration, but not practical for the concept stage. 2400mm is not a typical floor to floor height, so is too short. The use of the words "Inside" and "Outside" are misleading, as you may indeed have outdoor walls being 150mm (e.g. shopfront glazing) and indeed have indoor walls being 300mm (e.g. to capture structural columns). Typically during generic planning, you look for 3 or 4 generic sizes depending on the topology: like 50mm (toilet partitioning), 100mm or 150mm (indoor non-structural partitions), 200mm or 250mm (inter-tenancy walls, block walls, particular fire rated or acoustic treated walls), and 300mm or 350mm walls (structural walls). Can I recommend adding generic walls, perhaps at 100,150,200,250,300 sizes?
Similarly, it is important to note to relationship to door and wall. This is important as it determines how you schedule the door opening. In the first picture, I drew the frame overlapping the (supposedly partition) wall. In the picture below, however, you can see it does not overlap (also for stud wall):
In concrete block walls, very common in commercial designs, steel door frames may be face fixed as shown below. Note that if it is face fixed, there needs to be a parameter to determine how far inset it is in the wall opening.
In terms of the relationship between walls and doors (or windows, structures, ceilings and floors, and so on) I'm always put down by the standard or inflexible way software forces our modelling. I like to customize my own details and that's the kind of flexibility I find in my current software, SketchUp. It's one of the things that makes suspicious of BIM modelling. Is there some BIM software example where architects can define or parametrize in detail how a door intersects with a wall and then apply that to all doors of the same type? And if so does a type have to change if the wall it's inserted into changes (For instance from a concrete wall to a multilayered wall type)?
1 Enable "Interface: Copy Attributes Menu" addon, then right click over a value and use "Copy to selected".
2 Must definitely provide default sets according regional preferences (and unit system...), here doors are 2m height by default.
There is a tool to share presets in "File->Import/Export->Archipack presets (.apk) - basically a zip of user presets folder.
Archipack provide basic classification for objects, either on the fly at export time when missing or as static data using single click project wise operator.
You are able to save presets for all archipack entity, it also is possible tu use custom geometry as openings (window / doors) and for walls.
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Note that classifying things as walls and doors is just the beginning. The real value comes from additional metadata like, what door type it is, or what wall type it is, what fire rating, acoustic rating, and so on. If you are working on a larger project, you will need both Archipack and the BlenderBIM Add-on :)
I have been reading this thread, but maybe I read over it. But is there in Archipack pro already a keyboard shortcut for adding a wall?..
And how does one add a custom object to the archipack library? It works wonderfully with walls, but with windows and doors I get confused
"Custom" geometry based windows / doors you can save as presets will be part of upcoming release, and are available in current beta 2.3.94.
Basically you may model the way you like / import objects from eg sketchup warehouse's website as long as the result is a mesh with vertices. Then turn into "custom" object by assigning vertex to groups so they either move or scale when you change the size of main object using a dedicated modal operator, and use this custom object as "custom mesh" in window object.
From a developers point of view I want to be able to make the 2-d drawing from the 3d Rhino model. A general Rhino model has no information about architectural or engineering features like door, walls, ship hulls, conduit etc. So any special drawing consideration that depends on application specific information is too complicated for me.
Same here... Area measure tool sound great, and it works pretty good, but what is the point not to be able to keep these numbers?
I can't even copy the text from info bar, which make it highly inpractical..
Is affinity saying that we should just have to use paper and pen to keep these measurement? What is it? 19 century or what?
Does anyone know if Serif will make the measure tool or area tool in Affinity Designer V2 have the ability to keep the dimensions or area numbers on a page after you measure? This functionality alone would convince me (and many others considering the forum posts over the years) to switch to V2 -- but until then I will remain with V1.
Forwarder adds the CADtools 92 tool to the Tools page. The red dots indicate the number and location of clicks to edit or create items, tags, or dimensions. The latest tools include scale line, iteration, iteration path, scale type, grade, and wave. be457b7860
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