- djerycom free mp3 download
- ps4 fpkg
- refprop 10 crack download
- Convert image to silhouette
- Rough spheres in elastic contact
- Ebikemotion tuning
- Corella spiritual meaning
- Huawei hg8245 firmware upgrade
Page 1 of 4 1 2 3 4 Last Jump to page: Results 1 to 10 of Thread: How to scale a family or a group. Thread Tools Show Printable Version. Login to Give a bone. Are you serious, can Revit really not scale a family or group?
I've tried all sorts of ways and can't find a way to get Revit to do this. Worse, I've searched google and the forums without seeing anyone else ask the simple question, which makes me think I'm missing something simple. Of course, I'm backed up against a deadline as I write this, and would really like a simple solution. Thanks, James West Willamette Architecture Originally Posted by jameswest As Twiceroadsfool said, it doesn't make sense to scale things in Revit for one simple reason: in Revit you model as you would build in the real life.
In the real life you wouldn't scale your walls, doors, windows, stairs, floors, roofs, cupboards, chairs, etc. You just replace them with another - smaller or larger. This is exactly what you do in Revit! Replace one type with another - smaller or larger. Remember - Revit is NOT a drawing tool - it's a modelling tool with the ability to obtain documentation drawings from it. You build your model full size 3-D as you would build your structure in the real life.
No shortcuts. If you do a "shortcut" it will bite you back later.
The Complete Beginners’ Guide to Autodesk Revit Architecture
After all, if a "shortcut" was better it would be called the way Come on guys, you are taking all the fun out of it. Who doesn't look back fondly on the days when you could select a small desk or nightstand and notice that it was named "large conference table 8 X 12"?All the same Lynda.
Plus, personalized course recommendations tailored just for you. All the same access to your Lynda learning history and certifications. Same instructors. New platform.Revit Architecture 2011 Tutorial - Modifying Text Type Properties
Join Paul F. Aubin for an in-depth discussion in this video Using instance parameterspart of Revit Architecture: The Family Editor. As we continue in our first Model Family, and if we begin to study it carefully,…we're going to realize that the extrusion that we've modeled, which represents…our tabletop, is actually sitting on the floor and it's very thick.
Using instance parameters
That's just in the default template that we use. Are you sure you want to mark all the videos in this course as unwatched? This will not affect your course history, your reports, or your certificates of completion for this course. Type in the entry box, then click Enter to save your note. Start My Free Month. You started this assessment previously and didn't complete it.
You can pick up where you left off, or start over. Develop in-demand skills with access to thousands of expert-led courses on business, tech and creative topics. Video: Using instance parameters. You are now leaving Lynda. To access Lynda.
Visit our help center. Preview This Course. Course Overview Transcript View Offline Exercise Files As we continue in our first Model Family, and if we begin to study it carefully,…we're going to realize that the extrusion that we've modeled, which represents…our tabletop, is actually sitting on the floor and it's very thick. Resume Transcript Auto-Scroll. Author Paul F.
Aubin creates standardized content such as furniture, doors, and many other architectural components using The Family Editor in Revit. The course starts with the basic concepts: family hierarchy, libraries, resources, reference planes, and constraints. The course also takes a deeper look at the smart data beyond the geometry, such as material and visibility parameters, as well as creating nested families and arrays, controlling rotation in work planes, and working with advanced formulas.
Topics include: Understanding family concepts Creating an annotation vs. Skill Level Intermediate. Show More Show Less. Related Courses. Preview course. Search This Course Clear Search.You can adjust the size and scale of elements graphically or by entering a scale factor. You can resize multiple elements simultaneously. When resizing elements, consider the following:. You cannot resize or scale a family in the project environment.
To scale a family in the Family Editor, you can create and use a parameter that adjusts its size. For details, see this Autodesk University online class. When resizing elements, consider the following: You can resize elements in 2D views and 3D views. You cannot resize pinned elements. Unpin elements before resizing them. To resize elements, you define an origin, which is a fixed point from which the elements equally resize.
All selected elements must lie in parallel planes. All walls in the selection must have the same base level. Resizing changes the position of dimensions but not their values. If you resize an element that a dimension references, the dimension value does change. Link symbols and import symbols have a read-only instance parameter called Instance Scale. It shows how much the instance size differs from the base symbol. You can change the instance scale by resizing the link symbol or the import symbol.
Resizing families You cannot resize or scale a family in the project environment. Parent topic: Resizing Elements. Related Concepts Resize Elements with Formulas.Remember Me? What's New? Results 1 to 5 of 5. Thread: How to re-size family.
Thread Tools Show Printable Version. Last edited by Nsync; April 1st, at PM. Can't "scale" or "stretch" in Revit.
Originally Posted by mdradvies. What he means probably is, that you can only put "parameters" on your familyfor ex. Length, Width, Height If you have any problem to that I would be happy to help you. Although, if you find it easier to do scaling or stretching, you can make a 2d family of your office equipment, but it won't gonna be as nice as your 3d one right?
Angelo is right: in order to flex the size of a Revit family you need to put in parameters and constrain the geometry to those parameters. But it doesn't matter if it's a 2D or 3D family. Try this simple excersize to get a first grasp: 1. Open up a New Family, make it a Furniture Family. Create 2 new reference planes in such a manner that, with the default planes already there, they form a square. Dimension the square with a width and height dimension.
Select the width dimension, in the option bar there will be an option to Add a parameter. Select "Add" from the dropdown, create a parameter. Make it instance based. Repeat 4. Draw a square with Filled Region or just lines and align and lock to the square refplanes. You now have a 2d parametric family. Call it a table if you like 7.The really clever bit comes when we look at the relationship between annotation elements i. Revit handles the differential scaling between these two types of elements automatically.
The Tags are created in a 5mm high font…. Look down at the bottom left hand corner of the active view window. Here you will find the View Control Bar. Go ahead and click on this button. Doing so immediately brings out a pop-up showing you a list of all the available scales you can choose from. You can also set a different name to be displayed for this scale, if you need to…. In the image below is the view once I have changed it to …. Compare this to the image of the floor plan at at the start of this tutorial.
Notice how the Tags text notes now appear smaller in relation to the rooms around them. In fact the Tags have stayed the same size i. So Revit has automatically handled the text size and the model element size for you. You k now that if you print out this view, the model will scale at and the text will actually measure 5mm high on the sheet.
Notice in the image above how the Title Bar displays the scale of the view. SO you could have a large sheet with many different views, all at different scales- and Revit will tell the reader of the sheet what the scale of each view is. To do so, just make the view active and ensure no object is selected. You will then see the properties for the views listed in the Properties Palette.
This tutorial and over 80 others are available as a PDF Ebook. For details please Click Here. Posted in Autodesk Revit. Okay, thanks.Learning Autodesk Revit does not have to be difficult. It should be enjoyable! It all depends on how it is taught. Read what others have said about this Course. We look at the Course Content as well as taking a quick look at the software 1.
Before we get into the detail, let's discuss summary everything that we are going to cover in this Course Watch the video 1.
We explain the main elements of the Interface and show you how to find your way around 2. Understand all the key options of the Application Menu Watch the video 2. Understand how to create custom Browser Orgsanisations Watch the video 2.
In this Module we take a look at each of these Concepts in turn 3. Learn how Parameters are at the heart of Revit Watch the video 3.
Understand the use of Levels and how they control your Model Watch the video 3. Watch the video 3. In this module we look at all the primary 3D elements in turn. We look in depth at how we create elements such as Walls, Doors, Stairs, Roofs, etc. We also look at how we can bring external Components into our project. How to control their height by the use of Levels. How to add Curtain Grids and Mullions.
How to embed Curtain Walls in Basic Walls. How to add floor openings. How to quickly duplicate Floors to additional levels.
How to create your own new Floor Types Watch the video 4. Watch the video 4. How to create Sloped Glazing. Create new Stair Types. Convert Stair Components back to a Sketch Watch the video 4. Host Railings on Stairs and Ramps. Create freestanding horizontal Railings Watch the video 4.
How to control their height by use of Levels. How to control Columns by the use of Grids Watch the video 4. This Module focuses on the tools required in order to do so 5. How to add and remove Elements from Selection Sets. Learn advanced Copy and Paste techniques ie between selected Levels Watch the video 5. Reposition the Pivot Point. Watch the video 5.
Learn how to form Constraints between Aligned Elements Watch the video 5. Create Split Sections Watch the video 6.Graphical scaling requires 3 clicks: the first click determines the origin, and the next 2 clicks define the scale vectors. Revit calculates a scale factor by determining the ratio of the lengths of the 2 vectors. For example, suppose you sketch a first vector that is 5 feet and a second vector that is 10 feet.
This creates a scale factor of 2. As a result, the elements become twice their original size. Be sure to select only supported elements, such as walls and lines. The Scale tool is unavailable if your entire selection contains just one non-supported element. The origin is the point from which the size of the element will change.
The cursor snaps to various references. Press Tab to change the snap points. The selected element scales so that the ends of vector 1 now coincide with those of vector 2. Click Modify tab Modify panel Scaleselect the elements to scale, and then press Enter. On the Options Bar, select Graphical. In the drawing area, click to set the origin.
Move the cursor to define the first vector. Click to set that length. Move the cursor again to define the second vector. Tip: You can use listening dimensions to enter values for the lengths of the vectors.
Defining the first scale vector. Defining the second scale vector. The scaled element. Parent topic: About Resizing Elements. Related Concepts About Resizing Elements.