Revit - Family Basics, Modeling a Stool
Software : Revit
Category : Modeling
Description : In this tutorial I make a simple parametric stool in a generic family. I cover Working with reference planes, parameters and establishing constraints.
About Design Reform
Design ReForm is meant to be a source of information for the integration of design and technology. The ambition of Design Reform is to publish tutorials and explorations in parametric modeling with software such as 3ds Max, Revit, Maya, and Rhino.
.
Categories
- _Tutorials - 3ds Max
- _Tutorials - 3ds Max Modifiers
- _Tutorials - Autocad
- _Tutorials - Illustrator
- _Tutorials - Inventor
- _Tutorials - Rendering
- _Tutorials - Revit
- _Tutorials - Rhino Grasshopper
- _Tutorials - Rhino Modeling
- Books
- News & Events
- Personal Work
- Projects
- Rapid Prototyping
- Software List
- Student Projects
- Technology
Google Ads
3ds Max
BIM
My Other Sites
Revit Sites
Technology
Similar Posts
- Revit - Diamond Curtian Panels
- Revit - Line Based Parametric Array
- Revit - Radial Geometry w/ Reference Lines
- Revit - Missing Grids in Elevation
- 3ds Max - Parametric Chair w/ Wire Parameters
- Revit - Using Tags to Drive Instance Parameters
- Revit - Nested Families
- 3ds Max - Parametric Panel - Responds to Sun
- 3ds Max - Wire Parameters
- Revit - Scheduling with Conditional Staments
- Rhino - Sine Curve with Explicit History (Grasshopper)
- Revit - Faced Based Families
- Revit - Scheduling Curtian Panels with Conditional Statements
- Meshing Assignments
- 3ds Max Tutorial - Wire Parameters
Creative Commons
DesignReform.net by David Fano is licensed under a Creative Commons Attribution-Noncommercial 3.0 United States License.
Based on a work at designreform.net.
Search DesignReform
Sign Up For The Weekly Newsletter
Recent Comments
- fernando commented on CamStudio - FREE Screen Capture Software
- fernando commented on Orchestration Fall 2008 GSAPP Workshop - updated
- ffg commented on Rhino - Patterning Based on Point Distance with Grasshopper
- ffg commented on Rhino - Implicit History and Flow Along Surface
- Terry Daugherty commented on Revit - Diamond Curtian Panels
Tags
3d Modeling 3ds Max AD+R Animate Mode Autodesk beginner BIM Curtain Panels Drafting Explicit History Exporting Fabrication Families forum gradient Grasshopper Hexagons Image modeling Implicit History Intermediate Inventor MaxScript Mesh Geometry mesh repair Modifiers Parametric modeling Patch Modeling precast Projects Reference Lines Revit Revit Familes Revit Interface Revit Massing Revit Modeling Revit Scheduling Revit Shared Parameters Rhino Rhino 3d SHoP Splines stl Student Projects Sub Objects wire parametersRecent Rhino Tutorials
Recent 3ds Max Tutorials
- 3ds Max - Intro to Animation
- 3ds Max - Hidden Line Rendering with Illustrate Plugin
- 3ds Max - Snapping and Moving with Dimensions
- 3ds Max - Sketch Modeling the Beijing Olympic Stadium by Herzog & de Meuron
- 3ds Max - Delete Mesh Modifier
- 3ds Max - Bend Modifier
- 3ds Max - Sub Objects Part 03 (Editable Mesh - Vertex Level)
- 3ds Max - Surface Modifier
- 3ds Max - Cross Section Modifier
- 3ds Max - Sub Objects Part 02 (Editable Splines - Segments and Splines)
Recent Revit Tutorials
Recent Posts
- CamStudio - FREE Screen Capture Software
- Inventor - Wavy Wall
- Inventor - Making Z Your Up Axis (Rather Than Y)
- Inventor - Intro to Feature Based Parametric Modeling
- Orchestration Fall 2008 GSAPP Workshop - updated
- Times are Tough..
- Revit - Diamond Curtian Panels
- 3ds Max - Intro to Animation
- ACADIA Grasshopper Projects
- Revit - Nested Families
- 3D NURBS Sketching
- Grasshopper ACADIA Workshop
- Rhino Grasshopper - Making a Parametric Spiral on New Blog Designalyze
- 3ds Max - Hidden Line Rendering with Illustrate Plugin
- Illustrator - Great Tutorial Website
