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Revit: Conceptual Modeling Environment

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Paul F. Aubin

9:54:11

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  • [1] Welcome to the Conceptual Modeling Environment.mp4
    01:26
  • [1] Identifying modeling environments.mp4
    06:27
  • [2] Access the Conceptual Modeling Environment.mp4
    08:03
  • [3] Understanding the Massing Environment.mp4
    11:25
  • [4] Creating common massing forms.mp4
    11:42
  • [5] Building an in-place mass.mp4
    09:27
  • [6] Manipulating forms.mp4
    10:03
  • [7] Editing profiles and edges.mp4
    07:46
  • [8] Using X-Ray and Dissolve.mp4
    08:38
  • [9] Understanding reference-based and model-based lines.mp4
    08:52
  • [1] Importing a site image.mp4
    07:47
  • [2] Using DynaMaps to import site data.mp4
    12:10
  • [3] Configuring a Revit site model.mp4
    10:56
  • [4] Copying between project and massing files.mp4
    08:57
  • [5] Setting up a massing file.mp4
    09:25
  • [6] Adding levels to conceptual mass families.mp4
    02:41
  • [7] Sculpting the basic building block.mp4
    09:26
  • [8] Cutting mass floors and pro forma calculations.mp4
    10:16
  • [9] Modifying building mass forms.mp4
    08:26
  • [10] Applying geometry to massing surfaces.mp4
    11:12
  • [11] Modeling with standard building blocks.mp4
    11:44
  • [12] Cutting solids with solids.mp4
    06:10
  • [1] Understanding divided surfaces.mp4
    08:51
  • [2] Loading a conceptual model into a project.mp4
    05:46
  • [3] Divided surface properties.mp4
    08:43
  • [4] Divided surface pattern application properties.mp4
    07:40
  • [5] Dividing and configuring many surfaces.mp4
    10:03
  • [6] Creating a custom panel family.mp4
    09:45
  • [1] Reference line and point relationships.mp4
    09:30
  • [2] Establishing nested point hosting behavior.mp4
    08:30
  • [3] Adding geometry to a flexible rig.mp4
    08:13
  • [4] Creating seamless panels.mp4
    08:39
  • [5] Building a complex space frame family rig.mp4
    07:06
  • [6] Building geometry and considering overlap at edges.mp4
    07:03
  • [7] Using parameters to drive intent.mp4
    12:06
  • [8] Making a curtain panel with parametric options.mp4
    10:11
  • [9] Making a void form parametric.mp4
    11:15
  • [1] Stitching borders of divided surfaces.mp4
    09:20
  • [2] Editing manually stitched adaptive component edges.mp4
    08:57
  • [3] Exploring advanced stitching strategies.mp4
    08:39
  • [4] Using Dynamo to stitch edge conditions.mp4
    15:00
  • [5] Using Dynamo Player and manual stitching.mp4
    09:52
  • [6] Placing a massing study in a project.mp4
    05:55
  • [7] Working with reporting parameters.mp4
    11:19
  • [1] Understanding adaptive points.mp4
    07:46
  • [2] Knowing when to use adaptive components.mp4
    03:11
  • [3] Using a nested family as a profile.mp4
    09:12
  • [4] Using an adaptive component as a profile.mp4
    11:11
  • [5] Designing a custom element with an adaptive component.mp4
    10:12
  • [6] Choosing the appropriate spline.mp4
    10:06
  • [7] Creating the canopy splines.mp4
    06:14
  • [8] Approaches to creating a roof surface.mp4
    10:47
  • [9] Building a rig for shaping custom beams.mp4
    06:42
  • [10] Using intersecting geometry to create custom 3D paths.mp4
    07:39
  • [11] Uncutting a void from hard-to-select geometry.mp4
    03:20
  • [12] Creating geometry along the edge of other geometry.mp4
    08:17
  • [1] Understanding divided paths.mp4
    06:43
  • [2] Understanding hosted component orientation.mp4
    08:12
  • [3] Creating repeaters.mp4
    09:00
  • [4] Using repeaters in project with in-place massing.mp4
    09:45
  • [5] Using repeaters with paths and surfaces to create form.mp4
    10:41
  • [6] Building an adaptive rig for a custom repeater.mp4
    10:25
  • [7] Building a custom repeater from an adaptive rig.mp4
    07:19
  • [8] Incorporate divided paths in custom adaptive patterns.mp4
    11:43
  • [9] Creating a flexible void family with formula limits.mp4
    09:09
  • [10] Creating an attractor using a repeater.mp4
    07:00
  • [11] Sample projects.mp4
    10:47
  • [1] Whats next.mp4
    03:28
  • Description


    Learning the basics of model building in Revit is mostly quick and easy. The essentials of core elements such as walls, floor, and roofs are accessible and fairly intuitive. For more unique and specialized design challenges, discovering appropriate tools and techniques can be more challenging. Many advanced modeling techniques are available, and some are more obvious and intuitive than others. In this course, Paul F. Aubin dives deep into the tools that the Revit conceptual modeling environment has to offer. Whether you want to do a simple building massing study or pro forma analysis, or delve deep into complex shapes and forms like lofted forms, free-form geometry, patterning and repeat tools, the massing environment offers these and many more. Paul mixes standard techniques and outside-the-box thinking as he explores many ways to take your Revit modeling skills to the next level.

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    Paul F. Aubin
    Paul F. Aubin
    Instructor's Courses
    Paul F. Aubin is the author of many Revit book titles including his "deep dive" into the Revit family editor: Renaissance Revit. He has also authored dozens of Revit video training titles on LinkedIn Learning (powered by lynda.com content) covering all levels of Revit, Dynamo and ReCap software. Paul is an independent architectural consultant providing content creation, implementation, and training services to Architects and building design professionals. His career of over 30 years, includes experience in design, production, BIM management, coaching, reality capture and training. Paul is an active member of the Autodesk user community and has been a top-rated speaker at AU and other industry conferences for many years. Paul is an associate member of the American Institute of Architects (AIA), an Autodesk Expert Elite and the founder of ChiNamo; the Chicago Dynamo Community. He was recently named a member of the board of directors for the Volterra-Detroit Foundation. He lives in the Chicago area with his wife and their three children currently attend universities around the country.
    LinkedIn Learning is an American online learning provider. It provides video courses taught by industry experts in software, creative, and business skills. It is a subsidiary of LinkedIn. All the courses on LinkedIn fall into four categories: Business, Creative, Technology and Certifications. It was founded in 1995 by Lynda Weinman as Lynda.com before being acquired by LinkedIn in 2015. Microsoft acquired LinkedIn in December 2016.
    • language english
    • Training sessions 68
    • duration 9:54:11
    • English subtitles has
    • Release Date 2025/02/24