ThinkParametric

Elefront 101: Comprehensive Course on Distributed Data Models with Rhino Objects

Bim

Unlock the potential of distributed data models in Rhino with Elefront Plugin. This course guides you through advanced techniques for efficient data management.

Ramon van der Heijden

Ramon van der Heijden

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About this course

As Grasshopper models have become an industry standard, there is the need of being able to control and update the vast amount of information these generate and navigate the increasing complexity these produce.

Nowadays there is no way to create a single model that can store or handle all the information necessary for a project also for computing performance reasons these wouldn´t be desirable. If instead we allocate a project´s information through different models and have an efficient way of connecting one with another, which not only allows us to interact with our information but also implement changes efficiently and propagate these changes across all our models in a secure and manageable way. This is what distributed data models with Rhino Objects allows and what Elefront is all about.

On this Elefront course, Ramon will walk you through the whole workflow of how Elefornt works by creating a highly detailed glassing facade system, in a similar way that Elefront was used in the Morpheus Hotel by Zaha Hadid.

Takeaways

  • Understanding the basic workflow and components of Elefront.
  • Baking and adding attributes to geometries.
  • Adding multiple attributes.
  • Referencing Geometries.
  • Advanced filtering of elements by user attributes.
  • Mapping data into geometries.
  • Assigning and inheriting attributes from host geometries.
  • Automating construction drawings.
  • Advanced detailing of parametric models.
  • 1.- What is Elefront and how it works

    08min 29seg
  • 2.- Basic workflow and components of Elefront

    05min 09seg
  • 3.- Baking and adding attributes to geometries

    11min 18seg
  • 4.- Referencing geometries

    19min 23seg
  • 5.- Advanced filtering of elements by user attributes

    25min 28seg
  • 6.- Using Autograph to organize our definitions

    20min 58seg
  • 7.- Mapping data on geometries

    14min 15seg
  • 8.- Assigning and inheriting attributes from host geometries

    22min 01seg
  • 9.- Detailing our models

    21min 03seg
  • 10.- Materials as object attributes

    12min 12seg
  • 11.- Automating production drawings

    38min 03seg
  • 12.- Advanced data tree matching

    29min 11seg
  • 13.- Advanced data tree matching part 2

    13min 37seg
  • 14.- Creating and placing blocks

    17min 13seg