
Open Dynamo and explore the 2.0 interface, including the main entry board and libraries. Learn to switch between automatic and manual modes, use the search bar, and adjust units.
Learn to manipulate strings in Dynamo, using join and generate techniques, convert lists or objects to strings, inspect and index values, test containment, replace text, change case, and trim whitespace.
Create and manipulate points with coordinates (x, y, c) in the Dynamo geometry library, observe their behavior in 3d space, and adjust a coordinate system's origin.
Learn to create lines and curves from points and vectors, using start point and direction, and arc constructions with center radius, angles, and normals.
Explore Dynamo surfaces, focusing on loft, cross-section, sweep, and poly surface methods, and learn to build surfaces from perimeter curves, control points, and poly curves through practical steps.
Explore vectors in Dynamo, including abstract vectors, x and y coordinates, and translating points with direction and distance, while using vector normalize, transform, and coordinate systems.
Explore bounding box geometry to enclose multiple elements, compute contains and intersections, and derive max and min coordinates, while handling orthogonal boxes and rotated coordinate systems.
learn solid creation methods in dynamo using direct shape by geometry or by mesh, import sat geometry, convert to solids, and assign category, material, and naming.
Explore point and line creation, curve blending, and surface parameterization to refine geometry in Dynamo, including projection, extrusion, and handling duplicates with tolerance.
Explore Dynamo modifiers, including closest point, buffer for distance, and intersection-based element filtering. Use function groups intersect, explode, mirror rotate, and translate to manipulate geometry, manage distance, and coordinate systems.
Apply topography meshes in dynamo by selecting a subregion, intersecting the mesh with a plane, and extracting element geometry to generate a smooth surface for accurate terrain modeling.
Create geometry using a sequence from C starting at zero, expanding from five to eleven numbers, and generate three lines joined by nerve curves, with two spectra views.
Master parametric modelling in Dynamo by building a floors-based architectural framing sample with input sliders, circles, vector translate, and levels to generate adjustable columns and framing in Revit.
Learn to create an adaptive component in dynamo and place it over a surface or any other element to generate new geometry.
This course it’s designed for teaching you how to create geometries on Dynamo and insert them on Autodesk Revit 2018.
BIM it’s on a deep expansion for the AEC (Architecture, Engineering and Construction) Industry so each time more and more projects are developed over this methodology changing the quality standards for construction and design.
This time we have reach a limit on how to model things, Revit can’t use Curves, and Surface the way Rhinoceros or Alias can.
Dynamo is no part of Revit 2018, to increase capabilities of the software and give to users a complete approach on complete model generation, with the advantages of BIM, having a model with information relevant to design and construction.
The course is divided in 3 Parts, Basics of Dynamo, Geometry uses and how everything interacts with Revit, so either you pick elements from revit and complement in Dynamo or viceversa.
This course goes from scratch showing most common functions, allowing you to learn by necessity, so It won´t review all tools just the basic ones so you can start running on dynamo and learning by practice
Its not a Dynamo Course since it will not cover all tools and processes but certainly it would teach you geometry use.
It complements with the BIM Dynamo for Analysis.
The course has 4 review exercises directly involved with dynamo script creation, as well as I recommend you to recreate the lessons in dynamo.
The materials include the scripts saw on the course plus the Custom Nodes created specifically for it.
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