Dynamo BIM from Zero to Hero

Explore Dynamo BIM lacing: connect point lists using cross product and shortest or longest rules to create coordinates and note networks, and troubleshoot coincident points.

Learn to extract white and black chessboard squares using list logic in Dynamo: take every end item, adjust offsets, and use levels to separate alternating sublists.

Explore how to color a two-dimensional, fully parametric list in dynamo by cycling every second item with an offset and grouping sublists to form chessboard-like squares on the canvas.

Create Revit levels from an Excel file using Dynamo, importing sheet data and mapping elevations and names with list operations and level by elevation at name.

Discover the basic principles of geometry in Dynamo BIM, focusing on points and their coordinates as the foundation of all objects, with Dynamo and rivet workflows.

Learn to generate a sine wave curve in Dynamo BIM by creating a point sequence, applying sine and cosine, and shaping the curve with degree and curve by points.

Build a sine wave surface in Dynamo by feeding a grid of points, translating them in z, and using transposes, lofts, and simple math to generate a complex surface.

Learn to place families in Revit using the user interface, specify coordinates and hosts for furniture, walls, windows, and floors, and explore these techniques in Dynamo.

Place a family instance by point in Dynamo using coordinates, level and rotation controls, offset from host, and elevation from level, with examples using planting and furniture families.

Learn to export window data from Dynamo to Excel, capturing element location, surface coordinates, and type names, and organize results in a customizable spreadsheet.

Map Excel data into Dynamo to place windows on a wall, importing lists, selecting surface coordinates, and shaping points through surfaces by controlling normals and curve directions.

Learn to generate floors from external data in Dynamo by linking a CAD file, extracting outline curves, grouping and aligning curves to levels, and constructing floor geometry.

Learn the principles of adaptive components in Dynamo, creating components by points or by parameter on curves and surfaces, linking to family types and morphing with geometry via UV parameters.

Rename and renumber sheets in a Dynamo project by extracting sheet data, applying project-based naming conventions, and using string operations to format sheet numbers and names.

Explore the Dynamo 2.13 update for Revit 2023, featuring a redesigned UI, a new Dynamo menu, improved notes and watch notes, enhanced grouping, and smarter graph properties.

Learn to deploy Dynamo scripts at scale in Revit using Monica Tab Pro, with a 12-button toolbar, profiles, scheduling, and data analytics built into the toolbar.