Revit and Dynamo for Bridges Roads and Tunnels

Explore creating and modifying model curves in Revit and Dynamo, from level-based lines to nerve curves and curves defined by control points, and learn about parameters, lengths, and offsets.

Learn to split curves by parameter, derive start and end points, and convert points into lines or polylines, using polycurve workflows, directions, and offset and fill techniques for geometry.

Learn to create and manipulate lists of points and curves to build lines and surfaces, using indexing, transpose, cross products, and normals to support paneling and iso lines.

Utilize vectors and coordinate systems in Dynamo for Revit to place points and curves. Learn to build a custom node that generates points from curves using segment length and translations.

Explore coordinate systems by using vectors and points to derive x, y, z components, rotate vectors, and create elements with Cartesian coordinates, curves, and lofted surfaces.

Create basic elements in Revit and Dynamo, including structural framing columns, beams, and floors, using curves, poly curve by points, and lofted surfaces to automate connections.

Leverage dynamo player to automate border lines, group notes, and custom nodes, with inputs such as distance and height, for efficient bridge and road modeling.

Learn to perform topography extraction and create bridge, road, and tunnel surfaces in Revit and Dynamo by using topography limits, subregions, topography mesh, lines, and planes.

Build the bridge main line in Dynamo by selecting topography, projecting points to the surface, and creating an evenly spaced, elevation-aware curve with control points for precise geometry.

Create structural supports along a curved path in revit using dynamo, building a square profile family, aligning it to the path, and configuring instance parameters for spacing and height.

Learn to place road supports by configuring six-meter segments in Dynamo, sketching paths, and projecting a square profile with adjustable lengths for accurate structural placement.

Learn to set a family instance parameter by name, rotate using a vector angle, and place points with a coordinate system and cross products to align and connect structures.

Learn to place bridge elements in revit using dynamo, building floors by level from point sets, shaping curves and panels, and creating adaptive framing and 3d references for bridge components.

Create road geometry by importing the model, selecting a curve, and projecting points to form a flattened path that uses coordinates and vectors to follow the route.

Split the curve into evenly spaced points and build a modular conveyor structure using custom nodes, vectors, and coordinates to create connected lines and five-meter high segments.

Learn to create and place framing elements along curves by building columns and framing means, set level 3 from the structure, and manage coordinate systems and points for curve-based framing.

Create tunnel paths with manholes by importing geometry, building a parametric ring topography for roads, and aligning it with a generic model using Dynamo rotations.

Adjust a Revit family with Dynamo to develop the tunneling shape, setting two meters depth and an angle-driven diameter through reference lines, constraints, and extrusion.

Learn to model tunnel manholes in Revit using Dynamo by setting rotation angles, parameters by name, and instancing manholes at precise locations for bridges, roads, and tunnels.