Explore the Rhino and Grasshopper interfaces and learn to create basic shapes, navigate viewports, and use the command line.

Create your first Grasshopper script by adding a construct point component to the canvas to generate a single point in Rhino. Explore inputs and outputs and toggle full names.

Learn how number sliders are the essential Grasshopper input, driving a point with the construct point component, while adjusting min, max, and accuracy to test permutations in Rhino.

Create a line in Grasshopper by selecting a start point and an end point in Cartesian space, connect them with wires, and learn about inputs, axis, and grid.

Create basic shapes in Grasshopper by constructing points and lines into a quadrilateral, then build rectangle, circle, polyline, and an interpolated curve using vertices, with grouping and boolean toggles.

Open a grasshopper file in rhino by double-clicking or dragging and dropping, then bake grasshopper geometry to rhino geometry for editing in rhino.

Learn to import Rhino geometry into Grasshopper by using the geometry component to set one circle and multiple curves, keeping each geometry referential in Grasshopper.

Master Grasshopper data types and how components expect specific inputs. See how points differ from numbers and avoid conversion errors by matching inputs like meshes, vectors, and curves.

Perform basic math in grasshopper using a panel to display results, covering addition, subtraction, multiplication, and division with numbers, including an example six plus four multiplied by five.

Explore lists, indices, and branches in Grasshopper by using points to show how data is compiled into lists, with indices referencing items in a zero-based system.

Learn to orient and position circles and rectangles in grasshopper by using planes, including x y, y z, and x z planes, origins, and point inputs.

Explore creating a rectangular grid in Grasshopper, inspect its data structure with branches and lists, and learn to use the geometry component as a universal placeholder.

Explore lofting to create surfaces between curves in Rhino and Grasshopper, building a hyperbolic paraboloid from two lines and adjustable points.

Master extrusion of curves in Rhino and Grasshopper by turning a base curve into surfaces or volumes in a chosen direction, using vector magnitude and direction.

Apply core grasshopper skills by building a sphere, box, and cone, then color them with a color swatch and custom preview for clear, interactive geometry exploration.

Explore rotating a rectangle in Grasshopper using the rotate component, specifying the angle and rotation plane, and understanding how different planes affect the rotation around a point.

Move geometry with the move component by translating a point along a vector while the original point remains visible. Use unit x, y, z or custom vectors to control motion.

Explore scaling a sphere in Rhino Grasshopper by setting a center and scale factor, showing scaling around the origin or an external point and resulting size changes.

Explore the series component in Rhino Grasshopper, generating numeric sequences with start, step, and count to form arrays. Move points along the x axis with configurable start, spacing, and count.

Learn how to generate Voronoi patterns in Grasshopper by populating a 2D region with points, controlling the boundary, radius, and point count to achieve flexible, adjustable designs.

Build a twisting tower in Grasshopper by stacking rectangular floors, rotating each level, and tapering via per-floor scale; substitute organic base geometry for variation.

Explore attractor logic by linking a moving attractor point to a rectangular grid in Grasshopper, shaping circles or spheres based on distance and driving radius, height, or rotation.

Move from grasshopper basics to intermediate scripts by analyzing new components and applying logic to parametric designs, solar radiation analysis, sun path, and urban design with Elk and OSM data.

Explore parametric architecture with Grasshopper through a dynamic sun-responsive facade for the One Ocean Pavilion, using a light sensor and Arduino Firefly to drive lamella panels via gears and servos.

Learn to build a Pringle-shaped hyperbolic paraboloid in Grasshopper with z = x^2/a^2 - y^2/b^2, by grid generation and circle trimming.

Create a parametric hanging lamp in Rhino with Grasshopper, using loft, extrude, flatten, and rotate to produce a repeatable triangle pattern for a cafe franchise.

Design a parametric wall facade using Rhino and Grasshopper to generate laser-cut panels for a four-by-eight-foot wall, with shelves for awards and medal frames.