This user object component takes a list of objects and randomly distributes them into a user specified number of sets.

This user object component takes an Energy Plus Weather (.epw) file path input and deconstructs the tabulated data into lists corresponding to the sample dates.

This component is developed to create a more even aspect ratio for grids by creating points through iteratively sampling proximity to adjacent curves.

This set of components allows for the manipulation and creation of Rhino light objects from grasshopper.

This component lays out each face of a mesh as a set of tiles on a two dimensional plane adding annotated tabs. If faces are quads a crease line is added between the faces 2nd and 4th vertices to aid in bending.

This component triangulates a mesh and lays out each face as a set of tiles on a two dimensional plane adding annotated tabs.

This component iteratively samples a surface, mesh, or polysurface to find the most vertical flow path along a geometry.

This component sequentially finds the closest point from a list of geometry including curves, breps, and meshes

This component uses a Latitude and Longitude coordinate and GMT offset value with a date and time and returns the sun’s vector at the specified parameters as well as a series of other datapoints at the given sample.

Description This series of components access the sun system in Rhino and allow for control and returning of sun parameters. There are three component types, Rhino Sun Data, which returns the sun system’s current settings, Set Sun, which uses the Latitude / Longitude and Time to set the sun and Set Sun Manual, which sets …

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This component uses the same basic setup as the Offset curve component, but returns two curve sets as an output using both a positive and negative distance value consistently returning the shorter and longer curves in two separate outputs.

This component projects mesh silhouette polylines to a given plane or view plane.

This component takes a list of colors and returns the mean average color based on the rgb channels.

These components allow for several types of rounding available from the expressions component, but made unique objects here for simplicity.

This component allows for the parametric definition and evaluation of a color gradient. Using a list of colors as an input a gradient will be created from the sequential pattern.

The following function allows for the conversion of Adobe ASE swatch library files to Grasshopper RGB and CMYK values which can be plugged into the appropriate grasshopper color functions.

This vb Component for Grasshopper tests a number value against a floor and ceiling value returning the floor if lower, the ceiling if higher, and the original value if between.

This component returns the full layer path for a referenced rhino object from its GUID. The path is returned as a concatenated string, list of layer names and list of layer indexes.