Component Display Options in Grasshopper – The Complete Guide

Component Display Options in Grasshopper Tutorial
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Struggling to keep track of what’s what in Grasshopper? You’re not the only one. The trick to making sense of all those components, inputs, and outputs? Getting your display options sorted. That’s right, Component Display Options in Grasshopper can be a game changer, helping you see exactly what you need, when you need it.

Whether you’re a beginner trying to get a grip on the basics or a seasoned pro looking for efficiency, adjusting how components show up on your screen can make all the difference.

Ready to get into it? Let’s dive in!

How to Switch Between Icon and Text Display

Let’s start with the component names themselves. Grasshopper offers two ways to display the command the component runs: icons or text.

Component Icon and Text Display Modes in Grasshopper

To toggle between icons and text for component names, go to Display > and toggle the ‘Draw Icons‘ option.

Toggling between Icon and Text Display for Components in Grasshopper

How to Show Full Names of Inputs and Outputs in Grasshopper

While this option displays the components’ partial names (since full names would take up too much space), it still displays inputs and outputs as just letters.

Let’s change that.

Grasshopper allows us to either just show letters, usually the first letter of the input (but not always), or the full, descriptive name.

How to show full names in Grasshopper component inputs and outputs

Here’s how to display the full names of component inputs and outputs:

On the top menu bar, go to Display > and turn on ‘Draw Full Names‘.

How to show full names in Grasshopper

Grasshopper will now display the full names of in-and-outputs on all components on the Grasshopper canvas.

This is a much-requested feature for people starting out with Grasshopper. It takes away the guessing game and shows you clearly which inputs and outputs belong together.

However, this feature’s drawback is that it makes the components quite ‘clunky’ on the canvas, taking up much more space than usual.

As you use Grasshopper more and more, the inputs and outputs will become like second nature, and you’ll naturally gravitate towards single letter display.

How to Adjust the Wire Connection Display in Grasshopper

Grouped with the two display options above is also a wire connection display option. With the ‘Draw Fancy Wire‘ option, we can toggle the wire display between two modes.

Draw Fancy Wire Option in Grasshopper Guide

The difference may look subtle at first: with ‘Draw Fancy Wires’ turned off, all wires are displayed the same: a thin black wire.

Example of Draw Fancy Wire in Grasshopper

Once it’s turned on, two kinds of wires are shown in Grasshopper scripts. A ‘normal’ wire with a continuous line, and a dashed wire connection.

The dashed wire signifies that the data it is transporting between components is structured in several branches. The normal wire on the other hand, means that the data is either a single item, or items in a single list.

We can display the structure of the data inside a component with the Param Viewer. Here is the data displayed with the Param Viewer:

Example of Fancy Wire Connections Explained

As the Param Viewer reveals, the first component contains a single list or branch with 4 items. Once it’s exploded into segments, each curve gets its own branch, resulting in 4 branches in the data tree. The wire then turns into a dashed curve.

While this may seem like a small detail, it is a really helpful additional piece of information to have when connecting components. Understanding the distinction between normal and dashed wires can significantly streamline your workflow by providing insight into data organization at a glance.

Final Thoughts on Component Display Options in Grasshopper

Wrapping up, we’ve learned that Grasshopper offers a large variety of display customizations, from the component names, to the full or partial display of its inputs, all the way to the display of the wire connections. Tweak the display to your preference and your skill level to make working in Grasshopper as efficient as possible!

Happy designing!

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Thomas Tait
Architect at Snøhetta and Head Instructor @ Hopific (or, in plain English, I help designers use Grasshopper to supercharge their designs.
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