NOTE: Should you want to make changes to this tool palette collection, you can always reload the tool palette collection by re-running the TestEditToolPaletteCollection command and opening the plist file you created.When you are satisfied with the contents of your tool palette(s), you can save your converted tool palette collection to a plist by clicking on the Save button in the lower-right corner of the Command Editor window.With the tool palette you want to add buttons to, drag buttons from the Command Button Browser into the Palette Contents area (top, center)….These are the buttons that can be added to Tool Palettes. You may add as many buttons as you need to the Command Button Browser.If you do not have PDF assets for your icons, use 64 x 64 png images.
Rhino for Mac prefers PDF icons as they will scale nicely between Retina and non-Retina displays. You can drag new images onto the button icon displayed in the Button Editor.Add a Text title, some Menu text, some informative tooltip, and - most importantly - the macro or command (from your plugin) that you wish to run when this button is clicked. In the Button Editor (area at lower-right), you can configure your button.In the Command Button Browser (the area in the lower-left corner), click the + button to add a new button.Click on the name of the Untitled palette and give your tool palette a name… An Untitled tool palette appears in the Palette Browser (upper left).Press the + (add) button in the Palette Browser….This is where you can create, configure, organize, and save your tool palette collection.
An interface much like the Command Editor window appears.
If you do not have a Rhino for Windows rui file that you would like to convert, you will need to create your Tool Palette Collection “from scratch.” On the finder window, press Cancel. A finder window opens where you can navigate to the rui file to import. By default, the TestEditToolPaletteCollection editor presumes you have a Rhino for Windows rui file you would like to convert. This launches a developer tool similar to the Command Editor where tool palette collections can be created, organized, and saved to plist files… (You will need to type the entire command it will not autocomplete). Enter the TestEditToolPaletteCollection command. Open Rhino - if it is not already open - and start a new modeling window. If you already have an existing rui file from Rhino for Windows, this job is even easier: you can import that rui and convert it to a plist. If not, don’t worry: creating a tool palette collection is relatively easy. If you are familiar with the Command Editor in Rhino for Mac, you are already well on your way to understanding how to create a custom tool palette collection for use in your plugin. The third and final step is to tell Rhino for Mac to load the tool palette from the appropriate file when your plugin is being loaded.Ĭreate or Convert A Tool Palette Collection. plist in your plugin project as a resource. The first step is to create (or convert) a tool palette collection that calls the appropriate commands - or to convert a Rhino for Windows. There are three steps in creating and loading a tool palette collection for your plugin in Rhino for Mac: If you do not yet have a plugin, please begin with the Your First Plugin (Mac) guide. In Rhino for Windows, this UI is normally stored in an rui file that includes the buttons, the icons, and their associated commands. Licensed under AGPL-3.0+: ( ) Read more here about the license.This guide presumes that you have a RhinoCommon plugin that has commands that can be run from a tool palette. Honeybee connects Grasshopper3D to validated simulation engines, including EnergyPlus/OpenStudio (for building energy, HVAC sizing, thermal comfort, etc.) and Radiance (for daylighting and glare simulation).ĭragonfly enables the creation and manipulation of large-scale EnergyPlus and Radiance models by capitalizing on an abstracted 2D representation of building geometry, where all rooms are assumed to be extrusions of floor plates.īutterfly connects Grasshopper to the OpenFOAM engine, wich can be used to run advanced computational fluid dynamic (CFD) simulations.Īll questions about the software should be posted to our forum ( ). This includes diagrams like the sun path, wind rose, psychrometric chart, etc., as well as studies of geometry like radiation analysis, shadow studies, and view analysis. Ladybug allows you to visualize and analyze weather data in Grasshopper.
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