algorithmic modeling for Rhino
This library contains a number of components and commands for querying and manipulating Grasshopper components dynamically. You can retrieve components and objects based on their type, their library, the group they're in, or by selecting them directly - or even get all the objects in a document at once. You can then retrieve information about these components + parameters, the libraries they belong to. You can also manipulate objects directly: enabling/disabling, turning preview on and off, changing the color of groups, the text and size of scribbles, and the shape of sketch objects.
MetaHopper also adds a new menu to the Grasshopper document editor, that wraps up several functions:
BestPracticize Selection lets you pick a group and auto-insert params for all the inputs and outputs coming into/out of the group. This makes for nice, tidy functional groupings that make your Grasshopper code easier to read.
Save Snippet improves on an earlier script I released - it lets you select any group of components + objects and save them as a single user object - without needing to cluster them. This is useful when you want things saved that have internal UI elements - like a graph mapper or slider for instance - that you want to be able to manipulate with the reusable chunk of code you're saving.
Bottleneck Navigator opens up a window that lets you see all the components in your definition, sorted by their "Runtime" - how long it took them to execute. You can click on any item in the list and zoom to it instantly - so that you can find opportunities for optimization in your definition.
Latest Activity: 12 hours ago
Set the name, color, and style of a group.
Control the display of wires for parameters and components.
Set the text, size, and font of a Scribble.
Programmatically control the preview visibility of specified objects
Programmatically set the nickname of specified objects
Programmatically enable/disable solving for specified objects
Modify the form of an existing sketch object.
Programmatically bake the geometry of specified objects
Switch all document wires between hidden and faint.
Converts a standard GH Slider into a variable input to the Batch Driver
Saves a screenshot of every state of the model in the batch to a folder.
Converts a list of values such as a series or range into a variable input to the Batch Driver
Run a batch analysis across a range of variable parameters
Gets information about param objects
Gets basic information from any DocumentObject
Gets information about an assembly
Get information about a component object. Retrieve components with Document Info, Get Attached Component, or Get Selected Component.
Get information about the GH document and its components
Get all groups in the document
Gets all components and params connected to this component
Gets all components and params that are from the same library as the attached.
Get the objects currently selected on the canvas
Get all Scribbles in the document
Gets all components and params that are of the same type as the attached.
Gets all components and params in the same group as this component (or the specified group if supplied)
Takes a selected group and inserts input and output params at both edges for any data that goes outside the group.
Highlight objects by adding them a new group
Tries to set the value of an object. What value it sets varies by type - it sets a slider’s numeric value, a panel or scribble’s text contents, etc
Appends the directory this definition is saved in to a file path. Auto-converts the contents of a text panel containing an absolute path
Hello Andrew,I am trying to figure out how to use the Batch Driver / Batch Variable Tool to run an analysis across a definition : changing an input sequentially and recording a specific output. Is…Continue
Started by Xavier AM. Last reply by Xavier AM Mar 5.