Grasshopper Assembly for v5 - Visual Studio Marketplace Grasshopper Wizards For Grasshopper 0.9.0061+ in Rhinoceros 5 C# Add-on - Provides a C# project with a GH_Component-derived class and a GH_AssemblyInfo-derived class. Download the Grasshopper SDK with the Rhino _GrasshopperGetSDKDocumentation command, or obtain the .chm file from the Related links section below here. Features This extension provides add-on and component wizards for Grasshopper projects. If you have an existing project You can still use the wizard to add new component even if your project already exists. Use the 'Add Item' wizard in Visual Studio. Grasshopper is a graphical algorithm editor tightly integrated in Rhinoceros and implemented by the Rhinoceros manufacturer, McNeel. www.grasshopper3d.com More information Grasshopper utilizes RhinoCommon. For support about this wizard, contact the Rhino Developer Newsgroup, discourse.mcneel.com or email giulio@mcneel.com. Copyright (c) 2012-2016 Robert McNeel and Associates. Related Links RhinoCommon samples RhinoCommon documentation
Rhino Curve Based Modeling using curves as a basis for generating 3d geometry Introduction Curves as basis for geometry In the previous workshop we worked with quite a straightforward method of generating 3D geometry. If you look at industries where aesthetic design plays a mayor role like industrial design and the car industry you will see that they often use a different type of geometry which supports the required form freedom. Accuracy of the geometry ( important for manufacturing) The shapes it can generate The ability to adjust the shape The workflow of generating the shapes. Due to its accurate mathematical description of even the most complex shapes it can be used in design and manufacturing. The form freedom is quite extensive. There are range of tools available to effectively adjust the geometry and to support formal exploration Because the geometry is based on curves , the workflow will be completely different from the CSG workflow. Nurbs concept behind NURBS deformation of planks degree creating curves
What is RhinoCommon? with C#, VB Overview by Steve Baer This guide gives an overview of RhinoCommon. RhinoCommon is the cross-platform .NET plugin SDK available for: Rhino 5 for Windows (both 32 and 64-bit versions) Rhino 5 for Mac Rhino.Python scripting Grasshopper The term common is meant to be just that: an SDK that can be used across Rhino platforms. Inside RhinoCommon RhinoCommon is composed of the following pieces. RhinoCommon.dll - This is a pure .NET DLL that plugins can reference and use to work with Rhino. RhinoCommon on macOS is executed through an embedded Mono framework. Rhino uses RhinoCommon All .NET plugins that ship with Rhino 5 for Windows and Rhino 5 for Mac, including the Python interpreter, reference RhinoCommon. In 2011, Grasshopper was rewritten using RhinoCommon. The Python script engine is entirely based on RhinoCommon. RhinoCommon versions RhinoCommon plug-ins will only load in the same service release or greater of Rhino that the plug-in was built against. What are Mono and Xamarin?
grasshopper code . a collection of codes & grammars for Grasshopper, a generative modeling tool for Rhinoceros. 3D Hilbert Curve This definition generates a 3D Hilbert Curve, a continuous fractal space-filling curve. 3D_Hilbert_Curve_Co-de-iT_1.0007.zip nGon mesh tessellation Starting from a closed surface it builds a nGon mesh tessellation nGon_tessellation_Co-de-iT_1.0007.zip Curves Sorter Starting from a list of curves it takes the first one then it looks for the closest curve and it eventually flips the direction to optimize the toolpath lenght. Curves_Sorter_Co-de-iT_1.0007.zip froGH A sparse collection of tools for Grasshopper. See the code, explanation and download here. Clusterizer This definition groups indexes of connected points into separate clusters. Clusterizer_Co-de-iT_0.9.0076.zip Spirograph This definition simulates a spirograph tool. Spirograph_Co-de-iT_0.9.0076.zip 3D Differential mesh relaxation This definition explores the 3D relaxation of a mesh effected by an image gradient. Vorospace Math surfaces .
C# Tutorials (C#) This documentation is archived and is not being maintained. The C# tutorials provide an overview of the basics of the language and identify important language features. Each tutorial includes one or more sample programs. The tutorials discuss the sample code plus provide additional background information. See Also downloads « toolbox trier downloads Here you can find a couple of exercises related to our most beloved rhino for download. grasshopper 1. highrise-DJ Our simple but playful interpretation of a field of cross shaped towers on a rigid grid shows some differentiation… and associativity with one point. You can move the point by using grasshoppers remote control view and then see the highrises reacting in real time. exercise here 2. population This is about the population of a surface with simple spheres – whereby the size (radius) of each sphere will be defined by the z-value of its centre-point. exercise here 3. street An exercise on law-curves that control the shape of a row of boxes. exercise here 4.twist This exercise plays with one of the current formal fashions – “the twist”. exercise here 5.brick-wall This exercise is inspired by the work of Gramazio+Kohler, Zuerich. This is currently under construction! - Nutzung des Lasercutters im Lehrgebiet Digitales Entwerfen und Konstruieren, Raum D105. Gefällt mir:
Your First Plugin (Windows) with C# Getting Started by Dan Belcher This guide walks you through your first plugin for Rhino for Windows using RhinoCommon and Visual Studio. It is presumed you already have the necessary tools installed and are ready to go. HelloRhinoCommon We will use the RhinoCommon Templates to create a new, basic, command plugin called HelloRhinoCommon. If you are familiar with Visual Studio, these step-by-step instructions may be overly detailed for you. We are presuming you have never used Visual Studio before, so we’ll go through this one step at a time. File New If you have not done so already, launch Visual Studio (for the purposes of this guide, we are using Visual Studio 2015 Community Edition and C#). Boilerplate Build Before we do anything, let’s build and run HelloRhinoCommon to make sure everything is working as expected. Plugin Anatomy Use the Solution Explorer to expand the Solution (.sln) so that it looks like this… Note: Depending on your edition of Visual Studio, it may look slightly different.
Architectural Watercolors by Sunga Park | e-MORFES Harrods, London Sunga Park works in South Korea as a mural wallpaper designer. Her architectural watercolors selection features buildings from cities around the world, including London, Paris, Busan, Venice, and Oxford. The buildings are painted in a fade out manner that gives them a floating essence and leaves imagination to fill in the rest. Paris, France Oxford, UK Dongseo elevated highway, Busan Sacre-Coeur church in Montmartre, Paris The Whitehall street entrance, London Like this: Like Loading... Related Floating Architecture Installations by Seon-Ghi Bahk Korean artist Seon-Ghi Bahk creates sculptures from pieces of charcoal suspended from nylon filaments - objects or geometric shapes based on sketches made in an apparently architectural approach. In "art" Fashion illustrations by Cristian Grossi Colorful Street Art Murals by ETAM CRU Polish street art duo Sainer and Bezt aka Etam Crew create large scale murals on walls with characters in unique scenes.
Data trees and C# in Grasshopper - James Ramsden Understanding how Grasshopper handles data is crucial for taking full advantage of GH’s capabilities. For collections of data, they can either be in the form of lists or trees. A list is a collection of items of data, in a particular order, but with no hierarchical structure. The component in the top-right is the param viewer. The ‘N’ denotes a list with N items. A tree is any data structure in GH with multiple branches. Now, let’s make a grid of points. Here, we have cleverly grafted the Y input to coerce Grasshopper into giving us 25 points for our list of 5 numbers. What’s happened here is that Grasshopper has created 5 branches. We can verify this using the param viewer. Trees can be created and manipulated in C# components too. The data we are saving, such as a Point3d or an integerThe path we are saving to The path is declared as a list of numbers denoting the sequence of the branches needed to access the list we are interested in. GH_Path pth = new GH_Path(i,j) Setting up a tree
Guides General Guides that apply across platforms and SDKs Overview Getting Started Fundamentals This Site RhinoCommon The cross-platform .NET plugin SDK for Rhino. Installing Tools (Windows, Mac) Your First Plugin (Windows, Mac, Cross-Platform) Plugin Installers (Windows, Mac) Advanced Zoo Rhino.Python Quickly add functionality to Rhino or automate repetitive tasks. Python Editor for Windows Python in Grasshopper Python in Rhino Python 101 Primer Course Introduction Where to find help 1. Other Resources openNURBS Read/Write Rhino 3dm files in your application. Native SDK for Rhino for Windows plugins. Rendering (RDK) Troubleshooting Grasshopper Create custom Grasshopper components and plugins. What is a Grasshopper Component? In Depth RhinoScript RhinoScript is a scripting tool based on Microsoft’s VBScript language. What are VBScript and RhinoScript? Introduction Where to find help 1. RhinoMobile 3D mobile application development. What is RhinoMobile? Installing Tools (Windows, Mac) Your First App (Windows, Mac)
Rhino Namespace RhinoCommon SDK RhinoCommon SDK Rhino AngleUnitSystem Enumeration AntialiasLevel Enumeration DocumentEventArgs Class DocumentOpenEventArgs Class DocumentSaveEventArgs Class IEpsilonComparable(T) Interface IEpsilonFComparable(T) Interface IndexPair Structure IRhinoDocObserver Interface LengthValue Class LengthValue.StringFormat Enumeration PersistentSettings Class PersistentSettingsConverter Class PersistentSettingsEventArgs Class PersistentSettingsEventArgs(T) Class PersistentSettingsSavedEventArgs Class ReadFileResult Enumeration RhinoApp Class RhinoApp.CommandLineTextWriter Class RhinoApp.KeyboardHookEvent Delegate RhinoDoc Class RhinoDoc.RenderContentTableEventArgs Class RhinoDoc.RenderContentTableEventType Enumeration RhinoDoc.RenderMaterialAssignmentChangedEventArgs Class RhinoDoc.TextureMappingEventArgs Class RhinoDoc.TextureMappingEventType Enumeration RhinoDocObserverArgs Class RhinoMath Class RhinoWindow Class RuntimeEnvironment Enumeration ScaleValue Class ScaleValue.ScaleStringFormat Enumeration Symbols Class
Introduction to the C# Language and the .NET Framework | Microsoft Docs C# is an elegant and type-safe object-oriented language that enables developers to build a variety of secure and robust applications that run on the .NET Framework. You can use C# to create Windows client applications, XML Web services, distributed components, client-server applications, database applications, and much, much more. Visual C# provides an advanced code editor, convenient user interface designers, integrated debugger, and many other tools to make it easier to develop applications based on the C# language and the .NET Framework. Note The Visual C# documentation assumes that you have an understanding of basic programming concepts. If you are a complete beginner, you might want to explore Visual C# Express, which is available on the Web. C# Language C# syntax is highly expressive, yet it is also simple and easy to learn. As an object-oriented language, C# supports the concepts of encapsulation, inheritance, and polymorphism. The following are additional C# resources: See Also
C# Station Intro to C# Scripting in Grasshopper This tutorial covers the use of the timer block to continuously execute a custom script. By: Zach Downey In this tutorial we recreate the pointAt componet and the divide curve component using C#. In this lesson, we cover control flow in your scripts. Nested loops! In this tutorial we demonstrate the while loop by recreating the series component. In this tutorial we look at the foreach loop. In this quick tutorial we apply what we learned about lists and loops from part 3 to create a list of points. In part 3 we step away from geometry and talk about constructing lists and loops. In part two we recreate the line between two points component using the C# scripting component. We begin by looking at the how to code a point using Grasshopper's C# scripting component. Want to be an author? Already have a video you'd like to post?