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| # Rhino.Compute Samples | ||
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| Write code to access the Rhino and Grasshopper SDKs through a stateless REST API running on Windows Servers. Use Compute to enhance any online solution you are developing to create and manipulate two and three-dimensional curves, surfaces, and solids. Install and customize Compute to run on any cloud services framework. | ||
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| These samples show how to calculate various geometric operations with Rhino.Compute. | ||
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| - [C#](cs) | ||
| - [SampleMakeAMesh](cs/SampleMakeAMesh) - Creates a NURBS sphere and calls Rhino.Compute to mesh it. | ||
| - [SampleCircleIntersection](cs/SampleCircleIntersection) - Solves the intersection between two circles and saves the resul as an SVG. | ||
| - [SampleBrepBooleanOperation](cs/SampleBrepBooleanOperation) - Solves various boolean operations and saves them as OBJ files. | ||
| - [SampleNurbsTesselation](cs/SampleNurbsTesselation) - Creates a NurbsSurface, converts it to a Mesh (using different meshing parameters) and exports the results as OBJ files. | ||
| []() | ||
| - [JavaScript](js) | ||
| - [SampleBrepMesher](js/SampleBrepMesher) - Calls compute to mesh a BREP. | ||
| - [SampleBrepIsocurves](js/SampleBrepIsocurves) - Loads a 3dm file containing the Rhino logo as a BREP, fetches the render mesh and wireframe and loads them into a three.js scene. | ||
| [](js/SampleBrepIsocurves) | ||
| - [SampleBrepBoolean](js/SampleBrepBoolean) - Loads a 3dm file containing the Rhino logo as a BREP and another set of breps then calculates the boolean difference between the Rhino logo and these. | ||
| [](js/SampleBrepBoolean) | ||
| - [SampleClashDetection](js/SampleClashDetection) - Performs clash detection between a bunch of randomly positioned spheres and one main sphere. | ||
| [](js/SampleClashDetection) | ||
| - [SampleGHCurveInput](js/SampleGHCurveInput) - Builds a curve with rhino3dm.js and uses it as the input to a GH definition. | ||
| []() | ||
| - [SampleGHDelaunayMesh](js/SampleGHDelaunayMesh) - Generates random points and meshes them with the Delaunay component in Grasshopper. | ||
| [](js/SampleGHDelaunayMesh) | ||
| - [SampleGHExtrusions](js/SampleGHExtrusions) - Passes the input from three sliders to a Grasshopper defintion which offsets faces from a mesh and smooths it with SubD components. | ||
| [](SampleGHExtrusions) | ||
| - [Python](py) | ||
| - [SampleTkinter](py/SampleTkinter) - This sample uses rhino3dm to create a brep from a sphere and then sends it to Compute to generate a mesh. The resulting mesh is visualised with Python's built-in Tkinter GUI framework. | ||
| []() |
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| # Rhino.Inside® Samples | ||
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| The Rhino.Inside® technology allows Rhino and Grasshopper to be embedded within other products. It may be possible to: | ||
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| * Starting Rhino and Grasshopper as an add in another product. | ||
| * Call directly into the host's native APIs from a Grasshopper or Rhino plugin. | ||
| * Access Rhino's APIs through the host application. | ||
| * Grasshopper definitions can be opened and previewed in Rhino within the same process as the parent. | ||
| * Object can be natively created by Rhino or Grasshopper within the parent product. | ||
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| This repository contains all the sample developer code for loading Rhino inside other 64-bit Windows applications. | ||
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| These samples are compatible with Rhino 7 which can found [here](https://www.rhino3d.com/download/Rhino/7.0). | ||
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| ## Samples by host application. | ||
| The samples in this repository are organized by folders that correspond to the Company\Product name of the host application where you can found more information. | ||
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| This repository contains samples for: | ||
| - [dotnet](dotnet) | ||
| - [C# console application](dotnet/SampleHelloWorld) | ||
| - [VB console application](dotnet/SampleHelloWorldVB) | ||
| - [C# console application for converting files to .obj](dotnet/SampleConvert) | ||
| - [Winforms App with Rhino display](dotnet/SampleWinFormsApp) | ||
| - [Eto App with Rhino display](dotnet/SampleEtoApp) | ||
| - [Console application which solves a GH definition](dotnet/SampleRunGrasshopper) | ||
| - [JavaScript](javascript) | ||
| - [Node.js](javascript/SampleRhinoInsideNodeApp) A basic example showing how to run Rhino inside of Node.js via edge.js. | ||
| - [Electron](javascript/SampleRhinoInsideElectronApp) Sample of running Rhino inside Electron. | ||
| - [Electron + GH](javascript/SampleRhinoInsideElectronAppGH) Sample of running Grasshopper inside Electron. | ||
| - [CEF](javascript/SampleRhinoInsideCEF) Sample of running Grasshopper inside Chromium Embedded Framework. | ||
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| Related projects: | ||
| - [Rhino.Inside.Revit](https://github.com/mcneel/rhino.inside-revit) | ||
| - [Rhino.Inside.CPython]() | ||
| - [Rhino.Inside BricsCAD Bricsys](https://github.com/Bricsys/rhino.inside-bricscad) | ||
| - [Rhino.Inside.Unity](https://github.com/mcneel/rhino.inside/tree/master/Unity) | ||
| - [Rhino.Inside.Unreal](https://github.com/mcneel/rhino.inside/tree/master/Epic%20Games/UE) | ||
| - [Rhino.Inside.AutoCAD](https://github.com/mcneel/rhino.inside/tree/master/Autodesk/AutoCAD) | ||
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| **If you have any questions, [visit the discussion forum...](https://discourse.mcneel.com/c/rhino-inside/110)** |
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| # rhino3dm Samples | ||
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| rhino3dm is a set of libraries based on the OpenNURBS geometry library with a "RhinoCommon" style. This provides the ability to access and manipulate geometry through .NET, Python or JavaScript applications independent of Rhino. | ||
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| Functionality includes | ||
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| - Create, interrogate, and store all geometry types supported in Rhino. This includes points, point clouds, NURBS curves and surfaces, polysurfaces (B-Reps), meshes, annotations, extrusions, and SubDs. | ||
| - Work with non-geometry classes supported in Rhino like layers, object attributes, transforms and viewports | ||
| - Read and write all of the above information to and from the .3dm file format | ||
| - Use as a client to make calls into the Rhino Compute cloud server for advanced manipulation of geometry objects | ||
| - Available on most platforms (Windows, macOS, Linux) | ||
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| ## Samples | ||
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| - [C#](https://github.com/mcneel/rhino-developer-samples/tree/7/opennurbs/cs) | ||
| - [JavaScript](js) | ||
| - [SampleSketch2d](js/SampleSketch2d) - Sketch NURBS curves on a canvas. Also shows how to download the resulting 3dm file. | ||
| - [SampleObjectTypes](js/SampleObjectTypes) - Sample shows the creation of various object types. | ||
| - [SampleViewer (Basic)](js/SampleViewer/01_basic) - Loads a .3dm file and renders the geometry with [Three.js](https://threejs.org). | ||
| [](js/SampleViewer/01_basic) | ||
| - [Sample Viewer (Advanced)](js/SampleViewer/02_advanced) - Loads a .3dm file and renders the geometry and material with [Three.js](https://threejs.org). | ||
| [](js/SampleViewer/02_advanced) | ||
| - [Python](py) | ||
| - [SampleSimple](py/SampleSimple.py) | ||
| - [SampleGetMeshes](py/SampleGetMeshes.py) | ||
| - [SampleRequestBoundingBox](py/SampleRequestBoundingBox.py) | ||
| - [SampleSphereLines](py/SampleSphereLines.py) |
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