Eyeshot is a CAD control based on the Microsoft .NET Framework. It allows developers to add CAD functionalities to WinForms and WPF applications in a snap. Eyeshot provides tools for building geometry from scratch, for analyzing it with finite element method and to generate toolpaths on it. Geometry can also be imported or exported using CAD exchange file formats.
Combine multiple data sources, input devices and CAD entity types as has never been possible before. Import your dataset from file or from Visual Studio project resources or from database. Allow end-users to interact using keyboard, mouse, 3D mouse or fingers. Select between Mesh, Solid and Nurbs surface modeling technologies to unleash your creativity.
Eyeshot is the only 100% .NET CAD component on the market. With 60 source code samples (in both C# and VB.NET and for both WinForms and WPF platforms) it’s also the easiest to learn.
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FEB 28 |
Create streamline-like curveThis article shows how to create streamlines using the PointCloud class. With the first approach, you will have full control over the streamlines colors since you can set the RBG color of each the PointCloud's vertexes. With the second approach, you ... |
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FEB 27 |
Native vs NativeExperimental rendering in WPFSubscribing to CompositionTarget.Rendering is sometimes useful or even needed but should be used wisely because it forces WPF to constantly render window. For this reason, starting from Eyeshot 12, we introduced the NativeExperimental renderer to sto ... |
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FEB 19 |
HouseUse the following code to model with Solid entities an object like the one in the picture: var outer = Region.CreatePolygon(new Point3D[] { new Point3D(0, 0), new Point3D(460, 0), ... |
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FEB 19 |
MedalUse the following code to model with Solid entities an object like the one in the picture: // materials Material alu = Material.Aluminium; alu.Diffuse = Color.White; alu.Environment = 0.4f; model.Materials.Add(alu); string woodMatName = "Wood"; M ... |
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FEB 19 |
SinkUse the following code to model an object like the one in the picture: // The geometry is symmetric, so we create only half of it and then we apply a mirror transformation. // Creation of the curves List<ICurve> lstFirst = new List<ICurve ... |
