Use OpenGL in your C# applications with SharpGL, it's a breeze! Just drag an OpenGLControl onto your Windows Form and handle the 'OpenGLDraw' function - now just call ordinary OpenGL functions!
SharpGL provides you with two controls for designing forms. The OpenGLControl, which lets you do standard OpenGL drawing in a C# application, and the SceneControl, which does the same with added support for polygons/persistence/picking and more. The screenshot above shows the SceneControl in action, with the supplied 'SceneBuilder' application. The screenshot below shows some 'old fasioned' OpenGL drawing, with calls to 'glBegin' and 'glEnd' etc.
If you want to get OpenGL in your application quickly, there's no easier way. There are five example applications in the download that show you how to use some common features. The SharpGL Website also has a set of tutorials that is regularly updated - as well as support information.
Create a Windows Forms application, use the SharpGL DLL as a reference, and drop an OpenGLControl onto the form. Then handle the 'OpenGLDraw' event and you're ready to go!
Calls that in C++ would look like:
glBegin(GL_LINES);
glVertex3f(1.0f, 1.0f, 1.0f); ...etc...
Will have to look like:
OpenGL gl = someForm.someOpenGLControl.OpenGL;
gl.Begin(OpenGL.LINES);
gl.Vertex(1, 1, 1); ...etc...
Porting over existing OpenGL code is therefore trivial. Every OpenGL and GLU library function has been imported and fully commented - no need to look through reference books for function parameters, the Code Hints will show you everything you need to see!
The Scene Graph contains classes like 'Texture' and 'Camera' to make working with certain types of object much easier. You don't have to use them, you can use certain components or you can use the whole lot. Or you can mix and match. There is an example application that shows how to do texturing with the Scene Graph.
New to SharpGL v1.83
SceneObjects in SharpGL now automatically optimise themselves to use display lists. This has made the Scene drawing extremely fast. You can now automatically load simple 3D objects from Caligari trueSpace files. This makes creating applications a bit more simple, as you can test the polygon classes with real objects. A Polygon in the SharpGL scene graph is very powerful, they can cast real time shadows. A set of 'Builders' have been added to the SceneBuilder application, allowing you to build polygons from scratch, play around with materials etc.
SceneBuilder (the Test Application) is a simple application showing some of what SharpGL can do, and all the sourcecode is bundled with it, you can use it to build many aspects of a scene.
The library is great to use, the Scene Graph 'Scene' object lets you do picking, you can control objects via the mouse, even parts of objects, such as the control points of NURBS and evaluators can be moved around. The polygons can be edited by Face, Vertex or as whole objects, and cast shadows over other objects.
Many of the 'kludgy' aspects of OpenGL such as the limits on the number of lights have been smoothed over. Using lights as an example, when the scene is created, the maximum number of lights is ascertained, and you cannot go over that limit. The extent of Mouse control is amazing, and very easy to implement in your own classes. The Persistence code is some of the best code I've ever written, you can call a function in the persistence engine, passing a type of object, and immediately a File Open / Save dialog will be shown with all the available file formats there for the user to select from, then the object will be created from the file or saved to the file. This means in the SceneBuilder app, it takes about two lines to be able to load a polygon from file, with all the possible formats automatically shown.
I am currently spending a large amount of time on SharpGL, after a few very quiet years. If you want more tutorials or new features, now is the time to let me know! Either leave comments on this page or get in touch with me via the SharpGL Website .
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I always used standard GLUT libs for OpenGL and this looked like much better solution for me, but if there are some more problems like that one I will have to move back to C++ and GLUT 
