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GINO for Delphi - A powerful combination of Borland's visual programming environment with an extensive graphics toolkits |
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Code ExamplesExample 1 - A GINOSURF example showing an OpenGL lit surface that can be rotated/zoomed Example 2 - Interactive drawing application using Delphi events to track mouse movement and position |
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GINO continues to lead the way in
high-end graphics libraries and Fortran users have the added bonus of using
GINOMENU Studio, the RAD tool for Fortran programmers. GINO is available for
the following Windows compilers: Because Fortran compilers are not binary compatible, different sets of DLL's are supplied for each compiler version. GINO is available for the following Linux compilers: Absoft Pro Fortran versions of GINO are also available for the following systems: Compaq ALPHA/OpenVMS |
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GINO for Fortran - Continuing a long-standing tradition of being the choice for developing engineeering graphics software |
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Code ExamplesExample 1 - A GINOSURF example showing a triangulated surface and contour map Example 2 - A GINO example showing perspective viewing Example 3 - A GINOMENU example of the classic "hello world" application |
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The C++ version of GINO is
compatible with MS Visual C++, Absoft C++ and Borland C++ under Windows and gcc
under Linux |
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GINO for C++ - A comprehensive suite of over 900 graphics and GUI functions that go way beyond the Windows API and provide cross-platform portability. |
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Code ExamplesExample 1 - A GINOSURF example showing a surface and cross-section Example 2 - A GINOGRAF example showing a vector chart Example 3 - A GINOMENU example showing GINO drawing in a frame |
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The Visual Basic version of GINO is
supplied as a suite of DLL's directly callable from VB. |
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GINO for Visual Basic - A comprehensive suite of over 700 graphics functions for easy incorporation into VB. |
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Code ExamplesExample 1 - A GINOGRAF example showing a curve going through data points on a simple graph Example 2 - A GINOSURF example showing a surface with 4D data overlay |
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GINO .NET is supplied as one set of
assemblies (DLL's) which can be called from any of the following.NET languages:
Converting existing LF95 code from Win32 There are a number of factors to take into account when converting an existing Win32 GINO program into .NET such as the prefix before each routine name, Enumerator name changes, strings need passing via the function USTRING and character arrays need merging into one single string. Take a look at a direct comparison between .NET code and Win32 code to see what is involved. |
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GINO.NET - A comprehensive suite of over 700 graphics functions for easy incorporation into Visual Studio.NET. |
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Code ExamplesVB.NET Example 1 - A GINOGRAF example showing a simple line graph VB.NET Example 2 - A GINO example showing interactive 3D shape drawing C#.NET Example 1 - A GINOSURF example showing a contour map and cross-section C#.NET Example 2 - A GINOGRAF example showing types of block graphs C++.NET Example 1 - A GINOSURF example showing a filled contour map and line-surface J#.NET Example 1 - A GINOGRAF example showning a X-Y Akima graph LF95.NET Example 1 - A GINO example showing a 3D sphere LF95.NET Example 2 - A GINOGRAF example showing a filled pie-chart FTN95.NET Example 1 - A GINOGRAF example showing four types of polar charts FTN95.NET Example 2 - A GINO example showing a simple line and arc with text output |
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