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NupenGL is a Nuget package containing a collection of commonly used OpenGL libraries. Install it and you should be ready to use:

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Building your own C application. Armed with this knowledge, we can start building our own OpenGL application. Download the dependencies: Here we use GLFW, GLEW and GLM, but depending on your project, you might need something different. Save same preferably in a subdirectory of your project (for instance: external/). Hi Im currently using 9800GT on PCIE slot and 9500GT on PCI slot on Windows platform. I have tried to use OpenGL to boost my displaying speed but somehow it is not working properly. Mar 17, 2019 Right now I’m writing GLSL shaders and using them within a Visual Studio 2005 C / OpenGL project, and the experience is a bit lacking. I’m looking for ways to improve the integration between the two, beyond Visual Studio thinking the.glsl files are just plain text. Things that would be great: language support in the form of syntax highlighting, auto indenting, etc., and compilation. Jul 26, 2015 C - OpenGL - Setting up Visual Studio Submitted by Mi-K on Sunday, July 26, 2015 - 7:08pm The Visual Studio version for this tutorial will be the 2017 (seems to work with the 2015 and 2019 as well). Mar 17, 2019  Right now I’m writing GLSL shaders and using them within a Visual Studio 2005 C / OpenGL project, and the experience is a bit lacking. I’m looking for ways to improve the integration between the two, beyond Visual Studio thinking the.glsl files are just plain text.

• OpenGL
• FreeGLUT
• GLFW
• GLEW

How to Use NupenGL

Just install the NupenGL.Core Nuget package, which will also auto-install its dependency NupenGL.Redist.

• NupenGL.Core contains header and lib files.
• NupenGL.Redist contains DLLs.

Remember to #include <GL/freeglut.h> after your GLEW include.

No more worrying about searching the web for the appropriate lib, header and DLL files.

For more details, check this blog post: NupenGL in Visual C++ 2015

Building NupenGL

If you're considering updating the Nuget package, here are step-by-step instructions to get you there. Studio one 4.5 system requirements.

• Learn how to Create Native NuGet Packages
• Make your changes, cd to the NupenGL folder and run: Write-NuGetPackage '.NupenGL.nuspec'
• Test your Nuget package locally

Compatibility

This package has been tested on Visual Studio 2013 and 2015, with x86 and x64.

If you hit any issues or find this package compatible with other versions of VS, please let us know.

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Contact Us

This package was originally created by Jonathan Dickinson and later updated by Ali Badereddin. Feel free to contact any of us if you have any questions or would like to contribute.

We need a C/C++ compiler, either GCC (GNU Compiler Collection) from MinGW or Cygwin (for Windows), or Visual C/C++ Compiler, or others.

We need the following sets of libraries in programming OpenGL:

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1. Core OpenGL (GL): consists of hundreds of functions, which begin with a prefix 'gl' (e.g., glColor, glVertex, glTranslate, glRotate). The Core OpenGL models an object via a set of geometric primitives, such as point, line, and polygon.
2. OpenGL Utility Library (GLU): built on-top of the core OpenGL to provide important utilities and more building models (such as qradric surfaces). GLU functions start with a prefix 'glu' (e.g., gluLookAt, gluPerspective)
3. OpenGL Utilities Toolkit (GLUT): provides support to interact with the Operating System (such as creating a window, handling key and mouse inputs); and more building models (such as sphere and torus). GLUT functions start with a prefix of 'glut' (e.g., glutCreatewindow, glutMouseFunc).
   Quoting from the opengl.org: 'GLUT is designed for constructing small to medium sized OpenGL programs. While GLUT is well-suited to learning OpenGL and developing simple OpenGL applications, GLUT is not a full-featured toolkit so large applications requiring sophisticated user interfaces are better off using native window system toolkits. GLUT is simple, easy, and small.'
   Alternative of GLUT includes SDL, ..
4. OpenGL Extension Wrangler Library (GLEW): 'GLEW is a cross-platform open-source C/C++ extension loading library. GLEW provides efficient run-time mechanisms for determining which OpenGL extensions are supported on the target platform.' Source and pre-build binary available at http://glew.sourceforge.net/.

Each of the software package consists of:

1. A header file: 'gl.h' for core OpenGL, 'glu.h' for GLU, and 'glut.h' (or 'freeglut.h') for GLUT, typically kept under 'includeGL' directory.
2. A static library: for example, in Win32, 'libopengl32.a' for core OpenGL, 'libglu32.a' for GLU, 'libglut32.a' (or 'libfreeglut.a' or 'glut32.lib') for GLUT, typically kept under 'lib' directory.
3. An optional shared library: for example, 'glut32.dll' (for 'freeglut.dll') for GLUT under Win32, typically kept under 'bin' or 'c:windowssystem32'.

It is important to locate the directory path and the actual filename of these header files and libraries in your operating platform in order to properly setup the OpenGL programming environment.

Eclipse CDT with Cygwin or MinGW

Installing Eclipse CDT / Cygwin or MinGW, OpenGL, GLU and GLUT

Step 1: Setup the Eclipse CDT (C Development Toolkit)

Read 'How to install Eclipse CDT'.

Step 2: Setup a GCC Compiler

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We could use either MinGW or Cygwin.

• MinGW: For MinGW, we need to install GLUT separately. Download freeglut (@ http://freeglut.sourceforge.net/index.php). I recommend using the pre-package version for MinGW (freeglut 2.8.0 MinGW Package) available at http://www.transmissionzero.co.uk/software/freeglut-devel/.
  Download, unzip and copy header files from 'includeGL' to '<MINGW_HOME>includeGL'; the libraries from 'lib' to '<MINGW_HOME>lib', and shared library from 'bin' to '<MINGW_HOME>bin' (which should be included in the PATH environment variable), where <MINGW_HOME> is the MinGW installed directory.
  Take note of the headers and libraries:
  1. Headers: the OpenGL header 'gl.h', GLU header 'glu.h' and GLUT header 'glut.h' (or 'freeglut.h') are kept in '<MINGW_HOME>includeGL' directory. Since '<MINGW_HOME>include' is in the implicit include-path. We can include the headers as <GL/glut.h>, <GL/glt.h>, and <GL/gl.h>.
  2. Libraries: the OpenGL library 'libopengl32.a', GLU library 'libglu32.a' and GLUT library 'libfreeglut.a' are kept in '<MINGW_HOME>lib' directory. This directory is in the implicit library-path.
     Nonetheless, we need to include these libraries in linking. They shall be referred to as 'opengl32', 'glu32', 'freeglut' without the prefix 'lib' and suffix '.a'.
  (Alternatively, you could download Nate Robin's original Win32 port of GLUT from @ http://www.xmission.com/~nate/glut.html, which has not been updated since 2001. Download, unzip and copy 'glut.h' to '<MINGW_HOME>includeGL', 'glut32.lib' to '<MINGW_HOME>lib', and 'glut32.dll' to '<MINGW_HOME>bin' (which should be included in the PATH))
• Cygwin: We need to install 'gcc', 'g++', 'gdb', 'make' (under the 'Devel' category) and 'opengl', 'freeglut' (under the 'Graphics' category).
  1. Headers: the OpenGL header 'gl.h', GLU header 'glu.h', and GLUT header 'glut.h' are provided in the '<CYGWIN_HOME>usrincludew32apiGL' directory. As '<CYGWIN_HOME>usrincludew32api' is in the implicit include-path. We can include the headers as <GL/glut.h>, <GL/glt.h>, and <GL/gl.h>.
  2. Libraries: the OpenGL library 'libopengl32.a', GLU library 'libglu32.a' and GLUT library 'libglut32.a' are provided in the '<CYGWIN_HOME>libw32api' directory. This directory is in the implicit library-path.
     Nonetheless, we need to include these libraries in linking. They shall be referred to as 'opengl32', 'glu32', 'glut32' without the prefix 'lib' and suffix '.a'.

Step 3: Configuring the Include-Path, Lib-Path and Library: We can configure on per-project basis by right-click on the project ⇒ Properties ⇒ C/C++ general ⇒ Paths and Symbols ⇒ Use 'Includes' panel to configure the Include-Path; 'Library Paths' panel for the Lib-Path; and 'Libraries' panel for individual libraries. We will do this later.

On command-line (for GCC), we could use option -I<dir> for include-path, -L<dir> for lib-path, and -l<lib> for library.

Writing Your First OpenGL Program

1. Launch Eclipse.
2. Create a new C++ project: Select 'File' menu ⇒ New ⇒ Project.. ⇒ C/C++ ⇒ C++ Project ⇒ Next.
   In 'Project name', enter 'Hello' ⇒ In 'Project type', select 'Executable', 'Empty Project' ⇒ In 'Toolchain', select 'Cygwin GCC' or 'MinGW GCC' (depending on your setup) ⇒ Next ⇒ Finish.
3. Create a new Source file: Right-click on the project node ⇒ New ⇒ Other.. ⇒ C/C++ ⇒ Source file ⇒ Next.
   In 'Source file', enter 'GL01Hello.cpp' ⇒ Finish.
4. In the editor panel for 'GL01Hello.cpp', type the following source codes:
   NOTE: For Windows, you should include 'windows.h' header before the OpenGL headers.
5. Configuring the 'include-paths', 'library-paths' and 'libraries':
   Right-click on the project ⇒ Property ⇒ C/C++ general ⇒ Paths and Symbols.
   Open the 'Libraries' tab ⇒ Add ⇒ Enter 'glut32' (Cygwin) or 'freeglut' (MinGW with freeglut) ⇒ Add ⇒ Enter 'glu32' ⇒ Add ⇒ Enter 'opengl32'.
   There is no need to configure the 'include-paths' and 'library-paths', as they are implicitly defined.
6. Build (right-click on the project node ⇒ 'Build Project') and Run (right-click on the project node ⇒ Run As ⇒ Local C/C++ Application).

GCC Compilation in Command-line

Observe the Eclipse's console. It uses the following commands to build the project:

The most important option is -l<lib>, which specifies the 'library' to be linked. You might also need -I<dir> to specify the 'include-path' and -L<dir> to specify the 'lib-path', if the header files and libraries are not kept in implicit directories used by the compiler.

You can find the commands used in Eclipse CDT for build the project at '.metadata.pluginsorg.eclipse.cdt.uiglobal-build.log'.

CodeBlocks / MinGW

Installing CodeBlocks, MinGW and GLUT

1. Install CodeBlocks and MinGW: Read 'How to install CodeBlocks'.
2. Install GLUT: Refer to the above 'step' in Eclipse/MinGW setup.

Writing Your First OpenGL Program

1. Create a new project: File ⇒ New ⇒ Project.. ⇒ Console Application ⇒ GO ⇒ C++ ⇒ In 'Project title', enter 'hello' ⇒ Next ⇒ Finish.
2. Open 'main.cpp', and replace with the code, as shown in the previous section.
3. Configure the libraries: Right-click on the project ⇒ Build Option.. ⇒ Linker Settings ⇒ In 'Link Libraries' ⇒ Add ⇒ enter 'freeglut' ⇒ Add ⇒ enter 'glu32' ⇒ Add ⇒ enter 'opengl32'.
   There is no need to configure the 'include-paths' and the 'library-paths', as they are implicitly defined.
4. Build (right-click on the project ⇒ Build) and Run (Select 'Build' menu ⇒ Run).

GCC Compilation in Command-line

Refer to the above 'section' on 'Eclipse with GCC'.

Visual C++ 2010 Express

Installing VC++, OpenGL, GLU and GLUT

You need to install:

1. Visual C++ Express 2010: Read 'How to install Visual C++ Express'. VC++ would be installed in 'C:Program FilesMicrosoft Visual Studio 10.0VC', with headers in sub-directory 'include' and libraries in 'lib'.
2. Windows SDK which includes OpenGL and GLU (OpenGL Utility). The Visual C++ 2010 Express bundles the Microsoft Windows SDK, which would be installed in 'C:Program FilesMicrosoft SDKsWindowsv7.0A'. (Otherwise, you need to download and install the Windows SDK separately).
   The followings are used from Windows SDK:
   • gl.h, glu.h: header for OpenGL and GLU in directory 'C:Program FilesMicrosoft SDKsWindowsv7.0Aincludegl'.
   • opengl32.lib, glu32.lib: libraries for OpenGL and GLU in directory 'C:Program FilesMicrosoft SDKsWindowsv7.0Alib'.
   • opengl32.dll, glu32.dll: dynamic link libraries for OpenGL and GLU in directory 'C:WindowsSystem32'. This directory is to be included in PATH environment variable.

   If you use the VC++ IDE, the include-path and lib-path would have been set correctly. If you use the CMD shell, you need to run the batch file 'vcvarsall.bat' (in 'C:Program FilesMicrosoft Visual Studio 10.0VCbin'), or 'vcvars32.bat' in the earlier version, to set the environment variables.

3. GLUT (OpenGL Utility Toolkit): Download Nate Robin's original Win32 port of GLUT from @ http://www.xmission.com/~nate/glut.html (or freeglut @ http://freeglut.sourceforge.net). Unzip and copy 'glut.h' to 'C:Program FilesMicrosoft SDKsWindowsv7.0Aincludegl', 'glut32.lib' to 'C:Program FilesMicrosoft SDKsWindowsv7.0Alib', and 'glut32.dll' to 'C:WindowsSystem32' (that is, the same locations as OpenGL and GLU).

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Writing Your First OpenGL Program

To Write your first OpenGL program with GLUT:

1. Launch Visual C++ 2010 Express.
2. Create a new 'Win32 Console Application' project: Select 'File' menu ⇒ New ⇒ Project.. ⇒ In 'Project Types', select 'Visual C++', 'Win32'. In 'Templates', select 'Win32 Console Application'. In 'Location', set your working directory. In 'Name', enter 'hello' ⇒ Next ⇒ Check 'Empty Project' ⇒ Finish.
3. Create a new Source file: Right-click on the 'Source Files' of the project name ⇒ Add ⇒ New Item.. ⇒ In 'Categories', select 'Visual C++', 'Code'. In 'Templates', select 'C++ File (.cpp)'. In 'Name', type 'GL01Hello.cpp' ⇒ Add.
4. In the editor panel for 'GL01Hello.cpp', replace with the above code (in the previous section).
5. Build the solution ('Build' menu ⇒ Build Solution) and run the program ('Debug' menu ⇒ 'Start Without Debugging').

Common OpenGL Programming Errors (for VC++)

• Linkage Error: Right-click on the project name ⇒ In 'Configuration' drop-down menu, select 'All Configurations' (i.e., release and debug) ⇒ Expand the 'Configuration Properties' node. Expand the 'Linker' sub-node ⇒ Select 'Input' ⇒ In 'Additional Dependencies', type 'opengl32.lib glu32.lib glut32.lib'.
  Alternatively, you could also use pre-processor directives to instruct compiler about the libraries used (I prefer this approach, which avoids manual configuration for every project):
• 'error C2664: 'xxxx' : cannot convert parameter 2 from 'const char [xx]' to 'LPCWSTR': Right-click on the project name ⇒ In 'Configuration' drop-down menu, select 'All Configurations' (i.e., release and debug) ⇒ Expand the 'Configuration Properties' node ⇒ General ⇒ Character Set ⇒ Set to 'Use Multi-Byte Character Set'.
  Alternative, you can use preprocessor directives:
• Cannot find 'glaux.h': Try remove '#include <gl/glaux.h>' from the source code. (Nehe's tutorial codes included a header 'glglaux.h' for reading BMP file from Lesson #6 onwards. Lesson #1 to #5 do not require this header. GLUAX is obsolete and excluded from Windows SDK v6.0a.) If that does not work, you may have to download and install GLUAX package.

VC Compilation in Command-line

You can use the following command-line options to compile and link an OpenGL program. (You should study the command-line options produced by VC++. Right-click on the project name ⇒ Properties ⇒ Expand 'Configuration Properties' node ⇒ Expand 'C/C++' or 'Linker' sub-node ⇒ Command-line.) Assume that the headers (gl.h, glu.h, glut.h) path is set in the INCLUDE environment variable, and the link libraries (opengl32.lib, glu32.lib, glut32.lib) path is set in the LIB environment variable:

Nehe's OpenGL Tutorial

Nehe's production maintains an excellent OpenGL tutorial @ http://nehe.gamedev.net.

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OpenGL is language neutral, i.e., you can write your OpenGL programs in Windows, Java, Linux, Mac, etc. Under Windows, there are again many ways to write a OpenGL program. e.g., Win32 API directly, GLUT or FreeGLUT, SDL (Single DirectMedia Layer), Allegro, etc.

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Nehe's lessons are explained in Win32 API, which is complex, cumbersome and hard and to understand. Nonetheless, the solutions are also ported to all the other platforms. I strongly suggest that you follow the solution using GLUT (which greatly simplifies interaction to Windows).

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Link to OpenGL/Computer Graphics References and Resources