Hello. .
Since you found this, here is a preview of the content you will be going through before you proceed downloading it. This project was created and designed as a part of my B.E 6th Semester course under VTU for Computer Graphics Laboratory. I had a great time developing this project and have been able to develop a quite impressive package. This is strictly for the course and any interested my use it for submitting in their college. .
SINCE i know the reason why most would browse for a tag with this name, ya. . u can use this project to submit in your college like u would've already planned by now. ;) He he. .
But the explanation part needs a little work out. . I will help u through as far as possible.
So no worries there too. :)
However, here is a little description of my project in case you need a sneak of what it is about..
This project is designed for supporting different transformation functions and event driven functions of OpenGL on primary objects. This is a mesh transformation project which is made up by using the method of recursion to draw a mesh initially and using logical and conditional statements to decide and implement event driven functions on the mesh.
Various features have been supported by using mouse interface. All the functions have been organized under the menus provided by mouse clicks. The color system is chosen by menus too to change colors suitably.
The package completed by this project has almost all the facilities that were planned to be implemented. The package is interactive and user friendly since, many hot keys are provided. There is also online help feature provided, which is displayed on the users anytime when invoked, pausing the transformation, as a result it does not hamper the user’s views as to its context.
Though the package provides all the basic facilities needed, it lacks many of the advanced facilities such as Lighting effects, Perspective viewing, high technology graphics operations, graphics features. Implementation of these facilities was not possible due to time constraints.
Hope this helps you scoring half of your lab work. ;)
Here is a snapshot of the program in simulation:
For details, add me on Gtalk: dilip1456@gmail.com