WIND MILL
Contents: Introduction Used
Open GL Functions Software requirements Hardware requirements External interface requirements Testing Outputs Conclusion
Introduction: The project “WINDMILL” is about to show how we efficiently make use of renewable energy using OpenGL function. We have used simple OpenGL functions to draw a rotating fans and We show the generation of electricity when the fans are rotated. Using this mechanical energy we can generate the electricity which is nonrenewable.
Used OpenGL Functions
draw: Which is used to draw the fans. mount: This function is used to draw the mountains. lawn: Which is used to draw the lawn. streetlight: Which is used to draw the streetlights.
Software requirements
Operating System : Fedora 10 and higher version
Language Tool
: OpenGL.
Compiler +complier.
: GNU GCC Compiler /C+
Libraries
: GL/gl.h, GL/glut.h, GL/glu.h
Documentation Tool
: vi editor, geditor
Hardware requirements
Processor
: Intel 386 onwards Compatible
Hardware. RAM : 16MB RAM and more. Hard Disk : 20 GB and more. Monitor : EGVGA Compatible. Keyboard : Standard 101 key Keyboard. Backup Media : Hard disk. Mouse(ps/2),Printer (optional)
External interface requirements Interfaces: The package provides good interface. The system design should be based on functions. The package should be flexible. Hardware Interface: should provide main containing all functions. Interface is required. Presentation of the function should have a clear cut approach. There should exist interaction between and system.
Outputs: Clockwise rotation
Outputs: Anti clockwise
Outputs: Stop rotation
Conclusion:
We have used simple OpenGL functions to draw a rotating fans and we show the generation of electricity when the fans are rotated. Wind power is the conversion of wind energy into a useful form of energy ,that is electrical energy which is used for daily routines. This project also helps us to analyze how we can use the different standard functions for creating the changes of rotation of fan in wind mill.(clockwise, anticlockwise). This graphics model is very useful, one showing the rotational changes implementation.
Thank You…