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Implementation of VRML, STL File Parser with Passive Stereo Vision


Affiliations
1 Department of Computer Studies, Shahu Institute of Business Education and Research, Kolhapur, India
2 Department of Electronics, Shivaji University, Kolhapur, India
 

In this current implementation, the software is able to browse the VRML and STL files. The 3D scenes are rendered by reading .wrl and .stl files, with an inclusion of properties: applying various lights, material colors, options for solid, wire frame, points and lines viewing, texture mapping, transformation, different camera views etc. A stereoscopic display is a prime part of this implementation that accounts for virtual reality. The passive stereo is a low cost 3D visualization technique. It enables the user to enter a world of Virtual Realism. This paper will highlight the technical details of STL, VRML files, the method of parsing such files, rendering the model and passive stereo vision of respected model.

Keywords

VRML, STL, Passive Stereo Vision.
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  • Implementation of VRML, STL File Parser with Passive Stereo Vision

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Authors

R. S. Kamath
Department of Computer Studies, Shahu Institute of Business Education and Research, Kolhapur, India
R. K. Kamat
Department of Electronics, Shivaji University, Kolhapur, India

Abstract


In this current implementation, the software is able to browse the VRML and STL files. The 3D scenes are rendered by reading .wrl and .stl files, with an inclusion of properties: applying various lights, material colors, options for solid, wire frame, points and lines viewing, texture mapping, transformation, different camera views etc. A stereoscopic display is a prime part of this implementation that accounts for virtual reality. The passive stereo is a low cost 3D visualization technique. It enables the user to enter a world of Virtual Realism. This paper will highlight the technical details of STL, VRML files, the method of parsing such files, rendering the model and passive stereo vision of respected model.

Keywords


VRML, STL, Passive Stereo Vision.