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This progress report outlines the research objectives, methodology, and current status of the Laser Design Surveyor Point Digitizer project. The goal is to familiarize with the digitizer, scanning methods, and integration into Pro/ENGINEER 2000 software. The report also includes instructions for scanning, file conversion, and solid model creation.
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Progress Report • Team 6 • Brian Bayne • Bevin Etienne • Ali Motamedamin • Rob Takseraas • Matt Zalesak • Randall Zyvoloski ENME 414 Dr. Zhang 11/19/99
Introduction • Laser Design Surveyor Point Digitizer • Digitally scans objects • Creates output file • Solid models can be created with software programs • Allows for recreation, modification, and analysis • Previous Research • Detailed instruction manuals • Fossil scanning • Conversion and modification instructions for software like dsculpt
ResearchObjectives • Familiarize • Digitizer • Scanning Methods • Integration into Pro/ENGINEER 2000 • Create simple instructions • Scanning • File conversion • Solid model creation with Pro/ENGINEER 2000 software
Methodology • Getting Started • Move Huxley and set up lab area • Detailed instruction manual • Quick demo • Experiment with tooth scanning and settings • Create simplified set of instructions for basic scanning
Methodology • Convert and Import • File conversion • Import converted file into Pro/ENGINEER environment • ‘Scantools’ application • Create Low Density Scan Curve Set
Methodology • Surface Creation • Set number of points on each scan line • Select the lines to create a Style Curve Surface • Create a Style Surface
Current Status and Remaining Tasks • Current • Simple instructions for scanning and file conversion • Created surfaces on objects • Remaining • Close surface to create solid model • Edit and clean up • Instructions for Pro/ENGINEER 2000 Scantools • Possibly import into SLA Machine • Web Page