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Phase Dos. Proposed by Dash and Jarrett. How do we move forward?. Test phase I Finish phase I by deadline for Imagine RIT Make a prototype for phase II - decide on design - characteristics analysis - IR lighting - automation - small scale tests? - time management.
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Phase Dos Proposed by Dash and Jarrett
How do we move forward? • Test phase I • Finish phase I by deadline for Imagine RIT • Make a prototype for phase II - decide on design - characteristics analysis - IR lighting - automation - small scale tests? - time management
Group Requirements for Phase II Illumination Group:-LED's with In-fared Light-No use in using UV light due the camera not being able to pick up most of the light reflecting off.Camera Group:-Camera needs to be 264mm away from the ground and needs the proper mount on a rigid structure.Structure Group:-Lights must be equidistant from the subject. -The structure needs to be quick and flexible to other requirements.Programming Group:-Camera needs to be compatible with Lab-view.
Designs • Color Science Dome (desertdome.com) • Half Arc Concept 3. Rotating Arm Concept
Geodesic Color Science Dome • easy to assemble • relatively cheap (roughly $100 from desertdomes.com) • easy to adapt for our specific use – limited fabrication • 1 meter diameter (customizable) • uses approximately 24 lights
Rotating Half Arc • Relatively not complex wiring • Automated • Quicker PTM process than the rotating arm but slower than the color science dome due to the automation (180 degree rotation) • Uses 7 lights
Rotating Arm Design • Rotating arm that descends from the camera to the ground covering the angles necessary for lights on the PTM. • Also the flexibility of the single arm can photograph sections of larger objects rather than being constricted to the radius of the arm. • Uses 3 light points will be configured to the arm and be able to show IR lighting. • The automation and mechanical part for attaching the arm is complicated but possible.