About our project » History » Version 1
Jordan Keiwein LAY, 10/27/2025 03:01 PM
| 1 | 1 | Jordan Keiwein LAY | h1. About Our Project |
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| 3 | h2. Overview |
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| 5 | Our project aims to merge two projected images into one continuous, seamless display. By applying *TBA* techniques, we eliminate visible seams and brightness inconsistencies in the overlapping region. |
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| 6 | The result is a smooth, natural-looking image projected across two projectors. |
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| 10 | h2. Objectives |
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| 12 | * To implement an efficient alpha-blending pipeline for overlapping projector images. |
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| 13 | * To apply gamma correction to balance brightness differences between projectors. |
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| 14 | * To evaluate the output and ensure no visible seam or luminance mismatch remains. |
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| 16 | *Success criterion:* The final projected image should appear uniform and continuous when viewed under normal lighting conditions. |
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| 20 | h2. Methodology |
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| 22 | # Load two images (left and right) for each projector. |
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| 23 | # Identify the overlapping region between both images. |
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| 24 | # *...TBC* |
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| 28 | h2. Tools and Software |
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| 30 | * *Astah* – UML diagram design and system visualization. |
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| 31 | * *Doxygen* – Automatic code documentation generation. |
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| 32 | * *Redmine* – Task tracking, collaboration, and version control. |
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| 33 | * *TBA* |
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| 35 | --- |
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| 37 | h2. Expected Results |
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| 39 | By calibrating projector brightness and blending overlapping regions, the system should produce: |
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| 40 | * A seamless image without visible seams. |
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| 41 | * Balanced brightness across both projections. |
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| 42 | * Minimal distortion or brightness inconsistencies in the overlap zone. |