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  ## Documentation Examples
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  ### Input and Segmentation
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- ![Input Image and Segmentation](public/images/documentation/input_segmentation.png)
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  *Example of original input image and its segmentation mask*
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  ### Stereo Processing
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- ![Stereo Processing](public/images/documentation/stereo_process.png)
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  *Demonstration of stereo pair generation with different interaxial distances*
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  ### Anaglyph Output
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- ![Anaglyph Result](public/images/documentation/anaglyph_output.png)
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  *Final anaglyph output with red-cyan 3D effect*
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- ### Interface Overview
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- ![Gradio Interface](public/images/documentation/interface.png)
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- *The Gradio web interface with all adjustment controls*
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-
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  ## Lab Report
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  ### Introduction
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  This project implements a sophisticated 3D image processing system that combines person segmentation with stereoscopic and anaglyph image generation. The main objectives were to:
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  1. Accurately segment people from images using advanced AI models
 
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  ## Documentation Examples
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  ### Input and Segmentation
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+ ![Input Image and Segmentation](public/images/documentation/Mask.png)
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  *Example of original input image and its segmentation mask*
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  ### Stereo Processing
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+ ![Stereo Processing](public/images/documentation/Stereo.png)
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  *Demonstration of stereo pair generation with different interaxial distances*
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  ### Anaglyph Output
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+ ![Anaglyph Result](public/images/documentation/Anaglyph.png)
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  *Final anaglyph output with red-cyan 3D effect*
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  ## Lab Report
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+ [Read the full report](public/Project%204%20Report.pdf)
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+
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+
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  ### Introduction
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  This project implements a sophisticated 3D image processing system that combines person segmentation with stereoscopic and anaglyph image generation. The main objectives were to:
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  1. Accurately segment people from images using advanced AI models