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In this document, I will provide a detailed explanation of the code and the document pertaining to image segmentation using active contour models, also known as "snakes". This method is widely used in the field of computer vision to accurately delineate object boundaries in images. By leveraging the principles of energy minimization, the active contour models algorithm iteratively adjusts the contour of the object of interest until it conforms to the desired boundaries. This process involves the calculation of various energy terms, such as the internal energy that promotes smoothness of the contour and the external energy that attracts the contour towards the object edges. By carefully tuning these energy terms and iterating the optimization process, the active contour models technique achieves accurate and robust segmentation results. Additionally, the code and the document will cover implementation details, including the necessary libraries and functions required to run the algorithm successfully. Through this comprehensive explanation, you will gain a deeper understanding of the image segmentation process using active contour models, enabling you to apply this technique to your own projects and research endeavors.