Python3 Easy to understand Solution||100% working
Intuition and Approach\n Describe your first thoughts on how to solve this problem. \n- The numUniqueEmails function processes a list of email addresses, aiming
# Intuition and Approach\n<!-- Describe your first thoughts on how to solve this problem. -->\n- The numUniqueEmails function processes a list of email addresses, aiming to count the number of unique email addresses after applying specific modifications to the local part of each email.\n- For each email in the list, it separates the local part from the domain part using the \'@\' symbol.\n- Within the local part, it processes characters:\n1. It ignores \'.\' characters.\n1. When encountering \'+\', it stops processing further characters in the local part.\n1. It creates a modified local part by excluding \'.\' characters and characters after \'+\', if any.\n- Updates the email address with the modified local part and the original domain part.\n- Finally, returns the count of unique email addresses in the modified list using set() to remove duplicates.\n\n# Code\n```\nclass Solution:\n    def numUniqueEmails(self, emails: List[str]) -> int:\n\n        # Loop through each email in the given list of emails\n\n        for i in range(len(emails)):\n            # Split the email into local and domain parts based on \'@\' symbol\n            temp = emails[i].split("@")\n            x = \'\'\n\n            # Iterate through each character in the local part of the email\n            for j in temp[0]:\n\n                if j == \'.\':\n                    # If the character is a \'.\', skip it and continue\n                    continue\n                elif j == \'+\':\n                    # If the character is \'+\', break the loop to ignore the rest of the local part\n                    break\n                else:\n                    # Append characters to \'x\' until encountering \'+\' or \'.\'\n                    x += j\n\n            # Update the email by modifying the local part and keeping the domain part unchanged\n            emails[i] = x + \'@\' + temp[1]\n        \n        # Return the count of unique emails after modifying them\n        return len(set(emails))\n\n```
['Python3']