anditisyou/SafeGully

AI Summary: Improve the styling of the safety report form in the SafeGully app using CSS. This involves aligning inputs, adding padding and border-radius for better visual appeal, and selecting more appropriate fonts.

AI Summary: Create a sticky footer for the SafeGully app that includes the project name, GSSoC attribution, a link to the GitHub repository, and a 'Contact Us' placeholder.

AI Summary: Implement a dark mode toggle switch in the SafeGully app. This involves adding a UI element (toggle switch), modifying CSS classes to switch between light and dark themes for the app's interface and map, and potentially integrating with Leaflet's dark tile layers.

AI Summary: Implement a custom-styled alert or toast notification that confirms successful hazard report submission after a user clicks the "Submit" button in the SafeGully app. The notification should display a message like "Hazard reported successfully!"

AI Summary: Implement a list or card display below the map to show all reported hazards. Each hazard item should include its type, description/note, and coordinates.

AI Summary: Implement a dropdown menu in the hazard reporting form of the SafeGully app, allowing users to select a pre-defined hazard type from options like 'Waterlogging', 'Pothole', 'Open manhole', and 'Garbage dump'. This enhances the reporting process by providing structured data and improving searchability/filtering of reported hazards.

AI Summary: Improve the user interface (UI) layout of the SafeGully app to be more responsive and user-friendly on mobile devices (320px-768px). This involves adding responsive breakpoints to the CSS file (style.css) to ensure that the map container and buttons are easily readable and accessible on smaller screens.

AI Summary: Add GitHub README badges (GSSoC’25, Open Source, License) to the SafeGully project's README.md file using shields.io.

AI Summary: Implement local storage functionality to persist hazard report data (coordinates, type, and note) even after page refresh. This ensures data isn't lost if the user closes the app or loses internet connectivity before the data is synced to the cloud database.