> For the complete documentation index, see [llms.txt](https://docs.ecosphereprime.com/ecosphere/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.ecosphereprime.com/ecosphere/technology/climate-nodes/node-explorer.md).

# Node Explorer

### 1st Iteration

We designed the user interface for the explorer using Figma using the following steps:

1. **Create a New Figma Project:**
   * Open Figma and start a new project from the dashboard.
2. **Design the Map Interface:**
   * Use the Figma Plugin "Map Maker" to generate a world map, or import a high-resolution image of a world map as your base layer.
   * Ensure the map is draggable by setting constraints that allow users to pan around.
3. **Plotting Nodes:**
   * Utilize Figma's vector tools to create circular or pin-shaped icons to represent nodes.
   * Calculate the position of each node based on their latitude and longitude and place them on the map accordingly.
4. **Node Interaction:**
   * Use Figma's prototyping features to make nodes interactive. Set up on-click events that open overlays or pop-ups.
   * Design pop-ups that display detailed information including temperature, wind speed and direction, precipitation levels, barometric pressure, and UV index. Ensure they are clearly laid out for easy reading.
5. **Designing the Sensors Display:**
   * Within the pop-up, use icons and data visualization elements like graphs or charts to represent the sensor data visually, making it easy to interpret.
6. **UI Elements & Styling:**
   * Design control elements such as zoom in/out buttons and a reset view button for better map interaction.
   * Ensure consistent styling with colors, typography, and iconography. Use a design system or style guide to maintain UI consistency.
7. **Testing and Iteration:**
   * Use Figma’s prototype testing feature to simulate user interaction and gather feedback. Iterate on design based on usability testing.
8. **Accessibility and Responsiveness:**
   * Consider designing for various screen sizes and accessibility needs. Ensure contrast ratios are adequate, and touch targets are appropriately sized for interactability.

### 2nd Iteration

<figure><img src="/files/OfeKSI1wadey1YbDBgHq" alt=""><figcaption></figcaption></figure>

Based on the feedback we received from our prototype testers we planned enhancements for the second iteration as follows:

1. **Navigation and Interactivity:**
   * **Draggable Map:** Ensure the map is highly responsive to dragging actions. Provide smooth transitions and panning for an immersive experience.
   * **Zoom Controls:** Implement intuitive zoom in/out functionality. Consider using sliders or +/- buttons in a corner of the interface.
   * **Reset View:** Include a “reset to original view” button to help users quickly return to the initial map position.
2. **Node Visualization:**
   * **Design Consistent Icons:** Use visually clear and distinguishable icons for nodes. Consider using different colors or sizes to represent different categories or statuses (e.g., active, inactive).
   * **Hover Effects:** Implement hover effects to provide immediate feedback, such as highlighting nodes or displaying mini pop-ups with a summary of data.
3. **Information Presentation:**
   * **Detail Pop-ups:** When nodes are clicked, expand detailed pop-ups with key information. Use clear headings and data segmentation for readability.
   * **Visual Data Representation:** Integrate dynamic elements like graphs, sparklines, or icons to illustrate temperature trends, wind direction, and other weather data visually.
   * **Icons and Colors:** Use universally understood weather icons and a consistent color palette to convey different weather conditions clearly.
4. **User Feedback:**
   * **Loading Indicators:** Use loading spinners or progress bars when the map or data is loading to keep users informed.
   * **Interactive Guidance:** Add tooltips or introductory tours for first-time users to guide them in interacting with the map and nodes.
5. **Aesthetic Design:**
   * **Clean Design:** Use a minimalistic interface with ample white space to avoid clutter. This helps users focus on the map and nodes.
   * **Typography:** Choose readable fonts, ensuring text size and contrast make information easy to read at different zoom levels.
   * **Consistent Style:** Develop a cohesive style, using consistent colors and theme throughout the application to enhance visual cohesion.
6. **Mobile Responsiveness:**
   * **Adaptive Layouts:** Consider different screen sizes and ensure the design adapts well, especially on mobile devices.
   * **Touch-Friendly:** Ensure all interactive elements are large enough to be tapped on smaller screens without misclicks.
7. **Testing and Feedback:**
   * Conduct user testing sessions to gather feedback on usability, design appeal, and any areas of frustration.
   * Iterate on the design based on user feedback to enhance usability and satisfaction.