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View All on GitHubE-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
AI Summary: The user is encountering a "Bad file descriptor" error when attempting to display calendar updates on their Waveshare 13.3inch E-Ink Display HAT (K) using a Raspberry Pi Zero 2 WH. The error originates from the `epd13in3k` driver, leading the user to suspect a mismatch between the driver and their specific display model.
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
AI Summary: The InkyPi weather plugin experiences a formatting issue when displayed in vertical mode. The air quality information shows overlapping digits and units of measure, making it difficult to read. An image is provided to illustrate the problem.
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
AI Summary: Debug color saturation and image rotation issues on a Waveshare epd4in0e e-paper display used with the InkyPi project. This involves investigating the InkyPi configuration, potentially adjusting color settings within the InkyPi code or the Waveshare display driver, and correcting the image rotation using the provided configuration options.
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
AI Summary: Debug a recurring error in the InkyPi project where the automatic calendar update fails after approximately 6 days of continuous operation. The error occurs despite the web interface remaining functional, allowing manual updates. The task involves analyzing a provided log file (inkypi_20250803-080156.log) to identify the root cause of the failure and implement a solution to prevent future occurrences.
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
AI Summary: Troubleshoot a frozen InkyPi e-ink display. The display is unresponsive to updates despite the web interface and SSH access remaining functional. The user successfully accessed a static image from the display's web interface, indicating some functionality remains, but the display itself is frozen. Debugging will involve checking logs, system processes, and potentially the display's hardware connection.
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
AI Summary: The user wants to know if they can configure the InkyPi project on macOS without using a Linux virtual environment. The project's README indicates that the installation script is designed for a Raspberry Pi running Raspberry Pi OS (a Debian-based Linux distribution). Therefore, running the project directly on macOS is not supported, and a Linux environment (either a virtual machine or a dual-boot setup) is required.
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
AI Summary: Debug a playlist refresh issue in the InkyPi project. The playlist, which uses the Image URL plugin, is not refreshing as frequently as configured (every 5 minutes), despite the plugin's refresh setting. The task involves analyzing logs, understanding the interaction between playlist refresh and plugin refresh rates, and potentially modifying the code to ensure the expected behavior.
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
AI Summary: Debug the InkyPi website plugin to ensure it correctly uses saved website login credentials instead of prompting for them repeatedly after a reboot. The issue is that while the system remembers the credentials, the plugin doesn't utilize them properly.
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
AI Summary: The user encountered an error during the installation of InkyPi on a Raspberry Pi Zero with a Waveshare epd7in5_HD display. The error message indicates a failure to install the `cysystemd` Python package due to an HTTP 403 error, and subsequently, a `ModuleNotFoundError` for the `PIL` (Pillow) library. The task involves troubleshooting the installation script, resolving the dependency issues (possibly related to PiWheels access or a corrupted virtual environment), and ensuring the successful installation and execution of the InkyPi application.
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
AI Summary: Debug why the clock plugin in the InkyPi project is not updating the time on the e-ink display despite showing the correct time initially. This involves analyzing the provided logs, potentially examining the clock plugin's code for time update logic, and considering hardware/software configurations (Raspberry Pi model, display model).
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
AI Summary: Debug and fix a timezone issue in the InkyPi weather plugin. The plugin currently displays incorrect sunrise/sunset times for cities in timezones different from the Raspberry Pi's local timezone. The task involves identifying the source of the error in the code (likely related to how timezone information is handled and used to fetch and display sunrise/sunset data), correcting it, and testing the fix to ensure accurate time display for all cities regardless of their timezone.
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
AI Summary: The InkyPi service is failing to start due to a `ModuleNotFoundError` for the `psutil` library. The user needs to install the `psutil` Python package, likely using `pip3 install psutil`, before restarting the InkyPi service. This is likely caused by a custom plugin modification that introduced a dependency on `psutil`.
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins
AI Summary: Implement a manual location override feature for the Weather plugin in InkyPi. This allows users to specify a location name (e.g., city) instead of relying solely on the automatically detected location (e.g., county), addressing cases where the automatic detection is inaccurate or less user-friendly.
E-Ink Display with a Raspberry Pi and a Web Interface to customize and update the display with various plugins