8/17/2023 0 Comments Speedify on raspberry piThe eInk display, distinct from conventional LCD or LED screens which use light, utilizes microcapsules that toggle between black and white based on electrical pulses. Raspberry Pi, a versatile and compact computer, provides the foundation for this project and enables the connection of various components to bring the idea to life. With his ‘Digitally Analog Polaroid Camera’, designer Nico Tangara revisits the forgotten, poetic charm of physically holding and preserving a printed photograph while using the technologies of the day to bridge the gap between the digital and the analog. The resulting composition is then saved within the Raspberry Pi and sent to the eInk display where it is showcased until the next image is taken.Īs camera technology has progressed from the days of analog film to digital in the last decades, the tangible artefacts of photography have become somewhat redundant. Once it captures the raw image, Tangara’s script applies creative modifications such as artistic effects and tweaks to enhance the visual aesthetics. Utilizing Raspberry Pi - a compact computer module, an eInk display, and a custom code generated with ChatGPT, the device combines the nostalgia of instant prints with the convenience of digital technology, resulting in a unique and captivating photographic experience.Ī simple press of the button triggers a script that sets the camera in motion, activating the Raspberry module. Merging the two realms, the designer has created the ‘Digitally Analog Polaroid Camera‘ which captures the essence of both worlds with functional novelty. In the rapidly evolving world of photography and technology, Nico Tangara revisits the traditional charm of physically capturing and cherishing a moment. Get the full story and details at speedify.Nico tangara bridges analog and digital realms This way, we don’t need a UI for the Pi once we get everything together Speedify is set to automatic start so it runs as soon as the Pi boots up. If you’re using the Psynaps cloud streaming servers recommended by the Gunrun Backpack, you’re capped at 720p regardless. We’ve also tested it at 1080p and up to 60 frames per second, but the performance is not as reliable and the Pi is more at risk of overheating. So, after programming the remote ( see here on GitHub), you can live stream online to Twitch in 720p at 24 fps. You would be able to use them with this setup as well. He-go streaming setups use cloud streaming services like Psynaps Servers for adding overlays, alerts, and controlling scenes. This is ideal for being able to operate this setup, without an interface, in a backpack. We tried building OBS on the Raspberry Pi, but it is too unstable and ffmpeg works completely in the command line. Plus – you may not need to purchase all of this equipment if you already have similar items available.
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