🚪Framework 12 Turns Into Creaky Door With New Demo
New Framework 12 demo mimics creaking door sounds
TL;DR
A new demo for framework 12 turns the system into a creaky wooden door, showcasing hinge stiffness optimization. The pitch and volume of the sound adjust based on position and speed.
Framework 12 can now simulate a creaking wooden door with optimized filtering for hinge stiffness. A demo video showcases how the pitch and volume change depending on the hinge's position and adjustment speed. This is particularly interesting for developers working with audio simulations or those curious about dynamic linking issues across different Linux distributions. The project was built using Fedora, but users may face challenges running it on other distros due to potential dynamic linking problems.
Key Points
Demo video 'demo.mp4' showcases framework 12 as a creaking wooden door, adjusting sound based on hinge stiffness (20 words)
Users can download the executable from releases tab and run it with chmod +x command (35 words)
Running project via Git requires installing libiio-devel and alsa-lib-devel or their Debian/Ubuntu equivalents (41 words)
Project was built on Fedora but may face dynamic linking issues on other Linux distributions (39 words)
Demo features hinge stiffness optimization, adjusting pitch and volume based on position and speed of adjustment (40 words)
Why It Matters
Framework 12's new creaky door demo is a fascinating audio simulation for developers interested in sound effects. However, the project's Fedora dependency may cause headaches for those trying to run it on other distributions due to potential dynamic linking issues.
Frequently Asked Questions
Why does this matter?
Framework 12's new creaky door demo is a fascinating audio simulation for developers interested in sound effects. However, the project's Fedora dependency may cause headaches for those trying to run it on other distributions due to potential dynamic linking issues.
What happened?
A new demo for framework 12 turns the system into a creaky wooden door, showcasing hinge stiffness optimization. The pitch and volume of the sound adjust based on position and speed.
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