semi [he/him]

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Joined 5 years ago
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Cake day: September 3rd, 2021

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  • dpi (dots per inch) is a measurement of camera resolution, not of the speed of the sensor processing. So the full processing goes like this:

    60 times per second (60 Hz), the optical sensor in the mouse takes an image at 4000dpi resolution. That information is then processed and modulated onto a radio wave that swings up and down 2. 4 billion times per second (2.4 GHz) - but the information is still only sent 60 times per second, so less often than would be of a modern gaming screen updating 144 times per second.







  • This is exciting. My only request here is: whenever it works please release a standalone wasm file somewhere (anywhere). So many projects either require building the wasm themselves, or instead of releasing a .wasm, they release a JS wrapper that auto-loads the wasm/wasm-imports. Its a pain to try to extract the wasm out of those projects.

    What I am doing is to create a omnikee-lib crate within the project that will get compiled to WASM, not just plain keepass, because I need additional adapter methods to interface with the web part of the application. I don’t have the bandwidth to turn keepass into a general WASM package that could be npm installed at the moment. As I am dogfooding the crate, I might get to a point where I know what a good JS interface for it would be, though, and the omnikee-lib crate could become the official WASM interface for keepass.










  • Thanks for sharing! I agree with your main point about overall emissions not changing too much since most of that reduction comes from feedlots already.

    One small addition: the product that I originally linked is based on 3-nitrooxypropanol, a petrochemical-derived active ingredient, not from red algae (so there is probably a different calculation about production cost and CO2 impact than growing, processing and transporting red algae on a large scale).