I'm streaming my work so feel free to come and hang out at https://twitch.tv/maf_pl or https://www.youtube.com/@MarekRogalski!
Picture from: poznan.eska.pl/galeria/kart...
Picture from: poznan.eska.pl/galeria/kart...
github.com/mafik/keyer/...
github.com/mafik/keyer/...
Also comes with instructions on building your own one! github.com/mafik/keyer/
#wearable #keyer #cyberdeck
Also comes with instructions on building your own one! github.com/mafik/keyer/
#wearable #keyer #cyberdeck
#kcd2
#kcd2
It's almost like a built-in programmatic debugger that can be triggered with a "signal()" call.
It's almost like a built-in programmatic debugger that can be triggered with a "signal()" call.
Almost made a UI out of this 😅
Almost made a UI out of this 😅
JSON can be downloaded from the #machines-exchange channel in Automat's Discord (discord.com/invite/MRfuB...).
JSON can be downloaded from the #machines-exchange channel in Automat's Discord (discord.com/invite/MRfuB...).
Another step towards fully automated alchemy grinding.
#TheElderScrolls #skyrim
Another step towards fully automated alchemy grinding.
#TheElderScrolls #skyrim
The worst part for me are the JB & JNB conditions which have dual use. They are used for comparing numbers and for "unsigned overflow" checking. This makes it hard to find a reasonable visual metaphor as it also has to exhibit this duality.
The worst part for me are the JB & JNB conditions which have dual use. They are used for comparing numbers and for "unsigned overflow" checking. This makes it hard to find a reasonable visual metaphor as it also has to exhibit this duality.
Conditional instructions in x86 come in 16 variants with a bunch of interesting symmetries between them. Here is a visual language that attempts to exploit those symmetries to make their meaning more intuitive.
Conditional instructions in x86 come in 16 variants with a bunch of interesting symmetries between them. Here is a visual language that attempts to exploit those symmetries to make their meaning more intuitive.