Frank G

[outside five sigma @jwt0625]

okay here you go

[Tim Sweeney @TimSweeneyEpic]

Cray defined the vector computing architecture in which one instruction effects an operation across a huge set of registers in parallel. It was released two year before the first mainstream personal computer, the Apple II. The NVIDIA architecture is Cray's spiritual descendant.

[Mattias Gustavsson 💖 @Mattias_G]

I am excited to share this new single-header C library I have been working on for a while now: vecmath.h, a comprehensive vector/matrix math library for graphics/games/3d.
It allows you to write vector math code in C that looks like this:

[Kirk Borne @KirkDBorne]

Introduction to Markov Chain Monte Carlo (MCMC) Methods: https://t.co/x9nV3Lxhgz
➕
Detailed example (with code) of MCMC Simulation: https://t.co/TmxmqBhdcm
➕
A book: https://t.co/Ni59sicOOO
➕
See the thread below by @selcukorkmaz
⬇️ ⬇️ ⬇️

[Tim Sweeney @TimSweeneyEpic]

NO FEES on web transactions. Game over for the Apple Tax.

Apple’s 15-30% junk fees are now just as dead here in the United States of America as they are in Europe under the Digital Markets Act. Unlawful here, unlawful there.

4 years 4 months 17 days.

[Mattias Gustavsson 💖 @Mattias_G]

I thought I'd share this, for thos who'd like to try making a game without using a library, just with the windows win32 API directly.

This code here (link to it in reply) is probably the minimum needed to create a window and set up a screen buffer that you can plot pixels to

[Xor @XorDev]

195 chars of #GLSL

vec2 p=(FC.xy*2.-r)/r.y,l,v=p*(1.-(l+=abs(.7-dot(p,p))))/.2;for(float i;i++<8.;o+=(sin(v.xyyx)+1.)*abs(v.x-v.y)*.2)v+=cos(v.yx*i+vec2(0,i)+t)/i+.7;o=tanh(exp(p.y*vec4(1,-1,-2,0))*exp(-4.*l.x)/o);

[Fermat's Library @fermatslibrary]

In the fall of 1972, President Nixon announced that "the rate of increase of inflation was decreasing". Probably the first time a sitting president used the 3rd derivative to increase the chances of reelection.

[Xor @XorDev]

249 chars of #GLSL:

vec2 p=(FC.xy-r*.5)/r.y*mat2(8,-6,6,8),v;for(float i,f=3.+snoise2D(p+vec2(t*7.,0));i++<50.;o+=(cos(sin(i)*vec4(1,2,3,1))+1.)*exp(sin(i*i+t))/length(max(v,vec2(v.x*f*.02,v.y))))v=p+cos(i*i+(t+p.x*.1)*.03+i*vec2(11,9))*5.;o=tanh(pow(o/1e2,vec4(1.5)));

[will whang🌻 @will_whang]

Kinda want it for a lot of reasons.

https://t.co/Tj3rzBUr8M

[Classic Alternative @altclassicmusic]

The original Transmission

[Andrew Côté @Andercot]

"Yeah Steve absent mindedly bent this paperclip during a meeting. Anyway it's the best performing antenna we've ever produced. Don't ask me why"

Any sufficiently advanced RF engineering is indistinguishable from magic

[Black Hole @konstructivizm]

NASA has released a compelling video illustrating **carbon dioxide emissions and absorption** on Earth. **Orange clouds** represent CO₂ emissions, while **blue and green dots** mark absorption areas. Although **wildfires** emit less CO₂ than fossil fuels, they significantly impact ecosystems' future carbon capture ability...

[Curiosity @CuriosityonX]

Sunrise on Mars...

[Curiosity @CuriosityonX]

Earth at night as seen from Space...

[--- @rupadarshiray]

Lecture notes this semester lookin fine #ObsidianMD

[Simone Conradi @S_Conradi]

Roots of parametric polynomials.
Made with #python, #matplotlib, #numpy and #sympy.

[Black Hole @konstructivizm]

A few three body periodic orbits
By 54$hugo

[maker.io @MakerIO]

Reference #DesignoftheDay

TIDA-01063: High Accuracy AC Current Measurement Reference Design using PCB Rogowski Coil Sensor

📸: @tx_instruments
🔎: https://t.co/o8RgLSsPEB

#ReferenceDesign 📚