Tiffany

@tiffany.moe

42 Followers 64 Following

aka https://social.treehouse.systems/@tiffany she/her (english), ela/dela (português)

screenshot of material maker showing a wood plank material I made, with its node graph visible as well as a 3D preview using an HDRI
screenshot of the godot editor showing stars rendering at 1500fps
Commits on Jul 26, 2025 Replace async-std with smol (#209) Exit with failure code for errors in CLI args (#208) Steradian should be radian^2 (#207) add As and Ah to abbrevs (implements #187) Prefixed currency like £3 (#206) Custom currency units (#202) add factorial function (#205)
A giant octahedron shaped fractal with several shapes similar to a Sierpinski triangle visible. It's colored mostly in yellow and red. Ruleset is 1-3/1,4-5/5/N
screenshot showing a solar system with planets a through j, planet d is selected Celestial Mass 0.93 earth Planet Radius 1.03 earth Surface Gravity 9.67 m/s^2 Core Composition Mass 0.10 earth Thickness 26.68 km pyrite 51.06 % Fe 41.17 % Ni 4.62 % Mn 2.66 % Co 0.47 % Ru 50.93 ppm Au 46.01 ppm
a ship traveling at 0.99981 c, in a dark void with a bright red light in front of it
screenshot of the game, showing venus and the sun in the foreground, venus is selected and the info panel is showing it on the left at the bottom of the screen there is the text: INTERCEPT TRAJECTORY closest approach: 97.14 km time remaining: 10.25 min distance remaining: 0.61 au braking burn needed: 121.45 m/s²
STufaro (Author) 183 stars December 28, 2011 04:41 PM Well, after a little bit of struggling yesterday I've come up with a buggy, but somewhat-working, implementation. My basic steps are as follows: Get the vector of the line: lineDirection = (lineStart - lineEnd) Find our soon-to-be constructed quad's normal as: quadNormal = cameraPosition - lineMidpoint Where lineMidpoint = ((lineStart + lineEnd) / 2). I reason this should be the quad's normal since the quad will always be facing the camera, like a billboard. Get the direction along which we should extrude vertices from our line, which is the cross product of lineDirection and quadNormal: extrudeDirection = Vector3.Cross(lineDirection, quadNormal) Normalize extrudeDirection. Get the W of lineStart and lineEnd by transforming them by the viewMatrix * projectionMatrix. wStart = (Vector3.Transform(lineStart, viewMatrix * projectionMatrix)).W wEnd = (Vector3.Transform(lineEnd, viewMatrix * projectionMatrix)).W Extrude vertices from the line along the extrudeDirection vector, in some multiple of the W. Vector3 startVert1 = lineStart + extrudeDirection * wStart * lineWeight Vector3 startVert2 = lineStart - extrudeDirection * wStart * lineWeight Vector3 endVert1 = lineEnd + extrudeDirection * wEnd * lineWeight Vector3 endVert2 = lineEnd - extrudeDirection * wEnd * lineWeight Connect the vertices to form a quad.
the butterfly curve rendered with a gradient from red to blue from t=0 to t=12pi
search UI showing nearby stars sorted by distance, lots of "Gaia DR3 1234" and "HD 1234"
screenshot from my project, showing a view in deep space of many stars however, many of the stars are bunching up along lines and planes where they would have exceeded the size of a huge box dozens of parsecs across the box edges are super bright because there are a lot of stars bunched up there there's also a bunch of random debug text on screen
a data schema for the tables: barycenters, orbits, celestials, stars, and systems. most of them are keyed on a `celestial_id` as the primary key, except for the orbits table, which is keyed on a `child_id` and `parent_id` (which are both celestial_id's) this is just a markdown doc but it's too big to paste as alt text
the same tree but it's more hd now
procedurally generated tree that doesn't really correspond to any real life tree species, just the generic idea of "Tree" some of my older lollipop trees are visible in the background
screenshot of my game showing a view from a hill with the ocean and a mountain visible in the distance
a beach showing the new sand texture
view of the horizon from a high hill, there is grass and square rocks and trees in the foreground, with lakes and mountains and clouds in the background, the sky is daytime with stars and another planet visible
view from space of a planet that is nothing but oceans and clouds
a grassy field with thousands of grey cubes littering the ground, with several trees as well
Vitória! Tempo de jogo: 137:14:22 Parabéns! Ao explorar o Cosmos com sua plataforma espacial interestelar você terminou o jogo! Você está livre para continuar jogando neste mapa o quanto quiser. Embora você tenha vencido, ainda há muito a ser realizado: * Aumente sua fábrica * Pesquise tecnologias infinitas * Otimize sua produção * Desbloqueie mais conquistas Obrigado por jogar. Equipe Factorio
the famous "cool S" symbol, but each line segment is replaced with a smaller version of the symbol, recursively
a sphere covered in several identical rhombuses with a black outline, each rhombus is split into 4 quadrants with the dark sections being the narrow points. each of the narrow points converges with the narrow points of 4 other rhombuses, to create a square. the obtuse points converge with 3 other rhombuses, to create a triangle. the squares and triangles are marked with a white outline that crisscrosses the black outline.
de @bsky.app (em inglês, português, e japonês): "Agora pode ser um bom momento para anunciar que nossa próxima grande atualização de aplicativo terá video. 👀"
photorealistic render of the entire earth from space, the americas are visible