aaaashley

@aaaa.sh

110 Followers 342 Following

working with the garage door open!

a graphic with several lines in a curve. above it is text that says "50ms"
fig 1. original logo [sphere logo] fig 2. [sphere logo from far away] [text pointing to it, reading "sphee"]
A clip of three lines from a paragraph. The first line reads "Our main goal is to find a way to avoid choosing any breakpoints that lead to lines." The second line reads "in which the words are spaced very far apart." The words in this second line are spaced very far apart. The third and final line reads "or in which they are very close together, because such lines are distracting and harder to read." The words on this third line are unusually close together. From the paper "Breaking paragraphs into lines" by Donald E. Knuth.
the original source jsx code. const todos = [ { text: 'Play Donkey Kong Bananza', }, { text: 'Continue Playing Donkey Kong Bananza', }, { text: 'Banana', bold: true }, ]; const app = <div> <h1 style="color: green">Todos:</h1> {...todos.map(todo => <li style={todo.bold && "font-weight: bold"}> {todo.text} <button onclick={() => {li.remove()}}>Remove</button> </li>) } </div> document.getElementById('app').appendChild(app);
Pass nil to clear the state from the previous call, which restores a state that’s equivalent to the default values of an MTLDepthStencilDescriptor instance’s properties.
booting the game with a URL and waiting for the script to load & run. the command: odin run . -debug -- -r "use https://aaaa.sh/creatures/scripts/ground.hmny" idk why this gif is so slow i swear it's not like this in the game
creatures | Memory | 725 MB
vertex_buffer = gpu_buf_writeable(Block_Vertex, MAX_BLOCK_VERTS, .Vertex) instance_buffer = gpu_buf_writeable(Boro_Instance, MAX_BOROS, .Vertex) boro_chunks_texture = gpu_img({CHUNKS_PER_BORO, MAX_BOROS, 1}, .R32_UInt, {.Sampled}, {.CPU_Writeable}) energy_texture = gpu_img({2048, 2048, 16}, .R8_UInt, {.Sampled}, {.CPU_Writeable}) samp = gpu_sampler() block_drawing_resource_arena = gpu_initialize_resources( &vertex_buffer.untyped, &instance_buffer.untyped, &boro_chunks_texture, &energy_texture) chunks_binding_set = gpu_binding_set( { .Fragment }, &chunks_binding_set_layout, { &boro_chunks_texture, &energy_texture, &samp }, ) block_vert_shader := gpu_shader("block_vert") block_frag_shader := gpu_shader("block_frag") block_render_layout = gpu_render_layout( color_attachments = { { format = gpu_surface_format(), load_op = .Clear, transition = .To_Surface, }, }, depth_attachment = GPU_Attachment_Description { format = depth_image.format, load_op = .Clear, }, ) block_drawing_pipeline = gpu_graphics_pipeline_with_layout( &block_render_layout, &blocks_binding_layout, block_vert_shader, block_frag_shader, { gpu_vertex_desc(Block_Vertex), gpu_instance_desc(Boro_Instance) }, depth_enabled = true, )
a game demo running the same with both metal and vulkan. there are some color differences, but they are mostly the same.
A git diff, with a comment saying "Chunks are 4x4x4, Boros are 32x32x32. These values are chosen carefully and woven into the game's code and algorithms. These are not for playing with." As is seen in the diff, the comment and the corresponding code has been played with.
In a badly designed book, the letters mill and stand like starving horses in a field. In a book designed by rote, they sit like stale bread and mutton on the page. In a well-made book, where designer, compositor and printer have all done their jobs, no matter how many thousands of lines and pages, the letters are live. They dance in their seats. Sometimes they rise and dance in the margins and aisles.
several voxel objects with well-constrained low-poly meshes. a stick figure thinking "wow these meshes are well fit to the voxel obejcts that they belong to!"
a very messy render box with 5 objects in it. text, which reads "each one of these objects has their own render box that is individually ray-traced in shader code." a stick figure is looking at it thinking "uh oh."