v1sea

@v1sea.com

201 Followers 642 Following

xr nerd, geospatial data enjoyer.

"Arriving Wednesday" text above a connectx3 low profile adapter
Recording of two windows next to tmux window with neovim running. The top right window has a graph view and the bottom left is a timeline view of the rust tracing-subscriber spans scrolling by. User presses hirarchical button on graph and 11 spheres with file names appear as the graph nodes move into the right sphere. User enters :LspWebgpuConnect in neovim. They go back and forth between the graph and neovim navigating the code and call graph each moving the other. Sometimes the timeline also zooms to a span for the given method.
AI generated Eagle, head on with feathers that do not match the pattern or color of the body of the eagle
Screen recording of mixed time of day images in VGGT model. The output shows daytime images correctly with the single nighttime image in the wrong direction.
Screen recording of 3d model output of MapAnything model of Seattle Convention Center with many visual artifacts from 25 images stitched together of the intersection. Solid color view frustums are placed in 3d space estimating where each image was captured.
Screenshot of host file reading. "## # Host Database # # localhost is used to configure the loopback interface # when the system is booting. Do not change this entry. ## 127.0.0.1 localhost 255.255.255.255 broadcasthost ::1 localhost 127.0.0.1 claude.ai 127.0.0.1 api.anthropic.com 127.0.0.1 anthropic.com "
Screen recording showing on the right a menu with a button clicked showing an orange mesh then later a blue mesh nearly aligned. The user pans and the text on the left shows "Total wall time: 0.099 seconds"
Image 1/7 total, corner adjacent to the large flower pot. tree partially obscures top right. Parking garage on left.
Sidewalk looking at stone building on right with large flower pot on left.
Screen recording showing point cloud of an intersection in Seattle. Only the first 2 floors are visible. As they zoom in you see 8 camera frustums, two on each street corner.
Screenshot of Mapillary UI of one of the ten images used in the reconstruction. It is of the Seattle Convention Center with the left side taken up by the canopy.
Screenrecording showing a point cloud of the intersection south of the Seattle Convention Center. 10 camera frustums in solid colors show the model output for the computed camera poses. Some parts clearly resemble the real structure and intersection, others parts are incomplete.
Screenshot of Mapillary steetview image showing white building on left, red brick 20 floor building on right. Small map with routes in the bottom left and 4 way arrow in the bottom center.
Screenrecording showing the USGS entwine data for the same location in 2021. You can see the stairs, you can see the city in the background as they pan around.
Screenrecording showing part of the stairs recorded from a vision pro as I walk up them. Head position in white. Raw gps in red, very far off.
Screen recording showing replay of odometry data / gnss / environment mesh from walking 0.5 miles near downtown Seattle.
Nerd(I) walk around at night on the sidewalk then shows hand menu for ar compass on vision pro then walk a bit more.
Person walks down alleyway in Seattle, some lights 20feet up, some garbage cans, they walk straight and then draw voxels in AR.
Screenrecording of the sensor data from walking down an alleyway in an xr headset. User zooms around. Head path in white is very straight. GPS in red is significantly off. The sensor fusion path in green is not accurate either.
Map showing in blue the low clouds of the HRRR model. Mount SI appears covered by clouds.
Mountain view with some 2d pixel art creatures. Human pans around to show the view then hikes forward showing their hip attached AR map.
# BUILDING PLAN ## 1. Architectural Style Analysis The request for a "very cool race car" suggests **Streamline Moderne** or **Art Deco Futurism** architecture - a style that emerged in the 1930s-1940s emphasizing speed, aerodynamics, and technological progress. This style was inspired by industrial design, transportation vehicles, and the "machine age" aesthetic. ## 2. Historical Context Streamline Moderne buildings featured: - Horizontal emphasis suggesting motion and speed - Curved corners and rounded edges (aerodynamic forms) - Clean, unornamented surfaces - Integration of functional and aesthetic elements - Chrome, steel, and glass materials - Racing stripes and speed-inspired detailing - Low-slung, ground-hugging proportions ## 3. Material Palette - **Primary Structure**: Steel blue and silver (representing chrome/steel) - **Accent Colors**: Bright racing stripes in red and white - **Details**: Glass for windows, black for tires/trim - **Base**: Dark materials (charcoal/black) for grounding ## 4. Structural Elements - Elongated horizontal form with aerodynamic curves - Low profile with emphasis on length over height - Rounded nose cone and tapered rear - Integrated "cockpit" area with glass elements - Wheel wells and tire details - Racing number and stripe details ## 5. Implementation Strategy 1. Create the main body using cylinders and cuboids 2. Add aerodynamic nose and tail sections 3. Install cockpit with glass canopy 4. Add wheels and suspension details 5. Apply racing livery with stripes and numbers
Nerd with XR headset asks LLM to build a very cool race car then builds a small brick structure nearby before a voxel race car appears before them. They stand up and walk around the car before deleting it.
Web UI showing 3d map with satellite imagery and weather color overlay. User goes from Mailbox old to Suntop trail.
Map of Washington and Oregon state Western sides with overlay of NOAA HRRR visibility data and nearly every Puget Sounds bus and ferry. Data show clear interior and low visibility on Western side of Olympic mountains.
Background is a body large body of water near sunset. Person requests the LLM to build a sandcastle in a build volume the move to cover their tiny building. They work on their building roof when the LLM build completes overwriting some of it with the sandcastle. They move it around then undo the sandcastle.
# BUILDING PLAN ## 1. Architectural Style Analysis This request suggests a **Medieval European Castle** style, specifically drawing from Norman and Gothic fortress architecture. The emphasis on making it "BADASS" indicates we should focus on imposing defensive features like massive walls, towers, battlements, and a commanding presence that projects power and strength. ## 2. Historical Context Medieval castles (11th-15th centuries) were primarily defensive structures designed to: - Control territory and trade routes - Provide refuge during sieges - Project royal/noble authority - Serve as administrative centers Key features include: - Massive stone walls with crenellations (battlements) - Multiple defensive towers - Central keep (main fortress tower) - Gatehouse with portcullis - Concentric defensive layers - Arrow slits and murder holes ## 3. Material Palette Authentic materials for medieval castles: - **Primary**: Stone (grey stone, greystone) for walls and towers - **Secondary**: Brick (brick grey) for inner structures - **Accents**: Dark materials (charcoal, slate) for defensive features - **Roofing**: Slate or dark stone for conical tower roofs - **Foundations**: Gravel stone for base stability ## 4. Structural Elements - **Proportions**: Vertical emphasis with towers rising 2-3x wall height - **Walls**: Thick (3-4 blocks) with crenellated tops - **Towers**: Cylindrical or square, with conical roofs - **Central Keep**: Tallest structure at the heart of the castle - **Gatehouse**: Fortified entrance with twin towers - **Courtyard**: Open central space for activities ## 5. Implementation Strategy 1. Create foundation and base platform 2. Build outer curtain walls with corner towers 3. Construct imposing gatehouse entrance 4. Build central keep tower 5. Add defensive details (battlements, arrow slits) 6. Create interior courtyard features --- # JAVASCRIPT IMPLEMENTATION ```javascript // BADASS 150x150x150 MEDIEVAL CASTLE CONSTRUCTION
Screenrecording showing text prompt to build "BUILD A 150x150x150 big sand castle!!!!!!! MAKE IT BADASS!!!!!!!" and then the base of the castle floor is set, then the walls, then a middle tower, it then adds corner towers with cone roofs, then adds crenellations to two of the walls.
Screenrecording of a voxel renderer stress test with a cube or random blocks being placed and deleted. Starts empty and quickly fills in. User zooms inside the voxels then back out. At end looks like a half void cube.
Screenrecording of voxel editor with random blocks being placed 4x faster than before.
Screen recording of voxels being rendered as many appear in random positions in a cube. User moves around and zooms in showing cubes loading.
Screenrecording of program showing 3d mesh wireframe of building courtyard chunks 10x10feet in size. Menu shows the quality score. mesh is green when score is good and red when flat and bad.
Person walk around concrete foundation with ar hand menu and blue mesh over real world as they move. They click Search button on hand menu then orange cubes appear for less then a second replaced by a red mesh closely aligned to the blue mesh.
Few AR green blocks on the floor, user with hand menu text saying "Build me a sand castle 10m tall", few seconds later a gray sand castle appears, they build around it, then hit undo, the castle is gone, the finally put some blocks where the castle was. Their edits did not get removed.
Video of a 3d block game with black background and many colored and textured blocks in the scene. A 3d model of a remote person places blocks with their hand.
open field with blue sky and one aircraft in center. There is an AR green aircraft following the real one, then the callsign of the flight appears in big text and follows the real aircraft.
Open field with blue sky, green aircraft appears and tracks real aircraft taking off, text appears with the call sign of the flight DAL80. 3d model of aicraft follows real aircraft across the sky.
AR wrist menu of a palette of blocks and colors in front of AR voxel builds of a penny, a chip, and a used napkin. User scrolls menu, picks a color, builds an arch, then pushes blocks around with their fingers.
Visualization of gps data(red) and ARKit odometry data(white). The fusion of these data are in green and orange. The gps data is very noise. The fused data is subpar.
Nerd(I) walk around downtown Seattle near the Stadium. AR overlay of all Seattle buses real-time position in green. Cuts to alleyway showing the gps alignment working over some distance.
Screenshot showing Claude Research for vehicle position estimation. It lists 438 sources. It suggests Extended and Unscented Kalman Filters along with HMM-based map-matching algorithms.
user in park pushing AR blocks around with their hand. First they edit the roof later the pushing logs into place for the house, then they draw in tree leaves, and finally they push the leaves around with their hand.
Video of voxel world overlaying the real world. Wrist menu show some blocks the user can touch to swap between. User draws with blocks in the volume.
Timeline view visionOS metal renderer. Shows two command buffers with one post process pass each with two events.
Video showing wrist based AR 3d map in front of pixel dog/cow. User moves around by pinching the air. Translation by moving on the horizontal plane of the map and zooming with the vertical plane. Area is a mountain.
Video showing replay of sensor data from hike with AR headset on up a mountain. In white is odometry data. white rectangles with f<n> show the reference frames identified and their location in 3d space.
users forearm with AR compass pointing nearly North with real compass on the ground. Ground is grass with few white flowers.
Users hand rotate showing AR menus behind them with right hand having voxel palette. They pick glass then draw in the window to a fire watch tower in front of them.
Voxel firewatch tower being edited by user with their fingers. The menu is not shown when palm is away from user. Shown when turning the wrist to show palm. Menu show block palette. Users cycles between drawing with blocks and picking different block types in the menu.
User on snowy mountain next to fire watch tower, user clicks "run" and a red mesh appear near the legs of the fire watch tower with voxels spelling "hello" nearby. They then draw in 3d space with their hands more voxels.
User on snowy area next to fire watch tower, ground gets more blue mesh chunks added as they walk. Then hit run on wrist menu and tower legs partially turn red from mesh relocalization. They then draw "hello" in voxels.
Video of snowy are with mountain views. Ground covered with blue mesh and text "hello" in voxels neaby. User hits button on wrist menu and the text moves to the fire watch tower with the legs partially red from the prior mesh.
Demo shows inside of a voxel room with a red chair adjacent to person with another to their left. They are on a real bench composited into the voxel world. They leave the room to show they are in the forest. They then place three grass blocks and delete one.
Video showing two wireframe meshes taken at different times. One is orange with the left half of a park bench, the other mesh is blue with most of the bench. They are aligned and partially overlap.
Video shows laptop running ClassiCube next to the same voxel world, but in AR. Person draws "helll" in cursive with blocks, then a bridge, then moves the laptop user across the bridge.
Video showing slice of voxel game on an xr headset with the real beach behind it. Shows drawing in 3d space with hands text says "hello"