Frame from From point cloud to bare-earth terrain
Recreation briefby Reference

Explain another spatial-data transformation through a consistent series of raw, classified, and reconstructed views. Pair the full dataset with a simple cross section that exposes the filtering principle. Reuse class colors throughout and finish with a compact before-and-after comparison.

No creator prompt published. Reference wrote this brief. Copy for agent includes the brief, visual reference links, and setup guidance.

Recreation challengeMake your own version and share the prompt.

Found the creator’s prompt? Share its source.

From point cloud to bare-earth terrain

A Japanese technical explainer turns a landscape point cloud into classified ground data and an elevation model, using color-coded classes, cloth-simulation cross sections, and a final before-and-after comparison.

How it was made

Claude Opus 5.5

Source and credit

X · Oct 12, 2026 · 171 likes · 8.2k views · 6 comments

Made with AI, according to the source

Discovery collection

Look notesby Reference

Technical presentation graphics illustrating point-cloud terrain processing, ground classification, and DEM output.

Color
Muted gray terrain imagery with blue, green, yellow, and magenta data overlays, set against dark navy panels.
Type
Clean sans-serif Japanese headings and compact explanatory labels.
Framing
Terrain maps and elevation profiles are paired with dark caption bands and a concise workflow diagram.
Structure
A sequence of labeled processing stages presents terrain data, ground-separation analysis, height classification, and a colored DEM.

Attempts

No attempts yet. Be the first: recreate this reference and send your result with the prompt that made it.

More like this

0:58

Roman telescope and cosmic survey maps

Recreation brief

Opus 5.5

1:11

Electromagnetic fields around a coil

Recreation brief

Opus 5.5

1:30

CUDA kernels and glowing roofline graphs

Recreation brief

Opus 5.5

0:35

Science models in a virtual laboratory

Recreation brief

@RyanSael

1:30

Laptop circuitry, atoms and quarks

Recreation brief

Opus 5.5 · Three.js

1:30

Cross-entropy in bars and language trees

Recreation brief

3Blue1Brown · Manim

1:30

Entropy through codes and probability

Recreation brief

3Blue1Brown · Manim

1:30

Volumes of higher-dimensional spheres

Recreation brief

3Blue1Brown · Manim

1:30

Vector fields on a hairy sphere

Recreation brief

3Blue1Brown · manim

1:30

Laplace transforms and spring oscillators

Recreation brief

3Blue1Brown · manim

1:30

Laplace transforms on the complex plane

Recreation brief

3Blue1Brown · manim

1:30

Light experiments through history

Full prompt

Opus 5.5

0:20

Psyche path through a wave field

Full prompt

Opus 5.5 · Three.js

1:30

Grid tilings and a mathematical proof

Recreation brief

3Blue1Brown · manim

1:30

Escher prints and complex logarithms

Recreation brief

3Blue1Brown · manim

0:56

Sediment deposits across a valley town

Full prompt

Opus 5.5

1:19

Printed bridges under weight

Prompt described

Opus 5.5

1:30

Viruses against cancer cells

Recreation brief

Kurzgesagt – In a Nutshell

0:30

From cosmic light to early life

Full prompt

Seedance 2.5

0:49

From server racks to silicon lattices

Recreation brief

Opus 5.5

0:56

Pixel-art digit recognition network

Recreation brief

Opus 5.5

1:34

Powers-of-ten zoom from quarks to cosmos

Prompt described

Fable 5.5

5:06

Animated UMAP explainer for undergraduates

Recreation brief

Claude Code

2:08

Galileo, Bernoulli and the fastest path

Full prompt

Opus 5.5 · Canvas 2D

1:10

Why a circle's area is πr²

Full prompt

Manim

1:16

The beauty of physics, one continuous shot

Full prompt

Claude Code

2:46

Every orbit is a great circle, in 3D Manim

Full prompt

Claude Code · Manim

7:37

Narrated lesson on derivatives, in Chinese

Full prompt

Opus 5.5 · Manim

1:38

Morse theory on a torus, in 3D Manim

Full prompt

Codex · Manim

1:47

From a bacterium down to quantum fields

Full prompt

JavaScript