Gallery

Card families

One shell, one contract, n living members each. Every card below is the real component, running — switch a concept, open a “···” menu, watch a clock.

Tracks

3 members

n segmented lanes × one axis × one probe

What does this shared position mean in each lane, and what changes when I act?

Meeting Finder

00061218
UTC
22:00−1d
01:00
02:00
06:00
Off hours everywhere

A member supplies validated axis and lane metadata · one state projection · a locate rule · an action target · one lane-mark slot · adding one is a file and a roster line

Explainer

13 members

one concept × four levels × one stage system

What is this idea, at my level — and which part of the picture is which part of the formula?

CONCEPT EXPLAINER4 LEVELS · 5 STAGES

Neural Networks

Factory Workers

Passing little notes down the line

Imagine a room full of tiny workers holding strings. When a cat picture comes in, the first workers shout what they spot — pointy ears! whiskers! — and pass notes to the next row. The last row reads every note and yells the answer: cat! Each time they get it wrong, they swap a few strings around so the notes come out better next time.

It's a team game that gets sharper with every round.

Inside a single neuron

ŷ = σ(w₁x₁ + w₂x₂ + w₃x₃ + b)

Training progressAccuracyLoss
Accuracy rises and saturates while loss decays
E1E20E50E100E200
Architecture evolution

Perceptron

1958

~1K PARAMS

CNN

1989

~1M PARAMS

LSTM

1997

~10M PARAMS

Transformer

2017

10⁸–10¹² PARAMS

Parameter bars are log-scale — each step is roughly 1,000×

LEVEL: AGE 5

A member supplies stages · four rungs of copy · steps and formula tokens keyed to stages · a sampled evidence chart · a log-scale ladder · one custom figure · adding one is a file and a roster line

Status

22 members

one shell × n state machines

What is this machine doing right now, what happens next, and what can I do about it?

A quantity runs toward an end — and the end is not always where the progress bar says: a roll runs out early, cooling follows the last layer, a furnace pays for its first batch before it can make one, a trip nobody on the card can undo.

Label Printer/packing line · P2
Roll runs short

231 labels left

The roll runs out nine labels into the batch

240 labels are queued and 231 are left on the roll, so the run stops at label 232 unless a new roll goes on first

queued
240 labelsbatch 5104
on the roll
231 left9 short
media
50 × 25 mmthermal
Printer P2 · Packing line
Storage Tower/node 12 · 6 bays
Bay 4 rebuilding

Five drives are carrying the sixth

Bay 4 is rebuilding onto a spare. Until it finishes, the array has no parity left, so a second failure loses the volume

bays 1–3, 5–6
onlinehealthy
bay 4
rebuilding62% · 3 h left
parity
none while rebuildingat risk
Rebuild started 11:04
Annealing Furnace/cell 2 · batch oven
Cold

20 °C

Cold: the first batch will wait 5 cycles for heat

Nothing is wrong and nothing is ready. Starting costs 5 cycles of heat before the first part; the second part costs one

furnacereading
chamber
20 °Cset 860 °C
warm-up
5 cyclesfrom cold
batches
0 annealedwaiting
Setpoint 860 °C · ready above 834 °C · 0 annealed
Print Job/printer 02 · 14 layers
Layer 7

layer 7 / 14

7 more layers after this one

Each pass lays one layer and the gantry rises by its height. The estimate assumes the remaining layers match the ones already down

layer
7 / 1432 min left
nozzle
214 °Cbed 60 °C
filament
62 g left1.75 mm
Started 09:12 · PLA
Battery Module/string 3 · 24 cells
Balanced

peak 44 °C

Pack is warm and even

Temperature is spread across the pack rather than piled into one cell, which is the shape you want. The number to watch is the peak, not the average

packreading
peak cell
44 °Ctrip 61 °C
spread
16 Khot to cold
contactor
closedcarrying load
Trip at 61 °C · physical reset

5 groups · 22 mechanisms · one card each

A member supplies a state machine · every slot of the shell filled each render · all copy derived, no second copy · one device scene driven by the family clock · adding one is a file and a roster line

Run

10 members

one graph × one clock walk

What is this process doing right now, in what order, and what has it cost so far?

Agent run

5 nodes
Step 1 / 3|Receiving prompt
Prompt
USER INPUT
Search docs
TOOL
Run EXPLAIN
TOOL
Read schema
TOOL
Response
OUTPUT
Activity1 / 3
Receiving prompt
USER MESSAGE

W

0 tokens·$0.0000·0:00

A member supplies nodes on a 100×100 canvas · edges with the phases that light them · phases with cumulative counters · a meter reading · one activity slot · adding one is a file and a roster line