Vault Emission & Vesting
model live sample data rev 0000
@smirnovarturr

Model your emission before you mint.

Five allocations, their cliffs and their linear tails — solved from three parameters, every frame. The curve, the stacked schedule, the treasury flow and a 4,000-particle supply sphere all read the same state object. Drag a slider: there is no canned frame underneath to fall back on.

Float at TGE
—
of total supply
Float at M12
—
tokens circulating
Peak monthly unlock
—
of float
Fully diluted at
—
99.5% unlocked
MC / FDV now
—
at $0.0420 sample price
MONTH 00
Circulating—
Released—
Market cap—
Supply emission circulating vs total · 48 months

Solid line: circulating supply. Bars: tokens released that month. Scrub the plot for exact figures.

Supply sphere 4,000 pts

One particle = 250,000 tokens. Lit when its unlock month has passed. Drag to rotate.

Unlocked pts—
Locked pts—
Vesting schedule stacked · cliffs + linear release

Hover a cohort to isolate it — the sphere and the table follow.

Schedule parameters every chart recomputes

Each cohort scales these globals by its own multiplier, so character is preserved.

TGE unlock 12%
1%30%
Base release at generation. Liquidity takes 4× this, team takes none.
Cliff 9mo
024 mo
Dead period before linear release starts. Team cliff = 1.5×.
Linear duration 30mo
660 mo
Length of the straight-line tail after the cliff.
Treasury flow modeled deployment

Ribbon width and particle density track the treasury tokens actually unlocked at month 00.

Allocation ledger resolved at month 00

Per-cohort parameters derived live from the three globals.

Allocation Share TGE Cliff Vest Unlocked
Total 100.0% — — — —
Want this? @smirnovarturr