.me

💸 Wallet Split ​

Real-life example: two friends share a trip wallet, one person contributes funds, and split logic is derived automatically.

Scenario ​

  • You (@jabellae) and Ana share a wallet.
  • You deposit $5 into the shared wallet.
  • The system computes each person’s split with formulas.

Full Example ​

ts
import Me from "this.me";
const me = new Me() as any;

// 1) Identity
me["@"]("jabellae");

// 2) Participants
me.users.jabellae.name("Jabellae");
me.users.ana.name("Ana");

// 3) Shared wallet
me.wallets.trip_vancouver.total(0);
me.wallets.trip_vancouver.members.count(2);

// 4) Contribution: +$5 from your wallet into shared wallet
me.wallets.trip_vancouver.total(5);

// 5) Derived split (total / members)
me.wallets.trip_vancouver["="]("per_person", "total / members.count");

// 6) Optional balances
me.wallets.trip_vancouver["="]("jabellae_due", "per_person");
me.wallets.trip_vancouver["="]("ana_due", "per_person");

console.log("total ->", me("wallets.trip_vancouver.total")); // 5
console.log("per_person ->", me("wallets.trip_vancouver.per_person")); // 2.5
console.log("jabellae_due ->", me("wallets.trip_vancouver.jabellae_due")); // 2.5
console.log("ana_due ->", me("wallets.trip_vancouver.ana_due")); // 2.5

Why this is useful ​

  • Uses semantic paths as accounting structure.
  • Uses = for deterministic derived math.
  • Keeps the model auditable with memory events (me.inspect()).

Optional Audit ​

ts
console.log(me.explain("wallets.trip_vancouver.per_person"));

You get:

  • expression used (total / members.count)
  • dependencies involved
  • compute metadata

Expected Output ​

txt
total -> 5
per_person -> 2.5
jabellae_due -> 2.5
ana_due -> 2.5