4.6 The static crossover table. Anchor: L217
How long lying stays ahead (q0 = 0.002, ... After it add the scroll hint and open the wrapper; close the wrapper after the table's at L230 (before the "More contacts and more shared memory" paragraph at L231). 4.7 Section 5, the −26.42 correction. L248 is exactly
Plainly: across our 243-cell grid, cooperation holds in 68% of scarce cases
After it add listing the five axes, 3^5 = 243
cells, 63 scarce and 180 abundant, the sustainability rule, δ = 0.95, and the plain caveat
that these are test values and another grid gives other percentages.
4.9 References. Anchor: L303 at
L304 through
at L317. Replace the single list with a Cited on this page
and the six cited, each with where it is cited and its link;
Further reading (background, not cited in the text above)
and the other six,
each with its link.
A comment records that every reference is kept. Twelve
The settings behind these numbers (LAYER v-love-logic-v3-phone-heal-v0). All three use the same model from §4: each contact's reality check catches the lie with chance q0 = 0.002, each comparison of shared records catches it with chance q = 0.01, lying gains G = 1 per round, the penalty when caught is Lp = 2, the reputation loss afterwards is Δ = 0.5 per round, and there is no discounting and no complexity cost. About 702 (701.79) is n = 2 contacts with m = 0 shared memory. About 10.5 (10.48) is n = 5 with m = 1 (full shared memory). Never ahead is n = 10 with m = 1: the catch chance is 0.6033 per round, so even the first round loses (G ≤ h·Lp). 68% / 32% comes from the 243-cell scarcity grid in §6, judged at patience δ = 0.95.
You can check the math yourself: press the button below. Your device runs the same 656 checks as our Python simulation. Nothing is sent anywhere.
| Section | What it checks | Passed |
|---|
| Contacts n | Shared memory m | Detection h | Rounds lying is ahead (t*) | Patience needed (δ*) |
|---|
What the 656 checks mean: they confirm that the formulas on this page agree with their own brute-force sums and simulations. They do not show that the world behaves like the model.