Struct MarginPolicy 

pub struct MarginPolicy { /* private fields */ }

Two-regime ceiling. amortized = (operator_bps/10_000) · n_hat · sell with n_hat = clamp(round(discount · heat), 1, n_max). While the source has warming allowance, buy at the market price max(sell, amortized) (warming); once spent, buy only at amortized (grief-proof). See ADR 041 § The buy ceiling.

Implementations

impl MarginPolicy

pub const fn new(discount_bps: u32, n_max: u32) -> Self

discount_bps scales heat into the expected re-serve count n_hat, which n_max caps.

Trait Implementations

impl Debug for MarginPolicy

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl ServeEconomicsPolicy for MarginPolicy

fn max_buy_per_mb(&self, ctx: &ServeEconomicsCtx) -> Option<u64>

None = no economic ceiling (only the static ceiling applies). Some(v) = a real ceiling; v may be 0, refusing every paid candidate.