Time sequential Richese auctions

game/auction-clock.ts

@@ -42,7 +42,7 @@ function validateClock(value: unknown): asserts value is AuctionClock {
     identifier(value.event) && identifier(value.source) && identifier(value.player) && identifier(value.controlEpoch) &&
     finite(value.remainingMs) && value.remainingMs >= 0 && value.remainingMs <= AUCTION_BID_MS &&
     (value.startedAt === null || finite(value.startedAt)),
-  'Retain the complete original ordinary-auction clock, finite budget and control epoch.');
+  'Retain the complete original auction clock, finite budget and control epoch.');
 }
 
 function remaining(clock: AuctionClock, now: number): number {
@@ -65,11 +65,11 @@ export function quoteAuctionClock(input: {
   check(object(input) && (keys(input, 'blocked,controlEpoch,event,now,opportunity') ||
     keys(input, 'blocked,clock,controlEpoch,event,now,opportunity')) && finite(input.now) &&
     typeof input.blocked === 'boolean' && identifier(input.controlEpoch) && identifier(input.event),
-  'Supply the exact ordinary-auction opportunity, finite time, blocker and control epoch.');
+  'Supply the exact auction opportunity, finite time, blocker and control epoch.');
   if (input.clock !== undefined) validateClock(input.clock);
   check(input.opportunity === null || object(input.opportunity) && keys(input.opportunity, 'player,source') &&
     identifier(input.opportunity.source) && identifier(input.opportunity.player),
-  'Choose the original ordinary-auction source and current bidder, or no opportunity.');
+  'Choose the original auction source and current bidder, or no opportunity.');
   if (input.opportunity === null) return { clock: undefined, expired: false, delayMs: null };
 
   const { opportunity, now, blocked, controlEpoch } = input;
@@ -95,7 +95,7 @@ export function quoteAuctionClock(input: {
 /** Suspended/expired frames retain their original event for the client. */
 export function viewAuctionClock(clock: AuctionClock, now: number): AuctionClockView {
   validateClock(clock);
-  check(finite(now), 'Project the ordinary-auction clock at a finite time.');
+  check(finite(now), 'Project the auction clock at a finite time.');
   const remainingMs = remaining(clock, now);
   return { event: clock.event, player: clock.player, remainingMs,
     running: clock.startedAt !== null && remainingMs > 0 };