runtime/actions.js

@@ -29,6 +29,24 @@ function ensurePathfinder(bot) {
 	pluginLoaded.add(bot);
 }
 
+// Each action that uses pathfinder should set its own Movements profile
+// before calling goto — otherwise it inherits whatever the previous caller
+// left set, which has caused live regressions (e.g. flee setting canDig=false,
+// then a later chop inheriting the same restrictive profile).
+function setMovementsForGather(bot) {
+	const m = new Movements(bot);
+	m.canDig = true; // chopping is the entire point
+	m.allow1by1towers = false;
+	bot.pathfinder.setMovements(m);
+}
+
+function setMovementsForTravel(bot) {
+	const m = new Movements(bot);
+	m.canDig = true; // dig through leaves rather than get stuck
+	m.allow1by1towers = false;
+	bot.pathfinder.setMovements(m);
+}
+
 // ---- combat ----------------------------------------------------------------
 
 const MELEE_WEAPONS = [
@@ -96,8 +114,12 @@ export async function fleeFrom(bot, fromEntity, distance = 16) {
 	const ty = Math.round(here.y);
 	info("action", `flee: from=${fromEntity?.name ?? "?"} → ${tx},${ty},${tz}`);
 
+	// canDig:true here is deliberate — without it the bot gets permanently
+	// stuck in dense tree canopy (observed live: bot perched at Y=85 inside
+	// dark-oak leaves, every flee timed out for hours). We accept the risk of
+	// chopping through scenery while panicking; it's how a player would react.
 	const movements = new Movements(bot);
-	movements.canDig = false;
+	movements.canDig = true;
 	movements.allow1by1towers = false;
 	bot.pathfinder.setMovements(movements);
 
@@ -194,6 +216,7 @@ export async function sleepInBed(bot) {
 	if (bedBlock) {
 		info("action", `sleep: nearest bed at ${bedBlock.position.x},${bedBlock.position.y},${bedBlock.position.z}`);
 		ensurePathfinder(bot);
+		setMovementsForTravel(bot);
 		try {
 			await withTimeout(
 				bot.pathfinder.goto(new goals.GoalNear(bedBlock.position.x, bedBlock.position.y, bedBlock.position.z, 2)),
@@ -214,10 +237,133 @@ export async function sleepInBed(bot) {
 	return { ok: false, detail: "no bed in range and won't place blindly" };
 }
 
+// ---- gathering -------------------------------------------------------------
+
+const LOG_NAMES = [
+	"oak_log",
+	"dark_oak_log",
+	"spruce_log",
+	"birch_log",
+	"jungle_log",
+	"acacia_log",
+	"mangrove_log",
+	"cherry_log",
+	"pale_oak_log",
+];
+
+const AXE_NAMES = [
+	"netherite_axe",
+	"diamond_axe",
+	"iron_axe",
+	"stone_axe",
+	"golden_axe",
+	"wooden_axe",
+];
+
+async function equipBestAxe(bot) {
+	for (const name of AXE_NAMES) {
+		const item = bot.inventory.items().find((i) => i.name === name);
+		if (item) {
+			try {
+				await bot.equip(item, "hand");
+				return name;
+			} catch {}
+		}
+	}
+	return null;
+}
+
+// Per-bot blacklist of (x,y,z) positions that pathfinder failed to reach
+// recently. Cleared after BLACKLIST_TTL_MS so the bot can retry if the world
+// has changed (a player chopped a path, the tree fell to natural decay, etc).
+const chopBlacklist = new WeakMap(); // bot → Map<"x,y,z", expireMs>
+const BLACKLIST_TTL_MS = 5 * 60_000;
+
+function getBlacklist(bot) {
+	let m = chopBlacklist.get(bot);
+	if (!m) {
+		m = new Map();
+		chopBlacklist.set(bot, m);
+	}
+	// Sweep expired entries on each lookup — small, cheap.
+	const now = Date.now();
+	for (const [k, exp] of m) if (exp < now) m.delete(k);
+	return m;
+}
+
+export async function chopNearestTree(bot) {
+	const blacklist = getBlacklist(bot);
+	// findBlock invokes the matcher for blocks that pass the maxDistance
+	// pre-filter; in dense areas some have a synthetic shape with no
+	// `.position`. Guard or we crash before we even start pathfinding.
+	const log = bot.findBlock({
+		matching: (b) => {
+			if (!b || !b.position || !LOG_NAMES.includes(b.name)) return false;
+			const key = `${b.position.x},${b.position.y},${b.position.z}`;
+			return !blacklist.has(key);
+		},
+		maxDistance: 32,
+	});
+	if (!log) return { ok: false, detail: "no reachable log within 32 blocks" };
+
+	ensurePathfinder(bot);
+	setMovementsForGather(bot);
+	const axe = await equipBestAxe(bot);
+	info(
+		"action",
+		`chop: ${log.name} at ${log.position.x},${log.position.y},${log.position.z} (tool=${axe ?? "fists"})`,
+	);
+	try {
+		await withTimeout(
+			bot.pathfinder.goto(new goals.GoalGetToBlock(log.position.x, log.position.y, log.position.z)),
+			45_000,
+			"pathToLog",
+		);
+		await withTimeout(bot.dig(log), 30_000, "digLog");
+		// Walk over the dropped item briefly (collectblock plugin would do this
+		// for us, but a simple sleep-then-resume is enough for now).
+		await new Promise((r) => setTimeout(r, 1200));
+		return { ok: true, detail: { logType: log.name, at: log.position } };
+	} catch (e) {
+		warn("action", `chop failed: ${e.message}`);
+		const key = `${log.position.x},${log.position.y},${log.position.z}`;
+		blacklist.set(key, Date.now() + BLACKLIST_TTL_MS);
+		return { ok: false, detail: e.message, blacklisted: log.position };
+	}
+}
+
+// ---- exploration -----------------------------------------------------------
+
+export async function wander(bot, radius = 12) {
+	ensurePathfinder(bot);
+	setMovementsForTravel(bot);
+	// Pick a random offset that's at least 6 blocks away — small enough to be
+	// safe, large enough to not be a no-op when we're stuck on the same block.
+	const here = bot.entity.position;
+	const angle = Math.random() * Math.PI * 2;
+	const dist = 6 + Math.random() * (radius - 6);
+	const tx = Math.round(here.x + Math.cos(angle) * dist);
+	const tz = Math.round(here.z + Math.sin(angle) * dist);
+	const ty = Math.round(here.y);
+	info("action", `wander: → ${tx},${ty},${tz} (dist=${dist.toFixed(1)})`);
+	try {
+		await withTimeout(
+			bot.pathfinder.goto(new goals.GoalNear(tx, ty, tz, 2)),
+			30_000,
+			`wander(${tx},${tz})`,
+		);
+		return { ok: true, detail: { to: { x: tx, y: ty, z: tz } } };
+	} catch (e) {
+		warn("action", `wander failed: ${e.message}`);
+		return { ok: false, detail: e.message };
+	}
+}
+
 // ---- navigation (for operator come/follow) --------------------------------
 
 export async function goTo(bot, x, y, z, minDistance = 2) {
 	ensurePathfinder(bot);
+	setMovementsForTravel(bot);
 	info("action", `goTo: ${x},${y},${z} (min ${minDistance})`);
 	try {
 		await withTimeout(

runtime/bot.js

@@ -233,6 +233,33 @@ function maybeFileProposal(label) {
 	appendDiary(`proposal filed: ${filename} (${summary})`);
 }
 
+// ---- player chat replies (non-operator) ------------------------------------
+
+// Rate-limited light replies to ordinary players. Spam guard is intentional:
+// the chat rate limit catches outbound flooding; this one prevents replying
+// to every greeting in a busy room.
+let lastPlayerReplyAt = 0;
+const PLAYER_REPLY_COOLDOWN_MS = 30_000;
+
+const GREETING_RE = /\b(hi|hello|hey|yo|sup|hola|привет|здаров|здарова|здорова|здравствуй|здравствуйте|салам)\b/i;
+
+function maybeReplyToPlayer(username, text) {
+	if (!bot) return;
+	const lower = text.trim().toLowerCase();
+	const botname = bot.username.toLowerCase();
+	const addressed = lower.includes(botname);
+	if (!addressed && !GREETING_RE.test(lower)) return;
+	const since = Date.now() - lastPlayerReplyAt;
+	if (since < PLAYER_REPLY_COOLDOWN_MS) return;
+	lastPlayerReplyAt = Date.now();
+
+	// Pick a small canned response. Non-operator chat is dialog-only by design
+	// — we don't act on player verbs, we just acknowledge presence.
+	const replies = ["yo", "hey", "hi", "привет"];
+	const reply = replies[Math.floor(Math.random() * replies.length)];
+	botChat(`${username}: ${reply}`);
+}
+
 // ---- operator chat commands ------------------------------------------------
 
 function isOperator(username) {
@@ -333,6 +360,12 @@ function connect() {
 			} catch (e) {
 				warn("operator", `handler threw: ${e.message}`);
 			}
+		} else {
+			try {
+				maybeReplyToPlayer(username, message);
+			} catch (e) {
+				warn("chat", `player reply handler threw: ${e.message}`);
+			}
 		}
 	});
 
@@ -416,6 +449,10 @@ function tick() {
 	if (bot && bot.entity) {
 		lastSnapshot = buildSnapshot(bot);
 		lastSnapshot.pendingProposals = listProposals().length;
+		lastSnapshot.lastReflex = reflexCtx.lastReflex ?? null;
+		lastSnapshot.busy = reflexCtx.busy
+			? { label: reflexCtx.currentActionLabel ?? "?" }
+			: null;
 		reflexCtx.snapshot = lastSnapshot;
 		if (!reflexPaused) {
 			const result = runTick(reflexCtx);

runtime/reflex.js

@@ -7,7 +7,7 @@
 // escalates to Pi after a threshold (see ESCALATE_AFTER_NOOPS).
 
 import { info, warn } from "./log.js";
-import { attackNearest, fleeFrom, eatBestFood, sleepInBed, goTo } from "./actions.js";
+import { attackNearest, fleeFrom, eatBestFood, sleepInBed, goTo, chopNearestTree, wander } from "./actions.js";
 
 const REFLEX_LOG = "reflex";
 
@@ -54,9 +54,13 @@ function defendReflex(ctx) {
 	const dist = s.closestHostile.distance;
 	const lowHp = (s.health ?? 20) <= 8;
 
-	// Two regimes:
+	// Three regimes — tightened to avoid the "82 distant hostiles → constant
+	// flee" pathology observed at this spawn:
 	//   - within 4m: melee attack
-	//   - 4-12m and either low HP or many hostiles: flee
+	//   - within 8m (and visibly hostile to us): flee
+	//   - low-HP fallback: flee anything within 12m
+	// Anything beyond 8m with full HP is ignored regardless of how many
+	// hostiles the perceive snapshot enumerates.
 	if (dist <= 4) {
 		ctx.dispatch(
 			() => attackNearest(ctx.bot, s.closestHostile.name),
@@ -64,17 +68,28 @@ function defendReflex(ctx) {
 		);
 		return { action: "dispatched", kind: "defend-attack", label: s.closestHostile.name };
 	}
-	if (dist <= 12 && (lowHp || (s.hostileCount ?? 0) >= 3)) {
+	const shouldFlee = (dist <= 8) || (lowHp && dist <= 12);
-		const fromEntity = Object.values(ctx.bot.entities).find(
+	if (!shouldFlee) return { action: "noop" };
-			(e) => e.name === s.closestHostile.name && e.position && Math.abs(e.position.distanceTo(ctx.bot.entity.position) - dist) < 1.5,
+
-		);
+	// Cooldown — if we just fled from this same mob type and it didn't work
-		ctx.dispatch(
+	// (timed out), don't immediately re-fire. Let other reflexes run.
-			() => fleeFrom(ctx.bot, fromEntity, 16),
+	const lastFlee = ctx.lastFleeAttempt;
-			`flee from ${s.closestHostile.name}`,
+	if (lastFlee && lastFlee.name === s.closestHostile.name && Date.now() - lastFlee.ts < 60_000) {
-		);
+		return { action: "noop" };
-		return { action: "dispatched", kind: "defend-flee", label: s.closestHostile.name };
 	}
-	return { action: "noop" };
+	ctx.lastFleeAttempt = { name: s.closestHostile.name, ts: Date.now() };
+
+	const fromEntity = Object.values(ctx.bot.entities).find(
+		(e) =>
+			e.name === s.closestHostile.name &&
+			e.position &&
+			Math.abs(e.position.distanceTo(ctx.bot.entity.position) - dist) < 1.5,
+	);
+	ctx.dispatch(
+		() => fleeFrom(ctx.bot, fromEntity, 16),
+		`flee from ${s.closestHostile.name}`,
+	);
+	return { action: "dispatched", kind: "defend-flee", label: s.closestHostile.name };
 }
 
 // ---- eat -------------------------------------------------------------------
@@ -107,9 +122,10 @@ function sleepReflex(ctx) {
 	if (!s.connected) return { action: "noop" };
 	if (s.isDay) return { action: "noop" };
 	if (s.closestHostile && s.closestHostile.distance < 8) return { action: "noop" }; // not safe
-	// Cooldown — don't retry sleep more than once per 30s if it failed.
+	// Longer cooldown after a failure — if there's no bed nearby, retrying
+	// every 30s blocks autonomous behaviour without ever succeeding.
 	const since = Date.now() - (ctx.lastSleepAttemptAt ?? 0);
-	if (since < 30_000) return { action: "noop" };
+	if (since < 5 * 60_000) return { action: "noop" };
 
 	ctx.lastSleepAttemptAt = Date.now();
 	ctx.dispatch(
@@ -125,6 +141,59 @@ function sleepReflex(ctx) {
 	return { action: "dispatched", kind: "sleep", label: "night" };
 }
 
+// ---- autonomous "live your best life" --------------------------------------
+
+// Triggered when no reactive reflex (operator/defend/eat/sleep) wants to act.
+// Picks ONE small proactive action and runs it. Cooldown so we don't fire on
+// every 3s tick — actions take 15-45s themselves and we want some breathing
+// room between them.
+const AUTONOMOUS_COOLDOWN_MS = 10_000;
+
+function autonomousReflex(ctx) {
+	const s = ctx.snapshot;
+	if (!s.connected) return { action: "noop" };
+
+	// Only suppress autonomous work at night when a hostile is in actual reach
+	// (within 16m). Distant mobs the perception layer happens to enumerate
+	// don't count — at this spawn there can be 80+ mobs visible but irrelevant
+	// to local action.
+	const nightClose = !s.isDay && s.closestHostile && s.closestHostile.distance <= 16;
+	if (nightClose) return { action: "noop" };
+
+	const since = Date.now() - (ctx.lastAutonomousAt ?? 0);
+	if (since < AUTONOMOUS_COOLDOWN_MS) return { action: "noop" };
+	ctx.lastAutonomousAt = Date.now();
+
+	// What to do: gather wood until we have a small stockpile, then wander a
+	// bit to find new chunks. If a recent chop attempt reported "no reachable
+	// log", switch to wander for the next 60s — chopping the same not-found
+	// position over and over is what the user observed live.
+	const inv = s.inventory ?? {};
+	const logCount = Object.entries(inv)
+		.filter(([name]) => name.endsWith("_log"))
+		.reduce((sum, [, n]) => sum + n, 0);
+
+	const noTreesRecently = ctx.noTreesUntil && Date.now() < ctx.noTreesUntil;
+	const wantChop = logCount < 16 && !noTreesRecently;
+	if (wantChop) {
+		ctx.dispatch(() => chopNearestTree(ctx.bot), "chop tree", {
+			onComplete: (res) => {
+				if (res.ok) {
+					info(REFLEX_LOG, `chopped ${res.detail?.logType ?? "log"}`);
+					ctx.noTreesUntil = 0; // success ⇒ trees exist around us
+				} else if (typeof res.detail === "string" && res.detail.includes("no reachable")) {
+					// No log within 32 blocks of the current position. Don't try
+					// again for 60s — wander first to find a new biome / chunk.
+					ctx.noTreesUntil = Date.now() + 60_000;
+				}
+			},
+		});
+		return { action: "dispatched", kind: "autonomous-chop", label: "chop tree" };
+	}
+	ctx.dispatch(() => wander(ctx.bot, 16), "wander", {});
+	return { action: "dispatched", kind: "autonomous-wander", label: "wander" };
+}
+
 // ---- idle ------------------------------------------------------------------
 
 function idleReflex(ctx) {
@@ -144,6 +213,7 @@ const REFLEXES = [
 	{ name: "defend", fn: defendReflex },
 	{ name: "eat", fn: eatReflex },
 	{ name: "sleep", fn: sleepReflex },
+	{ name: "autonomous", fn: autonomousReflex },
 	{ name: "idle", fn: idleReflex },
 ];
 
@@ -161,6 +231,7 @@ export function runTick(ctx) {
 			continue;
 		}
 		if (!outcome || outcome.action === "noop") continue;
+		ctx.lastReflex = { name: reflex.name, label: outcome.label ?? outcome.kind, ts: Date.now() };
 		return { reflex: reflex.name, ...outcome };
 	}
 	return null;

tui/tui.tsx

@@ -123,10 +123,30 @@ function StatusBar({ snapshot, paused, connectedToBot }: { snapshot: Snapshot; p
 				{snapshot.closestHostile ? `  closest=${snapshot.closestHostile.name}@${snapshot.closestHostile.distance}m` : ""}
 				{snapshot.pendingProposals ? <Text color="magenta" bold>{`  [proposals ${snapshot.pendingProposals}, press y]`}</Text> : null}
 			</Text>
+			<Text>
+				{snapshot.busy ? (
+					<Text color="cyan">▸ busy: {snapshot.busy.label}</Text>
+				) : snapshot.lastReflex ? (
+					<Text dimColor>
+						last reflex: {snapshot.lastReflex.name}
+						{snapshot.lastReflex.label ? ` (${snapshot.lastReflex.label})` : ""}{" "}
+						{snapshot.lastReflex.ts ? formatAge(snapshot.lastReflex.ts) : ""}
+					</Text>
+				) : (
+					<Text dimColor>no reflex action yet</Text>
+				)}
+			</Text>
 		</Box>
 	);
 }
 
+function formatAge(tsMs: number): string {
+	const ageMs = Date.now() - tsMs;
+	if (ageMs < 60_000) return `${Math.floor(ageMs / 1000)}s ago`;
+	if (ageMs < 3600_000) return `${Math.floor(ageMs / 60_000)}m ago`;
+	return `${Math.floor(ageMs / 3600_000)}h ago`;
+}
+
 function ProposalPanel({
 	proposal,
 	onClose,