Advanced Lorebook

— by Icehellionx

⚠️The Advanced Lorebook script is a derivative of the original Advanced Lorebook script that was used during testing. This script is kept as a legacy option in case someone is brave enough to fork it and create a new variant!

Icehellionx's v12 version of this script includes guardrails and extra features.

/* ============================================================================
   ADVANCED LORE BOOK SYSTEM v12
   Author: Icehellionx
   //#region HEADER
   ==========================================================================
   Inputs (read-only):  context.chat.last_message (or lastMessage), context.chat.message_count
   Outputs (write-only): context.character.personality, context.character.scenario

   AUTHOR CHEAT-SHEET (ASCII-safe):
     - keywords: real user words/phrases; supports suffix wildcard "welcom*" -> welcome/welcomed/welcoming.
     - tag: internal label for this entry (e.g., "base_open"); never matched against text.
     - triggers: list of tags to emit when this entry hits (e.g., ["base_open"]).

   Text gates (any of these aliases are accepted):
     - requireAny / andAny / requires: { any: [...] }
     - requireAll / andAll / requires: { all: [...] }
     - requireNone / notAny / block / requires: { none: [...] }
     - notAll  // reject only if *all* listed words are present simultaneously

   Tag gates (cross-entry by fired tags):
     - andAnyTags, andAllTags, notAnyTags, notAllTags

   Time gates:
     - minMessages / maxMessages

   Name block:
     - nameBlock: ["jamie"]  // blocks if active bot name equals any listed (case-insensitive)

   Priority and selection:
     - priority: 1..5 (default 3; clamped)
     - APPLY_LIMIT caps how many entries apply per turn (engine-level)

   Probability:
     - probability: 0..1 or "40%" (both supported)

   Shifts:
     - optional sub-entries with same fields as entries; evaluated after the parent entry hits

   Multi-message window (engine behavior summary):
     - Engine normalizes a joined window of recent messages (WINDOW_DEPTH) for keyword checks.
     - Whole-word matching with optional suffix wildcard "stem*".
     - Hyphen/underscore treated as spaces during normalization.

   Output formatting:
     - Engine prepends "\n\n" before each applied personality/scenario fragment.
   ========================================================================== */


/* ============================================================================
   [SECTION] GLOBAL KNOBS
   SAFE TO EDIT: Yes
   ========================================================================== */
//#region GLOBAL_KNOBS
var DEBUG       = 0;     // 1 -> emit [DBG] lines inline in personality
var APPLY_LIMIT = 6;     // cap applied entries per turn; higher priorities win

/* ============================================================================
   [SECTION] OUTPUT GUARDS
   SAFE TO EDIT: Yes (keep behavior)
   ========================================================================== */
//#region OUTPUT_GUARDS
context.character = context.character || {};
context.character.personality = (typeof context.character.personality === "string")
  ? context.character.personality : "";
context.character.scenario = (typeof context.character.scenario === "string")
  ? context.character.scenario : "";

/* ============================================================================
   [SECTION] INPUT NORMALIZATION
   SAFE TO EDIT: Yes (tune WINDOW_DEPTH; keep normalization rules)
   ========================================================================== */
//#region INPUT_NORMALIZATION
// --- How many recent messages to scan together (tune as needed) -------------
var WINDOW_DEPTH = (function (n) {
  n = parseInt(n, 10);
  if (isNaN(n)) n = 5;
  if (n < 1) n = 1;
  if (n > 20) n = 20; // safety cap
  return n;
})(typeof WINDOW_DEPTH === "number" ? WINDOW_DEPTH : 5);

// --- Utilities ---------------------------------------------------------------
function _str x)  { return (x == null ? "" : String x)  ; }
function _normalizeText(s) {
  s = _str(s).toLowerCase();
  s = s.replace(/[^a-z0-9_\s-]/g, " "); // keep letters/digits/underscore/hyphen/space
  s = s.replace(/[-_]+/g, " ");         // treat hyphen/underscore as spaces
  s = s.replace(/\s+/g, " ").trim();    // collapse spaces
  return s;
}

// --- Build multi-message window ---------------------------------------------
var _lmArr = (context && context.chat && context.chat.last_messages && typeof context.chat.last_messages.length === "number")
  ? context.chat.last_messages : null;

var _joinedWindow = "";
var _rawLastSingle = "";

if (_lmArr && _lmArr.length > 0) {
  var startIdx = Math.max(0, _lmArr.length - WINDOW_DEPTH);
  var segs = [];
  for (var i = startIdx; i < _lmArr.length; i++) {
    var item = _lmArr[i];
    var msg = (item && typeof item.message === "string") ? item.message : _str(item);
    segs.push(_str(msg));
  }
  _joinedWindow = segs.join(" ");
  var lastItem = _lmArr[_lmArr.length - 1];
  _rawLastSingle = _str((lastItem && typeof lastItem.message === "string") ? lastItem.message : lastItem);
} else {
  var _lastMsgA = (context && context.chat && typeof context.chat.lastMessage === "string") ? context.chat.lastMessage : "";
  var _lastMsgB = (context && context.chat && typeof context.chat.last_message === "string") ? context.chat.last_message : "";
  _rawLastSingle = _str(_lastMsgA || _lastMsgB);
  _joinedWindow = _rawLastSingle;
}

// --- Public struct + haystack ------------------------------------------------
var CHAT_WINDOW = {
  depth: WINDOW_DEPTH,
  count_available: (_lmArr && _lmArr.length) ? _lmArr.length : (_rawLastSingle ? 1 : 0),
  text_joined: _joinedWindow,
  text_last_only: _rawLastSingle,
  text_joined_norm: _normalizeText(_joinedWindow),
  text_last_only_norm: _normalizeText(_rawLastSingle)
};
var last = " " + CHAT_WINDOW.text_joined_norm + " ";

// --- Message count -----------------------------------------------------------
var messageCount = 0;
if (_lmArr && typeof _lmArr.length === "number") {
  messageCount = _lmArr.length;
} else if (context && context.chat && typeof context.chat.message_count === "number") {
  messageCount = context.chat.message_count;
} else if (typeof context_chat_message_count === "number") {
  messageCount = context_chat_message_count;
}

// --- Active character name ---------------------------------------------------
var activeName = _normalizeText(
  (context && context.character && typeof context.character.name === "string")
    ? context.character.name
    : ""
);

/* ============================================================================
   [SECTION] UTILITIES
   SAFE TO EDIT: Yes
   ========================================================================== */
//#region UTILITIES
function dbg(msg) {
  try {
    if (typeof DEBUG !== "undefined" && DEBUG) {
      context.character.personality += "\n\n[DBG] " + String(msg);
    }
  } catch (e) {}
}
function arr x)  { return Array.isArray x)  ? x : (x == null ? [] : [x]); }
function clamp01(v) { v = +v; if (!isFinite(v)) return 0; return Math.max(0, Math.min(1, v)); }
function parseProbability(v) {
  if (v == null) return 1;
  if (typeof v === "number") return clamp01(v);
  var s = String(v).trim().toLowerCase();
  var n = parseFloat(s.replace("%", ""));
  if (!isFinite(n)) return 1;
  return s.indexOf("%") !== -1 ? clamp01(n / 100) : clamp01(n);
}
function prio(e) {
  var p = (e && isFinite(e.priority)) ? +e.priority : 3;
  if (p < 1) p = 1;
  if (p > 5) p = 5;
  return p;
}
function getMin(e) { return (e && isFinite(e.minMessages)) ? +e.minMessages : -Infinity; }
function getMax(e) { return (e && isFinite(e.maxMessages)) ? +e.maxMessages :  Infinity; }
function getKW(e)  { return (e && Array.isArray(e.keywords)) ? e.keywords.slice(0) : []; }
function getTrg(e) { return (e && Array.isArray(e.triggers)) ? e.triggers.slice(0) : []; }
function getBlk(e) {
  if (!e) return [];
  if (Array.isArray(e.block)) return e.block.slice(0);
  if (Array.isArray(e.Block)) return e.Block.slice(0);
  return [];
}
function getNameBlock(e) { return (e && Array.isArray(e.nameBlock)) ? e.nameBlock.slice(0) : []; }
function normName(s) { return _normalizeText(s); }
function isNameBlocked(e) {
  if (!activeName) return false;
  var nb = getNameBlock(e);
  for (var i = 0; i < nb.length; i++) {
    var n = normName(nb[i]);
    if (!n) continue;
    if (n === activeName) return true;
    if (activeName.indexOf(n) !== -1) return true;
    if (n.indexOf(activeName + " ") === 0) return true;
  }
  return false;
}
function reEsc(s) { return String(s).replace(/[.*+?^${}()|[\]\]/g, "\$&"); }

function hasTerm(hay, term) {
  var t = (term == null ? "" : String(term)).toLowerCase().trim();
  if (!t) return false;
  if (t.charAt(t.length - 1) === "*") {
    var stem = reEsc(t.slice(0, -1));
    var re1 = new RegExp("(?:^|\s)" + stem + "[a-z]*?(?=\s|$)");
    return re1.test(hay);
  }
  var w = reEsc(t);
  var re2 = new RegExp("(?:^|\s)" + w + "(?=\s|$)");
  return re2.test(hay);
}

function collectWordGates(e) {
  var r = (e && e.requires) ? e.requires : {};
  var any  = [].concat(arr(e && e.requireAny),  arr(e && e.andAny),  arr(r.any));
  var all  = [].concat(arr(e && e.requireAll),  arr(e && e.andAll),  arr(r.all));
  var none = [].concat(arr(e && e.requireNone), arr(e && e.notAny),  arr(r.none), arr(getBlk(e)));
  var nall = [].concat(arr(e && e.notAll));
  return { any: any, all: all, none: none, nall: nall };
}

function wordGatesPass(e) {
  var g = collectWordGates(e);
  if (g.any.length  && !g.any.some(function (w) { return hasTerm(last, w); })) return false;
  if (g.all.length  && !g.all.every(function (w) { return hasTerm(last, w); })) return false;
  if (g.none.length &&  g.none.some(function (w) { return hasTerm(last, w); })) return false;
  if (g.nall.length &&   g.nall.every(function (w) { return hasTerm(last, w); })) return false;
  return true;
}

function tagsPass(e, activeTagsSet) {
  var anyT  = arr(e && e.andAnyTags);
  var allT  = arr(e && e.andAllTags);
  var noneT = arr(e && e.notAnyTags);
  var nallT = arr(e && e.notAllTags);
  var hasT  = function (t) { return !!activeTagsSet && activeTagsSet[String(t)] === 1; };

  if (anyT.length  && !anyT.some(hasT)) return false;
  if (allT.length  && !allT.every(hasT)) return false;
  if (noneT.length &&  noneT.some(hasT)) return false;
  if (nallT.length &&   nallT.every(hasT)) return false;
  return true;
}

function isAlwaysOn(e) {
  var hasKW  = !!(e && e.keywords && e.keywords.length);
  var hasTag = !!(e && e.tag);
  var hasMin = (e && e.minMessages != null);
  var hasMax = (e && e.maxMessages != null);
  return !hasKW && !hasTag && !hasMin && !hasMax;
}

function entryPasses(e, activeTagsSet) {
  if (!(messageCount >= getMin(e) && messageCount <= getMax(e))) return false;
  if (isNameBlocked(e)) return false;
  if (!wordGatesPass(e)) return false;
  if (!tagsPass(e, activeTagsSet || {})) return false;
  if (Math.random() > parseProbability(e && e.probability)) return false;
  return true;
}

/* ============================================================================
   [SECTION] AUTHOR ENTRIES
   SAFE TO EDIT: Yes
   ========================================================================== */
//#region AUTHOR_ENTRIES
var dynamicLore = [
// 🟢🟢🟢 SAFE TO EDIT BELOW THIS LINE 🟢🟢🟢

  /* L0 — Always-on demo
     What it does: Fires every turn because there are no keywords, no time gates, and no tag.
     Why use: Bootstrap a baseline voice or a harmless always-on nudge.
  */
  { personality: " This entry will always fire." },

  /* L1 — Basics: greeting keywords
     New tools: simple keyword list.
     Why use: Straightforward mapping from "hello/hi/hey" to a friendly behavior.
  */
  {
    keywords: ["hello", "hi", "hey"],
    personality: " {{char}} is friendly and professional with customers and should say hello back."
  },

  /* L2a — Time-of-day greetings, with exclusion and trigger emission
     New tools: priority bump (4), requireNone exclusion, triggers emission.
     What it does: If welcome/good morning/etc appears and it's NOT a refund/complaint, greet and emit base_greeting.
     Why use: Fan-out pattern—one keyword entry activates a cleaner follow-up via a tag.
  */
  {
    keywords: ["welcome", "good morning", "good afternoon", "good evening"],
    priority: 4,
    triggers: ["base_greeting"],
    requireNone: ["refund", "complaint"],
    personality: " {{char}} should greet for the time of day and should ask how they can help."
  },

  /* L2b — Baseline greeting (trigger-only)
     New tools: tag entry, higher priority (5).
     What it does: Fires only if 'base_greeting' tag is present.
     Why use: Keep layered structure tidy—separate core greeting confirmation from raw keyword hit.
  */
  {
    tag: "base_greeting",
    priority: 5,
    personality: " {{char}} should confirm the customer's name if it was given and should restate the greeting clearly."
  },

  /* L2c — Courtesy echo: always-on gated by politeness signals
     New tools: andAny (alias of requireAny), triggers emission.
     What it does: If courtesy terms appear anywhere, mirror a polite tone and also emit base_greeting for cohesion.
     Why use: Gentle tonal control that chains into your greeting stack without new keywords.
  */
  {
    andAny: ["please", "thank", "thanks"],
    priority: 3,
    triggers: ["base_greeting"],
    personality: " {{char}} acknowledges the courtesy and mirrors the polite tone."
  },

  /* L3a — Espresso request with block and requires
     New tools: block (exclusion), andAny, triggers fan-out, explicit scenario.
     What it does: For "espresso" and any of ["dial","grind"], unless blocked by "decaf-only", emit 'base_espresso'
                   and output concrete personality+scenario steps.
     Why use: Demonstrates negative gating and skill instruction (dial-in details).
  */
  {
    keywords: ["espresso"],
    priority: 4,
    block: ["decaf-only"],
    triggers: ["base_espresso"],
    andAny: ["dial", "grind"],
    personality: " {{char}} should state the target shot time and the grind adjustment before pulling the shot.",
    scenario: " {{char}} times the shot to 25-30 seconds and states the exact grind change used."
  },

  /* L3b — Espresso baseline (trigger-only)
     What it does: Ensures order clarifications are surfaced once 'base_espresso' is set.
     Why use: Centralizes the common preflight questions for all espresso variants.
  */
  {
    tag: "base_espresso",
    priority: 5,
    personality: " {{char}} should confirm single or double, desired volume or ratio, and for-here or to-go before preparing the shot."
  },

  /* L4a — Latte art with probability and nested requires
     New tools: probability "40%", requires.any + requires.none, triggers.
     What it does: If "latte art" or "art", and we have art/heart/design cues, and not in a rush,
                   then sometimes (40%) propose art and emit base_latte_art.
     Why use: Teaches controlled randomness and queue-aware behavior.
  */
  {
    keywords: ["latte art", "art"],
    priority: 4,
    probability: "40%",
    triggers: ["base_latte_art"],
    requires: { any: ["art", "heart", "design"], none: ["rush", "busy"] },
    personality: " {{char}} should check the queue length and should offer a simple heart if the line is short; otherwise {{char}} should explain that speed takes priority."
  },

  /* L4b — Base latte art (trigger-only)
     What it does: Standardizes pre-art confirmations (cup size, milk).
     Why use: Keeps your latte art flow consistent and centrally adjustable.
  */
  {
    tag: "base_latte_art",
    priority: 5,
    personality: " {{char}} should confirm cup size and milk choice before attempting latte art."
  },

  /* L5a — Opening routine with time gating + exclusion
     New tools: minMessages/maxMessages, notAny.
     What it does: Only in the first 3 messages (0..3), if opening cues appear and not at night,
                   emit base_open and list initial tasks.
     Why use: Scenario-appropriate pacing—front-load opening steps early in a chat session.
  */
  {
    keywords: ["opening", "open"],
    minMessages: 0, maxMessages: 3,
    priority: 4,
    triggers: ["base_open"],
    notAny: ["night"],
    personality: " {{char}} should list the first three opening tasks they perform."
  },

  /* L5b — Base opening (trigger-only)
     What it does: A fixed ordered checklist for consistency during open.
     Why use: Enforces a canonical order of steps separate from detection logic.
  */
  {
    tag: "base_open",
    priority: 5,
    personality: " {{char}} should calibrate the grinder, flush the group heads, and restock cups in that order."
  },

  /* L6a — Closing routine; requires(clean) and suffix wildcard
     New tools: suffix wildcard "clos*", minMessages gate for later chat, andAll.
     What it does: After at least 4 messages, if closing cues and "clean" are present, emit base_close and summarize.
     Why use: Late-session operational wrap-up with explicit cleanliness requirement.
  */
  {
    keywords: ["closing", "clos*"],
    minMessages: 4,
    priority: 4,
    triggers: ["base_close"],
    andAll: ["clean"],
    personality: " {{char}} should summarize how they clean and how they log at the end of the day."
  },

  /* L6b — Base closing (trigger-only)
     What it does: Standard close checklist.
     Why use: Codifies the close routine that other entries can build on.
  */
  {
    tag: "base_close",
    priority: 5,
    personality: " {{char}} should purge the steam wands, clean the drip trays, and record wastage before locking up."
  },

  /* L7a — Inventory with multiple triggers and nested requires
     New tools: multiple triggers in one entry; requires.any + requires.none bundle.
     What it does: When stock/inventory discussed, emit both 'base_inventory' and 'order_supplies';
                   summarize levels and whether reorder is needed.
     Why use: Forks into two coordinated flows: assessing stock then placing orders.
  */
  {
    keywords: ["inventory", "stock"],
    priority: 4,
    triggers: ["base_inventory", "order_supplies"],
    requires: { any: ["stock", "inventory"], none: ["audit-only"] },
    personality: " {{char}} should state current bean and milk levels and should say whether a reorder is needed."
  },

  /* L7b — Base inventory (trigger-only)
     What it does: Prompts a check and heuristic planning for tomorrow.
     Why use: Keeps the inventory conversation concrete (logs, estimates, flags).
  */
  {
    tag: "base_inventory",
    priority: 5,
    personality: " {{char}} should check the log, estimate tomorrow's usage, and flag low items."
  },

  /* L7c — Order supplies (trigger-only)
     What it does: Converts assessment into explicit quantities and an action (PO).
     Why use: Ensures conversations end with a clear operational decision.
  */
  {
    tag: "order_supplies",
    priority: 4,
    personality: " {{char}} should specify exact quantities for beans and milk and should submit the purchase order."
  },

  /* L8a — Milk steaming with Shifts (branching refinements)
     New tools: Shifts array (child entries), per-shift probability, per-shift gates including nameBlock, block, and andAny.
     What it does: A base milk steaming behavior emits 'base_milk' and sets default technique outputs,
                   while Shifts refine based on drink type and constraints.
     Why use: Structured specialization—shared base plus targeted adjustments without duplicating the base rule.
  */
  {
    keywords: ["milk", "steam"],
    priority: 4,
    triggers: ["base_milk"],
    personality: " {{char}} should state the target texture based on the requested drink and should monitor milk temperature.",
    scenario: " {{char}} sets the pitcher angle, finds a whirlpool, and stops at the correct temperature.",
    Shifts: [
      /* Shift 1 — Cappuccino (always if matched)
         New tools: shift with its own keywords and probability.
         Why use: Guarantees classic cappuccino foam profile when requested.
      */
      {
        keywords: ["cappuccino"],
        probability: 1.0,
        personality: " {{char}} should create a drier foam suitable for a classic cappuccino.",
        scenario: " {{char}} keeps the foam airy and maintains a stable cap."
      },
      /* Shift 2 — Latte (subsampled, avoids rush/busy)
         New tools: probability 0.7, notAny exclusion inside a shift.
         Why use: Offers microfoam and art if pace allows; defers when busy.
      */
      {
        keywords: ["latte"],
        probability: 0.7,
        notAny: ["rush", "busy"],
        personality: " {{char}} should create smooth microfoam suitable for a latte.",
        scenario: " {{char}} aims for a glossy texture that allows simple latte art."
      },
      /* Shift 3 — Non-dairy handling with block and nameBlock
         New tools: block ("sold out"), nameBlock (e.g., prevent cameo self-mentions from altering flow),
                    andAny to catch non-dairy signals.
         Why use: Precise constraints on alternative milks and a safe temperature tweak.
      */
      {
        keywords: ["oat", "almond"],
        block: ["sold out"],
        nameBlock: ["jamie"],
        andAny: ["oat", "almond", "non-dairy"],
        personality: " {{char}} should reduce the final temperature slightly to prevent splitting for non-dairy milk.",
        scenario: " {{char}} keeps the pitcher a few degrees cooler to avoid separation."
      }
    ]
  },

  /* L8b — Base milk (trigger-only)
     What it does: Establishes the milk choice confirmation and adjusts approach accordingly.
     Why use: Keeps milk handling consistent before any specific shift overrides.
  */
  {
    tag: "base_milk",
    priority: 5,
    personality: " {{char}} should confirm dairy or non-dairy milk and should adjust the steaming approach accordingly."
  },

  /* L9a — Operations cameo with nameBlock and exclusion
     New tools: nameBlock prevents self-referential loops if the character is "jamie".
     What it does: If user mentions "jamie" or "manager" (but character named 'jamie' is blocked from acting on it),
                   and not off-duty, emit base_ops and assign roles.
     Why use: Avoids awkward self-cameo; still supports talking about someone else named Jamie.
  */
  {
    keywords: ["jamie", "manager"],
    nameBlock: ["jamie"],
    priority: 4,
    triggers: ["base_ops"],
    notAny: ["off-duty"],
    personality: " {{char}} should assign roles during peak hours and should confirm the plan."
  },

  /* L9b — Base ops (trigger-only)
     What it does: Defines the stations and the handoff checkpoints.
     Why use: Operational clarity during busy periods.
  */
  {
    tag: "base_ops",
    priority: 5,
    personality: " {{char}} should assign register, bar, and runner positions and should confirm handoff points."
  },

  /* L10a — Inspection flow with multi-triggers and requires(all)
     New tools: multiple triggers and andAll; chains into a health sub-flow.
     What it does: For inspection/health with labels present, emit base_inspection and health_check.
     Why use: Parallel checklists: sanitation and cold-chain checks in one pass.
  */
  {
    keywords: ["inspection", "health"],
    priority: 4,
    triggers: ["base_inspection", "health_check"],
    andAll: ["labels"],
    personality: " {{char}} should confirm sanitizer strength and should verify that all milk jugs have current labels."
  },

  /* L10b — Base inspection (trigger-only)
     What it does: Details the sanitizer and labeling checks.
     Why use: Keeps inspectors’ expectations visible and precise.
  */
  {
    tag: "base_inspection",
    priority: 5,
    personality: " {{char}} should verify sanitizer ppm, check date labels, and should note any required corrections."
  },

  /* L10c — Health check (trigger-only) with its own requires bundle
     New tools: requires.none + requires.any in one object.
     What it does: If not told to skip, and temperature/fridge/thermometer is in scope,
                   record fridge temps and list corrective actions.
     Why use: Encodes a simple HACCP-style gate without cluttering the parent entry.
  */
  {
    tag: "health_check",
    priority: 4,
    requires: { none: ["skip"], any: ["temperature", "fridge", "thermometer"] },
    personality: " {{char}} should record fridge temperatures and should list any corrective actions completed."
  }

// 🛑🛑🛑 DO NOT EDIT BELOW THIS LINE 🛑🛑🛑
];

/* ============================================================================
   [SECTION] COMPILATION
   DO NOT EDIT: Behavior-sensitive
   ========================================================================== */
//#region COMPILATION
function compileAuthorLore(authorLore) {
  var src = Array.isArray(authorLore) ? authorLore : [];
  var out = new Array(src.length);
  for (var i = 0; i < src.length; i++) out[i] = normalizeEntry(src[i]);
  return out;
}
function normalizeEntry(e) {
  if (!e) return {};
  var out = {};
  for (var k in e) if (Object.prototype.hasOwnProperty.call(e, k)) out[k] = e[k];
  out.keywords = Array.isArray(e.keywords) ? e.keywords.slice(0) : [];
  if (Array.isArray(e.Shifts) && e.Shifts.length) {
    var shArr = new Array(e.Shifts.length);
    for (var i = 0; i < e.Shifts.length; i++) {
      var sh = e.Shifts[i] || {};
      var shOut = {};
      for (var sk in sh) if (Object.prototype.hasOwnProperty.call(sh, sk)) shOut[sk] = sh[sk];
      shOut.keywords = Array.isArray(sh.keywords) ? sh.keywords.slice(0) : [];
      shArr[i] = shOut;
    }
    out.Shifts = shArr;
  } else if (out.hasOwnProperty("Shifts")) {
    delete out.Shifts;
  }
  return out;
}
var _ENGINE_LORE = compileAuthorLore(typeof dynamicLore !== "undefined" ? dynamicLore : []);

/* ============================================================================
   [SECTION] SELECTION PIPELINE
   DO NOT EDIT: Behavior-sensitive
   ========================================================================== */
//#region SELECTION_PIPELINE
// --- State -------------------------------------------------------------------
var buckets = [null, [], [], [], [], []];
var picked = new Array(_ENGINE_LORE.length);
for (var __i = 0; __i < picked.length; __i++) picked[__i] = 0;

function makeTagSet() { return Object.create(null); }
var trigSet = makeTagSet();
var postShiftTrigSet = makeTagSet();

function addTag(set, key) { set[String(key)] = 1; }
function hasTag(set, key) { return set[String(key)] === 1; }

// --- 1) Direct pass ----------------------------------------------------------
for (var i1 = 0; i1 < _ENGINE_LORE.length; i1++) {
  var e1 = _ENGINE_LORE[i1];
  var hit = isAlwaysOn(e1) || getKW(e1).some(function (kw) { return hasTerm(last, kw); });
  if (!hit) continue;
  if (!entryPasses(e1, undefined)) { dbg("filtered entry[" + i1 + "]"); continue; }
  buckets[prio(e1)].push(i1);
  picked[i1] = 1;
  var trg1 = getTrg(e1);
  for (var t1 = 0; t1 < trg1.length; t1++) addTag(trigSet, trg1[t1]);
  dbg("hit entry[" + i1 + "] p=" + prio(e1));
}

// --- 2) Trigger pass ---------------------------------------------------------
for (var i2 = 0; i2 < _ENGINE_LORE.length; i2++) {
  if (picked[i2]) continue;
  var e2 = _ENGINE_LORE[i2];
  if (!(e2 && e2.tag && hasTag(trigSet, e2.tag))) continue;
  if (!entryPasses(e2, trigSet)) { dbg("filtered triggered entry[" + i2 + "]"); continue; }
  buckets[prio(e2)].push(i2);
  picked[i2] = 1;
  var trg2 = getTrg(e2);
  for (var t2 = 0; t2 < trg2.length; t2++) addTag(trigSet, trg2[t2]);
  dbg("triggered entry[" + i2 + "] p=" + prio(e2));
}

// --- 3) Priority selection (capped) -----------------------------------------
var selected = [];
var pickedCount = 0;
var __APPLY_LIMIT = (typeof APPLY_LIMIT === "number" && APPLY_LIMIT >= 1) ? APPLY_LIMIT : 99999;

for (var p = 5; p >= 1 && pickedCount < __APPLY_LIMIT; p--) {
  var bucket = buckets[p];
  for (var bi = 0; bi < bucket.length && pickedCount < __APPLY_LIMIT; bi++) {
    selected.push(bucket[bi]);
    pickedCount++;
  }
}
if (pickedCount === __APPLY_LIMIT) dbg("APPLY_LIMIT reached");

/* ============================================================================
   [SECTION] APPLY + SHIFTS + POST-SHIFT
   DO NOT EDIT: Behavior-sensitive
   ========================================================================== */
//#region APPLY_AND_SHIFTS
var bufP = "";
var bufS = "";

for (var si = 0; si < selected.length; si++) {
  var idx = selected[si];
  var e3 = _ENGINE_LORE[idx];
  if (e3 && e3.personality) bufP += "\n\n" + e3.personality;
  if (e3 && e3.scenario)    bufS += "\n\n" + e3.scenario;
  if (!(e3 && Array.isArray(e3.Shifts) && e3.Shifts.length)) continue;

  for (var shI = 0; shI < e3.Shifts.length; shI++) {
    var sh = e3.Shifts[shI];
    var activated = isAlwaysOn(sh) || getKW(sh).some(function (kw) { return hasTerm(last, kw); });
    if (!activated) continue;

    var trgSh = getTrg(sh);
    for (var tt = 0; tt < trgSh.length; tt++) addTag(postShiftTrigSet, trgSh[tt]);

    if (!entryPasses(sh, trigSet)) { dbg("shift filtered"); continue; }

    if (sh.personality) bufP += "\n\n" + sh.personality;
    if (sh.scenario)    bufS += "\n\n" + sh.scenario;
  }
}

// --- Post-shift triggers -----------------------------------------------------
var unionTags = (function () {
  var dst = makeTagSet(), k;
  for (k in trigSet) if (trigSet[k] === 1) dst[k] = 1;
  for (k in postShiftTrigSet) if (postShiftTrigSet[k] === 1) dst[k] = 1;
  return dst;
})();

for (var i3 = 0; i3 < _ENGINE_LORE.length; i3++) {
  if (picked[i3]) continue;
  var e4 = _ENGINE_LORE[i3];
  if (!(e4 && e4.tag && hasTag(postShiftTrigSet, e4.tag))) continue;
  if (!entryPasses(e4, unionTags)) { dbg("post-filter entry[" + i3 + "]"); continue; }
  if (e4.personality) bufP += "\n\n" + e4.personality;
  if (e4.scenario)    bufS += "\n\n" + e4.scenario;
  dbg("post-shift triggered entry[" + i3 + "] p=" + prio(e4));
}

/* ============================================================================
   [SECTION] FLUSH
   DO NOT EDIT: Behavior-sensitive
   ========================================================================== */
//#region FLUSH
if (bufP) context.character.personality += bufP;
if (bufS) context.character.scenario    += bufS;

Updated on: 07/10/2025