commit 95c629a42ec49ca11cbadcc51723ccdb55869fab
Author: Keith Solomon <keith@vincentdesign.ca>
Date:   Sun Mar 15 09:41:22 2026 -0500

    ✨feature: Initial commit

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+codex resume 019cef5b-b2b0-7ad2-9267-f5cb63aca9cd
diff --git a/Planning/DATA_MODEL.md b/Planning/DATA_MODEL.md
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+# 2D6 Dungeon Data Model
+
+## Purpose
+This document defines the data structures for a web-based version of **2D6 Dungeon**.
+
+It translates the rules and content inventory into implementation-ready models that can be mirrored in:
+
+- TypeScript interfaces
+- Zod schemas
+- JSON content files
+- application state stores
+
+The main design rule is:
+
+- **Core Rules become behavior**
+- **Tables Codex becomes data**
+
+## Modeling Principles
+
+1. Keep static content separate from mutable game state.
+2. Prefer normalized content with stable IDs over embedded freeform blobs.
+3. Preserve raw dice values when rules depend on primary vs secondary die.
+4. Make table references explicit so missing codex data can be validated.
+5. Represent rules outcomes as structured effects where possible.
+6. Keep room generation state deterministic enough to save, reload, and replay.
+
+## Data Layers
+
+### 1. Static Content
+Read-only data encoded from the books.
+
+Examples:
+
+- weapons
+- manoeuvres
+- armour
+- potions
+- scrolls
+- room tables
+- loot tables
+- creature cards
+- town service tables
+
+### 2. Campaign State
+Long-lived player progress across multiple delves.
+
+Examples:
+
+- adventurer progression
+- unlocked levels
+- stored treasure
+- completed side quests
+- campaign log
+
+### 3. Run State
+The current dungeon expedition.
+
+Examples:
+
+- current level
+- generated rooms
+- current room
+- active combat
+- carried inventory
+- temporary effects
+
+### 4. Rules Action/Result Layer
+Transient structures used by the engine.
+
+Examples:
+
+- roll results
+- table lookups
+- combat actions
+- generated room results
+- effect application results
+
+## ID Conventions
+
+Use stable string IDs everywhere.
+
+Recommended formats:
+
+- `weapon.sword`
+- `manoeuvre.exact-strike`
+- `armour.leather-cuirass`
+- `scroll.healing-word`
+- `table.l1sr`
+- `creature.level1.giant-rat`
+- `room.level1.001`
+- `run.current`
+
+Benefits:
+
+- easier JSON authoring
+- easier save/load compatibility
+- simpler references across content files
+
+## Static Content Models
+
+### ContentPack
+Top-level grouping for encoded codex content.
+
+```ts
+type ContentPack = {
+  version: string;
+  sourceBooks: string[];
+  tables: TableDefinition[];
+  weapons: WeaponDefinition[];
+  manoeuvres: ManoeuvreDefinition[];
+  armour: ArmourDefinition[];
+  items: ItemDefinition[];
+  potions: PotionDefinition[];
+  scrolls: ScrollDefinition[];
+  creatures: CreatureDefinition[];
+  roomTemplates: RoomTemplate[];
+  townServices: TownServiceDefinition[];
+};
+```
+
+### TableDefinition
+Generic representation for codex tables.
+
+```ts
+type DiceKind = "d3" | "d6" | "2d6" | "d66";
+
+type TableDefinition = {
+  id: string;
+  code: string;
+  name: string;
+  category:
+    | "generic"
+    | "random-list"
+    | "loot"
+    | "level"
+    | "optional"
+    | "town"
+    | "room";
+  level?: number;
+  page: number;
+  diceKind: DiceKind;
+  usesModifiedRangesRule?: boolean;
+  entries: TableEntry[];
+  notes?: string[];
+  mvp: boolean;
+};
+
+type TableEntry = {
+  key: string;
+  min?: number;
+  max?: number;
+  exact?: number;
+  d66?: number;
+  label: string;
+  text?: string;
+  effects?: RuleEffect[];
+  references?: ContentReference[];
+};
+```
+
+### WeaponDefinition
+
+```ts
+type WeaponDefinition = {
+  id: string;
+  name: string;
+  category: "melee" | "ranged";
+  handedness: "one-handed" | "two-handed";
+  baseDamage: number;
+  allowedManoeuvreIds: string[];
+  tags: string[];
+  startingOption: boolean;
+};
+```
+
+### ManoeuvreDefinition
+
+```ts
+type ManoeuvreDefinition = {
+  id: string;
+  name: string;
+  weaponCategories: string[];
+  shiftCost?: number;
+  disciplineModifier?: number;
+  precisionModifier?: number;
+  damageModifier?: number;
+  exactStrikeBonus?: boolean;
+  interruptRule?: string;
+  effectText?: string;
+  mvp: boolean;
+};
+```
+
+### ArmourDefinition
+
+```ts
+type ArmourDefinition = {
+  id: string;
+  name: string;
+  armourValue: number;
+  penalties?: {
+    shift?: number;
+    discipline?: number;
+    precision?: number;
+  };
+  deflectionRule?: string;
+  startingOption: boolean;
+  valueGp?: number;
+  mvp: boolean;
+};
+```
+
+### ItemDefinition
+Base model for loot and utility items.
+
+```ts
+type ItemDefinition = {
+  id: string;
+  name: string;
+  itemType:
+    | "gear"
+    | "treasure"
+    | "quest"
+    | "herb"
+    | "rune"
+    | "misc"
+    | "ration"
+    | "light-source";
+  stackable: boolean;
+  consumable: boolean;
+  valueGp?: number;
+  weight?: number;
+  rulesText?: string;
+  effects?: RuleEffect[];
+  mvp: boolean;
+};
+```
+
+### PotionDefinition
+
+```ts
+type PotionDefinition = {
+  id: string;
+  name: string;
+  tableSource: string;
+  useTiming: "combat" | "exploration" | "town" | "any";
+  effects: RuleEffect[];
+  valueGp?: number;
+  mvp: boolean;
+};
+```
+
+### ScrollDefinition
+
+```ts
+type ScrollDefinition = {
+  id: string;
+  name: string;
+  tableSource: string;
+  castCheck?: {
+    diceKind: "d6" | "2d6";
+    successMin?: number;
+    successMax?: number;
+  };
+  onSuccess: RuleEffect[];
+  onFailureTableCode?: string;
+  valueGp?: number;
+  startingOption: boolean;
+  mvp: boolean;
+};
+```
+
+### CreatureDefinition
+
+```ts
+type CreatureDefinition = {
+  id: string;
+  name: string;
+  level: number;
+  category: string;
+  hp: number;
+  attackProfile: {
+    discipline: number;
+    precision: number;
+    damage: number;
+    numberAppearing?: string;
+  };
+  defenceProfile?: {
+    armour?: number;
+    specialRules?: string[];
+  };
+  xpReward?: number;
+  lootTableCodes?: string[];
+  interruptRules?: string[];
+  traits?: string[];
+  sourcePage: number;
+  mvp: boolean;
+};
+```
+
+### RoomTemplate
+Structured output for room generation tables.
+
+```ts
+type RoomTemplate = {
+  id: string;
+  level: number;
+  roomClass: "normal" | "small" | "large" | "special" | "start" | "stairs";
+  tableCode: string;
+  tableEntryKey: string;
+  title: string;
+  text?: string;
+  dimensions?: {
+    width: number;
+    height: number;
+  };
+  exits?: ExitTemplate[];
+  encounterRefs?: ContentReference[];
+  objectRefs?: ContentReference[];
+  tags: string[];
+  mvp: boolean;
+};
+
+type ExitTemplate = {
+  direction?: "north" | "east" | "south" | "west";
+  exitType: "open" | "door" | "locked" | "secret" | "shaft" | "stairs";
+  destinationLevel?: number;
+};
+```
+
+### TownServiceDefinition
+
+```ts
+type TownServiceDefinition = {
+  id: string;
+  name: string;
+  serviceType: "market" | "temple" | "tavern" | "healer" | "smith" | "quest";
+  tableCodes?: string[];
+  costRules?: string[];
+  effects?: RuleEffect[];
+  mvp: boolean;
+};
+```
+
+## Shared Supporting Models
+
+### ContentReference
+
+```ts
+type ContentReference = {
+  type:
+    | "table"
+    | "weapon"
+    | "manoeuvre"
+    | "armour"
+    | "item"
+    | "potion"
+    | "scroll"
+    | "creature"
+    | "room"
+    | "service";
+  id: string;
+};
+```
+
+### RuleEffect
+Structured effects should be preferred over plain text whenever the outcome is mechanical.
+
+```ts
+type RuleEffect = {
+  type:
+    | "gain-xp"
+    | "gain-gold"
+    | "heal"
+    | "take-damage"
+    | "modify-shift"
+    | "modify-discipline"
+    | "modify-precision"
+    | "apply-status"
+    | "remove-status"
+    | "add-item"
+    | "remove-item"
+    | "start-combat"
+    | "reveal-exit"
+    | "move-level"
+    | "log-only";
+  amount?: number;
+  statusId?: string;
+  target?: "self" | "enemy" | "room" | "campaign";
+  referenceId?: string;
+  notes?: string;
+};
+```
+
+## Campaign State Models
+
+### CampaignState
+
+```ts
+type CampaignState = {
+  id: string;
+  createdAt: string;
+  updatedAt: string;
+  rulesVersion: string;
+  contentVersion: string;
+  adventurer: AdventurerState;
+  unlockedLevels: number[];
+  completedLevels: number[];
+  townState: TownState;
+  questState: QuestState[];
+  campaignFlags: string[];
+  runHistory: RunSummary[];
+};
+```
+
+### AdventurerState
+
+```ts
+type AdventurerState = {
+  id: string;
+  name: string;
+  level: number;
+  xp: number;
+  hp: {
+    current: number;
+    max: number;
+    base: number;
+  };
+  stats: {
+    shift: number;
+    discipline: number;
+    precision: number;
+  };
+  weaponId: string;
+  manoeuvreIds: string[];
+  armourId?: string;
+  favour: Record<string, number>;
+  statuses: StatusInstance[];
+  inventory: InventoryState;
+  progressionFlags: string[];
+};
+```
+
+### InventoryState
+
+```ts
+type InventoryState = {
+  carried: InventoryEntry[];
+  equipped: InventoryEntry[];
+  stored: InventoryEntry[];
+  currency: {
+    gold: number;
+  };
+  rationCount: number;
+  lightSources: InventoryEntry[];
+};
+
+type InventoryEntry = {
+  definitionId: string;
+  quantity: number;
+  identified?: boolean;
+  charges?: number;
+  notes?: string;
+};
+```
+
+### TownState
+
+```ts
+type TownState = {
+  visits: number;
+  knownServices: string[];
+  stash: InventoryEntry[];
+  pendingSales: InventoryEntry[];
+  serviceFlags: string[];
+};
+```
+
+### QuestState
+
+```ts
+type QuestState = {
+  id: string;
+  title: string;
+  status: "available" | "active" | "completed" | "failed";
+  progressFlags: string[];
+  rewardText?: string;
+};
+```
+
+### RunSummary
+
+```ts
+type RunSummary = {
+  runId: string;
+  startedAt: string;
+  endedAt?: string;
+  deepestLevel: number;
+  roomsVisited: number;
+  creaturesDefeated: string[];
+  xpGained: number;
+  treasureValue: number;
+  outcome: "escaped" | "defeated" | "saved-in-progress";
+};
+```
+
+## Run State Models
+
+### RunState
+
+```ts
+type RunState = {
+  id: string;
+  campaignId: string;
+  status: "active" | "paused" | "completed" | "failed";
+  startedAt: string;
+  currentLevel: number;
+  currentRoomId?: string;
+  dungeon: DungeonState;
+  adventurerSnapshot: AdventurerState;
+  activeCombat?: CombatState;
+  log: LogEntry[];
+  pendingEffects: RuleEffect[];
+};
+```
+
+### DungeonState
+
+```ts
+type DungeonState = {
+  levels: Record<number, DungeonLevelState>;
+  revealedPercentByLevel: Record<number, number>;
+  globalFlags: string[];
+};
+```
+
+### DungeonLevelState
+
+```ts
+type DungeonLevelState = {
+  level: number;
+  themeName?: string;
+  rooms: Record<string, RoomState>;
+  discoveredRoomOrder: string[];
+  stairsUpRoomId?: string;
+  stairsDownRoomId?: string;
+  secretDoorUsed?: boolean;
+  exhaustedExitSearch?: boolean;
+};
+```
+
+### RoomState
+
+```ts
+type RoomState = {
+  id: string;
+  level: number;
+  templateId?: string;
+  position: {
+    x: number;
+    y: number;
+  };
+  dimensions: {
+    width: number;
+    height: number;
+  };
+  roomClass: "normal" | "small" | "large" | "special" | "start" | "stairs";
+  exits: RoomExitState[];
+  discovery: {
+    generated: boolean;
+    entered: boolean;
+    cleared: boolean;
+    searched: boolean;
+  };
+  encounter?: EncounterState;
+  objects: RoomObjectState[];
+  notes: string[];
+  flags: string[];
+};
+```
+
+### RoomExitState
+
+```ts
+type RoomExitState = {
+  id: string;
+  direction: "north" | "east" | "south" | "west";
+  exitType: "open" | "door" | "locked" | "secret" | "shaft" | "stairs";
+  discovered: boolean;
+  traversable: boolean;
+  leadsToRoomId?: string;
+  destinationLevel?: number;
+};
+```
+
+### EncounterState
+
+```ts
+type EncounterState = {
+  id: string;
+  sourceTableCode?: string;
+  creatureIds: string[];
+  resolved: boolean;
+  surprise?: boolean;
+  rewardPending?: boolean;
+};
+```
+
+### RoomObjectState
+
+```ts
+type RoomObjectState = {
+  id: string;
+  objectType: "container" | "altar" | "corpse" | "hazard" | "feature" | "quest";
+  sourceTableCode?: string;
+  interacted: boolean;
+  hidden?: boolean;
+  effects?: RuleEffect[];
+  notes?: string;
+};
+```
+
+## Combat State Models
+
+### CombatState
+
+```ts
+type CombatState = {
+  id: string;
+  round: number;
+  actingSide: "player" | "enemy";
+  fatigueDie?: number;
+  player: CombatantState;
+  enemies: CombatantState[];
+  selectedManoeuvreId?: string;
+  lastRoll?: RollResult;
+  pendingInterrupt?: InterruptState;
+  combatLog: LogEntry[];
+};
+```
+
+### CombatantState
+
+```ts
+type CombatantState = {
+  id: string;
+  name: string;
+  sourceDefinitionId?: string;
+  hpCurrent: number;
+  hpMax: number;
+  shift: number;
+  discipline: number;
+  precision: number;
+  armourValue?: number;
+  statuses: StatusInstance[];
+  traits: string[];
+};
+```
+
+### InterruptState
+
+```ts
+type InterruptState = {
+  source: "player" | "enemy";
+  trigger: string;
+  effectText: string;
+  resolved: boolean;
+};
+```
+
+## Rules Action/Result Models
+
+### RollResult
+
+```ts
+type RollResult = {
+  diceKind: DiceKind;
+  rolls: number[];
+  primary?: number;
+  secondary?: number;
+  total?: number;
+  modifier?: number;
+  modifiedTotal?: number;
+  clamped?: boolean;
+};
+```
+
+### TableLookupResult
+
+```ts
+type TableLookupResult = {
+  tableId: string;
+  entryKey: string;
+  roll: RollResult;
+  entry: TableEntry;
+};
+```
+
+### RoomGenerationResult
+
+```ts
+type RoomGenerationResult = {
+  room: RoomState;
+  consumedLookups: TableLookupResult[];
+  createdConnections: string[];
+  warnings: string[];
+};
+```
+
+### ActionResolution
+
+```ts
+type ActionResolution = {
+  success: boolean;
+  effects: RuleEffect[];
+  logEntries: LogEntry[];
+  warnings?: string[];
+};
+```
+
+### StatusInstance
+
+```ts
+type StatusInstance = {
+  id: string;
+  source?: string;
+  duration?: "round" | "combat" | "room" | "run" | "permanent";
+  value?: number;
+  notes?: string;
+};
+```
+
+### LogEntry
+
+```ts
+type LogEntry = {
+  id: string;
+  at: string;
+  type:
+    | "system"
+    | "roll"
+    | "combat"
+    | "loot"
+    | "room"
+    | "town"
+    | "progression";
+  text: string;
+  relatedIds?: string[];
+};
+```
+
+## MVP Priority Models
+
+For the first playable version, fully define these first:
+
+- `WeaponDefinition`
+- `ManoeuvreDefinition`
+- `ArmourDefinition`
+- `PotionDefinition`
+- `ScrollDefinition`
+- `CreatureDefinition`
+- `TableDefinition`
+- `CampaignState`
+- `RunState`
+- `RoomState`
+- `CombatState`
+- `RollResult`
+
+The following can start simplified:
+
+- `QuestState`
+- `TownServiceDefinition`
+- `RoomObjectState`
+- favour tracking
+- optional table effects
+
+## Recommended File Layout
+
+Suggested future code structure:
+
+```text
+src/
+  data/
+    content-pack.ts
+    tables/
+    creatures/
+    rooms/
+    items/
+  rules/
+    dice/
+    tables/
+    dungeon/
+    combat/
+    progression/
+  state/
+    campaign/
+    run/
+    combat/
+  types/
+    content.ts
+    state.ts
+    rules.ts
+```
+
+## Validation Rules
+
+Add schema validation for these cases early:
+
+1. Every referenced content ID must exist.
+2. Every table code used by rules must be present in the content pack.
+3. Every room exit must be reciprocal after generation.
+4. HP values must never exceed max unless a rule explicitly allows it.
+5. Inventory quantities must never drop below zero.
+6. Level-specific tables must match their dungeon level.
+7. Creature source pages and table codes should remain traceable to the books.
+
+## Immediate Next Build Step
+
+After this document, the most useful implementation artifact is:
+
+- `IMPLEMENTATION_NOTES.md`
+
+That file should capture the digital-only rulings the books leave ambiguous, especially:
+
+- map generation heuristics
+- secret door fallback behavior
+- room geometry/rendering rules
+- handling of subjective or flavor-heavy outcomes
+- what gets automated versus explicitly player-confirmed
diff --git a/Planning/GAME_SPEC.md b/Planning/GAME_SPEC.md
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+# 2D6 Dungeon Game Spec
+
+## Purpose
+This document translates the rulebooks into a software-oriented specification for a web-based version of **2D6 Dungeon**.
+
+It is based on:
+
+- `2D6 Dungeon - Core Rules.pdf`
+- `2D6 Dungeon - Tables Codex.pdf`
+
+The goal is not to reproduce the books page-for-page. The goal is to define:
+
+- the gameplay loop
+- the rules engine responsibilities
+- the data/content model
+- the app state model
+- the MVP boundaries
+- the places where digital adaptation decisions are required
+
+## Product Definition
+2D6 Dungeon is a **solo dungeon-crawling campaign game** with:
+
+- procedural room generation
+- table-driven events
+- deterministic combat resolution around dice combinations
+- long-term character progression
+- repeated dungeon delves separated by town phases
+
+The web version should act as:
+
+- rules engine
+- campaign tracker
+- character sheet
+- dungeon map sheet
+- combat assistant
+- table resolver
+
+## Design Goals
+
+1. Preserve the core paper-game rules where practical.
+2. Remove manual bookkeeping and repeated table lookups.
+3. Make game state transparent through logs and visible calculations.
+4. Support long-running campaigns with reliable save/resume.
+5. Keep rules logic separate from content data.
+
+## Non-Goals For MVP
+
+- full content parity across all 10 levels
+- expansion support
+- multiplayer
+- realtime action gameplay
+- heavy audiovisual presentation
+
+## Canonical Gameplay Loop
+
+The top-level loop is:
+
+1. Create or continue an adventurer.
+2. Enter a dungeon level.
+3. Generate and reveal rooms as exploration advances.
+4. Resolve room encounters, creatures, objects, and events.
+5. Fight creatures through manoeuvre-based combat.
+6. Gain loot, XP, items, conditions, and favour.
+7. Continue deeper, or leave the dungeon through an exit shaft.
+8. Return to town for selling, buying, services, and preparation.
+9. Re-enter the dungeon and continue campaign progress.
+10. Complete all 10 levels and claim legendary reward.
+
+## Core Systems
+
+### 1. Dice System
+
+Supported roll types:
+
+- `D3`
+- `D6`
+- `2D6`
+- `D66`
+
+Important rules:
+
+- `D66` uses two distinguishable dice.
+- Primary die is the tens digit.
+- Secondary die is the ones digit.
+- Some systems require preserving both values individually, not just the combined number.
+- The **Modified Ranges Rule** clamps modified values to the nearest valid table result when a modifier pushes the result out of range.
+
+Software requirement:
+
+- represent raw dice, modified dice, and combined result separately
+- keep roll history for audit/logging
+
+### 2. Adventurer Model
+
+The player controls a single adventurer with:
+
+- name
+- level
+- XP
+- HP
+- baseline HP
+- Shift
+- Discipline
+- Precision
+- weapon
+- manoeuvres
+- worn armour
+- inventory
+- potions
+- scrolls
+- quest items
+- favour points
+- temporary statuses
+- town storage / loot lockup
+
+Key creation rules from Core Rules:
+
+- starts at Level 1
+- starts with 10 HP baseline
+- starts with `+2 Shift`, `+1 Discipline`, `0 Precision`
+- chooses one main weapon
+- chooses starting manoeuvres tied to weapon
+- chooses one starting armour piece
+- starts with flint and steel, lantern, 3 rations, pouch, wax sealing kit, backpack
+- starts with one starting scroll
+- starts with one healing potion
+
+### 3. Progression System
+
+The game is a long-form campaign, not a single roguelike run.
+
+Progression includes:
+
+- XP from kills and special actions
+- level ups during dungeon exploration
+- immediate HP gain on level-up
+- unlocking stronger manoeuvres
+- accumulating wealth and equipment
+- clearing dungeon levels over multiple visits
+- completing side quests
+- earning legendary status after completing all 10 levels
+
+Software requirement:
+
+- campaign progress and run progress must be stored separately
+
+### 4. Dungeon Structure
+
+The main dungeon consists of 10 levels.
+
+From the Core Rules and Tables Codex:
+
+- Level 1: The Entry
+- Level 2: The Domain
+- Level 3: The Crypt
+- Level 4: The Haunted
+- Level 5: The Infernal
+- Level 6: The Cultist Den
+- Level 7: The Menagerie
+- Level 8: The Monster Maze
+- Level 9: The Cursed
+- Level 10: The Dungeon Lords
+
+Each level has:
+
+- its own room tables
+- its own small room table
+- its own large room table
+- its own exit type table
+- level-specific encounter tables
+- level-specific thematic content
+
+### 5. Room Generation
+
+Exploration is driven by generating rooms as encountered.
+
+Rules to support:
+
+- dungeon level has an outer boundary
+- entrance room is generated with special rules
+- other rooms use `D66` dimensions
+- doubles may expand room size
+- exits are added based on rules and/or exit tables
+- small rooms are handled by dedicated small room tables
+- large room tables are separate
+- the final reachable room gets stairs to next level
+- secret door fallback is used if forward progress stalls before enough map reveal
+- no erasing map; room state becomes permanent once generated
+
+Digital adaptation requirement:
+
+- store both logical connectivity and rendered geometry
+- do not rely on user drawing
+
+### 6. Room Resolution
+
+Once a room is generated, the app resolves:
+
+- room identity from the level room table
+- room description / flavor
+- encounter instructions
+- exits and exit types
+- uniqueness constraints
+- special unique room percentage gating
+
+Room resolution may trigger:
+
+- combat
+- loot tables
+- item discovery
+- prisoner encounters
+- side quests
+- environment interactions
+- dungeon events
+
+### 7. Combat System
+
+Combat is the most mechanics-heavy system in the game.
+
+Core concepts:
+
+- all encountered enemies are typically hostile
+- player generally attacks first
+- manoeuvres correspond to exact 2-die combinations
+- Shift Points can move dice values up or down
+- successful exact strike gives damage bonus
+- creatures may have interrupt stats that reduce or alter damage
+- armour can deflect damage if dice sets match
+- fatigue alters combat over time
+- combat supports multiple enemies
+- thrown weapons can be used and later recovered or lost
+- potion bombs can be used before attacks
+
+Combat must support:
+
+- player attack resolution
+- enemy attack resolution
+- damage calculation
+- interrupt matching
+- armour deflection
+- fatigue die progression
+- prime attack and mishap cases
+- special attacks
+- death and unconsciousness rules
+
+### 8. Magic System
+
+There are three major magical subsystems:
+
+- scrolls
+- potions
+- favour of the gods
+
+Scrolls:
+
+- used at the start of combat or outside combat
+- require a successful double on `D66`
+- Discipline can shift toward a double
+- may have dispel doubles
+- may invoke failure tables when cast incorrectly
+
+Potions:
+
+- can be used at any point, including combat
+- occupy potion capacity
+- include healing and other magical effects
+
+Favour:
+
+- tied to specific subterranean gods
+- earned through offerings and game events
+- spent through a favour roll
+- usable in and out of combat
+- governed by per-level usage restrictions
+
+### 9. Inventory and Item Systems
+
+The app must track:
+
+- coins by denomination
+- gems by type and quality
+- armour
+- large/heavy items
+- regular items
+- potions
+- scrolls
+- herbs
+- runes
+- quest items
+- containers
+- worship items
+
+Important capacity rules:
+
+- no hard limit on treasure and small items
+- max 10 large/heavy items
+- max 5 potions
+- max 3 magic scrolls
+
+### 10. Status and Condition Systems
+
+At minimum the engine must support:
+
+- Bloodied
+- Soaked
+- fever / HP loss from unresolved conditions
+- damaged armour
+- destroyed armour
+- temporary stat bonuses
+- temporary effects from town or magic
+
+### 11. Town Phase
+
+When the player exits the dungeon, they can return to town.
+
+Town systems include:
+
+- market buying
+- market selling and bartering
+- engraver for runes
+- herbalist
+- tavern
+- temple
+- town hall arm wrestle
+- loot lockup storage
+- prisoner liberation rewards
+
+Town is a rules-heavy phase, not just a menu.
+
+### 12. Narrative / Judgment Systems
+
+Some rules rely on interpretation rather than strict table lookup.
+
+Examples:
+
+- inventive usage
+- making common-sense map decisions
+- deciding the last room in a level
+- contextual interactions with room objects
+
+Digital adaptation strategy:
+
+- make the default outcome deterministic where possible
+- allow developer-configured override hooks
+- keep an action log explaining why a result was chosen
+
+## Content Structure From The Tables Codex
+
+The Tables Codex divides content into major categories.
+
+### Generic Tables
+
+These include:
+
+- armour
+- enchanted armour
+- failed casting
+- gem combinations
+- magic items
+- magic potions
+- magic scrolls
+- portcullis levers
+- recovery from unconsciousness
+- stolen items
+- starting armour
+- starting scrolls
+- gem values
+- miscellaneous item values
+- weapon manoeuvres
+
+### Random Lists Tables
+
+These include:
+
+- random armour
+- empty containers
+- gems
+- gods
+- half ornate items
+- herbs
+- metal items
+- potion lists
+- amulets
+- magical items
+- rings
+- wands
+- scroll lists
+- symbol selection
+- worship items
+- wrecked items
+
+### Loot Tables
+
+These include:
+
+- bags
+- body search
+- chests
+- pouches
+- religious pouches
+- religious artifacts
+- rubbish piles
+- runes
+- secret hatches
+- sarcophagi
+- tables
+- tea chests
+- urns
+
+### Level Table Groups
+
+The codex is grouped by pairs of dungeon levels:
+
+- Levels 1 and 2
+- Levels 3 and 4
+- Levels 5 and 6
+- Levels 7 and 8
+- Levels 9 and 10
+
+Each group includes some combination of:
+
+- prisoner encounter tables
+- exit type tables
+- interruptions/unexpected tables
+- patrol or creature tables
+- trap tables
+- large room tables
+- small room tables
+- level room tables
+- special level-only tables
+
+### Creature Cards
+
+Creature content begins in the bestiary section and is used continuously by the combat engine.
+
+Each creature card contains at least:
+
+- name
+- level
+- type
+- HP
+- XP reward
+- Shift
+- treasure references
+- interrupt stats
+- manoeuvres
+- mishap/prime attack results
+- special attacks
+- description
+
+### Optional Tables
+
+Optional tables exist and should be modeled as disabled-by-default modules.
+
+## Proposed Digital Domain Model
+
+### Core Entities
+
+Suggested first-pass entities:
+
+- `Campaign`
+- `RunState`
+- `Adventurer`
+- `DungeonLevelState`
+- `RoomState`
+- `ExitState`
+- `Encounter`
+- `CombatState`
+- `CreatureInstance`
+- `Weapon`
+- `Manoeuvre`
+- `Armour`
+- `Item`
+- `Potion`
+- `Scroll`
+- `Rune`
+- `Herb`
+- `Quest`
+- `God`
+- `TownVisit`
+- `RollRecord`
+- `TableReference`
+
+### Table Data Model
+
+Every table entry should be machine-readable.
+
+Recommended shape:
+
+- `id`
+- `tableId`
+- `rollMin`
+- `rollMax`
+- `conditions`
+- `resultType`
+- `payload`
+- `rulesText`
+
+This allows:
+
+- lookup by dice result
+- modifier application
+- rule-driven dispatch
+- UI display using original wording where needed
+
+### Table Reference Model
+
+Many rules point to other tables rather than producing direct outcomes.
+
+Use a normalized reference such as:
+
+- `tableId`
+- `rollType`
+- `modifierSource`
+- `notes`
+
+Examples:
+
+- room directs engine to creature encounter table
+- scroll failure points to failed-cast table
+- defeated creature points to treasure table
+
+### Roll Record Model
+
+The app should preserve a history of important rolls:
+
+- roll type
+- raw dice
+- modified dice
+- modifiers applied
+- final result
+- source action
+- downstream table used
+
+This is important for trust, debugging, and rules verification.
+
+## State Model
+
+### Campaign State
+
+Persistent across sessions:
+
+- adventurer identity and long-term stats
+- completed dungeon levels
+- loot lockup contents
+- permanent favour or unlocked states
+- campaign history
+
+### Run State
+
+Specific to the current active delve:
+
+- current dungeon level
+- generated rooms
+- current position / current room
+- discovered exits
+- unresolved encounters
+- active inventory carried on run
+- temporary effects
+- current HP
+- active combat
+
+### Room State
+
+Each room needs:
+
+- coordinates / geometry
+- room table result
+- room type
+- room description
+- exits
+- discovered status
+- cleared status
+- uniqueness flags
+- generated encounters
+- placed objects / interactables
+- notes and markers
+
+### Combat State
+
+Combat requires:
+
+- combatants
+- turn / round number
+- fatigue die value
+- current attack actor
+- current dice roll
+- available shift
+- selected manoeuvre
+- damage breakdown
+- interrupt events
+- armour deflection events
+- pending special effects
+
+## Rules Engine Boundaries
+
+The rules engine should be pure and UI-agnostic where possible.
+
+Good engine responsibilities:
+
+- roll dice
+- validate actions
+- resolve table lookups
+- generate rooms
+- resolve combat
+- apply rewards and penalties
+- advance campaign state
+
+UI responsibilities:
+
+- collect player choices
+- show map and character sheet
+- show logs and calculations
+- present available actions
+- render table results nicely
+
+## MVP Definition
+
+The first playable version should cover:
+
+- new game
+- character creation
+- one active adventurer
+- Level 1 only
+- room generation
+- room identification
+- encounter resolution
+- creature combat
+- loot and XP
+- levelling
+- inventory tracking
+- potions and scrolls
+- leave dungeon flow
+- town visit flow
+- save/load
+
+MVP content can use:
+
+- Level 1 room tables
+- a subset of creature cards
+- a subset of armour, potions, scrolls, and loot
+
+## Recommended Build Sequence
+
+### Step 1: Encode rules constants and enums
+
+Start with:
+
+- roll types
+- item categories
+- damage modifiers
+- statuses
+- level themes
+- room sizes
+- exit types
+- creature types
+
+### Step 2: Encode foundational tables
+
+Before level-specific content, encode:
+
+- starting armour
+- starting scrolls
+- weapon manoeuvres
+- armour table
+- magic potion table
+- magic scroll table
+- failed-to-cast table
+- gem values
+- miscellaneous item values
+
+### Step 3: Build dice and modifier engine
+
+This is the base for:
+
+- combat
+- room generation
+- table lookups
+- town actions
+
+### Step 4: Build character creation and sheet logic
+
+This allows the app to:
+
+- create legal starting characters
+- compute carrying limits
+- track stats and loadout
+
+### Step 5: Build Level 1 room generation and resolution
+
+Use these content families:
+
+- `EXT1`
+- `L1LR`
+- `Level 1 Rooms`
+- `L1SR`
+- Level 1 encounter tables
+
+### Step 6: Build combat against a controlled subset of creature cards
+
+Use a small but varied subset first:
+
+- one humanoid
+- one animal
+- one patrol/multi-enemy case
+- one creature with interrupts
+
+### Step 7: Build post-room rewards and town return
+
+Support:
+
+- treasure
+- XP
+- inventory updates
+- exit shaft search
+- market
+- temple or tavern
+
+## Implementation Decisions To Make
+
+These are not fully dictated by the books and should be decided explicitly.
+
+### 1. How literal should map generation be?
+
+Options:
+
+- simulate full geometric placement
+- simplify to node-and-edge rooms while preserving rules
+
+Recommendation:
+
+- use full geometry internally for rules fidelity
+- render a simplified clean map visually
+
+### 2. How should inventive usage work?
+
+Options:
+
+- fully manual freeform input
+- fixed list of context-sensitive actions
+
+Recommendation:
+
+- use context-sensitive actions for MVP
+- keep a future manual override/admin action
+
+### 3. How should ambiguous “common sense” rules be handled?
+
+Recommendation:
+
+- codify deterministic heuristics
+- log them clearly
+- document all heuristics in a separate implementation notes file
+
+## Open Questions
+
+These should be resolved before a full production implementation:
+
+1. Will the digital version aim for strict parity with every table text outcome, or allow some streamlining?
+2. Should room descriptions be reproduced verbatim in-game, or summarized into structured effects plus flavor text?
+3. Should the app keep the original D66-first tactile feel with visible primary/secondary dice, even when automation could hide it?
+4. Should optional tables be available as campaign settings at world creation?
+
+## Immediate Next Deliverables
+
+After this spec, the most useful follow-up files are:
+
+1. `content-checklist.json`
+2. `DATA_MODEL.md`
+3. `IMPLEMENTATION_NOTES.md`
+
+Suggested order:
+
+1. create the content checklist from the Tables Codex
+2. define exact TypeScript interfaces and schemas
+3. record digital-only rules decisions and heuristics
+
+## Summary
+
+The web version should be built as a **rules engine plus structured content system**.
+
+The Core Rules define:
+
+- flow
+- player rules
+- combat rules
+- progression rules
+- town rules
+
+The Tables Codex defines:
+
+- lookup content
+- room content
+- item content
+- creature content
+- level content
+
+That separation should be reflected directly in the codebase and content pipeline.
diff --git a/Planning/PROJECT_PLAN.md b/Planning/PROJECT_PLAN.md
new file mode 100644
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+# 2D6 Dungeon Web Adaptation Plan
+
+## Goal
+Build a web-based version of **2D6 Dungeon** that preserves the solo dungeon-crawl loop from the core rules while removing paper bookkeeping and table lookups.
+
+This plan is based on the core systems described in:
+
+- `2D6 Dungeon - Core Rules.pdf`, especially:
+  - character creation and stats
+  - dungeon room generation
+  - encounters and combat
+  - treasure, XP, levelling, and town visits
+
+## Important Constraint
+The Core Rules repeatedly depend on a separate **Tables Codex** for room tables, creature data, item tables, scrolls, treasures, and many event outcomes. That means the project should be split into:
+
+1. **Rules engine and UI**
+2. **Game content/data entry**
+
+Do not block the app build on full content entry. Use placeholder data for development, then swap in the real tables.
+
+## Product Vision
+The web version should feel like:
+
+- a guided solo campaign tracker
+- a map-and-journal interface
+- a fast combat assistant
+- a persistent progression game with saves between dungeon runs
+
+The app should handle:
+
+- dice rolling and modifiers
+- map generation and room state
+- combat flow
+- inventory and item usage
+- XP, levelling, HP, conditions, and favour
+- leaving the dungeon and returning to town
+- saving and resuming long campaigns
+
+## Suggested MVP Scope
+Build the first playable version around **Level 1 only** plus **town return/save flow**.
+
+MVP includes:
+
+- one adventurer
+- character creation
+- map generation
+- room reveal flow
+- encounters
+- combat with manoeuvres, shift, fatigue, interrupts, armour deflection
+- inventory, potions, scrolls, rations
+- XP and levelling
+- leave dungeon and visit town
+- save/load run
+
+MVP excludes:
+
+- all 10 levels
+- full item catalog
+- full god/favour content
+- every special room and narrative edge case
+- expansions and alternate dungeon ancestries
+
+## Recommended Build Order
+
+### Phase 1: Nail down the source material
+Outcome: a usable design spec instead of rulebook ambiguity.
+
+Steps:
+
+1. Extract the game systems from the Core Rules into a structured design doc.
+2. List every referenced external table that lives in the Tables Codex.
+3. Build a spreadsheet or JSON checklist for:
+   - room tables
+   - small room tables
+   - creature cards
+   - armour
+   - manoeuvres
+   - scrolls
+   - potions
+   - treasures
+   - market tables
+   - tavern and temple tables
+4. Mark each rule as one of:
+   - required for MVP
+   - defer until post-MVP
+   - content only
+5. Decide where the web version will intentionally streamline play without changing balance.
+
+Definition of done:
+
+- one concise design spec exists
+- one content inventory exists
+- MVP rule boundaries are agreed
+
+### Phase 2: Choose the technical foundation
+Outcome: a stack that supports a state-heavy single-player game.
+
+Recommended stack:
+
+- Frontend: React + TypeScript
+- App framework: Next.js or Vite
+- Styling: Tailwind or CSS modules
+- State: Zustand or Redux Toolkit
+- Data validation: Zod
+- Persistence: browser local storage first, optional cloud saves later
+- Testing: Vitest + React Testing Library
+
+Suggested architecture:
+
+- `rules/` for pure game logic
+- `data/` for encoded tables and cards
+- `state/` for campaign/run state
+- `ui/` for screens and panels
+
+Definition of done:
+
+- repo created
+- TypeScript configured
+- state and data folder structure in place
+
+### Phase 3: Model the game data
+Outcome: rules can run against structured content instead of ad hoc text.
+
+Create schemas for:
+
+- adventurer
+- weapon
+- manoeuvre
+- armour
+- room template
+- creature
+- item
+- potion
+- scroll
+- rune
+- herb
+- god favour
+- town action
+- dungeon level state
+- room state
+- combat state
+
+Key rule-specific fields to support:
+
+- D6, 2D6, and D66 rolls
+- primary vs secondary die
+- modified ranges rule
+- exact strike
+- shift points
+- discipline and precision modifiers
+- interrupt matches
+- fatigue die
+- unique room rules
+- room reveal percentage rules
+
+Definition of done:
+
+- all MVP entities have typed schemas
+- sample Level 1 data can be loaded without UI
+
+### Phase 4: Build the rules engine
+Outcome: the game can run in code before the interface is polished.
+
+Implement in this order:
+
+1. Dice utilities
+   - D3
+   - D6
+   - 2D6
+   - D66
+   - modifier clamping
+2. Character creation
+   - starting stats
+   - starting weapon/manoeuvres
+   - starting armour
+   - starting scroll/potion/items
+3. Dungeon generation
+   - outer boundary
+   - entrance room
+   - room dimensions
+   - exits
+   - small room detection
+   - last room / stairs logic
+   - secret door fallback
+4. Room encounter resolution
+   - identify room
+   - mark unique rooms
+   - resolve exits
+   - queue encounters and interactables
+5. Combat engine
+   - initiative flow
+   - manoeuvre matching
+   - shifting
+   - exact strike
+   - interrupt reduction
+   - armour deflection
+   - fatigue die progression
+   - multiple enemies
+   - thrown weapons and potion bombs
+6. Rewards and progression
+   - XP gain
+   - levelling
+   - treasure
+   - inventory capacity
+   - HP rules
+7. Dungeon traversal rules
+   - backtracking
+   - rations between levels
+   - leaving the dungeon
+8. Town loop
+   - market
+   - engraver
+   - herbalist
+   - tavern
+   - temple
+   - town hall
+
+Definition of done:
+
+- a text-mode test harness can complete a small mock dungeon
+- the engine supports save/load state
+
+### Phase 5: Build the first playable UI
+Outcome: a user can complete a short run entirely in the browser.
+
+Recommended screens:
+
+1. Start screen
+   - new run
+   - continue run
+2. Character creation
+   - choose name, weapon, armour, starting manoeuvres, starting scroll
+3. Main dungeon screen
+   - map panel
+   - room log
+   - current encounter panel
+   - character sheet sidebar
+4. Combat modal or panel
+   - dice rolled
+   - available shifts
+   - selected manoeuvre
+   - damage calculation
+   - enemy response
+5. Town screen
+   - sell/buy
+   - services
+   - evening choice
+6. Save summary/history
+   - current level
+   - completed levels
+   - inventory and stats
+
+UI priority:
+
+- clarity over visual flourish at first
+- remove manual arithmetic wherever possible
+- keep a visible action log so players can verify the rules
+
+Definition of done:
+
+- one full Level 1 run is playable without touching code
+
+### Phase 6: Add persistence and campaign progression
+Outcome: the app supports the real long-form game structure.
+
+Steps:
+
+1. Save campaign state automatically after each action.
+2. Keep separate records for:
+   - current run
+   - completed dungeon levels
+   - town inventory/storage
+   - discovered permanent upgrades
+3. Add import/export save support as JSON.
+4. Add a run history log for debugging and player trust.
+
+Definition of done:
+
+- browser refresh does not lose progress
+- campaign can resume from town or dungeon
+
+### Phase 7: Expand content safely
+Outcome: the app grows without turning brittle.
+
+Steps:
+
+1. Add the remaining dungeon levels one at a time.
+2. Add full creature card coverage.
+3. Add gods, herbs, runes, potion bombs, and optional rules.
+4. Add side quests and unique room edge cases.
+5. Add tool-assisted content validation to catch broken table links.
+
+Definition of done:
+
+- all core rulebook content used by the web app is encoded and reachable
+
+## Concrete Task List
+
+### Week 1: Pre-production
+
+- Read the Core Rules and produce a short rules summary.
+- Create a missing-content list for the Tables Codex.
+- Decide MVP scope.
+- Choose framework and state library.
+- Set up repo and base TypeScript app.
+
+### Week 2: Data model and utilities
+
+- Create TypeScript types and Zod schemas.
+- Build dice helpers.
+- Build rule helper functions for modifiers and D66 handling.
+- Create sample JSON for one weapon set, a few enemies, and a few rooms.
+
+### Week 3: Dungeon and room flow
+
+- Implement dungeon grid state.
+- Implement room generation.
+- Implement room reveal and exit resolution.
+- Render a simple map view and room log.
+
+### Week 4: Combat
+
+- Implement manoeuvre matching and shift logic.
+- Implement enemy attacks, interrupts, armour deflection, and fatigue.
+- Build the combat UI panel.
+- Add tests for combat edge cases.
+
+### Week 5: Inventory and progression
+
+- Add items, rations, potions, scrolls, and capacity rules.
+- Add XP, levelling, HP updates, and conditions.
+- Add treasure and post-combat rewards.
+
+### Week 6: Town and persistence
+
+- Build leave-dungeon flow.
+- Build market and service screens.
+- Add save/load and autosave.
+- Add campaign summary UI.
+
+### Week 7+: Content expansion
+
+- Enter full Level 1 data.
+- Playtest and fix rule mismatches.
+- Add Level 2 and beyond incrementally.
+
+## Risks To Handle Early
+
+### 1. Missing data source
+The Core Rules alone are not enough for a full digital implementation because they reference the Tables Codex for many outcomes.
+
+Mitigation:
+
+- treat content entry as its own track
+- start with stub tables
+- add a validation layer that checks every table reference exists
+
+### 2. Rules ambiguity
+Some paper-game rules rely on human judgment, especially:
+
+- inventive usage
+- identifying the “last room”
+- map common-sense decisions
+- narrative interpretation of room text
+
+Mitigation:
+
+- make subjective rulings explicit in a digital design doc
+- keep a manual override or “GM ruling” option during development
+
+### 3. Overbuilding too early
+Trying to implement all ten levels and all tables before a playable loop exists will slow the project down.
+
+Mitigation:
+
+- ship Level 1 first
+- use placeholder content where needed
+- prioritize end-to-end playability over completeness
+
+## Testing Strategy
+
+Test the project at three levels:
+
+1. Unit tests
+   - dice logic
+   - modifiers
+   - combat resolution
+   - room generation constraints
+2. Integration tests
+   - create character -> enter dungeon -> resolve room -> fight -> gain loot
+3. Manual playtests
+   - compare digital outcomes against the rulebook
+   - record every mismatch in a balance/rules log
+
+Important test cases:
+
+- D66 primary/secondary ordering
+- exact strike bonus
+- shift usage limits
+- fatigue die progression after round 6
+- multiple enemies
+- levelling during combat
+- leaving and re-entering a level
+- secret door generation when stuck early
+
+## Nice-To-Have Features After MVP
+
+- animated dice
+- mobile-friendly layout
+- codex viewer for room/creature reference
+- optional “assist mode” that explains why a rule fired
+- seeded runs
+- cloud saves
+- campaign analytics
+
+## Best Next Step
+If starting today, do these three things first:
+
+1. Create a `GAME_SPEC.md` summarizing the rules from the PDF.
+2. Create a `content-checklist.json` listing every table/card/data dependency from the Tables Codex.
+3. Scaffold a TypeScript frontend with a pure `rules/` module and implement dice utilities plus a minimal character state.
+
+That gets the project moving quickly without waiting for all game content to be entered.
diff --git a/Planning/content-checklist.json b/Planning/content-checklist.json
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+++ b/Planning/content-checklist.json
@@ -0,0 +1,44 @@
+{
+  "metadata": {
+    "project": "2D6 Dungeon",
+    "generated_from": [
+      "2D6 Dungeon - Core Rules.pdf",
+      "2D6 Dungeon - Tables Codex.pdf"
+    ],
+    "purpose": "Checklist of rules content that must be encoded for the web adaptation.",
+    "status_values": [
+      "pending-entry",
+      "in-progress",
+      "entered",
+      "verified",
+      "deferred"
+    ]
+  },
+  "mvp_priorities": [
+    "Encode all starting tables and foundational generic tables first.",
+    "Complete Level 1 tables, Level 1 room tables, and a subset of Level 1 creatures next.",
+    "Defer optional tables and deep-level content until the Level 1 loop is playable."
+  ],
+  "sections": {
+    "generic_tables": [],
+    "random_list_tables": [],
+    "loot_tables": [],
+    "level_tables": {
+      "level_1": [],
+      "level_2": [],
+      "level_3": [],
+      "level_4": [],
+      "level_5": [],
+      "level_6": [],
+      "level_7": [],
+      "level_8": [],
+      "level_9": [],
+      "level_10": []
+    },
+    "optional_tables": [],
+    "creature_cards": {
+      "source_pages": {},
+      "entries": []
+    }
+  }
+}
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