Dress-UP-NPC Guide

pages/learn/studio/create/examples/worlds/_meta.json

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 {
   "kaiju-king": {
     "title": "Kaiju King"
+  },
+  "dress-up-npc": {
+    "title": "Dress Up NPC"
   }
 }

pages/learn/studio/create/examples/worlds/dress-up-npc/_meta.json

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+{
+  "overview": {
+    "title": "Overview"
+  },
+  "folder-structure": {
+    "title": "Folder Structure"
+  },
+  "script-relations": {
+    "title": "Script Relations"
+  },
+  "data-flow-state-management": {
+    "title": "Data Flow & State Management"
+  },
+  "utility-functions": {
+    "title": "Utility Functions"
+  },
+  "game-core": {
+    "title": "Game Core"
+  },
+  "game-mechanics": {
+    "title": "Game Mechanics"
+  }
+}

pages/learn/studio/create/examples/worlds/dress-up-npc/data-flow-state-management.md

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+# Data Flow & State Management
+
+This document explains how data flows through the game and how various systems manage state. Understanding data flow is critical for maintaining the game's logic and ensuring a seamless player experience.
+
+## Overview
+The game relies on a centralized system to manage and share data between different modules. Key elements of data flow include:
+- **Initialization:** Data is loaded and initialized at game startup.
+- **Runtime Updates:** Systems modify and exchange data during gameplay.
+- **Persistence:** Player progress and game state are saved and loaded using `SaveManager.lua`.
+
+## Data Flow Components
+
+### 1. **GameManager.lua**
+The `GameManager.lua` script is the central hub for initializing and managing game-wide data.
+
+- **Responsibilities:**
+  - Initializes core systems (e.g., `QuestManager.lua`, `ContestManager.lua`).
+  - Maintains global variables for game state.
+  - Coordinates data flow between subsystems.
+
+- **Example Workflow:**
+  1. At startup, `GameManager.lua` calls `SaveManager.lua` to load saved data.
+  2. It initializes managers like `QuestManager.lua` and `ContestManager.lua`, passing relevant data.
+  3. During gameplay, it updates and tracks global states like active quests or contests.
+
+### 2. **SaveManager.lua**
+The `SaveManager.lua` script is responsible for persisting player progress and game data.
+
+- **Responsibilities:**
+  - Saves player data, including outfits, quest progress, and rewards.
+  - Loads saved data during initialization.
+  - Provides utility functions for other scripts to read or write data.
+
+- **Example Workflow:**
+  1. When the game starts, `SaveManager.lua` retrieves saved data and passes it to `GameManager.lua`.
+  2. During gameplay, systems like `QuestManager.lua` call `SaveManager.lua` to update quest states.
+  3. On game exit, `SaveManager.lua` writes the current state to storage.
+
+### 3. **QuestManager.lua**
+The `QuestManager.lua` script handles quest-related data and integrates with other systems.
+
+- **Responsibilities:**
+  - Tracks active, completed, and available quests.
+  - Updates quest states based on player actions.
+  - Communicates with `SaveManager.lua` to persist quest progress.
+
+- **Example Workflow:**
+  1. A player interacts with an NPC, triggering `DialogManager.lua`.
+  2. If a quest is accepted, `QuestManager.lua` adds it to the active quests list.
+  3. Upon completion, `QuestManager.lua` marks the quest as completed and updates `SaveManager.lua`.
+
+### 4. **ContestManager.lua**
+The `ContestManager.lua` script manages data related to dress-up contests.
+
+- **Responsibilities:**
+  - Tracks contest entries, voting progress, and results.
+  - Updates player rankings and rewards.
+  - Communicates with `SaveManager.lua` to persist player contest participation and results.
+
+- **Example Workflow:**
+  1. Players submit contest entries via `UIContest.lua`.
+  2. `ContestManager.lua` updates the contest state with the new entry.
+  3. After the contest ends, `ContestManager.lua` calculates results and rewards, updating `SaveManager.lua`.
+
+### 5. **UIDressUp.lua and OutfitUtils.lua**
+These scripts handle character customization and manage outfit data.
+
+- **Responsibilities:**
+  - `UIDressUp.lua` provides the UI for customizing characters.
+  - `OutfitUtils.lua` manages outfit data and ensures compatibility across systems.
+  - Updates customization data in `SaveManager.lua`.
+
+- **Example Workflow:**
+  1. A player customizes their character in `UIDressUp.lua`.
+  2. The updated outfit data is saved using `OutfitUtils.lua`.
+  3. `SaveManager.lua` persists the new outfit data.
+
+## Data Flow Diagram
+
+### Initialization
+1. `GameManager.lua` initializes core systems.
+2. `SaveManager.lua` loads saved data.
+3. Data is distributed to `QuestManager.lua`, `ContestManager.lua`, and `UIDressUp.lua`.
+
+### Runtime Updates
+1. Systems exchange data as events occur (e.g., quests, contests).
+2. Updated data is passed back to `SaveManager.lua` for persistence.
+
+### Persistence
+1. On game exit, `SaveManager.lua` writes all data to storage.
+
+## Key Considerations
+- **Data Consistency:** Ensure systems update shared data consistently to avoid conflicts.
+- **Error Handling:** Implement fallback mechanisms for corrupted or missing save data.
+- **Extensibility:** Modularize data flow to allow new features to integrate seamlessly.

pages/learn/studio/create/examples/worlds/dress-up-npc/folder-structure.md

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+# Folder Structure
+
+## Overivew
+
+This document explains the structure of the project and the purpose of each folder.
+
+## Core Project Folders
+
+- **Art**
+Home to all visual assets like character designs, backgrounds, and icons.
+*Example*: Player and NPC sprites, decorative assets for environments.
+
+- **Audio**
+Everything your ears need! Includes sound effects and background music.
+*Example*: Button click sounds, ambient town noises.
+
+- **Fonts**
+Fonts used throughout the game, ensuring every text element looks just right.
+*Example*: Stylish fonts for NPC dialogues or UI labels.
+
+- **Materials & Mesh**
+  - Materials: Textures and shaders to give life to 3D models.
+  - Mesh: The 3D structures for characters and objects.
+
+- **Music**
+All the soundtracks that set the mood of the game.
+*Example*: Upbeat music for the dress-up area or soft tones in the background.
+
+- **NPCs**
+This folder houses all the lovable (or not-so-lovable!) characters that populate your game world.
+
+- **Prefabs**
+Ready-to-use templates for objects like interactable items, NPCs, and environmental props.
+
+- **Scenes**
+The heart of the game. Contains the layouts and the scenes where the game unfolds.
+
+- **ScriptableObjects**
+Scriptable data assets to store configurations or game data.
+*Example*: Settings for dress-up tasks or NPC dialogue options.
+
+- **Scripts**
+The brain behind the project! Contains the code that powers gameplay, UI, and interactions.
+*Key scripts include*:
+  - `GameManager.lua`: Orchestrates game logic.
+  - `UIDressUp.lua`: Powers the dress-up menu UI.
+
+## External Asset Folders
+
+- **Downloads**
+A collection of resources sourced from the Highrise Assets Catalog for use in the project.
+
+- **JMO Assets, PolyPerfect, StylizedFountains, KawaiiCity**
+External assets added to enhance the world. Think of these as the guest stars in your project, bringing unique touches to the game design.
+
+## Utility Folders (Studio Specific)
+
+- **Resources**
+Unity's go-to folder for dynamically loaded assets. Think of it as a hidden stash for runtime goodies.
+
+## Visualizing the Structure
+
+├── Art/
+├── Audio/
+├── Downloads/
+├── Fonts/
+├── JMO Assets/
+├── KawaiiCity/
+├── Materials/
+├── Mesh/
+├── Music/
+├── NPCs/
+├── PolyPerfect/
+├── Prefabs/
+├── Resources/
+├── Scenes/
+├── ScriptableObjects/
+├── Scripts/
+│   ├── Core/
+│   │   ├── GameManager.lua - Orchestrates game logic.
+│   │   ├── SaveManager.lua - Manages saving and loading.
+│   ├── UI/
+│   │   ├── UIDressUp.lua - Handles the main dress-up interface.
+└── StylizedFountains/
+
+## Next Steps
+
+Now that you understand the project structure, let's dive into the core gameplay mechanics and how to interact with the game world. Continue to the [Gameplay Mechanics](https://create.highrise.game/learn/studio/create/examples/worlds/dress-up-npc/game-mechanics/gameplay-mechanics) guide to learn more.

pages/learn/studio/create/examples/worlds/dress-up-npc/game-core/_meta.json

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+{
+  "game-manager": {
+    "title": "Game Manager"
+  },
+  "save-manager": {
+    "title": "Save Manager"
+  },
+  "cheat-command-manager": {
+    "title": "Cheat Command Manager"
+  },
+  "game-settings-manager": {
+    "title": "Game Settings Manager"
+  }
+}

pages/learn/studio/create/examples/worlds/dress-up-npc/game-core/cheat-command-manager.md

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+# CheatCommandModule
+
+The `CheatCommandModule.lua` is a critical tool designed to facilitate debugging and testing by providing a wide array of cheat commands. These commands allow developers and testers to manipulate game states, unlock features, and validate functionalities efficiently.
+
+## Overview
+
+The `CheatCommandModule` provides:
+
+- **Command Parsing**: Processes player input to identify commands and arguments.
+- **Player Validation**: Ensures only authorized players can execute commands.
+- **Client-Server Communication**: Supports both client-side and server-side command execution.
+- **Integration**: Links with game management modules to perform actions like unlocking quests, modifying contests, or resetting data.
+
+## Key Components
+
+### 1. **Command Processing**
+
+#### Parsing Commands
+Commands are parsed using the `ParseCommand` function, which identifies the command keyword and associated arguments.
+
+##### Key Functions
+- `SplitString(input)`: Splits a string into individual words.
+- `ParseCommand(input)`: Extracts the command keyword and arguments from a player’s input.
+
+#### Command Execution
+Commands are executed if they exist in the `commands` table and the player has the necessary permissions.
+
+##### Key Functions
+- `CommandExists(command)`: Checks if a command is defined.
+- `CanPlayerRunCommand(player)`: Validates if a player is authorized to execute commands.
+
+### 2. **Player Validation**
+
+#### Authorization Logic
+Only players listed in `_validPlayers` or in test mode (`_testMode`) can run commands.
+
+##### Key Logic
+- `CanPlayerRunCommand(player)`: Returns true if the player is authorized based on `_validPlayers` or `_testMode`.
+
+### 3. **Command Registry**
+
+#### Registered Commands
+The module defines a set of cheat commands in the `commands` table. These commands invoke corresponding functions from other game modules.
+
+##### Available Commands
+- `/help`: Displays a list of available commands.
+- `/cleardata`: Resets all player data.
+- `/addreward`: Grants rewards to the player.
+- `/debugquests`: Enables quest debugging mode.
+- `/deletecontests`: Clears all active contests.
+- `/addcontestplayers`: Adds test players to a contest.
+- `/addtickets`: Grants tickets for contests.
+- `/setcontestvotes`: Adjusts votes for a contest.
+- `/unlockcontest`: Unlocks a specific contest.
+- `/completequests`: Completes specified quests.
+
+### 4. **Client-Side Operations**
+
+Handles player input and executes commands locally or sends them to the server for execution.
+
+#### Key Functions
+- **Command Execution**:
+  - Captures and processes player input in chat.
+  - Executes commands locally or triggers server requests.
+- **Event Handling**:
+  - `chatCommandRequest`: Sends commands to the server.
+  - `chatCommandResponse`: Processes responses from the server.
+- **Help Command**:
+  - Displays all available commands to the player.
+
+### 5. **Server-Side Operations**
+
+Processes server-specific commands and broadcasts responses to all clients.
+
+#### Key Functions
+- `chatCommandRequest:Connect`: Handles incoming requests from clients.
+- `chatCommandResponse:FireAllClients`: Sends responses to all connected clients.
+
+## Workflow Examples
+
+### Command Execution Workflow
+1. **Player Input**:
+   - Player enters a command in chat (e.g., `/addreward`).
+2. **Parsing**:
+   - `ParseCommand` extracts the command keyword and arguments.
+3. **Validation**:
+   - `CanPlayerRunCommand` checks if the player is authorized.
+4. **Execution**:
+   - The corresponding function from the `commands` table is invoked.
+5. **Response**:
+   - Success or error messages are displayed to the player.