Experience System

Initializing the Player Controller Component

Integrating the Experience System starts at the core of the player's input and logic chain. Developers implement the framework by attaching a single specialized component directly to their existing player controller. From this central node, the setup phase involves defining custom experience parameters and weaving the system's native AddExperience events into the game's existing mechanics.

Because the logic relies on a centralized component, updating the player's progression state becomes a modular process. The framework utilizes event dispatchers to broadcast updates across the project. Developers can bind custom events to these dispatchers, ensuring that other game systems receive immediate notifications whenever a player's experience points fluctuate or their overall level changes. This event-driven architecture prevents the need for constant variable polling during gameplay.

Managing Multiple Experience Types and Multipliers

Once the core component is established, developers can configure the system to track multiple distinct experience pools simultaneously. The blueprint framework supports rewarding players with single or multiple experience types during a single event trigger.

To manage the pacing of progression, a built-in multiplier system allows for rapid adjustments to incoming experience gains. Developers can dynamically boost or reduce the amount of experience rewarded based on active buffs, environmental factors, or specific gameplay states. If pacing requires a hard stop, experience gains can be entirely locked and unlocked on demand.

The Experience System also accommodates negative progression. Logic is included to subtract experience points from the player, which can trigger a complete de-leveling event. This functionality supports mechanics shaped by penalties, curses, or shifting character alignments.

For more complex game designs, developers can establish hidden experience types. These tracking pools operate entirely in the background and remain invisible to the player. By tracking hidden progression, developers can power specialized mechanics like guaranteed loot drops, the unlocking of secret skills, or behind-the-scenes narrative milestones based on accumulated actions.

Replicated Multiplayer and Shared Gains

The entire progression framework is fully replicated, ensuring that experience data remains synchronized across server and client connections in multiplayer projects. To demonstrate the system's capacity for competitive environments, a dedicated PVP experience example is included within the project files.

Cooperative gameplay is also supported through a specialized, healer-friendly experience-sharing setup. This logic provides a structured way to distribute experience points among multiple players in a multiplayer session, ensuring that support roles or assisting characters receive appropriate progression credit even if they are not dealing direct damage to targets.

Displaying Progression with Responsive UI Widgets

Translating numerical progression into visual feedback is handled through a suite of included UI elements. The asset provides a traditional edge hugger experience bar alongside a compact micro HUD, which can be repositioned to various locations across the screen based on the project's layout requirements. For an alternative visual style, a radial experience bar is also included. Both the standard and radial bars are made for easy integration and can be nested into any custom widgets the developer creates.

Players can interact directly with a dedicated experience window that catalogs all the visible experience types they need to monitor. By clicking on a specific experience category within this window, the active HUD updates dynamically. The standard display swaps out to show the newly selected experience type instead of the default tracker.

Changes to experience and overall level can be broadcast directly on the player's screen. The visibility of these on-screen updates is modular; developers can choose exactly what information shows and what remains hidden for each individual experience type.

Level Changes, Niagara Effects, and Audio Feedback

When a player crosses a leveling threshold, the system triggers specific visual and auditory feedback. The blueprint package includes both a large display and a small display format for broadcasting level changes on the user interface.

These interface updates are paired with a vibrant fireworks Niagara System that features a floating plus sign. The particle effects are accompanied by distinct Level Up and Level Down audio cues. To differentiate various progression paths, developers can assign entirely different sounds and Niagara systems to each individual experience type. This ensures that leveling up a crafting skill feels and sounds distinct from leveling up combat or magic abilities.

Restricting Map Areas with Level Blocked Logic

Beyond interface updates and numerical tracking, the Experience System integrates directly into environment navigation. A level-blocked areas system is provided, allowing developers to restrict physical access to specific parts of the game map.

These environmental restrictions evaluate the player's current level within a designated experience type. If the player has not met the required threshold, the area remains inaccessible, tying physical world exploration directly to the progression component.

Persistent Data Saving and Documentation Framework

Maintaining player progression across sessions requires robust data handling. The framework automatically saves and loads all experience and leveling data between gameplay sessions and map transitions, removing the need to build custom save-state logic for progression tracking.

All underlying blueprints are thoroughly commented to ensure readability during customization and iteration. Alongside the commented node graphs, extensive documentation guides developers through every facet of the system's logic. A complete demo world containing all the assets, UI widgets, and functional examples is included to serve as a practical, hands-on reference for implementing the system's capabilities.

More From The Same Workflow

• Gaming Health Widget
• Advanced Framework - VR, Mobile & Desktop
• Multiplayer XP System
• Advanced Fade Objects PRO – Object Fading with Tags, Colors and Multiplayer
• Leveling System X