Fighter Template

Establishing Local Multiplayer Input Constraints

Setting up local multiplayer inputs for fighting games often presents immediate technical roadblocks, particularly when handling mixed input devices on a single machine. The Fighter Template directly addresses this friction by establishing a pre-configured local multiplayer environment right out of the box. Developers looking to test mechanics or build couch-competitive experiences can bypass the initial headache of assigning Player Controllers and immediately focus on gameplay.

The system strictly governs how these inputs are assigned to prevent overlap and ensure smooth gameplay on a local machine. To play a match, an extra gamepad is a strict requirement for the setup. The framework is deliberately designed so that it does not support mapping both Player 1 and Player 2 to a single keyboard, eliminating the input ghosting and crowding issues common to shared-keyboard setups. Instead, local matches can be played using 1 keyboard alongside 1 gamepad, or by utilizing 2 separate gamepads for a traditional console-style setup. Because the system currently only works on a local machine, understanding and adhering to these hardware input requirements is the fundamental first step in utilizing the framework.

Structuring the Roster with Data Tables

Managing fighting game rosters requires a scalable approach to handle diverse character identities, attributes, and their associated data. This template organizes that critical information through the use of Data Tables, establishing a workflow that prioritizes rapid iteration over manual configuration.

By centralizing character data into tables, developers can rapidly organize their roster without digging into individual visual logic for every single adjustment. This data-driven approach means that setting up custom characters can be accomplished in a matter of seconds. Creators can populate the selection screens by simply updating the relevant rows within the Data Table itself. It shifts the workflow away from tedious, manual node editing and into a streamlined pipeline, which is highly beneficial when building out a large roster of fighters. The reliance on Data Tables ensures that the underlying system remains clean and easily accessible for developers implementing their own expanding cast of combatants.

Driving Character and Map Selection Flows

Before a local match begins, players need a structured way to define the parameters of the bout. The asset provides the fundamental transition phases expected in the genre, specifically providing the groundwork for Character Selection and Map Selection.

These pre-game phases are essential for establishing the flow of a typical fighter. The template handles the logic required to move players from picking their respective fighters to choosing the arena where the combat will take place. Because these selection screens are tied directly to the overarching Data Table system, any new character or map added to the project can be seamlessly integrated into the pre-match selection process. This ensures that the foundational loop—from the character select screen to the map select screen and finally loading into the local match—remains intact as the project scales. It provides the basics of a fighting game so developers do not have to build the pre-match progression and variable passing from scratch.

Customizing the Underlying Blueprint Architecture

While the baseline features cover the essential loop of a local fighting game, production requirements will inevitably demand bespoke mechanics and customized rule sets. The overarching goal of the asset is to give developers the opportunity to create their own unique fighter game on top of this foundation.

The asset is constructed on a proper game framework, providing a stable foundation for further development and iteration. Because it relies entirely on Blueprints, developers equipped with basic Blueprint knowledge can dive into the logic to change system behavior or implement entirely new features. Whether a developer wants to alter how map selection functions, adjust the flow of character selection, or introduce new pre-match variables, the architecture is designed to be modified. This structural approach ensures that the template serves as a highly adaptable starting point for a proprietary fighting game rather than a rigid, unchangeable product.

Integrating with the Ultimate Menu System

A standalone fighting template handles the match logic and pre-match selections, but larger projects often require comprehensive frontend management to tie everything together into a cohesive player experience.

For developers building out a full title, the Fighter Template is verified to be compatible with the Ultimate Menu System. This compatibility allows creators to connect the core local multiplayer logic and character selection screens into a broader, more robust user interface framework. It fits naturally into a production environment where the core fighting mechanics and pre-match selections need to sit securely behind an established main menu, settings configuration, and overarching game flow structure.

More From The Same Workflow

• TRUE Fighting Game Engine
• Fighter Drone
• Close Combat: Fighter
• Robot Wars Template
• Martial Arts Fight Game