
Extract the map system project, open it, and configure: editor startup map and default map to map system, third person game mode, and asset editor location to menu window.
In Unreal Engine 5, convert world coordinates to widget space by dividing by map and canvas dimensions, then update the player icon position and rotation each tick.
Create a point of interest widget blueprint in Unreal Engine 5, featuring a 235 by 35 size box and a point of interest icon image.
Learn to apply a color overlay to the point of interest icon by exposing a tint color variable and adjusting the brush tint color, with white default and color options.
Build a zoomable map in Unreal Engine 5 using vertical and horizontal scroll boxes, a centered image map, and M to toggle map via cursor, game and UI input modes.
Create fast travel points of interest using a fast travel component, wire them into the map system, and update the canvas dimensions during zoom and scroll.
Build a loading screen widget for the fast travel system with a black border, loading text, and a circular throbber, then use a fade-out animation and delays before removing it.
Create a marker actor with a distance widget in unreal engine 5, display real-time distance to the player, convert to meters, and destroy the marker on overlap.
Fix marker visibility by adding points of interest when the map opens, using an add point of interest event and owner references with validity checks to manage a single marker.
Adjust point of interest size in Unreal Engine 5 by creating a size variable, defaulting to 40, and applying it to the point of interest component and marker.
Build a compass poi math system for mini maps in unreal engine 5 by wiring map systems, poi components, and compass icons to a compass widget, calculating bearing.
Create a minimap user interface by building a minimap widget blueprint, adding a canvas panel, size box, overlay, map texture, and a centered player icon within a bottom-right anchored UI.
Create a dynamic material for the mini map that updates with the character’s world location, using UI translucent surfaces, texture coordinates, and zoom to center and show the player’s position.
Create a dynamic material instance to drive mini map coordinates from the player location, reverse x, and expose x and y as parameters. Implement zoom, clamping, and rotating the icon.
Fix mini map POI error in Unreal Engine 5 by validating the owning actor as a valid node, triggering the update, and removing invalid POIs from the minimap.
Optimize the actor component in Unreal Engine 5 by configuring a point of interest with mini maps, compass, and big map markers, including update data on spawn.
Create a new function to show all new icons by updating points of interest on the minimap, big map, and compass through UI widgets and map systems.
Set up a 2d scene capture to create a map texture, import it as a UI 2d texture with nearest filter, place markers, and switch levels via trigger boxes.
Unlock the full potential of Unreal Engine with our comprehensive course designed to teach you how to create dynamic and interactive navigation systems using Blueprints. This course focuses on developing three essential components for immersive gameplay: a mini map, a compass system, and a big map system, complete with marker functionality.
What You'll Learn:
Mini Map System: Discover how to design and implement a functional mini map that enhances player orientation and navigation within your game world.
Compass System: Learn to create a real-time compass that guides players, ensuring they stay oriented and on track during their adventures.
Big Map System: Develop a comprehensive big map system that provides a broad overview of the game world, allowing players to explore and plan their journeys with ease.
Marker System: Master the art of adding markers to your maps to highlight important locations, objectives, or points of interest.
Course Highlights:
Blueprint-Only Approach: No coding required! Leverage Unreal Engine's powerful Blueprint system to achieve robust functionality.
Hands-On Projects: Build practical systems through guided exercises and real-world scenarios.
Step-by-Step Instructions: Follow clear, step-by-step tutorials that make complex concepts easy to understand.
Visual and Interactive Learning: Engage with dynamic visuals and interactive elements to enhance your learning experience.
Whether you're a game developer looking to enhance your navigation systems or a hobbyist eager to add depth to your projects, this course provides the tools and knowledge you need to succeed. Elevate your Unreal Engine skills and create compelling, navigable worlds with confidence!
Prerequisites:
Basic familiarity with Unreal Engine and its Blueprint system is recommended but not required.
Enroll now to start building intuitive and engaging navigation systems for your Unreal Engine projects!