Forem: Dinesh

Unity vs Unreal Engine for 2D Games

Dinesh — Fri, 03 Apr 2026 16:10:11 +0000

I tried building a 2D game in Unreal Engine. It worked… but something felt off. Then I looked at Unity — and the difference was clear.

This post is part of my daily learning journey in game development.

I’m sharing what I learn each day — the basics, the confusion, and the real progress — from the perspective of a beginner.

On Day 95 of my game development journey, I compared Unity vs Unreal Engine for 2D development.

What I Used to Think

Unreal Engine is powerful.

So it should be good for everything — including 2D.

But when I started building, the workflow didn’t feel smooth.

What I Realized

Both engines can make 2D games, but their focus is different.

Unity

Built with strong 2D support
Better tools for sprites and tilemaps
Large 2D community and resources

Unreal Engine

Primarily designed for 3D
Uses Paper2D for 2D
Less actively developed 2D pipeline

Why This Matters

The difference is not about power.

It’s about workflow and specialization.

Unity has:

Dedicated 2D tools
Cleaner sprite-based workflow

Unreal has:

Strong 3D systems
Better support for hybrid (2.5D) games

What Finally Clicked

Unity = specialized for 2D

Unreal = stronger in 3D

Both can create 2D games.

But one feels more natural depending on the project.

Practical Fix

Use Unity for pure 2D games
Use Unreal for 2.5D or 3D-heavy projects
Try small prototypes in both engines
Choose based on workflow comfort
Focus on learning fundamentals first

One Lesson for Beginners

Engine choice depends on project type
Unity has a stronger 2D ecosystem
Unreal shines in real-time 3D
Tools matter more than raw power
Comfort and workflow speed are important

Why This Matters in Real Projects

Choosing the right engine affects:

Development speed
Tool efficiency
Long-term scalability

Even though Unreal is powerful, Unity’s dedicated 2D ecosystem makes it more practical for sprite-based games, especially for beginners and mobile development.

There is no “best engine” for everything.

The right choice depends on what you want to build.

Slow progress — but I’m building a strong foundation.

If you’re also learning game development, what was the first thing that confused you when you started?

See you in the next post 🎮🚀

Why MetaHuman Felt Too Easy in Unreal Engine

Dinesh — Thu, 02 Apr 2026 14:32:28 +0000

I wanted to create a realistic character. But modeling from scratch felt impossible. Then I tried MetaHuman… and everything was ready.

This post is part of my daily learning journey in game development.

I’m sharing what I learn each day — the basics, the confusion, and the real progress — from the perspective of a beginner.

On Day 94 of my game development journey, I explored MetaHuman in Unreal Engine.

What I Used to Think

Creating realistic characters requires:

Modeling
Rigging
Texturing

It felt like a huge task.

I thought it would take weeks or months.

What I Realized

MetaHuman is not just a model.

It’s a complete character system that includes:

High-quality mesh
Realistic materials
Full body rig
Facial rig and animation support

All generated through a web-based MetaHuman Creator.

Then imported directly into Unreal using Quixel Bridge.

Why This Matters

MetaHuman uses:

Pre-built assets
Procedural customization
Optimized pipelines

So instead of building everything manually, you get a production-ready character quickly.

That’s why:

Everything is already rigged
Materials are complex
Files are heavy

What Finally Clicked

MetaHuman is not a simple asset.

It’s a full pipeline.

It saves time by giving:

Ready-to-use characters
High-quality visuals
Built-in animation support

Practical Fix

Create a character in MetaHuman Creator
Open Quixel Bridge inside Unreal Engine
Download and add the MetaHuman to your project
Place the character in the level
Use the provided Animation Blueprint to control movement

One Lesson for Beginners

MetaHuman is a system, not just a model
High quality comes with heavy files
Everything is pre-rigged and ready
You can still customize after import
Focus shifts from creation to usage

Why This Matters in Real Projects

MetaHuman changes how characters are built in modern pipelines.

Instead of spending time on:

Modeling
Rigging

Developers can focus more on:

Gameplay
Storytelling
Interaction

MetaHuman shows how tools are evolving — from manual creation to smart systems.

Understanding this helps you work faster without sacrificing quality.

Slow progress — but I’m building a strong foundation.

If you’re also learning game development, what was the first thing that confused you when you started?

See you in the next post 🎮🚀

Why One Texture Didn’t Look Real in Blender

Dinesh — Wed, 01 Apr 2026 14:44:41 +0000

I added a texture to my model. It showed color… but looked flat. That’s when I realized one image isn’t enough.

This post is part of my daily learning journey in game development.

I’m sharing what I learn each day — the basics, the confusion, and the real progress — from the perspective of a beginner.

On Day 93 of my game development journey, I understood the difference between Image Texture and Texture Maps in Blender.

What I Used to Think

I thought adding one texture image would complete the material.

Just plug it in → done.

But the result looked flat and unrealistic.

What I Realized

An Image Texture node is just a way to load an image.

But that image can represent different types of data.

These are called texture maps:

Base Color (Albedo) → surface color
Normal → surface detail for lighting
Roughness → how shiny or matte the surface is

So one material uses multiple maps, not just one.

Why This Matters

Each map controls a different part of how light interacts with the surface.

Color alone does not define realism
Lighting response comes from other maps

That’s why materials look flat without:

Normal maps
Roughness maps

What Finally Clicked

Image Texture = tool to load an image

Texture Maps = data that defines material behavior

One material = multiple maps working together

Practical Fix

Add multiple Image Texture nodes
Connect Base Color to Base Color input
Connect Normal map through a Normal Map node
Connect Roughness map to Roughness input
Use Principled BSDF for a PBR workflow

One Lesson for Beginners

One texture is not enough for realism
Normal maps affect lighting, not geometry
Roughness controls surface reflectivity
Use correct color space for each map
PBR workflow uses multiple maps

Quick Debug Tip

If your material looks flat:

Check if the Normal map is connected through a Normal Map node
Ensure Normal map is set to Non-Color
Add a Roughness map to improve surface response

Realistic materials are built from layers of data, not a single image.

Understanding this helps create better assets in Blender and ensures correct results when importing into Unreal Engine.

Slow progress — but I’m building a strong foundation.

If you’re also learning game development, what was the first thing that confused you when you started?

See you in the next post 🎮🚀

Should You Start With 2D or 3D in Unreal Engine

Dinesh — Tue, 31 Mar 2026 16:35:22 +0000

I thought 2D would be easier. And it was… at first. But Unreal Engine told a different story.

This post is part of my daily learning journey in game development.

I’m sharing what I learn each day — the basics, the confusion, and the real progress — from the perspective of a beginner.

On Day 92 of my game development journey, I explored 2D vs 3D development in Unreal Engine.

What I Used to Think

2D games should be easier.

Less dimensions.

Less complexity.

Fewer systems.

So I expected 2D to be the better starting point.

What I Realized

Simpler mechanics
Uses sprites
Built with Paper2D (limited toolset)

More systems (camera, lighting, physics)
More concepts to learn
Fully supported in Unreal Engine

So even though 3D feels harder, Unreal handles it better.

Why This Matters

Unreal Engine is built mainly for real-time 3D development.

That means:

Better tools
Better documentation
More built-in systems

Paper2D works, but it’s not as actively developed.

So 2D can feel limited even if it’s conceptually easier.

What Finally Clicked

2D = easier conceptually

3D = harder, but better supported in Unreal

So in this engine:

3D often becomes the more practical choice.

Practical Fix

Start with small 3D projects in Unreal
Use templates like Third Person or First Person
Try 2D only for simple ideas or experiments
Focus on learning engine basics first
Choose based on your project goal

One Lesson for Beginners

Difficulty depends on engine support
Unreal is optimized for 3D workflows
2D tools are more limited
3D gives more flexibility and control
Camera setup matters in both

Why This Matters in Real Projects

Choosing between 2D and 3D is not just about difficulty.

It’s about:

Engine strengths
Tool support
Long-term scalability

Understanding this early helps you make better decisions.

Even though 2D feels easier, Unreal Engine is built for 3D.

So learning 3D early often gives better results in this ecosystem.

Slow progress — but I’m building a strong foundation.

If you’re also learning game development, what was the first thing that confused you when you started?

See you in the next post 🎮🚀

Why I Couldn’t Edit My Take Recorder Sequence in Unreal Engine

Dinesh — Mon, 30 Mar 2026 07:53:00 +0000

I recorded an animation using Take Recorder. It worked perfectly. But I couldn’t edit anything after recording.

This post is part of my daily learning journey in game development.

I’m sharing what I learn each day — the basics, the confusion, and the real progress — from the perspective of a beginner.

On Day 91 of my game development journey, I learned how Take Recorder works with Sequencer in Unreal Engine.

What I Tried

I recorded an actor animation using Take Recorder.

The recording looked correct.

But when I opened the sequence:

I couldn’t select tracks
I couldn’t move keyframes
Everything was locked

What Confused Me

Why can’t I edit the recorded animation?

Why is everything locked in Sequencer?

Is Take Recorder only for playback?

How do I modify recorded data?

What Finally Clicked

Take Recorder locks sequences by default.

This protects the recorded data from accidental changes.

So the system works like this:

Locked → safe playback

Unlocked → editable timeline

Once unlocked, the recorded data behaves like normal Sequencer tracks.

Practical Fix

Open the recorded Level Sequence
Find the lock icon in Sequencer (top toolbar)
Disable/unlock it
Select tracks and edit keyframes
Adjust transforms or timing as needed

One Lesson for Beginners

Take Recorder sequences are locked by default
Unlocking enables full editing
Recorded data becomes normal keyframes
Duplicate important takes before editing

Take Recorder is great for capturing motion quickly.

But understanding how it connects with Sequencer is what makes it truly useful.

Slow progress — but I’m building a strong foundation.

If you’re also learning game development, what was the first thing that confused you when you started?

See you in the next post 🎮🚀

Why I Couldn’t Stop a Sound in Unreal Engine

Dinesh — Fri, 27 Mar 2026 16:54:39 +0000

I played a sound. It worked perfectly. But I couldn’t stop it.

This post is part of my daily learning journey in game development.

I’m sharing what I learn each day — the basics, the confusion, and the real progress — from the perspective of a beginner.

On Day 90 of my game development journey, I learned the difference between Play Sound and Spawn Sound in Unreal Engine.

What I Used to Think

I thought all sound nodes worked the same.

Just play the sound and that’s it.

But when I tried to control the sound later, nothing worked.

What I Realized

Unreal has two common ways to play audio:

Play Sound (2D / at Location)

Plays sound instantly
No control after playing
Fire-and-forget

Spawn Sound (2D / at Location / Attached)

Creates an Audio Component
Allows control (stop, fade, volume)
Returns a reference you can store

Why This Matters

The difference becomes important when you need control.

For example:

Stopping a looping sound
Fading audio
Adjusting volume dynamically

Also:

At Location → stays in one place in the world
Attached → follows an actor

What Finally Clicked

Play Sound = quick and simple

Spawn Sound = controllable and flexible

Attached = follows object

Location = stays in world

Practical Fix

Use Play Sound at Location for one-time effects
Use Spawn Sound at Location when control is needed
Use Spawn Sound Attached for moving actors
Store the Audio Component reference
Use attenuation for realistic distance-based audio

One Lesson for Beginners

Play Sound cannot be stopped later
Spawn Sound returns a controllable component
Use Attached for moving objects
Looping sounds need Spawn Sound
Manage active audio for performance

Performance Note

Spawned sounds create audio components.

Too many active components can affect performance.

Use them only when control is required.

Audio in Unreal is designed for both simplicity and control.

Understanding when to use each node helps create more immersive and efficient sound systems.

Slow progress — but I’m building a strong foundation.

If you’re also learning game development, what was the first thing that confused you when you started?

See you in the next post 🎮🚀

Why My Tileset Didn’t Work in Unreal Engine

Dinesh — Thu, 26 Mar 2026 18:11:34 +0000

I imported a tileset texture. Expected to start building my level. But nothing worked.

This post is part of my daily learning journey in game development.

I’m sharing what I learn each day — the basics, the confusion, and the real progress — from the perspective of a beginner.

On Day 89 of my game development journey, I learned how Tilesets and Tilemaps work in Unreal Engine (Paper2D).

What I Tried

I imported a tileset texture into Unreal Engine. I expected to place tiles directly in the level. But I couldn’t use it at all.

Later I realized I needed to create:

A Tileset asset
Then a Tilemap

Only after that could I start building the level.

What Confused Me

Why can’t I use the texture directly?

Why do we need both Tileset and Tilemap?

Why were tiles not aligned properly?

What is tile size and why does it matter?

What Finally Clicked

Unreal Engine needs structured data to understand tiles.

A simple texture is not enough.

Tileset

Defines how the texture is sliced
Uses grid size (like 32×32 or 64×64)

Tilemap

Uses those sliced tiles
Builds the actual level

So the workflow becomes:

Texture → Tileset → Tilemap

Practical Fix

Import your tileset texture
Create a Tileset asset
Set correct tile width and height
Adjust margin and spacing if needed
Create a Tilemap using that Tileset
Start painting tiles on the grid

One Lesson for Beginners

Texture alone is not usable as tiles
Tile size must match the image grid
Wrong size causes misalignment
Tileset defines pieces
Tilemap builds the level

Common Beginner Mistake

Using incorrect tile size or inconsistent spacing in the tileset image.

This leads to:

Broken alignment
Overlapping tiles
Messy level layout

Tilesets enforce a grid-based workflow.

It may feel strict at first, but it helps create clean, scalable 2D levels in Unreal Engine.

Slow progress — but I’m building a strong foundation.

If you’re also learning game development, what was the first thing that confused you when you started?

See you in the next post 🎮🚀

Why My Blueprint Communication Became Messy in Unreal Engine

Dinesh — Wed, 25 Mar 2026 17:27:49 +0000

My Blueprints were talking to each other. Everything worked… at first. Then it became hard to manage.

This post is part of my daily learning journey in game development.

I’m sharing what I learn each day — the basics, the confusion, and the real progress — from the perspective of a beginner.

On Day 88 of my game development journey, I learned the difference between Interfaces and Event Dispatchers in Unreal Engine.

What I Used to Think

I used direct references to call functions between Blueprints.

It worked for small setups.

But as I added more systems, everything became tightly connected and messy.

What I Realized

Unreal provides two systems to reduce dependency:

Interfaces

Define a set of functions (a contract)
Allow communication without knowing the exact class

Event Dispatchers

Send signals to bound listeners
Work like broadcast events

Why This Matters

Direct references create tight coupling.

That means:

Harder to maintain
Harder to scale
More bugs when things change

Interfaces and Dispatchers solve this in different ways.

What Finally Clicked

Interfaces and Dispatchers serve different purposes.

Interface

Used to request something
“Do this”

Event Dispatcher

Used to announce something
“This happened”

So the mindset becomes:

Interface → ask

Dispatcher → tell

Practical Fix

Use Interface when calling a function on another actor
Use Event Dispatcher when broadcasting events
Avoid unnecessary direct references
Bind and unbind dispatchers properly
Keep communication clean and simple

One Lesson for Beginners

Interfaces reduce dependency between Blueprints
Dispatchers allow multiple listeners
Direct references don’t scale well
Use the right system based on purpose
Clean communication improves project structure

Common Beginner Mistake

Using direct references everywhere because it feels easier at first.

This works in small projects but becomes difficult to manage as systems grow.

As projects scale, communication becomes more important than logic.

Understanding Interfaces and Event Dispatchers helps build modular, flexible, and maintainable systems in Unreal Engine.

Slow progress — but I’m building a strong foundation.

If you’re also learning game development, what was the first thing that confused you when you started?

See you in the next post 🎮🚀

Why My UI Looked Bad Even Though It Worked

Dinesh — Tue, 24 Mar 2026 16:36:58 +0000

My UI worked perfectly. Buttons clicked. Logic ran. But visually… it looked messy.

This post is part of my daily learning journey in game development.

I’m sharing what I learn each day — the basics, the confusion, and the real progress — from the perspective of a beginner.

On Day 87 of my game development journey, I explored UI design vs UI logic in Unreal Engine (UMG).

What I Used to Think

I thought once the UI works, it’s done.

I added:

Buttons
Events
Basic interactions

Everything functioned correctly.

But the layout didn’t feel right.

What I Realized

UI in Unreal has two separate parts:

Logic

Handled using Blueprints
Relatively easy to implement

Design

Controlled using layout tools
Requires planning

Things like:

Anchors
Alignment
Padding
Size and scaling

These decide how UI behaves across different screen sizes.

Why This Matters

UMG does not automatically fix layout issues.

If anchors and alignment are not set correctly:

UI shifts on different resolutions
Elements overlap or stretch
Design looks inconsistent

Good UI also depends on:

Spacing
Visual hierarchy
Consistency

These are design decisions, not just technical ones.

What Finally Clicked

Working UI ≠ good UI

Logic makes it functional.

Design makes it usable.

Both are required.

Practical Fix

Use anchors for responsive layout
Use Vertical Box / Horizontal Box for structure
Maintain consistent padding and spacing
Test UI on different screen resolutions
Keep design simple in the beginning

One Lesson for Beginners

Avoid absolute positioning
Use layout containers instead of manual placement
Anchors control responsiveness
Consistency improves UI quality
Reusable widgets save time

Why This Matters in Real Projects

UI is the player’s first interaction layer.

Even if the system works perfectly, poor design reduces usability and overall experience.

Learning layout systems and basic design principles is just as important as learning Blueprint logic.

Slow progress — but I’m building a strong foundation.

If you’re also learning game development, what was the first thing that confused you when you started?

See you in the next post 🎮🚀

Why My Sprite Animation Broke in Unreal Engine

Dinesh — Mon, 23 Mar 2026 16:15:07 +0000

My animation looked perfect in Photoshop. But inside Unreal Engine, it completely broke. That’s when I realized — game-ready and design-ready are not the same.

This post is part of my daily learning journey in game development.

I’m sharing what I learn each day — the basics, the confusion, and the real progress — from the perspective of a beginner.

On Day 86 of my game development journey, I learned how sprite sheets work for Unreal Engine (Paper2D).

What the Problem Is

I created a frame-by-frame animation in Photoshop using the timeline.

Everything looked correct.

But after exporting and importing into Unreal Engine:

Frames were misaligned
Animation looked jittery
Some parts shifted unexpectedly

Why It Happens

Photoshop allows free positioning of frames.

But Unreal Engine expects a strict grid-based sprite sheet.

Each frame must have:

Same width
Same height
Equal spacing

Unreal slices the image based on a grid.

If frames are not aligned perfectly, slicing becomes incorrect.

So even if it looks fine in Photoshop, the engine reads it differently.

What Finally Clicked

Photoshop animation ≠ game-ready sprite sheet

Game engines don’t care about visual placement.

They care about consistent structure.

Every frame must fit inside an exact grid.

How to Fix It

Set canvas size based on frame size × number of frames
Place each frame inside equal grid cells
Keep all frames aligned consistently
Avoid manual shifting between frames
Export as a PNG sprite sheet
Import into Unreal and use the Extract Sprites option (Paper2D)

One Lesson for Beginners

Sprite sheets require strict grid alignment
Every frame must be the same size
Spacing must be consistent
Visual correctness is not enough
Engine requirements matter more than design freedom

Common Beginner Mistake

Adjusting frames visually in Photoshop without respecting grid alignment.

This works in design tools but breaks inside game engines.

2D game assets follow technical rules, not just artistic ones.

Understanding this difference saves a lot of time when moving assets into Unreal Engine.

Slow progress — but I’m building a strong foundation.

If you’re also learning game development, what was the first thing that confused you when you started?

See you in the next post 🎮🚀

Why I Couldn’t Find MetaHuman in Unreal Engine

Dinesh — Sun, 22 Mar 2026 07:52:00 +0000

I searched everywhere inside Unreal Engine. But I couldn’t find MetaHuman. The problem wasn’t the engine — it was the setup.

This post is part of my daily learning journey in game development.

I’m sharing what I learn each day — the basics, the confusion, and the real progress — from the perspective of a beginner.

On Day 85 of my game development journey, I learned how MetaHumans are added to Unreal Engine.

What I Tried

I wanted to use a MetaHuman character in my project. So I searched inside Unreal Engine for the plugin. Nothing showed up.

Later I discovered that MetaHuman is accessed through Quixel Bridge, not as a normal in-editor asset.

After enabling Bridge, I downloaded a MetaHuman, and it finally appeared in my project.

What Confused Me

Why isn’t MetaHuman inside Unreal by default?

Why do we need Quixel Bridge?

Why didn’t the character appear instantly?

Do I need internet every time to use MetaHuman?

What Finally Clicked

MetaHuman is not a built-in asset. It’s a cloud-based system.

Epic uses Quixel Bridge to manage:

Downloads
Updates
Asset integration

So the workflow becomes:

Quixel Bridge → Download MetaHuman → Add to Project

Once downloaded, the assets are stored locally inside the project.

Practical Fix

Open Unreal Engine and enable Quixel Bridge plugin
Restart the engine if required
Open the Bridge panel and log in
Choose a MetaHuman from your library
Download and add it to your project

One Lesson for Beginners

MetaHuman assets are not included by default
Quixel Bridge is required for downloading
Internet is needed only during download
MetaHumans come fully rigged and ready
Restart the engine after enabling plugins

MetaHumans show how modern tools use cloud-based systems to deliver high-quality assets quickly.

Understanding this workflow helps speed up development without building everything from scratch.

Slow progress — but I’m building a strong foundation.

If you’re also learning game development, what was the first thing that confused you when you started?

See you in the next post 🎮🚀

Why My Actor Didn’t Move in Unreal Engine Sequencer

Dinesh — Sat, 21 Mar 2026 07:54:00 +0000

I moved the actor in the viewport. Pressed play… and nothing happened. That’s when I realized — movement isn’t animation.

This post is part of my daily learning journey in game development.

I’m sharing what I learn each day — the basics, the confusion, and the real progress — from the perspective of a beginner.

On Day 84 of my game development journey, I learned how Level Sequencer animates actors in Unreal Engine.

What I Tried

I placed an actor in the scene and opened Level Sequencer.

I moved the actor in the viewport, expecting it to animate during playback.

But when I pressed play, the actor stayed still. Later I understood the issue — I never added keyframes.

What Confused Me

Why did the actor not move during playback?

Why doesn’t moving in the viewport create animation?

What exactly do keyframes do?

How is Sequencer different from gameplay movement?

What Finally Clicked

Sequencer does not record movement automatically. It only plays recorded data.

Keyframes store changes like:

Location
Rotation
Scale

Without keyframes, there is no animation.

So the system works like this:

Keyframe A → starting transform

Keyframe B → ending transform

Sequencer interpolates movement between these points.

Movement in viewport = temporary

Keyframes = saved animation

Practical Fix

Add the actor to Level Sequencer
Add a Transform track
Move the timeline to frame 0 and add a keyframe
Move the actor and timeline forward
Add another keyframe to record movement

Now the actor will animate correctly.

One Lesson for Beginners

Sequencer only plays recorded animation
Keyframes are required for any movement
Viewport changes are not saved automatically
Auto Key can help, but must be enabled
Timeline scrubbing helps preview motion

Sequencer works like traditional animation tools.

It separates cinematic control from gameplay logic, which is important for building cutscenes and scripted events.

Slow progress — but I’m building a strong foundation.

If you’re also learning game development, what was the first thing that confused you when you started?

See you in the next post 🎮🚀