Autoplay
Autocomplete
Previous Lesson
Complete and Continue
Complete Game Optimization for Unreal Engine 5
0. Getting Started
Introduction & How to use this course
🔶 Gameplay Learning Track
🔷 Graphics Learning Track
On The Horizon (Upcoming Content)
New Lessons & Changes
Refer a Friend (Give 30%, Get 30%)
1. Notable Performance Improvements in Unreal Engine Releases
5.5 Performance Highlights
2.1 Performance Fundamentals
Frame Time (ms) vs. Frame Rate (fps) (2:42)
Basics of Frame Pacing (8:44)
Finding the Bottleneck (CPU vs. GPU) (24:21)
2.2 Profiling Preparation
Preparing game build (5:33)
Reducing Profiling Noise (Launch Parameters) (8:55)
Basic ways to Launch (0:36)
3.1 Profiling Tools - Unreal Insights
Unreal Insights Overview
Generating Trace files (.utrace) for Profiling (9:44)
Insights Walkthrough (19:56)
Insights Bookmarks & Screenshots (2:21)
Adding Your Own Traces and Counters (C++) (6:42)
Investigating Individual Stats (12:02)
Profiling on Target Hardware (Steam Deck) (6:26)
What's Coming: Memory Insights, RDG Insights, Load Times, and more...
3.2 Profiling Tools - Content & Scene
Statistics Panel (Primitive Stats, Texture Stats) (11:50)
Size Map (17:20)
Reference Viewer (7:03)
3.3 Profiling Tools - GPU & Rendering
Profiling single frame stats with ProfileGPU (5:43)
Optimization ViewModes (6:52)
Visualize Render Buffers in Viewport (”vis” cmd) (2:48)
3.4 Profiling Tools - Memory
MemReport
OBJ LIST
3.5 Profiling Tools - Misc.
A/B Testing Console Variables (3:35)
Viewports Stats System (4:27)
Console Variables Panel (1:33)
3.6 Profiling Tools - Third-party
RenderDoc Frame Debugger (19:08)
4. The Unreal Engine Architecture
Unreal Engine's CPU Threading Architecture (12:23)
5.1 Case Study - Lyra Starter Game
Optimizing Lyra for Steam Deck Overview
Improving SceneComponent Movement Performance (C++) (15:58)
Moving Mesh Rotations to the Vertex Shader (WPO) (4:31)
Optimizing GameThread with Asynchronous Traces & Overlaps (8:37)
5.2 Case Study - Dark Ruins Megascans Environment
Profiling & Applying GPU Optimizations (Lights, Nanite, Niagara, VSM) (62:04)
5.3 - Case Study - The Forever Winter (Live game in Early Access)
What is coming? Optimizing The Forever Winter (Co-op shooter in Early Access)
6.1 Gameplay Programming - General
Culling & Throttling Game Logic with Significance Manager (35:34)
Auto Detach Inactive Components (AutoManageAttachment) (4:00)
Reusing Actors with Object Pooling (8:03)
Optimized Blueprint Component Initialization (6:58)
6.2 Gameplay Programming - Blueprint Performance
Blueprint For-Loops (Insights Profiling) (8:33)
6.3 Gameplay Programming - C++ Performance
C++ Performance Overview [In Progress]
6.4 Gameplay Programming - Ticks, Timers, and Timelines
Actor & Component Ticks (6:26)
Understanding Timers (6:01)
Timeline Nodes Misconceptions (3:43)
Assigning the ideal TickGroups (8:13)
Profiling World Tick (14:41)
Aggregating Ticks (7:20)
Automatic Tick Batching
6.5 Gameplay Programming - Multithreading
Easily multithread for-loops with ParallelFor() (5:34)
What's Coming: TaskGraph, Task System and more...
6.6 Gameplay Programming - Collision & Physics
Asynchronous Traces & Overlaps (7:37)
What's Coming: Collision & Physics Scene Optimizations
6.7 Gameplay Programming - Audio
Audio Playback Culling (9:27)
6.8 Gameplay Programming - Resources & Self Study
Reducing Actor Memory Footprint SparseClassData
High-performance containers (Map. Set, Array) from VoxelCore
7. Memory - Garbage Collection
Garbage Collection Overview
GC Best Practises (13:54)
Reducing the garbage (Lyra Example) (9:28)
Optimizing GC Settings (16:22)
GC Profiling Tips (6:26)
8. Content - Skeletal Animation
AnimGraph FastPath (5:04)
AnimGraph LOD Threshold (3:08)
Optimizing Skeletal Mesh LODs (28:18)
Animation Budget Allocator (11:32)
9. World Optimizations
Decal Actors Deep Dive (DBuffer) (13:06)
Mesh Decals (Notes & Best Practises)
10.X Rendering - Lumen
What's Coming: Lumen Scene & Content Optimizations
10.2 Rendering - Nanite
What is Nanite Virtualized Geometry?
What's Coming: Best Practices, Nanite for Artists
10.3 Rendering - Virtual Shadow Mapping
Virtual Shadow Mapping Overview
What is Virtual Shadow Mapping? (6:57)
VSM Performance Guidelines (14:25)
VSM Profiling Tools (18:00)
VSM Scalability Settings (11:00)
10.4 Rendering - Lighting
Local Light Culling (10:40)
Contact Shadows (Screen-space Shadows) (9:46)
10.5 Rendering - Niagara Effects
Particle Cutout Texture (7:08)
What's Coming: Optimal Settings, Best Practices, Culling, Scalability
10.6 Rendering - Materials
Uniform Expression Folding (and Constant Folding) (9:32)
10.7 Rendering - PSO Caching (Windows DX12)
What are "Pipeline State Objects"? #StutterStruggle (4:14)
PSO Precaching vs. Bundled PSOs (4:44)
Setting up "PSO Precaching" (11:56)
"Bundled PSO" Pipeline Setup & Tips (12:11)
Analyze Project Shader Counts & Permutations (Commandlet)
10.8 Rendering - Visibility & Occlusion
Draw Distance Culling (10:46)
10.9 Rendering - Variable Rate Shading
What is Variable Rate Shading? (10:01)
Material Shading Rate (Tier 1 VRS) (7:34)
Contrast Adaptive Shading (Tier 2 VRS) (14:27)
Software VRS (Nanite) (8:20)
Setting up VRS in your game
10.10 Rendering - Resources & Self Study
Low Latency Frame Syncing (Frame Pacing)
11. Platform Scalability
Managing Scalability for different Platforms
Detail Modes
Automatic Scalability (Synthbenchmark)
12. UI - Slate & UMG
Slate Global Invalidation (11:50)
Wrapping Up
Refer a Friend (Give 30%, Get 30%)
Feedback & Review
[In Progress] Recommended Reading & Watch List
Generating Trace files (.utrace) for Profiling
Lesson content locked
If you're already enrolled,
you'll need to login
.
Enroll in Course to Unlock