Unreal 5 Niagara – Simulation Stages

Unreal 5 Niagara – Simulation Stages, available at $54.99, has an average rating of 4.38, with 97 lectures, based on 8 reviews, and has 194 subscribers.

You will learn about Learn Advanced Niagara Techniques such as For Loops and Simulation Stages Build up advanced Reaction Diffusion and Falling Sand simulations using Grid2D Fake interparticle collisions using Position Based Dynamics Learn how to Optimise complex effects using Neighbour Grids This course is ideal for individuals who are Advanced VFX artists who want to expand their knowledge with cutting edge techniques It is particularly useful for Advanced VFX artists who want to expand their knowledge with cutting edge techniques.

Enroll now: Unreal 5 Niagara – Simulation Stages

Summary

Title: Unreal 5 Niagara – Simulation Stages

Price: $54.99

Average Rating: 4.38

Number of Lectures: 97

Number of Published Lectures: 97

Number of Curriculum Items: 97

Number of Published Curriculum Objects: 97

Original Price: $99.99

Quality Status: approved

Status: Live

What You Will Learn

Learn Advanced Niagara Techniques such as For Loops and Simulation Stages
Build up advanced Reaction Diffusion and Falling Sand simulations using Grid2D
Fake interparticle collisions using Position Based Dynamics
Learn how to Optimise complex effects using Neighbour Grids

Who Should Attend

Advanced VFX artists who want to expand their knowledge with cutting edge techniques

Target Audiences

Advanced VFX artists who want to expand their knowledge with cutting edge techniques

Welcome to my Unreal Engine 5 Niagara Course – Simulation Stages, here on Udemy. This course will cover some of the most advanced techniques that can be set up in Niagara. Using For Loops to iterate over Particles in the same or other Emitters and create advanced dynamic effects. We will also cover Grid 2D in depth, from the basics of setting up and reading and writing data, to using loops to write Particle data to the grid, to complex simulations such as Conway’s Game of Life, Reaction Diffusion Simulations and Falling Sand Sims.

Over the course of 11.5 hours, all broken down into bite size 10-15 min videos, we cover For Loops, Grid 2D, Simulation Stages and Neighbour Grids

Each chapter contains many examples, full of handy comments, as well as a many corresponding video lectures that explains in full detail what is being done and why – so you’re learning both the techniques being used and building up a base of background knowledge of first principal concepts, allowing you to build up your own effects in future.

With industry standard practices from my 15 year career, including 5 years of teaching Game Art at a Masters Degree level, this course will cover all various uses of Particle effects and Renderers – this course will fully equip you to add some Visual Effects life into your realtime scenes in Unreal Engine 5.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Intro Video

Chapter 2: For Loops

Lecture 1: Intro to For Loops

Lecture 2: For Each Loops

Lecture 3: Attribute Reader

Lecture 4: Get Size

Lecture 5: Loop

Lecture 6: Mesh Repro – Orbs

Lecture 7: Mesh Repro – Mesh Setup

Lecture 8: Mesh Repro – Initialisation

Lecture 9: Mesh Repro – Update

Lecture 10: Mesh Repro – Material

Lecture 11: Mesh Repro – Material Alpha

Lecture 12: Mesh Repro – Loop Setup

Lecture 13: Mesh Repro – Offset

Lecture 14: Mesh Repro – Falloff

Lecture 15: Mesh Repro – Fade Lerp

Lecture 16: Mesh Repro – BugFix Emissive

Lecture 17: Mesh Repro – Summary

Lecture 18: Mesh Repro – Scale By Size

Lecture 19: Chain – Init Data

Lecture 20: Chain – Spacing

Lecture 21: Chain – Rotation

Lecture 22: Chain – First Last

Lecture 23: Chain – More Init Data

Lecture 24: Chain – Zero First Link

Lecture 25: Chain – Reattach

Lecture 26: Chain – Presolve

Lecture 27: Chain – Solver

Lecture 28: Chain – Bug Fixes

Lecture 29: Chain – Rotation

Lecture 30: Chain – Recap

Chapter 3: Grid 2D

Lecture 1: Grid2D – Intro

Lecture 2: Grid2D – Creation

Lecture 3: Grid2D – Fill with Texture

Lecture 4: Grid2D – Fill Render Target

Lecture 5: Grid2D – Bind Render Target to Material

Lecture 6: Grid2D – Fade

Lecture 7: Grid2D – Distort

Lecture 8: Grid2D – Curl Noise

Lecture 9: Grid2D – Texture Noise

Lecture 10: Grid2D – External Render Targets

Chapter 4: Cellular Automata

Lecture 1: Game of Life – Intro

Lecture 2: Game of Life – Setup

Lecture 3: Game of Life – Get Data

Lecture 4: Game of Life – Reproduction

Lecture 5: Game of Life – Death

Lecture 6: Game of Life – Bug Fix

Lecture 7: Game of Life – Speed Control

Lecture 8: Game of Life – Texture

Lecture 9: Reaction Diffusion – Intro

Lecture 10: Reaction Diffusion – Math

Lecture 11: Reaction Diffusion – Setup

Lecture 12: Reaction Diffusion – Grid Offset

Lecture 13: Reaction Diffusion – Laplacian

Lecture 14: Reaction Diffusion – Constants

Lecture 15: Reaction Diffusion – Algorithm

Lecture 16: Reaction Diffusion – Bug Fix

Lecture 17: Reaction Diffusion – Parameters

Lecture 18: Falling Sand

Chapter 5: More Grid 2D

Lecture 1: Particle Animation Textures

Lecture 2: Read Write Grid 2D

Lecture 3: PAT Bugs

Lecture 4: Procedural Shapes

Lecture 5: Hex Per Particle

Lecture 6: World Space to Unit Space

Lecture 7: For Loop

Lecture 8: Persistence

Lecture 9: Rotation

Chapter 6: Neighbour Grids

Lecture 1: Intro

Lecture 2: Colour From Closest

Lecture 3: Explanation

Lecture 4: Setup

Lecture 5: Fill HLSL

Lecture 6: Read HLSL

Lecture 7: Correct HLSL

Lecture 8: Bug Fix

Lecture 9: Debugger

Lecture 10: Positions

Lecture 11: Linear

Lecture 12: Grid Linear

Lecture 13: Fill To Nodes

Lecture 14: Checks

Lecture 15: Read To Nodes

Lecture 16: Recap

Lecture 17: Propagate Colour

Lecture 18: Propagate Colour Breakdown

Lecture 19: Propagate Colour HLSL

Lecture 20: PBD Intro

Lecture 21: PBD Setup

Lecture 22: PBD Gravity

Lecture 23: PBD Ground Bounce

Lecture 24: PBD Collision Loop

Lecture 25: PBD Bug Fix

Instructors

Thomas Harle
Realtime VFX Artist

Rating Distribution

1 stars: 1 votes
2 stars: 0 votes
3 stars: 0 votes
4 stars: 1 votes
5 stars: 6 votes

Frequently Asked Questions

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