CGHOW | Ashif Ali

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For this cool looking effect i used simple Rotate vector and sine parameters in unreal engine niagara.

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Video Title: How to Create a Random Effect in Unreal Engine with Chair Mesh

Introduction: Asif Ali demonstrates how to create a dynamic and random effect in Unreal Engine using a chair mesh. This tutorial showcases a variety of techniques for creating random movements, rotations, and scaling behaviors in your particles to achieve a unique, fluid effect that can be used in various game or animation projects.

Key Points Covered:

1. Overview of the Effect:
   • The effect involves randomly spawning and animating chair meshes to create a unique look.
   • The tutorial uses Unreal Engine’s Niagara particle system to make the chairs move and rotate in random ways, simulating a random, dynamic behavior.
2. Creating the Base Emitter:
   • A fountain emitter is created, and unnecessary modules (like sprite renders) are removed.
   • Mesh (chair mesh) is added to the emitter to be spawned instead of the default particle. A velocity is applied to make the chairs move upwards.
   • Random Rotations: The velocity is linked with a rotate vector module to make the chairs spawn in random directions, adding randomness to the movement.
3. Randomizing Particle Behavior:
   • Scaling: The chairs are set to scale up and down using a curve, which makes them grow and shrink smoothly.
   • The scaling curve is edited to create a bouncing effect that smoothly scales the chair mesh.
   • Sine Wave: A sine wave is added to the emitter to further randomize the scaling and movement, creating more natural randomness.
4. Initial Rotation and Orientation:
   • Orientation is set to control the initial rotation of the chairs so that they align with the velocity direction.
   • An update rotation is used to allow the chairs to rotate randomly, making the effect more dynamic.
5. Randomizing Role and Rotation:
   • Random Rotation is added to make each chair spawn at a slightly different angle. This ensures that when multiple chairs are emitted, they are oriented differently and have a randomized visual appearance.
   • The rotation values are tweaked and multiplied to control the intensity of the randomness.
6. Applying Materials:
   • A basic material is applied to the chairs to change their color over time, which is achieved by multiplying a texture with time.
   • The material adds an extra layer of realism, making the effect look more integrated into the scene.
7. Final Tweaks:
   • Velocity Adjustments: Adjusting the velocity and roll parameters ensures that the chairs move randomly in both directions.
   • Randomized Roles: The emitter’s spawn diameter and random roll value are further tweaked to introduce more randomness in the movement.

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Trendy Tags:

• #UnrealEngine
• #NiagaraVFX
• #RandomEffects
• #VFXTutorial
• #ParticleEffects
• #GameEffects
• #MeshRandomization
• #ChairMesh
• #UnrealParticles
• #Niagara

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Additional Notes for Video Tutorial Description:

• This is a beginner-friendly tutorial ideal for those who want to experiment with randomization in Unreal Engine’s Niagara system.
• Explore the project and experiment with different mesh assets and material settings to achieve unique results for your own projects.
• Don’t forget to download the assets and follow along for the full experience. Stay tuned for more advanced tips!