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Hi guys in this video tutorial you will learn how to create mesh particle emitter in unreal engine Niagara.

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Video Title:
Mesh Particles in Niagara – Basic Tutorial

Description:
In this tutorial, we dive into the Mesh Particles in Niagara and learn how to use them effectively within your particle systems. We’ll start by creating a simple mesh particle system, applying mesh renderers, and exploring the various settings that affect particle size, rotation, and collision. This tutorial is part of our ongoing Niagara series, where we progressively build on the basics to create more advanced VFX. Stay tuned for future tutorials where we will cover more complex techniques!

What We’ll Cover:

• Creating Mesh Particles: Learn how to duplicate and modify an existing system to create mesh particles in Niagara.
• Mesh Renderer Setup: We’ll explain how to set up a mesh renderer, including how to use your own materials or override the default ones.
• Size and Rotation Controls: Discover how to manipulate mesh scale (uniform and random) and apply rotation to mesh particles.
• Mesh Collision: We’ll explore how to apply collisions to your mesh particles and adjust friction, bounce, and other settings.
• Performance Tips: Understand how to handle performance when using mesh particles, including the effects of scaling and collision.
• Future Tutorials: Stay tuned as we dive deeper into ribbon and beam particles in upcoming tutorials.

Key Steps:

• Duplicating and Modifying Systems: We start by duplicating an existing system and converting it to use mesh particles. You’ll see how to make the necessary changes for mesh rendering.
• Applying Materials: Learn how to apply mesh materials to your particles. You can either use the material already applied or override it with your own custom material.
• Mesh Particle Scaling: We go through the Mass Scale and how to control particle size. Learn how to use random and uniform scaling for mesh particles and apply initial and random rotations.
• Rotation Handling: Understand how to manage mesh particle rotation, both initially and during particle updates.
• Collision and Interaction: Learn how to set up collision for your mesh particles, including bounce, friction, and solver settings, and see how the particles interact with the ground or other objects.
• Performance Considerations: We cover some basic performance considerations when using mesh particles, ensuring your particle effects run smoothly even when dealing with complex systems.

Key Takeaways:

• Mesh Particles Basics: Gain the foundational knowledge of setting up and using mesh particles in Niagara for creating more complex visual effects.
• Customization: Learn how to customize the size, rotation, and material of mesh particles for dynamic and realistic effects.
• Collision Handling: Understand how to set up collision for mesh particles, making your particles interact with the environment.
• Performance Tips: Learn how to efficiently manage performance when using mesh particles, especially with large systems.

Next Steps:
In the next video, we’ll explore ribbons and beams in Niagara. These are powerful tools for creating trail effects and advanced VFX, so stay tuned!

Tags:
Unreal Engine, Niagara VFX, Mesh Particles, Particle System Tutorial, Mesh Renderer, Niagara Tutorial, VFX Basics, Game Development, Visual Effects, Particle Collision, Unreal Engine 4, VFX Techniques, Game FX, Performance Optimization