In this tutorial you will learn how to create Nuke Explosion Effect in unreal engine. you will learn every step for this effect texture, materials, mesh and emitters. For any concern comment below the video or create help thread in CGHOW form (discussion & help forum link below)
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Title: Nuke Explosion Effect in Unreal Engine | Niagara VFX Tutorial
Description: In this tutorial, I demonstrate how to create a nuke explosion effect in Unreal Engine Niagara. This effect includes components like debris, smoke, and shockwaves to simulate a large-scale explosion. Follow along to see how I set up materials, particles, and animations to achieve a dynamic explosion effect.
Key Points:
- Effect Overview: This nuke explosion effect features a central explosion, debris scattering, a burning flash, smoke rings, and afterglow. Each component has unique settings and materials to create a realistic impact effect.
- Components of the Nuke Explosion Effect:
- Main Nuke Explosion: Uses a custom mesh with a panning noise texture to create a glowing effect that erodes over time. This effect utilizes a previous tutorial on eroding materials for reference.
- Debris Particles: Small debris pieces erode with edge glow. These particles collide with the ground, simulating debris dispersal on impact.
- Burning Flash: A quick, bright flash created with a high-color burn effect to emphasize the explosion. Particles have a short lifespan with high intensity and scaling.
- Hit Mark: A planar mesh positioned on the ground with a texture that glows and cools down, creating a scorched effect where the explosion hit.
- Shockwaves: Three shockwave layers use torus meshes with noise distortion to add depth to the explosion. These layers scale over their lifespan and emit bright colors.
- Smoke and Smoke Rings: Black smoke particles and smoke rings create a trailing smoke effect. The smoke ring texture, from Unreal Engine’s starter content, spreads radially and changes color based on the lighting.
- Sparks: Radial sparks emit from the center, adding energy to the explosion. Particles are affected by gravity and fade over time.
- Afterglow: A subtle afterglow effect fills the scene to enhance the visual impact, using soft colors and large sprites for a faint glowing finish.
- Technical Details: The effect includes dynamic parameters to control glow, distortion, erosion, and scaling. The combination of torus meshes and planar meshes allows for a multi-layered explosion, adding realism to the effect.
Tips: Adjust particle parameters like velocity, gravity, and lifespan to suit the intensity of your desired explosion. Experiment with the glow intensity and erosion settings to achieve unique visuals.
Tags: #UnrealEngine #NukeExplosion #Niagara #VFX #GameDev #ParticleSystem #UnrealEngineVFX
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