CGHOW | Ashif Ali

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hi, guys today I have created a disintegration particle fx in ue5 Niagara. this is different fx from other disintegration fx created by Niagara. in this particles only spawning from dissolve edges. to create this first I used the same process with Niagara have to use static mesh UV in the dynamic parameter then connect that dynamic parameter in material opacity but that was not helpful for this effect so basically what I did, it took two kill volume sphere with different size and got the edge from their size deffrence that connects that with initial position and got this result.

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Mastering Disintegration Effect in UE5 Niagara

Description:
In this tutorial, Asif Ali from CGHOW demonstrates how to create a stunning disintegration effect in Unreal Engine 5 using Niagara. Learn how particles dynamically emit from the edges of a dissolving material, creating a visually captivating effect. This tutorial walks you through every step, from crafting materials and setting up Niagara particle systems to implementing a sphere mask for precise particle emission. You’ll also discover advanced techniques, like linking material and particle parameters using Material Parameter Collections and creating custom kill volumes for edge-based particle effects.

Key Points Covered:

• Using Sphere Masks in Materials: Learn to create dynamic dissolve effects with glowing edges using sphere masks.
• Niagara Particle Setup: Emit particles from the surface of a dissolving mesh with accurate edge alignment.
• Material Parameter Collections (MPC): Sync material and particle animations for seamless transitions.
• Custom Kill Volume in Niagara: Control particle spawn and movement with a custom kill volume linked to the initial position.
• Dynamic Linking in Blueprints: Use Blueprints to connect particle offsets and material parameters for synchronized animations.
• Advanced Debugging and Optimization: Solve common issues like lingering particles and refine edge-based spawning effects.

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#UE5 #Niagara #DisintegrationEffect #VFX #CGHOW #UnrealEngine #GameDevelopment #MaterialParameterCollection #ParticleSystems #NiagaraTutorial

Additional Notes:

• Use models from platforms like Mixamo for experimentation and animations.
• For similar effects, refer to CGHOW’s previous dissolve tutorials.
• Experiment with kill volumes and dynamic parameters to fine-tune your effect.

Suggestions for Future Tutorials:

• Demonstrating similar disintegration effects with different shapes (e.g., cubes or complex meshes).
• Exploring the integration of texture-based particle color mapping for enhanced visuals.