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Magical Portal in UE5 Niagara Tutorial | Download Files

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Video Title: Creating a Simple Portal Effect in Unreal Engine 5

Introduction: “Hi guys, I’m Asif Ali, and welcome to this series of videos. In this tutorial, we will be creating a very simple portal effect in Unreal Engine 5. If you haven’t subscribed to my YouTube channel yet, please do so! Don’t forget to like, share, and comment if you enjoy this video. Let’s get started!”

Tutorial Overview:

• Subscribe and Notification Reminder: “Before we start, make sure to subscribe to my channel and click on the bell icon so you won’t miss any of my new videos!”
• Step 1: Create a Ring Material:
  • Start by creating a material using a radial effect.
  • Use nodes like Radial X to adjust the radius, subtracting from one value to another.
  • Create a sharper effect by playing with the density, and add a dynamic parameter to control the radial parameters (R1, R2, Density).
  • Adjust opacity and color for the desired effect.
• Step 2: Set up Particles in Niagara:
  • Import the ring material into a Niagara Emitter.
  • Adjust spawn rate and size scaling to fit the portal look.
  • Play with density, radius, and scale from 0.5 to 1 for a more refined effect.
  • Add Alpha curves to control the fade-in and fade-out of particles.
• Step 3: Refine the Portal’s Outer Rings:
  • Duplicate the emitter to create the outer layers of the portal.
  • Adjust the scaling and opacity to get the right brightness.
  • Add multiple layers, making each layer brighter and adjusting the thickness and size for visual depth.
• Step 4: Add a Core to the Portal:
  • Create a small core at the center of the portal and adjust the size, brightness, and opacity.
  • Add variation to the core’s life and spawn rate for more dynamic motion.
• Step 5: Add Magical Particles:
  • Use dynamic parameters to simulate magical effects coming from the core. Adjust the color, size, and spawn rate to add randomness and complexity.
• Step 6: Finalize the Portal Look:
  • Use custom materials for finer details like glow and texture animation.
  • Add any extra tweaks for size, brightness, and opacity to refine the final look of the portal.
  • Adjusting the position, movement, and velocity for particles will make the portal feel more interactive.

Final Adjustments:

• Duplicate the emitter layers as needed to build up complexity.
• Ensure that the portal effect is responsive, with various particles fading in and out, and that the core is glowing.
• Play around with spawn rates and particle sizes to achieve the perfect portal look.

Closing: “That’s it! This is how you can create a simple portal effect in Unreal Engine 5. I hope you enjoyed this tutorial and learned something new! If you did, make sure to like and share the video, and as always, feel free to leave any comments or questions below. Thanks for watching, and keep learning. Bye-bye!”

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Key Points:

• Material Creation: Radial X, dynamic parameters, opacity and density control.
• Niagara Particles: Spawn rate, scaling, fading, and randomization of particle size and color.
• Portal Layers: Adding multiple rings and core elements for depth.
• Magical Effects: Dynamic parameters for random magical effects.
• Final Adjustments: Tweaking the effects for the desired look, including opacity, scaling, and glow.

Tags:

• #UnrealEngine5
• #PortalEffect
• #NiagaraVFX
• #ParticleEffects
• #UE5Tutorial
• #GameDevelopment

Additional Notes:

• Encourage viewers to experiment with different textures and particle sizes.
• Provide links to related tutorials or materials used in the video.