UE5 | Deamon FX in Unreal Engine 5.2 Niagara Tutorial | Download Files – CGHOW

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UE5 | Deamon FX in Unreal Engine 5.2 Niagara Tutorial | Download Files

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Tutorial Title:
Creating Dynamic Character Effects in Unreal Engine: Material Animation, Shadow Effects, and Energy Particles

Introduction:

Start: Begin the tutorial by encouraging viewers to subscribe to your YouTube channel and click the bell icon for notifications.
Setup: Briefly explain your current setup where the character has a taunt animation in the scene. There’s a camera with some basic lights, and the background is set using a single image on a plane.

1. Animating the Character’s Material:

Step 1: Open the material for the character (downloaded from an external source).
Step 2: Use a sine wave function to animate the material’s appearance.
Step 3: Add a power function to control the intensity of the effect, creating a dissolve animation.
Step 4: Use the Add node to control the strength of the effect, enabling the ability to animate the power from 0 to a higher value (like 10 or 20).
Step 5: Introduce color parameters to enhance the visual effect, including a carbon-based color (for instance, black).

2. Sequencer Setup:

Animating Parameters: Set up animations using the Sequencer.
- Keyframe Power from 0 to a maximum value.
- Keyframe Boost from 0 to 1 to simulate brightness changes.
Result: Show the material animating to a bright state and then quickly fading back to normal.

3. Adding Character Material Color Changes:

Introduce an additional base color parameter to make the character gradually change to black during the animation.
- Keyframe the Base Value from 1 (normal) to 0 (black).

4. Shadow Effects:

Create Fake Shadows: Since the background is unlit, use a Niagara effect to create shadows for the character.
- Set the alignment and facing vector.
- Adjust shadow color to black.
- Adjust the shadow size and fade out the shadow to match the lighting.

5. Adding Smoke and Energy Effects:

Create a Smoke Effect:
- Use a noise texture and adjust properties like tiling, density, and dissolve.
- Multiply opacity and use particle color to control the flow.
Modify Particle Speed and Density:
- Use parameters to randomize the speed and density of the smoke particles.
- Keyframe the particle opacity for a dissolving effect.

6. Emitting Energy from the Character:

Use the skeleton mesh location to make particles emit from the character’s body.
- Randomize particle size, color, and speed to make it look more energetic and dynamic.
Adding a Burst of Energy:
- Adjust size and burst speed to simulate powerful bursts coming from the character.

7. Additional Visual Elements:

Add Sparks: Introduce sparks using the same material and adjust properties such as size, brightness, and life span.
Shockwave Effects:
- Use a shockwave texture to create a visual explosion around the character.

8. Final Touches:

Add Alpha Erosion:
- Use a material to dissolve an image or texture effect, combining it with noise for a dynamic visual.
- Add life cycle and velocity parameters for a smoother, more organic movement.
Flicker Eyes Effect:
- Introduce an emissive effect for the character’s eyes to flicker.

Conclusion:

Wrap up by reiterating that while this tutorial shows how to create basic character effects, there’s potential to add even more complexity.
Encourage viewers to check out Patreon for additional assets like noise textures, and thank them for watching.

Tips for Post-Tutorial Expansion:

You can include further tips for optimizing particle effects in Unreal Engine.
Suggest ways to improve performance when using complex materials and effects.
Highlight the importance of adjusting parameters for various hardware setups to ensure smooth performance across different devices.

CGHOW | Ashif Ali