CGHOW

In this video i have created a magical tentacle effect in unreal engine Niagara. this is very simple effect just using 3 simple emitters for this effect but in this effect you will learn how to use Niagara parameters through blueprint.

#cghow #unrealengine #gamevfx #gamefx #ue4vfx #ue4fx #niagara #unrealengineniagara #unrealenginevfxtutorials

●Upload Your Tutorials/Work – https://cghow.com/
…………………………………………………………………………………………………………
Purchase Effect Package From Unreal engine Marketplace –
●Niagara Effects Pack – http://bit.ly/2LWgZTx
●Advanced Magical FX – http://bit.ly/2XQYyXL
……………………………………………………………………………………………………………………………………
●Patreon – https://www.patreon.com/Ashif
……………………………………………………………………………………………………………………………………

●Follow FB Page – https://www.facebook.com/cghow0/
●Join FB Group – https://www.facebook.com/groups/cghow/
……………………………………………………………………………………………………………………………………
●Android App – http://bit.ly/2XUnhoR
……………………………………………………………………………………………………………………………………
Playlists-
●Unreal Engine Niagara Tutorials – http://bit.ly/2SmPEuT
●Unreal engine VFX Tutorials -http://bit.ly/2JNXyJZ
●Unity VFX Tutorials – http://bit.ly/2XNGlKz
……………………………………………………………………………………………………………………………………
●Discussion & Help Forum – http://bit.ly/2Lo0Er7
……………………………………………………………………………………………………………………………………

Title: Magical Tentacle Effect in Unreal Engine Niagara

Overview:
In this video, I demonstrate how to create a simple yet visually appealing magical tentacle effect in Unreal Engine Niagara. The effect features tentacles emerging from the center, spreading out in random directions, and then shrinking again, resembling magical energy or tentacles. This tutorial covers the creation of the effect using a single particle system with three emitters, all controlled in Blueprint.

Key Points:

• Emitter 1: A glowing radial effect, using a simple scaling sprite with color transitions from yellow to purple.
• Emitter 2 & 3: White and thin tentacle-like particles emitting from a box location. The particles move in a random direction, with additional randomization in speed and rotation, all controlled using a Point Attractor.
• Blueprint Integration: The blueprint controls the rotation of each emitter and applies random values to the attraction strength, as well as the speed of the sine wave movement, allowing for dynamic and varied behavior across the different emitters.
• Randomized Values: Multiple duplicates of the emitters are created, each rotated and influenced by slightly different parameters, giving the final effect a natural, varied look.
• Color Control: A hue shift is applied to the entire effect using a single material, with the ability to adjust the overall color in real-time through the Blueprint.

Conclusion:
This effect is straightforward but can be customized further to fit different projects. The key takeaway is how to use simple emitters with Blueprint to create complex, dynamic behaviors that can be applied to any number of visual effects.

Call to Action:
If you enjoyed this tutorial, don’t forget to subscribe to my channel CGHOW and hit the bell icon for updates on future tutorials. Keep learning and experimenting with Unreal Engine!