Particle Molecules 3D Live Wallpaper icon

Particle Molecules 3D Live Wallpaper

1.0.9 for Android
4.5 | 10,000+ Installs

Arthur Arzumanyan

Description of Particle Molecules 3D Live Wallpaper

Free Version Includes:
- Green Molecules
- Touch Flowing Particle With Plexus Connections
- Touch Flowing Particles With Trails
- Glows
- Gyroscope Rotation
Full Version Includes
Features:
- Fully 3D Live wallpaper Rendered with 36 Types of DNA
Molecules, Particles With Plexus
Connections And 3
Types of
Animated Touch
Flowing Particles Plexus Effects
- Incredible 3D parallax effect. Uses Gyroscope / Accelerometer.
Real Gyro & Parallax live wallpaper that features an immersive 3D scene with a stylized
version of
DNA
molecules. Swipe your finger to create an extravagant DNA Helix trail of
flowing
particles.
Molecule Particles Includes:
-
15 Types of Neon Floating Particle
Molecules
With Different Colors.
-
15 Types of Regular Floating Particle
Molecules
With Different Colors.
-
Background Color
-
Background Glow
-
Gyroscope Rotation
AND MORE ------
- 3 Types of Touch Follow Effect
- Flowing particles
- DNA Helix Flowing Particles
- Flowing Bubbles
-Swipe your finger to create an extravagant DNA Helix trail of flowing particle Effects.
- Double Tap - Double Tap Anywhere on Home Screen To Open Settings Menu.
- Supports both phones and tablets, portrait/landscape.
SUMMARY:
- Very Colorful, Animated, 3D DNA Particle Molecules With
Plexus Effects With Touch
Follow Particle Plexus
Effect.
- Everything is 3D rendered in OpenGL 2.0, with fully interactive Effects that supports multi-
touch. Both tablets and phones are fully supported in both portrait and landscape modes!
Futuristic 3D Graphics Created By Unity 3D.
Virtual Reality Version of This App is Coming Soon
The Best android 3D live Wallpaper 2017
ENJOY ;)

Information

  • Category:
    Personalization
  • Latest Version:
    1.0.9
  • Updated:
    2018-04-17
  • File size:
    13.8MB
  • Requirements:
    Android 4.1 or later
  • Developer:
    Arthur Arzumanyan
  • ID:
    com.Particle.Molecules
  • Available on: