Cinema 4D XPresso: Thinking Particles

Product Description

In this series of tutorials, which offers you more than 5 hours of videos, we will go through the creation of advanced particles effects in Cinema 4D.

Also there are several videos, that will explain how you can solve some issues using XPresso: creating Vertex maps, working with splines using Python nodes, working with Mograph-effectors etc.

This course is for Cinema 4D users who know the basics of XPresso. For those who want to expand their experience of the program, who want to extract from its functionality the maximum of opportunities.

Additional info

Language: English

Duration: 5 hours 50 min

Video format: HD 720p

Autors: Mike Udin, Sergey Shipov

English translation: Alexander Kolyasa

Availability: Instant Download

Project files: Included

Videos playlist

Ray Collision

Moving particles between points in space and the surface of geometry.

Vertex Map. Bubbles effect

Inflating bubbles effect below the surface. 

Animated Particles. Bubbles

Practical work with animated particles.

Spirals Rain

Particles motion along a spiral.

Vertex Map. Create with Falloff

Manipulating vertex maps using XPresso Falloff Node features. 

Hadron Collider particles collision

Effect of colliding particles. 

Cartoon smoke

Stylized smoke animation. 

Spline Emitter Tips

Using spline as particles emitter. 

Center Gravity and Dividing Cells

Dividing cell effects and moving particles to center. 

Missile launch

Missiles launch simulation. 

Particles velocity and Color

How to define particles acceleration and color from a moving emitter. 

Animated Particles. Circles

Practical work with animated particles. 

Spline Connect Points

Dynamics of splines connected to particles. 

Sample Node

Using effectors to change properties of non-Mograph objects. 

Surface Flow

Moving particles along the geometry surface. 

Heat Head

Change the surface of the model with deformation and emission of particles.

Spline Python Node

Spline segment generator. Creating a crystal lattice. 

Curl Python Node

Particles swirl movement along the surface.