DPIT Plants & Effects 1.6

Fire/Water/Smoke effects within C4D R12
Also has a tree/plant creator

Competitor to RealFlow

DPIT Effex is a professional solution to create particle and fluid effects inside of Cinema 4D.

At its very core it includes a physical based fluid solver to create fire, smoke, vapor and explosion simulations. But also liquids belong to the repertoire of DPIT Effex which is the only plugin available on the Cinema 4D market that allows to generate complex water and highly viscous liquid simulations. They all obey the law of fluids which are described by the Navier-Stokes or Euler Equations.

All these effects are based on state-of-the-art algorithms in order to provide the user with most up-to-date technologies. Technically it uses a combination of voxelgrid-based and particle-based simulation algorithms that enable fast, high-quality and realistic results with a huge amount of artistic control.
The simulation takes place inside of a cube-shaped container that defines the 3D grid and the user is able to specify certain amounts of media that shall be affected by the fluid simulation. This media can either be specified as a density (smoke for example) or as a particle body (liquids) and is then driven by the fluid velocity field that is calculated by the fluid solver.

It also fully integrates with Cinema 4D's own features and therefore provides the user with a highly flexible and feature rich fx toolset which has already been used in feature films such as Surrogates or Twilight Eclipse, extending the capabilities of Cinema 4D massively. Last but not least DPIT Effex is a rock-solid stable piece of software.

With more than 10 years of plugin development experience for Cinema 4D, DPIT Effex is the flagship of Katachi's product line and has a fast and internationally growing user-base.

Website:
http://www.dpit2.de/v2/index.php

View tutorial videos here:
http://www.youtube.com/user/DPITNatureSpirit#p/c/41E6737B6059CEE0

Requires Cinema4D R12
Place unzipped folder inside of the C4D plugin

Tested (not extensively) and everything appears to function normally.