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. DPIT Plants is a procedural modeling and animation plugin to generate organic structures especially suited for trees and plants.
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. DPIT Plants is a procedural modeling and animation plugin to generate organic structures especially suited for trees and plants.
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. DPIT Plants is a procedural modeling and animation plugin to generate organic structures especially suited for trees and plants.
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.
DPIT Plants contains tools, objects and shaders that allow users to create arbitrary types of plants and trees with high flexibility. The algorithms used are based on L-system like behaviors but are not limited to rule-based generation but rather enable the user to apply rules on a procedural basis.
