FumeFX for 3ds Max v6.0 – 1 Year Rental – Academic Sitni Sati

The QCG solver in FumeFX is optimized for speed and robustness. It has complete control over the realism vs speed balance.

The Fire model within FumeFX adds Oxygen to the equation. This new component brings forth various new ways to creatively control the burn process.

With the addition of various vorticity models you can choose from visually different curl types giving your FumeFX simulations a more unique look and feel.

Whether you want to create a special effect or need to tweak a final animation, with Render Warps there are many more possibilities. With just a few mouse clicks users can warp their cached simulation and watch the resulting deformation directly inside the 3ds Max Viewport, or in rendered images.

Gain creative control over almost every simulation parameter and field. With Effectors it is simple to control vorticity by velocity or to generate smoke based on any other channel value. Effectors take channel data to the next step.

The Post Processing lets you retime caches, bake Render Warps, convert between various formats, or improve cache fetch and save disk space by excluding channels that are no longer needed in your workflow.

It is a great time saving solution. This allows the user to simulate multiple overlapping grids simultaneously while all fields propagate between the overlapping grid boundaries automatically.

It’s never been easier to add more detail to an existing FumeFX simulation. It is a fast, memory efficient and predictable way to increase grid resolution.

The GPU accelerated viewport produces render-comparable images to give instant feedback on appearance and behavior of the simulation. Among many advantages, it supports viewport .png export during the simulation.

NodeWorks

NodeWorks is a completely new node based multiphysics developed for FumeFX 6 release.

It includes over 140 ready to use nodes arranged into 15 functional groups like Dynamics, FumeFX and Voxels, Fibers, PhysX, Splines, Shapes, Math to name a few.

Use various activation methods to gradually disintegate objects on a face/polygon level.

Fast and robust geometry fracturing using various built-in patterns, particle group and custom fracture contact points.

Simulate realistic behavior of fish schools, flocking of birds or swarms with direct control over physical parameters.

Connect particles with splines in various ways and render as geometry or procedurally as Arnold curves.

NodeWorks uses nVidia PhysX for rigid body dynamics as well as cloth and soft body collisions.

Fast particle mesher that include Zhu-Bridson and Anisotropic meshing model. It lets you to mesh particles and FumeFX voxels.

Convert any shape of even fluid simulation into cubes.

Extensive support for node based shape animation – play, stop or switch animation based on other events.

Full support for: Arnold renderer points, curves, instances, procedurals , user data and FStorm instances.

Complete node based freedom in sculpting your own force field that can be cached and used with particles or fluid simulations.

Sources integration with particles, cloth, rigid body dynamics, splines and all other NodeWorks features provides ultimate emission control.

Built-in particle advection node allows user to move millions of particles over the existing FumeFX simulation caches.

One of the most important aspects of NodeWorks is the integration with FumeFX simulation. Artists now have a unique solution to use cloth and softy body objects as FumeFX sourcs or obstacles.

Cloth is formed by creating three different fiber types on the object’s surface: stretch, shear and bend. Those fibers can be stretched, torn or undergo permanent deformations (plasicity).

This soft body type allows object to be gradually inflated and float in air by using the buoyancy option.

A solid material can undergo permanent deformations as a respone to external forces. It is observed in most materials and it is essential asset to achieve realistic cloth and soft body simulations.

The node based workflow allows artist to select and tweak each individual fiber in the system as well as to precisely time and position fiber tear.

FumeFX and NodeWorks are deeply integrated with Arnold renderer including direct support for rendering volumes, points, splines, instances, procedurals and user data.

Those two renderers have direct support for rendering FumeFX volumes where user does not need to export caches to .vdb file and use volume grids.

FStorm supports rendering of NodeWorks shape instances.