New for version 2.0 are multiphysics materials such as granular, viscous and viscoelastic, plus rigid and elastic. Alembic is now the only output format for RealFlow | Cinema 4D, and Next Limit has also ensured that RealFlow files can be directly read by Cinema 4D with the new Axis Setup parameter. The software is GPU accelerated, supporting CUDA and OpenCL. RealFlow | Cinema 4D 2.0 is built on RealFlow 10’ s Dyverso multiphysics solver and keeps all of Cinema 4D’s tools including deformers, MoGraph objects, Thinking Particles workflows, native Cinema 4D falloffs and many others. Artists do not need to move back and forth between 3D platforms, redesign network dependencies or IP connections, or set new permissions. RealFlow | Cinema 4D 2.0 places RealFlow fluid simulation tools directly inside Cinema 4D to result in a simpler workflow for users of the two applications. If you click on 'Apply Node Transformations' checkbox, all the transformations of your Fluid node will be applied to instances and Thinking Particles group.RealFlow | Cinema 4D 2.0 Brings High Performance Fluids to 3D

If you use Thinking Particles for rendering, the size of each particle will also be scaled. The size of the instance can be scaled using fluid properties like speed, age or vorticity. This is, for example, great for sand, gravel, or stony grounds. This way it is possible to randomize the render instances in terms of position, rotation, and scale. The 'Random' parameters turn RealFlow | Cinema 4D into an easy-to-use scatterer. Be aware that disabling this option might increase simulation time. To see the objects at simulation time go to Fluid > Particles > Child Objects and disable 'Render only'. Even animated objects are supported, as well as mixtures of animated and static objects. RealFlow | Cinema 4D will distribute the objects accordingly. You can attach as many objects as you want and apply different materials as well.

Group the object under the 'Fluid' container.Scale and/or rotate it your needs, apply a material.Create the object you want to use for rendering the particles.But, adding render instances is just a matter of a single drag-and-drop action once the fluid simulation is finished: When a particle simulation is being rendered you will not see anything, because the particles are nothing more than position indicators – just as you know it from Thinking Particles or Cinema 4D's standard particles.

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