Podium Browser has been steadily growing over the years, and has evolved into what it is now – a time-saving resource with over 20,000 render-ready furnishings, materials, lights and more. To reflect these improvements, Podium Browser will be increasing to $79 RRP on January 1st 2019.
Abvent have developed a variety of export plugins so you can avoid using a standard exchange file format between your modeler and Artlantis, as well as the risk of losing information that method involves. The latest plugin for Vectorworks is ready to download and use right now.
Artlantis allows you to use models designed with almost all of the 3D applications on the market, without losing any information! As stand-alone rendering software, Artlantis can import many commonly used 3D formats including .DXF, .DWG, .OBJ and .3DS.
RealFlow is an industry-standard, out-of-the-box fluid simulation software. Fast and easy to use, it is compatible with ALL major 3D platforms. You can use RealFlow for small to large scale simulations, ocean surfaces, body dynamics and much more.
As well as a standalone renderer compatible with all major 3D platforms, RealFlow for Maya and RealFlow for Cinema 4D allow you to work directly within your modeller without breaking your workflow.
Now it is faster and easier to simulate granulars, viscous, viscoelastic, rigid, and elastic materials with an even easier and faster workflow. Achieve high-end GPU-accelerated simulations from inside Autodesk Maya by using the RealFlow | Maya plugin.
Following on from the popular RealFlow | Cinema 4D, Next Limit are providing a similar solution to other 3D applications commonly used with RealFlow. This plugin lets you create fluid simulations directly in your 3D platform, so there’s no need to leave your platform and break your workflow with importing and exporting.
It is compatible with Maya 2017-2018, and provides integration with native Maya tools such as nParticles and MEL. You can simulate all Dyverso particles and have the majority of RealFlow Daemons available to achieve high-end simulations.