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Tuesday
Mar072017

Deadline 9 Is Now Available

Deadline 9.0 is the latest version of Thinkbox Software’s scalable high-volume compute management solution, and introduces new features to strengthen the security of your Deadline render farm. The Deadline Repository installer installs an SSL-enabled version of the MongoDB database, and configures Deadline by default to connect to the database using SSL certificates that can be optionally password protected. In addition, new installation and configuration options have been added to better support distributed deployments.

Improvements have also been made to Deadline’s Remote Command system. Remote Commands are encrypted, and validation checks confirm that the commands originated from the sender, and that the sender is connected to the same Repository. Remote Command redirection is also supported via Deadline Pulse, allowing Remote Commands to be securely sent across different subnets.

A common interface is now included in all submitters for Draft - Deadline’s plug-in for automating deliverables - and for project management applications including Autodesk Shotgun, ftrack and NIM. In addition, support has been added for additional applications and renderers, including Altus, Cinebench, Clarisse’s CNode, Composite 2017, Corona 1.4 and 1.5, Episode, KeyShot, Media Encoder 2017, Microstation CONNECT, Redshift for Houdini, Redshift Standalone, Silhouette, SketchUp 2017, V-Ray’s vdenoise, and VRED 2017.1 and 2017.2. V-Ray DBR support has been included for modo and Rhino 5, the 3dsCmd plugin now supports Dynamic V-Ray DBR offloading, and a V-Ray standalone submitter has been added for The Foundry’s NUKE. Jigsaw rendering for Redshift for Maya and Tile rendering for Cinema 4D and VRED are now included in addition to Redshift exporting from Maya, and Renderman exporting from Houdini.

Note that if you’re using traditional floating licenses, a new 9.0 license is required to run this version. However, if you’re using Usage Based Licensing, your existing render time will still be compatible. In addition, the version of Draft that ships with Deadline 9.0 has been upgraded to 1.6, which will require a new license as well. Please contact our Sales department to request updated floating licenses for Deadline and Draft.

Visit deadline.thinkboxsoftware.com for more details on the new release. For the complete release notes, please see the Deadline User Manual.

Monday
Mar062017

Thinkbox Software Company News

We're excited to announce that we've been acquired by Amazon!

We'll be joining the Amazon Web Services family, and we're looking forward to working together to deliver exciting customer offerings.

At this point, it's still business as usual for us. We'll continue to provide you, our customers, with remarkable support whether you work on-prem, in the cloud or both.

Chris and the Thinkbox Team

Thursday
Feb022017

Creating Out-of-this-World Clouds with Krakatoa 

The opening sequence of Paramount’s “Star Trek Beyond” takes viewers on an awe-inspiring journey through a colorful interstellar dust and gas cloud. Though scientists have captured incredible real-life visuals through space exploration, imagery of this nature is often largely accomplished through CG artistry. Alaa Al Nahlawi, head of VFX Arabia, recently shared a tutorial on how to create a CG nebula using Autodesk 3ds Max, PFlow, Sitni Sati’s FumeFX and Krakatoa.

Nahlawi’s main technique for creating the cloud body starts with generating a FumeFX cloud from a deformed mesh. To achieve a more defined look, he uses the Fume simulation with its density channel and loads it into Krakatoa using PRT FumeFX loader to deliver a smokier effect.

“Krakatoa renders millions or even billions of particles with lighting and shading so fast since particles don’t need a polygon face for rendering. I’ve added Krakatoa to my arsenal whenever particle rendering is needed; it enhances my existing production pipeline. I don’t know any plugin out there that can handle such a massive amount of particles in terms of rendering time and shading control,” said Nahlawi.


Depending on their origin and age, nebulas come in many shapes and colors, which means their appearance can vary greatly. Once an artist has determined the desired look of a nebula, they can move to 3ds Max and block out underlying geometry that FumeFX will use as an emission source. It’s important that the simulation contain a significant amount of detail and voxels for a realistic result. Since this particular shot is a camera fly-through, only one frame of the simulation is actually needed.

“The beauty of working with FumeFX in Krakatoa is that we can pump up the particle count with the Subdivision Region option, and also have the ability to utilize the density channel to drive color across an image sequence,” Nahlawi explained.


Delivering the appropriate color gradient is also a key part of the process. It should be bright and hot at the center and cold and dusty towards the edges. Once complete, the artist can then apply a Magma modifier and following, map the density channel, feed it to a texture coordinate and apply a Krakatoa material with a gradient map. In some cases, the artist might prefer to use a large 3D noise map and feed it to a density channel to break the continuous shape of the fume puff.

“When I first set out to make the nebula, working with the Krakatoa Magma modifier was new to me so I dug out every learning material from the Thinkbox website and YouTube; I have a strong background dealing with nodes flow and CG math, which helped. Having worked with Cebas Thinking Particles, it took me only two days to master everything I needed; it’s an amazing feature,” said Nahlawi.  

For the stars pass, the artist uses the same FumeFX cloud but applies a different Magma Flow. First, the whole cloud needs to be filtered, selecting a star-like pattern using a 3D noise map. The remaining elements can then be deleted. Adding color is the next step to ensure a level of self-illumination through the emission channel. When lighting, a top and center light provide the optimal look. The shadow map should be turned on and Krakatoa will read the resolution. Higher resolutions result in longer render times, but details will be more pronounced. Though rendering in Krakatoa is highly customizable, an artist may only want to modify absorption, emission, final pass density and lighting density to keep things simple. Absorption should be set to blue so that light will shift towards warmer colors as it passes through the cloud, but density can be adjusted until the desired effect is realized. Once the emission channel is activated, the stars will glow.

“Krakatoa has a cache functionality so when you render a cached animation, all the color, emission, absorption, lighting and shadow information can be calculated only once, stored to RAM and applied across the whole animation, which will save your life. In my case, it took around 20 min and 45GB of RAM to calculate everything I need for the first frame and the rest about two to four minutes, depending on how many particles are in the view to draw; we are talking about 1.1 billion particles,” said Nahlawi.

Once rendered, the image sequence is imported to The Foundry’s NUKE to add additional color, motion blur, retiming, grain and star glare.

Check out Nahlawi’s full tutorial here 

 

Wednesday
Dec072016

'Ludicrously fast' production-ready rendering

So, you've heard of Redshift – but what is it? and how could it be useful for you?

Redshift is the world's fastest renderer built to meet the specific demands of contemporary high-end production rendering.

By leveraging the incredible computing performance and efficiency of the GPU, Redshift dramatically speeds up rendering, resulting in faster iteration and lower costs.

If you'd like to find out more about Redshift, take a look at our Redshift page or head over to the Thinkbox Store

Friday
Oct142016

Next Limit Technologies RealFlow and Maxwell join the Thinkbox Store

Next Limit Technologies RealFlow and Maxwell are now available on-demand via the Thinkbox Store!

RealFlow fluid simulation software and the Maxwell visualization rendering toolkit can now be purchased per-minute, offering artists, designers and architects the flexibility to easily scale as projects demand.

RealFlow is a fluid and dynamics simulation tool for the 3D and visual effects industry, developed by Next Limit Technologies to simulate fluids, water surfaces, fluid-solid interactions, rigid bodies, soft bodies and meshes. Find out more here

Maxwell Render is an unbiased 3D render engine used in the film, animation, and VFX industry. Find out more here

“We are thrilled to have partnered with Next Limit to bring a usage-based licensing model to users of RealFlow and Maxwell. On-demand licensing empowers customers of all sizes to work how and where they want with the ability to scale at a moment’s notice, and our aim is to continue to bring this infinite scale and flexibility to our users with key partners like Next Limit,” - said Chris Bond, founder, Thinkbox Software.

“Thinkbox is changing the way software is used across industries, and we’re excited to extend the accessibility of our products through its online store,” said Martin van Stein, Head of Sales, Next Limit.

 

Maxwell and RealFlow join a host of other third-party applications available on demand via Thinkbox including NVIDIA Iray and Mental Ray, Redshift, The Foudry Nuke, Katana and Peregrine Labs’ Yeti.

Check out the store now