Following are the specifications of the computer they sent me:
With so much power at my disposal I really wanted to push the limits of what the computer (and myself) were capable of. Therefore I decided it was finally time to learn Houdini and create the iconic Face Melt VFX from Indiana Jones.
I won't lie to you. Learning how to melt an object, let alone a textured face, in Houdini wasn't easy. There are a lot of steps involved and, most importantly, fundamentals to understand. Therefore I decided to split the video up into multiple parts. In the first part of the tutorial we will cover the following steps:
Essentially, you will learn how to bring a model of my ugly face into Houdini and apply a texture to it. We will then convert the head into particles and perform a fluid simulation on the particles to have my head 'melt'. Finally, we will use viscocity in Houdini to make the fluid very stiff and then apply heat to it to control where and how it melts.
At the end of the first part of the tutorial we will have a melting head. However, if you render the final image within Houdini, you will only see an undefined grey blob melting and not a highly detailed model of my face.
While this looks pretty cool already, we still have a little further to go to achieve the final face melting VFX. In the next parts of this tutorial series I will cover how to improve the shape of the melting geometry, how to texture the face, how to render it out using the Mantra renderer and how to composite it all together using Adobe After Effects.
A few words on the Intel hardware I got to try out.
Overall, I was pretty impressed with the Intel i7-6950X Extreme Edition CPU. Even though I felt I was really pushing the limits, it held up surprisingly well. While it still took a good 10 hours to simulate a melting head with 20 million particles and around 12 hours for rendering, when it comes to multi-tasking, the CPU (with 10 cores!) really shines. I was able to do a render from Houdini while working (faily smoothly) within After Effects and Premiere Pro and still watching some Netflix on the side.The Intel 750 Series SSD drives were snappy fast when working with large cache files in Houdini and they managed to pull in lots of huge action stock footage elements from the Action VFX collections. At times I didn't even notice I was working with full 4K files in ProRes, the workflow within Adobe After Effects just remained smooth and seamless. I still want to do some more testing with the drives and compare them to my 'standard' SSD drives, but from what I've seen so far, I was pretty impressed. Seems like NVMe is the way of the future with SSD drives!