Images below are both in raw output and simulated spherical output. Final film is computed through proprietary software built originally by NOAA to be projection mapped onto a sphere. The spherical simulations demonstrate a 90 degree offset view.

Shot1_ThreeCranesInMarsh_A_0887

Shot1_ThreeCranesInMarsh_A_0187

cranesphere

scanner_drops

aggregate_scanner

Following images show the crane rig in several poses. Depending on need, controls can be turned on and off.

almostthere_controls

almostthere_wingsclosed_controls

almostthere_wingout_rear_controls

This was probably one of my favorite projects of all time to work on. Not only was it challenging to wrap your head around how to tell a story around a sphere (remember, no exits stage left or right), but you’d find yourself problem solving animation techniques to alleviate the “lack” of perspective (it kind of does not work on a spherical surface from many viewing angles). A lat-long mental ray shader and virtual camera rig were used to flatten out the image so it would perfectly render out scene files to wrap around a sphere with no seems. The rig I developed help allow a better understanding of where the animation was going to fall on the sphere.

I was brought on originally to do some simple farm scenes with tractors and plant cycles, but Ryan Zuber (Lead Animator) and Dan Bailey (UMBC IRC Director) felt that my character modeling/rigging/animating would be better suited for the shots involving more complicated scenes that involved cranes. Figuring it would be a focal point in several scenes, I developed a robust crane rig that had built in animation for proper wing folding and wing flapping. I also custom built a rig to handle the individual feathers to help give them believable, flexible motion. I also worked on developing some MEL tools to help with copying one side of the rig to the other side of the bird, saving what could have taken weeks to duplicate in just a few hours.

In addition to the crane scenes, I worked on an additional shot showing the different stages of precipitation that occurs within a cloud structure. Some MEL tools were developed to create baked-lighting onto square polygons distributed along a cloud-like shapes – making rendering MUCH faster, but also helped with giving a feeling of brush stroked textures that couldn’t be achieve with simple particles. The targeting system was built as a shader and rigged to allow for easier animation within Maya.

Producer/Director Michael Starobin (HTSI) of Water Falls gave much leeway creatively, allowing a bit of my own story telling within the shots I produced. All shots I worked on were rendered out using mental ray passes and heavily composited to give a sumi-like feel to the shots I worked on within After Effects.

The following are credits to the production crew.

Animators: Ryan Zuber (Lead), Raymond McCarthy Bergeron, Brianna Paige, Tamara Peters, Chris Meaney (HTSI)
Video Editor: Victoria Weeks
Producer: Michael Starobin (HTSI)
Videographers: Victoria Weeks, Michael Starobin (HTSI)
Credit: NASA’s Goddard Space Flight Center

  • Autodesk Maya
  • Autodesk Mudbox
  • Adobe After Effects
  • Adobe Photoshop
  • Adobe Illustrator

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