Animating a Landscape with VUE

Animating a Landscape with VUE

2h 3mIntermediate2016-06-09

Authors

Aaron F. Ross

Aaron F. Ross

3D Expert, Video Producer, and Teacher

Course details

Rendering a photorealistic animated landscape is possible with VUE, a powerful application for creating computer-generated natural environments needed for visual effects, animation, architectural visualization, and illustration. In this course, Aaron F. Ross demonstrates the VUE workflow for digital nature, including interoperability with other 3D programs, terrain sculpting, populating the scene with plants, daylighting and atmospheres, complex material functions, keyframe animation, and production rendering.

Realistic skies and lighting are achieved with the VUE photometric spectral atmosphere model. This course covers adding animation to plants, water, and clouds with procedural wind effects. Aaron also shows how to create camera movement by employing the Timeline's intuitive tools, including animation and curve editing. Rendering many animation frames poses challenges not experienced with still image rendering, and so the course concludes with key strategies for optimizing the balance between image quality and rendering time.

Learning objectives
Laying out the scene
Importing and sculpting models
Adding water, plants and clouds
Directing sunlight and atmosphere
Customizing exposure and tone mapping
Building procedural materials
Working in the Function Graph
Automatic and manual keyframing
Editing splines in the Animation Graph
Adding wind
Keyframing the atmosphere
Optimizing render settings for animation

Skills covered

VUEe-on Software3D ModelingProjectVisualization and Real-TimeAECProduct and ManufacturingAnimation and Illustration

Concepts

Introduction

  • Welcome
  • Using the exercise files
  • Setting application options
  • Choosing display options

Scene Layout

  • Importing a model
  • Framing the camera shot
  • Sculpting a terrain
  • Adding water
  • Scattering plants
  • Populating with the EcoSystem Painter

Lighting

  • Directing sunlight
  • Editing atmosphere parameters
  • Adding a cloud layer
  • Editing a cloud function
  • Filtering cloud density
  • Controlling exposure

Materials

  • Managing materials
  • Editing materials
  • Material nodes in the Function Graph
  • Adding node outputs with a Combiner
  • Creating a gradient color map
  • Fine-tuning with a Slope Filter
  • Bump mapping
  • Displacement mapping
  • Compositing mixed materials

Animation and Rendering

  • Auto-keyframing in the Timeline
  • Manual keyframing
  • Function curve editing in the Animation Graph
  • Rendering a preview
  • Adding wind to plants
  • Adding cloud wind
  • Keyframing the atmosphere
  • Setting Render options
  • Rendering animation

Conclusion

  • Next steps
80,000 Toman