2011
Table Of Contents
- Autodesk Composite 2011 User Guide
- Contents
- Preface
- Getting Started
- Reference
- About Reference
- Projects
- Wiretap
- Importing Media
- Getting Familiar with Your Workspace
- The Player
- About the Player
- Player View Default Settings
- Setting the Target
- Setting Context Points
- Playing Back in Multiple Views
- Playback Performance
- Setting the Target for the Player
- Setting the Channels for the Target
- Setting the Mark In and Mark Out Points for Playback
- Setting the Repeat Mode
- Setting the Frame Rate for Playback
- Setting the Real-Time Playback Preference
- Synchronizing or Separating Playback between Views
- Setting the Playback Point when the Player Updates
- Setting the Resolution for a Player
- Setting the Grid in the Player
- Setting a Region of Interest (ROI) in the Player
- Displaying Masks and Guides
- Showing or Hiding Tiles
- Turning Hardware Rendering On or Off
- Setting the Pixel Aspect Ratio of the Player
- Displaying Player Option Information in the Player view
- Displaying Manipulators in the Player
- In-player Pixel Display
- Adjusting the Zoom or Pan
- Applying a LUT or Color Conversion Tool to the Player
- The Mini-Player
- The Fullscreen Player
- Working with Compositions
- Multilayer Compositing and 3D Effects
- Reaction Compositing and Effects
- Compositing Workflow
- Basic Compositing in Reaction
- Working with Maya Pre-Comps
- Working with Layers
- Working with Geometric Surfaces
- Using Parenting Axes
- Working with Materials
- Working with Lights
- Working with Cameras
- Camera Mapping
- 3D Displacement
- Transforming Objects
- Reaction Rendering Effects and Output Results
- Setting up a Stereo Camera Rig
- Pre-Compositing
- Importing FBX Files
- Premultiplication
- 2D Compositing
- Image Processing Tools
- Pixel Expressions
- Warping
- Effects Tools
- Managing Film Grain
- Pulling Keys and Creating Mattes
- Masking
- Raster Paint
- Vector Paint
- Color Correction
- About Color Correcting
- Applying LUTs
- Working with ASC CDLs
- Broadcast Safe Tool
- Transforming Color Space with the Log and Delog Tools
- Color Correcting with CC Basics
- CC Histogram
- Clamp Color Tool
- Color Space Tool
- Processing Images with Photo Lab
- Inverting an Image
- Remap Color
- Set Fill Color
- Solarizing an Image
- Creating a Monochrome Image
- Modifying a Display With the Pass Through Tool
- Setting the Amount of Gray in an Image
- Converting an Image to sRGB
- Animation
- Animation Concepts
- The Animation Tab
- Composition Browser
- Animation Editor
- The Animation Property Area
- Player Controls
- Working with Cue Marks
- Contextual Menus
- Keyframing Workflows
- Marking Attributes for Keyframing
- Setting Keys Manually
- Setting Keyframes Automatically
- Editing Keyframes in the Tool UI
- Editing Keyframes in the Animation Editor
- Adding and Deleting Keyframes
- Modifying Interpolation
- Modifying Extrapolation
- Temporarily Modifying Attribute Values
- Customizing the Layout when Working with Animation Curves
- Global Time vs. Local Time
- Time Offsets, Keyframing, and Instancing
- Time Tools
- Customization Tools
- Vectors
- Expressions
- About Expressions
- Short Expressions
- Expression Input Paths
- Visual Linking
- Visual Linking Methods
- Navigating the Expression String
- Validating and Applying the Expression String
- Viewing the Expression
- Associating Comments with an Expression
- Editing an Expression
- Removing an Expression
- Setting Expressions Examples
- Expression Reference Tables
- Arithmetic Operators
- Comparison Operators
- Operator Precedence
- Math Functions
- Vector Functions
- Random Number Functions
- Rounding Functions
- Trigonometric Functions
- Constants
- Time Functions
- Profile Functions
- Conditional Functions
- Tracking and Stabilizing
- About Tracking and Stabilizing
- Tracking Concepts
- Stabilizing Concepts
- Tracker UI
- Tracking Workflow
- Choosing a Reference Point
- Positioning the Reference Box
- Resizing the Reference and Tracker Boxes
- Resetting the Reference Box
- Resetting the Tracker Box
- Changing the Color of a Tracker
- How the Tracker Works
- Tracking Position
- Tracking the Scale of an Object
- Tracking the Rotation of an Object
- 4-Point Tracking
- Tracking Difficult Shots
- Correcting Errors
- Stabilizing
- 1-point Stabilizing
- 2-point Stabilizing
- Simultaneous Stabilizing and Tracking
- Video Tools
- Utilities
- Hotkeys
- Composite Executables
- Python Scripting
- Initialization Variables and String Substitutions
- Glossary
- Index
Adding Motion Blur and Depth of Field to a Scene
When the Motion Blur and Depth of Field (DOF) effects options are enabled,
you can set parameters to define how they will appear in your scene.
NOTE The software renderer must be enabled to apply Motion Blur and Depth
of Field effects.
To add Motion Blur to your scene:
1 Under Fx, select Motion Blur.
2 Under Rendering, enter the desired number of samples. A greater number
of samples gives a more realistic effect, but requires more processing time.
3 Set a value for Camera Shutter.
To add depth-of field to your scene:
1 Under Fx, select Depth of Field.
2 Set a value for Camera Aperture.
Description:Property:
Used with motion blur. The software calculates which sample
should be considered most important and makes it appear
brighter.
Importance
Sampling
Used with motion blur. Sets the length of time the shutter is open.
A larger number yields a slower shutter speed and a greater
amount of motion blur.
Camera Shutter
Used with DOF. Sets the size of the camera “lens” opening. In-
creasing the size of the aperture increases the zone of sharpness
in front of and behind the plane that the lens is focused on.
Camera Aperture
Enabling Z-Buffer Effects in Your Scene
You can enable the Z-buffer for your scene to create realistic spatial depth
effects. The Z-buffer calculates the spatial depth for each pixel in an image to
define which pixels are hidden by others.
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