List of Figures

| Table of Contents | List of Figures | List of Examples | List of Tables |

Figure 4-1. Audio Icons

Figure 4-2. Audio Jacks on the Back Panel of the Indigo Workstation

Figure 4-3. Audio Jacks on the Back Panel of the Indigo2 Workstation

Figure 4-4. Volume Control Buttons on the Front of the Indy Workstation

Figure 4-5. Audio Jacks on the Back Panel of the Indy Workstation

Figure 4-6. Cabling Setup for 4-channel Audio on the Indy Workstation

Figure 5-1. Interaction of Digital Audio System Components

Figure 5-2. Audio Data Flow

Figure 6-1. Audio Samples and Frames

Figure 6-2. Audio Sample Queues

Figure 6-3. Sample Frame Count as Returned by ALgetframenumber()

Figure 6-4. Using Fill Points

Figure 7-1. Audio Data Packing Formats

Figure 8-1. CD Audio Sample Structure

Figure 9-1. DAT Audio Sample Structure

Figure 10-1. MIDI Setup

Figure 10-2. Serial Ports on the Back Panel of the Indigo Workstation

Figure 10-3. Serial Ports on the Back Panel of the Indigo2 Workstation

Figure 10-4. Serial Ports on the Back Panel of the Indy Workstation

Figure 10-5. Port Setup Icon

Figure 10-6. Port Setup Tool

Figure 10-7. Serial Port Connections

Figure 10-8. MIDI Port Configuration

Figure 11-1. Fields and Frame

Figure 11-2. Relationships Between Color-encoding Methods and Video Formats

Figure 11-3. Composite Video Waveform

Figure 12-1. VL System Components

Figure 12-2. Simple VL Path

Figure 12-3. Simple VL Blending

Figure 12-4. Zoom and Decimation

Figure 12-5. Clipping an Image

Figure 12-6. Zoom, Size, Offset, and Origin

Figure 12-7. vlGetNextValid(), vlGetLatestValid(), and vlPutFree()

Figure 15-1. Setting Up the Blend Node

Figure 15-2. Galileo Video Alpha Blender

Figure 15-3. Blending Analog Video with Part of a Graphics Screen

Figure 15-4. Blending Analog Video with Static Frame Data

Figure 15-5. Adding Another Drain to Preview the Blend

Figure 15-6. Luma Keying Application: Titling

Figure 15-7. Relationships Between Galileo Video Luma Keying Controls

Figure 15-8. Chroma Keying Application: TV Weather Map

Figure 15-9. Relationships Between Galileo Video Chroma Keying Controls

Figure 15-10. Galileo Video Keying Controls

Figure 17-1. Format of 32-bit RGB Pixels

Figure 17-2. Format of 8-bit RGB Pixels

Figure 17-3. Format of YUV Data Words

Figure 17-4. IndigoVideo I/O Ports

Figure 17-5. Connecting Video Equipment to the Indigo Video Board

Figure 23-1. Server-Client Compression Applications

Figure 24-1. Ring Buffer

Figure 24-2. Snapshots of Buffer State During Producing and Consuming Processes

Figure 24-3. Flow of Data in a Buffered Compression and Decompression Scheme

Figure 26-1. Buffer Architecture for Adding Algorithms

Figure 28-1. Typical Movie: somersault.mv

Figure 29-1. Movie Library File I/O Routines

Figure 29-2. Mapping Frames from One Track to Another

Figure 29-3. Inserting Frames into a Track

Figure 29-4. Pasting Image Frames from One Movie into Another Movie

Figure 30-1. Playback View Settings

Figure 32-1. Comments in Movie Library Sample Programs: createmovie.c++

Figure 32-2. Modularity of Movie Library Sample Programs: createmovie.c++

Figure 32-3. Call Graph for createmovie

Figure 32-4. Call Graph for editmovie.c

Figure 32-5. Call Graph for moviescreen.c

Figure 65. SMPTE Color Bars (75%)

Figure 66. Color Burst and Chrominance Signal

Figure 67. Component Video Signals

Figure 68. Horizontal Blanking

Figure 69. Horizontal Blanking Interval

Figure 70. Waveform Monitor Readings with and without Setup

Figure 71. SMPTE Time Code

Figure 72. Red or Blue Signal

Figure 73. Y or Green Plus Sync Signal

Figure 74. Video Waveform: Composite Video Signal With Setup (Typical NTSC)

Figure 34-1. Video Waveform: Composite Video Signal (Typical PAL)