- 4
- 2
- 2 format
- Inputs and Outputs
- Interpolation and Decimation Filters
- 2 format:and filters
- Using Filters
- 2 format:and Links A and B
- Digital Video Source Node Controls
- 2:4 format
- Inputs and Outputs
- 2:4 format:and Links A and B
- Setting Up Digital Source Video
- Digital Video Ports
- Digital Video Source Node Controls
- 2:4 format:conversion, in panel
- Setting Up the Output (Drain)
- Setting Up the Output (Drain)
- Setting Up Digital Source Video
- 4
- 4 format
- Interpolation and Decimation Filters
- 4 format:and filters
- Using Filters
- 4:4 format
- Inputs and Outputs
- 4:4 format:and Links A and B
- Setting Up Digital Source Video
- Digital Video Source Node Controls
- Digital Video Ports
- 4:4 format:conversion, in panel
- Setting Up the Output (Drain)
- Setting Up Digital Source Video
- Setting Up the Output (Drain)
- 4:4 format:video stream
- VME Interface
- VME Interface
- Abekas
- Sirius Video Output Configuration
- alpha
- blending
- Blending and Keying
- buffer
- Blending and Keying
- Alpha Processor and Chroma Key Generator
- Blending and Keying
- key
- Blending and Keying
- processor
- Alpha Processor and Chroma Key Generator
- analog input and output channel specifications
- Analog Input and Output Channel Specifications
- analog video source, setting up
- Setting Up Analog Source Video
- bandwidth, CP interface
- CP Interface
- CP Interface
- bits, number formatted per pixel
- Video-to-Graphics Conversion
- blend node, see node, blend
- VL Nodes for Sirius Video
- blending
- Sirius Video Blending and Keying
- in panel
- Using vcp to Set Blend Function Values
- see also node, blend
- Sirius Video Blending and Keying
- breakout box
- Sirius Video Breakout Box Connectors
- Controlling the General-Purpose Interface (GPI)
- and vcp sync choices
- Setting Up Analog Source Video
- connectors
- Sirius Video Breakout Box Connectors
- GPI port
- Controlling the General-Purpose Interface (GPI)
- host connector specifications
- Host Connector Specifications
- burst lock
- Setting Up the Output (Drain)
- chroma key generator
- VL Nodes for Sirius Video
- Using VL Chroma Key Generator Node Controls
- Alpha Processor and Chroma Key Generator
- controls
- The Color Key Volume
- output passed to
- Color-Space Conversion
- chroma keying
- The Color Key Volume
- Blending and Keying
- color key volume
- The Color Key Volume
- color space
- Color-Space Converters
- conversion
- Sirius Video Color-Space Conversions
- Color-Space Conversion
- math operations
- Mathematical Operations Performed During Conversions
- precision
- Precision of Color Conversions Done by Sirius
- range
- Range Issues For Color Conversions Done by Any Means
- converters
- Color-Space Converters
- custom
- Color-Space Conversion
- default
- Color-Space Conversion
- configuration
- Sirius Video Equipment Configurations
- input
- Sirius Video Input Configuration
- output
- Sirius Video Output Configuration
- control
- analog video source node
- Analog Video Source Node Controls
- blending
- Using VL Blend Node Controls
- determining for device
- Sirius Video Controls
- device-global
- Sirius Video Controls
- device-independent and Sirius Video-specific
- Sirius Video Controls
- prefix
- VL Object Classes
- digital video source node
- Digital Video Source Node Controls
- drain
- Drain Node Controls
- GPI
- Using VL Controls for the GPI
- graphics drain node
- Graphics Drain Node Controls
- graphics source node
- Graphics Source Node Controls
- keying
- Using VL Chroma Key Generator Node Controls
- memory drain node
- Memory Drain Node Controls
- memory source node
- Memory Source Node Controls
- order
- Texture Drain Node Controls
- Digital Video Source Node Controls
- Memory Drain Node Controls
- Video Drain Node Controls
- Memory Source Node Controls
- packing
- Sirius Video Controls
- Sirius Video Controls
- setting
- Sirius Video Controls
- source
- Source Node Controls
- texture drain node
- Texture Drain Node Controls
- V-LAN
- Controlling the V-LAN Interface
- values and uses
- Sirius Video Controls
- video drain node
- Video Drain Node Controls
- conventions
- Conventions
- CPI
- CP Interface
- bandwidth
- CP Interface
- D32 transfer
- VME Master Mode
- D64 transfer
- VME Master Mode
- data router
- Data Router
- decimation filter
- Interpolation and Decimation Filters
- Using Filters
- device
- controls
- Sirius Video Controls
- determining
- Sirius Video Controls
- Digital Filter, in panel
- Setting Up Digital Source Video
- digital video ports
- Digital Video Ports
- digital video source
- timing in panel
- Setting Up Digital Source Video
- digital video source, setting up
- Setting Up Digital Source Video
- displaying live video
- Displaying Live Video on a Low-Resolution Monitor
- displaying saved video
- Displaying Saved Video Using movie
- displaying video on the workstation monitor
- Displaying Video on the Workstation Monitor Using vidtogfx
- DMA transfer
- VME Master Mode
- drain node, see node, drain
- VL Nodes for Sirius Video
- dual-link mode
- Setting Up Digital Source Video
- Digital Video Ports
- edit commands
- Edit Commands
- edit point setup commands
- Edit Point Setup Commands
- events
- Sirius Video Events and Triggering
- filter
- decimation
- Interpolation and Decimation Filters
- Using Filters
- interpolation
- Interpolation and Decimation Filters
- Using Filters
- format, see video format
- Video Formats and Video Handling
- format, video output
- Passing Video Data Through the Graphics Subsystem
- frame grab commands
- Frame Grab Commands
- general-purpose interface, see GPI
- Controlling the General-Purpose Interface (GPI)
- gfxvidkeytovid
- Sirius Video Blending and Keying
- gfxvidkeytovid.c
- fragments
- Color-Space Conversion
- gfxvidtovid fragment
- Example
- GOTO commands
- GOTO Commands
- GPI
- Controlling the General-Purpose Interface (GPI)
- configuring input
- Configuring GPI Input
- configuring output
- Configuring GPI Output
- events
- Sending and Receiving GPI Events
- GPSI relays (V-LAN)
- Relays for GPSI (General-Purpose System Interface) Box
- pinouts
- GPI Pinouts
- port
- Controlling the General-Purpose Interface (GPI)
- Sirius Video Equipment Configurations
- VL controls
- Using VL Controls for the GPI
- graphics drain coding, in panel
- Adjusting Graphics Source or Drain Timing
- graphics source coding, in panel
- Adjusting Graphics Source or Drain Timing
- Adjusting Texture Drain Timing
- horizontal phase
- digital source video. in panel
- Setting Up Digital Source Video
- video drain, in panel
- Setting Up the Output (Drain)
- Setting Up the Output (Drain)
- host connector specifications
- Host Connector Specifications
- interpolation filter
- Using Filters
- Interpolation and Decimation Filters
- kind
- VL Nodes for Sirius Video
- Link A
- Digital Video Ports
- Setting Up Digital Source Video
- Digital Video Source Node Controls
- Link B
- Digital Video Ports
- Digital Video Source Node Controls
- Setting Up Digital Source Video
- linking
- VL Basics for Sirius Video
- live video
- VME Interface
- VME Interface
- loading video
- Loading Video From Disk Using sir_memtovid
- luma keying
- The Color Key Volume
- Blending and Keying
- matrix multiplier
- Blending and Keying
- matrix, using custom
- Color-Space Conversion
- miscellaneous V-LAN commands
- Miscellaneous Commands
- movement commands
- Movement Commands
- movie
- Displaying Saved Video Using movie
- node
- VL Nodes for Sirius Video
- blend
- VL Nodes for Sirius Video
- controls
- Using VL Blend Node Controls
- custom matrix
- Color-Space Conversion
- diagram
- Using VL Blend Node Controls
- setting component values
- Color-Space Conversion
- sources
- Using VL Blend Node Controls
- chroma key generator
- VL Nodes for Sirius Video
- drain
- VL Nodes for Sirius Video
- controls
- Drain Node Controls
- graphics, controls for
- Graphics Drain Node Controls
- memory, controls for
- Memory Drain Node Controls
- texture, controls for
- Texture Drain Node Controls
- video, controls for
- Video Drain Node Controls
- source
- VL Nodes for Sirius Video
- analog video, controls for
- Analog Video Source Node Controls
- controls
- Source Node Controls
- digital video, controls for
- Digital Video Source Node Controls
- graphics, controls for
- Graphics Source Node Controls
- memory, controls for
- Memory Source Node Controls
- normalization
- Using VL Blend Node Controls
- number
- VL Nodes for Sirius Video
- packing types
- Sirius Video Controls
- Sirius Video Controls
- panel
- Setting Up Digital Source Video
- Analog Video Source
- Setting Up Analog Source Video
- calling up
- Using vcp to Control the GPI
- Digital Video Source
- Setting Up Digital Source Video
- displaying live video
- Displaying Live Video on a Low-Resolution Monitor
- external sync source
- Setting Up an External Sync Source
- for GPI
- Using vcp to Control the GPI
- graphics drain timing
- Adjusting Graphics Source or Drain Timing
- graphics source timing
- Adjusting Graphics Source or Drain Timing
- restoring settings
- Saving Settings
- saving settings
- Saving Settings
- texture drain timing
- Adjusting Texture Drain Timing
- Video Drain
- Setting Up the Output (Drain)
- paths, in VL
- Central VL Concepts
- pixel, number of bits formatted for
- Video-to-Graphics Conversion
- Porter-Duff model
- Using VL Blend Node Controls
- in panel
- Using vcp to Set Blend Function Values
- see also normalization
- Sirius Video Controls
- PVA 1352 specification
- Sirius Video Output Configuration
- raster memory
- live video
- VME Interface
- VME Interface
- mode for data
- Video-to-Graphics Conversion
- relays for GPSI box commands
- Relays for GPSI (General-Purpose System Interface) Box
- saving frames
- Saving Video to Disk Using sir_vidtomem
- scan conversion
- Scan Conversion/Pixel Averaging
- setmon
- Passing Video Data Through the Graphics Subsystem
- shatter
- Manipulating Video using shatter
- single-link mode
- Setting Up Digital Source Video
- sir_memtovid
- sir_memtovid.c
- Loading Video From Disk Using sir_memtovid
- for GPI
- Using sir_vidtomem and sir_memtovid to Control the GPI
- sir_vidtomem
- sir_vidtomem.c
- Saving Video to Disk Using sir_vidtomem
- for GPI
- Using sir_vidtomem and sir_memtovid to Control the GPI
- sir_vlan
- sir_vlan.c
- Controlling the V-LAN Interface
- Sirius Video
- board architecture
- Major Components of Sirius Video
- board quadrants
- Major Components of Sirius Video
- configuration
- Sirius Video Equipment Configurations
- input
- Sirius Video Input Configuration
- output
- Sirius Video Output Configuration
- controls for
- Using VL Controls for the GPI
- VL Object Classes
- The Color Key Volume
- CP interface
- CP Interface
- digital video ports
- Digital Video Ports
- functional block diagram
- Major Components of Sirius Video
- inputs and outputs
- Inputs and Outputs
- node
- VL Nodes for Sirius Video
- setting up for hardware
- Setting Up Sirius Video for Your Video Hardware
- video formats supported
- Video Formats and Video Handling
- sirius_distort
- Manipulating Video using sirius_distort
- slow motion commands
- Slow Motion Commands
- source node, see node, source
- VL Nodes for Sirius Video
- status commands
- Status Commands
- switch closure mode
- Sirius Video Input Configuration
- sync
- in panel
- Setting Up the Output (Drain)
- Setting Up Analog Source Video
- Setting Up the Output (Drain)
- panel choices and breakout box correspondence
- Setting Up Analog Source Video
- voltage level, setting in panel
- Setting Up Analog Source Video
- Setting Up an External Sync Source
- sync play commands
- Sync Play Commands
- texture drain parameters, in panel
- Adjusting Texture Drain Timing
- texture memory
- live video
- VME Interface
- VME Interface
- mode for data
- Video-to-Graphics Conversion
- triggering
- Sirius Video Events and Triggering
- type
- VL Nodes for Sirius Video
- V-LAN
- Controlling the V-LAN Interface
- The V-LAN Interface
- commands
- Using V-LAN Commands
- sending
- Sending V-LAN Commands
- sample sequences
- Sample V-LAN Sequences With sir_vlan.c
- triggers
- Using V-LAN Triggers
- validity check commands
- Validity Check Commands
- video format
- Video Formats
- Video Formats and Video Handling
- Video Library, see VL
- VL Basics for Sirius Video
- video output formats
- Passing Video Data Through the Graphics Subsystem
- video stream format
- VME Interface
- VME Interface
- video-to-graphics conversion
- Video-to-Graphics Conversion
- Videomedia address and phone
- Controlling the V-LAN Interface
- vidtogfx
- Displaying Video on the Workstation Monitor Using vidtogfx
- vidtogfx.c
- vidtotex
- vidtotex.c
- vidtovid
- vidtovid.c
- VL
- central concepts
- Central VL Concepts
- data transfer functions summarized
- VL Data Transfer Functions
- header files
- VL Basics for Sirius Video
- object classes
- VL Object Classes
- paths
- Central VL Concepts
- requirements for running
- VL Basics for Sirius Video
- VL_ANY
- VL Nodes for Sirius Video
- VL Nodes for Sirius Video
- VL Nodes for Sirius Video
- VL_BLENDER
- VL Nodes for Sirius Video
- VL_GFX
- VL Nodes for Sirius Video
- VL Nodes for Sirius Video
- VL_MEM
- VL Nodes for Sirius Video
- VL Nodes for Sirius Video
- VL_SIR_VLAN_CMD
- Sending V-LAN Commands
- VL_TEXTURE
- VL Nodes for Sirius Video
- VL_VIDEO
- VL Nodes for Sirius Video
- VL Nodes for Sirius Video
- vlGetControl()
- VL Nodes for Sirius Video
- Sirius Video Controls
- Graphics Source Node Controls
- vlGetNode()
- VL Nodes for Sirius Video
- vlinfo
- Sirius Video Controls
- vlSetControl()
- VL Nodes for Sirius Video
- Sirius Video Controls
- for V-LAN commands
- Sending V-LAN Commands
- VME interface
- VME Interface
- wait mode commands
- Wait Mode Commands