Tech-
invite
3GPP
space
IETF
space
21
22
23
24
25
26
27
28
29
31
32
33
34
35
36
37
38
4‑5x
Content for
TS 26.142
Word version: 18.0.0
0…
2…
2
References
3
Definitions and abbreviations
3.1
Definitions
3.2
Abbreviations
4
Overview and architecture
5
Media-type definition
5.1
Introduction
5.2
Media type components
5.3
Namespace
5.4
Scene description
5.5
Scene Commands
5.6
DIMS Unit Definition
5.7
Timing model
5.8
Processing Model
5.9
Random Access, Tune-in and Error Recovery
6
Interaction and Scripting
6.1
Local interaction
6.2
Remote interaction
6.3
Scripting
7
Transport
7.1
Overview
7.2
Storage in ISO Base Media File Format Files
7.3
RTP Payload format for DIMS Streams
8
Profiles and Levels
8.1
Profiles
8.2
Levels
9
Content usage guidelines
10
Security and Content Protection Considerations
11
Registered Types
11.1
RTP Payload format MIME Type
11.2
'Codecs' Parameter for 3GP files
A
Conformance Criteria
$
Change history
2
References
p. 6
3
Definitions and abbreviations
p. 7
3.1
Definitions
p. 7
3.2
Abbreviations
p. 8
4
Overview and architecture
p. 9
5
Media-type definition
p. 9
5.1
Introduction
p. 9
5.2
Media type components
p. 9
5.3
Namespace
p. 10
5.4
Scene description
p. 10
5.4.1
Base Scene Description
p. 10
5.4.2
Scene Description Extensions
p. 10
5.4.2.1
Introduction
p. 10
5.4.2.2
Rectangular clipping of a graphical object
p. 10
5.4.2.3
Full-screen video
p. 10
5.4.2.4
Full-screen SVG
p. 10
5.4.2.5
Attributes clipBegin and clipEnd
p. 11
5.4.2.6
Update Streams
p. 11
5.4.2.7
Synchronization of Media Streams
p. 11
5.4.2.8
Screen orientation
p. 11
5.4.2.9
Current-Time Indication
p. 12
5.4.2.10
Active attribute
p. 13
5.5
Scene Commands
p. 13
5.5.1
Scene Updates
p. 13
5.5.2
State management commands
p. 13
5.5.3
Activate and Deactivate
p. 14
5.5.4
Distributed Random Access Points
p. 15
5.5.4.1
Introduction
p. 15
5.5.4.2
DRAP syntax and semantics
p. 15
5.5.5
Immediate Script Execution
p. 16
5.5.6
Seeking in the DIMS Stream
p. 16
5.6
DIMS Unit Definition
p. 17
5.6.1
Definition
p. 17
5.6.2
DIMS Unit Header
p. 17
5.7
Timing model
p. 18
5.8
Processing Model
p. 18
5.9
Random Access, Tune-in and Error Recovery
p. 20
5.9.1
Introduction
p. 20
5.9.2
Random Access Points in Primary Streams
p. 20
5.9.3
Random Access Points in Secondary Streams
p. 20
5.9.4
Error Recovery
p. 20
6
Interaction and Scripting
p. 21
6.1
Local interaction
p. 21
6.1.1
DOM Level 3 events
p. 21
6.1.2
Media Access Events
p. 21
6.1.3
Screen Orientation Events
p. 21
6.1.4
Other Events
p. 21
6.2
Remote interaction
p. 22
6.3
Scripting
p. 22
7
Transport
p. 23
7.1
Overview
p. 23
7.2
Storage in ISO Base Media File Format Files
p. 23
7.2.1
Introduction
p. 23
7.2.2
Stream Type
p. 24
7.2.3
Track and Media Header fields
p. 24
7.2.4
Sample Dependency Table
p. 24
7.2.5
Sample Entry Name and Format
p. 25
7.2.6
Sample Format
p. 26
7.2.7
Other Resources
p. 26
7.2.8
Sync Samples
p. 26
7.2.9
Separate Redundant Track
p. 26
7.3
RTP Payload format for DIMS Streams
p. 26
7.3.1
Priority
p. 26
7.3.2
RTP Packet format
p. 27
7.3.2.1
Introduction
p. 27
7.3.2.2
RTP Header Usage
p. 28
7.3.2.3
Common Packet Header
p. 28
7.3.2.4
Aggregation Packet
p. 29
7.3.2.5
Fragmentation Packets
p. 29
7.3.3
SDP Parameters
p. 30
7.3.4
Separate Redundant Stream
p. 30
8
Profiles and Levels
p. 31
8.1
Profiles
p. 31
8.1.1
Introduction
p. 31
8.1.2
Mobile profile
p. 31
8.2
Levels
p. 32
8.2.1
Introduction
p. 32
8.2.2
Level Axes
p. 32
8.2.3
Mobile Profile Level 10 definition
p. 33
8.2.4
Void
9
Content usage guidelines
p. 33
10
Security and Content Protection Considerations
p. 34
11
Registered Types
p. 34
11.1
RTP Payload format MIME Type
p. 34
11.2
'Codecs' Parameter for 3GP files
p. 36
A
(Normative) Conformance Criteria
p. 37
$
Change history
p. 38