Shopping Cart

No products in the cart.

BS ISO/IEC 29341-20-13:2017

$215.11

Information technology. UPnP Device Architecture – Audio video device control protocol. Level 4. Rendering control service

Published By Publication Date Number of Pages
BSI 2017 146
Guaranteed Safe Checkout
Category:

If you have any questions, feel free to reach out to our online customer service team by clicking on the bottom right corner. We’re here to assist you 24/7.
Email:[email protected]

This service template is compliant with the UPnP Device Architecture version 1.0 [14]. It defines a service type referred to herein as RenderingControl.

1.1 Introduction

Most rendering devices contain a number of dynamically configurable attributes that affect how the current content is rendered. For example, video rendering devices, such as TVs, allow user control of display characteristics such as brightness and contrast, whereas audio rendering devices allow control of audio characteristics such as volume, balance, equalizer settings, etc. The RenderingControl service is intended to provide control points with the ability to query and/or adjust any rendering attribute that the device supports.

The RenderingControl service enables a control point to:

  1. Discover the set of attributes supported by the device.

  2. Retrieve the current setting of any supported attribute

  3. Change the setting of (that is: control) any modifiable attribute

  4. Perform a set of content transforms, which, in addition to the above, also enables functionality for selecting content depended options, for example:

    1. Selecting a specific sub-stream in a composite stream for rendering.

    2. Turning subtitling on or off.

  5. Restore the settings defined by a named Preset

The RenderingControl service does not:

  1. Control the flow of the associated content (for example, Play, Stop, Pause, Seek, etc.).

  2. Provide a mechanism to enumerate locally stored content.

  3. Provide a mechanism to send content to another device (via the home network or direct connection).

1.2 Multi-input Devices

Some high-end AV device are capable of receiving multiple pieces of content at the same time and combining that content together so that it can be rendered together using a single set of output hardware. For example, while displaying a TV program, high-end TVs can also display additional content (for example, VCR content) in a PIP (Picture-In-Picture) window. Similarly, a Karaoke machine can mix together the background music with a singer’s voice so that both sounds are played together on the same set of speakers.

As with all devices, the RenderingControl service allows a control point to adjust the output characteristics of the post-mixed content before it is actually rendered. However, in many cases, control points may need to control the output characteristics of the individual input content before it is mixed together with the other input content. In order to support this, the RenderingControl service includes an InstanceID argument with each action that allows the control point to identify on which content the action is to be applied (for example, the post-mixed content or one of the pre-mixed input content items).

By convention, an InstanceID of 0 indicates that the invoked action shall be applied to the post-mixed content. Similarly, each pre-mixed input content is assigned a unique InstanceID whose value is a non-zero, positive integer. Refer to Annex A for additional information.

PDF Catalog

PDF Pages PDF Title
2 National foreword
15 Foreword
22 1 Scope
1.1 Introduction
1.2 Multi-input Devices
2 Normative references
25 3 Terms, definitions, symbols and abbreviations
3.1 Provisioning terms
26 3.2 Symbols
4 Notations and Conventions
4.1 Notation
4.1.1 Data Types
27 4.1.2 Strings Embedded in Other Strings
4.1.3 Extended Backus-Naur Form
4.1.3.1 Typographic conventions for EBNF
28 4.2 Derived Data Types
4.2.1 Summary
4.2.2 CSV Lists
29 4.3 Management of XML Namespaces in Standardized DCPs
33 4.3.1 Namespace Prefix Requirements
34 4.3.2 Namespace Names, Namespace Versioning and Schema Versioning
36 4.3.3 Namespace Usage Examples
4.4 Vendor-defined Extensions
4.4.1 Vendor-defined Action Names
4.4.2 Vendor-defined State Variable Names
37 4.4.3 Vendor-defined XML Elements and attributes
4.4.4 Vendor-defined Property Names
5 Service Modeling Definitions
5.1 Service Type
38 5.2 State Variables
5.2.1 State Variable Overview
54 5.2.32 Relationships between State Variables
5.2.32.1 xxxVideoGain and xxxVideoBlackLevel
55 5.2.32.2 Volume and VolumeDB
5.3 Eventing and Moderation
5.3.1 Eventing and Moderation Overview
57 5.3.2 Event Model
5.4 Actions
5.4.1 Action Overview
60 5.4.2.1 Arguments
5.4.2.2 Dependency on State
5.4.2.3 Effect on State
5.4.2.4 Errors
5.4.3.1 Arguments
5.4.3.2 Dependency on State
5.4.3.3 Effect on State
61 5.4.3.4 Errors
5.4.4.1 Arguments
5.4.4.2 Dependency on State
5.4.4.3 Effect on State
5.4.4.4 Errors
5.4.5.1 Arguments
5.4.5.2 Dependency on State
62 5.4.5.3 Effect on State
5.4.5.4 Errors
5.4.6.1 Arguments
5.4.6.2 Dependency on State
5.4.6.3 Effect on State
5.4.6.4 Errors
5.4.7.1 Arguments
63 5.4.7.2 Dependency on State
5.4.7.3 Effect on State
5.4.7.4 Errors
5.4.8.1 Arguments
5.4.8.2 Dependency on State
5.4.8.3 Effect on State
5.4.8.4 Errors
64 5.4.9.1 Arguments
5.4.9.2 Dependency on State
5.4.9.3 Effect on State
5.4.9.4 Errors
5.4.10.1 Arguments
5.4.10.2 Dependency on State
5.4.10.3 Effect on State
5.4.10.4 Errors
65 5.4.11.1 Arguments
5.4.11.2 Dependency on State
5.4.11.3 Effect on State
5.4.11.4 Errors
5.4.12.1 Arguments
5.4.12.2 Dependency on State
5.4.12.3 Effect on State
5.4.12.4 Errors
66 5.4.13.1 Arguments
5.4.13.2 Dependency on State
5.4.13.3 Effect on State
5.4.13.4 Errors
5.4.14.1 Arguments
5.4.14.2 Dependency on State
5.4.14.3 Effect on State
67 5.4.14.4 Errors
5.4.15.1 Arguments
5.4.15.2 Dependency on State
5.4.15.3 Effect on State
5.4.15.4 Errors
5.4.16.1 Arguments
5.4.16.2 Dependency on State
68 5.4.16.3 Effect on State
5.4.16.4 Errors
5.4.17.1 Arguments
5.4.17.2 Dependency on State
5.4.17.3 Effect on State
5.4.17.4 Errors
69 5.4.18.1 Arguments
5.4.18.2 Dependency on State
5.4.18.3 Effect on State
5.4.18.4 Errors
5.4.19.1 Arguments
5.4.19.2 Dependency on State
5.4.19.3 Effect on State
5.4.19.4 Errors
70 5.4.20.1 Arguments
5.4.20.2 Dependency on State
5.4.20.3 Effect on State
5.4.20.4 Errors
5.4.21.1 Arguments
5.4.21.2 Dependency on State
5.4.21.3 Effect on State
71 5.4.21.4 Errors
5.4.22.1 Arguments
5.4.22.2 Dependency on State
5.4.22.3 Effect on State
5.4.22.4 Errors
5.4.23.1 Arguments
5.4.23.2 Dependency on State
72 5.4.23.3 Effect on State
5.4.23.4 Errors
5.4.24.1 Arguments
5.4.24.2 Dependency on State
5.4.24.3 Effect on State
5.4.24.4 Errors
73 5.4.25.1 Arguments
5.4.25.2 Dependency on State
5.4.25.3 Effect on State
5.4.25.4 Errors
5.4.26.1 Arguments
5.4.26.2 Dependency on State
5.4.26.3 Effect on State
5.4.26.4 Errors
74 5.4.27.1 Arguments
5.4.27.2 Dependency on State
5.4.27.3 Effect on State
5.4.27.4 Errors
5.4.28.1 Arguments
5.4.28.2 Dependency on State
5.4.28.3 Effect on State
5.4.28.4 Errors
75 5.4.29.1 Arguments
5.4.29.2 Dependency on State
5.4.29.3 Effect on State
5.4.29.4 Errors
5.4.30.1 Arguments
5.4.30.2 Dependency on State
5.4.30.3 Effect on State
76 5.4.30.4 Errors
5.4.31.1 Arguments
5.4.31.2 Dependency on State
5.4.31.3 Effect on State
5.4.31.4 Errors
77 5.4.32.1 Arguments
5.4.32.2 Dependency on State
5.4.32.3 Effect on State
5.4.32.4 Errors
5.4.33.1 Arguments
5.4.33.2 Dependency on State
5.4.33.3 Effect on State
78 5.4.33.4 Errors
5.4.34.1 Arguments
5.4.34.2 Dependency on State
5.4.34.3 Effect on State
5.4.34.4 Errors
79 5.4.35.1 Arguments
5.4.35.2 Dependency on State
5.4.35.3 Effect on State
5.4.35.4 Errors
5.4.36.1 Arguments
5.4.36.2 Dependency on State
5.4.36.3 Effect on State
5.4.36.4 Errors
80 5.4.37.1 Arguments
5.4.37.2 Dependency on State
5.4.37.3 Effect on State
5.4.37.4 Errors
81 5.4.38.1 Arguments
5.4.38.2 Dependency on State
5.4.38.3 Effect on State
5.4.38.4 Errors
82 5.4.39.1 Arguments
5.4.39.2 Dependency on State
5.4.39.3 Effect on State
5.4.39.4 Errors
5.4.40.1 Arguments
5.4.40.2 Dependency on State
5.4.40.3 Effect on State
5.4.40.4 Errors
83 5.4.41.1 Arguments
5.4.41.2 Dependency on State
5.4.41.3 Effect on State
5.4.41.4 Errors
84 5.4.42.1 Arguments
5.4.42.2 Dependency on State
5.4.42.3 Effect on State
5.4.42.4 Errors
5.4.43.1 Arguments
5.4.43.2 Dependency on State
5.4.43.3 Effect on State
85 5.4.43.4 Errors
5.4.44.1 Arguments
5.4.44.2 Dependency on State
5.4.44.3 Effect on State
86 5.4.44.4 Errors
5.4.45.1 Arguments
5.4.45.2 Dependency on State
5.4.45.3 Effect on State
5.4.45.4 Errors
5.4.46 Relationships Between Actions
87 5.4.47 Common Error Codes
6 XML Service Description
104 7 Test
BS ISO/IEC 29341-20-13:2017
$215.11