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Attributes
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Instances
Properties
Source
Used by
Element featureUnit
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
Describes a Feature Unit.
Diagram
Diagram AVTypes_xsd_Attribute_Group_id.tmp#id AVTypes_xsd_Attribute_Group_refID.tmp#refID avschema_xsd_Element_featureUnit.tmp#featureUnit_inputPin avschema_xsd_Element_featureUnit.tmp#featureUnit_video avschema_xsd_Element_featureUnit.tmp#featureUnit_audio
Properties
content: complex
Used by
Model inputPin , video{0,1} , audio{0,1}
Children audio, inputPin, video
Instance
 
<featureUnit id="" refID="" xmlns="http://avschemas.usb.org/v1/AVSchema">
  <inputPin>{1,1}</inputPin>
  <video>{0,1}</video>
  <audio>{0,1}</audio>
</featureUnit>
Attributes
QName Type Fixed Default Use Annotation
id idType required 
Uniquely identifies the Entity represented by the element within the AVFunction.
 
The value of the id attribute shall be unique for each Entity within the AVFunction. The value 1 is reserved for the Control interface Entity.
 
The value of this attribute shall be used in the EID parameter of any Control Sequence that addresses this Entity.
refID xsi:string optional 
Can be used to uniquely identify the object represented by this element for external binding reference purposes.
 
The value of the refID shall be unique for each object within the AVFunction and is implementation-specific. May be a GUID.
Source
 
<xsi:element name="featureUnit">
  <xsi:annotation>
    <xsi:documentation>Describes a Feature Unit.</xsi:documentation>
  </xsi:annotation>
  <xsi:complexType>
    <xsi:sequence>
      <xsi:element name="inputPin" type="inputPinType"/>
      <xsi:element name="video" minOccurs="0">
        <xsi:complexType>
          <xsi:sequence>
            <xsi:element name="brightness" type="videoRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
              <xsi:annotation>
                <xsi:documentation>See volume element for details on the hierarchical structure (Substitute brightness for volume).</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
            <xsi:element name="contrast" type="videoRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
              <xsi:annotation>
                <xsi:documentation>See volume element for details on the hierarchical structure (Substitute contrast for volume).</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
          </xsi:sequence>
        </xsi:complexType>
      </xsi:element>
      <xsi:element name="audio" minOccurs="0">
        <xsi:complexType>
          <xsi:sequence>
            <xsi:element name="mute" type="audioRoWBooleanControlType" minOccurs="0" maxOccurs="unbounded">
              <xsi:annotation>
                <xsi:documentation>See volume element for details on the hierarchical structure (Substitute mute for volume).</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
            <xsi:element name="volume" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
              <xsi:annotation>
                <xsi:documentation>Volume Controls are 'grouped' by identical characteristics:</xsi:documentation>
                <xsi:documentation>- the rw property of the Controls</xsi:documentation>
                <xsi:documentation>- the ranges properties of the controls</xsi:documentation>
                <xsi:documentation>All Volume Controls that share the same characteristics are 'grouped' together within one volume element.</xsi:documentation>
                <xsi:documentation>Within that volume element, all channels are enumerated that have identical Volume Controls.</xsi:documentation>
                <xsi:documentation>Consequently, multiple volume elements may exist, each element 'grouping' together Volume Controls with identical characteristics</xsi:documentation>
                <xsi:documentation>but with characteristics that are different from those of another 'group', represented by another volume element.</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
            <xsi:element name="bass" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
              <xsi:annotation>
                <xsi:documentation>See volume element for details on the hierarchical structure (Substitute bass for volume).</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
            <xsi:element name="mid" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
              <xsi:annotation>
                <xsi:documentation>See volume element for details on the hierarchical structure (Substitute mid for volume).</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
            <xsi:element name="treble" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
              <xsi:annotation>
                <xsi:documentation>See volume element for details on the hierarchical structure (Substitute treble for volume).</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
            <xsi:element name="graphicEQ" type="graphicEQType" minOccurs="0" maxOccurs="unbounded">
              <xsi:annotation>
                <xsi:documentation>See volume element for details on the hierarchical structure (Substitute graphicEQ for volume).</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
            <xsi:element name="delay" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
              <xsi:annotation>
                <xsi:documentation>See volume element for details on the hierarchical structure (Substitute delay for volume).</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
            <xsi:element name="bassBoost" type="audioRoWBooleanControlType" minOccurs="0" maxOccurs="unbounded">
              <xsi:annotation>
                <xsi:documentation>See volume element for details on the hierarchical structure (Substitute bassBoost for volume).</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
            <xsi:element name="loudness" type="audioRoWBooleanControlType" minOccurs="0" maxOccurs="unbounded">
              <xsi:annotation>
                <xsi:documentation>See volume element for details on the hierarchical structure (Substitute loudness for volume).</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
            <xsi:element name="inputGain" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
              <xsi:annotation>
                <xsi:documentation>See volume element for details on the hierarchical structure (Substitute inputGain for volume).</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
            <xsi:element name="autoInputGain" type="audioRoWBooleanControlType" minOccurs="0" maxOccurs="unbounded">
              <xsi:annotation>
                <xsi:documentation>See volume element for details on the hierarchical structure (Substitute autoInputGain for volume).</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
            <xsi:element name="inputGainPad" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
              <xsi:annotation>
                <xsi:documentation>See volume element for details on the hierarchical structure (Substitute inputGainPad for volume).</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
            <xsi:element name="phaseInverter" type="audioRoWBooleanControlType" minOccurs="0" maxOccurs="unbounded">
              <xsi:annotation>
                <xsi:documentation>See volume element for details on the hierarchical structure (Substitute phaseInverter for volume).</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
          </xsi:sequence>
        </xsi:complexType>
      </xsi:element>
    </xsi:sequence>
    <xsi:attributeGroup ref="id"/>
    <xsi:attributeGroup ref="refID"/>
  </xsi:complexType>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / inputPin
Namespace http://avschemas.usb.org/v1/AVSchema
Diagram
Diagram AVTypes_xsd_Complex_Type_inputPinType.tmp#inputPinType_sourceID AVTypes_xsd_Complex_Type_inputPinType.tmp#inputPinType_outputPinNumber AVTypes_xsd_Complex_Type_inputPinType.tmp#inputPinType_inputChannelConfig AVTypes_xsd_Complex_Type_inputPinType.tmp#inputPinType
Type inputPinType
Properties
content: complex
Model sourceID , outputPinNumber{0,1} , inputChannelConfig
Children inputChannelConfig, outputPinNumber, sourceID
Instance
 
<inputPin xmlns="http://avschemas.usb.org/v1/AVSchema">
  <sourceID>{1,1}</sourceID>
  <outputPinNumber>{0,1}</outputPinNumber>
  <inputChannelConfig>{1,1}</inputChannelConfig>
</inputPin>
Source
 
<xsi:element name="inputPin" type="inputPinType"/>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / video
Namespace http://avschemas.usb.org/v1/AVSchema
Diagram
Diagram avschema_xsd_Element_featureUnit.tmp#featureUnit_featureUnit_video_brightness avschema_xsd_Element_featureUnit.tmp#featureUnit_featureUnit_video_contrast
Properties
content: complex
minOccurs: 0
Model brightness* , contrast*
Children brightness, contrast
Instance
 
<video xmlns="http://avschemas.usb.org/v1/AVSchema">
  <brightness rw="">{0,unbounded}</brightness>
  <contrast rw="">{0,unbounded}</contrast>
</video>
Source
 
<xsi:element name="video" minOccurs="0">
  <xsi:complexType>
    <xsi:sequence>
      <xsi:element name="brightness" type="videoRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>See volume element for details on the hierarchical structure (Substitute brightness for volume).</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
      <xsi:element name="contrast" type="videoRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>See volume element for details on the hierarchical structure (Substitute contrast for volume).</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
    </xsi:sequence>
  </xsi:complexType>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / video / brightness
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
See volume element for details on the hierarchical structure (Substitute brightness for volume).
Diagram
Diagram AVTypes_xsd_Attribute_Group_rw.tmp#rw AVTypes_xsd_Complex_Type_videoRoWIntControlType.tmp#videoRoWIntControlType_channels AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup_ranges AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup AVTypes_xsd_Complex_Type_videoRoWIntControlType.tmp#videoRoWIntControlType
Type videoRoWIntControlType
Properties
content: complex
minOccurs: 0
maxOccurs: unbounded
Model channels , ranges
Children channels, ranges
Instance
 
<brightness rw="" xmlns="http://avschemas.usb.org/v1/AVSchema">
  <channels>{1,1}</channels>
  <ranges>{1,1}</ranges>
</brightness>
Attributes
QName Type Fixed Default Use Annotation
rw rwType required 
Used to indicate the read-write support level for the Control.
 
RO means the CUR Property is implemented as Read-Only and the NEXT Porperty is not implemented.
 
RON means the CUR Property is implemented as Read-Only and the NEXT Porperty is implemented (always Read-Write).
 
RW means the CUR Property is implemented as Read-Write and the NEXT Porperty is not implemented.
 
RWN means the CUR Property is implemented as Read-Write and the NEXT Porperty is implemented (always Read-Write).
Source
 
<xsi:element name="brightness" type="videoRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>See volume element for details on the hierarchical structure (Substitute brightness for volume).</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / video / contrast
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
See volume element for details on the hierarchical structure (Substitute contrast for volume).
Diagram
Diagram AVTypes_xsd_Attribute_Group_rw.tmp#rw AVTypes_xsd_Complex_Type_videoRoWIntControlType.tmp#videoRoWIntControlType_channels AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup_ranges AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup AVTypes_xsd_Complex_Type_videoRoWIntControlType.tmp#videoRoWIntControlType
Type videoRoWIntControlType
Properties
content: complex
minOccurs: 0
maxOccurs: unbounded
Model channels , ranges
Children channels, ranges
Instance
 
<contrast rw="" xmlns="http://avschemas.usb.org/v1/AVSchema">
  <channels>{1,1}</channels>
  <ranges>{1,1}</ranges>
</contrast>
Attributes
QName Type Fixed Default Use Annotation
rw rwType required 
Used to indicate the read-write support level for the Control.
 
RO means the CUR Property is implemented as Read-Only and the NEXT Porperty is not implemented.
 
RON means the CUR Property is implemented as Read-Only and the NEXT Porperty is implemented (always Read-Write).
 
RW means the CUR Property is implemented as Read-Write and the NEXT Porperty is not implemented.
 
RWN means the CUR Property is implemented as Read-Write and the NEXT Porperty is implemented (always Read-Write).
Source
 
<xsi:element name="contrast" type="videoRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>See volume element for details on the hierarchical structure (Substitute contrast for volume).</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / audio
Namespace http://avschemas.usb.org/v1/AVSchema
Diagram
Diagram avschema_xsd_Element_featureUnit.tmp#featureUnit_featureUnit_audio_mute avschema_xsd_Element_featureUnit.tmp#featureUnit_featureUnit_audio_volume avschema_xsd_Element_featureUnit.tmp#featureUnit_featureUnit_audio_bass avschema_xsd_Element_featureUnit.tmp#featureUnit_featureUnit_audio_mid avschema_xsd_Element_featureUnit.tmp#featureUnit_featureUnit_audio_treble avschema_xsd_Element_featureUnit.tmp#featureUnit_featureUnit_audio_graphicEQ avschema_xsd_Element_featureUnit.tmp#featureUnit_featureUnit_audio_delay avschema_xsd_Element_featureUnit.tmp#featureUnit_featureUnit_audio_bassBoost avschema_xsd_Element_featureUnit.tmp#featureUnit_featureUnit_audio_loudness avschema_xsd_Element_featureUnit.tmp#featureUnit_featureUnit_audio_inputGain avschema_xsd_Element_featureUnit.tmp#featureUnit_featureUnit_audio_autoInputGain avschema_xsd_Element_featureUnit.tmp#featureUnit_featureUnit_audio_inputGainPad avschema_xsd_Element_featureUnit.tmp#featureUnit_featureUnit_audio_phaseInverter
Properties
content: complex
minOccurs: 0
Model mute* , volume* , bass* , mid* , treble* , graphicEQ* , delay* , bassBoost* , loudness* , inputGain* , autoInputGain* , inputGainPad* , phaseInverter*
Children autoInputGain, bass, bassBoost, delay, graphicEQ, inputGain, inputGainPad, loudness, mid, mute, phaseInverter, treble, volume
Instance
 
<audio xmlns="http://avschemas.usb.org/v1/AVSchema">
  <mute rw="">{0,unbounded}</mute>
  <volume rw="">{0,unbounded}</volume>
  <bass rw="">{0,unbounded}</bass>
  <mid rw="">{0,unbounded}</mid>
  <treble rw="">{0,unbounded}</treble>
  <graphicEQ>{0,unbounded}</graphicEQ>
  <delay rw="">{0,unbounded}</delay>
  <bassBoost rw="">{0,unbounded}</bassBoost>
  <loudness rw="">{0,unbounded}</loudness>
  <inputGain rw="">{0,unbounded}</inputGain>
  <autoInputGain rw="">{0,unbounded}</autoInputGain>
  <inputGainPad rw="">{0,unbounded}</inputGainPad>
  <phaseInverter rw="">{0,unbounded}</phaseInverter>
</audio>
Source
 
<xsi:element name="audio" minOccurs="0">
  <xsi:complexType>
    <xsi:sequence>
      <xsi:element name="mute" type="audioRoWBooleanControlType" minOccurs="0" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>See volume element for details on the hierarchical structure (Substitute mute for volume).</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
      <xsi:element name="volume" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>Volume Controls are 'grouped' by identical characteristics:</xsi:documentation>
          <xsi:documentation>- the rw property of the Controls</xsi:documentation>
          <xsi:documentation>- the ranges properties of the controls</xsi:documentation>
          <xsi:documentation>All Volume Controls that share the same characteristics are 'grouped' together within one volume element.</xsi:documentation>
          <xsi:documentation>Within that volume element, all channels are enumerated that have identical Volume Controls.</xsi:documentation>
          <xsi:documentation>Consequently, multiple volume elements may exist, each element 'grouping' together Volume Controls with identical characteristics</xsi:documentation>
          <xsi:documentation>but with characteristics that are different from those of another 'group', represented by another volume element.</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
      <xsi:element name="bass" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>See volume element for details on the hierarchical structure (Substitute bass for volume).</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
      <xsi:element name="mid" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>See volume element for details on the hierarchical structure (Substitute mid for volume).</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
      <xsi:element name="treble" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>See volume element for details on the hierarchical structure (Substitute treble for volume).</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
      <xsi:element name="graphicEQ" type="graphicEQType" minOccurs="0" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>See volume element for details on the hierarchical structure (Substitute graphicEQ for volume).</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
      <xsi:element name="delay" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>See volume element for details on the hierarchical structure (Substitute delay for volume).</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
      <xsi:element name="bassBoost" type="audioRoWBooleanControlType" minOccurs="0" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>See volume element for details on the hierarchical structure (Substitute bassBoost for volume).</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
      <xsi:element name="loudness" type="audioRoWBooleanControlType" minOccurs="0" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>See volume element for details on the hierarchical structure (Substitute loudness for volume).</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
      <xsi:element name="inputGain" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>See volume element for details on the hierarchical structure (Substitute inputGain for volume).</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
      <xsi:element name="autoInputGain" type="audioRoWBooleanControlType" minOccurs="0" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>See volume element for details on the hierarchical structure (Substitute autoInputGain for volume).</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
      <xsi:element name="inputGainPad" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>See volume element for details on the hierarchical structure (Substitute inputGainPad for volume).</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
      <xsi:element name="phaseInverter" type="audioRoWBooleanControlType" minOccurs="0" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>See volume element for details on the hierarchical structure (Substitute phaseInverter for volume).</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
    </xsi:sequence>
  </xsi:complexType>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / audio / mute
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
See volume element for details on the hierarchical structure (Substitute mute for volume).
Diagram
Diagram AVTypes_xsd_Attribute_Group_rw.tmp#rw AVTypes_xsd_Complex_Type_audioRoWBooleanControlType.tmp#audioRoWBooleanControlType_channels AVTypes_xsd_Complex_Type_audioRoWBooleanControlType.tmp#audioRoWBooleanControlType
Type audioRoWBooleanControlType
Properties
content: complex
minOccurs: 0
maxOccurs: unbounded
Model channels
Children channels
Instance
 
<mute rw="" xmlns="http://avschemas.usb.org/v1/AVSchema">
  <channels>{1,1}</channels>
</mute>
Attributes
QName Type Fixed Default Use Annotation
rw rwType required 
Used to indicate the read-write support level for the Control.
 
RO means the CUR Property is implemented as Read-Only and the NEXT Porperty is not implemented.
 
RON means the CUR Property is implemented as Read-Only and the NEXT Porperty is implemented (always Read-Write).
 
RW means the CUR Property is implemented as Read-Write and the NEXT Porperty is not implemented.
 
RWN means the CUR Property is implemented as Read-Write and the NEXT Porperty is implemented (always Read-Write).
Source
 
<xsi:element name="mute" type="audioRoWBooleanControlType" minOccurs="0" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>See volume element for details on the hierarchical structure (Substitute mute for volume).</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / audio / volume
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
Volume Controls are 'grouped' by identical characteristics:
 
- the rw property of the Controls
 
- the ranges properties of the controls
 
All Volume Controls that share the same characteristics are 'grouped' together within one volume element.
 
Within that volume element, all channels are enumerated that have identical Volume Controls.
 
Consequently, multiple volume elements may exist, each element 'grouping' together Volume Controls with identical characteristics
 
but with characteristics that are different from those of another 'group', represented by another volume element.
Diagram
Diagram AVTypes_xsd_Attribute_Group_rw.tmp#rw AVTypes_xsd_Complex_Type_audioRoWIntControlType.tmp#audioRoWIntControlType_channels AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup_ranges AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup AVTypes_xsd_Complex_Type_audioRoWIntControlType.tmp#audioRoWIntControlType
Type audioRoWIntControlType
Properties
content: complex
minOccurs: 0
maxOccurs: unbounded
Model channels , ranges
Children channels, ranges
Instance
 
<volume rw="" xmlns="http://avschemas.usb.org/v1/AVSchema">
  <channels>{1,1}</channels>
  <ranges>{1,1}</ranges>
</volume>
Attributes
QName Type Fixed Default Use Annotation
rw rwType required 
Used to indicate the read-write support level for the Control.
 
RO means the CUR Property is implemented as Read-Only and the NEXT Porperty is not implemented.
 
RON means the CUR Property is implemented as Read-Only and the NEXT Porperty is implemented (always Read-Write).
 
RW means the CUR Property is implemented as Read-Write and the NEXT Porperty is not implemented.
 
RWN means the CUR Property is implemented as Read-Write and the NEXT Porperty is implemented (always Read-Write).
Source
 
<xsi:element name="volume" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>Volume Controls are 'grouped' by identical characteristics:</xsi:documentation>
    <xsi:documentation>- the rw property of the Controls</xsi:documentation>
    <xsi:documentation>- the ranges properties of the controls</xsi:documentation>
    <xsi:documentation>All Volume Controls that share the same characteristics are 'grouped' together within one volume element.</xsi:documentation>
    <xsi:documentation>Within that volume element, all channels are enumerated that have identical Volume Controls.</xsi:documentation>
    <xsi:documentation>Consequently, multiple volume elements may exist, each element 'grouping' together Volume Controls with identical characteristics</xsi:documentation>
    <xsi:documentation>but with characteristics that are different from those of another 'group', represented by another volume element.</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / audio / bass
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
See volume element for details on the hierarchical structure (Substitute bass for volume).
Diagram
Diagram AVTypes_xsd_Attribute_Group_rw.tmp#rw AVTypes_xsd_Complex_Type_audioRoWIntControlType.tmp#audioRoWIntControlType_channels AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup_ranges AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup AVTypes_xsd_Complex_Type_audioRoWIntControlType.tmp#audioRoWIntControlType
Type audioRoWIntControlType
Properties
content: complex
minOccurs: 0
maxOccurs: unbounded
Model channels , ranges
Children channels, ranges
Instance
 
<bass rw="" xmlns="http://avschemas.usb.org/v1/AVSchema">
  <channels>{1,1}</channels>
  <ranges>{1,1}</ranges>
</bass>
Attributes
QName Type Fixed Default Use Annotation
rw rwType required 
Used to indicate the read-write support level for the Control.
 
RO means the CUR Property is implemented as Read-Only and the NEXT Porperty is not implemented.
 
RON means the CUR Property is implemented as Read-Only and the NEXT Porperty is implemented (always Read-Write).
 
RW means the CUR Property is implemented as Read-Write and the NEXT Porperty is not implemented.
 
RWN means the CUR Property is implemented as Read-Write and the NEXT Porperty is implemented (always Read-Write).
Source
 
<xsi:element name="bass" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>See volume element for details on the hierarchical structure (Substitute bass for volume).</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / audio / mid
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
See volume element for details on the hierarchical structure (Substitute mid for volume).
Diagram
Diagram AVTypes_xsd_Attribute_Group_rw.tmp#rw AVTypes_xsd_Complex_Type_audioRoWIntControlType.tmp#audioRoWIntControlType_channels AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup_ranges AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup AVTypes_xsd_Complex_Type_audioRoWIntControlType.tmp#audioRoWIntControlType
Type audioRoWIntControlType
Properties
content: complex
minOccurs: 0
maxOccurs: unbounded
Model channels , ranges
Children channels, ranges
Instance
 
<mid rw="" xmlns="http://avschemas.usb.org/v1/AVSchema">
  <channels>{1,1}</channels>
  <ranges>{1,1}</ranges>
</mid>
Attributes
QName Type Fixed Default Use Annotation
rw rwType required 
Used to indicate the read-write support level for the Control.
 
RO means the CUR Property is implemented as Read-Only and the NEXT Porperty is not implemented.
 
RON means the CUR Property is implemented as Read-Only and the NEXT Porperty is implemented (always Read-Write).
 
RW means the CUR Property is implemented as Read-Write and the NEXT Porperty is not implemented.
 
RWN means the CUR Property is implemented as Read-Write and the NEXT Porperty is implemented (always Read-Write).
Source
 
<xsi:element name="mid" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>See volume element for details on the hierarchical structure (Substitute mid for volume).</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / audio / treble
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
See volume element for details on the hierarchical structure (Substitute treble for volume).
Diagram
Diagram AVTypes_xsd_Attribute_Group_rw.tmp#rw AVTypes_xsd_Complex_Type_audioRoWIntControlType.tmp#audioRoWIntControlType_channels AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup_ranges AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup AVTypes_xsd_Complex_Type_audioRoWIntControlType.tmp#audioRoWIntControlType
Type audioRoWIntControlType
Properties
content: complex
minOccurs: 0
maxOccurs: unbounded
Model channels , ranges
Children channels, ranges
Instance
 
<treble rw="" xmlns="http://avschemas.usb.org/v1/AVSchema">
  <channels>{1,1}</channels>
  <ranges>{1,1}</ranges>
</treble>
Attributes
QName Type Fixed Default Use Annotation
rw rwType required 
Used to indicate the read-write support level for the Control.
 
RO means the CUR Property is implemented as Read-Only and the NEXT Porperty is not implemented.
 
RON means the CUR Property is implemented as Read-Only and the NEXT Porperty is implemented (always Read-Write).
 
RW means the CUR Property is implemented as Read-Write and the NEXT Porperty is not implemented.
 
RWN means the CUR Property is implemented as Read-Write and the NEXT Porperty is implemented (always Read-Write).
Source
 
<xsi:element name="treble" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>See volume element for details on the hierarchical structure (Substitute treble for volume).</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / audio / graphicEQ
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
See volume element for details on the hierarchical structure (Substitute graphicEQ for volume).
Diagram
Diagram AVTypes_xsd_Complex_Type_graphicEQType.tmp#graphicEQType_level AVTypes_xsd_Complex_Type_graphicEQType.tmp#graphicEQType_filters AVTypes_xsd_Complex_Type_graphicEQType.tmp#graphicEQType
Type graphicEQType
Properties
content: complex
minOccurs: 0
maxOccurs: unbounded
Model level , filters
Children filters, level
Instance
 
<graphicEQ xmlns="http://avschemas.usb.org/v1/AVSchema">
  <level rw="">{1,1}</level>
  <filters>{1,1}</filters>
</graphicEQ>
Source
 
<xsi:element name="graphicEQ" type="graphicEQType" minOccurs="0" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>See volume element for details on the hierarchical structure (Substitute graphicEQ for volume).</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / audio / delay
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
See volume element for details on the hierarchical structure (Substitute delay for volume).
Diagram
Diagram AVTypes_xsd_Attribute_Group_rw.tmp#rw AVTypes_xsd_Complex_Type_audioRoWIntControlType.tmp#audioRoWIntControlType_channels AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup_ranges AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup AVTypes_xsd_Complex_Type_audioRoWIntControlType.tmp#audioRoWIntControlType
Type audioRoWIntControlType
Properties
content: complex
minOccurs: 0
maxOccurs: unbounded
Model channels , ranges
Children channels, ranges
Instance
 
<delay rw="" xmlns="http://avschemas.usb.org/v1/AVSchema">
  <channels>{1,1}</channels>
  <ranges>{1,1}</ranges>
</delay>
Attributes
QName Type Fixed Default Use Annotation
rw rwType required 
Used to indicate the read-write support level for the Control.
 
RO means the CUR Property is implemented as Read-Only and the NEXT Porperty is not implemented.
 
RON means the CUR Property is implemented as Read-Only and the NEXT Porperty is implemented (always Read-Write).
 
RW means the CUR Property is implemented as Read-Write and the NEXT Porperty is not implemented.
 
RWN means the CUR Property is implemented as Read-Write and the NEXT Porperty is implemented (always Read-Write).
Source
 
<xsi:element name="delay" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>See volume element for details on the hierarchical structure (Substitute delay for volume).</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / audio / bassBoost
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
See volume element for details on the hierarchical structure (Substitute bassBoost for volume).
Diagram
Diagram AVTypes_xsd_Attribute_Group_rw.tmp#rw AVTypes_xsd_Complex_Type_audioRoWBooleanControlType.tmp#audioRoWBooleanControlType_channels AVTypes_xsd_Complex_Type_audioRoWBooleanControlType.tmp#audioRoWBooleanControlType
Type audioRoWBooleanControlType
Properties
content: complex
minOccurs: 0
maxOccurs: unbounded
Model channels
Children channels
Instance
 
<bassBoost rw="" xmlns="http://avschemas.usb.org/v1/AVSchema">
  <channels>{1,1}</channels>
</bassBoost>
Attributes
QName Type Fixed Default Use Annotation
rw rwType required 
Used to indicate the read-write support level for the Control.
 
RO means the CUR Property is implemented as Read-Only and the NEXT Porperty is not implemented.
 
RON means the CUR Property is implemented as Read-Only and the NEXT Porperty is implemented (always Read-Write).
 
RW means the CUR Property is implemented as Read-Write and the NEXT Porperty is not implemented.
 
RWN means the CUR Property is implemented as Read-Write and the NEXT Porperty is implemented (always Read-Write).
Source
 
<xsi:element name="bassBoost" type="audioRoWBooleanControlType" minOccurs="0" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>See volume element for details on the hierarchical structure (Substitute bassBoost for volume).</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / audio / loudness
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
See volume element for details on the hierarchical structure (Substitute loudness for volume).
Diagram
Diagram AVTypes_xsd_Attribute_Group_rw.tmp#rw AVTypes_xsd_Complex_Type_audioRoWBooleanControlType.tmp#audioRoWBooleanControlType_channels AVTypes_xsd_Complex_Type_audioRoWBooleanControlType.tmp#audioRoWBooleanControlType
Type audioRoWBooleanControlType
Properties
content: complex
minOccurs: 0
maxOccurs: unbounded
Model channels
Children channels
Instance
 
<loudness rw="" xmlns="http://avschemas.usb.org/v1/AVSchema">
  <channels>{1,1}</channels>
</loudness>
Attributes
QName Type Fixed Default Use Annotation
rw rwType required 
Used to indicate the read-write support level for the Control.
 
RO means the CUR Property is implemented as Read-Only and the NEXT Porperty is not implemented.
 
RON means the CUR Property is implemented as Read-Only and the NEXT Porperty is implemented (always Read-Write).
 
RW means the CUR Property is implemented as Read-Write and the NEXT Porperty is not implemented.
 
RWN means the CUR Property is implemented as Read-Write and the NEXT Porperty is implemented (always Read-Write).
Source
 
<xsi:element name="loudness" type="audioRoWBooleanControlType" minOccurs="0" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>See volume element for details on the hierarchical structure (Substitute loudness for volume).</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / audio / inputGain
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
See volume element for details on the hierarchical structure (Substitute inputGain for volume).
Diagram
Diagram AVTypes_xsd_Attribute_Group_rw.tmp#rw AVTypes_xsd_Complex_Type_audioRoWIntControlType.tmp#audioRoWIntControlType_channels AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup_ranges AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup AVTypes_xsd_Complex_Type_audioRoWIntControlType.tmp#audioRoWIntControlType
Type audioRoWIntControlType
Properties
content: complex
minOccurs: 0
maxOccurs: unbounded
Model channels , ranges
Children channels, ranges
Instance
 
<inputGain rw="" xmlns="http://avschemas.usb.org/v1/AVSchema">
  <channels>{1,1}</channels>
  <ranges>{1,1}</ranges>
</inputGain>
Attributes
QName Type Fixed Default Use Annotation
rw rwType required 
Used to indicate the read-write support level for the Control.
 
RO means the CUR Property is implemented as Read-Only and the NEXT Porperty is not implemented.
 
RON means the CUR Property is implemented as Read-Only and the NEXT Porperty is implemented (always Read-Write).
 
RW means the CUR Property is implemented as Read-Write and the NEXT Porperty is not implemented.
 
RWN means the CUR Property is implemented as Read-Write and the NEXT Porperty is implemented (always Read-Write).
Source
 
<xsi:element name="inputGain" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>See volume element for details on the hierarchical structure (Substitute inputGain for volume).</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / audio / autoInputGain
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
See volume element for details on the hierarchical structure (Substitute autoInputGain for volume).
Diagram
Diagram AVTypes_xsd_Attribute_Group_rw.tmp#rw AVTypes_xsd_Complex_Type_audioRoWBooleanControlType.tmp#audioRoWBooleanControlType_channels AVTypes_xsd_Complex_Type_audioRoWBooleanControlType.tmp#audioRoWBooleanControlType
Type audioRoWBooleanControlType
Properties
content: complex
minOccurs: 0
maxOccurs: unbounded
Model channels
Children channels
Instance
 
<autoInputGain rw="" xmlns="http://avschemas.usb.org/v1/AVSchema">
  <channels>{1,1}</channels>
</autoInputGain>
Attributes
QName Type Fixed Default Use Annotation
rw rwType required 
Used to indicate the read-write support level for the Control.
 
RO means the CUR Property is implemented as Read-Only and the NEXT Porperty is not implemented.
 
RON means the CUR Property is implemented as Read-Only and the NEXT Porperty is implemented (always Read-Write).
 
RW means the CUR Property is implemented as Read-Write and the NEXT Porperty is not implemented.
 
RWN means the CUR Property is implemented as Read-Write and the NEXT Porperty is implemented (always Read-Write).
Source
 
<xsi:element name="autoInputGain" type="audioRoWBooleanControlType" minOccurs="0" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>See volume element for details on the hierarchical structure (Substitute autoInputGain for volume).</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / audio / inputGainPad
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
See volume element for details on the hierarchical structure (Substitute inputGainPad for volume).
Diagram
Diagram AVTypes_xsd_Attribute_Group_rw.tmp#rw AVTypes_xsd_Complex_Type_audioRoWIntControlType.tmp#audioRoWIntControlType_channels AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup_ranges AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup AVTypes_xsd_Complex_Type_audioRoWIntControlType.tmp#audioRoWIntControlType
Type audioRoWIntControlType
Properties
content: complex
minOccurs: 0
maxOccurs: unbounded
Model channels , ranges
Children channels, ranges
Instance
 
<inputGainPad rw="" xmlns="http://avschemas.usb.org/v1/AVSchema">
  <channels>{1,1}</channels>
  <ranges>{1,1}</ranges>
</inputGainPad>
Attributes
QName Type Fixed Default Use Annotation
rw rwType required 
Used to indicate the read-write support level for the Control.
 
RO means the CUR Property is implemented as Read-Only and the NEXT Porperty is not implemented.
 
RON means the CUR Property is implemented as Read-Only and the NEXT Porperty is implemented (always Read-Write).
 
RW means the CUR Property is implemented as Read-Write and the NEXT Porperty is not implemented.
 
RWN means the CUR Property is implemented as Read-Write and the NEXT Porperty is implemented (always Read-Write).
Source
 
<xsi:element name="inputGainPad" type="audioRoWIntControlType" minOccurs="0" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>See volume element for details on the hierarchical structure (Substitute inputGainPad for volume).</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
Element featureUnit / audio / phaseInverter
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
 
See volume element for details on the hierarchical structure (Substitute phaseInverter for volume).
Diagram
Diagram AVTypes_xsd_Attribute_Group_rw.tmp#rw AVTypes_xsd_Complex_Type_audioRoWBooleanControlType.tmp#audioRoWBooleanControlType_channels AVTypes_xsd_Complex_Type_audioRoWBooleanControlType.tmp#audioRoWBooleanControlType
Type audioRoWBooleanControlType
Properties
content: complex
minOccurs: 0
maxOccurs: unbounded
Model channels
Children channels
Instance
 
<phaseInverter rw="" xmlns="http://avschemas.usb.org/v1/AVSchema">
  <channels>{1,1}</channels>
</phaseInverter>
Attributes
QName Type Fixed Default Use Annotation
rw rwType required 
Used to indicate the read-write support level for the Control.
 
RO means the CUR Property is implemented as Read-Only and the NEXT Porperty is not implemented.
 
RON means the CUR Property is implemented as Read-Only and the NEXT Porperty is implemented (always Read-Write).
 
RW means the CUR Property is implemented as Read-Write and the NEXT Porperty is not implemented.
 
RWN means the CUR Property is implemented as Read-Write and the NEXT Porperty is implemented (always Read-Write).
Source
 
<xsi:element name="phaseInverter" type="audioRoWBooleanControlType" minOccurs="0" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>See volume element for details on the hierarchical structure (Substitute phaseInverter for volume).</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location http://avschemas.usb.org/v1/avschema.xsd
XML Schema documentation generated by ® XML Editor.