Showing:

Annotations
Attributes
Diagrams
Instances
Properties
Source
Used by
Element audioRoWIntLevelControlType / inputs
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
Groups the inputs together
Diagram
Diagram AVTypes_xsd_Complex_Type_audioRoWIntLevelControlType.tmp#audioRoWIntLevelControlType_audioRoWIntLevelControlType_inputs_input
Properties
content: complex
Model input+
Children input
Instance
<inputs xmlns="http://avschemas.usb.org/v1/AVSchema">
  <input>{1,unbounded}</input>
</inputs>
Source
<xsi:element name="inputs">
  <xsi:annotation>
    <xsi:documentation>Groups the inputs together</xsi:documentation>
  </xsi:annotation>
  <xsi:complexType>
    <xsi:sequence>
      <xsi:element name="input" maxOccurs="unbounded">
        <xsi:annotation>
          <xsi:documentation>Shall be present for each input of the Mixer Unit.</xsi:documentation>
        </xsi:annotation>
        <xsi:complexType>
          <xsi:sequence>
            <xsi:element name="channels" type="audioMixerChannelsType" minOccurs="0">
              <xsi:annotation>
                <xsi:documentation>Indicates on which channel crossings a Mixer Level Control with specific characteristics is present.</xsi:documentation>
                <xsi:documentation>May not be present for a particular input of the Mixer Unit.</xsi:documentation>
                <xsi:documentation>Consider the following example: A single clannel Input Channel Configuration (FC) is mixed into both channels of a stereo Output Channel Configuration (FL and FR).</xsi:documentation>
                <xsi:documentation>Then the channels element for that Input Pin looks like this (only element names are used, brackets are omitted):</xsi:documentation>
                <xsi:documentation/>
                <xsi:documentation>channels</xsi:documentation>
                <xsi:documentation>FC</xsi:documentation>
                <xsi:documentation>FL/</xsi:documentation>
                <xsi:documentation>FR/</xsi:documentation>
                <xsi:documentation>/FC</xsi:documentation>
                <xsi:documentation>/channels</xsi:documentation>
                <xsi:documentation/>
                <xsi:documentation>Example2: A stereo Input Channel Configuration is mixed into a stereo Output Channel Configuration (FL into FL, FR into FR)</xsi:documentation>
                <xsi:documentation>channels</xsi:documentation>
                <xsi:documentation>FL</xsi:documentation>
                <xsi:documentation>FL/</xsi:documentation>
                <xsi:documentation>/FL</xsi:documentation>
                <xsi:documentation>FR</xsi:documentation>
                <xsi:documentation>FR/</xsi:documentation>
                <xsi:documentation>/FR</xsi:documentation>
                <xsi:documentation>/channels</xsi:documentation>
              </xsi:annotation>
            </xsi:element>
          </xsi:sequence>
        </xsi:complexType>
      </xsi:element>
    </xsi:sequence>
  </xsi:complexType>
</xsi:element>
Schema location file:/Users/Geert/Documents/Data/PROJECTS/XML/AVSchema/AVTypes.xsd
Element audioRoWIntLevelControlType / inputs / input
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
Shall be present for each input of the Mixer Unit.
Diagram
Diagram AVTypes_xsd_Complex_Type_audioRoWIntLevelControlType.tmp#audioRoWIntLevelControlType_audioRoWIntLevelControlType_inputs_audioRoWIntLevelControlType_audioRoWIntLevelControlType_inputs_input_channels
Properties
content: complex
maxOccurs: unbounded
Model channels{0,1}
Children channels
Instance
<input xmlns="http://avschemas.usb.org/v1/AVSchema">
  <channels>{0,1}</channels>
</input>
Source
<xsi:element name="input" maxOccurs="unbounded">
  <xsi:annotation>
    <xsi:documentation>Shall be present for each input of the Mixer Unit.</xsi:documentation>
  </xsi:annotation>
  <xsi:complexType>
    <xsi:sequence>
      <xsi:element name="channels" type="audioMixerChannelsType" minOccurs="0">
        <xsi:annotation>
          <xsi:documentation>Indicates on which channel crossings a Mixer Level Control with specific characteristics is present.</xsi:documentation>
          <xsi:documentation>May not be present for a particular input of the Mixer Unit.</xsi:documentation>
          <xsi:documentation>Consider the following example: A single clannel Input Channel Configuration (FC) is mixed into both channels of a stereo Output Channel Configuration (FL and FR).</xsi:documentation>
          <xsi:documentation>Then the channels element for that Input Pin looks like this (only element names are used, brackets are omitted):</xsi:documentation>
          <xsi:documentation/>
          <xsi:documentation>channels</xsi:documentation>
          <xsi:documentation>FC</xsi:documentation>
          <xsi:documentation>FL/</xsi:documentation>
          <xsi:documentation>FR/</xsi:documentation>
          <xsi:documentation>/FC</xsi:documentation>
          <xsi:documentation>/channels</xsi:documentation>
          <xsi:documentation/>
          <xsi:documentation>Example2: A stereo Input Channel Configuration is mixed into a stereo Output Channel Configuration (FL into FL, FR into FR)</xsi:documentation>
          <xsi:documentation>channels</xsi:documentation>
          <xsi:documentation>FL</xsi:documentation>
          <xsi:documentation>FL/</xsi:documentation>
          <xsi:documentation>/FL</xsi:documentation>
          <xsi:documentation>FR</xsi:documentation>
          <xsi:documentation>FR/</xsi:documentation>
          <xsi:documentation>/FR</xsi:documentation>
          <xsi:documentation>/channels</xsi:documentation>
        </xsi:annotation>
      </xsi:element>
    </xsi:sequence>
  </xsi:complexType>
</xsi:element>
Schema location file:/Users/Geert/Documents/Data/PROJECTS/XML/AVSchema/AVTypes.xsd
Element audioRoWIntLevelControlType / inputs / input / channels
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
Indicates on which channel crossings a Mixer Level Control with specific characteristics is present.
May not be present for a particular input of the Mixer Unit.
Consider the following example: A single clannel Input Channel Configuration (FC) is mixed into both channels of a stereo Output Channel Configuration (FL and FR).
Then the channels element for that Input Pin looks like this (only element names are used, brackets are omitted):
channels
FC
FL/
FR/
/FC
/channels
Example2: A stereo Input Channel Configuration is mixed into a stereo Output Channel Configuration (FL into FL, FR into FR)
channels
FL
FL/
/FL
FR
FR/
/FR
/channels
Diagram
Diagram AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_MASTER AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_FL AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_FR AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_FC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_SL AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_SR AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BL AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BR AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_FLC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_FRC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BLC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BRC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_LFE AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_LLFE AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_RLFE AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_TC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_TFL AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_TFR AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_TFC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_TSL AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_TSR AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_TBL AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_TBR AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_TBC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_TFLC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_TFRC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_TBLC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_TBRC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BOC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BFL AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BFR AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BFC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BSL AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BSR AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BBL AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BBR AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BBC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BFLC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BFRC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BBLC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_BBRC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_HPL AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_HPR AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_VFL AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_VFR AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_VBL AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_VBR AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_VFC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_VBC AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_VSL AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType_VSR AVTypes_xsd_Complex_Type_audioMixerChannelsType.tmp#audioMixerChannelsType
Type audioMixerChannelsType
Properties
content: complex
minOccurs: 0
Model MASTER{0,1} , FL{0,1} , FR{0,1} , FC{0,1} , SL{0,1} , SR{0,1} , BL{0,1} , BR{0,1} , BC{0,1} , FLC{0,1} , FRC{0,1} , BLC{0,1} , BRC{0,1} , LFE{0,1} , LLFE{0,1} , RLFE{0,1} , TC{0,1} , TFL{0,1} , TFR{0,1} , TFC{0,1} , TSL{0,1} , TSR{0,1} , TBL{0,1} , TBR{0,1} , TBC{0,1} , TFLC{0,1} , TFRC{0,1} , TBLC{0,1} , TBRC{0,1} , BOC{0,1} , BFL{0,1} , BFR{0,1} , BFC{0,1} , BSL{0,1} , BSR{0,1} , BBL{0,1} , BBR{0,1} , BBC{0,1} , BFLC{0,1} , BFRC{0,1} , BBLC{0,1} , BBRC{0,1} , HPL{0,1} , HPR{0,1} , VFL{0,1} , VFR{0,1} , VBL{0,1} , VBR{0,1} , VFC{0,1} , VBC{0,1} , VSL{0,1} , VSR{0,1} , ANY element from ANY namespace OTHER than 'http://avschemas.usb.org/v1/AVSchema'
Children BBC, BBL, BBLC, BBR, BBRC, BC, BFC, BFL, BFLC, BFR, BFRC, BL, BLC, BOC, BR, BRC, BSL, BSR, FC, FL, FLC, FR, FRC, HPL, HPR, LFE, LLFE, MASTER, RLFE, SL, SR, TBC, TBL, TBLC, TBR, TBRC, TC, TFC, TFL, TFLC, TFR, TFRC, TSL, TSR, VBC, VBL, VBR, VFC, VFL, VFR, VSL, VSR
Instance
<channels xmlns="http://avschemas.usb.org/v1/AVSchema">
  <MASTER>{0,1}</MASTER>
  <FL>{0,1}</FL>
  <FR>{0,1}</FR>
  <FC>{0,1}</FC>
  <SL>{0,1}</SL>
  <SR>{0,1}</SR>
  <BL>{0,1}</BL>
  <BR>{0,1}</BR>
  <BC>{0,1}</BC>
  <FLC>{0,1}</FLC>
  <FRC>{0,1}</FRC>
  <BLC>{0,1}</BLC>
  <BRC>{0,1}</BRC>
  <LFE>{0,1}</LFE>
  <LLFE>{0,1}</LLFE>
  <RLFE>{0,1}</RLFE>
  <TC>{0,1}</TC>
  <TFL>{0,1}</TFL>
  <TFR>{0,1}</TFR>
  <TFC>{0,1}</TFC>
  <TSL>{0,1}</TSL>
  <TSR>{0,1}</TSR>
  <TBL>{0,1}</TBL>
  <TBR>{0,1}</TBR>
  <TBC>{0,1}</TBC>
  <TFLC>{0,1}</TFLC>
  <TFRC>{0,1}</TFRC>
  <TBLC>{0,1}</TBLC>
  <TBRC>{0,1}</TBRC>
  <BOC>{0,1}</BOC>
  <BFL>{0,1}</BFL>
  <BFR>{0,1}</BFR>
  <BFC>{0,1}</BFC>
  <BSL>{0,1}</BSL>
  <BSR>{0,1}</BSR>
  <BBL>{0,1}</BBL>
  <BBR>{0,1}</BBR>
  <BBC>{0,1}</BBC>
  <BFLC>{0,1}</BFLC>
  <BFRC>{0,1}</BFRC>
  <BBLC>{0,1}</BBLC>
  <BBRC>{0,1}</BBRC>
  <HPL>{0,1}</HPL>
  <HPR>{0,1}</HPR>
  <VFL>{0,1}</VFL>
  <VFR>{0,1}</VFR>
  <VBL>{0,1}</VBL>
  <VBR>{0,1}</VBR>
  <VFC>{0,1}</VFC>
  <VBC>{0,1}</VBC>
  <VSL>{0,1}</VSL>
  <VSR>{0,1}</VSR>
</channels>
Source
<xsi:element name="channels" type="audioMixerChannelsType" minOccurs="0">
  <xsi:annotation>
    <xsi:documentation>Indicates on which channel crossings a Mixer Level Control with specific characteristics is present.</xsi:documentation>
    <xsi:documentation>May not be present for a particular input of the Mixer Unit.</xsi:documentation>
    <xsi:documentation>Consider the following example: A single clannel Input Channel Configuration (FC) is mixed into both channels of a stereo Output Channel Configuration (FL and FR).</xsi:documentation>
    <xsi:documentation>Then the channels element for that Input Pin looks like this (only element names are used, brackets are omitted):</xsi:documentation>
    <xsi:documentation/>
    <xsi:documentation>channels</xsi:documentation>
    <xsi:documentation>FC</xsi:documentation>
    <xsi:documentation>FL/</xsi:documentation>
    <xsi:documentation>FR/</xsi:documentation>
    <xsi:documentation>/FC</xsi:documentation>
    <xsi:documentation>/channels</xsi:documentation>
    <xsi:documentation/>
    <xsi:documentation>Example2: A stereo Input Channel Configuration is mixed into a stereo Output Channel Configuration (FL into FL, FR into FR)</xsi:documentation>
    <xsi:documentation>channels</xsi:documentation>
    <xsi:documentation>FL</xsi:documentation>
    <xsi:documentation>FL/</xsi:documentation>
    <xsi:documentation>/FL</xsi:documentation>
    <xsi:documentation>FR</xsi:documentation>
    <xsi:documentation>FR/</xsi:documentation>
    <xsi:documentation>/FR</xsi:documentation>
    <xsi:documentation>/channels</xsi:documentation>
  </xsi:annotation>
</xsi:element>
Schema location file:/Users/Geert/Documents/Data/PROJECTS/XML/AVSchema/AVTypes.xsd
Complex Type audioRoWIntLevelControlType
Namespace http://avschemas.usb.org/v1/AVSchema
Annotations
Describes a read-only or read-write Integer Mixer Level Control with restricted ranges.
Multiple range elements are supported, as well as a valueList element.
min and max elements have a range [-2,147,483,648..2,147,483,647]
res element has a range [1..2,147,483,647]
Diagram
Diagram AVTypes_xsd_Attribute_Group_rw.tmp#rw AVTypes_xsd_Complex_Type_audioRoWIntLevelControlType.tmp#audioRoWIntLevelControlType_inputs AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup_ranges AVTypes_xsd_Element_Group_IntGroup.tmp#IntGroup
Used by
Model inputs , ranges
Children inputs, ranges
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:complexType name="audioRoWIntLevelControlType">
  <xsi:annotation>
    <xsi:documentation>Describes a read-only or read-write Integer Mixer Level Control with restricted ranges.</xsi:documentation>
    <xsi:documentation>Multiple range elements are supported, as well as a valueList element.</xsi:documentation>
    <xsi:documentation>min and max elements have a range [-2,147,483,648..2,147,483,647]</xsi:documentation>
    <xsi:documentation>res element has a range [1..2,147,483,647]</xsi:documentation>
  </xsi:annotation>
  <xsi:sequence>
    <xsi:element name="inputs">
      <xsi:annotation>
        <xsi:documentation>Groups the inputs together</xsi:documentation>
      </xsi:annotation>
      <xsi:complexType>
        <xsi:sequence>
          <xsi:element name="input" maxOccurs="unbounded">
            <xsi:annotation>
              <xsi:documentation>Shall be present for each input of the Mixer Unit.</xsi:documentation>
            </xsi:annotation>
            <xsi:complexType>
              <xsi:sequence>
                <xsi:element name="channels" type="audioMixerChannelsType" minOccurs="0">
                  <xsi:annotation>
                    <xsi:documentation>Indicates on which channel crossings a Mixer Level Control with specific characteristics is present.</xsi:documentation>
                    <xsi:documentation>May not be present for a particular input of the Mixer Unit.</xsi:documentation>
                    <xsi:documentation>Consider the following example: A single clannel Input Channel Configuration (FC) is mixed into both channels of a stereo Output Channel Configuration (FL and FR).</xsi:documentation>
                    <xsi:documentation>Then the channels element for that Input Pin looks like this (only element names are used, brackets are omitted):</xsi:documentation>
                    <xsi:documentation/>
                    <xsi:documentation>channels</xsi:documentation>
                    <xsi:documentation>FC</xsi:documentation>
                    <xsi:documentation>FL/</xsi:documentation>
                    <xsi:documentation>FR/</xsi:documentation>
                    <xsi:documentation>/FC</xsi:documentation>
                    <xsi:documentation>/channels</xsi:documentation>
                    <xsi:documentation/>
                    <xsi:documentation>Example2: A stereo Input Channel Configuration is mixed into a stereo Output Channel Configuration (FL into FL, FR into FR)</xsi:documentation>
                    <xsi:documentation>channels</xsi:documentation>
                    <xsi:documentation>FL</xsi:documentation>
                    <xsi:documentation>FL/</xsi:documentation>
                    <xsi:documentation>/FL</xsi:documentation>
                    <xsi:documentation>FR</xsi:documentation>
                    <xsi:documentation>FR/</xsi:documentation>
                    <xsi:documentation>/FR</xsi:documentation>
                    <xsi:documentation>/channels</xsi:documentation>
                  </xsi:annotation>
                </xsi:element>
              </xsi:sequence>
            </xsi:complexType>
          </xsi:element>
        </xsi:sequence>
      </xsi:complexType>
    </xsi:element>
    <xsi:group ref="IntGroup"/>
  </xsi:sequence>
  <xsi:attributeGroup ref="rw"/>
</xsi:complexType>
Schema location file:/Users/Geert/Documents/Data/PROJECTS/XML/AVSchema/AVTypes.xsd