Homing pursuit.xml

Page auto-generated from XML file.

---

Failure

The generated TethysL source could not be parsed, likely due to source XML not being well-formed.

Below is the compile error at the TethysL level, as well as the source XML.

The TethysL file name shown below does not necessarily indicate the file exists, but hints about the actual corresponding .xml file.

Syntax error:
    --> lrauv-application/Missions/Engineering/Homing_pursuit.xml:235:5
     | 
 231 |     on to the next aggregate.
 232 |     """
 233 |     run in sequence
 234 |     break if ( Sensor:DAT.range < MinRange )
 235 |     timeout duration=ClosePursuitTimeout
     |     ^^^^^^^
 236 |     assign in parallel Sensor:DAT.onewayRequestedCmd = 1 bool
 237 |     readData strategy="MinError" {
 238 | 
 239 |       Sensor:SCPI.sampleSCPI
     | 
Unexpected: `timeout`
Possible items include (total 13):
  aggregate
  assign
  behavior
  call
  [...5 more...]
  touch
  macro
  preemptive
  }

Generated TethysL

mission homing_pursuit {
  # Define mission arguments

  arguments {
    Speed = 1 meter_per_second


    MassDefault = Control:VerticalControl.massDefault


    BuoyancyNeutral = Control:VerticalControl.buoyancyNeutral


    MinRange = 4 meter
      """
      Minimum range to continue to update heading being driven.
      """

    OnewayRange = 65.0 meter
      """
      Minimum range to continue to update heading being driven. Max is 120
      meters due to maximum sample output from modem in oneway mode.
      """

    TimeoutDuration = 40 minute
      """
      Maximum length of mission
      """

    PowerOnDATTimeoutDuration = 1 minute
      """
      Wait this long after turning on DAT before starting any behaviors that
      require DAT output.
      """

    ClosePursuitTimeout = 180 second
      """
      Run in OneWayMode for this long.
      """

    RolloutTimeout = 3 minute
      """
      Drive on your last heading for this long after approaching within
      minimum range.
      """

    HomingDepth = 7 meter
      """
      Depth for homing.
      """

    MaxDepth = 45 meter
      """
      Maximum depth for the entire mission.
      """

    EnabledNeilBrown = customUri "Config/Science.CTD_NeilBrown_enable"
      """
      Set either this or PeakDetectChlActive to True in order to sample from
      the Neil Brown CTD.
      """

  }

  # TODO any other science sensors that should be active?

  # Begin the mission.

  timeout duration=TimeoutDuration
  # Safety nets and surfacing behaviors

  behavior Guidance:AltitudeEnvelope  {

    run in parallel


    set Guidance:AltitudeEnvelope.minAltitude = 7 meter

  }


  behavior Guidance:DepthEnvelope  {

    run in parallel


    set Guidance:DepthEnvelope.minDepth = 0 meter

    set Guidance:DepthEnvelope.maxDepth = MaxDepth

  }


  behavior Guidance:OffshoreEnvelope  {

    run in parallel


    set Guidance:OffshoreEnvelope.minOffshore = 1.0 kilometer

  }


  insert Insert/Surface.xml id="SurfaceComms"

  # Set default mass and pump positions

  behavior Guidance:Pitch  {

    run in parallel


    set Guidance:Pitch.massPosition = MassDefault

  }


  behavior Guidance:Buoyancy  {

    run in parallel


    set Guidance:Buoyancy.position = BuoyancyNeutral

  }


  # Request desired engineering data

  readData strategy="MinError" {

    Universal:height_above_sea_floor

  }
  readData strategy="AllDevices" {

    Universal:platform_orientation

  }
  readData  {

    Sensor:DAT.range

  }
  # Start actual engineering mission sequence.

  aggregate PowerOnDAT {
    """
    Give the DAT some time to start up before you ask for ranges from
    it.
    """
    run in sequence
    assign in parallel Sensor:DAT.onewayRequestedCmd = 0 bool
    behavior Guidance:Pitch  {

      run in parallel


      set Guidance:Pitch.depth = HomingDepth

    }


    behavior Guidance:Wait  {

      run in sequence


      set Guidance:Wait.duration = PowerOnDATTimeoutDuration

    }


  }

  aggregate InitialPursuit {
    """
    Move toward the target using normal two-way queries. (These will
    also provide the heading of the compass attached to the acoustic
    modem.) Update the commanded heading with
    *Universal:homing_target_azimuth* each cycle. Continue until you
    approach within *OnewayRange*, then move on to the next aggregate.
    """
    run in sequence
    break if ( Sensor:DAT.range < OnewayRange )
    # <Timeout Duration="InitialPursuitTimeout"/>

    behavior Guidance:SetSpeed  {

      run in parallel


      set Guidance:SetSpeed.speed = Speed

    }


    behavior Guidance:Pitch  {

      run in parallel


      set Guidance:Pitch.depth = HomingDepth

    }


    aggregate HeadingPursuit {
      run while ( Sensor:DAT.range > MinRange
      )
      behavior Guidance:Point  {

        run in parallel


        set Guidance:Point.heading = Sensor:DAT.azimuth_vehicleFrame

      }


    }

  }

  aggregate ClosePursuit {
    """
    Move toward the target using fast one-way queries. (These will *NOT*
    provide the heading of the compass attached to the acoustic modem.)
    Update the commanded heading with *Universal:homing_target_azimuth*
    each cycle. Continue until you approach within *MinRange*, then move
    on to the next aggregate.
    """
    run in sequence
    break if ( Sensor:DAT.range < MinRange )
    timeout duration=ClosePursuitTimeout
    assign in parallel Sensor:DAT.onewayRequestedCmd = 1 bool
    readData strategy="MinError" {

      Sensor:SCPI.sampleSCPI

    }
    behavior Guidance:SetSpeed  {

      run in parallel


      set Guidance:SetSpeed.speed = Speed

    }


    behavior Guidance:Pitch  {

      run in parallel


      set Guidance:Pitch.depth = HomingDepth

    }


    aggregate HeadingOneWay {
      run while ( Sensor:DAT.range > MinRange
      )
      behavior Guidance:Point  {

        run in parallel


        set Guidance:Point.heading = Sensor:DAT.azimuth_vehicleFrame

      }


    }

  }

  aggregate Rollout {
    """
    Move away from the target at the last commanded heading until
    *RolloutTimeout* has passed. (DAT should still be reporting. Target
    acoustic modem may still be in Oneway mode.)
    """
    run in sequence
    timeout duration=RolloutTimeout
    readData  {

      Sensor:DAT.range

    }
    behavior Guidance:SetSpeed  {

      run in parallel


      set Guidance:SetSpeed.speed = Speed

    }


    behavior Guidance:Pitch  {

      run in parallel


      set Guidance:Pitch.depth = HomingDepth

    }


  }

  call id="PhoneHome" refId="SurfaceComms"
}

Source XML

<?xml version="1.0" encoding="UTF-8"?>
<Mission xmlns="Tethys"
       xmlns:Control="Tethys/Control"
       xmlns:Guidance="Tethys/Guidance" 
       xmlns:Sensor="Tethys/Sensor"
       xmlns:Units="Tethys/Units"
       xmlns:Universal="Tethys/Universal"
       xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
       xsi:schemaLocation="Tethys http://okeanids.mbari.org/tethys/Xml/Tethys.xsd
                           Tethys/Control http://okeanids.mbari.org/tethys/Xml/Control.xsd
                           Tethys/Guidance http://okeanids.mbari.org/tethys/Xml/Guidance.xsd
                           Tethys/Sensor http://okeanids.mbari.org/tethys/Xml/Sensor.xsd
                           Tethys/Units http://okeanids.mbari.org/tethys/Xml/Units.xsd
                           Tethys/Universal http://okeanids.mbari.org/tethys/Xml/Universal.xsd"
       Id="homing_pursuit">

<!-- Define mission arguments -->

    <DefineArg Name="Speed"><Units:meter_per_second/><Value>1</Value></DefineArg>

    <DefineArg Name="MassDefault"><Control:VerticalControl.massDefault/></DefineArg>

    <DefineArg Name="BuoyancyNeutral"><Control:VerticalControl.buoyancyNeutral/></DefineArg>

    <DefineArg Name="MinRange"><Description>
        Minimum range to continue to update heading being driven.
    </Description><Units:meter/><Value>4</Value></DefineArg>

    <DefineArg Name="OnewayRange"><Description>
        Minimum range to continue to update heading being driven. Max is 120
        meters due to maximum sample output from modem in oneway mode.
    </Description><Units:meter/><Value>65.0</Value></DefineArg>

    <DefineArg Name="TimeoutDuration"><Description>
        Maximum length of mission
    </Description><Units:minute/><Value>40</Value></DefineArg>

    <DefineArg Name="PowerOnDATTimeoutDuration"><Description>
        Wait this long after turning on DAT before starting any behaviors that
        require DAT output.
    </Description><Units:minute/><Value>1</Value></DefineArg>

    <DefineArg Name="ClosePursuitTimeout"><Description>
        Run in OneWayMode for this long.
    </Description><Units:second/><Value>180</Value></DefineArg>

    <DefineArg Name="RolloutTimeout"><Description>
        Drive on your last heading for this long after approaching within
        minimum range.
    </Description><Units:minute/><Value>3</Value></DefineArg>

    <DefineArg Name="HomingDepth"><Description>
        Depth for homing.
    </Description><Units:meter/><Value>7</Value></DefineArg>

    <DefineArg Name="MaxDepth"><Description>
        Maximum depth for the entire mission.
    </Description><Units:meter/><Value>45</Value></DefineArg>

    <DefineArg Name="EnabledNeilBrown"><Description>
        Set either this or PeakDetectChlActive to True in order to sample from
        the Neil Brown CTD.
    </Description><CustomUri Uri="Config/Science.CTD_NeilBrown_enable"/></DefineArg>

<!-- TODO any other science sensors that should be active? -->

<!-- Begin the mission. -->

    <Timeout Duration="TimeoutDuration"/>

<!-- Safety nets and surfacing behaviors -->

    <Guidance:AltitudeEnvelope>
        <Parallel/>
        <Setting><Guidance:AltitudeEnvelope.minAltitude/><Units:meter/><Value>7</Value></Setting>
    </Guidance:AltitudeEnvelope>

    <Guidance:DepthEnvelope>
        <Parallel/>
        <Setting><Guidance:DepthEnvelope.minDepth/><Units:meter/><Value>0</Value></Setting>
        <Setting><Guidance:DepthEnvelope.maxDepth/><Arg Name="MaxDepth"/></Setting>
    </Guidance:DepthEnvelope>

    <Guidance:OffshoreEnvelope>
        <Parallel/>
        <Setting><Guidance:OffshoreEnvelope.minOffshore/><Units:kilometer/><Value>1.0</Value></Setting>
    </Guidance:OffshoreEnvelope>

    <Insert Filename="Insert/Surface.xml" Id="SurfaceComms" />

<!-- Set default mass and pump positions -->

    <Guidance:Pitch>
        <Parallel/>
        <Setting><Guidance:Pitch.massPosition/><Arg Name="MassDefault"/></Setting>
    </Guidance:Pitch>

    <Guidance:Buoyancy>
        <Parallel/>
        <Setting><Guidance:Buoyancy.position /><Arg Name="BuoyancyNeutral"/></Setting>
    </Guidance:Buoyancy>

<!-- Request desired engineering data -->

    <ReadData Strategy="MinError">
        <Universal:height_above_sea_floor/>
    </ReadData>

    <ReadData Strategy="AllDevices">
        <Universal:platform_orientation/>
    </ReadData>

    <ReadData>
        <Sensor:DAT.range/>
    </ReadData>

<!-- Start actual engineering mission sequence. -->

    <Aggregate Id="PowerOnDAT">

        <Description>
            Give the DAT some time to start up before you ask for ranges from
            it.
        </Description>

        <Sequence/>

        <Assign><Parallel/><Sensor:DAT.onewayRequestedCmd/><Units:bool/><Value>0</Value></Assign>

        <Guidance:Pitch>
            <Parallel/>
            <Setting><Guidance:Pitch.depth/><Arg Name="HomingDepth"/></Setting>
        </Guidance:Pitch>

        <Guidance:Wait>
            <Sequence/>
            <Setting><Guidance:Wait.duration /><Arg Name="PowerOnDATTimeoutDuration"/></Setting>
        </Guidance:Wait>

    </Aggregate>

    <Aggregate Id="InitialPursuit">

        <Description>
            Move toward the target using normal two-way queries. (These will
            also provide the heading of the compass attached to the acoustic
            modem.) Update the commanded heading with
            *Universal:homing_target_azimuth* each cycle. Continue until you
            approach within *OnewayRange*, then move on to the next aggregate.
        </Description>

        <Sequence/>

        <Break>
            <Sensor:DAT.range/>
            <Lt><Arg Name="OnewayRange"/></Lt>
        </Break>

<!-- <Timeout Duration="InitialPursuitTimeout"/>-->

        <Guidance:SetSpeed>
            <Parallel/>
            <Setting><Guidance:SetSpeed.speed/><Arg Name="Speed"/></Setting>
        </Guidance:SetSpeed>

        <Guidance:Pitch>
            <Parallel/>
            <Setting><Guidance:Pitch.depth/><Arg Name="HomingDepth"/></Setting>
        </Guidance:Pitch>

        <Aggregate Id="HeadingPursuit">

            <While>
                <Sensor:DAT.range/>
                <Gt><Arg Name="MinRange"/></Gt>
            </While>

            <Guidance:Point>
                <Parallel/>
                <Setting><Guidance:Point.heading /><Sensor:DAT.azimuth_vehicleFrame/></Setting>
            </Guidance:Point>

        </Aggregate>

    </Aggregate>

    <Aggregate Id="ClosePursuit">

        <Description>
            Move toward the target using fast one-way queries. (These will *NOT*
            provide the heading of the compass attached to the acoustic modem.)
            Update the commanded heading with *Universal:homing_target_azimuth*
            each cycle. Continue until you approach within *MinRange*, then move
            on to the next aggregate.
        </Description>

        <Sequence/>

        <Break>
            <Sensor:DAT.range/>
            <Lt><Arg Name="MinRange"/></Lt>
        </Break>

        <Timeout Duration="ClosePursuitTimeout"/>

        <Assign><Parallel/><Sensor:DAT.onewayRequestedCmd/><Units:bool/><Value>1</Value></Assign>

        <ReadData Strategy="MinError">
            <Sensor:SCPI.sampleSCPI/>
        </ReadData>

        <Guidance:SetSpeed>
            <Parallel/>
            <Setting><Guidance:SetSpeed.speed/><Arg Name="Speed"/></Setting>
        </Guidance:SetSpeed>

        <Guidance:Pitch>
            <Parallel/>
            <Setting><Guidance:Pitch.depth/><Arg Name="HomingDepth"/></Setting>
        </Guidance:Pitch>

        <Aggregate Id="HeadingOneWay">

            <While>
                <Sensor:DAT.range/>
                <Gt><Arg Name="MinRange"/></Gt>
            </While>

            <Guidance:Point>
                <Parallel/>
                <Setting><Guidance:Point.heading /><Sensor:DAT.azimuth_vehicleFrame/></Setting>
            </Guidance:Point>

        </Aggregate>

    </Aggregate>

    <Aggregate Id="Rollout">

        <Description>
            Move away from the target at the last commanded heading until
            *RolloutTimeout* has passed. (DAT should still be reporting. Target
            acoustic modem may still be in Oneway mode.)
        </Description>

        <Sequence/>

        <Timeout Duration="RolloutTimeout"/>

        <ReadData>
            <Sensor:DAT.range/>
        </ReadData>

        <Guidance:SetSpeed>
            <Parallel/>
            <Setting><Guidance:SetSpeed.speed/><Arg Name="Speed"/></Setting>
        </Guidance:SetSpeed>

        <Guidance:Pitch>
            <Parallel/>
            <Setting><Guidance:Pitch.depth/><Arg Name="HomingDepth"/></Setting>
        </Guidance:Pitch>

    </Aggregate>

    <Call Id="PhoneHome" RefId="SurfaceComms"/>

</Mission>