addLand
Description
addLand(___, sets
          additional options specified by one or more name-value arguments in addition to all input
          arguments from the previous. For example,
            Name=Value)addLand(mission,waypoint,Frame="LocalNED") adds a landing mission
          item with the position specified in the local north-east-down (NED) reference
          frame.
Examples
Create a UAV mission object with a home location at the origin of the local ENU coordinate frame and an initial speed of 5 meters per second.
m = uavMission(Frame="LocalENU",HomeLocation=[0 0 0],Speed=5)m = 
  uavMission with properties:
       HomeLocation: [0 0 0]
         InitialYaw: 0
              Frame: "LocalENU"
              Speed: 5
    NumMissionItems: 0
Add a takeoff mission item to the mission with an altitude of 25 meters, pitch of 15 degrees, and yaw of 0 degrees.
addTakeoff(m,20,Pitch=15,Yaw=0);
Add two waypoint mission items to the mission. Between the two waypoints, increase the speed of the UAV to 20 meters per second. After the second waypoint, reduce the speed of the UAV back to 5 meters per second.
addWaypoint(m,[10 0 30]); addChangeSpeed(m,20) addWaypoint(m,[20 0 40]); addChangeSpeed(m,5) addWaypoint(m,[30 0 50])
Add loiter and hover mission items to the mission, specifying for the UAV to loiter and hover around the second waypoint at a radius of 50 meters for 20 seconds each.
addLoiter(m,[40 0 60],10,20); addHover(m,[50 0 70],10,20);
Add a landing mission item to the mission to land the UAV.
addLand(m,[70 0 0],Yaw=0);
Show the mission item data table.
showdetails(m)
ans=9×17 table
    Idx    Timestamp     MissionType     ParameterName1    ParameterValue1    ParameterName2    ParameterValue2    ParameterName3    ParameterValue3    ParameterName4    ParameterValue4      ParameterName5      ParameterValue5    ParameterName6    ParameterValue6    ParameterName7    ParameterValue7
    ___    _________    _____________    ______________    _______________    ______________    _______________    ______________    _______________    ______________    _______________    __________________    _______________    ______________    _______________    ______________    _______________
     1        NaN       "Takeoff"          "Altitude"            20              "Pitch"               15              "Yaw"                 0             ""                   NaN          ""                          NaN                ""                NaN                ""                NaN      
     2        NaN       "Waypoint"         "X"                   10              "Y"                    0              "Z"                  30             "Yaw"                NaN          "AcceptanceRadius"          NaN                ""                NaN                ""                NaN      
     3        NaN       "ChangeSpeed"      "Speed"               20              ""                   NaN              ""                  NaN             ""                   NaN          ""                          NaN                ""                NaN                ""                NaN      
     4        NaN       "Waypoint"         "X"                   20              "Y"                    0              "Z"                  40             "Yaw"                NaN          "AcceptanceRadius"          NaN                ""                NaN                ""                NaN      
     5        NaN       "ChangeSpeed"      "Speed"                5              ""                   NaN              ""                  NaN             ""                   NaN          ""                          NaN                ""                NaN                ""                NaN      
     6        NaN       "Waypoint"         "X"                   30              "Y"                    0              "Z"                  50             "Yaw"                NaN          "AcceptanceRadius"          NaN                ""                NaN                ""                NaN      
     7        NaN       "Loiter"           "X"                   40              "Y"                    0              "Z"                  60             "Radius"              10          "Duration"                   20                ""                NaN                ""                NaN      
     8        NaN       "Hover"            "X"                   50              "Y"                    0              "Z"                  70             "Radius"              10          "Duration"                   20                ""                NaN                ""                NaN      
     9        NaN       "Land"             "X"                   70              "Y"                    0              "Z"                   0             "Yaw"                  0          ""                          NaN                ""                NaN                ""                NaN      
Remove the hover action at index 7, and then add another waypoint at index 8 after the hover item moves to index 7. Show the mission details table again to see the changes.
removeItem(m,7); addWaypoint(m,[65 0 70],InsertAtRow=8); showdetails(m)
ans=9×17 table
    Idx    Timestamp     MissionType     ParameterName1    ParameterValue1    ParameterName2    ParameterValue2    ParameterName3    ParameterValue3    ParameterName4    ParameterValue4      ParameterName5      ParameterValue5    ParameterName6    ParameterValue6    ParameterName7    ParameterValue7
    ___    _________    _____________    ______________    _______________    ______________    _______________    ______________    _______________    ______________    _______________    __________________    _______________    ______________    _______________    ______________    _______________
     1        NaN       "Takeoff"          "Altitude"            20              "Pitch"               15              "Yaw"                 0             ""                   NaN          ""                          NaN                ""                NaN                ""                NaN      
     2        NaN       "Waypoint"         "X"                   10              "Y"                    0              "Z"                  30             "Yaw"                NaN          "AcceptanceRadius"          NaN                ""                NaN                ""                NaN      
     3        NaN       "ChangeSpeed"      "Speed"               20              ""                   NaN              ""                  NaN             ""                   NaN          ""                          NaN                ""                NaN                ""                NaN      
     4        NaN       "Waypoint"         "X"                   20              "Y"                    0              "Z"                  40             "Yaw"                NaN          "AcceptanceRadius"          NaN                ""                NaN                ""                NaN      
     5        NaN       "ChangeSpeed"      "Speed"                5              ""                   NaN              ""                  NaN             ""                   NaN          ""                          NaN                ""                NaN                ""                NaN      
     6        NaN       "Waypoint"         "X"                   30              "Y"                    0              "Z"                  50             "Yaw"                NaN          "AcceptanceRadius"          NaN                ""                NaN                ""                NaN      
     7        NaN       "Hover"            "X"                   50              "Y"                    0              "Z"                  70             "Radius"              10          "Duration"                   20                ""                NaN                ""                NaN      
     8        NaN       "Waypoint"         "X"                   65              "Y"                    0              "Z"                  70             "Yaw"                NaN          "AcceptanceRadius"          NaN                ""                NaN                ""                NaN      
     9        NaN       "Land"             "X"                   70              "Y"                    0              "Z"                   0             "Yaw"                  0          ""                          NaN                ""                NaN                ""                NaN      
Visualize the mission.
show(m);
axis equal
Input Arguments
UAV mission, specified as a uavMission
            object.
Landing location, specified as a three-element row vector. The form of the vector
            depends on the reference frame, as specified by either the uavMission
            object mission or the Frame argument: 
- "Global"— [latitude longitude altitude]
- "GlobalRelativeAlt"— [latitude longitude relativeAltitude]. relativeAltitude is the altitude relative to the home location specified by- mission.
- "LocalENU"— [X Y Z]
- "LocalNED"— [X Y Z]
Specify latitude and longitude in degrees, and altitude or relative altitude in meters. Local coordinates are in meters.
Example: [0 2 20]
Name-Value Arguments
Specify optional pairs of arguments as
      Name1=Value1,...,NameN=ValueN, where Name is
      the argument name and Value is the corresponding value.
      Name-value arguments must appear after other arguments, but the order of the
      pairs does not matter.
    
Example: addLand(mission,[42 70
        10],Yaw=15,Frame="LocalNED")
Desired yaw, specified as a numeric scalar, in degrees.
Mission waypoint reference frame, specified as one of these values:
- "Global"— Global reference frame
- "GlobalRelativeAlt"— Global reference frame with an altitude relative to the home location specified by- mission
- "LocalENU"— Local east-north-up (ENU) reference frame
- "LocalNED"— Local north-east-down (NED) reference frame
If you do not specify the Frame argument, addLand uses the
            reference frame of the uavMission object
            mission.
Data Types: char | string
Timestamp of this item, specified as a numeric scalar, in seconds.
If you do not specify the Timestamp argument,
                addLand determines the timestamp automatically based on the
            reference speed of the uavMission object.
Item position in the mission order, specified as an positive integer.
If you do not specify the Timestamp argument or you specify a
            value that is greater than the total number of items in the mission, the item is
            inserted after the last item as the next index value.
Version History
Introduced in R2022b
See Also
Objects
Functions
- addChangeSpeed|- addHover|- addLoiter|- addTakeoff|- addWaypoint|- removeItem|- show|- showdetails
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