Value Members

1.  final def !=(arg0: Any): Boolean

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2.  final def ##: Int

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3.  final def ==(arg0: Any): Boolean

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4.  def CumulativeSeatedPlayerNamePadding(accumulative: Long): Int

   Calculate the padding value for the next mounted player character's name String.

   Calculate the padding value for the next mounted player character's name String. Due to the depth of seated player characters, the name field can have a variable amount of padding between the string size field and the first character. Specifically, the padding value is the number of bits after the size field that would cause the first character of the name to be aligned to the first bit of the next byte. The 35 counts the object class, unique identifier, and slot fields of the enclosing InternalSlot. The 23 counts all of the fields before the player's name field in CharacterAppearanceData.

   accumulative

   current entry stream offset (start of this player's entry)

   returns

   the padding value, 0-7 bits

   See also

   InternalSlot
CharacterAppearanceData.name
VehicleData.InitialStreamLengthToSeatEntries

5.  def CumulativeSeatedPlayerNamePadding(base: Long, next: Option[StreamBitSize]): Int

   Increment the distance to the next mounted player's name field with the length of the previous entry, then calculate the new padding value for that next entry's name field.

   Increment the distance to the next mounted player's name field with the length of the previous entry, then calculate the new padding value for that next entry's name field.

   base

   the original distance to the last entry

   next

   the length of the last entry, if one was parsed

   returns

   the padding value, 0-7 bits

6.  def InitialStreamLengthToSeatEntries(hasVelocity: Boolean, format: VehicleFormat): Long

   Distance from the length field of a vehicle creation packet up until the start of the vehicle's inventory data.

   Distance from the length field of a vehicle creation packet up until the start of the vehicle's inventory data. The only field excluded belongs to the original opcode for the packet. The parameters outline reasons why the length of the stream would be different and are used to determine the exact difference value.
   
   Note:
   198 includes the ObjectCreateMessage packet fields, without parent data, the VehicleData fields, and the first three fields of the InternalSlot.

   hasVelocity

   the presence of a velocity field - vel - in the PlacementData object for this vehicle

   format

   the subtype for this vehicle

   returns

   the length of the bitstream

   See also

   ObjectCreateMessage

7.  def PlayerData(basic_appearance: (Int) => CharacterAppearanceData, character_data: (Boolean, Boolean) => CharacterData, drawn_slot: Type, accumulative: Long): PlayerData

   Constructor for PlayerData that ignores the coordinate information and the inventory and performs a vehicle-unique calculation of the padding value.

   Constructor for PlayerData that ignores the coordinate information and the inventory and performs a vehicle-unique calculation of the padding value. It passes information between the three major divisions for the purposes of offset calculations. This constructor should be used for players that are mounted.

   basic_appearance

   a curried function for the common fields regarding the the character's appearance

   character_data

   a curried function for the class-specific data that explains about the character

   drawn_slot

   the holster that is initially drawn

   accumulative

   the input position for the stream up to which this entry; used to calculate the padding value for the player's name in CharacterAppearanceData

   returns

   a PlayerData object

8.  def PlayerData(basic_appearance: (Int) => CharacterAppearanceData, character_data: (Boolean, Boolean) => CharacterData, inventory: InventoryData, drawn_slot: Type, accumulative: Long): PlayerData

   Constructor that ignores the coordinate information and performs a vehicle-unique calculation of the padding value.

   Constructor that ignores the coordinate information and performs a vehicle-unique calculation of the padding value. It passes information between the three major divisions for the purposes of offset calculations. This constructor should be used for players that are mounted.

   basic_appearance

   a curried function for the common fields regarding the the character's appearance

   character_data

   a curried function for the class-specific data that explains about the character

   inventory

   the player's inventory

   drawn_slot

   the holster that is initially drawn

   accumulative

   the input position for the stream up to which this entry; used to calculate the padding value for the player's name in CharacterAppearanceData

   returns

   a PlayerData object

9.  final def asInstanceOf[T0]: T0

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10.  def clone(): AnyRef

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    protected[lang]

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    @throws(classOf[java.lang.CloneNotSupportedException]) @native()

11.  def custom_inventory_codec(length: Long): Codec[InventoryData]

    A special method of handling mounted players within the same inventory space as normal Equipment can be encountered before restoring normal inventory operations.
    
    Due to variable-length fields within PlayerData extracted from the input, the distance of the bit(stream) vector to the initial inventory entry is calculated to produce the initial value for padding the PlayerData object's name field.

    A special method of handling mounted players within the same inventory space as normal Equipment can be encountered before restoring normal inventory operations.
    
    Due to variable-length fields within PlayerData extracted from the input, the distance of the bit(stream) vector to the initial inventory entry is calculated to produce the initial value for padding the PlayerData object's name field. After player-related entries have been extracted and processed in isolation, the remainder of the inventory must be handled as standard inventory and finally both groups must be repackaged into a single standard InventoryData object. Due to the unique value for the mounted players that must be updated for each entry processed, the entries are temporarily formatted into a linked list before being put back into a normal List.
    
    6 June 2018:
    Due to curious behavior in the vehicle mount access controls, please only encode and decode the driver mount even though all seats are currently reachable.

    length

    the distance in bits to the first inventory entry

    returns

    a Codec that translates InventoryData

12.  def custom_inventory_codec(hasVelocity: Boolean, format: VehicleFormat): Codec[InventoryData]

    A special method of handling mounted players within the same inventory space as normal Equipment can be encountered before restoring normal inventory operations.

    A special method of handling mounted players within the same inventory space as normal Equipment can be encountered before restoring normal inventory operations.

    hasVelocity

    the presence of a velocity field - vel - in the PlacementData object for this vehicle

    format

    the subtype for this vehicle

    returns

    a Codec that translates InventoryData

    See also

    custom_inventory_codec(Long)

    InitialStreamLengthToSeatEntries(Boolean, VehicleFormat)

13.  final def eq(arg0: AnyRef): Boolean

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14.  def equals(arg0: AnyRef): Boolean

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15.  def finalize(): Unit

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16.  final def getClass(): Class[_ <: AnyRef]

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    @native()

17.  def hashCode(): Int

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18.  final def isInstanceOf[T0]: Boolean

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19.  final def ne(arg0: AnyRef): Boolean

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20.  final def notify(): Unit

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21.  final def notifyAll(): Unit

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22.  final def synchronized[T0](arg0: => T0): T0

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23.  def toString(): String

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24.  final def wait(): Unit

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    @throws(classOf[java.lang.InterruptedException])

25.  final def wait(arg0: Long, arg1: Int): Unit

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    @throws(classOf[java.lang.InterruptedException])

26.  final def wait(arg0: Long): Unit

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    @throws(classOf[java.lang.InterruptedException]) @native()