Package noaa.coastwatch.io

Class NOAA1bReader.DataHeader

java.lang.Object
noaa.coastwatch.io.NOAA1bReader.DataHeader
Direct Known Subclasses:
NOAA1bV1Reader.DataHeaderV1, NOAA1bV2Reader.DataHeaderV2
Enclosing class:
NOAA1bReader
public abstract class NOAA1bReader.DataHeader extends Object
The data header class may be used to retrieve the header of the dataset.

  • Field Summary

    Fields
    Modifier and Type
    Field
    Description
    protected ByteBuffer
    data
    The header data.
    static final int
    DATA_GAPS
    The count of data gaps attribute (Integer).
    static final int
    DATA_RECORDS
    The number of data records attribute (Integer).
    static final int
    DATA_TYPE_CODE
    The data type code attribute (String).
    static final int
    DATASET_NAME
    The dataset name attribute (String).
    static final int
    END_DAY
    The dataset ending Julian day attribute: [1..366] (Integer).
    static final int
    END_MILLISECOND
    The dataset ending time in milliseconds attribute (Long).
    static final int
    END_YEAR
    The dataset ending year attribute (Integer).
    static final int
    SPACECRAFT_ID
    The spacecraft ID attribute (String).
    static final int
    START_DAY
    The dataset starting Julian day attribute: [1..366] (Integer).
    static final int
    START_MILLISECOND
    The dataset starting time in milliseconds attribute (Long).
    static final int
    START_YEAR
    The dataset starting year attribute (Integer).

  • Constructor Summary

    Constructors
    Constructor
    Description
    DataHeader()
    Creates a new dataset header.

  • Method Summary

    Modifier and Type
    Method
    Description
    abstract Object
    getAttribute(int index)
    Gets a header attribute.
    ByteBuffer
    getRawData()
    Gets the raw header data.

    Methods inherited from class java.lang.Object

    clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

  • Field Details

    • SPACECRAFT_ID

      public static final int SPACECRAFT_ID
      The spacecraft ID attribute (String).
      See Also:

    • DATA_TYPE_CODE

      public static final int DATA_TYPE_CODE
      The data type code attribute (String).
      See Also:

    • START_YEAR

      public static final int START_YEAR
      The dataset starting year attribute (Integer).
      See Also:

    • START_DAY

      public static final int START_DAY
      The dataset starting Julian day attribute: [1..366] (Integer).
      See Also:

    • START_MILLISECOND

      public static final int START_MILLISECOND
      The dataset starting time in milliseconds attribute (Long).
      See Also:

    • END_YEAR

      public static final int END_YEAR
      The dataset ending year attribute (Integer).
      See Also:

    • END_DAY

      public static final int END_DAY
      The dataset ending Julian day attribute: [1..366] (Integer).
      See Also:

    • END_MILLISECOND

      public static final int END_MILLISECOND
      The dataset ending time in milliseconds attribute (Long).
      See Also:

    • DATA_RECORDS

      public static final int DATA_RECORDS
      The number of data records attribute (Integer).
      See Also:

    • DATA_GAPS

      public static final int DATA_GAPS
      The count of data gaps attribute (Integer).
      See Also:

    • DATASET_NAME

      public static final int DATASET_NAME
      The dataset name attribute (String).
      See Also:

    • data

      protected ByteBuffer data
      The header data.

  • Constructor Details

    • DataHeader

      public DataHeader() throws IOException
      Creates a new dataset header.
      Throws:
      IOException - if an error occurred reading the file data.

  • Method Details

    • getRawData

      public ByteBuffer getRawData()
      Gets the raw header data.

    • getAttribute

      public abstract Object getAttribute(int index)
      Gets a header attribute.
      Parameters:
      index - the attribute index.
      Returns:
      the attribute as an object. Primitive types are wrapped in their corresponding objects.