Class Chart3DBarShapeRecord

  • All Implemented Interfaces:
    Duplicatable, GenericRecord

    public final class Chart3DBarShapeRecord
    extends StandardRecord
    The Chart3DShape record is used to define the shape of bars in a bar/column chart.
    Author:
    henrichen@zkoss.org
    • Constructor Detail

      • Chart3DBarShapeRecord

        public Chart3DBarShapeRecord()
    • Method Detail

      • serialize

        public void serialize​(LittleEndianOutput out)
        Description copied from class: StandardRecord
        Write the data content of this BIFF record. The 'ushort sid' and 'ushort size' header fields have already been written by the superclass.

        The number of bytes written must equal the record size reported by RecordBase.getRecordSize()} minus four ( record header consisting of a 'ushort sid' and 'ushort reclength' has already been written by their superclass).

        Specified by:
        serialize in class StandardRecord
        Parameters:
        out - the output object
      • getSid

        public short getSid()
        Description copied from class: Record
        return the non static version of the id for this record.
        Specified by:
        getSid in class Record
        Returns:
        he id for this record
      • getRiser

        public short getRiser()
        Get the shape of the base data point in bar or column chart (0: rectangle; 1: ellipse).
      • setRiser

        public void setRiser​(short field_1_riser)
        Set the shape of the base data point in a bar or column chart (0: rectangle; 1: ellipse).
      • getTaper

        public short getTaper()
        Get the shape of the tip data point in a bar or column chart (0: same shape as the base; 1: taper to the maximum value of EACH data point; 2: taper to the projected maximum value of ALL data point but clipped at the value of EACH data point).
      • setTaper

        public void setTaper​(short field_2_taper)
        Set the shape of the tip data point in a bar or column chart (0: same shape as the base; 1: taper to the maximum value of EACH data point; 2: taper to the projected maximum value of ALL data point but clipped at the value of EACH data point).