Returns {
    binaryScaleFactor: number;
    decimalScaleFactor: number;
    Js: number;
    Ks: number;
    Ms: number;
    numberOfBits: number;
    P: number;
    precision: { code: number; description: string };
    referenceValue: number;
    Ts: number;
}

• description of how to decode simple unpacked data

• binaryScaleFactor: number

  Binary scale factor (E)

• decimalScaleFactor: number

  Decimal scale factor (D)

• Js: number

  Js ― pentagonal resolution parameter of the unpacked subset (see Note1)

• Ks: number

  Ks ― pentagonal resolution parameter of the unpacked subset (see Note1)

• Ms: number

  Ms ― pentagonal resolution parameter of the unpacked subset (see Note1)

• numberOfBits: number

  Number of bits used for each packed value for simple packing, or for each group reference value for complex packing or spatial differencing

• P: number

  P ― Laplacian scaling factor (expressed in 10^-6 units)

• precision: { code: number; description: string }

  Precision of the unpacked subset (see Code Table 5.7)

• referenceValue: number

  Reference value (R) (IEEE 32-bit floating-point value)

• Ts: number

  Ts ― total number of values in the unpacked subset (see Note1)