public D1BDHeader(object commonInfoFor1BD, object qualityCheckInfoFor1BD,
object scaleInfoFor1BD, object radiantionConvertArgsInfoFor1BD,
object geographEnvelopeInfoFor1BD,
object simluateRemoteMeasureMeasureInfoFor1BD,
object nomalHeaderInfo, bool isBigEndian)
{
_commonInfoFor1BD = (CommonInfoFor1BD)commonInfoFor1BD;
_qualityCheckInfoFor1BD = (QualityCheckInfoFor1BD)qualityCheckInfoFor1BD;
_sacleInfoFor1BD = (ScaleInfoFor1BD)scaleInfoFor1BD;
_radiantionConvertArgsInfoFor1BD = (RadiantionConvertArgsInfoFor1BD)radiantionConvertArgsInfoFor1BD;
_geographLocationInfoFor1BD = (GeographLocationInfoFor1BD)geographEnvelopeInfoFor1BD;
_simluateRemoteMeasureInfoFor1BD = (SimluateRemoteMeasureInfoFor1BD)simluateRemoteMeasureMeasureInfoFor1BD;
_nomalHeaderInfo = (NomalHeaderInfo)nomalHeaderInfo;
_isBigEndian = isBigEndian;
}
public override object Create(Stream fileStream, BinaryReader binaryReader, int offset, int endOffset)
{
GeographLocationInfoFor1BD gInfo = new GeographLocationInfoFor1BD();
fileStream.Seek(offset - 1, SeekOrigin.Begin);
gInfo.ReferenceEllipse = ToLocalEndian_Core.ReadString(binaryReader.ReadChars(8));
if (_isBigEndian)
{
gInfo.EarthLocationGap = ToLocalEndian_Core.ToUInt16FromBig(binaryReader.ReadBytes(2)) / 10f;
}
else
{
gInfo.EarthLocationGap = ToLocalEndian_Core.ToUInt16FromLittle(binaryReader.ReadBytes(2)) / 10f;
}
base.Create(fileStream, binaryReader, offset, endOffset);
return(gInfo);
}
