public void Read(BinaryReaderWriter br, UInt16 recordlen)
{
if (recordlen >= 0x3C)
{
SpecType = br.ReadByte();
No = br.ReadByte();
PointsHoriz = br.Read4Int();
PointsVert = br.Read4Int();
LastRowHeight = br.Read4Int();
LastColWidth = br.Read4Int();
Unknown12 = br.Read2AsShort();
MaxIdxHoriz = br.Read4Int();
MaxIdxVert = br.Read4Int();
Structure = br.Read2AsShort();
short tmp = br.Read2AsShort(); // SubtileTableitemSize: ergibt sich schon aus Structure
PtrSubtileTable = br.Read4UInt();
PtrHeightdata = br.Read4UInt();
west = br.Read4Int();
north = br.Read4Int();
pointDistanceVert = br.Read4Int();
pointDistanceHoriz = br.Read4Int();
MinHeight = br.Read2AsShort();
MaxHeight = br.Read2AsUShort();
}
}
/// <summary>
/// liest die Blockdaten ein
/// </summary>
/// <param name="br"></param>
public void ReadData(BinaryReaderWriter br)
{
Mapnumber = br.Read4UInt();
ParentMapnumber = br.Read4UInt();
north = br.Read4Int();
east = br.Read4Int();
south = br.Read4Int();
west = br.Read4Int();
Description = br.ReadString();
}
public override void ReadHeader(BinaryReaderWriter br)
{
base.ReadCommonHeader(br, Type);
Nod1Nodes.Read(br);
Flags = br.Read2AsUShort();
br.ReadBytes(Unknown_0x1F);
Align = br.ReadByte();
Mult1 = br.ReadByte();
TableARecordLen = br.Read2AsUShort();
Nod2RoadData.Read(br);
br.ReadBytes(Unknown_0x2D);
Nod3BoundaryNodes.Read(br);
br.ReadBytes(Unknown_0x3B);
if (Headerlength > 0x3F)
{
Nod4HighClassBoundary.Read(br); // 0x3F, 8Byte
for (int i = 0; i < ClassBoundaries.Length; i++) // 0x47, 5*4 Bytes
{
ClassBoundaries[i] = br.Read4Int();
if (i > 0)
{
ClassBoundaries[i] += ClassBoundaries[i - 1];
}
}
br.ReadBytes(Unknown_0x5B);
Nod5.Read(br);
br.ReadBytes(Unknown_0x6F);
Nod6.Read(br);
br.ReadBytes(Unknown_0x7B);
}
}
