public SerializedBundle(byte[] _data)
{
byte32 = new Byte32();
bytesVec2 = new ByteVector2();
bytesVec3 = new ByteVector3();
SerializedData = _data;
BufIdx = 0;
var totalLen = byte32.ReadInt(SerializedData, ref BufIdx);
var version = byte32.ReadInt(SerializedData, ref BufIdx);
var vertexCount = byte32.ReadInt(SerializedData, ref BufIdx);
Vertices = DeserializeVectors(vertexCount);
var triangleCount = byte32.ReadInt(SerializedData, ref BufIdx);
Triangles = DeserializeTris(triangleCount);
var hullSitesCount = byte32.ReadInt(SerializedData, ref BufIdx);
HullSites = DeserializeHullSites(hullSitesCount);
var siteCornerCount = byte32.ReadInt(SerializedData, ref BufIdx);
SiteCorners = DeserializeSiteCorners(siteCornerCount);
var siteNeighborsCount = byte32.ReadInt(SerializedData, ref BufIdx);
SiteNeighbors = DeserializeSiteNeighbors(siteNeighborsCount);
var sitePositionsCount = byte32.ReadInt(SerializedData, ref BufIdx);
SitePositions = DeserializeSitePositions(sitePositionsCount);
var sitesHavingCornerCount = byte32.ReadInt(SerializedData, ref BufIdx);
SitesHavingCorner = DeserializeSitesHavingCorner(sitesHavingCornerCount);
}
public UserByteVector3Property(string name, ByteVector3 value) : base(UserPropertyValueType.ByteVector3, name) => Value = value;
public SerializedBundle(TerraMesh _tm)
{
Version = CUR_VERSION;
//Vector3 -- 12 bytes
Vertices = _tm.Vertices; //TODO Broken
//int - 4 bytes
Triangles = _tm.Triangles;
//int - 4 bytes
HullSites = _tm.HullSites;
//3 ints - 12 bytes
SiteCorners = _tm.SiteCorners;
//3 ints - 12 bytes
SiteNeighbors = _tm.SiteNeighbors;
//Vector3 -- 12 bytes
//SitePositions = _tm.SitePositions; //TODO BROKEN
//Variable -- need to track length for each set
SitesHavingCorner = _tm.SitesHavingCorner;
var totalSetCount = 0;
for (var cornerIdx = 0; cornerIdx < SitesHavingCorner.Length; ++cornerIdx)
{
totalSetCount += _tm.SitesHavingCorner[cornerIdx].Count;
}
var dataLen = sizeof(int); //Total size header
dataLen += sizeof(int); // Version
dataLen += sizeof(int); // Vertex count header
dataLen += Vertices.Length * sizeof(float) * 2; // Vector2
dataLen += sizeof(int); // Triangle count header
dataLen += Triangles.Length * sizeof(int); //int
dataLen += sizeof(int); // HullSites count header
dataLen += HullSites.Length * sizeof(int); //int
dataLen += sizeof(int); // SiteCorners count header
dataLen += SiteCorners.Length * sizeof(int) * 3; //int * 3
dataLen += sizeof(int); // SiteNeighbors count header
dataLen += SiteNeighbors.Length * sizeof(int) * 3; // int * 3
dataLen += sizeof(int); // SitePositions count header
dataLen += SitePositions.Length * sizeof(float) * 3; // Vector3
dataLen += sizeof(int); // Site having corner set count
dataLen += SitesHavingCorner.Length * sizeof(int); //Site Having corner count headers
dataLen += totalSetCount * sizeof(int); //Sites having corner set indexes
SerializedData = new byte[dataLen];
BufIdx = 0;
byte32 = new Byte32();
bytesVec2 = new ByteVector2();
bytesVec3 = new ByteVector3();
byte32.Write(SerializedData, ref BufIdx, dataLen);
byte32.Write(SerializedData, ref BufIdx, Version);
SerializeVertices(ref BufIdx, SerializedData);
SerializeTris(ref BufIdx, SerializedData);
SerializeHullSites(ref BufIdx, SerializedData);
SerializeSiteCorners(ref BufIdx, SerializedData);
SerializeSiteNeighbors(ref BufIdx, SerializedData);
SerializeSitePositions(ref BufIdx, SerializedData);
SerializeSitesHavingCorner(ref BufIdx, SerializedData);
}
public void WriteByteVector3(ByteVector3 value)
{
WriteByte(value.X);
WriteByte(value.Y);
WriteByte(value.Z);
}
private void WriteByteVector3(ByteVector3 value)
{
WriteByte(value.X);
WriteByte(value.Y);
WriteByte(value.Z);
}
