/// <summary>
/// Default Construtor Intialize Values with Sector.Dat
/// </summary>
/// <param name="id"></param>
/// <param name="files"></param>
/// <param name="type"></param>
public ZoneGeometry(int id, IEnumerable<FileInfo> files, ZoneType type)
{
if (files == null)
throw new ArgumentNullException("files");
// Assign ID
ID = id;
// Copy Files Array
m_files = files.ToArray();
// Assign Zone Type
ZoneType = type;
// Parse Sector.dat
IDictionary<string, IDictionary<string, string>> sectorDat;
try
{
sectorDat = m_files.GetFileDataFromPackage(DatPackage, SectorFile).ReadDATFile();
}
catch (Exception e)
{
// Terrains can't be drawn without Scale and Offset
if (ZoneType == ZoneType.Terrain)
throw new ArgumentException(string.Format("No usable sector.dat Found when building Zone ID: {0}", id), "files", e);
sectorDat = new Dictionary<string, IDictionary<string, string>>();
}
// Read Terrain
IDictionary<string, string> terrain;
if (sectorDat.TryGetValue("terrain", out terrain))
{
string scalefactor;
string offsetfactor;
TerrainScale = terrain.TryGetValue("scalefactor", out scalefactor) ? short.Parse(scalefactor) : (short)-1;
TerrainOffset = terrain.TryGetValue("offsetfactor", out offsetfactor) ? short.Parse(offsetfactor) : (short)-1;
}
else
{
TerrainScale = -1;
TerrainOffset = -1;
}
// Read Sector Size
IDictionary<string, string> sectorsize;
if (sectorDat.TryGetValue("sectorsize", out sectorsize))
{
string sizex;
string sizey;
SizeX = sectorsize.TryGetValue("sizex", out sizex) ? short.Parse(sizex) : (short)-1;
SizeY = sectorsize.TryGetValue("sizey", out sizey) ? short.Parse(sizey) : (short)-1;
}
else
{
SizeX = -1;
SizeY = -1;
}
// Read Water Definitions
IDictionary<string, string> waterdefs;
if (sectorDat.TryGetValue("waterdefs", out waterdefs))
{
string num;
var rivers = new List<RiverGeometry>();
if (waterdefs.TryGetValue("num", out num))
{
var numWater = short.Parse(num);
for (int w = 0 ; w < numWater ; w++)
{
IDictionary<string, string> river;
if (sectorDat.TryGetValue(string.Format("river{0}", w.ToString("00")), out river))
{
string texture;
string multitexture;
string flow;
string height;
string bankpoints;
string color;
string extend_posx;
string extend_posy;
string extend_negx;
string extend_negy;
string tesselation;
string name;
string rtype;
short r_flow = river.TryGetValue("flow", out flow) ? short.Parse(flow) : (short)0;
int r_height = river.TryGetValue("height", out height) ? int.Parse(height) : -1;
short r_bankpoints = river.TryGetValue("bankpoints", out bankpoints) ? short.Parse(bankpoints) : (short)0;
int r_color = river.TryGetValue("color", out color) ? int.Parse(color) : 0;
int r_extend_posx = river.TryGetValue("extend_posx", out extend_posx) ? int.Parse(extend_posx) : 0;
int r_extend_posy = river.TryGetValue("extend_posy", out extend_posy) ? int.Parse(extend_posy) : 0;
int r_extend_negx = river.TryGetValue("extend_negx", out extend_negx) ? int.Parse(extend_negx) : 0;
int r_extend_negy = river.TryGetValue("extend_negy", out extend_negy) ? int.Parse(extend_negy) : 0;
short r_tesselation = river.TryGetValue("tesselation", out tesselation) ? short.Parse(tesselation) : (short)0;
river.TryGetValue("texture", out texture);
river.TryGetValue("multitexture", out multitexture);
river.TryGetValue("name", out name);
river.TryGetValue("type", out rtype);
var banks = new List<Tuple<IEnumerable<short>, IEnumerable<short>>>();
for (int b = 0 ; b < r_bankpoints ; b++)
{
string left;
string right;
if (!river.TryGetValue(string.Format("left{0}", b.ToString("00")), out left))
continue;
if (!river.TryGetValue(string.Format("right{0}", b.ToString("00")), out right))
continue;
banks.Add(new Tuple<IEnumerable<short>, IEnumerable<short>>(left.Split(',').Select(s => short.Parse(s)), right.Split(',').Select(s => short.Parse(s))));
}
var riverGeo = new RiverGeometry(w, name, rtype, texture, multitexture, r_flow, r_height, r_color, r_extend_posx, r_extend_posy, r_extend_negx, r_extend_negy, r_tesselation, banks);
rivers.Add(riverGeo);
}
}
}
Rivers = rivers.ToArray();
}
else
{
Rivers = new RiverGeometry[0];
}
}
/// <summary>
/// Default Construtor Intialize Values with Sector.Dat
/// </summary>
/// <param name="id"></param>
/// <param name="files"></param>
/// <param name="type"></param>
public ZoneGeometry(int id, IEnumerable <FileInfo> files, ZoneType type)
{
if (files == null)
{
throw new ArgumentNullException("files");
}
// Assign ID
ID = id;
// Copy Files Array
m_files = files.ToArray();
// Assign Zone Type
ZoneType = type;
// Parse Sector.dat
IDictionary <string, IDictionary <string, string> > sectorDat;
try
{
sectorDat = m_files.GetFileDataFromPackage(DatPackage, SectorFile).ReadDATFile();
}
catch (Exception e)
{
// Terrains can't be drawn without Scale and Offset
if (ZoneType == ZoneType.Terrain)
{
throw new ArgumentException(string.Format("No usable sector.dat Found when building Zone ID: {0}", id), "files", e);
}
sectorDat = new Dictionary <string, IDictionary <string, string> >();
}
// Read Terrain
IDictionary <string, string> terrain;
if (sectorDat.TryGetValue("terrain", out terrain))
{
string scalefactor;
string offsetfactor;
TerrainScale = terrain.TryGetValue("scalefactor", out scalefactor) ? short.Parse(scalefactor) : (short)-1;
TerrainOffset = terrain.TryGetValue("offsetfactor", out offsetfactor) ? short.Parse(offsetfactor) : (short)-1;
}
else
{
TerrainScale = -1;
TerrainOffset = -1;
}
// Read Sector Size
IDictionary <string, string> sectorsize;
if (sectorDat.TryGetValue("sectorsize", out sectorsize))
{
string sizex;
string sizey;
SizeX = sectorsize.TryGetValue("sizex", out sizex) ? short.Parse(sizex) : (short)-1;
SizeY = sectorsize.TryGetValue("sizey", out sizey) ? short.Parse(sizey) : (short)-1;
}
else
{
SizeX = -1;
SizeY = -1;
}
// Read Water Definitions
IDictionary <string, string> waterdefs;
if (sectorDat.TryGetValue("waterdefs", out waterdefs))
{
string num;
var rivers = new List <RiverGeometry>();
if (waterdefs.TryGetValue("num", out num))
{
var numWater = short.Parse(num);
for (int w = 0; w < numWater; w++)
{
IDictionary <string, string> river;
if (sectorDat.TryGetValue(string.Format("river{0}", w.ToString("00")), out river))
{
string texture;
string multitexture;
string flow;
string height;
string bankpoints;
string color;
string extend_posx;
string extend_posy;
string extend_negx;
string extend_negy;
string tesselation;
string name;
string rtype;
short r_flow = river.TryGetValue("flow", out flow) ? short.Parse(flow) : (short)0;
int r_height = river.TryGetValue("height", out height) ? int.Parse(height) : -1;
short r_bankpoints = river.TryGetValue("bankpoints", out bankpoints) ? short.Parse(bankpoints) : (short)0;
int r_color = river.TryGetValue("color", out color) ? int.Parse(color) : 0;
int r_extend_posx = river.TryGetValue("extend_posx", out extend_posx) ? int.Parse(extend_posx) : 0;
int r_extend_posy = river.TryGetValue("extend_posy", out extend_posy) ? int.Parse(extend_posy) : 0;
int r_extend_negx = river.TryGetValue("extend_negx", out extend_negx) ? int.Parse(extend_negx) : 0;
int r_extend_negy = river.TryGetValue("extend_negy", out extend_negy) ? int.Parse(extend_negy) : 0;
short r_tesselation = river.TryGetValue("tesselation", out tesselation) ? short.Parse(tesselation) : (short)0;
river.TryGetValue("texture", out texture);
river.TryGetValue("multitexture", out multitexture);
river.TryGetValue("name", out name);
river.TryGetValue("type", out rtype);
var banks = new List <Tuple <IEnumerable <short>, IEnumerable <short> > >();
for (int b = 0; b < r_bankpoints; b++)
{
string left;
string right;
if (!river.TryGetValue(string.Format("left{0}", b.ToString("00")), out left))
{
continue;
}
if (!river.TryGetValue(string.Format("right{0}", b.ToString("00")), out right))
{
continue;
}
banks.Add(new Tuple <IEnumerable <short>, IEnumerable <short> >(left.Split(',').Select(s => short.Parse(s)), right.Split(',').Select(s => short.Parse(s))));
}
var riverGeo = new RiverGeometry(w, name, rtype, texture, multitexture, r_flow, r_height, r_color, r_extend_posx, r_extend_posy, r_extend_negx, r_extend_negy, r_tesselation, banks);
rivers.Add(riverGeo);
}
}
}
Rivers = rivers.ToArray();
}
else
{
Rivers = new RiverGeometry[0];
}
}
