public void read(bool skip = false)
{
Name = ESM.input.ReadChars(4);
Size = ESM.input.ReadInt32();
Header1 = ESM.input.ReadInt32();
Flags = ESM.input.ReadInt32();
if (skip)
{
ESM.input.BaseStream.Seek(Size, SeekOrigin.Current);
}
else
{
int read_size = 0;
while (read_size < Size)
{
SubRecord subrec = new SubRecord();
subrec.read();
string srec_name = Text.trim(new string(subrec.name));
if (!subrecord_index.ContainsKey(srec_name))
{
subrecord_index.Add(Text.trim(new string(subrec.name)), new List <SubRecord>());
}
subrecord_index[srec_name].Add(subrec);
subRecords.Add(subrec);
read_size = read_size + subrec.size + 8;
}
}
}
public int read(int readable_size)
{
int read_size = 0;
while (read_size < readable_size)
{
SubRecord subrec = new SubRecord();
subrec.read();
read_size = read_size + subrec.size + 8;
BinaryReader srec_data = subrec.getData();
if (subrec.isType("FRMR"))
{
ESM.rewind(subrec.size + 8);
return(read_size - subrec.size - 8);
}
else if (subrec.isType("NAME"))
{
editor_id = Text.trim(new string(srec_data.ReadChars(subrec.size)));
}
else if (subrec.isType("XSCL"))
{
scale = srec_data.ReadSingle();
}
else if (subrec.isType("DATA"))
{
x = srec_data.ReadSingle();
y = srec_data.ReadSingle();
z = srec_data.ReadSingle();
xR = srec_data.ReadSingle();
yR = srec_data.ReadSingle();
zR = srec_data.ReadSingle();
}
else if (subrec.isType("DNAM"))
{
isPortal = true;
portal.destination_cell = Text.trim(new string (srec_data.ReadChars(subrec.size)));
}
else if (subrec.isType("DODT"))
{
editor_id = editor_id + "_zload";
isPortal = true;
portal.x = srec_data.ReadSingle();
portal.y = srec_data.ReadSingle();
portal.z = srec_data.ReadSingle();
portal.xR = srec_data.ReadSingle();
portal.yR = srec_data.ReadSingle();
portal.zR = srec_data.ReadSingle();
}
else if (subrec.isType("ANAM"))
{
owner = Text.trim(new string(srec_data.ReadChars(subrec.size)));
}
}
return(read_size);
}
public void read()
{
base.read();
for (int i = 0; i < subRecords.Count; i++)
{
SubRecord srec = subRecords[i];
BinaryReader srec_data = srec.getData();
switch (new string(srec.name))
{
case ("NAME"):
editor_id = new string(srec_data.ReadChars(srec.size));
break;
case ("FNAM"):
region_name = new string(srec_data.ReadChars(srec.size));
break;
}
}
}
public new void read(bool skip = false)
{
Name = ESM.input.ReadChars(4);
Size = ESM.input.ReadInt32();
Header1 = ESM.input.ReadInt32();
Flags = ESM.input.ReadInt32();
if (!"CELL".Equals(new string(Name)))
{
Log.error("Error reading CELL, mismatch name");
}
int read_size = 0;
while (read_size < Size)
{
SubRecord subrec = new SubRecord();
subrec.read();
read_size = read_size + subrec.size + 8;
// Skipping over cell reference data for now
if (subrec.isType("FRMR"))
{
//Log.info("FRMR found");
REFR refr = new REFR();
read_size = read_size + refr.read(Size - read_size);
references.Add(refr);
continue;
}
subRecords.Add(subrec);
}
for (int i = 0; i < subRecords.Count; i++)
{
SubRecord srec = subRecords[i];
BinaryReader srec_data = srec.getData();
switch (new string(srec.name))
{
case ("NAME"):
if (srec.size > 1)
{
cell_name = new string(srec_data.ReadChars(srec.size));
cell_name = Text.trim(cell_name);
}
break;
case ("RGNN"):
if (String.IsNullOrWhiteSpace(cell_name) || String.IsNullOrEmpty(cell_name.Trim()))
{
cell_name = new string(srec_data.ReadChars(srec.size));
}
break;
case ("INTV"):
// water height is stored as a signed int, but the value
// corresponds to the float z-axis position of the water plane in the
// cell world
water_height = (float)srec_data.ReadInt32();
break;
case ("AMBI"):
amb_col = srec_data.ReadBytes(4);
sun_col = srec_data.ReadBytes(4);
break;
case ("DATA"):
data_flags = srec_data.ReadInt32();
grid_x = srec_data.ReadInt32();
grid_y = srec_data.ReadInt32();
interior = BinaryFlag.isSet(data_flags, (int)CELL_FLAGS.Interior);
HasWater = BinaryFlag.isSet(data_flags, (int)CELL_FLAGS.Water);
NoSleep = BinaryFlag.isSet(data_flags, (int)CELL_FLAGS.NoSleep);
break;
}
}
}