private void ReadData(Stream fs)
{
foreach (Variable v in this.var_list)
{
if (fs.Position != v.begin)
{
throw new FileFormatException("The variable " + v.name + " begins at " + v.begin + " but the stream is at " + fs.Position + " probably because the file is malformed.");
}
byte[][] data = NetCDFTools.values(v.type, v.length, fs, true);
uint typeLength = NetCDFTools.getTypeLength(v.type);
// too hard to organise the data into its actual shape until it's time to use it
v.data = data;
}
}
public Variable(string name, int[] dimid, LinkedList <Attribute> vatt_list, NC_TYPE type, uint vsize, uint begin)
{
this.name = name;
this.dimid = dimid;
this.vatt_list = vatt_list;
this.type = type;
this.vsize = vsize;
this.begin = begin;
this.length = this.vsize / NetCDFTools.getTypeLength(this.type);
foreach (Attribute att in vatt_list)
{
if (att.name.Equals("units"))
{
this.units = NetCDFTools.byteToString(att.values);
}
else if (att.name.Equals("missing_value"))
{
this.missing_value = NetCDFTools.byteToFloat(att.values[0], att.type);
}
else if (att.name.Equals("valid_min"))
{
this.valid_min = NetCDFTools.byteToFloat(att.values[0], att.type);
}
else if (att.name.Equals("valid_max"))
{
this.valid_max = NetCDFTools.byteToFloat(att.values[0], att.type);
}
else if (att.name.Equals("valid_max"))
{
this.valid_max = NetCDFTools.byteToFloat(att.values[0], att.type);
}
else if (att.name.Equals("scale_factor"))
{
this.scale_factor = NetCDFTools.byteToFloat(att.values[0], att.type);
}
else if (att.name.Equals("add_offset"))
{
this.add_offset = NetCDFTools.byteToFloat(att.values[0], att.type);
}
}
}