public float ReadFloatAttribute(string attributeName)
{
float ret = 0.0f;
ucar.nc2.Attribute attrib = _file.findGlobalAttribute(attributeName);
if (attrib.getDataType().isIntegral())
{
ret = (attrib.getValue(0) as java.lang.Number).intValue();
}
else if (attrib.getDataType().isFloatingPoint())
{
ret = (attrib.getValue(0) as java.lang.Float).floatValue();
}
return(ret);
}
private void _getMinAndInterval(ucar.nc2.Variable var, string minMaxStr, out double interval, out double minVal, out double count)
{
ucar.ma2.Array dataArr = _util.GetAllVariableData(var);
bool stepExists = false;
interval = 1.0; minVal = double.MaxValue; count = 0;
java.util.List ncVarAtt = var.getAttributes();
for (int attCount = 0; attCount < ncVarAtt.size(); attCount++)
{
ucar.nc2.Attribute varAtt = (ucar.nc2.Attribute)ncVarAtt.get(attCount);
string attName = varAtt.getName();
if (attName == "step")
{
java.lang.Number attVal = (java.lang.Number)varAtt.getValue(0);
interval = attVal.doubleValue();
stepExists = true;
}
}
double prevVal = 0.0;
int minCount = 0, maxCount = (int)dataArr.getSize() - 1; count = 0;
if (!string.IsNullOrEmpty(minMaxStr))
{
minCount = Convert.ToInt32(minMaxStr.Split(':')[0]);
maxCount = Convert.ToInt32(minMaxStr.Split(':')[1]);
count = maxCount - minCount + 1;
}
else
{
count = maxCount + 1;
}
for (int dCount = minCount; dCount <= maxCount; dCount++)
{
ucar.ma2.Index dIndex = dataArr.getIndex();
double data = dataArr.getDouble(dIndex.set(dCount));
if (minVal >= data)
{
minVal = data;
}
if (!stepExists)
{
if (dCount > 0)
{
prevVal = dataArr.getDouble(dIndex.set(dCount - 1));
interval = data - prevVal;
}
}
}
}
public string ReadStringAttribute(string attributeName)
{
ucar.nc2.Attribute attribute =
_file.findGlobalAttribute("SIMULATION_START_DATE");
return(attribute.getValue(0) as string);
}