/// <summary>
/// Note that only char array can be higher dimensional here, it will then
/// be flattened before written
/// </summary>
public void Write(NetCdfVariable ncVariable, int[] origin, int[] shape, Array array)
{
var originPtr = NetCdfFileHelper.ConvertToIntPtr(origin);
var shapePtr = NetCdfFileHelper.ConvertToIntPtr(shape);
var ncDataType = GetNetCdfDataType(array);
switch (ncDataType)
{
case NetCdfDataType.NC_BYTE:
CheckResult(NetCdfWrapper.nc_put_vara(id, ncVariable, originPtr, shapePtr, (byte[])array));
break;
case NetCdfDataType.NC_CHAR:
var bytes = NetCdfFileHelper.FlattenCharArray(array, shape);
CheckResult(NetCdfWrapper.nc_put_vara_text(id, ncVariable, originPtr, shapePtr, bytes));
break;
case NetCdfDataType.NC_INT:
CheckResult(NetCdfWrapper.nc_put_vara_int(id, ncVariable, originPtr, shapePtr, (int[])array));
break;
case NetCdfDataType.NC_FLOAT:
CheckResult(NetCdfWrapper.nc_put_vara_float(id, ncVariable, originPtr, shapePtr, (float[])array));
break;
case NetCdfDataType.NC_DOUBLE:
CheckResult(NetCdfWrapper.nc_put_vara_double(id, ncVariable, originPtr, shapePtr, (double[])array));
break;
default:
throw new Exception(
String.Format("Unknown type for writing NetCDF variable to file: type {0} to file {1}",
ncDataType, path));
}
}
