public void SetField <TType>(int[] coords, string field_name, TType value)
{
using (MxArray array = MxConvert.ToMxArray(value))
{
SetField(coords, field_name, array);
}
}
public void SetVariable <TType>(string var_name, TType value)
{
using (MxArray array = MxConvert.ToMxArray <TType>(value))
{
SetVariable(var_name, array);
}
}
public void SetField <TType>(int[] coords, int field_number, TType value)
{
using (MxArray array = MxConvert.ToMxArray(value))
{
SetField(coords, field_number, array);
}
}
public TType GetField <TType>(int[] coords, int field_number)
{
using (MxArray array = GetField(coords, field_number))
{
return(MxConvert.FromMxArray <TType>(array));
}
}
public TType GetField <TType>(int[] coords, string field_name)
{
using (MxArray array = GetField(coords, field_name))
{
return(MxConvert.FromMxArray <TType>(array));
}
}
public void SetField <TType>(int index, string field_name, TType value)
{
AssertClass(ClassID.Struct, "SetField");
using (MxArray array = MxConvert.ToMxArray(value))
{
SetField(index, field_name, array);
}
}
public void SetField <TType>(int index, int field_number, TType value)
{
AssertClass(ClassID.Struct, "SetField");
using (MxArray array = MxConvert.ToMxArray(value))
{
SetField(index, field_number, value);
}
}
public TType GetVariable <TType>(string var_name, bool noVectorization)
{
using (MxArray array = GetVariable(var_name))
{
if (array == null)
{
throw new VariableNotFoundException(var_name);
}
try
{
return(MxConvert.FromMxArray <TType>(array, noVectorization));
}
catch (InvalidCastException e)
{
throw new InvalidCastException(string.Format(
"Unable to get the variable \"{0}\" as {1}.",
var_name, typeof(TType).Name), e);
}
}
}
