public static PyObject ToPython(object obj)
{
if (obj == null)
{
return(Runtime.GetPyNone());
}
switch (obj)
{
// basic types
case int o: return(new PyInt(o));
case long o: return(new PyLong(o));
case float o: return(new PyFloat(o));
case double o: return(new PyFloat(o));
case string o: return(new PyString(o));
case bool o: return(ConverterExtension.ToPython(o));
case PyObject o: return(o);
// sequence types
case Array o: return(ToTuple(o));
default: throw new NotImplementedException($"Type is not yet supported: { obj.GetType().Name}. Add it to 'ToPythonConversions'");
}
}
internal static PyObject ToPython(object obj)
{
if (obj == null)
{
return(Runtime.None);
}
switch (obj)
{
// basic types
case int o: return(new PyInt(o));
case float o: return(new PyFloat(o));
case long o: return(new PyLong(o));
case double o: return(new PyFloat(o));
case string o: return(new PyString(o));
case bool o: return(ConverterExtension.ToPython(o));
// sequence types
case Array o: return(ToList(o));
// special types from 'ToPythonConversions'
case Shape o: return(ToTuple(o.Dimensions));
case ValueTuple <int> o: return(ToTuple(o));
case ValueTuple <int, int> o: return(ToTuple(o));
case ValueTuple <int, int, int> o: return(ToTuple(o));
case Slice o: return(o.ToPython());
case PythonObject o: return(o.PyObject);
case PyObject o: return(o);
case Sequence o: return(o.PyInstance);
case StringOrInstance o: return(o.PyObject);
case KerasFunction o: return(o.PyObject);
case Base o: return(o.PyInstance);
default: throw new NotImplementedException($"Type is not yet supported: { obj.GetType().Name}. Add it to 'ToPythonConversions'");
}
}
//auto-generated
private static PyObject ToPython(object obj)
{
if (obj == null)
{
return(Runtime.None);
}
switch (obj)
{
// basic types
case int o: return(new PyInt(o));
case long o: return(new PyLong(o));
case float o: return(new PyFloat(o));
case double o: return(new PyFloat(o));
case string o: return(new PyString(o));
case bool o: return(ConverterExtension.ToPython(o));
case PyObject o: return(o);
// sequence types
case Array o: return(ToTuple(o));
// special types from 'ToPythonConversions'
case Axis o: return(o.Axes == null ? null : ToTuple(o.Axes));
case Shape o: return(ToTuple(o.Dimensions));
case Slice o: return(o.ToPython());
case PythonObject o: return(o.PyObject);
case Dictionary <string, NDarray> o: return(ToDict(o));
default: throw new NotImplementedException($"Type is not yet supported: { obj.GetType().Name}. Add it to 'ToPythonConversions'");
}
}
