public override BasicObject Gte(BasicObject r)
{
if (!r.IsNumbre())
{
throw null;
}
switch (r.GetPower())
{
case 0:
return(new Bool(Value >= r.ToNumbre <int>()));
case 1:
return(new Bool(Value >= r.ToNumbre <int>()));
case 2:
return(new Bool(Value >= r.ToNumbre <float>()));
case 3:
return(new Bool(Value >= r.ToNumbre <long>()));
case 4:
return(new Bool(Value >= r.ToNumbre <long>()));
case 5:
return(new Bool(Value >= r.ToNumbre <double>()));
}
return(new Bool(false));
}
public override BasicObject Plus(BasicObject r)
{
if (!r.IsNumbre())
{
throw null;
}
switch (r.GetPower())
{
case 0:
return(new Real(Value + r.ToNumbre <int>()));
case 1:
return(new Real(Value + r.ToNumbre <int>()));
case 2:
return(new Real(Value + r.ToNumbre <float>()));
case 3:
return(new Currency(Value + r.ToNumbre <long>()));
case 4:
return(new Currency(Value + r.ToNumbre <long>()));
case 5:
return(new Currency(Value + r.ToNumbre <double>()));
}
return(new Int(0));
}
public override BasicObject IDiv(BasicObject r)
{
if (!r.IsNumbre())
{
throw null;
}
switch (r.GetPower())
{
case 0:
return(new Int((int)(Value / r.ToNumbre <int>())));
case 1:
return(new Int((int)(Value / r.ToNumbre <int>())));
case 2:
return(new Int(Convert.ToInt32(Value / r.ToNumbre <float>())));
case 3:
return(new Int(Convert.ToInt32(Value / r.ToNumbre <long>())));
case 4:
return(new Int(Convert.ToInt32(Value / r.ToNumbre <long>())));
case 5:
return(new Int(Convert.ToInt32(Value / r.ToNumbre <double>())));
}
return(new Error());
}
public override BasicObject Div(BasicObject r)
{
if (!r.IsNumbre())
{
throw null;
}
switch (r.GetPower())
{
case 0:
var c = (Bool)r;
if (c.Value)
{
return(this);
}
else
{
return(new Real(float.PositiveInfinity));
}
case 1:
return(new Real(Value / r.ToNumbre <float>()));
case 2:
return(new Real(Value / r.ToNumbre <float>()));
case 3:
return(new Currency(Value / r.ToNumbre <double>()));
case 4:
return(new Currency(Value / r.ToNumbre <long>()));
case 5:
return(new Currency(Value / r.ToNumbre <double>()));
}
return(new Int(0));
}