static DataNode Clamp(DataCommand input)
{
var args = input.EvalAll();
float f1 = args.Number(1), f2 = args.Number(2), f3 = args.Number(3);
return(new DataAtom(f1 > f3 ? f3 : f1 < f2 ? f1 : f2));
}
static DataNode Add(DataCommand input)
{
var args = input.EvalAll();
if (args.Node(1).Type == DataType.INT && args.Node(2).Type == DataType.INT)
{
return(new DataAtom(args.Int(1) + args.Int(2)));
}
return(new DataAtom(args.Number(1) + args.Number(2)));
}
static DataNode Divide(DataCommand input)
{
var args = input.EvalAll();
return(new DataAtom(args.Number(1) / args.Number(2)));
}
static DataNode AppendStr(DataCommand input)
{
var args = input.EvalAll();
return(new DataAtom(args.String(1) + args.String(2)));
}
static DataNode BitAnd(DataCommand input)
{
var args = input.EvalAll();
return(new DataAtom(args.Int(1) & args.Int(2)));
}
static DataNode AddEq(DataCommand input)
{
var args = input.EvalAll();
return(new DataAtom(args.Number(1) + args.Number(2)));
}
static DataNode Abs(DataCommand input)
{
var args = input.EvalAll();
return(new DataAtom(Math.Abs(args.Number(1))));
}
static DataNode Lt(DataCommand input)
{
var args = input.EvalAll();
return(new DataAtom(args.Number(1) < args.Number(2) ? 1 : 0));
}
static DataNode Eq(DataCommand input)
{
var args = input.EvalAll();
return(new DataAtom(args.Node(1) == args.Node(2) ? 1 : 0));
}
