public JsMathConstructor(IGlobal global)
{
Global = global;
var random = new Random();
#region Functions
this["abs"] = new ClrFunction(new Func<double, JsNumber>(d => Global.NumberClass.New(Math.Abs(d))));
this["acos"] = new ClrFunction(new Func<double, JsNumber>(d => Global.NumberClass.New(Math.Acos(d))));
this["asin"] = new ClrFunction(new Func<double, JsNumber>(d => Global.NumberClass.New(Math.Asin(d))));
this["atan"] = new ClrFunction(new Func<double, JsNumber>(d => Global.NumberClass.New(Math.Atan(d))));
this["atan2"] = new ClrFunction(new Func<double, double, JsNumber>((y, x) => Global.NumberClass.New(Math.Atan2(y, x))));
this["ceil"] = new ClrFunction(new Func<double, JsNumber>(d => Global.NumberClass.New(Math.Ceiling(d))));
this["cos"] = new ClrFunction(new Func<double, JsNumber>(d => Global.NumberClass.New(Math.Cos(d))));
this["exp"] = new ClrFunction(new Func<double, JsNumber>(d => Global.NumberClass.New(Math.Exp(d))));
this["floor"] = new ClrFunction(new Func<double, JsNumber>(d => Global.NumberClass.New(Math.Floor(d))));
this["log"] = new ClrFunction(new Func<double, JsNumber>(d => Global.NumberClass.New(Math.Log(d))));
this["max"] = new ClrFunction(new Func<double, double, JsNumber>((a, b) => Global.NumberClass.New(Math.Max(a, b))));
this["min"] = new ClrFunction(new Func<double, double, JsNumber>((a, b) => Global.NumberClass.New(Math.Min(a, b))));
this["pow"] = new ClrFunction(new Func<double, double, JsNumber>((a, b) => Global.NumberClass.New(Math.Pow(a, b))));
this["random"] = global.FunctionClass.New(new Func<double>(random.NextDouble));
this["round"] = new ClrFunction(new Func<double, JsNumber>(d => Global.NumberClass.New(Math.Round(d))));
this["sin"] = new ClrFunction(new Func<double, JsNumber>(d => Global.NumberClass.New(Math.Sin(d))));
this["sqrt"] = new ClrFunction(new Func<double, JsNumber>(d => Global.NumberClass.New(Math.Sqrt(d))));
this["tan"] = new ClrFunction(new Func<double, JsNumber>(d => Global.NumberClass.New(Math.Tan(d))));
#endregion
this["E"] = global.NumberClass.New(Math.E);
this["LN2"] = global.NumberClass.New(Math.Log(2));
this["LN10"] = global.NumberClass.New(Math.Log(10));
this["LOG2E"] = global.NumberClass.New(Math.Log(Math.E, 2));
this["PI"] = global.NumberClass.New(Math.PI);
this["SQRT1_2"] = global.NumberClass.New(Math.Sqrt(0.5));
this["SQRT2"] = global.NumberClass.New(Math.Sqrt(2));
}
public JsMathConstructor(IGlobal global)
{
Global = global;
var random = new Random();
#region Functions
this["abs"] = new ClrFunction(new Func <double, JsNumber>(d => Global.NumberClass.New(Math.Abs(d))));
this["acos"] = new ClrFunction(new Func <double, JsNumber>(d => Global.NumberClass.New(Math.Acos(d))));
this["asin"] = new ClrFunction(new Func <double, JsNumber>(d => Global.NumberClass.New(Math.Asin(d))));
this["atan"] = new ClrFunction(new Func <double, JsNumber>(d => Global.NumberClass.New(Math.Atan(d))));
this["atan2"] = new ClrFunction(new Func <double, double, JsNumber>((y, x) => Global.NumberClass.New(Math.Atan2(y, x))));
this["ceil"] = new ClrFunction(new Func <double, JsNumber>(d => Global.NumberClass.New(Math.Ceiling(d))));
this["cos"] = new ClrFunction(new Func <double, JsNumber>(d => Global.NumberClass.New(Math.Cos(d))));
this["exp"] = new ClrFunction(new Func <double, JsNumber>(d => Global.NumberClass.New(Math.Exp(d))));
this["floor"] = new ClrFunction(new Func <double, JsNumber>(d => Global.NumberClass.New(Math.Floor(d))));
this["log"] = new ClrFunction(new Func <double, JsNumber>(d => Global.NumberClass.New(Math.Log(d))));
this["max"] = new ClrFunction(new Func <double, double, JsNumber>((a, b) => Global.NumberClass.New(Math.Max(a, b))));
this["min"] = new ClrFunction(new Func <double, double, JsNumber>((a, b) => Global.NumberClass.New(Math.Min(a, b))));
this["pow"] = new ClrFunction(new Func <double, double, JsNumber>((a, b) => Global.NumberClass.New(Math.Pow(a, b))));
this["random"] = global.FunctionClass.New(new Func <double>(random.NextDouble));
this["round"] = new ClrFunction(new Func <double, JsNumber>(d => Global.NumberClass.New(Math.Round(d))));
this["sin"] = new ClrFunction(new Func <double, JsNumber>(d => Global.NumberClass.New(Math.Sin(d))));
this["sqrt"] = new ClrFunction(new Func <double, JsNumber>(d => Global.NumberClass.New(Math.Sqrt(d))));
this["tan"] = new ClrFunction(new Func <double, JsNumber>(d => Global.NumberClass.New(Math.Tan(d))));
#endregion
this["E"] = global.NumberClass.New(Math.E);
this["LN2"] = global.NumberClass.New(Math.Log(2));
this["LN10"] = global.NumberClass.New(Math.Log(10));
this["LOG2E"] = global.NumberClass.New(Math.Log(Math.E, 2));
this["PI"] = global.NumberClass.New(Math.PI);
this["SQRT1_2"] = global.NumberClass.New(Math.Sqrt(0.5));
this["SQRT2"] = global.NumberClass.New(Math.Sqrt(2));
}
public JsFunction New(Delegate d)
{
JsFunction function = new ClrFunction(d, PrototypeProperty);
function.PrototypeProperty = Global.ObjectClass.New(function);
//function.Scope = new JsScope(PrototypeProperty);
return(function);
}
public JsFunction New(Delegate d)
{
JsFunction function = new ClrFunction(d);
function.Prototype = Global.ObjectClass.New(function);
function.Scope.Prototype = Prototype;
return(function);
}
