/// <summary>
/// Creates a test vol surface to test temporal and strike volatility interpolation
/// </summary>
/// <returns></returns>
public IVolatilitySurface CreateTestVolSurface()
{
IVolatilitySurface volSurface = new VolatilitySurface("BHP", 4500M, DateTime.Today);
ForwardExpiry expiry1 = new ForwardExpiry(DateTime.Parse("01-Jan-2010"), 4200);
ForwardExpiry expiry2 = new ForwardExpiry(DateTime.Parse("01-Jan-2011"), 4400);
OptionPosition call1 = new OptionPosition("1245", 104, PositionType.Call);
OptionPosition put1 = new OptionPosition("1246", 1200, PositionType.Put);
OptionPosition call2 = new OptionPosition("1645", 180, PositionType.Call);
OptionPosition put2 = new OptionPosition("1646", 1300, PositionType.Put);
Strike strike1 = new Strike(4200, call1, put1);
Strike strike2 = new Strike(4000, call2, put2);
IVolatilityPoint point1 = new VolatilityPoint();
point1.SetVolatility(0.30M, VolatilityState.Default());
put1.SetVolatility(point1);
call1.SetVolatility(point1);
IVolatilityPoint point2 = new VolatilityPoint();
point2.SetVolatility(0.40M, VolatilityState.Default());
call2.SetVolatility(point2);
put2.SetVolatility(point2);
expiry1.AddStrike(strike1, true);
expiry2.AddStrike(strike2, true);
volSurface.AddExpiry(expiry1);
volSurface.AddExpiry(expiry2);
return(volSurface);
}
/// <summary>
/// Initializes a new instance of the <see cref="Strike"/> class.
/// </summary>
/// <param name="moneyness">The moneyness.</param>
/// <param name="fwdPrice">The FWD price.</param>
/// <param name="callPosition">The call position.</param>
/// <param name="putPosition">The put position.</param>
public Strike(Double moneyness, double fwdPrice, OptionPosition callPosition, OptionPosition putPosition)
{
VolatilityHasBeenSet = false;
Volatility = null;
Moneyness = 0;
PriceUnits = Units.Cents;
InputValidator.NotZero("StrikePrice", moneyness, true);
StrikePrice = moneyness * fwdPrice;
_strikePositions = new Pair <OptionPosition, OptionPosition>(callPosition, putPosition);
//this.InterpModel = new SABRInterp();
InterpModel = new WingInterp();
}
/// <summary>
/// Initializes a new instance of the <see cref="Strike"/> class.
/// </summary>
/// <param name="strikePrice">The strike price.</param>
/// <param name="callPosition">The call position.</param>
/// <param name="putPosition">The put position.</param>
/// <param name="units">The units.</param>
public Strike(Double strikePrice, OptionPosition callPosition, OptionPosition putPosition, Units units)
{
VolatilityHasBeenSet = false;
Volatility = null;
Moneyness = 0;
InputValidator.NotZero("StrikePrice", strikePrice, true);
StrikePrice = strikePrice;
_strikePositions = new Pair <OptionPosition, OptionPosition>(callPosition, putPosition);
// this.InterpModel = new SABRInterp();
InterpModel = new WingInterp();
PriceUnits = units;
}
/// <summary>
/// Creates the one point child.
/// </summary>
/// <returns></returns>
public IVolatilitySurface CreateOnePointChild()
{
IVolatilitySurface volSurface = new VolatilitySurface("BHP", 4500M, DateTime.Today);
ForwardExpiry expiry0 = new ForwardExpiry(DateTime.Parse("10-9-2009"), 4700);
OptionPosition call0 = new OptionPosition("1145", 104, PositionType.Call);
OptionPosition put0 = new OptionPosition("1146", 1200, PositionType.Put);
Strike strike0 = new Strike(0.20, 4599, call0, put0);
expiry0.AddStrike(strike0, true);
volSurface.AddExpiry(expiry0);
return(volSurface);
}
/// <summary>
/// Creates a null volatility surface to be used in extrapolation tests that utilise
/// the historical volatility ratio
/// </summary>
/// <returns></returns>
public IVolatilitySurface CreateNullVolSurface()
{
IVolatilitySurface volSurface = new VolatilitySurface("BHP", 4500M, DateTime.Today);
ForwardExpiry expiry0 = new ForwardExpiry(DateTime.Parse("14-9-2009"), 4700);
ForwardExpiry expiry1 = new ForwardExpiry(DateTime.Parse("16-9-2009"), 4700);
ForwardExpiry expiry2 = new ForwardExpiry(DateTime.Parse("30-9-2009"), 4750);
OptionPosition call0 = new OptionPosition("1145", 104, PositionType.Call);
OptionPosition put0 = new OptionPosition("1146", 1200, PositionType.Put);
OptionPosition call1 = new OptionPosition("1245", 104, PositionType.Call);
OptionPosition put1 = new OptionPosition("1246", 1200, PositionType.Put);
OptionPosition call2 = new OptionPosition("1645", 180, PositionType.Call);
OptionPosition put2 = new OptionPosition("1646", 1300, PositionType.Put);
Strike strike0 = new Strike(1.00, 4599, call0, put0);
Strike strike1 = new Strike(0.867, 4700, call1, put1);
Strike strike2 = new Strike(1.00, 4750, call2, put2);
Strike strike3 = new Strike(1.2, 4750, call2, put2);
Strike strike4 = new Strike(0.30, 4750, call2, put2);
IVolatilityPoint point0 = new VolatilityPoint();
point0.SetVolatility(0.00M, VolatilityState.Default());
put0.SetVolatility(point0);
call0.SetVolatility(point0);
strike0.SetVolatility(point0);
IVolatilityPoint point1 = new VolatilityPoint();
point1.SetVolatility(0.00M, VolatilityState.Default());
put1.SetVolatility(point1);
call1.SetVolatility(point1);
strike1.SetVolatility(point1);
IVolatilityPoint point2 = new VolatilityPoint();
point2.SetVolatility(0.00M, VolatilityState.Default());
strike2.SetVolatility(point2);
call2.SetVolatility(point2);
put2.SetVolatility(point2);
IVolatilityPoint point3 = new VolatilityPoint();
point3.SetVolatility(0.00M, VolatilityState.Default());
strike3.SetVolatility(point3);
IVolatilityPoint point4 = new VolatilityPoint();
point4.SetVolatility(0.00M, VolatilityState.Default());
strike4.SetVolatility(point4);
expiry0.AddStrike(strike0, true);
expiry1.AddStrike(strike1, true);
expiry2.AddStrike(strike2, true);
expiry2.AddStrike(strike3, true);
expiry2.AddStrike(strike4, true);
volSurface.AddExpiry(expiry0);
volSurface.AddExpiry(expiry1);
volSurface.AddExpiry(expiry2);
return(volSurface);
}
public void TestPricevsORCExample()
{
DateTime[] rtDates = { DateTime.Parse("17-Aug-2010"),
DateTime.Parse("17-Sep-2010"),
DateTime.Parse("18-Oct-2010"),
DateTime.Parse("17-Nov-2010"),
DateTime.Parse("10-Dec-2010") };
double[] rates = { 0.045507232,
0.046609656,
0.047336042,
0.047655159,
0.047737236 };
RateCurve rc = new RateCurve("AUD", "Semi-Annual", DateTime.Parse("16-Aug-2010"), rtDates, rates);
//Dividend d1 = new Dividend(DateTime.Parse("16-8-2010"), 11.745786M);
Dividend d2 = new Dividend(DateTime.Parse("17-8-2010"), 0.893295M);
Dividend d3 = new Dividend(DateTime.Parse("23-8-2010"), 7.856689M);
Dividend d4 = new Dividend(DateTime.Parse("24-8-2010"), 2.898251M);
Dividend d5 = new Dividend(DateTime.Parse("25-8-2010"), 3.344721M);
Dividend d6 = new Dividend(DateTime.Parse("26-8-2010"), 0.485070M);
Dividend d7 = new Dividend(DateTime.Parse("27-8-2010"), 0.835305M);
Dividend d8 = new Dividend(DateTime.Parse("30-8-2010"), 3.952976M);
Dividend d9 = new Dividend(DateTime.Parse("31-8-2010"), 0.884255M);
Dividend d10 = new Dividend(DateTime.Parse("1-9-2010"), 2.013798M);
Dividend d11 = new Dividend(DateTime.Parse("2-9-2010"), 1.241407M);
Dividend d12 = new Dividend(DateTime.Parse("3-9-2010"), 0.613699M);
Dividend d13 = new Dividend(DateTime.Parse("6-9-2010"), 11.712946M);
Dividend d14 = new Dividend(DateTime.Parse("7-9-2010"), 3.775104M);
Dividend d15 = new Dividend(DateTime.Parse("8-9-2010"), 0.606597M);
Dividend d16 = new Dividend(DateTime.Parse("9-9-2010"), 0.268093M);
Dividend d17 = new Dividend(DateTime.Parse("10-9-2010"), 0.144851M);
Dividend d18 = new Dividend(DateTime.Parse("13-9-2010"), 1.600975M);
Dividend d19 = new Dividend(DateTime.Parse("14-9-2010"), 1.499946M);
Dividend d20 = new Dividend(DateTime.Parse("15-9-2010"), 0.238824M);
Dividend d21 = new Dividend(DateTime.Parse("16-9-2010"), 0.117931M);
List <Dividend> divCurve = new List <Dividend>()
{
d2, d3, d4, d5, d6, d7, d8, d9, d10,
d11, d12, d13, d14, d15, d16, d17, d18, d19, d20, d21
};
DateTime date0 = new DateTime(2010, 08, 16);
DateTime exp = new DateTime(2010, 9, 16);
double spot = 4447.62;
//double future = 4420;
double strike = 4200;
string stockId = "XJO_Spot";
Stock stock = new Stock(date0, Convert.ToDecimal(spot), stockId, "XJO", rc, divCurve);
double fwd = stock.GetForward(date0, exp);
var wingParams1 = new OrcWingParameters
{
CurrentVol = 0.234828,
RefVol = 0.234828,
SlopeRef = -0.109109,
PutCurve = 1.235556,
CallCurve = 0.60895,
DnCutoff = -0.493791,
UpCutoff = 0.506209,
RefFwd = 4420.092383,
AtmForward = 4420.092383,
Vcr = 0,
Scr = 0,
Ssr = 100,
Dsr = 0.2,
Usr = 0.2,
};
VolatilitySurface vs = new VolatilitySurface(stockId, Convert.ToDecimal(spot), date0);
ForwardExpiry expiry = new ForwardExpiry(exp, Convert.ToDecimal(fwd));
OptionPosition op = new OptionPosition("XJO_Vanilla_ETO_Sep10_4200.000_Put", 30.237108, PositionType.Put);
Strike strike0 = new Strike(strike, null, op);
expiry.AddStrike(strike0, true);
List <double> strikes1 = new List <double> {
4200
};
ForwardExpiry forwardexpiry = vs.ValueAt(stock, exp, strikes1, wingParams1, true, false);
double vol = Convert.ToDouble(forwardexpiry.Strikes[0].Volatility.Value);
var utils = new AmOptionAnalytics(date0, exp, spot, strike, vol, "European", "Put", rc, divCurve, 120);
double pr = Math.Round(utils.Price(), 7);
}