simulationmethods

Imperial College London Simulation Methods

To open the project, use CLion (https://www.jetbrains.com/clion/), which is freely available for students.

Building everything should be simple, but if you want, you can run the following cmake command:

"C:\Program Files\JetBrains\CLion 2017.3.1\bin\cmake\bin\cmake.exe" --build C:\Users\jdcbr\CLionProjects\simulationmethods\cmake-build-debug --target all -- -j 2

You should be able to use any cmake binary you may have available.

Example use of the code

double sigma = 0.4;
double r = 0.05;

vector<int> number_simulations = {1000,5000,10000,25000,50000,100000,200000,500000} ;

//New code for European call
VanillaCall vanillaCall(strike, 1.0);
BSCallModel bsModel(vanillaCall, 100.0, sigma, r);
MCModel mcModel(vanillaCall, 100.0, sigma, r, 0.005, Explicit);
Simulator simulator(normal,true); //True=Antithetic
ModelResult bsModelResult = bsModel.calculate(); //This is tested and matches the existing result
cout << "-------------" << endl;
cout << "Black Scholes: " << endl;
cout << bsModelResult;
for(int i: number_simulations) {
	ModelResult mcModelResult = mcModel.simulate(simulator,i,mcModel.getSolver() == Explicit ? 1 : 5);
	cout << "-------------" << endl;
	cout << "Simulations: " << i << endl;
	cout << mcModelResult;
}
//New code for Asian call
AsianCall asianCall(strike, 1.0);
MCModel asianMcModel(asianCall, 100.0, sigma, r, 0.005, Explicit); //Optionally, can try Euler as well. Both work fine.
ModelResult asianMcModelResult = asianMcModel.simulate(simulator,100000, 100);
cout << "-------------" << endl;
cout << "Asian Call with 100k paths and 100 steps: " << endl;
cout << asianMcModelResult;

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