package sample;

import java.util.LinkedList;

import FMM.PF;
import FMM.Pattern;
import algorithms.MaintenanceAlgorithms;
import algorithms.Modification;

public class Examples 
{
	public static PF extensionEx1() 
	{
		//prepare inputs for extension
		PF pf = new PF("HealthcareGPF");
		Pattern xp = ExamplesInputs.extensionEx1In2();
		LinkedList<Modification> modifications = ExamplesInputs.extensionEx1In3();
		// no need for modifications set in this example
		
		//extension algorithm
		MaintenanceAlgorithms.extension(pf, xp, modifications);
		return pf;
	}

	public static PF extensionEx2() 
	{
		//prepare inputs for second extension example
		PF pf = ExamplesInputs.extensionEx2In1();
		Pattern xp = ExamplesInputs.extensionEx2In2();
		LinkedList<Modification> modifications = ExamplesInputs.extensionEx2In3();
		
		//extension algorithm
		MaintenanceAlgorithms.extension(pf, xp, modifications);
		return pf;
		
	}

	public static PF eliminationEx1() {
		PF pf = ExamplesInputs.eliminationEx1In1();
		Pattern op = ExamplesInputs.eliminationEx1In2();
		LinkedList<Modification> modifications = ExamplesInputs.eliminationEx1In3();

		//elimination algorithm
		MaintenanceAlgorithms.elimination(pf, op, modifications);
		return pf;
	}

	public static PF combinationEx1() 
	{
		PF pf1 = ExamplesInputs.combinationEx1In1();
		PF pf2 = ExamplesInputs.combinationEx1In2();
		Pattern startPattern = ExamplesInputs.combinationEx1In3();

		PF pf = new PF("Combined Healthcare GPF");

		//combination algorithm
		pf = MaintenanceAlgorithms.combination(pf1, pf2, startPattern);
		return pf;	
		
		

	}
}