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#ifndef MyProcessing_hxx#define MyProcessing_hxx#include <vector>#include <iostream>#include <algorithm> #include <iterator>#include <CLAM/InPort.hxx>#include <CLAM/OutPort.hxx>#include <CLAM/Processing.hxx>#include <CLAM/NullProcessingConfig.hxx>#include <numeric>// Those two configuration types could be the ones you choose.// Your own ones or any type already in CLAM.#include "CLAM/Fundamental.hxx"#include <CLAM/OutControlSender.hxx>class MyProcessing : public CLAM::Processing{  		CLAM::InPort<CLAM::Fundamental> mIn;	typedef CLAM::NullProcessingConfig Config;public:	std::vector<float> notes;int output;int median;	const char* GetClassName() const { return "MyProcessing";  }	MyProcessing(const Config & config=Config()) 		: mIn("CLAM::Fundamental", this)	{		Configure( config );	} 	~MyProcessing() {}		// Configuration to the minimal expression	bool ConcreteConfigure(const CLAM::ProcessingConfig&)	{		return true; // I got proper configuration	}	const CLAM::ProcessingConfig& GetConfig() const	{		static Config config;		return config;	}		bool Do()	{		bool result = Do(mIn.GetData()); 		notes.reserve(450);				// Tell the ports this is done		mIn.Consume();				return result;	}		bool Do(const CLAM::Fundamental& in)	{	CLAM::TData newNote = in.GetCandidatesFreq()[0];		if (newNote<1.0) return true;		std::vector<float>::iterator it = std::lower_bound(notes.begin(), notes.end(), newNote); 		notes.insert(it, newNote);		return true;	}		bool ConcreteStop()	{		//calculate median		std::sort(notes.begin(), notes.end());		int median = notes[notes.size()/2];		//std::copy(notes.begin(), notes.end(), std::ostream_iterator<float>(std::cout, "\n"));				if (median < 2800){		std::cout << "This is probably a begging call." << std::endl;		}		else if (median > 3200 && median < 3850) {std::cout << "This is most likely a greeting call." << std::endl;}else { std::cout << "Too close to call." << std::endl;}std::cout << "The median is: " << median << "." << std::endl;		return 1;	}};#endif // MyProcessing_hxx