Index: src/libchcore/TSpeedTracker.h
===================================================================
diff -u -N -r4fe995b304ea342b50293f92d3c1992b43b820f7 -ra4635addad389b9e117679437a3e1b64a739ea96
--- src/libchcore/TSpeedTracker.h	(.../TSpeedTracker.h)	(revision 4fe995b304ea342b50293f92d3c1992b43b820f7)
+++ src/libchcore/TSpeedTracker.h	(.../TSpeedTracker.h)	(revision a4635addad389b9e117679437a3e1b64a739ea96)
@@ -1,52 +1,52 @@
-#ifndef __TSPEEDTRACKER_H__
-#define __TSPEEDTRACKER_H__
-
-#include "TString.h"
-
-namespace chcore
-{
-	class TSpeedTracker
-	{
-	public:
-		TSpeedTracker(unsigned long long ullTrackTime, unsigned long long ullSampleTime);
-
-		void AddSample(unsigned long long ullValue, unsigned long long ullTimestamp);
-		void Clear();
-
-		// retrieves speed per second
-		double GetSpeed() const;
-
-		TString ToString() const;
-		void FromString(const TString& strData);
-
-	private:
-		TSpeedTracker(const TSpeedTracker&);
-		TSpeedTracker& operator=(const TSpeedTracker&);
-
-		static double NormalizeValueByTime(unsigned long long ullValue, unsigned long long ullTime, unsigned long long ullNormalizeTime = 1000);
-
-		size_t GetNextSampleIndexAndIncrease();
-		void FinalizeIncompleteSample(double dSpeed, unsigned long long& ullInterval);
-		void AddCompleteSamples(double dSpeed, unsigned long long& ullInterval);
-		void PrepareIncompleteSample(unsigned long long ullInterval, double dSpeed);
-		double CalculateIncompleteSampleNormalizedSpeed() const;
-
-	private:
-		// initialized in constructor (does not change throughout the whole lifetime)
-		const size_t m_stRequiredSamples;				// how many samples of m_ullSampleTime do we want to keep?
-		const unsigned long long m_ullSampleTime;		// interval covered by a single sample
-		const double m_dSamplesPerSecond;				// how many samples fit in one second
-
-		// vector of samples with pointer to the next element to be filled
-		std::vector<double> m_vSamples;		// speed per sample
-		size_t m_stNextSamplePos;				// points to the element with the oldest sample
-
-		unsigned long long m_ullLastTimestamp;		// last time some sample was processed
-
-		double m_dPartialSpeedNotInSamples;		// specifies count of data processed in the m_ullTimeIntervalNotInSamples interval
-		unsigned long long m_ullTimeIntervalNotInSamples;	// interval that was not enough to add m_ullDataNotInSamples to samples
-		unsigned long long m_ullZeroIntervalData;
-	};
-}
-
-#endif
+#ifndef __TSPEEDTRACKER_H__
+#define __TSPEEDTRACKER_H__
+
+#include "TString.h"
+
+namespace chcore
+{
+	class TSpeedTracker
+	{
+	public:
+		TSpeedTracker(unsigned long long ullTrackTime, unsigned long long ullSampleTime);
+
+		void AddSample(unsigned long long ullValue, unsigned long long ullTimestamp);
+		void Clear();
+
+		// retrieves speed per second
+		double GetSpeed() const;
+
+		TString ToString() const;
+		void FromString(const TString& strData);
+
+	private:
+		TSpeedTracker(const TSpeedTracker&);
+		TSpeedTracker& operator=(const TSpeedTracker&);
+
+		static double NormalizeValueByTime(unsigned long long ullValue, unsigned long long ullTime, unsigned long long ullNormalizeTime = 1000);
+
+		size_t GetNextSampleIndexAndIncrease();
+		void FinalizeIncompleteSample(double dSpeed, unsigned long long& ullInterval);
+		void AddCompleteSamples(double dSpeed, unsigned long long& ullInterval);
+		void PrepareIncompleteSample(unsigned long long ullInterval, double dSpeed);
+		double CalculateIncompleteSampleNormalizedSpeed() const;
+
+	private:
+		// initialized in constructor (does not change throughout the whole lifetime)
+		const size_t m_stRequiredSamples;				// how many samples of m_ullSampleTime do we want to keep?
+		const unsigned long long m_ullSampleTime;		// interval covered by a single sample
+		const double m_dSamplesPerSecond;				// how many samples fit in one second
+
+		// vector of samples with pointer to the next element to be filled
+		std::vector<double> m_vSamples;		// speed per sample
+		size_t m_stNextSamplePos;				// points to the element with the oldest sample
+
+		unsigned long long m_ullLastTimestamp;		// last time some sample was processed
+
+		double m_dPartialSpeedNotInSamples;		// specifies count of data processed in the m_ullTimeIntervalNotInSamples interval
+		unsigned long long m_ullTimeIntervalNotInSamples;	// interval that was not enough to add m_ullDataNotInSamples to samples
+		unsigned long long m_ullZeroIntervalData;
+	};
+}
+
+#endif