Compilation errors and some warnings solved.

Be/BeEvent.cpp

@@ -757,7 +757,8 @@ Double_t BeEvent::CsIcorrectedEnergy(Int_t _address, Int_t _subaddress,
 	//
 	//	c1 = (a*x0+b)/( (x0-p)^c2 )
 
-	Double_t energy;
+//	Double_t energy;
+	Double_t energy = 0.;
 	Double_t cp1;
 	Double_t cp2;
 
@@ -2728,7 +2729,8 @@ void BeEvent::HitIdentification(const Int_t tel, const Int_t hit,
 	///
 	////////////////////////////////////////////////////////////////////////////
 
-	Double_t x;
+//	Double_t x;
+	Double_t x = 0.;
 	Double_t econ;
 
 	//case when there is no signal in CsI

Be/BeReaction.cpp

@@ -158,12 +158,18 @@ void BeReaction::FillProcess(Double_t _LiT, Double_t _LiThetaIn,
 	//physical generator based on theoretical calculations
 
 		//set masses for 6Li + p --> 6Be + n: mass of 6Be taken from generator
-	TLorentzVector pa(_p_alpha[0], _p_alpha[1], _p_alpha[2]);	//alpha in the a-p-p CM
-	pa.SetE( E( Power(pa.P(), 2), BeDecayM[3] ) );
-	TLorentzVector pp1(_p_p1[0], _p_p1[1], _p_p1[2]);			//proton in the a-p-p CM
-	pp1.SetE( E( Power(pp1.P(), 2), LipM[1] ) );
-	TLorentzVector pp2(_p_p2[0], _p_p2[1], _p_p2[2]);			//proton in the a-p-p CM
-	pp2.SetE( E( Power(pp2.P(), 2), LipM[1] ) );
+//	TLorentzVector pa(_p_alpha[0], _p_alpha[1], _p_alpha[2]);	//alpha in the a-p-p CM
+//	pa.SetE( E( Power(pa.P(), 2), BeDecayM[3] ) );
+	TLorentzVector pa(_p_alpha[0], _p_alpha[1], _p_alpha[2], E( Power(pa.P(), 2), BeDecayM[3] ));	//alpha in the a-p-p CM
+
+//	TLorentzVector pp1(_p_p1[0], _p_p1[1], _p_p1[2]);			//proton in the a-p-p CM
+//	pp1.SetE( E( Power(pp1.P(), 2), LipM[1] ) );
+	TLorentzVector pp1(_p_p1[0], _p_p1[1], _p_p1[2], E( Power(pp1.P(), 2), LipM[1] ));			//proton in the a-p-p CM
+
+//	TLorentzVector pp2(_p_p2[0], _p_p2[1], _p_p2[2]);			//proton in the a-p-p CM
+//	pp2.SetE( E( Power(pp2.P(), 2), LipM[1] ) );
+	TLorentzVector pp2(_p_p2[0], _p_p2[1], _p_p2[2], E( Power(pp2.P(), 2), LipM[1] ));			//proton in the a-p-p CM
+
 	TLorentzVector pbe;											//6Be in the a-p-p CM
 	pbe = pa + pp1 + pp2;
 

Be/BinaryReaction.cpp

@@ -192,12 +192,14 @@ void BinaryReaction::SetOrientationV()
 	rdirection.SetPhi(fPhiIn);
 	//rdirection.SetMag(1.);
 
-	TVector3	a(1);
+//	TVector3	a(1);
+	TVector3	a(1., 1., 1.);
 	a.SetTheta(fThetaA);
 	a.SetPhi(fPhiA);
 	//a.SetMag(1.);
 
-	TVector3	b(1);
+//	TVector3	b(1);
+	TVector3	b(1., 1., 1.);
 	b.SetTheta(fThetaB);
 	b.SetPhi(fPhiB);
 	//b.SetMag(1.);