Index: trunk/source/geometry/magneticfield/src/G4MonopoleEq.cc
===================================================================
--- trunk/source/geometry/magneticfield/src/G4MonopoleEq.cc	(revision 1315)
+++ 	(revision )
@@ -1,99 +1,0 @@
-//
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-// * This  code  implementation is the result of  the  scientific and *
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-//
-//
-// $Id: G4MonopoleEq.cc,v 1.1 2009/11/17 09:53:03 grichine Exp $
-// GEANT4 tag $Name:  $
-//
-//
-//  This is the standard right-hand side for equation of motion.
-//
-//  d(p_c)/ds=g{c-energyB_ - p_c x E}/pc
-//
-//  The only case another is required is when using a moving reference
-//  frame ... or extending the class to include additional Forces,
-//  eg an electric field
-//
-//  17.11.09   V.Grichine
-//
-// -------------------------------------------------------------------
-
-#include "G4MonopoleEq.hh"
-#include "globals.hh"
-
-void  
-G4MonopoleEq::SetChargeMomentumMass(G4double particleCharge, // e+ units
-		                            G4double,
-                                            G4double particleMass)
-{
-  fElectroMagCof =  eplus*particleCharge;  // no *c_light as for ususal q
-  fElectroMagCof /= 2*fine_structure_const;
-
-  fMassCof = particleMass*particleMass ; 
-}
-
-
-
-void
-G4MonopoleEq::EvaluateRhsGivenB(const G4double y[],
-			                const G4double Field[],
-				              G4double dydx[] ) const
-{
-
-   // Components of y:
-   //    0-2 dr/ds, 
-   //    3-5 dpc/ds - momentum derivatives 
-
-   G4double pSquared = y[3]*y[3] + y[4]*y[4] + y[5]*y[5] ;
-
-   G4double Energy   = std::sqrt( pSquared + fMassCof );
-   G4double cof2     = Energy*c_light ;
-
-   G4double pModuleInverse  = 1.0/std::sqrt(pSquared) ;
-
-   //  G4double inverse_velocity = Energy * c_light * pModuleInverse;
-   G4double inverse_velocity = Energy * pModuleInverse / c_light;
-
-   G4double cof1     = fElectroMagCof*pModuleInverse ;
-
-   //  G4double vDotE = y[3]*Field[3] + y[4]*Field[4] + y[5]*Field[5] ;
-
-
-   dydx[0] = y[3]*pModuleInverse ;                         
-   dydx[1] = y[4]*pModuleInverse ;                         
-   dydx[2] = y[5]*pModuleInverse ;                        
-
-   dydx[3] = cof1*(cof2*Field[0] - (y[4]*Field[5] - y[5]*Field[4])) ;
-   
-   dydx[4] = cof1*(cof2*Field[1] - (y[5]*Field[3] - y[3]*Field[5])) ; 
- 
-   dydx[5] = cof1*(cof2*Field[2] - (y[3]*Field[4] - y[4]*Field[3])) ;  
-
-   dydx[6] = 0.;//not used
-
-   // Lab Time of flight
-   dydx[7] = inverse_velocity;
-   return ;
-}
