CMSTDormandPrince45< T_Equation, N > Class Template Reference

#include <CMSTDormandPrince45.h>

Inheritance diagram for CMSTDormandPrince45< T_Equation, N >:

Public Member Functions
	CMSTDormandPrince45 (T_Equation *equation)
	CMSTDormandPrince45 (T_Equation *equation, G4int numVar)
G4double	DistChord () const final
T_Equation *	GetSpecificEquation ()
const field_utils::ShortState< N > &	GetYOut () const
G4int	IntegratorOrder () const override
void	Interpolate (G4double tau, G4double yOut[]) const
void	Interpolate4thOrder (G4double yOut[], G4double tau) const
void	Interpolate5thOrder (G4double yOut[], G4double tau) const
void	RightHandSideInl (const G4double y[], G4double inv_momentum_magnitude, G4double dydx[])
void	SetupInterpolation ()
void	SetupInterpolation5thOrder ()
void	Stepper (const G4double yInput[], const G4double dydx[], G4double hstep, G4double yOutput[], G4double yError[]) final
void	Stepper (const G4double yInput[], const G4double dydx[], G4double hstep, G4double yOutput[], G4double yError[], G4double dydxOutput[])
void	StepWithError (const G4double yInput[], const G4double dydx[], G4double hstep, G4double yOutput[], G4double yError[])
void	StepWithFinalDerivate (const G4double yInput[], const G4double dydx[], G4double hstep, G4double yOutput[], G4double yError[], G4double dydxOutput[])

Static Public Attributes
static constexpr int	N8 = N > 8 ? N : 8

Private Attributes
field_utils::ShortState< N >	ak2
field_utils::ShortState< N >	ak3
field_utils::ShortState< N >	ak4
field_utils::ShortState< N >	ak5
field_utils::ShortState< N >	ak6
field_utils::ShortState< N >	ak7
field_utils::ShortState< N >	ak8
field_utils::ShortState< N >	ak9
field_utils::ShortState< N >	fdydxIn
T_Equation *	fEquation_Rhs
G4double	fLastStepLength = -1.0
field_utils::ShortState< N8 >	fyIn
field_utils::ShortState< N >	fyOut

Detailed Description

template<class T_Equation, unsigned int N = 6>
class CMSTDormandPrince45< T_Equation, N >

Definition at line 27 of file CMSTDormandPrince45.h.

Constructor & Destructor Documentation

CMSTDormandPrince45() [1/2]

template<class T_Equation , unsigned int N>

CMSTDormandPrince45< T_Equation, N >::CMSTDormandPrince45

(

T_Equation *

equation

)

Definition at line 129 of file CMSTDormandPrince45.h.

    : G4MagIntegratorStepper(dynamic_cast<G4EquationOfMotion*>(equation), N), fEquation_Rhs(equation) {
  // assert( dynamic_cast<G4EquationOfMotion*>(equation) != nullptr );
  if (dynamic_cast<G4EquationOfMotion*>(equation) == nullptr) {
    G4Exception("G4TDormandPrince745CMS: constructor",
                "GeomField0001",
                FatalException,
                "T_Equation is not an G4EquationOfMotion.");
  }

  /***
  assert( equation->GetNumberOfVariables == N );
  if( equation->GetNumberOfVariables != N ){
    G4ExceptionDescription msg;
    msg << "Equation has an incompatible number of variables." ;
    msg << "   template N = " << N << " equation-Nvar= "
        << equation->GetNumberOfVariables;
    G4Exception("G4TCashKarpRKF45: constructor", "GeomField0001",
                FatalException, msg );
   } ****/
}

CMSTDormandPrince45() [2/2]

template<class T_Equation , unsigned int N>

CMSTDormandPrince45< T_Equation, N >::CMSTDormandPrince45	(	T_Equation *	equation,
		G4int	numVar
	)

Definition at line 152 of file CMSTDormandPrince45.h.

References cms::cuda::assert(), mps_check::msg, and N.

    : CMSTDormandPrince45<T_Equation, N>(equation) {
  if (numVar != G4int(N)) {
    G4ExceptionDescription msg;
    msg << "Equation has an incompatible number of variables.";
    msg << "   template N = " << N << "   argument numVar = " << numVar;
    //    << " equation-Nvar= " << equation->GetNumberOfVariables(); // --> Expected later
    G4Exception("G4TCashKarpRKF45CMS: constructor", "GeomField0001", FatalErrorInArgument, msg);
  }
  assert(numVar == N);
}

Member Function Documentation

DistChord()

template<class T_Equation , unsigned int N>

G4double CMSTDormandPrince45< T_Equation, N >::DistChord ( ) const

final

Definition at line 278 of file CMSTDormandPrince45.h.

References mps_fire::end, hcalSimParameters_cfi::hf1, mps_fire::i, and PixelTestBeamValidation_cfi::Position.

                                                             {
  // Coefficients were taken from Some Practical Runge-Kutta Formulas
  // by Lawrence F. Shampine, page 149, c*
  //
  const G4double hf1 = 6025192743.0 / 30085553152.0, hf3 = 51252292925.0 / 65400821598.0,
                 hf4 = -2691868925.0 / 45128329728.0, hf5 = 187940372067.0 / 1594534317056.0,
                 hf6 = -1776094331.0 / 19743644256.0, hf7 = 11237099.0 / 235043384.0;

  G4ThreeVector mid;

  for (unsigned int i = 0; i < 3; ++i) {
    mid[i] =
        fyIn[i] + 0.5 * fLastStepLength *
                      (hf1 * fdydxIn[i] + hf3 * ak3[i] + hf4 * ak4[i] + hf5 * ak5[i] + hf6 * ak6[i] + hf7 * ak7[i]);
  }

  const G4ThreeVector begin = makeVector(fyIn, field_utils::Value3D::Position);
  const G4ThreeVector end = makeVector(fyOut, field_utils::Value3D::Position);

  return G4LineSection::Distline(mid, begin, end);
}

GetSpecificEquation()

template<class T_Equation , unsigned int N = 6>

T_Equation* CMSTDormandPrince45< T_Equation, N >::GetSpecificEquation ( )

inline

Definition at line 75 of file CMSTDormandPrince45.h.

References CMSTDormandPrince45< T_Equation, N >::fEquation_Rhs.

{ return fEquation_Rhs; }

GetYOut()

template<class T_Equation , unsigned int N = 6>

const field_utils::ShortState<N>& CMSTDormandPrince45< T_Equation, N >::GetYOut ( ) const

inline

Definition at line 54 of file CMSTDormandPrince45.h.

References CMSTDormandPrince45< T_Equation, N >::fyOut.

{ return fyOut; }

IntegratorOrder()

template<class T_Equation , unsigned int N = 6>

G4int CMSTDormandPrince45< T_Equation, N >::IntegratorOrder ( ) const

inlineoverride

Definition at line 52 of file CMSTDormandPrince45.h.

{ return 4; }

Interpolate()

template<class T_Equation , unsigned int N = 6>

void CMSTDormandPrince45< T_Equation, N >::Interpolate ( G4double  tau, G4double  yOut[]  ) const

inline

Definition at line 47 of file CMSTDormandPrince45.h.

References CMSTDormandPrince45< T_Equation, N >::Interpolate4thOrder().

{ Interpolate4thOrder(yOut, tau); }

Interpolate4thOrder()

template<class T_Equation , unsigned int N>

void CMSTDormandPrince45< T_Equation, N >::Interpolate4thOrder	(	G4double	yOut[],
		G4double	tau
	)		const

Definition at line 306 of file CMSTDormandPrince45.h.

References mps_fire::i, N, metsig::tau, jetsAK8_cff::tau2, jetsAK8_cff::tau3, and jetsAK8_cff::tau4.

Referenced by CMSTDormandPrince45< T_Equation, N >::Interpolate().

                                                                                                {
  // const G4int numberOfVariables = GetNumberOfVariables();

  const G4double tau2 = tau * tau, tau3 = tau * tau2, tau4 = tau2 * tau2;

  const G4double bf1 =
      1.0 / 11282082432.0 *
      (157015080.0 * tau4 - 13107642775.0 * tau3 + 34969693132.0 * tau2 - 32272833064.0 * tau + 11282082432.0);

  const G4double bf3 =
      -100.0 / 32700410799.0 * tau * (15701508.0 * tau3 - 914128567.0 * tau2 + 2074956840.0 * tau - 1323431896.0);

  const G4double bf4 =
      25.0 / 5641041216.0 * tau * (94209048.0 * tau3 - 1518414297.0 * tau2 + 2460397220.0 * tau - 889289856.0);

  const G4double bf5 =
      -2187.0 / 199316789632.0 * tau * (52338360.0 * tau3 - 451824525.0 * tau2 + 687873124.0 * tau - 259006536.0);

  const G4double bf6 =
      11.0 / 2467955532.0 * tau * (106151040.0 * tau3 - 661884105.0 * tau2 + 946554244.0 * tau - 361440756.0);

  const G4double bf7 = 1.0 / 29380423.0 * tau * (1.0 - tau) * (8293050.0 * tau2 - 82437520.0 * tau + 44764047.0);

  for (unsigned int i = 0; i < N; ++i) {
    yOut[i] =
        fyIn[i] + fLastStepLength * tau *
                      (bf1 * fdydxIn[i] + bf3 * ak3[i] + bf4 * ak4[i] + bf5 * ak5[i] + bf6 * ak6[i] + bf7 * ak7[i]);
  }
}

Interpolate5thOrder()

template<class T_Equation , unsigned int N>

void CMSTDormandPrince45< T_Equation, N >::Interpolate5thOrder	(	G4double	yOut[],
		G4double	tau
	)		const

Definition at line 377 of file CMSTDormandPrince45.h.

References b, mps_fire::i, dqmiolumiharvest::j, N, and metsig::tau.

                                                                                                {
  // Define the coefficients for the polynomials
  //
  G4double bi[10][5];

  //  COEFFICIENTS OF   bi[1]
  bi[1][0] = 1.0, bi[1][1] = -38039.0 / 7040.0, bi[1][2] = 125923.0 / 10560.0, bi[1][3] = -19683.0 / 1760.0,
  bi[1][4] = 3303.0 / 880.0,
  //  --------------------------------------------------------
      //
      //  COEFFICIENTS OF  bi[2]
      bi[2][0] = 0.0, bi[2][1] = 0.0, bi[2][2] = 0.0, bi[2][3] = 0.0, bi[2][4] = 0.0,
  //  --------------------------------------------------------
      //
      //  COEFFICIENTS OF  bi[3]
      bi[3][0] = 0.0, bi[3][1] = -12500.0 / 4081.0, bi[3][2] = 205000.0 / 12243.0, bi[3][3] = -90000.0 / 4081.0,
  bi[3][4] = 36000.0 / 4081.0,
  //  --------------------------------------------------------
      //
      //  COEFFICIENTS OF  bi[4]
      bi[4][0] = 0.0, bi[4][1] = -3125.0 / 704.0, bi[4][2] = 25625.0 / 1056.0, bi[4][3] = -5625.0 / 176.0,
  bi[4][4] = 1125.0 / 88.0,
  //  --------------------------------------------------------
      //
      //  COEFFICIENTS OF  bi[5]
      bi[5][0] = 0.0, bi[5][1] = 164025.0 / 74624.0, bi[5][2] = -448335.0 / 37312.0, bi[5][3] = 295245.0 / 18656.0,
  bi[5][4] = -59049.0 / 9328.0,
  //  --------------------------------------------------------
      //
      //  COEFFICIENTS OF  bi[6]
      bi[6][0] = 0.0, bi[6][1] = -25.0 / 28.0, bi[6][2] = 205.0 / 42.0, bi[6][3] = -45.0 / 7.0, bi[6][4] = 18.0 / 7.0,
  //  --------------------------------------------------------
      //
      //  COEFFICIENTS OF  bi[7]
      bi[7][0] = 0.0, bi[7][1] = -2.0 / 11.0, bi[7][2] = 73.0 / 55.0, bi[7][3] = -171.0 / 55.0, bi[7][4] = 108.0 / 55.0,
  //  --------------------------------------------------------
      //
      //  COEFFICIENTS OF  bi[8]
      bi[8][0] = 0.0, bi[8][1] = 189.0 / 22.0, bi[8][2] = -1593.0 / 55.0, bi[8][3] = 3537.0 / 110.0,
  bi[8][4] = -648.0 / 55.0,
  //  --------------------------------------------------------
      //
      //  COEFFICIENTS OF  bi[9]
      bi[9][0] = 0.0, bi[9][1] = 351.0 / 110.0, bi[9][2] = -999.0 / 55.0, bi[9][3] = 2943.0 / 110.0,
  bi[9][4] = -648.0 / 55.0;
  //  --------------------------------------------------------

  // Calculating the polynomials

  G4double b[10];
  std::memset(b, 0.0, sizeof(b));

  G4double tauPower = 1.0;
  for (G4int j = 0; j <= 4; ++j) {
    for (G4int iStage = 1; iStage <= 9; ++iStage) {
      b[iStage] += bi[iStage][j] * tauPower;
    }
    tauPower *= tau;
  }

  // const G4int numberOfVariables = GetNumberOfVariables();
  const G4double stepLen = fLastStepLength * tau;
  for (G4int i = 0; i < N; ++i) {
    yOut[i] = fyIn[i] + stepLen * (b[1] * fdydxIn[i] + b[2] * ak2[i] + b[3] * ak3[i] + b[4] * ak4[i] + b[5] * ak5[i] +
                                   b[6] * ak6[i] + b[7] * ak7[i] + b[8] * ak8[i] + b[9] * ak9[i]);
  }
}

RightHandSideInl()

template<class T_Equation , unsigned int N = 6>

void CMSTDormandPrince45< T_Equation, N >::RightHandSideInl ( const G4double  y[], G4double  inv_momentum_magnitude, G4double  dydx[]  )

inline

Definition at line 62 of file CMSTDormandPrince45.h.

References CMSTDormandPrince45< T_Equation, N >::fEquation_Rhs, and y.

                                                                                              {
    fEquation_Rhs->T_Equation::TRightHandSide(y, inv_momentum_magnitude, dydx);
  }

SetupInterpolation()

template<class T_Equation , unsigned int N = 6>

void CMSTDormandPrince45< T_Equation, N >::SetupInterpolation ( )

inline

Definition at line 45 of file CMSTDormandPrince45.h.

{}

SetupInterpolation5thOrder()

template<class T_Equation , unsigned int N>

void CMSTDormandPrince45< T_Equation, N >::SetupInterpolation5thOrder

(

)

Definition at line 344 of file CMSTDormandPrince45.h.

References mps_fire::i, N, and mathSSE::sqrt().

                                                                    {
  // Coefficients for the additional stages
  //
  const G4double b81 = 6245.0 / 62208.0, b82 = 0.0, b83 = 8875.0 / 103032.0, b84 = -125.0 / 1728.0,
                 b85 = 801.0 / 13568.0, b86 = -13519.0 / 368064.0, b87 = 11105.0 / 368064.0,

                 b91 = 632855.0 / 4478976.0, b92 = 0.0, b93 = 4146875.0 / 6491016.0, b94 = 5490625.0 / 14183424.0,
                 b95 = -15975.0 / 108544.0, b96 = 8295925.0 / 220286304.0, b97 = -1779595.0 / 62938944.0,
                 b98 = -805.0 / 4104.0;

  // const G4int numberOfVariables = GetNumberOfVariables();
  field_utils::ShortState<N> yTemp;

  // Evaluate the extra stages
  //
  for (unsigned int i = 0; i < N; ++i) {
    yTemp[i] = fyIn[i] + fLastStepLength * (b81 * fdydxIn[i] + b82 * ak2[i] + b83 * ak3[i] + b84 * ak4[i] +
                                            b85 * ak5[i] + b86 * ak6[i] + b87 * ak7[i]);
  }
  G4double momentum_mag_square = yTemp[3] * yTemp[3] + yTemp[4] * yTemp[4] + yTemp[5] * yTemp[5];
  G4double inv_momentum_magnitude = 1.0 / std::sqrt(momentum_mag_square);
  RightHandSideInl(yTemp, inv_momentum_magnitude, ak8);  // 8th Stage

  for (unsigned int i = 0; i < N; ++i) {
    yTemp[i] = fyIn[i] + fLastStepLength * (b91 * fdydxIn[i] + b92 * ak2[i] + b93 * ak3[i] + b94 * ak4[i] +
                                            b95 * ak5[i] + b96 * ak6[i] + b97 * ak7[i] + b98 * ak8[i]);
  }
  RightHandSideInl(yTemp, inv_momentum_magnitude, ak9);  // 9th Stage
}

Stepper() [1/2]

template<class T_Equation , unsigned int N>

void CMSTDormandPrince45< T_Equation, N >::Stepper ( const G4double  yInput[], const G4double  dydx[], G4double  hstep, G4double  yOutput[], G4double  yError[]  )

inlinefinal

Definition at line 269 of file CMSTDormandPrince45.h.

References cms::cuda::assert().

                                                                                                          {
  assert(yOutput != yInput);
  assert(yError != yInput);

  StepWithError(yInput, dydx, Step, yOutput, yError);
}

Stepper() [2/2]

template<class T_Equation , unsigned int N = 6>

void CMSTDormandPrince45< T_Equation, N >::Stepper ( const G4double  yInput[], const G4double  dydx[], G4double  hstep, G4double  yOutput[], G4double  yError[], G4double  dydxOutput[]  )

inline

Definition at line 66 of file CMSTDormandPrince45.h.

References CMSTDormandPrince45< T_Equation, N >::StepWithFinalDerivate().

                                             {
    StepWithFinalDerivate(yInput, dydx, hstep, yOutput, yError, dydxOutput);
  }

StepWithError()

template<class T_Equation , unsigned int N>

void CMSTDormandPrince45< T_Equation, N >::StepWithError ( const G4double  yInput[], const G4double  dydx[], G4double  hstep, G4double  yOutput[], G4double  yError[]  )

inline

Definition at line 182 of file CMSTDormandPrince45.h.

References b64, MillePedeFileConverter_cfg::e, mps_fire::i, N, and mathSSE::sqrt().

                                                                                                      {
  // The parameters of the Butcher tableu
  //
  constexpr G4double b21 = 0.2, b31 = 3.0 / 40.0, b32 = 9.0 / 40.0, b41 = 44.0 / 45.0, b42 = -56.0 / 15.0,
                     b43 = 32.0 / 9.0,

                     b51 = 19372.0 / 6561.0, b52 = -25360.0 / 2187.0, b53 = 64448.0 / 6561.0, b54 = -212.0 / 729.0,

                     b61 = 9017.0 / 3168.0, b62 = -355.0 / 33.0, b63 = 46732.0 / 5247.0, b64 = 49.0 / 176.0,
                     b65 = -5103.0 / 18656.0,

                     b71 = 35.0 / 384.0, b72 = 0., b73 = 500.0 / 1113.0, b74 = 125.0 / 192.0, b75 = -2187.0 / 6784.0,
                     b76 = 11.0 / 84.0,

                     //Sum of columns, sum(bij) = ei
      //    e1 = 0. ,
      //    e2 = 1.0/5.0 ,
      //    e3 = 3.0/10.0 ,
      //    e4 = 4.0/5.0 ,
      //    e5 = 8.0/9.0 ,
      //    e6 = 1.0 ,
      //    e7 = 1.0 ,

      // Difference between the higher and the lower order method coeff. :
      // b7j are the coefficients of higher order

      dc1 = -(b71 - 5179.0 / 57600.0), dc2 = -(b72 - .0), dc3 = -(b73 - 7571.0 / 16695.0), dc4 = -(b74 - 393.0 / 640.0),
                     dc5 = -(b75 + 92097.0 / 339200.0), dc6 = -(b76 - 187.0 / 2100.0), dc7 = -(-1.0 / 40.0);

  // const G4int numberOfVariables = GetNumberOfVariables();
  //   The number of variables to be integrated over
  field_utils::ShortState<N8> yTemp;

  yOut[7] = yTemp[7] = fyIn[7] = yInput[7];  // Pass along the time - used in RightHandSide

  //  Saving yInput because yInput and yOut can be aliases for same array
  //
  for (unsigned int i = 0; i < N; ++i) {
    fyIn[i] = yInput[i];
    yTemp[i] = yInput[i] + b21 * hstep * dydx[i];
  }
  G4double momentum_mag_square = yTemp[3] * yTemp[3] + yTemp[4] * yTemp[4] + yTemp[5] * yTemp[5];
  G4double inv_momentum_magnitude = 1.0 / std::sqrt(momentum_mag_square);
  RightHandSideInl(yTemp, inv_momentum_magnitude, ak2);  // 2nd stage

  for (unsigned int i = 0; i < N; ++i) {
    yTemp[i] = fyIn[i] + hstep * (b31 * dydx[i] + b32 * ak2[i]);
  }
  RightHandSideInl(yTemp, inv_momentum_magnitude, ak3);  // 3rd stage

  for (unsigned int i = 0; i < N; ++i) {
    yTemp[i] = fyIn[i] + hstep * (b41 * dydx[i] + b42 * ak2[i] + b43 * ak3[i]);
  }
  RightHandSideInl(yTemp, inv_momentum_magnitude, ak4);  // 4th stage

  for (unsigned int i = 0; i < N; ++i) {
    yTemp[i] = fyIn[i] + hstep * (b51 * dydx[i] + b52 * ak2[i] + b53 * ak3[i] + b54 * ak4[i]);
  }
  RightHandSideInl(yTemp, inv_momentum_magnitude, ak5);  // 5th stage

  for (unsigned int i = 0; i < N; ++i) {
    yTemp[i] = fyIn[i] + hstep * (b61 * dydx[i] + b62 * ak2[i] + b63 * ak3[i] + b64 * ak4[i] + b65 * ak5[i]);
  }
  RightHandSideInl(yTemp, inv_momentum_magnitude, ak6);  // 6th stage

  for (unsigned int i = 0; i < N; ++i) {
    yOut[i] =
        fyIn[i] + hstep * (b71 * dydx[i] + b72 * ak2[i] + b73 * ak3[i] + b74 * ak4[i] + b75 * ak5[i] + b76 * ak6[i]);
  }
  RightHandSideInl(yOut, inv_momentum_magnitude, ak7);  // 7th and Final stage

  for (unsigned int i = 0; i < N; ++i) {
    yErr[i] = hstep * (dc1 * dydx[i] + dc2 * ak2[i] + dc3 * ak3[i] + dc4 * ak4[i] + dc5 * ak5[i] + dc6 * ak6[i] +
                       dc7 * ak7[i]) +
              1.5e-18;

    // Store Input and Final values, for possible use in calculating chord
    //
    fyOut[i] = yOut[i];
    fdydxIn[i] = dydx[i];
  }

  fLastStepLength = hstep;
}

StepWithFinalDerivate()

template<class T_Equation , unsigned int N>

void CMSTDormandPrince45< T_Equation, N >::StepWithFinalDerivate ( const G4double  yInput[], const G4double  dydx[], G4double  hstep, G4double  yOutput[], G4double  yError[], G4double  dydxOutput[]  )

inline

Definition at line 165 of file CMSTDormandPrince45.h.

References filterCSVwithJSON::copy, and N.

Referenced by CMSTDormandPrince45< T_Equation, N >::Stepper().

                                                                                             {
  StepWithError(yInput, dydx, hstep, yOutput, yError);
  field_utils::copy(dydxOutput, ak7, N);
}

Member Data Documentation

ak2

template<class T_Equation , unsigned int N = 6>

field_utils::ShortState<N> CMSTDormandPrince45< T_Equation, N >::ak2

private

Definition at line 80 of file CMSTDormandPrince45.h.

ak3

template<class T_Equation , unsigned int N = 6>

field_utils::ShortState<N> CMSTDormandPrince45< T_Equation, N >::ak3

private

Definition at line 80 of file CMSTDormandPrince45.h.

ak4

template<class T_Equation , unsigned int N = 6>

field_utils::ShortState<N> CMSTDormandPrince45< T_Equation, N >::ak4

private

Definition at line 80 of file CMSTDormandPrince45.h.

ak5

template<class T_Equation , unsigned int N = 6>

field_utils::ShortState<N> CMSTDormandPrince45< T_Equation, N >::ak5

private

Definition at line 80 of file CMSTDormandPrince45.h.

ak6

template<class T_Equation , unsigned int N = 6>

field_utils::ShortState<N> CMSTDormandPrince45< T_Equation, N >::ak6

private

Definition at line 80 of file CMSTDormandPrince45.h.

ak7

template<class T_Equation , unsigned int N = 6>

field_utils::ShortState<N> CMSTDormandPrince45< T_Equation, N >::ak7

private

Definition at line 80 of file CMSTDormandPrince45.h.

ak8

template<class T_Equation , unsigned int N = 6>

field_utils::ShortState<N> CMSTDormandPrince45< T_Equation, N >::ak8

private

Definition at line 80 of file CMSTDormandPrince45.h.

ak9

template<class T_Equation , unsigned int N = 6>

field_utils::ShortState<N> CMSTDormandPrince45< T_Equation, N >::ak9

private

Definition at line 80 of file CMSTDormandPrince45.h.

fdydxIn

template<class T_Equation , unsigned int N = 6>

field_utils::ShortState<N> CMSTDormandPrince45< T_Equation, N >::fdydxIn

private

Definition at line 82 of file CMSTDormandPrince45.h.

fEquation_Rhs

template<class T_Equation , unsigned int N = 6>

T_Equation* CMSTDormandPrince45< T_Equation, N >::fEquation_Rhs

private

Definition at line 89 of file CMSTDormandPrince45.h.

Referenced by CMSTDormandPrince45< T_Equation, N >::GetSpecificEquation(), and CMSTDormandPrince45< T_Equation, N >::RightHandSideInl().

fLastStepLength

template<class T_Equation , unsigned int N = 6>

G4double CMSTDormandPrince45< T_Equation, N >::fLastStepLength = -1.0

private

Definition at line 88 of file CMSTDormandPrince45.h.

fyIn

template<class T_Equation , unsigned int N = 6>

field_utils::ShortState<N8> CMSTDormandPrince45< T_Equation, N >::fyIn

private

Definition at line 81 of file CMSTDormandPrince45.h.

fyOut

template<class T_Equation , unsigned int N = 6>

field_utils::ShortState<N> CMSTDormandPrince45< T_Equation, N >::fyOut

private

Definition at line 82 of file CMSTDormandPrince45.h.

Referenced by CMSTDormandPrince45< T_Equation, N >::GetYOut().

N8

template<class T_Equation , unsigned int N = 6>

constexpr int CMSTDormandPrince45< T_Equation, N >::N8 = N > 8 ? N : 8

static

Definition at line 77 of file CMSTDormandPrince45.h.