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TrackPropagation
RungeKutta
src
RK4PreciseSolver.h
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1
#ifndef RK4PreciseSolver_H
2
#define RK4PreciseSolver_H
3
4
#include "
FWCore/Utilities/interface/Visibility.h
"
5
#include "
RKSolver.h
"
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#include "Utilities/UI/interface/SimpleConfigurable.h"
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template
<
typename
T,
int
N>
9
class
dso_internal
RK4PreciseSolver
:
public
RKSolver
<T,N> {
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public
:
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typedef
RKSolver<T,N>
Base
;
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typedef
typename
Base::Scalar
Scalar
;
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typedef
typename
Base::Vector
Vector
;
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virtual
Vector
operator()
(
Scalar
startPar,
const
Vector
& startState,
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Scalar
step
,
const
RKDerivative<T,N>
& deriv,
18
const
RKDistance<T,N>
& dist,
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float
eps);
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std::pair< Vector, T>
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stepWithAccuracy(
Scalar
startPar,
const
Vector
& startState,
23
const
RKDerivative<T,N>
& deriv,
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const
RKDistance<T,N>
& dist,
float
step
);
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protected
:
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bool
verbose
()
const
{
29
static
bool
verb = SimpleConfigurable<bool>(
false
,
"RKSolver:verbose"
).
value
();
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return
verb;
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}
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};
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#include "TrackPropagation/RungeKutta/src/RK4PreciseSolver.icc"
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#endif
RK4PreciseSolver::Vector
Base::Vector Vector
Definition:
RK4PreciseSolver.h:14
RK4PreciseSolver::verbose
bool verbose() const
Definition:
RK4PreciseSolver.h:28
relativeConstraints.value
tuple value
Definition:
relativeConstraints.py:54
RK4PreciseSolver::Scalar
Base::Scalar Scalar
Definition:
RK4PreciseSolver.h:13
RK4PreciseSolver::Base
RKSolver< T, N > Base
Definition:
RK4PreciseSolver.h:12
RK4PreciseSolver
Definition:
RK4PreciseSolver.h:9
Visibility.h
RKSolver.h
RKDistance
Definition:
RKDistance.h:8
RKSolver::Vector
RKSmallVector< T, N > Vector
Definition:
RKSolver.h:18
RKSolver
ABC for Runge-Kutta solvers.
Definition:
RKSolver.h:14
RKDerivative
Base class for derivative calculation.
Definition:
RKDerivative.h:13
RKSolver::Scalar
T Scalar
Definition:
RKSolver.h:17
relval_parameters_module.step
string step
Definition:
relval_parameters_module.py:36
dso_internal
#define dso_internal
RKSolver::operator()
virtual Vector operator()(Scalar startPar, const Vector &startState, Scalar step, const RKDerivative< T, N > &deriv, const RKDistance< T, N > &dist, float eps)=0
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