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33 for (
unsigned int i=0;
i<DIM;
i++) {
37 for (
unsigned int i=0;
i<DIM;
i++) {
65 double defStartingValue,
66 double startingValueMin,
67 double startingValueMax)
const {
std::vector< Genfun::Parameter * > startingQ
Genfun::RKIntegrator * integrator
virtual Genfun::Parameter * createControlParameter(const std::string &variableName="anon", double defStartingValue=0.0, double startingValueMin=0.0, double startingValueMax=0.0) const
const Component & momenta() const
virtual const PhaseSpace & phaseSpace() const
virtual Genfun::GENFUNCTION energy() const
const typedef AbsFunction & GENFUNCTION
const Classical::PhaseSpace & phaseSpace
Parameter * addDiffEquation(const AbsFunction *diffEquation, const std::string &variableName="anon", double defStartingValue=0.0, double startingValueMin=0.0, double startingValueMax=0.0)
virtual Genfun::Parameter * takeQ0(unsigned int index)
virtual Genfun::Parameter * takeP0(unsigned int index)
they are gone ZOOM Features Discontinued The following features of the ZOOM package were felt to be extreme overkill These have been after checking that no existing user code was utilizing as in SpaceVector v
const RKFunction * getFunction(unsigned int i) const
Parameter * createControlParameter(const std::string &variableName="anon", double defStartingValue=0.0, double startingValueMin=0.0, double startingValueMax=0.0)
std::vector< Genfun::Parameter * > startingP
const Component & coordinates() const
virtual Genfun::GENFUNCTION hamiltonian() const
Genfun::EnergyFunction * energy
virtual Genfun::GENFUNCTION equationOf(const Genfun::Variable &v) const
double startValue(const Genfun::Variable &component) const
Clockwork(Genfun::GENFUNCTION gH, const PhaseSpace &mphaseSpace)
RungeKuttaSolver(Genfun::GENFUNCTION H, const PhaseSpace &phaseSpace, const Genfun::RKIntegrator::RKStepper *stepper=NULL)