Uses of Class
core.field.VecTimeField

Packages that use VecTimeField

core.math	This package contains a variety of classes which handle vector manipulations and the evolution of a given experiment as it evolves.
simulations.experiments.electrostatics	This package contains all the experiments for the various electrostatic experiments.
simulations.experiments.faradaysLaw	This package contains all the experiments for the various Faraday's Law experiments.
simulations.experiments.fluidFlow

Uses of VecTimeField in core.math

Fields in core.math declared as VecTimeField

private VecTimeField	RungeKuttaIntegration.field The derivative matrix of the dependent variables we are integrating.
private VecTimeField	RungeKuttaErrorIntegration.field

Methods in core.math with parameters of type VecTimeField

void	RungeKuttaIntegration.Evolve(VecTimeField field, Vec x, double s, double ds) Evolve the system from x at s to the new x at x + ds, in one step or a number of small steps, depending on what is requested.
void	RungeKuttaErrorIntegration.Evolve(VecTimeField field, Vec xinput, double s, double ds, double eps, double hmin)
static double[]	RungeKuttaErrorIntegration.rungeKuttaQualityControl(VecTimeField field, Vec Xnew, Vec dXds, double sgiven, double htry, double eps, Vec Xscal, int dim) Given a value of X and dX/ds at s, a stepsize h, an allowed error, and a way to compute dX/ds at new points, this method will return a new value of the dependent variables X at s, where s incremented over s by an amount not more than h, but perhaps much less than h, but with an error in X of less than the desired error.
static Vec	RungeKuttaErrorIntegration.rungeKuttaFourthOrder(VecTimeField field, Vec X_at_s, Vec dXds_at_s, double s_start, double h, int dim) This is the basic fourth order RungeKutta stepping routine.
void	EulerIntegration.Evolve(VecTimeField field, Vec x, double s, double ds)

Uses of VecTimeField in simulations.experiments.electrostatics

Subclasses of VecTimeField in simulations.experiments.electrostatics

class	ChargeInFieldExperiment.Motion the equation of motion for a charge in an electric field
private class	ColorTestExperiment.Motion The equation of motion governing the evolution of the system
private class	TwoChargesExperiment.Motion The equation of motion governing the evolution of the system

Uses of VecTimeField in simulations.experiments.faradaysLaw

Subclasses of VecTimeField in simulations.experiments.faradaysLaw

class	EddyCurrentsDipoleExperiment.Motion
class	EddyCurrentsMonopoleExperiment.Motion Specifies the time derivative of the parmeters which describe the experiment at any time t.
class	FallingRingExperiment.Motion Specifies the time derivative of the parmeters which describe the experiment at any time t.
class	MovingRecedingImagePotentialExperiment.Motion Specifies the time derivative of the parmeters which describe the experiment at any time t.
class	MovingReceedingImageExperiment.Motion Specifies the time derivative of the parmeters which describe the experiment at any time t.
class	RecedingImageExperiment.Motion
class	TwoPlanesExperiment.Motion Specifies the time derivative of the parmeters which describe the experiment at any time t.

Uses of VecTimeField in simulations.experiments.fluidFlow

Subclasses of VecTimeField in simulations.experiments.fluidFlow

private class

HeliosphereFlowExperiment.Motion The equation of motion governing the evolution of the system