Uses of Class
simulations.objects.BaseObject

Packages that use BaseObject

core.field	This package contains a number of classes used to create and manipulate the images generated for a given animation of an experiment as it evolves.
core.postprocessing	This package performs various operations on the images created by a given simulation of an experiment after the images are created by the classes in core.dflic.
simulations.experiments	This package contains all the experiments for the various electromagnetic experiments.
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
simulations.experiments.magnetostatics	This package contains all the experiments for the various magnetostatic experiments.
simulations.experiments.radiation	This package contains all the experiments for the various radiation experiments.
simulations.objects	This package contains all the various electromagnetic objects that the experiments assemble for a given experiment.

Uses of BaseObject in core.field

Fields in core.field declared as BaseObject

private BaseObject

EMVec2Field.source the source of the field

Constructors in core.field with parameters of type BaseObject

EMVec2Field(BaseObject source, Vec3 center, Vec3 xdir, Vec3 ydir, double scale, int FieldOrMotionFieldType)
Constructs a new EMVec2Field that calculates the type of field specified by "FieldOrMotionFieldType" produced by the EMSource "source".

Uses of BaseObject in core.postprocessing

Fields in core.postprocessing declared as BaseObject

BaseObject

Colorizer.emsource This is our emsource which we use to get the field if we color by field magnitude.

Constructors in core.postprocessing with parameters of type BaseObject

Colorizer(double MyTargetHue, double MyTargetSaturation, double MyTargetValue, double MysaturationPoint, double MyfallOff, boolean MyBrighten, boolean MyflatColor, Vec RegionColor, BaseExperiment experiment, BaseObject emsource, Vec3 symVec3, Vec3 Xdir, Vec3 Ydir, double scale)
This constructor is used when we are coloring by region.

Uses of BaseObject in simulations.experiments

Methods in simulations.experiments that return BaseObject

abstract BaseObject

BaseExperiment.getEMSource() returns the collecton of BaseObjects constructed in ConstructEMSource()

Uses of BaseObject in simulations.experiments.electrostatics

Methods in simulations.experiments.electrostatics that return BaseObject

BaseObject	TwoChargesExperiment.getEMSource() Returns the BaseObject that is the collection of the two point charges
BaseObject	ColorTestExperiment.getEMSource() Returns the BaseObject that is colortest field alone
BaseObject	ChargeInFieldExperiment.getEMSource() returns the collecton of charge and constant field as the EM source

Uses of BaseObject in simulations.experiments.faradaysLaw

Methods in simulations.experiments.faradaysLaw that return BaseObject

BaseObject	TwoPlanesExperiment.getEMSource() An EMSource that represents the current experimental state that can be used to compute the current E&M fields.
BaseObject	RecedingImageExperiment.getEMSource() An EMSource that represents the current experimental state that can be used to compute the current E&M fields.
BaseObject	MovingReceedingImageExperiment.getEMSource() An EMSource that represents the current experimental state that can be used to compute the current E&M fields.
BaseObject	MovingRecedingImagePotentialExperiment.getEMSource() An EMSource that represents the current experimental state that can be used to compute the current E&M fields.
BaseObject	FallingRingExperiment.getEMSource() An EMSource that represents the current experimental state that can be used to compute the current E&M fields.
BaseObject	EddyCurrentsMonopoleExperiment.getEMSource() An EMSource that represents the current experimental state that can be used to compute the current E&M fields.
BaseObject	EddyCurrentsDipoleExperiment.getEMSource() An EMSource that represents the current experimental state that can be used to compute the current E&M fields.

Uses of BaseObject in simulations.experiments.fluidFlow

Methods in simulations.experiments.fluidFlow that return BaseObject

BaseObject	HeliosphereFlowExperiment.getEMSource() Returns the BaseObject that is the collection of the two point charges
BaseObject	DataInputExperiment.getEMSource() Returns: an EMSource that represents the current experimental state.
BaseObject	CirculatingFlowExperiment.getEMSource() Returns: an EMSource that represents the current experimental state.

Uses of BaseObject in simulations.experiments.magnetostatics

Methods in simulations.experiments.magnetostatics that return BaseObject

BaseObject

TeachSpinExperiment.getEMSource()

Uses of BaseObject in simulations.experiments.radiation

Methods in simulations.experiments.radiation that return BaseObject

BaseObject	OscillatingDipoleExperiment.getEMSource() Returns: an EMSource that represents the current experimental state.
BaseObject	ElectricAntennaExperiment.getEMSource()

Uses of BaseObject in simulations.objects

Subclasses of BaseObject in simulations.objects

class	ChargeRingFinite
class	ColorTestField Color Test Field.
class	ConstantFields
class	CurrentRing A ring carrying current.
class	CurrentSheet
class	DataInputObject
class	EddyCurrents This BaseObject calculates the eddy currents due to a a magnetic monopole moving moving with velocity v
class	EflowXY
class	ElectricAntenna This BaseObject calculates the electric and magnetic fields of a linear antenna with the properties specified.
class	ElectricDipole This is a quasi-static electric dipole moving at constant velocity that can be extended to a time varying radiating electric dipole (see for example ElectricOscillatingDipole).
class	ElectricDipoleRotating This is a rotating electric dipole.
class	ElectricDipoleStatic static electric dipole including a pauli repulsion term
class	ElectricOscillatingDipole An extension of the ElectricDipole class that replaces the constant electric dipole moment with one that is oscillating.
class	ElectromagneticPlaneWave
class	EMCollection A class which contains a collection of objects which extend BaseObject.
class	EMTransform
class	HelioField
class	InfiniteWire
class	ISMfield
class	Line3DMagneticDipoles Line 3D Magnetic Dipoles: This BaseObject calculates the non-relativistic electric and magnetic fields of a line of magnetic dipoles is at position p moving with velocity v.
class	LineCurrent
class	LineMagneticMonopoles
class	MagneticDipole
class	MagneticDipoleStatic
class	MagneticMonopole This BaseObject calculates the non-relativistic electric and magnetic fields of a magnetic monopole at position p moving with velocity v.
class	MovingMagneticField
class	MovingPointCharge Calculates the fields of a moving point charge (extends PointCharge)
class	MovingRecedingImagePotentialAbove MovingRecedingImagePotentialAbove.
class	MovingRecedingImagePotentialBelow MovingRecedingImagePotentialBelow.
class	PointCharge Point Charge.
class	TwoPlanes TwoPlanes: This BaseObject calculates the non-relativistic magnetic fields induced by a monopole situated near two thin conducting planes intersecting at right angle.

Fields in simulations.objects declared as BaseObject

(package private) BaseObject

EMTransform.source

Methods in simulations.objects with parameters of type BaseObject

void	EMCollection.Add(BaseObject em) adds a BaseObject to the collection of EM objects in the collection
void	EMCollection.Remove(BaseObject em) removes a BaseObject from the collection of EM objects in the collection

Constructors in simulations.objects with parameters of type BaseObject

EMTransform(BaseObject source)