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P
PadZeros(int, int)
- Static method in class core.postprocessing.
Periodify
Returns a string representation of "x" that is padded with zeros up to a length "len".
PadZeros(int, int)
- Static method in class core.rendering.
Renderer
A method to pad the names of the image files produced with beginning zeroes.
Para(Vec)
- Method in class core.math.
Vec
Isolates the component of "this" parallel to "d" Returns: resulting "this" Requires: "d" is not zero
Para(Vec2)
- Method in class core.math.
Vec2
Isolates the component of "this" parallel to "d" Returns: resulting "this" Requires: "d" is not zero
Para(Vec3)
- Method in class core.math.
Vec3
Isolates the component of 'this' parallel to 'd' Returns: resulting 'this' Requires: 'd' is not zero
ParaUnit(Vec)
- Method in class core.math.
Vec
Isolates the component of "this" parallel to "d" Returns: resulting "this" Requires: "d" has unit magnitude
ParaUnit(Vec2)
- Method in class core.math.
Vec2
Isolates the component of "this" parallel to "d" Returns: resulting "this" Requires: "d" has unit magnitude
ParaUnit(Vec3)
- Method in class core.math.
Vec3
Isolates the component of 'this' parallel to 'd' Returns: resulting 'this' Requires: 'd' has unit magnitude
Periodify
- class core.postprocessing.
Periodify
.
Blends together frames of an animation to produce a continuous loop.
Periodify()
- Constructor for class core.postprocessing.
Periodify
Perp(Vec)
- Method in class core.math.
Vec
Isolates the component of "this" perpendicular to "d" Returns: resulting "this" Requires: "d" is not zero
Perp(Vec2)
- Method in class core.math.
Vec2
Isolates the component of "this" perpendicular to "d" Returns: resulting "this" Requires: "d" is not zero
Perp(Vec3)
- Method in class core.math.
Vec3
Isolates the component of 'this' perpendicular to 'd' Returns: resulting 'this' Requires: 'd' is not zero
PerpUnit(Vec)
- Method in class core.math.
Vec
Isolates the component of "this" perpendicular to "d" Returns: resulting "this" Requires: "d" has unit magnitude
PerpUnit(Vec2)
- Method in class core.math.
Vec2
Isolates the component of "this" perpendicular to "d" Returns: resulting "this" Requires: "d" has unit magnitude
PerpUnit(Vec3)
- Method in class core.math.
Vec3
Isolates the component of 'this' perpendicular to 'd' Returns: resulting 'this' Requires: 'd' has unit magnitude
Pfield(Vec3, Vec3)
- Method in class simulations.objects.
BaseObject
Sets 'P' to the value of the Pauli field at 'x'.
Pfield(Vec3)
- Method in class simulations.objects.
BaseObject
Returns: a new Vec3 with the value of the Pauli field at 'x'.
Pfield(Vec3, Vec3)
- Method in class simulations.objects.
EMCollection
This method computes the total Pauli field of all the EM objects in the collection
Pfield(Vec3, Vec3)
- Method in class simulations.objects.
ElectricDipoleStatic
Pfield(Vec3, Vec3)
- Method in class simulations.objects.
MagneticDipoleStatic
Pfield(Vec3, Vec3)
- Method in class simulations.objects.
MovingPointCharge
The Pauli field of a moving point charge.
PointCharge
- class simulations.objects.
PointCharge
.
Point Charge.
PointCharge(double, Vec3, double)
- Constructor for class simulations.objects.
PointCharge
constructor for the point charge setting Pauli radius
PointCharge(double, Vec3)
- Constructor for class simulations.objects.
PointCharge
constructor for the point charge with radius set to 5.
Pol
- Variable in class simulations.objects.
ElectromagneticPlaneWave
the polarization vector of the electric field
Potential(Vec3, double)
- Method in class simulations.objects.
MovingRecedingImagePotentialAbove
the potential of a moving monopole in the upper halfplane
Potential(Vec3, double)
- Method in class simulations.objects.
MovingRecedingImagePotentialBelow
the potential of a moving monopole in the upper halfplane
Potential1(Vec3, double)
- Method in class simulations.objects.
TwoPlanes
the potential in the first quadrant x>0, z>0
Potential2(Vec3, double)
- Method in class simulations.objects.
TwoPlanes
the potential in the second quadrant x<0, z>0
Potential3(Vec3, double)
- Method in class simulations.objects.
TwoPlanes
the potential in the third quadrant x<0, z<0
Potential4(Vec3, double)
- Method in class simulations.objects.
TwoPlanes
the potential in the fourth quadrant x>0, z<0
Power(double)
- Method in class core.image.
ScalarImage
Transforms all the scalar values in "this" by the rule: f" = f^exp
PrintRenderInfo()
- Method in class core.rendering.
Renderer
Prints out the characteristics of this renderer
p
- Variable in class core.dflic.
FLIC
p
- Variable in class simulations.objects.
ChargeRingFinite
p
- Variable in class simulations.objects.
CurrentRing
the observer"s location where we are going to calculate the fields
p
- Variable in class simulations.objects.
ElectricDipole
The dipole moment of the dipole.
p
- Variable in class simulations.objects.
ElectricDipoleStatic
p
- Variable in class simulations.objects.
HelioField
the position of the sun
p
- Variable in class simulations.objects.
ISMfield
the position of the sun
p
- Variable in class simulations.objects.
InfiniteWire
p
- Variable in class simulations.objects.
Line3DMagneticDipoles
the position of the beginning of the line of dipoles
p
- Variable in class simulations.objects.
LineCurrent
p
- Variable in class simulations.objects.
LineMagneticMonopoles
p
- Variable in class simulations.objects.
MagneticDipole
p
- Variable in class simulations.objects.
MagneticDipoleStatic
p
- Variable in class simulations.objects.
MagneticMonopole
The position of the monopole.
p
- Variable in class simulations.objects.
PointCharge
the position of the point charge
p0
- Variable in class simulations.experiments.radiation.
OscillatingDipoleExperiment
The constant part of the dipole moment of the oscillating dipole
p0
- Variable in class simulations.objects.
ElectricDipoleRotating
The magnitude of the dipole moment of the rotating dipole
p0
- Variable in class simulations.objects.
ElectricOscillatingDipole
The constant part of the dipole moment of the oscillating dipole
p1
- Variable in class core.field.
Vec2FieldCache
p1
- Variable in class simulations.experiments.radiation.
OscillatingDipoleExperiment
The sinusoidal part of the dipole moment of the oscillating dipole
p1
- Variable in class simulations.objects.
ElectricOscillatingDipole
The sinusoidal part of the dipole moment of the oscillating dipole
p2
- Variable in class core.field.
Vec2FieldCache
paint(Graphics)
- Method in class core.io.
OutputWindow.OutputComponent
paint(Graphics)
- Method in class core.io.
OutputWindow.OutputFrame
para(Vec)
- Method in class core.math.
Vec
Returns: a new Vec that is the component of "this" parallel to "d" Requires: "d" is not zero
para(Vec2)
- Method in class core.math.
Vec2
Returns: a new Vec2 that is the component of "this" parallel to "d" Requires: "d" is not zero
para(Vec3)
- Method in class core.math.
Vec3
Returns: a new Vec3 that is the component of 'this' parallel to 'd' Requires: 'd' is not zero
paraunit(Vec)
- Method in class core.math.
Vec
Returns: a new Vec that is the component of "this" parallel to "d" Requires: "d" has unit magnitude
paraunit(Vec2)
- Method in class core.math.
Vec2
Returns: a new Vec2 that is the component of "this" parallel to "d" Requires: "d" has unit magnitude
paraunit(Vec3)
- Method in class core.math.
Vec3
Returns: a new Vec3 that is the component of 'this' parallel to 'd' Requires: 'd' has unit magnitude
period
- Static variable in class simulations.animations.radiation.
LinearAntennaAnimation
the period of the oscillation in frames
period
- Static variable in class simulations.animations.radiation.
SinusoidalDipoleRadiationAnimation
perp(Vec)
- Method in class core.math.
Vec
Returns: a new Vec that is the component of "this" perpendicular to "d" Requires: "d" is not zero
perp(Vec2)
- Method in class core.math.
Vec2
Returns: a new Vec2 that is the component of "this" perpendicular to "d" Requires: "d" is not zero
perp(Vec3)
- Method in class core.math.
Vec3
Returns: a new Vec2 that is the component of 'this' perpendicular to 'd' Requires: 'd' is not zero
perpunit(Vec)
- Method in class core.math.
Vec
Returns: a new Vec that is the component of "this" perpendicular to "d" Requires: "d" has unit magnitude
perpunit(Vec2)
- Method in class core.math.
Vec2
Returns: a new Vec2 that is the component of "this" perpendicular to "d" Requires: "d" has unit magnitude
perpunit(Vec3)
- Method in class core.math.
Vec3
Returns: a new Vec3 that is the component of 'this' perpendicular to 'd' Requires: 'd' has unit magnitude
phase
- Variable in class simulations.experiments.radiation.
OscillatingDipoleExperiment
The phase shift in the sinusoidal time depedence of the oscillating dipole
phase
- Variable in class simulations.objects.
ElectricOscillatingDipole
The phase shift in the sinusoidal time depedence of the oscillating dipole
phase
- Variable in class simulations.objects.
ElectromagneticPlaneWave
The phase
polint
- class simulations.objects.antennaMath.
polint
.
polint()
- Constructor for class simulations.objects.antennaMath.
polint
polint(double[], double[], int, double, double, double[], int, int[])
- Static method in class simulations.objects.antennaMath.
polint
power
- Variable in class simulations.objects.
MovingPointCharge
the radial dependence of the Pauli repulsive force
print(String)
- Static method in class core.postprocessing.
Periodify
Output routine for strings.
println(String)
- Static method in class core.postprocessing.
Colorizer
A local way to print a string
println(String)
- Static method in class core.postprocessing.
Periodify
Output routine for strings.
println(String)
- Static method in class core.rendering.
Renderer
A local way to print a string
println(String)
- Static method in class simulations.experiments.electrostatics.
ChargeInFieldExperiment
prints the string s
println(String)
- Static method in class simulations.experiments.fluidFlow.
HeliosphereFlowExperiment
A local way to print a string
println(String)
- Static method in class simulations.objects.
HelioField
A local way to print a string
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