Uses of Package
core.math

Packages that use core.math

core.dflic	This package contains classes which create and evolve the individual FLIC images making up a movie of a given experiment.
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.image	This package creates and evolves the individual FLIC images making up a movie of a given experiment.
core.math	This package contains a variety of classes which handle vector manipulations and the evolution of a given 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.
core.rendering	This package handles all the code that draws and evolves the DLIC and the experiment.
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.

Classes in core.math used by core.dflic

Vec2
A 2-dimensional vector = < (x, y) >.

Vec2Transform
Stores and operates on a 2-dimensional affine transformation.

Classes in core.math used by core.field

Vec
an n-dimensional vector = < n, (x0, x1, ..., xn-1) >.

Vec2
A 2-dimensional vector = < (x, y) >.

Vec3
Store and operate on a 3-dimensional vector = < (x, y, z) >.

Classes in core.math used by core.image

Vec2
A 2-dimensional vector = < (x, y) >.

Vec2Transform
Stores and operates on a 2-dimensional affine transformation.

Classes in core.math used by core.math

Mat2
Mat2 is a 2x2 matrix = < [[a, b], [c, d]] > This class stores and operates on a 2x2 matrix.

Vec
an n-dimensional vector = < n, (x0, x1, ..., xn-1) >.

Vec2
A 2-dimensional vector = < (x, y) >.

Vec2Transform
Stores and operates on a 2-dimensional affine transformation.

Vec3
Store and operate on a 3-dimensional vector = < (x, y, z) >.

Classes in core.math used by core.postprocessing

Vec
an n-dimensional vector = < n, (x0, x1, ..., xn-1) >.

Vec2
A 2-dimensional vector = < (x, y) >.

Vec3
Store and operate on a 3-dimensional vector = < (x, y, z) >.

Classes in core.math used by core.rendering

Vec
an n-dimensional vector = < n, (x0, x1, ..., xn-1) >.

Vec3
Store and operate on a 3-dimensional vector = < (x, y, z) >.

Classes in core.math used by simulations.experiments

Vec
an n-dimensional vector = < n, (x0, x1, ..., xn-1) >.

Vec3
Store and operate on a 3-dimensional vector = < (x, y, z) >.

Classes in core.math used by simulations.experiments.electrostatics

RungeKuttaIntegration
Runge Kutta Integration 4th order.

Vec
an n-dimensional vector = < n, (x0, x1, ..., xn-1) >.

Vec2
A 2-dimensional vector = < (x, y) >.

Vec3
Store and operate on a 3-dimensional vector = < (x, y, z) >.

Classes in core.math used by simulations.experiments.faradaysLaw

RungeKuttaIntegration
Runge Kutta Integration 4th order.

Vec
an n-dimensional vector = < n, (x0, x1, ..., xn-1) >.

Vec3
Store and operate on a 3-dimensional vector = < (x, y, z) >.

Classes in core.math used by simulations.experiments.fluidFlow

RungeKuttaIntegration
Runge Kutta Integration 4th order.

Vec
an n-dimensional vector = < n, (x0, x1, ..., xn-1) >.

Vec3
Store and operate on a 3-dimensional vector = < (x, y, z) >.

Classes in core.math used by simulations.experiments.magnetostatics

Vec
an n-dimensional vector = < n, (x0, x1, ..., xn-1) >.

Vec3
Store and operate on a 3-dimensional vector = < (x, y, z) >.

Classes in core.math used by simulations.experiments.radiation

Vec
an n-dimensional vector = < n, (x0, x1, ..., xn-1) >.

Vec3
Store and operate on a 3-dimensional vector = < (x, y, z) >.

Classes in core.math used by simulations.objects

Vec3
Store and operate on a 3-dimensional vector = < (x, y, z) >.