Copyright  (c) Scott N. Walck 20122014 

License  BSD3 (see LICENSE) 
Maintainer  Scott N. Walck <walck@lvc.edu> 
Stability  experimental 
Safe Haskell  Trustworthy 
Language  Haskell98 
This module contains functions for working with current, magnetic field, and magnetic flux.
Synopsis
 type Current = Double
 data CurrentDistribution
 bField :: CurrentDistribution > VectorField
 bFieldFromLineCurrent :: Current > Curve > VectorField
 bFieldFromSurfaceCurrent :: VectorField > Surface > VectorField
 bFieldFromVolumeCurrent :: VectorField > Volume > VectorField
 magneticFlux :: Surface > CurrentDistribution > Double
Current
data CurrentDistribution Source #
A current distribution is a line current (current through a wire), a surface current,
a volume current, or a combination of these.
The VectorField
describes a surface current density
or a volume current density.
LineCurrent Current Curve  current through a wire 
SurfaceCurrent VectorField Surface 

VolumeCurrent VectorField Volume 

MultipleCurrents [CurrentDistribution]  combination of current distributions 
Magnetic Field
bField :: CurrentDistribution > VectorField Source #
The magnetic field produced by a current distribution. This is the simplest way to find the magnetic field, because it works for any current distribution (line, surface, volume, or combination).
bFieldFromLineCurrent Source #
:: Current  current (in Amps) 
> Curve  geometry of the line current 
> VectorField  magnetic field (in Tesla) 
Magnetic field produced by a line current (current through a wire).
The function bField
calls this function
to evaluate the magnetic field produced by a line current.
bFieldFromSurfaceCurrent Source #
:: VectorField  surface current density 
> Surface  geometry of the surface current 
> VectorField  magnetic field (in T) 
Magnetic field produced by a surface current.
The function bField
calls this function
to evaluate the magnetic field produced by a surface current.
This function assumes that surface current density
will be specified parallel to the surface, and does
not check if that is true.
bFieldFromVolumeCurrent Source #
:: VectorField  volume current density 
> Volume  geometry of the volume current 
> VectorField  magnetic field (in T) 
Magnetic field produced by a volume current.
The function bField
calls this function
to evaluate the magnetic field produced by a volume current.
Magnetic Flux
magneticFlux :: Surface > CurrentDistribution > Double Source #
The magnetic flux through a surface produced by a current distribution.