|  | Princeton Fusion Systems MATLAB Toolboxes
    MATLAB toolboxes for fusion energy analysis | 
| Files | |
| file | CoAxBField.m | 
| Determine Bz. | |
| file | CoAxConserveFluxes.m | 
| Compare effects of having multiple individually flux conserving loops (left side of plot) and having a small number of multiply-wound flux conserving loops in series (right side of plot) | |
| file | CoAxEllipseRR.m | 
| Filaments of a coil composed of elliptical Rigid-Rotor current profile. | |
| file | CoAxFluxField.m | 
| unpack into column vectors | |
| file | CoAxFluxRadius.m | 
| CoAxFluxRadius>Demo. | |
| file | CoAxMutualInductance.m | 
| Determine the mutual inductance of coil 2 on coil 1. | |
| file | CoAxPlotBZ.m | 
| Plot magnitude of Bz (|Bz|) or Br contours. | |
| file | CoAxPlotFlux.m | 
| Plot flux contours at sense points given coil positions and currents. | |
| file | CoAxRectangle.m | 
| Produce filament parameters of a coil with a rectangular cross section. | |
| file | CoAxSelfInductance.m | 
| Determine the self inductance of a coil. | |
| file | CoAxStruct.m | 
| Coil data structure. | |
| file | CoAxTestParticle.m | 
| Set up demo inputs. | |