Implemented Spatial Coordinates and Forces

Implemented Spatial Coordinates

These structs define what spatial coordinates are used when solving transport equations.

The currently implemented spatial coordinates include:

Coordinates	Coordinate Struct	Comment
Cartesian Minkowski	`Cartesian()`	Standard $x, y, z$ flat Minkowski spacetime
Cylindrical Minkowski	`Cylindrical()`	Standard $ρ, ϑ, z$ flat Minkowski spacetime. Allows three arguments `Cylindrical(a,b,c)` for local "z-x-z" rotation of the momentum-space $z$ axis from the spatial cylindrical $z$ axis
Spherical Minkowski	`Spherical()`	Standard $r, θ, ψ$ flat Minkowski spacetime

These structs define which forces to include when solving the transport equations and depend on the spatial coordinates of the system.

The currently implemented forces include:

External Force	Force Struct	Implemented Spatial Coordinates	Implemented Momentum Space Anisotropies
Ricci Rotation coefficients	`CoordinateForce()`	`Cartesian()`,`Cylindrical()`,`Spherical()`	N/A
Lorentz Force (Uniform and Orthogonal $E$ and $B$ Fields)	`ExB()`	`Cartesian()`	N/A
Synchrotron Radiation Reaction	`SyncRadReact()`	`Cartesian()`,`Cylindrical()`,`Spherical()`	`Ani()`,`Axi()`,`Iso()`