Here are the classes, structs, unions and interfaces with brief descriptions:

CAizawa
CAnishchenko_Astakhov
CArneodo
CBouali2
CBoundingBox	Bounding box. Draw a box centered at the transform position using a line renderer. Used to give a spatial reference when tuning the global scale of a chaotic system.
CBoundStats	Bound stats. Simple method to track min/max in each co-ordinate to determine the extent of an attractor. Logs the result to the console
CCameraSpin	Key control to rotate camera boom using Arrow keys. Scale with +/-
CChaosEqn	Chaos eqn. Base class for all equations that define a 3D chaotic system.
CChaosEqnFactory
CChaosTrail	Chaos trail. Update a trail using a LineRenderer. This allows the path between points to be filled in using intermediate values from the numerical integration - avoiding a "splined" appearance when the evolution steps per frame are large
CChaoticMotion	Chaotic motion. Evolve the user specified chaotic system with the parameters held by the ChaoticSystem parent
CChaoticParticles	Chaotic particles
CChaoticSystem	Chaotic system. Base class for chaotic scripts. Holds the type of system selected, the parameter set or the custom parameters to be used.
CChen
CChenLee
CDequanLee
CGenesioTesi
CHadley
CHalvorsen
CLiuChen
CLorenz
CLorenzNew
CLuChen_Transition
CLuChenCheng
CNoseHoover
CParamBundle	Parameter bundle. Container class to hold the values for starting a chaotic system. Holds the parameters for the equations and the initial position and scale values.
CRossler
CRucklidge
CShimizuMorioka
CShowAllChaos	Sample code to invoke a Chaos prefab for all equations provided by the factory and locate them in an N x N grid in X and Y. The prefab may contain multiple chaoticMotion or ChaosParticles objects
CSlideshow
CSlideshowParticles
CSprottB
CSprottC
CSprottD
CSprottE
CSprottF
CSprottG
CSprottH
CSprottI
CSprottJ
CSprottK
CSprottL
CSprottM
CSprottN
CSprottO
CSprottP
CSprottQ
CSprottR
CSprottS
CThomas