Here is a list of all documented class members with links to the class documentation for each member:

- a -

• ActivationType : NanoBrain.Neuron
• AddSynapse() : NanoBrain.Neuron

- b -

• back : LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• backward : LinearAlgebra.Direction
• baseName : NanoBrain.Cluster
• bias : NanoBrain.Neuron
• brain : NanoBrain.Brain
• brainPrefab : NanoBrain.Brain

- c -

• Clamp() : LinearAlgebra.Float
• Clamp01() : LinearAlgebra.Float
• Clone() : NanoBrain.Neuron, NanoBrain.Nucleus
• Cluster() : NanoBrain.Cluster
• combinator : NanoBrain.Neuron
• CombinatorType : NanoBrain.Neuron
• Cross() : LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int

- d -

• Degrees() : LinearAlgebra.Direction, LinearAlgebra.Spherical, LinearAlgebra.SwingTwist
• depth : LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• Difference() : LinearAlgebra.Angles
• Direction() : LinearAlgebra.Direction
• direction : LinearAlgebra.Spherical
• distance : LinearAlgebra.Spherical
• Distance() : LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• Dot() : LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• down : LinearAlgebra.Direction, LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int

- e -

• epsilon : LinearAlgebra.Float
• Equals() : LinearAlgebra.Vector2Float

- f -

• forward : LinearAlgebra.Direction, LinearAlgebra.Spherical, LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• FromQuaternion() : LinearAlgebra.SwingTwist
• FromVector3() : LinearAlgebra.Direction

- g -

• GetHashCode() : LinearAlgebra.Vector2Float
• GetNucleus() : NanoBrain.ClusterPrefab
• GetSynapse() : NanoBrain.Neuron

- h -

• horizontal : LinearAlgebra.Direction, LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int

- l -

• lastUpdate : NanoBrain.Neuron
• left : LinearAlgebra.Direction, LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• Lerp() : LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float

- m -

• magnitude : LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• MagnitudeOf() : LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int

- n -

• name : NanoBrain.Nucleus
• Neuron() : NanoBrain.Neuron
• neuron : NanoBrain.Synapse
• Normalize() : LinearAlgebra.Angles, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• normalized : LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int

- o -

• one : LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• operator!=() : LinearAlgebra.Direction, LinearAlgebra.Vector2Float
• operator*() : LinearAlgebra.Vector2Float
• operator+() : LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• operator-() : LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• operator/() : LinearAlgebra.Vector2Float
• operator==() : LinearAlgebra.Direction, LinearAlgebra.Vector2Float

- p -

• parent : NanoBrain.Nucleus
• ProcessStimulus() : NanoBrain.Neuron
• Project() : LinearAlgebra.Vector3Float
• ProjectOnPlane() : LinearAlgebra.Vector3Float

- r -

• Radians() : LinearAlgebra.Direction, LinearAlgebra.SwingTwist
• RemoveSynapse() : NanoBrain.Neuron
• right : LinearAlgebra.Direction, LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• Rotate() : LinearAlgebra.Vector2Float

- s -

• Scale() : LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• SetBias() : NanoBrain.Neuron
• ShallowCloneTo() : NanoBrain.Neuron, NanoBrain.Nucleus
• SignedAngle() : LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• Spherical() : LinearAlgebra.Spherical
• sqrEpsilon : LinearAlgebra.Float
• sqrMagnitude : LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• SqrMagnitudeOf() : LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• Synapse() : NanoBrain.Synapse
• synapses : NanoBrain.Neuron

- t -

• ToFactor() : LinearAlgebra.Vector2Float
• ToVector3() : LinearAlgebra.Direction
• Type : NanoBrain.Nucleus

- u -

• UnsignedAngle() : LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• up : LinearAlgebra.Direction, LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int
• UpdateNuclei() : NanoBrain.MemoryCell, NanoBrain.Nucleus
• UpdateStateIsolated() : NanoBrain.Nucleus
• UpdateWeight() : NanoBrain.Brain

- v -

• Vector2Float() : LinearAlgebra.Vector2Float
• Vector3Float() : LinearAlgebra.Vector3Float
• vertical : LinearAlgebra.Direction, LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int

- w -

• weight : NanoBrain.Synapse

- z -

• zero : LinearAlgebra.Spherical, LinearAlgebra.SwingTwist, LinearAlgebra.Vector2Float, LinearAlgebra.Vector3Float, LinearAlgebra.Vector3Int