This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 12]

▼CNEEDSIM.Action	We hope we wrote our example actions in a way that they can be integrated into your Finite State Machine, Behavior Tree, or Planner. We provide a sample use of our sample actions in the PlanDemo.cs class.
CNEEDSIM.ChaseSlot	This is an example for how a chasing behavior could be implemented in NEEDSIM Life simulation. For a specific game better solutions might be desirable.
CNEEDSIM.DecideGoal	For goal oriented behaviors: Get a goal from the simulation, and try to get a slot where the goal can be satisfied.
CNEEDSIM.DecideValue	For Value-oriented behaviors: Try to get a slot based on utility of all available slots (relative to the current satisfaction level of the needs of the agent).
CNEEDSIM.InterruptionFuchsalarm	This action demonstrates how interruption of typical NEEDSIM behaviors could look like.
CNEEDSIM.MoveToSlot	Moving to a slot. The best implementation for such a behavior might be different in your project, but this script offers a starting point.
CNEEDSIM.SatisfyGoal	Participate in a slot to satisfy a goal.
CNEEDSIM.SatisfyUrgentNeed	Participating a slot. The respective behavior for value/urgency oriented behaviors.
CSimulation.Affordance	An affordance is the opportunity granted by an object to an agent to perform an action.
CSimulation.AffordanceTreeNode	Each game object managed by the simulation has an Affordance Tree Node. It manages scope, affordances, slots, and, if the affordance tree is an active part of the simulation, its goals and levels of satisfaction.
▼CNEEDSIMSampleSceneScripts.Animal	This example suggests an idea for playing animations based on the states of NEEDSIMNodes.
CNEEDSIMSampleSceneScripts.Bunny	This example script shows how the bunny can deal with the 'EatBunny' interaction, that can be performed by a fox at the slot provided by a bunny.
CNEEDSIMSampleSceneScripts.Deer	The deer currently has no special features. Rather check out the fox and the bunny for now ;)
CNEEDSIMSampleSceneScripts.Fox	Sets the fox to either run or walk
CNEEDSIM.Blackboard	This is used to store some values, and make some methods available in a place where they can be edited without affecting the other classes.
CSimulation.DatabaseAsset	Stores the data used by the NEEDSIM Life simulation
CNEEDSIMSampleSceneScripts.FuchsalarmDemoScript	This script shows how the behaviors of the bunnies are interrupted when the fox is spawned.
CSimulation.GeneralSettings	A number of values used as configuration of the simulation and editor.
CSimulation.Goal	A goal is a satisfaction level of a need that an agent wants to achieve.
CNEEDSIMSampleSceneScripts.InputFieldRuntimeEditing	Helper to change need satisfaction rates of interactions and satisfaction change rates of needs at runtime in a UI. It provides a method to react to the user finishing his input to the InputField.
CSimulation.Interaction	An interaction at runtime
CSimulation.InteractionData	From these data items used in the editor the interactions for the runtime will be generated.
CNEEDSIMSampleSceneScripts.Lake	This example suggests an idea for how a variety of animations can be played at an interactive object.
CSimulation.Manager	A singleton for managing the simulation at runtime
CSimulation.NeedItem	A need, one of the core building blocks of NEEDSIMLifeSimulation
CSimulation.Needs	The Needs class provides methods for interacting with the satisfaction levels of agents.
CNEEDSIM.NEEDSIMManager	This class stores the values that the NEEDSIMROOT will use for running the simulation
CNEEDSIM.NEEDSIMNode	Every object and agent in NEEDSIM Life simulation has a NEEDSIMNode: This is the essential component for using NEEDSIM Life simulation.
CNEEDSIMSampleSceneScripts.NeedsUI	This class shows bars for need satisfaction. A full bar equals full satisfaction, an empty bar means the need is not satisfied. If the need is currently being satisfied an outline will be added.
CNEEDSIM.PlanDemo	A simple behavior control solution. We tried to write this in a way that makes it easy to use our code samples in Finite State Machines, Behavior Trees and Goal-oriented Action Planning. The idea is that you can run our simulation from within a different solution, for example in case you want to have agents with fighting capabilites.
CNEEDSIMSampleSceneScripts.SampleCameraControl	A very simple scrolling camera for NEEDSIM Life simulation example scenes.
CNEEDSIMSampleSceneScripts.SceneSwitcher	public methods to switch scenes via a button click. You have to add the scenes to your build settings to use the prefab that uses this script.
CNEEDSIMSampleSceneScripts.SimpleSpawn	This is a spawning example script to maintain populations
CSimulation.SimulationData	The data loaded in the simulation at runtime
CNEEDSIM3rdParty.Singleton< T >	Be aware this will not prevent a non singleton constructor such as `T myT = new T();` To prevent that, add `protected T () {}` to your singleton class
▼CNEEDSIM3rdParty.Singleton< NEEDSIMRoot >
CNEEDSIM.NEEDSIMRoot	Every scene should have one root node for the AFFORDANCE TREE. This uses the settings of the NEEDSIM Manager and controls the simulation.
CSimulation.Slot	A slot is a position in the world where an agent can run the interactions provided by the object that offers the slot.
CNEEDSIMSampleSceneScripts.SpawnBedsManager	This example shows how you could spawn all the objects and agents procedurally.
CNEEDSIMSampleSceneScripts.SpawnUIRuntimeEditing	Spawns a UI Element for each need and each satisfaction rate of an interaction.
CSimulation.Species	A species is a set of needs. For example zombies might only have the 'Hunger' need, whereas humans furthermore have a 'Social' need.
CSimulation.StringFloatPair	A class that helps creating key value pairs.
CSimulation.Strings	A centralized place for many of the strings used by the NEEDSIM Life simulation.
CNEEDSIMSampleSceneScripts.TimeSystem	This example uses arrays with 24 values each to modify how behaviors are evaluated at a specific time of day. This class works with Value Oriented behaviors, not with Goal Oriented behaviors, because it relies on the fact that all opportunities to satisfy needs are evaluated, not only the opportunities that can satisfy the need of the current goal.