The data loaded in the simulation at runtime More...

Public Member Functions
	SimulationData (Dictionary< string, float > minValueDictionary, Dictionary< string, float > maxValueDictionary, Dictionary< string, float > changePerSecondDictionary, Dictionary< string, float > criticalStateDictionary, Dictionary< string, float > satisfiedStateDictionary, List< string > needNames, List< string > speciesNames, List< Species > species, List< Interaction > interactionList, Dictionary< string, Species > speciesByName)
	Constructs new simulation data. More...

Public Attributes
readonly Dictionary< string, float >	CriticalStateDictionary
	For each need, what is the value below or equal to which it is considered critical. More...

readonly Dictionary< string, float >	SatisfiedStateDictionary
	For each need, what is the value above which it is considered satisfied. More...

readonly List< string >	NeedNames
	The names of all the needs. More...

readonly Dictionary< string, Interaction >	InteractionByNameDictionary
	An instance of each interaction by its name More...

Properties
Dictionary< string, float >	ChangePerSecond `[get]`
	How much each need changes over time, for example at which rate a character becomes more hungry. More...

AffordanceTreeNode	Root `[get, set]`
	The root of the AFFORDANCE TREE. A lot of management of the simulation can be done from this point. More...

Dictionary< string, float >	WeightsForNeed `[get, set]`
	A general and global weight that affects the utility agent see in each need. Best to use values between 0.0 and 1.0. More...

Dictionary< Needs.NeedSatisfactions, float >	WeightsForNeedSatisfaction `[get, set]`
	How each of the Needs.NeedSatisfactions states is valued - use this for example to prioritize critical needs. Best to use values between 0.0 and 1.0 More...

Detailed Description

The data loaded in the simulation at runtime

Constructor & Destructor Documentation

Simulation.SimulationData.SimulationData	(	Dictionary< string, float >	minValueDictionary,
		Dictionary< string, float >	maxValueDictionary,
		Dictionary< string, float >	changePerSecondDictionary,
		Dictionary< string, float >	criticalStateDictionary,
		Dictionary< string, float >	satisfiedStateDictionary,
		List< string >	needNames,
		List< string >	speciesNames,
		List< Species >	species,
		List< Interaction >	interactionList,
		Dictionary< string, Species >	speciesByName
	)

Constructs new simulation data.

Parameters

minValueDictionary	The lowest value a need can have at runtime.
maxValueDictionary	The highest value a need can have at runtime.
changePerSecondDictionary	For each need, how much it changes over time, for example a decay of the need 'Hunger' would mean characters get hungry over time
criticalStateDictionary	The values below or equal to which a need is considered to be in critical state.
satisfiedStateDictionary	The value above which a need is considered to be in satisfied state.
needNames	The names of all needs
speciesNames	The names of all species
species	All species
interactionList	All interactions
speciesByName

readonly Dictionary<string, float> Simulation.SimulationData.CriticalStateDictionary

For each need, what is the value below or equal to which it is considered critical.

readonly Dictionary<string, Interaction> Simulation.SimulationData.InteractionByNameDictionary

An instance of each interaction by its name

readonly List<string> Simulation.SimulationData.NeedNames

The names of all the needs.

readonly Dictionary<string, float> Simulation.SimulationData.SatisfiedStateDictionary

For each need, what is the value above which it is considered satisfied.

Dictionary<string, float> Simulation.SimulationData.ChangePerSecond

get

How much each need changes over time, for example at which rate a character becomes more hungry.

AffordanceTreeNode Simulation.SimulationData.Root

getset

The root of the AFFORDANCE TREE. A lot of management of the simulation can be done from this point.

Dictionary<string, float> Simulation.SimulationData.WeightsForNeed

getset

A general and global weight that affects the utility agent see in each need. Best to use values between 0.0 and 1.0.

Dictionary<Needs.NeedSatisfactions, float> Simulation.SimulationData.WeightsForNeedSatisfaction

getset

How each of the Needs.NeedSatisfactions states is valued - use this for example to prioritize critical needs. Best to use values between 0.0 and 1.0

The documentation for this class was generated from the following file: