Uses of Interface
dk.deepthought.sidious.supportsystem.State

Packages that use State

dk.deepthought.sidious.goalhandler	Provides classes and interfaces for handling goals
dk.deepthought.sidious.greenhouse	Contains greenhouse specific classes and interfaces.
dk.deepthought.sidious.planner	Provides classes and interfaces for the planning and pathfinding algorithms
dk.deepthought.sidious.planner.graph	Provides classes and interfaces for representing graphs for the planner.
dk.deepthought.sidious.ruleengine	Provides classes and interfaces for rule evaluation
dk.deepthought.sidious.rules	Contains the implementations of the rules in the system.
dk.deepthought.sidious.services	Provides functionality for interaction with the environment
dk.deepthought.sidious.supportsystem	Provides interfaces and classes for the general interaction with the system.

Uses of State in dk.deepthought.sidious.goalhandler

Fields in dk.deepthought.sidious.goalhandler declared as State

private State

Goal.goalState The goal state.

Methods in dk.deepthought.sidious.goalhandler that return State

State

Goal.getGoalState() Returns the goal state of this goal.

Constructors in dk.deepthought.sidious.goalhandler with parameters of type State

Goal(State goalState, double desire, SuperLinkID origin)
Constructor; returns a new instance of Goal.

Uses of State in dk.deepthought.sidious.greenhouse

Classes in dk.deepthought.sidious.greenhouse that implement State

class

ClimaticState This class represents a climatic state of the environment.

Methods in dk.deepthought.sidious.greenhouse that return State

State	WindowSetPoint.consequence(State state)
State	ScreenSetPoint.consequence(State state)
State	HeaterSetPoint.consequence(State state)
State	CO2SetPoint.consequence(State state)
State	Greenhouse.getState()
State	ClimaticState.impact(java.util.Collection<State> states)

Methods in dk.deepthought.sidious.greenhouse with parameters of type State

State	WindowSetPoint.consequence(State state)
State	ScreenSetPoint.consequence(State state)
State	HeaterSetPoint.consequence(State state)
State	CO2SetPoint.consequence(State state)
boolean	ClimaticState.partiallyEquals(State state)
boolean	ClimaticState.sameStateSpace(State other)

Method parameters in dk.deepthought.sidious.greenhouse with type arguments of type State

State	ClimaticState.impact(java.util.Collection<State> states)
(package private) static java.util.ArrayList<ClimaticState>	ClimaticState.toClimaticStateList(java.util.Collection<State> states) This method converts the input State objects to a list of ClimaticState objects.

Uses of State in dk.deepthought.sidious.planner

Methods in dk.deepthought.sidious.planner with parameters of type State

double	Heuristic.h(State state) Method calculates an approximate cost from state to the goal state.
double	GreenhouseHeuristic.h(State state) This heuristic is based upon a normalized Euclidian distance.
static Graph	GraphFactory.makeGraph(SuperLinkID requester, State source, State goal) This method is a factory for creating a Graph.

Constructors in dk.deepthought.sidious.planner with parameters of type State

GreenhouseHeuristic(SuperLinkID id, State source, State goal)
Constructs a new GreenhouseHeuristic with the specified id.

Uses of State in dk.deepthought.sidious.planner.graph

Fields in dk.deepthought.sidious.planner.graph declared as State

private State

AStarVertex.state The state this represents.

Methods in dk.deepthought.sidious.planner.graph that return State

State	Vertex.getState() Gets the State represented by this Vertex.
State	AStarVertex.getState()

Methods in dk.deepthought.sidious.planner.graph with parameters of type State

(package private) double	AStarGraph.calculateCost(State current, State next, Step step) Method returns the calculated cost of getting from current to next.
(package private) Vertex	AStarGraph.getVertexFromState(State state) This method checks if the state is represented by a Vertex in the graph, and returns either the representing vertex or a new vertex, which is added to the graph.

Constructors in dk.deepthought.sidious.planner.graph with parameters of type State

AStarGraph(State sourceState, State goalState, java.util.Collection<Adjustable> adjustables, Heuristic heuristic, SuperLinkID requester)
Constructs an AStarGraph with a start and end-state, and the set adjustables.

AStarVertex(State state, double heuristic)
Creates a AStarVertex with the specified State and heuristic value.

AStarVertex(State state, double heuristic, Edge edgeToPredecessor, boolean source, boolean goal, double costCandidate)
Private utility constructor.

Uses of State in dk.deepthought.sidious.ruleengine

Methods in dk.deepthought.sidious.ruleengine with parameters of type State

double	RuleEngineImpl.evaluate(SuperLinkID requesterID, State current, State next, Step step)
double	RuleEngine.evaluate(SuperLinkID requesterID, State current, State next, Step step) This method evaluates the rules associated with the given plan requester.
(package private) double	RuleEngineImpl.evaluateRules(java.util.Collection<Rule> rules, State current, State next, Step step) This method evaluates each of the input rules according to the input states (current and next), and returns a combined value.

Uses of State in dk.deepthought.sidious.rules

Methods in dk.deepthought.sidious.rules with parameters of type State

(package private) double	PhotosynthesisRule.calculateDesire(State state, Step step) Returns the desire related to DESIRED_RATE.
private double	PhotosynthesisRule.calculateRate(State state) Calculates the photosynthesis rate for a given state.
double	TemperatureRule.desire(State currentState, State newState, Step step)
abstract double	Rule.desire(State currentState, State newState, Step step) Method returns the calculated desire associated with the change from currentState to newState.
double	PhotosynthesisRule.desire(State currentState, State newState, Step step)
double	MorningDropRule.desire(State currentState, State newState, Step step)
double	HeatExpensesRule.desire(State currentState, State newState, Step step)
double	ConstrainingRule.desire(State currentState, State newState, Step step)
protected double	Rule.getSensorValue(State state, SuperLinkID sensorID) Method returns the value of the input sensorID in the input state.

Uses of State in dk.deepthought.sidious.services

Methods in dk.deepthought.sidious.services that return State

static State

ServiceEngine.getCurrentState() Method returns the current state of the system.

Uses of State in dk.deepthought.sidious.supportsystem

Methods in dk.deepthought.sidious.supportsystem that return State

State	Step.consequence(State state) Calculates the consequence of applying the adjustments of this step to the input state.
State	Adjustable.consequence(State state) Calculates the consequense of applying this adjustable to the specified state.
State	PlanRequester.getState() Returns the current state of the system from the point of view of this plan requester.
State	State.impact(java.util.Collection<State> states) Calculates and returns the collective impact of applying the input states to the current environment.

Methods in dk.deepthought.sidious.supportsystem with parameters of type State

State	Step.consequence(State state) Calculates the consequence of applying the adjustments of this step to the input state.
State	Adjustable.consequence(State state) Calculates the consequense of applying this adjustable to the specified state.
boolean	State.partiallyEquals(State state) Checks whether this state contains all state descriptors of the input state.
boolean	State.sameStateSpace(State other) Verifies if the specified state belongs to the same state space as this.

Method parameters in dk.deepthought.sidious.supportsystem with type arguments of type State

State

State.impact(java.util.Collection<State> states) Calculates and returns the collective impact of applying the input states to the current environment.