Uses of Interface
net.sf.openschema.Frame

Packages that use Frame

Package	Description
net.sf.openschema

Uses of Frame in net.sf.openschema

Classes in net.sf.openschema that implement Frame

Modifier and Type	Class and Description
class	MapFrame A Frame implementation using java.util.Map

Fields in net.sf.openschema declared as Frame

Modifier and Type	Field and Description
protected Frame	LocalChooser.Decision.currentFocus New current focus.
protected static Frame	OpenSchemaPlanner.EMPTY_FOCUS

Fields in net.sf.openschema with type parameters of type Frame

Modifier and Type	Field and Description
protected Map<String,Frame>	RDFFrameSet.frames The frames themselves, map from frame name to MapFrame.
protected List<Frame>	LocalChooser.Decision.potentialFoci New potential focus list.
protected List<Map<Object,Frame>>	OpenSchemaPlanner.Cache.Entry.values The values that satisty the predicate properties.
protected Map<String,Frame>	OpenSchemaPlanner.Cache.Entry.vars The mapping from global variable names to values.

Methods in net.sf.openschema that return Frame

Modifier and Type	Method and Description
protected Frame	RDFFrameSet.findOrCreate(String id) Find a frame with a given id or creates it anew if it is not found.
Frame	LocalChooser.Decision.getCurrentFocus() New current focus.
Frame	RDFFrameSet.getFrame(String id) Get a frame with a given name.
Frame	FrameSet.getFrame(String id) Get a frame with a given name or null if is undefined.

Methods in net.sf.openschema that return types with arguments of type Frame

Modifier and Type	Method and Description
List<Frame>	LocalChooser.extractPotentialFoci(Map<String,Object> fd, FrameSet frames) Extract a set of potential foci from a given clause.
List<Map<Object,Frame>>	OpenSchemaPlanner.Cache.fetch(OpenSchemaPlanner.Node node, Map<String,Frame> vars) Access the cache by searching for the list of values for this node and variables.
protected static List<Frame>	OpenSchemaPlanner.framesUnderType(Object type, Ontology ontology, FrameSet frames) Retrieve all the frames in a FrameSet which type is a subtype of a given type.
Collection<Frame>	RDFFrameSet.getFrames() Get all the frames.
Collection<Frame>	FrameSet.getFrames() Get all the frames.
List<Frame>	LocalChooser.Decision.getPotentialFoci() New potential focus list.
List<Map<Object,Frame>>	OpenSchemaPlanner.Cache.Entry.getValues() Access the values list.
protected Set<Frame>	Property.resolveAll(net.sf.openschema.VarRef varRef, Frame frame)
protected List<Map<Object,Frame>>	OpenSchemaPlanner.searchValues(OpenSchemaPlanner.Node node, Map<String,Frame> varMapping, Ontology ontology, FrameSet frames) Search for values that satisfy the node properties and the given mapping of variables.

Methods in net.sf.openschema with parameters of type Frame

Modifier and Type	Method and Description
protected Set<Frame>	Property.resolveAll(net.sf.openschema.VarRef varRef, Frame frame)

Method parameters in net.sf.openschema with type arguments of type Frame

Modifier and Type	Method and Description
protected boolean	OpenSchemaPlanner.canBeInstantiated(OpenSchemaPlanner.Node node, Map<String,Frame> varMapping, OpenSchemaPlanner.Cache cache, Ontology ontology, FrameSet frames) Check whether there is valid data to instantiate a node or not, given an initial variable mapping.
abstract boolean	Property.check(Map<Object,Frame> vars, Ontology ontology) Check whether a map of variables to values verifies or not this property.
LocalChooser.Decision	RandomChooser.choose(List<Map<String,Object>> fds, List<Frame> defaultFoci, Object currentFocus, List<Frame> potentialFoci, List<Frame> focusStack, FrameSet frames)
LocalChooser.Decision	RandomChooser.choose(List<Map<String,Object>> fds, List<Frame> defaultFoci, Object currentFocus, List<Frame> potentialFoci, List<Frame> focusStack, FrameSet frames)
LocalChooser.Decision	RandomChooser.choose(List<Map<String,Object>> fds, List<Frame> defaultFoci, Object currentFocus, List<Frame> potentialFoci, List<Frame> focusStack, FrameSet frames)
LocalChooser.Decision	GreedyChooser.choose(List<Map<String,Object>> fds, List<Frame> defaultFoci, Object currentFocus, List<Frame> potentialFoci, List<Frame> focusStack, FrameSet frames)
LocalChooser.Decision	GreedyChooser.choose(List<Map<String,Object>> fds, List<Frame> defaultFoci, Object currentFocus, List<Frame> potentialFoci, List<Frame> focusStack, FrameSet frames)
LocalChooser.Decision	GreedyChooser.choose(List<Map<String,Object>> fds, List<Frame> defaultFoci, Object currentFocus, List<Frame> potentialFoci, List<Frame> focusStack, FrameSet frames)
LocalChooser.Decision	SimpleFocusChooser.choose(List<Map<String,Object>> fds, List<Frame> defaultFoci, Object currentFocus, List<Frame> potentialFoci, List<Frame> focusStack, FrameSet frames) Choose the appropriate continuation, using some of McKeown (1985) strategies.
LocalChooser.Decision	SimpleFocusChooser.choose(List<Map<String,Object>> fds, List<Frame> defaultFoci, Object currentFocus, List<Frame> potentialFoci, List<Frame> focusStack, FrameSet frames) Choose the appropriate continuation, using some of McKeown (1985) strategies.
LocalChooser.Decision	SimpleFocusChooser.choose(List<Map<String,Object>> fds, List<Frame> defaultFoci, Object currentFocus, List<Frame> potentialFoci, List<Frame> focusStack, FrameSet frames) Choose the appropriate continuation, using some of McKeown (1985) strategies.
abstract LocalChooser.Decision	LocalChooser.choose(List<Map<String,Object>> fds, List<Frame> defaultFoci, Object currentFocus, List<Frame> potentialFoci, List<Frame> focusStack, FrameSet frames) Decide which continuation to follow in the schema instantiation process.
abstract LocalChooser.Decision	LocalChooser.choose(List<Map<String,Object>> fds, List<Frame> defaultFoci, Object currentFocus, List<Frame> potentialFoci, List<Frame> focusStack, FrameSet frames) Decide which continuation to follow in the schema instantiation process.
abstract LocalChooser.Decision	LocalChooser.choose(List<Map<String,Object>> fds, List<Frame> defaultFoci, Object currentFocus, List<Frame> potentialFoci, List<Frame> focusStack, FrameSet frames) Decide which continuation to follow in the schema instantiation process.
protected LocalChooser.Decision	SimpleFocusChooser.chooseOnPotentialToPotentialLinks(List<Integer> candidatePositions, List<Frame> candidateDefaultFoci, List<Map<String,Object>> fds, List<Frame> potentialFoci, FrameSet frames) Final decision on a smaller set of candidates using the potential to potential links.
protected LocalChooser.Decision	SimpleFocusChooser.chooseOnPotentialToPotentialLinks(List<Integer> candidatePositions, List<Frame> candidateDefaultFoci, List<Map<String,Object>> fds, List<Frame> potentialFoci, FrameSet frames) Final decision on a smaller set of candidates using the potential to potential links.
protected List<OpenSchemaPlanner.DecoratedNode>	OpenSchemaPlanner.computeConfusionSet(OpenSchemaPlanner.Node node, Map<String,Frame> varMapping, OpenSchemaPlanner.Cache cache, Ontology ontology, FrameSet frames) Compute all the nodes that are reachable from current node without passing through another Predicate node.
boolean	OpenSchemaPlanner.Cache.Entry.equals(OpenSchemaPlanner.Node node, Map<String,Frame> vars) Check when the node and the variables are the same.
List<Map<Object,Frame>>	OpenSchemaPlanner.Cache.fetch(OpenSchemaPlanner.Node node, Map<String,Frame> vars) Access the cache by searching for the list of values for this node and variables.
DocumentPlan	OpenSchemaPlanner.instantiate(FrameSet frames, Map<String,Frame> initialMapping, Ontology ontology) Main method, takes data to instantiate the schema, an initial variable mapping and an ontology and returns a DocumentPlan.
protected Map<String,Object>	OpenSchemaPlanner.instantiateClause(Map<String,Object> fd, Map<Object,Frame> valueMapping) Instantiate a given FD by changing all the variable references via a provided variable mapping.
protected Map<String,Object>	OpenSchemaPlanner.instantiatePredicate(OpenSchemaPlanner.Node node, Map<String,Frame> varMapping, OpenSchemaPlanner.Cache cache, boolean commit) Instantiate a predicate by fetching the values from the cache and resolving variables in the output FD of the predicate.
void	OpenSchemaPlanner.Cache.populate(OpenSchemaPlanner.Node node, Map<String,Frame> vars, List<Map<Object,Frame>> values) Populate the cache entry for a node and variables with the values.
void	OpenSchemaPlanner.Cache.populate(OpenSchemaPlanner.Node node, Map<String,Frame> vars, List<Map<Object,Frame>> values) Populate the cache entry for a node and variables with the values.
protected List<Map<Object,Frame>>	OpenSchemaPlanner.searchValues(OpenSchemaPlanner.Node node, Map<String,Frame> varMapping, Ontology ontology, FrameSet frames) Search for values that satisfy the node properties and the given mapping of variables.
void	OpenSchemaPlanner.Cache.Entry.setValues(List<Map<Object,Frame>> values) Set the values list.

Constructors in net.sf.openschema with parameters of type Frame

Constructor and Description
Decision(int pos, Frame currentFocus, List<Frame> potentialFoci) Full constructor (this class is immutable).

Constructor parameters in net.sf.openschema with type arguments of type Frame

Constructor and Description
Decision(int pos, Frame currentFocus, List<Frame> potentialFoci) Full constructor (this class is immutable).
Entry(OpenSchemaPlanner.Node node, Map<String,Frame> vars) Construct a new entry for a given node and global variables.