Package | Description |
---|---|
com.ibm.bluej.consistency | |
com.ibm.bluej.consistency.formula | |
com.ibm.bluej.consistency.inference | |
com.ibm.bluej.consistency.old | |
com.ibm.bluej.consistency.rl |
Modifier and Type | Class and Description |
---|---|
class |
DefIndexEntry |
class |
DummyIndexEntry |
class |
EvidIndexEntry |
Modifier and Type | Method and Description |
---|---|
IndexEntry |
CheckNegatedGround.contains(ATerm t) |
IndexEntry |
FormulaFindGroundAdaptive.contains(ScanTerm t) |
IndexEntry |
FormulaFindGroundRand.contains(ScanTerm t) |
Modifier and Type | Method and Description |
---|---|
IRandomAccessible<IndexEntry> |
FormulaFindGroundAdaptive.find(ScanTerm t,
Binds binds) |
IRandomAccessible<IndexEntry> |
FormulaFindGroundRand.find(ScanTerm t,
Binds binds) |
java.util.Iterator<IndexEntry> |
CheckNegatedGround.getGroundTerms() |
java.util.Iterator<IndexEntry> |
FormulaFindGroundAdaptive.getGroundTerms() |
java.util.Iterator<IndexEntry> |
FormulaFindGroundRand.getGroundTerms() |
Modifier and Type | Method and Description |
---|---|
void |
CheckNegatedGround.add(IndexEntry ti) |
void |
FormulaFindGroundAdaptive.add(IndexEntry ti) |
void |
FormulaFindGroundRand.add(IndexEntry ti) |
boolean |
GroundFindFormulaMap.groundNew(boolean positive,
IndexEntry ti) |
abstract boolean |
GroundFindFormula.groundNew(boolean positive,
IndexEntry ti) |
Modifier and Type | Method and Description |
---|---|
boolean |
Formula.groundOut(Binds binds,
IndexEntry[] found,
java.util.List<java.lang.Integer> conditions) |
Modifier and Type | Method and Description |
---|---|
static SavedWorld |
SavedWorld.instance(IDeltaWeight worldWeight,
java.util.Iterator<IndexEntry> truth,
com.ibm.bluej.util.common.FunST<ScanTerm,java.lang.Boolean> shouldSave) |
IWorldWeight |
NBestWorldSaver.save(IDeltaWeight worldWeight,
java.util.Iterator<IndexEntry> truth) |
IWorldWeight |
SingleWorldSaver.save(IDeltaWeight worldWeight,
java.util.Iterator<IndexEntry> truth) |
IWorldWeight |
MAPWorldSaver.save(IDeltaWeight worldWeight,
java.util.Iterator<IndexEntry> truth) |
Modifier and Type | Method and Description |
---|---|
IndexEntry |
FormulaFindGroundFirstK.contains(ScanTerm t) |
IndexEntry |
FormulaFindGroundList.contains(ScanTerm t) |
IndexEntry |
FormulaFindGroundComboTest.contains(ScanTerm t) |
abstract IndexEntry |
FormulaFindGround.contains(ScanTerm t) |
IndexEntry |
FormulaFindGroundMap.contains(ScanTerm t) |
Modifier and Type | Method and Description |
---|---|
java.util.Iterator<IndexEntry> |
FormulaFindGroundFirstK.getGroundTerms() |
java.util.Iterator<IndexEntry> |
FormulaFindGroundList.getGroundTerms() |
java.util.Iterator<IndexEntry> |
FormulaFindGroundComboTest.getGroundTerms() |
abstract java.util.Iterator<IndexEntry> |
FormulaFindGround.getGroundTerms() |
java.util.Iterator<IndexEntry> |
FormulaFindGroundMap.getGroundTerms() |
Modifier and Type | Method and Description |
---|---|
void |
FormulaFindGroundFirstK.add(IndexEntry ti) |
void |
FormulaFindGroundList.add(IndexEntry ti) |
void |
FormulaFindGroundComboTest.add(IndexEntry ti) |
abstract void |
FormulaFindGround.add(IndexEntry ti) |
void |
FormulaFindGroundMap.add(IndexEntry ti) |
boolean |
GroundFindFormulaList.groundNew(boolean positive,
IndexEntry ti) |
Modifier and Type | Method and Description |
---|---|
void |
FormulaFindGroundFirstK.find(ScanTerm t,
Binds binds,
java.util.List<IndexEntry> matching) |
void |
FormulaFindGroundList.find(ScanTerm t,
Binds binds,
java.util.List<IndexEntry> matching) |
void |
FormulaFindGroundComboTest.find(ScanTerm t,
Binds binds,
java.util.List<IndexEntry> matching) |
abstract void |
FormulaFindGround.find(ScanTerm t,
Binds binds,
java.util.List<IndexEntry> matching) |
void |
FormulaFindGroundMap.find(ScanTerm t,
Binds binds,
java.util.List<IndexEntry> matching) |
static java.util.HashSet<java.lang.String> |
FormulaFindGround.makeSet(java.util.Iterator<IndexEntry> groundIter) |
Modifier and Type | Method and Description |
---|---|
int |
GroundingPlan.getNext(IndexEntry[] found) |
void |
GroundingPlan.permanentReject(IndexEntry[] found,
int recommended) |