public class ArithmeticSolutionNode extends AbstractSolutionNode
| Modifier and Type | Field and Description |
|---|---|
private boolean |
solutionFlag |
nodesCreated| Constructor and Description |
|---|
ArithmeticSolutionNode(Arithmetic clause,
RuleSet rules,
SubstitutionSet parentSolution,
AbstractSolutionNode parentNode)
Constructor of the class.
|
| Modifier and Type | Method and Description |
|---|---|
SubstitutionSet |
nextSolution()
Creates the next solution for the arithmetic expression of the node.
|
protected void |
reset(SubstitutionSet newParentSolution,
RuleSet newRuleSet)
Resets the subtree to the new state of the database and resets all the
counters that prevent from infinite evaluation of the node.
|
currentRuleCount, getClause, getCurrentRule, getDeepestLeaf, getParentNode, getParentSolution, getRuleSet, hasNextRule, nextRule, setDeepestLeafpublic ArithmeticSolutionNode(Arithmetic clause, RuleSet rules, SubstitutionSet parentSolution, AbstractSolutionNode parentNode)
clause - the arithmetic expression to be proved by this subtree.rules - the rules representing context of the proof.parentSolution - the solution of the parent node in the tree of proof.protected void reset(SubstitutionSet newParentSolution, RuleSet newRuleSet)
reset in class AbstractSolutionNodenewParentSolution - the new parent solution of the subtree.newRuleSet - the new state of the database.AbstractSolutionNode.reset(model.SubstitutionSet,
model.RuleSet)public SubstitutionSet nextSolution()
null if there no other different
solution.nextSolution in class AbstractSolutionNodeSubstitutionSet object representing the bindings of the
next solution or null if there is no next solution.AbstractSolutionNode.nextSolution()