See: Description
| Interface | Description |
|---|---|
| _FormulaSet |
Interface for a set of formulas.
|
| _Sequent |
Interface modeling a sequent of the form
S ==> T where
S and T are sets of propositional formulas. |
| _SingleSuccedentSequent |
Interface modelling a sequent of the form
S ==> H where
S is a sets of propositional formulas and H is a
propositional formula. |
| Class | Description |
|---|---|
| BitSetOfFormulas |
Sets of formulas implemented over bitsets.
|
| Formula |
Formula of this package are realized by objects implementing this interface.
|
| FormulaFactory |
The factory building formulas.
|
| FormulaLatexFormatter |
Provides a static method to generate the LaTeX of a formula.
|
| FormulaProposition |
An atomic propositional formula.
|
| FormulaSetOnHashSet |
Set of signed formulas implemented over HashSet.
|
| FormulaSetOnList |
Set of signed formulas implemented over LinkedList.
|
| PropositionalSubstitution |
A propositional substitution is a mapping between propositional variables and
formulas.
|
| SequentOnArray |
Implementation of the
_Sequent interface using an array of integers
to represents the sequent. |
| SequentOnBitSet |
Implementation of the
_Sequent interface using an array of integers
to represents the sequent. |
| SequentOnBSF |
Implementation of the
_Sequent interface using
BitSetOfFormulas to represent the left-hand and the right-hand sides. |
| SequentOnBSFWithFormulasByType |
Implementation of the
_Sequent interface using
BitSetOfFormulas to represent the left-hand and the right-hand sides. |
| SequentOnLists |
Implementation of the
_Sequent interface using lists to store left
and right formulas. |
| SingleSuccedentSequentOnArray |
Implementation of the
_SingleSuccedentSequent interface using an
array of integers to represents the sequent. |
| SingleSuccedentSequentOnBitSet | |
| SingleSuccedentSequentOnBSF |
Implementation of the
_Sequent interface on Formula using a
BitSetOfFormulas to represent the left-hand side. |
| SingleSuccedentSequentOnLists |
Implementation of the
_SingleSuccedentSequent interface using lists
to store left formulas. |
| Substitution |
| Exception | Description |
|---|---|
| ClosedFactoryException |
Formula class and can be
generated by the methods of FormulaFactory. This
factory provide an efficient implementation of formulas based on graphs which
avoid subformulas duplication. This means that multiple occurrences of the
same formula are identified.