| Class and Description |
|---|
| Proof |
| Proof.Delta
A proof delta represents a set of truths which have been introduced
during one or more proof steps.
|
| Class and Description |
|---|
| Formula
A special kind of expression which maintains a normal form representation.
|
| Formula.ArithmeticEquality |
| Formula.ArithmeticEquation |
| Formula.Conjunct |
| Formula.Disjunct |
| Formula.Equality |
| Formula.Equation |
| Formula.Inequality |
| Formula.Invoke |
| Formula.Is |
| Formula.Quantifier |
| Formula.Truth |
| Proof |
| Proof.Delta
A proof delta represents a set of truths which have been introduced
during one or more proof steps.
|
| Proof.Delta.Set
A set of truths in a delta, either representing those added or those
removed.
|
| Proof.Rule
A proof rule represents the transformation of a given proof according to
some logical inference.
|
| Proof.State
A proof branch considered of one or more states which were derived from
an existing state using a given rule.
|
| Class and Description |
|---|
| Proof |
| Proof.State
A proof branch considered of one or more states which were derived from
an existing state using a given rule.
|
| Class and Description |
|---|
| Formula
A special kind of expression which maintains a normal form representation.
|
| Formula.ArithmeticEquality |
| Formula.Conjunct |
| Formula.Disjunct |
| Formula.Equality |
| Formula.Inequality |
| Formula.Invoke |
| Formula.Is |
| Formula.Quantifier |
| Formula.Truth |
| Proof.Delta.Set
A set of truths in a delta, either representing those added or those
removed.
|
| Proof.LinearRule |
| Proof.Rule
A proof rule represents the transformation of a given proof according to
some logical inference.
|
| Proof.State
A proof branch considered of one or more states which were derived from
an existing state using a given rule.
|
| Class and Description |
|---|
| Formula
A special kind of expression which maintains a normal form representation.
|
| Formula.Inequality |
| Proof.Delta.Set
A set of truths in a delta, either representing those added or those
removed.
|
| Proof.LinearRule |
| Proof.Rule
A proof rule represents the transformation of a given proof according to
some logical inference.
|
| Proof.State
A proof branch considered of one or more states which were derived from
an existing state using a given rule.
|
| Class and Description |
|---|
| Formula
A special kind of expression which maintains a normal form representation.
|
| Proof.Delta.Set
A set of truths in a delta, either representing those added or those
removed.
|
| Proof.LinearRule |
| Proof.Rule
A proof rule represents the transformation of a given proof according to
some logical inference.
|
| Proof.State
A proof branch considered of one or more states which were derived from
an existing state using a given rule.
|
| Class and Description |
|---|
| Formula
A special kind of expression which maintains a normal form representation.
|
| Proof.LinearRule |
| Proof.Rule
A proof rule represents the transformation of a given proof according to
some logical inference.
|
| Proof.State
A proof branch considered of one or more states which were derived from
an existing state using a given rule.
|
| Class and Description |
|---|
| Formula
A special kind of expression which maintains a normal form representation.
|
| Proof.LinearRule |
| Proof.NonLinearRule |
| Proof.Rule
A proof rule represents the transformation of a given proof according to
some logical inference.
|
| Proof.State
A proof branch considered of one or more states which were derived from
an existing state using a given rule.
|
| Class and Description |
|---|
| Formula
A special kind of expression which maintains a normal form representation.
|
| Proof.Delta.Set
A set of truths in a delta, either representing those added or those
removed.
|
| Proof.LinearRule |
| Proof.Rule
A proof rule represents the transformation of a given proof according to
some logical inference.
|
| Proof.State
A proof branch considered of one or more states which were derived from
an existing state using a given rule.
|
| Class and Description |
|---|
| Formula
A special kind of expression which maintains a normal form representation.
|
| Proof.LinearRule |
| Proof.Rule
A proof rule represents the transformation of a given proof according to
some logical inference.
|
| Proof.State
A proof branch considered of one or more states which were derived from
an existing state using a given rule.
|
| Class and Description |
|---|
| Formula
A special kind of expression which maintains a normal form representation.
|
| Proof.Delta.Set
A set of truths in a delta, either representing those added or those
removed.
|
| Proof.LinearRule |
| Proof.Rule
A proof rule represents the transformation of a given proof according to
some logical inference.
|
| Proof.State
A proof branch considered of one or more states which were derived from
an existing state using a given rule.
|
| Class and Description |
|---|
| Formula
A special kind of expression which maintains a normal form representation.
|
| Formula.Disjunct |
| Formula.Inequality |
| Formula.Quantifier |
| Proof |
| Proof.Delta
A proof delta represents a set of truths which have been introduced
during one or more proof steps.
|
| Proof.Delta.Set
A set of truths in a delta, either representing those added or those
removed.
|
| Proof.Rule
A proof rule represents the transformation of a given proof according to
some logical inference.
|
| Proof.State
A proof branch considered of one or more states which were derived from
an existing state using a given rule.
|
| Class and Description |
|---|
| Proof |
| Class and Description |
|---|
| Formula
A special kind of expression which maintains a normal form representation.
|
| Class and Description |
|---|
| Formula
A special kind of expression which maintains a normal form representation.
|
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