- Success (SUC):
The logical data has been processed successfully.
- UnsatisfiabilityPreserving (UNP):
If there does not exist a model of Ax then there does not exist a
model of C.
- SatisfiabilityPreserving (SAP):
If there exists a model of Ax then there exists a model of C.
- EquiSatisfiable (ESA):
There exists a model of Ax iff there exists a model of C.
- Satisfiable (SAT):
Some interpretations are models of Ax, and
some models of Ax are models of C.
- FinitelySatisfiable (FSA):
Some finite interpretations are finite models of Ax, and
some finite models of Ax are finite models of C.
- Theorem (THM):
All models of Ax are models of C.
- Equivalent (EQV):
Some interpretations are models of Ax,
all models of Ax are models of C, and
all models of C are models of Ax.
- TautologousConclusion (TAC):
Some interpretations are models of Ax, and
all interpretations are models of C.
- WeakerConclusion (WEC):
Some interpretations are models of Ax,
all models of Ax are models of C, and
some models of C are not models of Ax.
- EquivalentTheorem (ETH):
Some, but not all, interpretations are models of Ax,
all models of Ax are models of C, and
all models of C are models of Ax.
- Tautology (TAU):
All interpretations are models of Ax, and
all interpretations are models of C.
- WeakerTautologousConclusion (WTC):
Some, but not all, interpretations are models of Ax, and
all interpretations are models of C.
- WeakerTheorem (WTH):
Some interpretations are models of Ax,
all models of Ax are models of C,
some models of C are not models of Ax, and
some interpretations are not models of C.
- ContradictoryAxioms (CAX):
No interpretations are models of Ax.
- SatisfiableConclusionContradictoryAxioms (SCA):
No interpretations are models of Ax, and
some interpretations are models of C.
- TautologousConclusionContradictoryAxioms (TCA):
No interpretations are models of Ax, and
all interpretations are models of C.
- WeakerConclusionContradictoryAxioms (WCA):
No interpretations are models of Ax, and
some, but not all, interpretations are models of C.
- CounterUnsatisfiabilityPreserving (CUP):
If there does not exist a model of Ax then there does not exist a
model of ¬C.
- CounterSatisfiabilityPreserving (CSP):
If there exists a model of Ax then there exists a model of ¬C.
- EquiCounterSatisfiable (ECS):
There exists a model of Ax iff there exists a model of ¬C.
- CounterSatisfiable (CSA):
Some interpretations are models of Ax, and
some models of Ax are models of ¬C.
- CounterTheorem (CTH):
All models of Ax are models of ¬C.
- CounterEquivalent (CEQ):
Some interpretations are models of Ax,
all models of Ax are models of ¬C, and
all models of ¬C are models of Ax.
- UnsatisfiableConclusion (UNC):
Some interpretations are models of Ax, and
all interpretations are models of ¬C
(i.e., no interpretations are models of C).
- WeakerCounterConclusion (WCC):
Some interpretations are models of Ax, and
all models of Ax are models of ¬C, and
some models of ¬C are not models of Ax.
- EquivalentCounterTheorem (ECT):
Some, but not all, interpretations are models of Ax,
all models of Ax are models of ¬C, and
all models of ¬C are models of Ax.
- FinitelyUnsatisfiable (FUN):
All finite interpretations are finite models of Ax, and
all finite interpretations are finite models of ¬C.
- Unsatisfiable (UNS):
All interpretations are models of Ax, and
all interpretations are models of ¬C.
- WeakerUnsatisfiableConclusion (WUC):
Some, but not all, interpretations are models of Ax, and
all interpretations are models of ¬C.
- WeakerCounterTheorem (WCT):
Some interpretations are models of Ax,
all models of Ax are models of ¬C,
some models of ¬C are not models of Ax, and
some interpretations are not models of ¬C.
- SatisfiableCounterConclusionContradictoryAxioms (SCC):
No interpretations are models of Ax, and
some interpretations are models of ¬C.
- UnsatisfiableConclusionContradictoryAxioms (UCA):
No interpretations are models of Ax, and
all interpretations are models of ¬C.
- NoConsequence (NOC):
Some interpretations are models of Ax,
some models of Ax are models of C, and
some models of Ax are models of ¬C.
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