ChangeVocabularyInference()
: ChangeVocabularyInferenceBase("setvocabulary", "Changes the vocabulary of a structure to the given one.") {
setNameSpace(getVocabularyNamespaceName());
//If some symbol occurs both in V and in the previous vocabulary of S, its interpretation in S is kept.
//For all symbols that belong to V but not to the previous vocabulary of S,
//the interpretation in S is initialized to the least precise interpretation.
}
void CIMObjectPath::set(
const String& host,
const CIMNamespaceName& nameSpace,
const CIMName& className,
const Array<CIMKeyBinding>& keyBindings)
{
setHost(host);
setNameSpace(nameSpace);
setClassName(className);
setKeyBindings(keyBindings);
}
StructureEqualityInference()
: SSBase("equal", "Check whether two structures are equal.") {
setNameSpace(getStructureNamespaceName());
}
IsConsistentInference()
: StructureBase("isconsistent", "Check whether the structure is consistent.") {
setNameSpace(getStructureNamespaceName());
}
GetNbOfTwoValuedAtomsInStructure()
: StructureBase("nrtwovaluedatoms", "Retrieve the number of two-valued atoms in the given structure.") {
setNameSpace(getStructureNamespaceName());
}
CleanInference()
: StructureBase("clean",
"Combines fully specified three-valued relations into two-valued ones.\nModifies its argument and does not return anything.") {
setNameSpace(getStructureNamespaceName());
}
SetTableValueInference(const char* command, const char* description, SETVALUE value)
: SetTableValueInferenceBase(command, description, true), value_(value) {
setNameSpace(getStructureNamespaceName());
}
TwoValuedExtensionsOfTableInference()
: TwoValuedExtensionsOfTableInferenceBase("nbModelsTwoValuedExtensions", "Generate all two-valued extensions of all of the given structures.") {
setNameSpace(getStructureNamespaceName());
}
HelpInference()
: HelpInferenceBase("help", "Print information about the given namespace, when left blank, print information about the global namespace.", true) {
setNameSpace(getInternalNamespaceName());
}
QueryInference()
: QueryInferenceBase("query", "Generate all solutions to the given query in the given structure.") {
setNameSpace(getInferenceNamespaceName());
}
InitInferenceNoTime()
: ProgressInferenceBase("initialise",
"Initialise an LTC theory. Input: an LTC theory. Output: (depending on stdoptions.nbmodels) a number of models, and (arguments 2-5 respectively) the used bistate theory, initial theory, bistate vocabulary and initial vocabulary (for in case you want to modify the progression behaviour yourself)",
false) {
setNameSpace(getInternalNamespaceName());
}
ProgressInference()
: ProgressInferenceBase("progress", "Progress an LTC theory", false) {
setNameSpace(getInferenceNamespaceName());
}
ProverInvariantInference()
: ProverInvariantInferenceBase("isinvariant",
"Returns true if the second theory is (provable with the induction method) an invariant of the first LTC-theory ",
false) {
setNameSpace(getInferenceNamespaceName());
}
InvariantInference()
: InvariantInferenceBase("isinvariant",
"Returns true if the second theory is (provable with the induction method) an invariant of the first LTC-theory in the context of the given finite structure ",
false) {
setNameSpace(getInferenceNamespaceName());
}
