/**
* These 3 functions are used to help the readability
* Use statusFormula with good parameters
*/
int isSatisfiedFormula(Formula c,Interpretation I) {
while(c.clauseHead!=NULL) {
int clauseStatus= statusClause(*c.clauseHead->clause,I);
if (clauseStatus != TRUE ) return FALSE;
c.clauseHead=c.clauseHead->next;
}
return TRUE;
}
int main(){
Formula f;
Interpretation I;
int clauses=rand()%20;
int var=rand()%30;
createFormula(&f, clauses, var);
generateFullRandomFormula(&f,clauses,var);
createAndInitializeInterpretation(&I, f.nbVariables);
for (int i = 0; i < f.nbVariables; ++i) {
assignVariable(I,i,rand()%2);
}
int randomValue= rand()%(f.nbClauses);
printf("\nstatus of a random clause %d: %d",randomValue,statusClause(f.clauses[randomValue],I));
randomValue= rand()%(f.nbClauses);
printf("\nsatifcation of a random clause %d : %d",randomValue,isSatisfiedClause(f.clauses[randomValue],I));
randomValue= rand()%(f.nbClauses);
printf("\nfalsefcation of a random clause %d : %d",randomValue,isFalsifiedClause(f.clauses[randomValue],I));
randomValue= rand()%(f.nbClauses);
printf("\nUndetermination of a random clause %d : %d",randomValue,isUndefClause(f.clauses[randomValue],I));
randomValue= rand()%(f.nbClauses);
printf("\nUnit of a random clause %d : %d",randomValue,isUnit(f.clauses[randomValue],I));
printf("\nThe status of the fourmla is %d",statusFormula(f,I));
printf("\nSatification of the fourmla is %d",isSatisfiedFormula(f,I));
printf("\nFalefication of the fourmla is %d",isFalsifiedFormula(f,I));
printf("\nUndetermination of the fourmla is %d",isUndefFormula(f,I));
displayFormula(f,I);
}
int isUndefClause(Clause c,Interpretation I) {
if(statusClause(c,I)==UNDEF)return TRUE;
return FALSE;
}
int isFalsifiedClause(Clause c,Interpretation I) {
if(statusClause(c,I)==FALSE)return TRUE;
return FALSE;
}
int isSatisfiedClause(Clause c,Interpretation I) {
if(statusClause(c,I)==TRUE)return TRUE;
return FALSE;
}
