public double getProbabilitySoftRuleAllFalseExceptOne(
UGroundedSoftRule softRule, UGroundedHardRule hardRule, UFact fact) {
double q_c = 1;
for (USoftRulePartition partition : softRule.partitions) {
if (partition.n > 1) {
System.err.println("CLAUSE ALREADY SATISFIED!");
return 1;
}
for (USignedFact literal : partition) {
steps++;
if ((literal.equals(fact) && literal.sign)
|| (!literal.equals(fact) && !literal.sign && hardRule.contains(literal.fact))) {
return 1;
}
}
if (partition.n == 1) partition.q_r = (1 - partition.p_i);
else partition.q_r = partition.p_i;
q_c *= (1 - partition.q_r);
steps++;
}
// System.out.println("SOFTRULE-1: " + softRule + " -> " + (1 - q_c));
return 1 - q_c;
}
public double getProbabilitySoftRule(UGroundedSoftRule softRule) {
if (softRule.partitions == null) softRule.partitions = getPartitions(softRule);
double q_c = 1;
for (USoftRulePartition partition : softRule.partitions) {
steps++;
if (partition.n > 1) {
q_c = 0;
break;
} else if (partition.n == 1) partition.q_r = (1 - partition.p_i);
else partition.q_r = partition.p_i;
// System.out.println(" PART: " + partition + " " + partition.p_i + " " + partition.q_r);
q_c *= (1 - partition.q_r);
steps++;
}
// System.out.println("SOFTRULE: " + softRule + " -> " + (1 - q_c));
return 1 - q_c;
}
