@Override
public double evalEnergy(Value[] values) {
// Allow one constant input
FiniteFieldNumber result = (FiniteFieldNumber) values[0].getObject();
Object arg1 = values[1].getObject();
FiniteFieldNumber input1 =
(arg1 instanceof FiniteFieldNumber)
? (FiniteFieldNumber) arg1
: result.cloneWithNewValue(FactorFunctionUtilities.toInteger(arg1));
Object arg2 = values[2].getObject();
FiniteFieldNumber input2 =
(arg2 instanceof FiniteFieldNumber)
? (FiniteFieldNumber) arg2
: result.cloneWithNewValue(FactorFunctionUtilities.toInteger(arg2));
if (!result.isCompatible(input1) || !result.isCompatible(input2))
throw new DimpleException("Primitive polynomials must match.");
FiniteFieldNumber computedResult = finiteFieldProduct(input1, input2);
return (computedResult.isEqual(result)) ? 0 : Double.POSITIVE_INFINITY;
}
@Override
public final double evalEnergy(Value[] arguments) {
// Allow one constant input
final FiniteFieldNumber result = requireNonNull((FiniteFieldNumber) arguments[0].getObject());
final Value arg1 = arguments[1];
final FiniteFieldNumber input1 =
(arg1 instanceof FiniteFieldValue)
? arg1.getFiniteField()
: result.cloneWithNewValue(arg1.getInt());
final Value arg2 = arguments[2];
final FiniteFieldNumber input2 =
(arg2 instanceof FiniteFieldValue)
? arg2.getFiniteField()
: result.cloneWithNewValue(arg2.getInt());
if (!result.isCompatible(input1) || !result.isCompatible(input2))
throw new DimpleException("Primitive polynomials must match.");
final FiniteFieldNumber computedResult = finiteFieldProduct(input1, input2);
return (computedResult.isEqual(result)) ? 0 : Double.POSITIVE_INFINITY;
}
