startPoint.addPositiveInt(BigInt.remainderByPositiveInt(ni, 2) + 1); if (!isDivisible[j]) { probPrime.putCopy(startPoint); probPrime.addPositiveInt(j); if (probPrime.isPrime(100)) { return new BigInteger(probPrime); startPoint.addPositiveInt(gapSize);
startPoint.addPositiveInt(BigInt.remainderByPositiveInt(ni, 2) + 1); if (!isDivisible[j]) { probPrime.putCopy(startPoint); probPrime.addPositiveInt(j); if (probPrime.isPrime(100)) { return new BigInteger(probPrime); startPoint.addPositiveInt(gapSize);
startPoint.addPositiveInt(BigInt.remainderByPositiveInt(ni, 2) + 1); if (!isDivisible[j]) { probPrime.putCopy(startPoint); probPrime.addPositiveInt(j); if (probPrime.isPrime(100)) { return new BigInteger(probPrime); startPoint.addPositiveInt(gapSize);
startPoint.addPositiveInt(BigInt.remainderByPositiveInt(ni, 2) + 1); if (!isDivisible[j]) { probPrime.putCopy(startPoint); probPrime.addPositiveInt(j); if (probPrime.isPrime(100)) { return new BigInteger(probPrime); startPoint.addPositiveInt(gapSize);
startPoint.addPositiveInt(BigInt.remainderByPositiveInt(ni, 2) + 1); if (!isDivisible[j]) { probPrime.putCopy(startPoint); probPrime.addPositiveInt(j); if (probPrime.isPrime(100)) { return new BigInteger(probPrime); startPoint.addPositiveInt(gapSize);
startPoint.addPositiveInt(BigInt.remainderByPositiveInt(ni, 2) + 1); if (!isDivisible[j]) { probPrime.putCopy(startPoint); probPrime.addPositiveInt(j); if (probPrime.isPrime(100)) { return new BigInteger(probPrime); startPoint.addPositiveInt(gapSize);
startPoint.addPositiveInt(BigInt.remainderByPositiveInt(ni, 2) + 1); if (!isDivisible[j]) { probPrime.putCopy(startPoint); probPrime.addPositiveInt(j); if (probPrime.isPrime(100)) { return new BigInteger(probPrime); startPoint.addPositiveInt(gapSize);