public static void Part_2()
{
// if a thruster halst, if it's not E, then just kick off the next one.
// if E passes an output but not a halt, pass it to A
int highestOutput = 0;
List <int> phaseSettingSequence = new List <int>()
{
5, 6, 7, 8, 9
};
IEnumerable <IEnumerable <int> > possibilityList = Test_Code.GetPermutations(phaseSettingSequence, 5);
foreach (var possibilities in possibilityList)
{
int[] first_numbers = ReadData();
int[] second_numbers = ReadData();
int[] third_numbers = ReadData();
int[] fourth_numbers = ReadData();
int[] fifth_numbers = ReadData();
List <int> asList = possibilities.ToList();
int firstPS = asList[0];
int secondPS = asList[1];
int thirdPS = asList[2];
int fourthPS = asList[3];
int fifthPS = asList[4];
int[] firstInput = { firstPS, 0 };
IntCodeComp FirstComp = new IntCodeComp(first_numbers, firstInput);
int firstOutput = FirstComp.RunComputation();
//Console.WriteLine($"First output is {firstOutput}");
int[] secondInput = { secondPS, firstOutput };
IntCodeComp SecondComp = new IntCodeComp(second_numbers, secondInput);
int secondOutput = SecondComp.RunComputation();
//Console.WriteLine($"Second output is {secondOutput}");
int[] thirdInput = { thirdPS, secondOutput };
IntCodeComp ThirdComp = new IntCodeComp(third_numbers, thirdInput);
int thirdOutput = ThirdComp.RunComputation();
//Console.WriteLine($"Third output is {thirdOutput}");
int[] fourthInput = { fourthPS, thirdOutput };
IntCodeComp FourthComp = new IntCodeComp(fourth_numbers, fourthInput);
int fourthOutput = FourthComp.RunComputation();
//Console.WriteLine($"Fourth output is {fourthOutput}");
int[] fifthInput = { fifthPS, fourthOutput };
IntCodeComp FifthComp = new IntCodeComp(fifth_numbers, fifthInput);
int fifthOutput = FifthComp.RunComputation();
if (fifthOutput > highestOutput)
{
Console.WriteLine($"New highest output is {fifthOutput}");
highestOutput = fifthOutput;
}
}
}
public static void Part_1()
{
int highestOutput = 0;
List <int> phaseSettingSequence = new List <int>()
{
0, 1, 2, 3, 4
};
IEnumerable <IEnumerable <int> > possibilityList = Test_Code.GetPermutations(phaseSettingSequence, 5);
foreach (var possibilities in possibilityList)
{
int[] first_numbers = ReadData();
int[] second_numbers = ReadData();
int[] third_numbers = ReadData();
int[] fourth_numbers = ReadData();
int[] fifth_numbers = ReadData();
List <int> asList = possibilities.ToList();
int firstPS = asList[0];
int secondPS = asList[1];
int thirdPS = asList[2];
int fourthPS = asList[3];
int fifthPS = asList[4];
int[] firstInput = { firstPS, 0 };
IntCodeComp FirstComp = new IntCodeComp(first_numbers, firstInput);
int firstOutput = FirstComp.RunComputation();
//Console.WriteLine($"First output is {firstOutput}");
int[] secondInput = { secondPS, firstOutput };
IntCodeComp SecondComp = new IntCodeComp(second_numbers, secondInput);
int secondOutput = SecondComp.RunComputation();
//Console.WriteLine($"Second output is {secondOutput}");
int[] thirdInput = { thirdPS, secondOutput };
IntCodeComp ThirdComp = new IntCodeComp(third_numbers, thirdInput);
int thirdOutput = ThirdComp.RunComputation();
//Console.WriteLine($"Third output is {thirdOutput}");
int[] fourthInput = { fourthPS, thirdOutput };
IntCodeComp FourthComp = new IntCodeComp(fourth_numbers, fourthInput);
int fourthOutput = FourthComp.RunComputation();
//Console.WriteLine($"Fourth output is {fourthOutput}");
int[] fifthInput = { fifthPS, fourthOutput };
IntCodeComp FifthComp = new IntCodeComp(fifth_numbers, fifthInput);
int fifthOutput = FifthComp.RunComputation();
if (fifthOutput > highestOutput)
{
Console.WriteLine($"New highest output is {fifthOutput}");
highestOutput = fifthOutput;
}
}
Console.WriteLine($"Final output is {highestOutput}");
}
