static void Main(string[] args)
{
var baseIntCodes = Helper.ReadIntcodesFromInputFile();
var intCodeComputer = new IntcodeComputer();
for (int noun = 99; noun > 0; noun--)
{
for (int verb = 99; verb > 0; verb--)
{
//Console.WriteLine($"Processing - Noun: {noun}, Verb: {verb}");
var newIntCodes = new List <int>(baseIntCodes);
newIntCodes[1] = noun;
newIntCodes[2] = verb;
var outputValues = intCodeComputer.ProcessIntcodes(newIntCodes);
if (newIntCodes.First() == 19690720)
{
Console.WriteLine($"Answer: {noun}{verb}");
break;
}
}
}
Console.ReadLine();
}
static int CalculateMaxThrusters(List <int> baseIntCodes)
{
var phaseSettingsCombinations = GeneratePhaseSettingCombinations(5);
var intCodeComputer = new IntcodeComputer(Version.V3);
int maxSignal = int.MinValue;
foreach (var phaseSettings in phaseSettingsCombinations)
{
var resultA = intCodeComputer.ProcessIntcodes(baseIntCodes, new Queue <int>(new int[] { phaseSettings.Dequeue(), 0 })).SingleOrDefault();
var resultB = intCodeComputer.ProcessIntcodes(baseIntCodes, new Queue <int>(new int[] { phaseSettings.Dequeue(), resultA })).SingleOrDefault();
var resultC = intCodeComputer.ProcessIntcodes(baseIntCodes, new Queue <int>(new int[] { phaseSettings.Dequeue(), resultB })).SingleOrDefault();
var resultD = intCodeComputer.ProcessIntcodes(baseIntCodes, new Queue <int>(new int[] { phaseSettings.Dequeue(), resultC })).SingleOrDefault();
var resultE = intCodeComputer.ProcessIntcodes(baseIntCodes, new Queue <int>(new int[] { phaseSettings.Dequeue(), resultD })).SingleOrDefault();
if (resultE > maxSignal)
{
maxSignal = resultE;
}
}
return(maxSignal);
}
static void Main(string[] args)
{
//var baseIntCodes = Helper.ReadIntcodesFromInputFile();
var baseIntCodes = new List <int> {
3, 3, 1105, -1, 9, 1101, 0, 0, 12, 4, 12, 99, 1
};
var intCodeComputer = new IntcodeComputer(Version.V3);
var result = intCodeComputer.ProcessIntcodes(baseIntCodes);
Console.ReadLine();
}
