public static void Main(string[] args)
{
ProblemParser.ParseProblem(@"D:\Chrome\Downloads\B-large.in");
for (var problem = 0; problem < ProblemParser.Cases; problem++)
{
var input = ProblemParser.GetNextLine().Split(' ');
var offset = 0;
var c = Int32.Parse(input[offset++]);
var transmutes = new List <Transmute>();
for (int i = 0; i < c; i++, offset++)
{
transmutes.Add(new Transmute {
Element1 = input[offset][0], Element2 = input[offset][1], Result = input[offset][2]
});
}
var d = Int32.Parse(input[offset++]);
var opposingPairs = new List <OpposingPair>();
for (int i = 0; i < d; i++, offset++)
{
opposingPairs.Add(new OpposingPair {
Element1 = input[offset][0], Element2 = input[offset][1]
});
}
var toTransmute = input[offset + 1];
ProblemParser.WriteSolution("[" + string.Join(", ", ApplyTransmutation(toTransmute, transmutes, opposingPairs).ToCharArray()) + "]");
}
}
public static void Main(string[] args)
{
ProblemParser.ParseProblem(@"D:\Chrome\Downloads\D-large.in");
for (var problem = 0; problem < ProblemParser.Cases; problem++)
{
var input = ProblemParser.GetLines(2);
var array = new List <string>(input[1].Split(' ')).Select(Int64.Parse).ToList();
var copy = new List <string>(input[1].Split(' ')).Select(Int64.Parse).ToList();
copy.Sort();
ProblemParser.WriteSolution(array.Where((t, i) => t != copy[i]).Count() + ".000000");
}
}
public static void Main(string[] args)
{
ProblemParser.ParseProblem(@"C:\Users\amissine\Downloads\A-large.in");
for (var i = 0; i < ProblemParser.Cases; i++)
{
var input = ProblemParser.GetNextLine();
var inputs = input.Split(' ');
var numberOfSteps = Int32.Parse(inputs[0]);
var steps = new List <Step>();
for (int j = 0; j < numberOfSteps; j++)
{
var bot = inputs[1 + j * 2][0];
var button = Int32.Parse(inputs[2 + j * 2]);
steps.Add(new Step {
Bot = bot, Button = button
});
}
var bLoc = 1;
var oLoc = 1;
var time = 0;
for (int j = 0; j < numberOfSteps; j++)
{
var step = steps[j];
if (step.Bot == 'B')
{
var timeTaken = Math.Abs(bLoc - step.Button) + 1;
time += timeTaken;
bLoc = step.Button;
var nextOrangeStep = FindNextStep(j + 1, steps, 'O');
if (nextOrangeStep != null)
{
oLoc = MoveTowards(nextOrangeStep.Button, oLoc, timeTaken);
}
}
else
{
var timeTaken = Math.Abs(oLoc - step.Button) + 1;
time += timeTaken;
oLoc = step.Button;
var nextBlueStep = FindNextStep(j + 1, steps, 'B');
if (nextBlueStep != null)
{
bLoc = MoveTowards(nextBlueStep.Button, bLoc, timeTaken);
}
}
}
ProblemParser.WriteSolution("" + time);
}
}
public static void Main(string[] args)
{
ProblemParser.ParseProblem(@"D:\Chrome\Downloads\C-large.in");
for (var problem = 0; problem < ProblemParser.Cases; problem++)
{
var input = ProblemParser.GetLines(2);
var candies = new List <string>(input[1].Split(' ')).Select(Int64.Parse).ToList();
candies.Sort();
var bits = new int[30];
foreach (var candy in candies)
{
CountBits(bits, candy);
}
if (!bits.All(bit => bit % 2 == 0))
{
ProblemParser.WriteSolution("NO");
}
else
{
ProblemParser.WriteSolution("" + (candies.Sum() - candies.First()));
}
}
}
private void ParseInput()
{
var problemParser = new ProblemParser(_inputFilePath);
_problemData = problemParser.Parse();
}
