static void Main(string[] args)
{
// If we are provided starting degrees...
if (args.Length == 4)
{
double northSouth = 0, eastWest = 0, anaKata = 0, strangeCharm = 0;
try {
if (double.TryParse(args[0], out northSouth))
{
if (double.TryParse(args[1], out eastWest))
{
if (double.TryParse(args[2], out anaKata))
{
if (double.TryParse(args[3], out strangeCharm))
{
Console.WriteLine("Successfully extracted variables");
}
}
}
}
} catch (Exception e) { Console.WriteLine($"{e.Message}"); }
_northSouth.SetDegree(northSouth);
_eastWest.SetDegree(eastWest);
_anaKata.SetDegree(anaKata);
_strangeCharm.SetDegree(strangeCharm);
}
// For as long as we need, loop my basic input handler
var traveling = true;
while (traveling)
{
Console.Clear();
try {
// Every time we are able to move, we need our current coords
Console.WriteLine("{0,9:0.0000}\tN/S", _northSouth.Degree);
Console.WriteLine("{0,9:0.0000}\tE/W", _eastWest.Degree);
Console.WriteLine("{0,9:0.0000}\tA/K", _anaKata.Degree);
Console.WriteLine("{0,9:0.0000}\tS/C", _strangeCharm.Degree);
/* Input is in this format:
* <Distance> <Angle in coordinate form> <Angle to axis plane><Axis traveled upon>
* <Angle for second axis of travel><Axis traveled upon>
*
* 2 vectors are ALWAYS required (even if one is 0 degrees on a coordinate plane
*/
//REF: 10 45 21NA 60EC
//REF: 56 meters, 30 degrees North of East, 64 degrees Charm of Ana
// If our input was null, try again
var input = Console.ReadLine()
?.Trim();
switch (input)
{
case "":
break;
case "break":
Environment.ExitCode = 0;
traveling = false;
break;
}
var inputArray = new List <object> {
};
// Since each operator in the input is separated by a space, split on that to isolate variables
var inputs = input.Trim().Split(" ");
// If we can't parse the distance, the input was incorrect
if (!double.TryParse(inputs[0], out var distance))
{
throw new ArgumentException($"{inputs[0]} is not a valid distance");
}
if (!double.TryParse(inputs[1], out var angle))
{
throw new ArgumentException($"{inputs[1]} is not a valid angle");
}
// Since it checks out, add it to my list
inputArray.Add(distance);
inputArray.Add(angle);
// Now we have it, remove it from the input
input = input.Replace(inputs[0], "").Trim();
input = input.Replace(inputs[1], "").Trim();
// Now all we're left with is 2 directional vectors, let's do a thing with them
inputArray.AddRange(input.Trim().Split(" ").Select(s => new DirectionMovement(s)));
// Alright, time to do some trig!!!
var directionMovements = new List <DirectionMovement> {
(DirectionMovement)inputArray[2],
(DirectionMovement)inputArray[3]
};
var initTrig = distance * Trig.SinOfDegree(angle);
foreach (var directionMovement in directionMovements)
{
switch (directionMovement.Angle)
{
case "NE":
_northSouth.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_eastWest.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "NW":
_northSouth.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_eastWest.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "NA":
_northSouth.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_anaKata.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
Console.WriteLine($"Delta of N/S: {_northSouth.OldDegree} to {_northSouth.Degree} [{_northSouth.GetDiff()}]");
Console.WriteLine($"Delta of A/K: {_anaKata.OldDegree} to {_anaKata.Degree} [{_anaKata.GetDiff()}]");
break;
case "NK":
_northSouth.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_anaKata.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "NT":
_northSouth.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_strangeCharm.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "NC":
_northSouth.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_strangeCharm.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "SE":
_northSouth.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_eastWest.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "SW":
_northSouth.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_eastWest.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "SA":
_northSouth.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_anaKata.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "SK":
_northSouth.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_anaKata.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "ST":
_northSouth.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_strangeCharm.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "SC":
_northSouth.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_strangeCharm.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "EN":
_eastWest.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_northSouth.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "ES":
_eastWest.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_northSouth.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "EA":
_eastWest.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_anaKata.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "EK":
_eastWest.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_anaKata.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "ET":
_eastWest.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_strangeCharm.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "EC":
_eastWest.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_strangeCharm.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
Console.WriteLine($"Delta of E/W: {_eastWest.OldDegree} to {_eastWest.Degree} [{_eastWest.GetDiff()}]");
Console.WriteLine($"Delta of T/C: {_strangeCharm.OldDegree} to {_strangeCharm.Degree} [{_strangeCharm.GetDiff()}]");
break;
case "WN":
_eastWest.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_northSouth.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "WS":
_eastWest.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_northSouth.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "WA":
_eastWest.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_anaKata.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "WK":
_eastWest.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_anaKata.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "WT":
_eastWest.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_strangeCharm.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "WC":
_eastWest.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_strangeCharm.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "AN":
_anaKata.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_northSouth.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "AS":
_anaKata.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_northSouth.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "AE":
_anaKata.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_eastWest.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "AW":
_anaKata.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_eastWest.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "AT":
_anaKata.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_strangeCharm.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "AC":
_anaKata.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_strangeCharm.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "KN":
_anaKata.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_northSouth.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "KS":
_anaKata.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_northSouth.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "KE":
_anaKata.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_eastWest.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "KW":
_anaKata.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_eastWest.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "KT":
_anaKata.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_strangeCharm.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "KC":
_anaKata.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_strangeCharm.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "TN":
_strangeCharm.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_northSouth.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "TS":
_strangeCharm.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_northSouth.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "TE":
_strangeCharm.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_eastWest.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "TW":
_strangeCharm.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_eastWest.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "TA":
_strangeCharm.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_anaKata.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "TK":
_strangeCharm.AddDegree(initTrig * Trig.CosOfDegree(directionMovement.Degree));
_anaKata.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "CN":
_strangeCharm.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_northSouth.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "CS":
_strangeCharm.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_northSouth.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "CE":
_strangeCharm.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_eastWest.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "CW":
_strangeCharm.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_eastWest.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "CA":
_strangeCharm.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_anaKata.AddDegree(initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
case "CK":
_strangeCharm.AddDegree(-initTrig * Trig.CosOfDegree(directionMovement.Degree));
_anaKata.AddDegree(-initTrig * Trig.SinOfDegree(directionMovement.Degree));
break;
}
}
// Because I myself placed the variables in each slot of the List, I can do this without checking
Console.WriteLine($"Distance: {(double) inputArray[0]}");
Console.WriteLine($"Angle of movement: {(double) inputArray[1]}");
var angle1 = (DirectionMovement)inputArray[2];
var angle2 = (DirectionMovement)inputArray[3];
Console.WriteLine(
$"First direction of movement: {angle1.Degree} degrees {angle1.Angle}");
Console.WriteLine(
$"Second direction of movement: {angle2.Degree} degrees {angle2.Angle}");
Console.ReadKey();
} catch (ArgumentException e) {
Console.WriteLine($"{e.Message}");
}
}
Environment.Exit(Environment.ExitCode);
}