private static void PrintLabyrinth(string[,] maze)
{
for (int i = 0; i < maze.GetLength(0); i++)
{
for (int j = 0; j < maze.GetLength(1); j++)
{
string current = maze[i, j];
if (current.Equals("x", StringComparison.OrdinalIgnoreCase))
{
Helper.Write("x ", ConsoleColor.Red);
}
else
{
int parseResult;
if (!current.Equals("0") &&
int.TryParse(current, out parseResult))
{
Helper.Write($"{current} ", ConsoleColor.Green);
}
else
{
Console.Write("{0} ", current);
}
}
}
Console.WriteLine();
}
}
private static void PrintList <T>(GenericList <T> list) where T : IComparable <T>
{
ConsoleMio
.Write("List size: ", color: Info)
.WriteLine(list.Count, color: Result)
.WriteLine(list, color: Result)
.WriteLine();
}
private static void CreateSquare(double side)
{
ConsoleMio
.Write("Creating a square with side of: ", Info)
.WriteLine(side, Result);
var square = new Square(side);
PrintResult(square);
}
static void Main()
{
ConsoleMio.PrintHeading("Homework: Defining Classes Part 2 - Generic Matrix");
var version = typeof(TestMatrices).GetCustomAttribute <SpecialVersionAttribute>(false);
ConsoleMio
.Write("Version Information: ", color: Info)
.WriteLine(version, color: Result)
.WriteLine();
Matrix <double> realMatrix = GenerateMatrix(3, 3);
PrintMatrix(realMatrix);
}
private static void Main()
{
ConsoleMio.PrintHeading("Homework: Defining Classes Part 2 - Euclidean Space");
var startPoint = new Point3D(12, 2, 1);
ConsoleMio
.Write("Creating a start point: ", color: Info)
.WriteLine(startPoint, color: Result)
.WriteLine();
var destinationPoint = new Point3D(3003232, 512312374, 1);
ConsoleMio
.Write("Creating a destination point: ", color: Info)
.WriteLine(destinationPoint, color: Result)
.WriteLine();
var distance = EuclideanSpaceMethods.DistanceBetweenPoints(startPoint, destinationPoint);
ConsoleMio
.Write("Distance between points: ", color: Info)
.WriteLine(distance, color: Result)
.WriteLine();
var sampleRout = new Path(startPoint, destinationPoint);
PathStorage.SavePath(sampleRout);
var loadedRout = PathStorage.LoadPath();
ConsoleMio
.WriteLine("Creating a sample route", color: Info)
.WriteLine("Saving route to disk...", color: Info)
.WriteLine("Loading the route from disk...", color: Info)
.WriteLine("Printing the points in the stored route: ", Info)
.WriteLine();
foreach (var point in loadedRout.PointsInPath)
{
ConsoleMio.FormatLine("\t{0}", color: Result, args: point);
}
ConsoleMio.WriteLine();
}
private static void Main(string[] args)
{
Mio.Setup();
Mio.PrintHeading("Task 10 Shortest Sequence Of Operations From N to M");
Mio.Write("Enter number N = ", Black);
int n = int.Parse(Mio.ReadLine(Red));
Mio.Write("Enter number M = ", Black);
int m = int.Parse(Mio.ReadLine(Red));
// Using the stack from Task 12
Stack <int> steps = new Stack <int>();
steps.StackUp(m);
int current = m;
while (current > n)
{
if (current % 2 == 0 && current / 2 >= n)
{
current /= 2;
steps.StackUp(current);
}
else if (current - 2 >= n)
{
current -= 2;
steps.StackUp(current);
}
else if (current - 1 >= n)
{
current -= 1;
steps.StackUp(current);
}
}
Mio
.Write("Result: ", DarkGreen)
.WriteLine(string.Join(" → ", steps), DarkBlue);
}
private static void Main()
{
Console.Setup();
Console.PrintHeading("Task 1 Iteration Simulation ");
Console.Write("Enter n: ", DarkCyan);
n = int.Parse(Console.ReadLine(Gray));
collection = new int[n];
var iterator = new RecursionIterator(n);
iterator.Iterate(IterationAction);
}
private static void Main()
{
ConsoleMio.PrintHeading("OOP Principles - Part 1 - Animals");
var animals = GenerateAnimals();
PrintAnimals(animals);
var averageAges = GetAverageAges(animals);
ConsoleMio.PromptToContinue(Info);
ConsoleMio.WriteLine("Average Ages:", Info)
.WriteLine(Dash, Info);
foreach (var key in averageAges.Keys)
{
ConsoleMio.Write(key, Result)
.Write(" average age: ", Info)
.FormatLine("{0:F}", Result, averageAges[key]);
}
ConsoleMio.WriteLine(Dash, Info)
.WriteLine();
}
