Matriz De Estructura - Ejercicio De Programacion C# Sharp

using System;  // Import the System namespace for basic functionality

// Define the Point struct to store 2D point data and RGB color information
struct Point
{
    public short x;  // X-coordinate of the point (short type)
    public short y;  // Y-coordinate of the point (short type)
    public byte r;  // Red color component (byte type)
    public byte g;  // Green color component (byte type)
    public byte b;  // Blue color component (byte type)
}

class Program  // Define the main class
{
    static void Main()  // The entry point of the program
    {
        // Define an array of Point structs with a size of 1000
        Point[] points = new Point[1000];  

        // Ask the user for the data of the first point
        Console.WriteLine("Enter data for Point 1:");

        Console.Write("Enter X coordinate: ");
        points[0].x = short.Parse(Console.ReadLine());  // Get the X coordinate for the first point

        Console.Write("Enter Y coordinate: ");
        points[0].y = short.Parse(Console.ReadLine());  // Get the Y coordinate for the first point

        Console.Write("Enter Red color value (0-255): ");
        points[0].r = byte.Parse(Console.ReadLine());  // Get the red color component for the first point

        Console.Write("Enter Green color value (0-255): ");
        points[0].g = byte.Parse(Console.ReadLine());  // Get the green color component for the first point

        Console.Write("Enter Blue color value (0-255): ");
        points[0].b = byte.Parse(Console.ReadLine());  // Get the blue color component for the first point

        // Ask the user for the data of the second point
        Console.WriteLine("\nEnter data for Point 2:");

        Console.Write("Enter X coordinate: ");
        points[1].x = short.Parse(Console.ReadLine());  // Get the X coordinate for the second point

        Console.Write("Enter Y coordinate: ");
        points[1].y = short.Parse(Console.ReadLine());  // Get the Y coordinate for the second point

        Console.Write("Enter Red color value (0-255): ");
        points[1].r = byte.Parse(Console.ReadLine());  // Get the red color component for the second point

        Console.Write("Enter Green color value (0-255): ");
        points[1].g = byte.Parse(Console.ReadLine());  // Get the green color component for the second point

        Console.Write("Enter Blue color value (0-255): ");
        points[1].b = byte.Parse(Console.ReadLine());  // Get the blue color component for the second point

        // Display the contents of both points
        Console.WriteLine("\nPoint 1 Data:");
        Console.WriteLine($"X: {points[0].x}, Y: {points[0].y}, Color: RGB({points[0].r}, {points[0].g}, {points[0].b})");

        Console.WriteLine("\nPoint 2 Data:");
        Console.WriteLine($"X: {points[1].x}, Y: {points[1].y}, Color: RGB({points[1].r}, {points[1].g}, {points[1].b})");
    }
}

 Salida

Enter data for Point 1:
Enter X coordinate: 100
Enter Y coordinate: 100
Enter Red color value (0-255): 10
Enter Green color value (0-255): 10
Enter Blue color value (0-255): 10

Enter data for Point 2:
Enter X coordinate: 50
Enter Y coordinate: 50
Enter Red color value (0-255): 26
Enter Green color value (0-255): 26
Enter Blue color value (0-255): 26

Point 1 Data:
X: 100, Y: 100, Color: RGB(10, 10, 10)

Point 2 Data:
X: 50, Y: 50, Color: RGB(26, 26, 26)