ElevatorDesign_2020Dec11, C#

Language: Layout:

//Rextester.Program.Main is the entry point for your code. Don't change it.
//Microsoft (R) Visual C# Compiler version 2.9.0.63208 (958f2354)

using System;
using System.Collections.Generic;
using System.Linq;
using System.Text.RegularExpressions;

namespace Rextester
{
    public class Program
    {
 
    static int floorA; //declaring variable Floor A
	static int floorB; //declaring variable Floor B
	static int currentFloor;
  // xxxxxx
 //Conditional Statments to call elevators A or B based on number of floors inbetween passenger and elevator.
// Also built into the logic below, Elevator A services basement(-1) and elevator B services penthouse(10)
   	public void elevatorB_Logic()
	{
		
		if (floorB == currentFloor )
	    {
	        Console.WriteLine("Enter elevator B: "); 
	    }
                
	    else
	    {
	    	MoveElevator_B(currentFloor);
	    }
	    Console.WriteLine("Door Open ");
	    Console.WriteLine("Which floor do you want to go (1 to 10),where 10 = Penthouse?");
	    int target_floor = 6;
	    Console.WriteLine("Door closed");
            
             //restricts the range of floors for elevator B between floors(0 to 10)
	    if (target_floor>10||target_floor<0)
	    {
	    	Stop();
	    }
            else {
            MoveElevator_B_to_target(target_floor);}
	 }
	public void elevatorA_Logic()//run elevator A 
	{
				
		if(floorA == currentFloor )
	    {
			
			Console.WriteLine("Enter elevator A"); //open the elevator
	    }
	    
	    	    
	    else
	    {
	    	MoveElevator_A(currentFloor);
	    }
				    
	    Console.WriteLine("Door Open ");
	    Console.WriteLine("Which floor do you want to go (-1 to 9) where -1 = Basement?");
	    int target_floor = 7;
	    Console.WriteLine("Door closed");
	    //restricts the range of floors for elevator A between (-1 to 9)
	    if (target_floor>=10||target_floor<-1)
	    {
	    	Stop();
	    }
	    
	    else 
	    {

MoveElevator_A_to_target(target_floor);
	    }
    }
       
        
 //xxxxxxx
    public static void MoveElevator_A(int currentFloor) {
		    int direction ;
		    if (currentFloor > floorA) {
			Console.WriteLine("Elevator A moving to floor:"+currentFloor);
			direction =+1;
		    }
            else if (currentFloor < floorA) {
			Console.WriteLine("Elevator A moving to floor:"+currentFloor);
			direction =-1;
		}
                else  {
			Console.WriteLine("Elevator A is here...");
			direction =0;
		}

while (currentFloor != floorA) {
			 floorA += direction;
              //          wait(500);
			 //System.out.println(floorA);
		}

Console.WriteLine("Elevator A has arrived");
               
	      }
  public static void MoveElevator_B(int currentFloor) {
		    int direction ;
		    if (currentFloor > floorB) {
			Console.WriteLine("Elevator B moving to floor:"+currentFloor);
			direction =+1;
		    }
            else if (currentFloor < floorB) {
			Console.WriteLine("Elevator B moving to floor:"+currentFloor);
			direction =-1;
		}
                else  {
			Console.WriteLine("Elevator B is here...");
			direction =0;
		}

while (currentFloor != floorB) {
			 floorA += direction;
              //          wait(500);
			 //System.out.println(floorA);
		}

Console.WriteLine("Elevator B has arrived");
               
	 }
    public static void MoveElevator_B_to_target(int target_floor) {
		int direction ;
		if (target_floor > floorB) {
			Console.WriteLine("Elevator B moving up...");
			direction =+1;
		}
                else {
			Console.WriteLine("Elevator B moving down...");
			direction = -1;

}

while (target_floor != floorB) {
                         floorB += direction;
                        // wait(1000);
			Console.WriteLine(floorB);
		}
                
		        Console.WriteLine("Elevator B has arrived at destination.");
                Console.WriteLine("Door Open.");
                //wait(3000);
                Console.WriteLine("Door Close.");
	}
    public static void MoveElevator_A_to_target(int target_floor) {
		int direction ;
		if (target_floor > floorA) {
			Console.WriteLine("Elevator A moving up...");
			direction =+1;
		}
                else {
			Console.WriteLine("Elevator A moving down...");
			direction = -1;

}

while (target_floor != floorA) {
                         floorA += direction;
                        // wait(1000);
			Console.WriteLine(floorA);
		}
                
		        Console.WriteLine("Elevator A has arrived at destination.");
                Console.WriteLine("Door Open.");
                //wait(3000);
                Console.WriteLine("Door Close.");
	}  
 // Stop method to restrict the elevators to their respective floor ranges.	
private static void Stop() { 
		
		//DualElevators run =new DualElevators();
		Console.WriteLine("Please enter a valid input.");
		//return;
 }
            
        public static void Main(string[] args)
        {
            Program run=new Program();
            Random rand = new Random();
            int ElevatorA = rand.Next(-1,9);  //Elevator A is positioned randomly between floors:-1 to 9. 
	        int ElevatorB = rand.Next(1,10); // Elevator B is positioned randomly between floors :1 to 10.
            int floorA=ElevatorA;
	        int floorB=ElevatorB;
            Console.WriteLine("Elevator A :" +floorA + " floor"); //print the current floor for elevator A
	        Console.WriteLine("Elevator B :" +floorB + " floor"); //print the current floor for elevator B
            int passengerFloor=rand.Next(-1,10); //Random Integer between -1 and 10 to denote the floor passenger is on.
            Console.WriteLine("Passenger on floor:"+passengerFloor+" has called the elevator."); 
            currentFloor=passengerFloor;
            int relA = Math.Abs(currentFloor - floorA);
            int relB = Math.Abs(currentFloor - floorB);
            //Method to move elevator A from its current floor assigned randomly to floor on which Passenger is waiting(if summoned by controller).
        }        
    }
}

Show compiler warnings [ + ] Show input
Compilation time: 0,44 sec, absolute running time: 0,09 sec, cpu time: 0,11 sec, average memory usage: 18 Mb, average nr of threads: 3, absolute service time: 0,56 sec