Must be written in c#! 2. A community has 7 swimming pools, as shown in the foll
ID: 3725088 • Letter: M
Question
Must be written in c#!
2. A community has 7 swimming pools, as shown in the following map 10 (12,9 (6, 6) (10,5 1 234 56 78910 1112 13 14 Your project must satisfy the following requirements 1. Create three classes: Pool, Temperature, and Location 2. A swimming pool shall have an object of "Temperature" and an object of "Location" as data members. Compositionally" speaking: A pool has-a temperature, and a pool has-a location) 3. A temperature has "degree" and "scale" 4. A location is defined by (x, y); hence a location has an 'x value and a 'y' value 5. Provide ToString method for all three classes 6. Provide other member methods for each of the classes properly. For example, a FindDistance method to find the distance between pools 7. All methods shall be public. 8. The Pool class shall have a static data member 'Count The driver program shall print out the static member count before any pool object is created, and.also after each pool is instantiated 9. A maintenance crew can set the temperature for each pool within the range of 98 and 104 °F. (Note: generate a random number between [98, 104].) 10. A maintenance person will go through all seven pools and set the temperatures. The person starts from location (0,0), and will go to the nearest pool after she/he finishes the job. The process continues until all the pools are visited. Each pool can only be visited once Your driver program determines and displays the route she/he takes to visit all the pools such as (0.0) »> B with temperature at 99 degree F C with temperature at 103 degree F>>Explanation / Answer
SOURCE CODE:
using System;
using System.Collections;
namespace HelloWorldApplication
{
class Temperature{
public double degrees;
double scale;
public override string ToString{}{
return {*degrees:"+degrees+",scale:"+scale);
}
}
class Location{
int x;
int y;
}
public double getDistance(Location otherLoc)(
return Math.Sqrt((x-otherLoc.x) + (y-otherLoc.y)*(y-otherLoc.y) );
}
public override string ToString()(
return {"{"x+", "y+")");
}
}
class Pool{
public Pool {}{
count++;
}
public static int count=0;
public Location location;
public Temperature temperature;
public override string ToString{}{
return ("location:"+location+",temperature:"+temperature);
}
}
class Driver
{
static void Main (string[] args
{
Random r = new Random();
ArrayList list = new ArrayList();
Console.WriteLine("Before adding pool count : "+Pool.count);
Pool pool = new Pool();
pool.location = new Location(4,8);
pool.temperature = new Temperature();
pool.temperature.degrees = r.Next(98,105);
list.Add(pool);
Console.WriteLine("Before adding pool count :"+Pool.count);
pool = new Pool();
pool.location = new Location(12,9);
pool.temperature = new Temperature();
pool.temperature.degrees = r.Next(98,105);
list.Add(pool);
Console.WriteLine("After adding pool count : "+Pool.count);
Console.WriteLine("Before adding pool count : "Pool.count);
pool = new Pool();
pool.location = new Location(6,6);
pool.temperature = new Temperature();
pool.temperature.degrees = r.Next(98,105);
list.Add(pool);
Console.WriteLine("After adding pool count : "+Pool.count);
Location location = new Location(0,0);
Console.WriteLine("Path is : ");
while(list.Count > 0){
Pool selectedPool = null;
double dist = double.Maxvalue;
foreach (Pool l in list)
{
if(i.location.getDistance(location) < dist){
}
}
Console.Write(selectedPool + " >> ");
location = selectedPool.location;
list.Remove(selectedPool);
}
Console.WriteLine(" end.");
Console.ReadKey();
}
}
}
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