static void task1()
{
MeteData Day5 = new MeteData("23.05.2020", 16, 737);
MeteData Day4 = new MeteData("19.05.2020", 19, 730);
MeteData Day3 = new MeteData("16.05.2020", 16, 748);
MeteData Day1 = new MeteData("21.05.2020", 17, 747);
MeteData Day2 = new MeteData("14.05.2020", 14, 740);
MeteData Day6 = new MeteData("30.05.2020", 10, 737);
MeteData Day7 = new MeteData("11.05.2020", 11, 730);
MeteData Day8 = new MeteData("05.05.2020", 34, 707);
MeteData Day9 = new MeteData("10.05.2020", 15, 732);
MeteData Day10 = new MeteData("01.05.2020", 20, 750);
List <MeteData> Days = new List <MeteData>();
Days.Add(Day1); Days.Add(Day2); Days.Add(Day3); Days.Add(Day4); Days.Add(Day5);
Days.Add(Day6); Days.Add(Day7); Days.Add(Day8); Days.Add(Day9); Days.Add(Day10);
MeteData Most = Days[0];
MeteData Less = Days[0];
Days[0].sort(Days, out Most, out Less);
Console.WriteLine("Date |Temperature | Atmosphere Pressure");
for (int i = 0; i < Days.Count; i++)
{
Console.WriteLine(Days[i].Data + "|" + Days[i].Tempreture + " |" + Days[i].AtmospherePressure);
}
Console.WriteLine("\nThe greatest Atmosphere Pressure");
Console.WriteLine(Most.Data + "|" + Most.AtmospherePressure);
Console.WriteLine("The least Atmosphere Pressure");
Console.WriteLine(Less.Data + "|" + Less.AtmospherePressure);
}
public void sort(List <MeteData> Days, out MeteData Most, out MeteData Less)
{
Most = Days[0];
Less = Days[0];
for (int i = 0; i < Days.Count; i++)
{
for (int k = 0; k < Days.Count; k++)
{
if (Most.AtmospherePressure < Days[k].AtmospherePressure)
{
Most = Days[i];
}
if (Less.AtmospherePressure > Days[k].AtmospherePressure)
{
Less = Days[i];
}
if (Days[i].AtmospherePressure > Days[k].AtmospherePressure)
{
MeteData temp = Days[k];
Days[k] = Days[i];
Days[i] = temp;
}
}
}
}