Stores a sequence of temperatures in an array : Array « Collections Data Structure « C# / C Sharp

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C# / C Sharp » Collections Data Structure » Array Screenshots  Stores a sequence of temperatures in an array   /* C# Programming Tips & Techniques by Charles Wright, Kris Jamsa Publisher: Osborne/McGraw-Hill (December 28, 2001) ISBN: 0072193794 */ // GetTemps.cs -- Stores a sequence of temperatures in an array // //                Compile this program with the following command line: //                    C:>csc GetTemps.cs // namespace nsTemperatures {     using System;          public class GetTemps     {         static public void Main ()         {             int [] Temps = new int [24]                            {48, 47, 45, 45, 44, 45, 48, 54,                             59, 64, 70, 75, 86, 92, 98, 101,                             99, 97, 96, 91, 82, 70, 63, 55}             ;             for (int x = 0; x < 24; ++x)             {                 while (true)                 {                     Console.Write ("Enter the temperature for " +                                      (x == 0 ? "Midnight"                                     : (x == 12 ? "Noon"                                     : ((x < 12 ? x.ToString() + " a."                                     : ((x - 12).ToString() + " p."))                                     + "m."))) + ": "                                   );                     try                     {                         Temps[x] = Convert.ToInt32 (Console.ReadLine ());                         break;                     }                     catch                     {                          Console.WriteLine ("\r\nPlease enter a number value.");                     }                 }             }             Console.WriteLine ("The daily temperature report:");             for (int x = 0; x < 24; x += 4)             {                 Console.WriteLine ("{0,4:D4} : {1,3:D}\t{2,4:D4}: {3,3:D}\t" +                                    "{4,4:D4}: {5,3:D}\t{6,4:D4}: {7,3:D}",                                    x * 100, Temps[x],                                    (x + 1) * 100, Temps[x + 1],                                    (x + 2) * 100, Temps[x + 2],                                    (x + 3) * 100, Temps[x + 3]);             }         }     } }                          Related examples in the same category 1. Demonstrate a one-dimensional array 2. Declare all kinds of arrays 3. Compute the average of a set of values 4. Enumerates an array using an enumerator object 5. Compute the average of a set of values 2 6. Demonstrate an array overrun 7. Assigning array reference variables 8. Use the Length array property 9. Reverse an array 2 10. illustrates how to use arrays 2 11. illustrates an attempt to write to a nonexistent array element 12. illustrates how to initialize arrays 13. illustrates how to use array properties and methods 14. illustrates the use of an array of objects 15. Uses the Array.Copy() method to copy part of an array ints into a secton of an array of doubles 16. Creates and implements an instance of Array 17. Creates an and array and looks for the index of a given value from either end 18. Sums the values in an array using a foreach loop 1 19. Uses the Array.Copy() method to copy an array of ints into an array of doubles 2 20. Class array init 21. Class array 22. Multi Dimensional Arrays 23. Jagged Array Demo 24. Array reverse and sort 25. Use object to create a generic array 26. Sort an array and search for a value 27. Sort and search an array of objects 28. Reverse an array 29. Copy an array 30. Array Conversions 31. Arrays of Reference Types 32. System.Array Type:Reverse 33. Array.Sort by CultureInfo 34. A run-time error occurs when Array.Sort is called: XClass does not implement the IComparable interface. 35. Array.SyncRoot Property: synchronize access to an array. 36. Array.Resize Method 37. Array.FindAll Method: This is the syntax of the Predicate delegate:delegate bool Predicate(T obj) 38. Array.CreateInstance Method 39. Array.Clone Method 40. Array.AsReadOnly Method