Gegeben ist eine Zeit im Format hh:mm (12-Stunden-Format) 0< hh < 12 0 <= mm < 60. The task is to convert it into words as shown:
Beispiele:
Input : h = 5 m = 0 Output : five o' clock Input : h = 6 m = 24 Output : twenty four minutes past six
Eckfälle sind m = 0 m = 15 m = 30 und m = 45.
6:00 six o'clock 6:10 ten minutes past six 6:15 quarter past six 6:30 half past six 6:45 quarter to seven 6:47 thirteen minutes to seven
Die Idee besteht darin, die if-else-if-Anweisung zu verwenden, um die Zeit in Worten zu bestimmen. Gemäß dem oben gegebenen Beispiel können wir die Zeit in Worten auf der Grundlage von Minuten in 8 Kategorien einteilen. Dabei handelt es sich um Minuten gleich 0, 15, 30, 45, 1, 59 und in einem Bereich kleiner als 30 oder größer als 30. Überprüfen Sie den Wert der Minuten und drucken Sie ihn entsprechend aus.
Nachfolgend finden Sie die Umsetzung dieses Ansatzes:
// C++ program to convert time into words #include
// Java program to convert time into words public class GFG { // Print Time in words. static void printWords(int h int m) { String nums[] = { 'zero' 'one' 'two' 'three' 'four' 'five' 'six' 'seven' 'eight' 'nine' 'ten' 'eleven' 'twelve' 'thirteen' 'fourteen' 'fifteen' 'sixteen' 'seventeen' 'eighteen' 'nineteen' 'twenty' 'twenty one' 'twenty two' 'twenty three' 'twenty four' 'twenty five' 'twenty six' 'twenty seven' 'twenty eight' 'twenty nine' }; if (m == 0) System.out.println(nums[h] + ' o' clock '); else if (m == 1) System.out.println('one minute past ' + nums[h]); else if (m == 59) System.out.println('one minute to ' + nums[(h % 12) + 1]); else if (m == 15) System.out.println('quarter past ' + nums[h]); else if (m == 30) System.out.println('half past ' + nums[h]); else if (m == 45) System.out.println('quarter to ' + nums[(h % 12) + 1]); else if (m <= 30) System.out.println( nums[m] + ' minutes past ' + nums[h]); else if (m > 30) System.out.println( nums[60 - m] + ' minutes to ' + nums[(h % 12) + 1]); } // Driven code public static void main(String []args) { int h = 6; int m = 24; printWords(h m); } } // This code is contributed by ihritik
# Python3 program to convert # time into words # Print Time in words. def printWords(h m): nums = ['zero' 'one' 'two' 'three' 'four' 'five' 'six' 'seven' 'eight' 'nine' 'ten' 'eleven' 'twelve' 'thirteen' 'fourteen' 'fifteen' 'sixteen' 'seventeen' 'eighteen' 'nineteen' 'twenty' 'twenty one' 'twenty two' 'twenty three' 'twenty four' 'twenty five' 'twenty six' 'twenty seven' 'twenty eight' 'twenty nine']; if (m == 0): print(nums[h] 'o' clock'); elif (m == 1): print('one minute past' nums[h]); elif (m == 59): print('one minute to' nums[(h % 12) + 1]); elif (m == 15): print('quarter past' nums[h]); elif (m == 30): print('half past' nums[h]); elif (m == 45): print('quarter to' (nums[(h % 12) + 1])); elif (m <= 30): print(nums[m]'minutes past' nums[h]); elif (m > 30): print(nums[60 - m] 'minutes to' nums[(h % 12) + 1]); # Driver Code h = 6; m = 24; printWords(h m); # This code is contributed # by Princi Singh
// C# program to convert time into words using System; class GFG { // Print Time in words. static void printWords(int h int m) { string [] nums = { 'zero' 'one' 'two' 'three' 'four' 'five' 'six' 'seven' 'eight' 'nine' 'ten' 'eleven' 'twelve' 'thirteen' 'fourteen' 'fifteen' 'sixteen' 'seventeen' 'eighteen' 'nineteen' 'twenty' 'twenty one' 'twenty two' 'twenty three' 'twenty four' 'twenty five' 'twenty six' 'twenty seven' 'twenty eight' 'twenty nine' }; if (m == 0) Console.WriteLine(nums[h] + ' o' clock '); else if (m == 1) Console.WriteLine('one minute past ' + nums[h]); else if (m == 59) Console.WriteLine('one minute to ' + nums[(h % 12) + 1]); else if (m == 15) Console.WriteLine('quarter past ' + nums[h]); else if (m == 30) Console.WriteLine('half past ' + nums[h]); else if (m == 45) Console.WriteLine('quarter to ' + nums[(h % 12) + 1]); else if (m <= 30) Console.WriteLine( nums[m] + ' minutes past ' + nums[h]); else if (m > 30) Console.WriteLine( nums[60 - m] + ' minutes to ' + nums[(h % 12) + 1]); } // Driven code public static void Main() { int h = 6; int m = 24; printWords(h m); } } // This code is contributed by ihritik
// PHP program to convert // time into words // Print Time in words. function printWords($h $m) { $nums = array('zero' 'one' 'two' 'three' 'four' 'five' 'six' 'seven' 'eight' 'nine' 'ten' 'eleven' 'twelve' 'thirteen' 'fourteen' 'fifteen' 'sixteen' 'seventeen' 'eighteen' 'nineteen' 'twenty' 'twenty one' 'twenty two' 'twenty three' 'twenty four' 'twenty five' 'twenty six' 'twenty seven' 'twenty eight' 'twenty nine'); if ($m == 0) echo $nums[$h] 'o' clockn' ; else if ($m == 1) echo 'one minute past ' $nums[$h] 'n'; else if ($m == 59) echo 'one minute to ' $nums[($h % 12) + 1] 'n'; else if ($m == 15) echo 'quarter past ' $nums[$h] 'n'; else if ($m == 30) echo 'half past ' $nums[$h]'n'; else if ($m == 45) echo 'quarter to ' ($nums[($h % 12) + 1]) 'n'; else if ($m <= 30) echo $nums[$m] ' minutes past ' $nums[$h]'n'; else if ($m > 30) echo $nums[60 - $m] ' minutes to ' $nums[($h % 12) + 1] 'n'; } // Driver Code $h = 6; $m = 24; printWords($h $m); // This code is contributed by aj_36 ?> <script> // Javascript program to convert time into words // Print Time in words. function printWords(h m) { let nums = [ 'zero' 'one' 'two' 'three' 'four' 'five' 'six' 'seven' 'eight' 'nine' 'ten' 'eleven' 'twelve' 'thirteen' 'fourteen' 'fifteen' 'sixteen' 'seventeen' 'eighteen' 'nineteen' 'twenty' 'twenty one' 'twenty two' 'twenty three' 'twenty four' 'twenty five' 'twenty six' 'twenty seven' 'twenty eight' 'twenty nine' ]; if (m == 0) document.write(nums[h] + ' o' clock ' + ''); else if (m == 1) document.write('one minute past ' + nums[h] + ''); else if (m == 59) document.write('one minute to ' + nums[(h % 12) + 1] + ''); else if (m == 15) document.write('quarter past ' + nums[h] + ''); else if (m == 30) document.write('half past ' + nums[h] + ''); else if (m == 45) document.write('quarter to ' + nums[(h % 12) + 1] + ''); else if (m <= 30) document.write( nums[m] + ' minutes past ' + nums[h] + ''); else if (m > 30) document.write( nums[60 - m] + ' minutes to ' + nums[(h % 12) + 1] + ''); } let h = 6; let m = 24; printWords(h m); </script>
Ausgabe
twenty four minutes past six
Zeitkomplexität: O(1)
Hilfsraum : O(1) als konstanter Raum wurde verwendet