Write code to convert given number into words eg 1234 as input should output one thousand two hundred and thirty four

Question

Write C C   Java code to convert given number into words   eg - Input  1234  Output  One thousand two hundred thirty-four   Input  10  Output  Ten  Does it require a complete switch case for digits 0 to 10   Adding  teen  after every number name  eg  14  four  teen    from 14 to 19   And than adding  ty  and the digits name for a number in the range 20 to 99   And so on    I think there must be some far better approach for solving this   C code is preferred

User · Answer

Instead of switch statements  consider using tables of strings indexed by a small value   const char   const ones 20      zero    one    two         nineteen    const char   const tens 10          ten    twenty         ninety      Now break the problem into small pieces   Write a function that can output a single-digit number   Then write a function that can handle a two-digit number  which will probably use the previous function    Continue building up the functions as necessary   Create a list of test cases with expected output  and write code to call your functions and check the output  so that  as you fix problems for the more complicated cases  you can be sure that the simpler cases continue to work

User · Answer

Maximum value that can be entered is 2 147 483 647    Program to convert entered number into string       import java util Scanner   public class NumberToWords     public static void main String   args         double num   for taking input number     Scanner obj new Scanner System in       do               System out println   n nEnter the Number  Maximum value that can be entered is 2 147 483 647             num obj nextDouble            if num lt  2147483647   checking if entered number exceeds maximum integer value                       int number  int num   type casting double number to integer number             splitNumber number    calling splitNumber-it will split complete number in pairs of 3 digits                   else             System out println  Enter smaller value     asking user to enter a smaller value compared to 2 147 483 647      while num gt 2147483647       function to split complete number into pair of 3 digits each public static void splitNumber int number        splitNumber array-contains the numbers in pair of 3 digits     int splitNumber   new int 4  temp number i 0 index        splitting number into pair of 3     if temp  0          System out println  zero        while temp  0                splitNumber i    temp 1000          temp  1000              passing each pair of 3 digits to another function     for int j i-1 j gt -1 j--            toWords function will split pair of 3 digits to separate digits         if splitNumber j   0               toWords splitNumber j            if j  3   if the number contained more than 9 digits             System out print  billion             else if j  2   if the number contained more than 6 digits  amp  less than 10 digits             System out print  million             else if j  1              System out print  thousand      if the number contained more than 3 digits  amp  less than 7 digits                                        function that splits number into individual digits public static void toWords int number        splitSmallNumber array contains individual digits of number passed to this function     int splitSmallNumber   new int 3  i 0 j      int temp number   making temporary copy of the number       logic to split number into its constituent digits      while temp  0                splitSmallNumber i    temp 10          temp  10              printing words for each digit     for j i-1 j gt -1 j--              if the digit is greater than zero         if splitSmallNumber j  gt  0                if the digit is at 3rd place or if digit is at  1st place with digit at 2nd place not equal to zero              if j  2   j  0  amp  amp   splitSmallNumber 1   1                                  switch splitSmallNumber j                                          case 1 System out print  one    break                      case 2 System out print  two    break                      case 3 System out print  three    break                      case 4 System out print  four    break                      case 5 System out print  five    break                      case 6 System out print  six    break                      case 7 System out print  seven    break                      case 8 System out print  eight    break                      case 9 System out print  nine    break                                      if digit is at 2nd place         if j  1                    if digit at 2nd place is 0 or 1                 if   splitSmallNumber j   0    splitSmallNumber j   1   amp  amp  splitSmallNumber 2   0                   System out print  hundred                 switch splitSmallNumber 1                   case 1   if digit at 2nd place is 1 example-213                         switch splitSmallNumber 0                                                     case 1 System out print  eleven    break                          case 2 System out print  twelve    break                          case 3 System out print  thirteen    break                          case 4 System out print  fourteen    break                          case 5 System out print  fifteen    break                          case 6 System out print  sixteen    break                          case 7 System out print  seventeen    break                          case 8 System out print  eighteen    break                          case 9 System out print  nineteen    break                          case 0 System out print  ten    break                           break                            if digit at 2nd place is not 1                     case 2 System out print  twenty    break                      case 3 System out print  thirty    break                      case 4 System out print  forty    break                      case 5 System out print  fifty    break                      case 6 System out print  sixty    break                      case 7 System out print  seventy    break                      case 8 System out print  eighty    break                      case 9 System out print  ninety    break                        case 0    System out println  hundred    break

User · Answer

include lt iostream gt  using namespace std  void expand int   int main         int num      cout lt  lt  Enter a number          cin gt  gt num      expand num     void expand int value        const char   const ones 20      zero    one    two    three   four   five   six   seven        eight   nine   ten   eleven   twelve   thirteen   fourteen   fifteen   sixteen   seventeen        eighteen   nineteen        const char   const tens 10          ten    twenty    thirty   forty   fifty   sixty   seventy        eighty   ninety         if value lt 0                cout lt  lt  minus            expand -value             else if value gt  1000                expand value 1000           cout lt  lt   thousand           if value   1000                        if value   1000  lt  100                                cout  lt  lt    and                             cout  lt  lt                    expand value   1000                       else if value  gt   100                expand value   100           cout lt  lt   hundred           if value   100                        cout  lt  lt    and                expand  value   100                       else if value  gt   20                cout  lt  lt  tens value   10           if value   10                        cout  lt  lt                   expand value   10                       else               cout lt  lt ones value             return

User · Answer

This Program will convert Numbers from -999 999 999 to 999 999 999 into words      include  lt vector gt   include  lt iostream gt   include  lt stdexcept gt   include  lt string gt   using namespace std   const std  vector lt std  string gt  first14      zero    one    two    three    four    five    six    seven    eight    nine    ten    eleven    twelve    thirteen    fourteen     const std  vector lt std  string gt  prefixes      twen    thir    for    fif    six    seven    eigh    nine      std  string inttostr const int number        if  number  lt  0                return  minus     inttostr -number             if  number  lt   14          return first14 at number       if  number  lt  20          return prefixes at number - 12     teen       if  number  lt  100            unsigned int remainder   number -  static cast lt int gt  number   10    10           return prefixes at number   10 - 2     0    remainder    ty     inttostr remainder     ty              if  number  lt  1000            unsigned int remainder   number -  static cast lt int gt  number   100    100           return first14 at number   100     0    remainder     hundred     inttostr remainder      hundred              if  number  lt  1000000            unsigned int thousands   static cast lt int gt  number   1000           unsigned int remainder   number -  thousands   1000           return inttostr thousands     0    remainder     thousand     inttostr remainder      thousand              if  number  lt  1000000000            unsigned int millions   static cast lt int gt  number   1000000           unsigned int remainder   number -  millions   1000000           return inttostr millions     0    remainder     million     inttostr remainder      million              throw std  out of range  inttostr   value too large       int main         int num      cout  lt  lt   Enter a number to convert it into letters          cin  gt  gt  num      cout  lt  lt  endl  lt  lt  num  lt  lt         lt  lt  inttostr num   lt  lt  endl      system  pause        return 0

User · Answer

include lt stdio h gt   include lt conio h gt  void main     int len 0 revnum i dup 0 j 0 k 0    long int gvalue    char  ones     10    one   Two   Three   Four   Five   Six   Seven   Eight   Nine   Eleven   Twelve   Thirteen   Fourteen   Fifteen   Sixteen   Seventeen   Eighteen   Nineteen         char twos   10    Ten   Twenty   Thirty   Fourty   fifty   Sixty   Seventy   eighty   Ninety        clrscr       printf   n Enter value       scanf   ld   amp gvalue    if gvalue  10      printf  Ten      else if gvalue  100      printf  Hundred      else if gvalue  1000      printf  Thousand      dup gvalue    for i 0 dup gt 0 i           revnum revnum 10 dup 10      len        dup dup 10         while j lt len        if gvalue lt 10           printf   s   ones gvalue-1            else if gvalue gt 10 amp  amp gvalue lt  19           printf   s   ones gvalue-2        break         else if gvalue gt 19 amp  amp gvalue lt 100           k gvalue 10      gvalue gvalue 10       printf   s   twos k-1             else if gvalue gt 100 amp  amp gvalue lt 1000             k gvalue 100       gvalue gvalue 100       printf   s Hundred   ones k-1                else if gvalue gt  1000 amp  amp gvlaue lt 9999             k gvalue 1000       gvalue gvalue 1000       printf   s Thousand   ones k-1               else if gvalue gt  11000 amp  amp gvalue lt  19000              k gvalue 1000       gvalue gvalue 1000       printf   s Thousand   twos k-2               else if gvalue gt  12000 amp  amp gvalue lt 100000             k gvalue 10000       gvalue gvalue 10000       printf   s   ones gvalue-1           else     printf           j      getch

User · Answer

Works for any number from 0 to 999999999   This program gets a number from the user  divides it into three parts and stores them separately in an array  The three numbers are passed through a function that convert them into words  Then it adds  million  to the first part and  thousand  to the second part    include  lt iostream gt  using namespace std  int buffer   0  partFunc 3     0  0  0   part 3     0  0  0   a  b  c  d  long input  nFake   0  const char ones   20                one          two         three                             four       five         six         seven                             eight      nine         ten         eleven                             twelve     thirteen     fourteen    fifteen                             sixteen    seventeen    eighteen    nineteen    const char tens   20              ten      twenty     thirty    forty                             fifty    sixty    seventy    eighty    ninety    void convert int funcVar   int main       cout  lt  lt   Enter the number      cin  gt  gt  input    nFake   input    buffer   0    while  nFake        part buffer    nFake   1000      nFake    1000      buffer          if  buffer    0        cout  lt  lt   Zero        else if  buffer    1        convert part 0        else if  buffer    2        convert part 1        cout  lt  lt    thousand        convert part 0        else       convert part 2        cout  lt  lt    million         if  part 1           convert part 1          cout  lt  lt    thousand          else         cout  lt  lt                convert part 0          system  pause      return  0      void convert int funcVar      buffer   0    if  funcVar  gt   100        a   funcVar   100      b   funcVar   100      if  b        cout  lt  lt       lt  lt  ones a   lt  lt    hundred and       else       cout  lt  lt       lt  lt  ones a   lt  lt    hundred        if  b  lt  20        cout  lt  lt       lt  lt  ones b       else         c   b   10        cout  lt  lt       lt  lt  tens c         d   b   10        cout  lt  lt       lt  lt  ones d             else       b   funcVar      if  b  lt  20        cout  lt  lt  ones b       else         c   b   10        cout  lt  lt  tens c         d   b   10        cout  lt  lt       lt  lt  ones d

User · Answer

import java lang    import java io    public class rupee   public static void main String   args throws  IOException    int len 0 revnum 0 i dup 0 j 0 k 0  int gvalue   String   ones   one   Two   Three   Four   Five   Six   Seven   Eight   Nine   Eleven   Twelve   Thirteen   Fourteen   Fifteen   Sixteen   Seventeen   Eighteen   Nineteen       String   twos   Ten   Twenty   Thirty   Fourty   fifty   Sixty   Seventy   eighty   Ninety       System out println   n Enter value    InputStreamReader b new InputStreamReader System in   BufferedReader br new BufferedReader b   gvalue Integer parseInt br readLine     if gvalue  10      System out println  Ten     else if gvalue  100     System out println  Hundred     else if gvalue  1000    System out println  Thousand     dup gvalue  for i 0 dup gt 0 i        revnum revnum 10 dup 10    len      dup dup 10    while j lt len     if gvalue lt 10       System out println ones gvalue-1       else if gvalue gt 10 amp  amp gvalue lt  19       System out println ones gvalue-2      break     else if gvalue gt 19 amp  amp gvalue lt 100        k gvalue 10     gvalue gvalue 10     System out println twos k-1       else if gvalue gt 100 amp  amp gvalue lt 1000        k gvalue 100     gvalue gvalue 100     System out println ones k-1    Hundred       else if gvalue gt  1000 amp  amp gvalue lt 9999        k gvalue 1000     gvalue gvalue 1000     System out println ones k-1   Thousand      else if gvalue gt  11000 amp  amp gvalue lt  19000       k gvalue 1000    gvalue gvalue 1000    System out println twos k-2   Thousand             else if gvalue gt  12000 amp  amp gvalue lt 100000     k gvalue 10000       gvalue gvalue 10000   System out println ones gvalue-1      else    System out println            j

User · Answer

if you are interested in a ready solution then you may look at HumanizerCpp library  https   github com trodevel HumanizerCpp  - it is a port of C  Humanizer library and it does exactly what you want   It can even convert to ordinals and currently supports 3 languages  English  German and Russian   Example   const INumberToWordsConverter   e   Configurator  GetNumberToWordsConverter   en      std  cout  lt  lt  e- gt Convert  123    lt  lt  std  endl  std  cout  lt  lt  e- gt Convert  1234    lt  lt  std  endl  std  cout  lt  lt  e- gt Convert  12345    lt  lt  std  endl  std  cout  lt  lt  e- gt Convert  123456    lt  lt  std  endl   std  cout  lt  lt  std  endl  std  cout  lt  lt  e- gt ConvertToOrdinal  1001    lt  lt  std  endl  std  cout  lt  lt  e- gt ConvertToOrdinal  1021    lt  lt  std  endl    const INumberToWordsConverter   g   Configurator  GetNumberToWordsConverter   de      std  cout  lt  lt  std  endl  std  cout  lt  lt  g- gt Convert  123456    lt  lt  std  endl   const INumberToWordsConverter   r   Configurator  GetNumberToWordsConverter   ru      std  cout  lt  lt  r- gt ConvertToOrdinal  1112    lt  lt  std  endl    Output   one hundred and twenty-three one thousand two hundred and thirty-four twelve thousand three hundred and forty-five one hundred and twenty-three thousand four hundred and fifty-six  thousand and first thousand and twenty-first  einhundertdreiundzwanzigtausendvierhundertsechsundf  nfzig                               In any case you may take a look at the source code and reuse in your project or try to understand the logic  It is written in pure C   without external libraries   Regards  Serge

[c++] Write code to convert given number into words (eg 1234 as input should output one thousand two hundred and thirty four)

Examples related to c++

Examples related to c

Examples related to data-structures

Examples related to logic