A java written question, thought it was very simple, but I didn't write it right for a long time! Please prawn give a c

9z本人lz

Since this adds a sentence to the above program initialization
    s = s.replaceFirst("^0+","");
Just remove the leading 0

烟花残影

I used BASIC. However, limited by the interpretation environment, the input number cannot be >= 1 billion. But another environment can continue to expand.

10 DATA "Zero", "One", "Two", "Three", "Wu", "Wu", "Lu", "Qi", "捌", "Jiu"
20 DIM NUM$(10)
30 FOR I=0 TO 9
40 READ A$
50 NUM$(I)=A$
60 NEXT
70 DIM UNIT$(4)
80 UNIT$(1)="仟":UNIT$(2)="Bai":UNIT$(3)="Pick up"
90 DIM SC$(3)
100 SC$(1)="100 million": SC$(2)="10,000"
105 LOCATE 5,1:PRINT "not more than 1 billion";
110 LOCATE 1,1:INPUT "Please enter an Arabic number (integer)"; N
120 IF INT(N)<>N THEN PRINT "Please enter an integer": GOTO 110
125 IF N=0 THEN PRINT "Zero":END
130 N$=STR$(N): L=LEN(N$)
140 IF (L/4)=INT(L/4) THEN H=(L/4):GOTO 160
150 IF (L/4)>1 THEN H=INT(L/4)+1 ELSE H=1
160 DIM T$(3,4)
170 X=3:Y=4
180 FOR I=L TO 1 STEP -1
190 T$(X,Y)=MID$(N$,I,1)
200 Y=Y-1
210 IF Y=0 THEN Y=4:X=X-1
220 NEXT
300 SH=4-H
310 FOR A=SH TO 3
320 T=VAL(T$(A,1))
330 I=1
340 WHILE T=0
350 I=I+1
355 IF I=5 GOTO 470
360 T=VAL(T$(A,I))
370 LW=1
380 WEND
390 IF A<>SH AND H>1 AND LW=1 THEN S$="zero"
410 FOR J=I TO 4
420 T=VAL(T$(A,J))
425 IF T=0 AND VAL(T$(A,J-1))=0 THEN GOTO 440
430 S$=S$+NUM$(T)+UNIT$(J*(T<>0))
440 NEXT
445 IF ?S$,3)<>"Zero" GOTO 460
450 S$=LEFT$(S$,(LEN(S$)-3)): WL=1
460 FN$=FN$+S$+SC$(A)
465 LW=0:S$=""
470 NEXT
480 PRINT FN$

烟花残影

Whoever has Wenquxing can convert the above code into BAS and pass it into Wenquxing. You can run it.

烟花残影

445 IF RIGHT$(S$,3)<>"Zero" GOTO 460

最爱雨天

I also wrote one. I thought that there were too many digits and it didn’t make sense, so I did 15 digits.
      Another: I googled a bit, some said one trillion = one trillion, and some said one trillion = 110 billion, I temporarily think that one trillion = one trillion. The code is as follows: Please correct me if there is something wrong!

     package numberToCn;

import java.util.ArrayList;
import java.util.List;
import java.io.*;

public class NumberToCnModify {
List cnList = null, danweiList = null;
StringBuffer cnStr = null;
char[] tempStr = null;
int charLength = 0;
The
   public NumberToCnModify(){
cnList = new ArrayList();
danweiList = new ArrayList();
cnStr = new StringBuffer();
   }
   
   public void init(){
cnList.add("zero");
cnList.add("一");
cnList.add("Two");
cnList.add("Three");
cnList.add("Ran");
cnList.add("Wu");
cnList.add("Lu");
cnList.add("柒");
cnList.add("捌");
cnList.add("Jiu");
The
danweiList.add("");
danweiList.add("Pick up");
danweiList.add("百");
danweiList.add("仟");
danweiList.add("10,000");
danweiList.add("100 million");
danweiList.add("Mega");
   }
   
   public boolean isNumber(char tempChar){
boolean isNum = true;
if((tempChar<'0')||(tempChar>'9')){
System.out.println();
System.out.println("Not Number"+tempChar);
isNum=false;
}
return isNum;
   }
   
   public void getInputString(String inputStr){
tempStr = inputStr.toCharArray();
charLength = tempStr.length;
if(charLength>15){
System.out.println("The Number You Input Is Too Long!");
System.exit(0);
}
   }
   
   public String convertToBaseCn(int startNum,int endNum,String danwei){
int allZero = 0;
int tempNum = 0;
String tempString = "";
for(int i=startNum;i<endNum;i++){
tempNum = Integer.parseInt(String.valueOf(tempStr[i]));
if(i==startNum&&tempNum==0||i==startNum+1&&tempNum==0&&Integer.parseInt(String.valueOf(tempStr[i-1]))==0||i==startNum+2&&tempNum==0&&Integer. parseInt(String.valueOf(tempStr[i-1]))==0&&Integer.parseInt(String.valueOf(tempStr[i-2]))==0||i==startNum+3&&tempNum==0&&Integer.parseInt(String .valueOf(tempStr[i-1]))==0&&Integer.parseInt(String.valueOf(tempStr[i-2]))==0&&Integer.parseInt(String.valueOf(tempStr[i-3]))==0 ){
if(i==startNum+3&&tempNum==0&&Integer.parseInt(String.valueOf(tempStr[i-1]))==0&&Integer.parseInt(String.valueOf(tempStr[i-2]))==0&&Integer.parseInt( String.valueOf(tempStr[i-3]))==0){
allZero = 1;
}
//If the first one is zero or 1, 2 both are 0 or 1, 2, 3, 1, 2, 3, 4 are 0, there is no need to print zero and corresponding units.
}else{
if(i==endNum-1&&tempNum==0||i==endNum-2&&tempNum==0&&Integer.parseInt(String.valueOf(tempStr[i+1]))==0||i==endNum-3&&tempNum== 0&&Integer.parseInt(String.valueOf(tempStr[i+1]))==0){
//If the last one is 0, and one and the following are all 0, there is no need to print 0
}else{
tempString+=cnList.get(tempNum).toString();
}
The
if(tempNum!=0){//If it is 0, there is no need to print the unit
tempString+=danweiList.get(endNum-(i+1)).toString();
}
The
}
}
The
if(allZero == 0){
tempString+=danwei;
}
The
return tempString;
   }
   
   public String convertToCn(){

int notNumber = 0;
int zeroRecord = 0;//When two or more bit segments are 0 at the same time, as long as a 0 is displayed
String tempString = "";
The
try{
The
for(int i=0;i<charLength;i++){
if(!isNumber(tempStr[i])){
notNumber = 1;
break;
}
}
The
if(notNumber == 1){
System.out.println("Please Input Number!");
return "";
}else{
if(charLength>12){
tempString = convertToBaseCn(0,charLength-12,"Mega");
if(tempString.equals("")){
zeroRecord ++;
}else{
zeroRecord = 0;
}
cnStr.append(tempString);
if(zeroRecord ==1 ){
cnStr.append("zero");
}
The
tempString = convertToBaseCn(charLength-12, charLength-8, "100 million");
if(tempString.equals("")){
zeroRecord ++;
}else{
zeroRecord = 0;
}
cnStr.append(tempString);
if(zeroRecord ==1 ){
cnStr.append("zero");
}
The
tempString = convertToBaseCn(charLength-8, charLength-4, "10,000");
if(tempString.equals("")){
zeroRecord ++;
}else{
zeroRecord = 0;
}
cnStr.append(tempString);
if(zeroRecord ==1 ){
cnStr.append("zero");
}
The
tempString=convertToBaseCn(charLength-4,charLength,"");
if(tempString.equals("")){
zeroRecord ++;
}else{
zeroRecord = 0;
}
cnStr.append(tempString);
if(zeroRecord ==1 ){
cnStr.append("zero");
}
}else if(charLength>8){
tempString=convertToBaseCn(0,charLength-8,"100 million");
if(tempString.equals("")){
zeroRecord ++;
}else{
zeroRecord = 0;
}
cnStr.append(tempString);
if(zeroRecord ==1 ){
cnStr.append("zero");
}
The
tempString=convertToBaseCn(charLength-8,charLength-4,"10,000");
if(tempString.equals("")){
zeroRecord ++;
}else{
zeroRecord = 0;
}
cnStr.append(tempString);
if(zeroRecord ==1 ){
cnStr.append("zero");
}
The
tempString=convertToBaseCn(charLength-4,charLength,"");
if(tempString.equals("")){
zeroRecord ++;
}else{
zeroRecord = 0;
}
cnStr.append(tempString);
if(zeroRecord ==1 ){
cnStr.append("zero");
}
}else if(charLength>4){
tempString=convertToBaseCn(0,charLength-4,"10,000");
if(tempString.equals("")){
zeroRecord ++;
}else{
zeroRecord = 0;
}
cnStr.append(tempString);
if(zeroRecord ==1 ){
cnStr.append("zero");
}
The
tempString=convertToBaseCn(charLength-4,charLength,"");
if(tempString.equals("")){
zeroRecord ++;
}else{
zeroRecord = 0;
}
cnStr.append(tempString);
if(zeroRecord ==1 ){
cnStr.append("zero");
}
}else{
tempString=convertToBaseCn(0,charLength,"");
if(tempString.equals("")){
zeroRecord ++;
}else{
zeroRecord = 0;
}
cnStr.append(tempString);
if(zeroRecord ==1 ){
cnStr.append("zero");
}
}
}
}catch(NullPointerException ne){
System.out.println("NullPointerException:"+ne.getMessage());
}catch(IndexOutOfBoundsException iobe){
System.out.println("IndexOutOfBoundsException:"+iobe.getMessage());
}finally{
The
}
return cnStr.toString();
   }
   
   public static void main(String[] args){
NumberToCnModify ntc = new NumberToCnModify();
ntc.init();
ntc.getInputString("300340000000130");
System.out.println(ntc.convertToCn());
   }
}

幽灵人间

I have taught you masters!

cdl30000

Supports "000123423400000000000130"


import java.math.BigInteger;
import java.util.Scanner;

public class NumToChinese {

public static void ToChinese(BigInteger num) {
String n[] = {"Zero","One", "Two", "Three", "Wu", "Wu", "Lu", "柒", "捌", "玖"};
String unit[] = {"", "Pickup", "Bai", "仟"};
String unit1[] = {"100 million", "Ten thousand" };
StringBuilder chi = new StringBuilder();

for (int i = 0; i <num.toString().length(); i++) {
chi.append(n[Integer.parseInt(String.valueOf(num.toString().charAt(i)))]);
chi.append(unit[(num.toString().length()-i-1)% 4]); // add unit
if ((num.toString().length()-i)% 4 == 1) // add unit 1
{
chi.append(unit1[(int) Math.floor((double) (num.toString().length()-i) / 4)% 2]);
}
}
String ch = chi.toString();
ch = ch.replaceAll("零千", "zero");
ch = ch.replaceAll("Zero Bai", "Zero");
ch = ch.replaceAll("zero pick", "zero");
while(ch.indexOf("Zero Zero")>0)
{
ch = ch.replaceAll("zero zero", "zero");
}
ch = ch.replaceAll("Zero Ten Thousand", "Ten Thousand");
ch = ch.replaceAll("Zero Billion", "Billion");
ch = ch.replaceAll("Billion", "Billion");
System.out.println(ch.substring(0, ch.length()-1));
}

public static void main(String[] args) {
Scanner in = new Scanner(System.in);
while(true)
{
BigInteger num = in.nextBigInteger();
if(num.equals(0))
{
System.exit(0);
}
ToChinese(num);
}
}
}

tzhhouse

Mark, I used to write a number in C++ to English capital, I don’t know if it helps, the code is as follows:

//EnglishNumber.h

#pragma once
#include<string>
#include<cassert>
#include "ValueTraits.h"

using namespace std;

class EnglishNumber
{
public:
    EnglishNumber(){}
    ~EnglishNumber(){}
    template<typename ValueType>
        const string NumberName(const ValueType&) const;
private:
    template<typename ValueType>
        const string BaseDigit(const ValueType&) const;
    template<typename ValueType>
        const string TensDigit(const ValueType&) const;
    template<typename ValueType>
        const string HundredsDigit(const ValueType&) const;
    template<typename ValueType>
        const string MoreDigit(const ValueType&) const;
};

template<typename ValueType>
    const string EnglishNumber::BaseDigit(const ValueType&iNumber) const{
        const static string BaseNumName[] = {"zero",
            "one","two","three","four","five","six",
            "seven","eight","nine","ten","eleven",
            "twelve","thirteen","fourteen","fifteen",
            "sixteen","seventeen","eighteen","nineteen"};
        assert(iNumber >= 0&&iNumber <20&&"Function BaseNumber");
        return BaseNumName[ValueTraits<ValueType>::Long(iNumber)];
    }

template<typename ValueType>
    const string EnglishNumber::TensDigit(const ValueType&iNumber) const{
        const static string TensDigitName[] = {
            "twenty","thirty","forty","fifty",
            "sixty","seventy","eighty","ninety"};
        assert(iNumber >= 0&&iNumber <100&&"Function TensDigit");
        if(iNumber <20)
            return BaseDigit(iNumber);
        ValueType h(iNumber),l(iNumber);
        h = iNumber / 10;
        l = iNumber% 10;
        if(0 == l)
            return TensDigitName[ValueTraits<ValueType>::Long(h)-2];
        return TensDigitName[ValueTraits<ValueType>::Long(h)-2] + "-" + BaseDigit(l);
    }

template<typename ValueType>
    const string EnglishNumber::HundredsDigit(const ValueType&iNumber) const{
        assert(iNumber >= 0&&iNumber <1000&&"Function HundredsDigit");
        if(iNumber <100)
            return TensDigit(iNumber);
        ValueType h,l;
        h = iNumber / 100;
        l = iNumber% 100;
        if(0 == l)
            return BaseDigit(h) + "hundred";
        return BaseDigit(h) + "hundred and" + TensDigit(l);
    }

template<typename ValueType>
    const string EnglishNumber::MoreDigit(const ValueType&iNumber) const{
        const static string MoreName[] = {"thousand","million","billion"};
        assert(iNumber >= 0&&"Function MoreNumber");
        if(iNumber <1000)
            return HundredsDigit(iNumber);
        ValueType n;
        n = iNumber% 1000;
        string result;
        if(0 != n)
            result = HundredsDigit(n);
        n = iNumber / 1000;
        int i = 0;
        do{
            ValueType l = n% 1000;
            n /= 1000;
            if(0 != l)
                if(0 == result.size())
                    result = HundredsDigit(l) + "" + MoreName[i];
                else
                    result = HundredsDigit(l) + "" + MoreName[i] + ", "+ result;
        }while(n> 0&&++i <3);
        if(n> 0)
            if(0 == result.size())
                result = MoreDigit(n) + "trillion";
            else
                result = MoreDigit(n) + "trillion," + result;
        return result;
    }

template<typename ValueType>
    const string EnglishNumber::NumberName(const ValueType&iNumber) const{
        if(iNumber <0)
            return "minus "+ MoreDigit(-iNumber);
        return MoreDigit(iNumber);
    }

//ValueTraits.h

#pragma once

template<typename T>struct ValueTraits
{
static long Long(const T&v)
{
return v;
}
};

unicorn3721

If there are too many numbers, how do you count them later? I think it should be a predetermined unit; for example, tens of thousands of tens of billions of tens of thousands of tens of thousands, and then insert each bit of the string into it

hushengfox

A lot of algorithms, a lot of cattle...