language C++ Find a Huge word list online. Copy the file and Delete all but 3, 4

Question

language C++

Find a Huge word list online. Copy the file and Delete all but 3, 4 and 5 letter words from the list.
Locate all 3, 4 and 5 letter words that have actual Words when you reverse the spelling for the first word, and mark them as such.
Pick a 3, 4 or 5 letter Palindrome word.

Game: Use this method to transition, word to word, first from the Beginning word to the matching
reverse of that word.Method:

1) Replace one letter in the beginning word, that will result in another word found in the
dictionary.

2) Repeat until you reach the beginning words matching palindrome word.Is it possible to construct a word ladder that for that word ?If so, then print the word sequence that transactions from the beginning word to the matching
Reverse word.To do: Check each word pair( Word and Reversed-Word) to see if there is a word ladder for it.If so, print it out.

Extra Credit: Are there multiple possible ladders for a word ?

Explanation / Answer

#include<iostream.h>
#include<conio.h>
#include<stdlib.h>
#include<stdio.h>
#include<time.h>

void draw_line(int n,char ch);
void board();
void gamescore(char name1[],char name2[],int p1, int p2);
void play_dice(int &score);

void main()
{
int player1=0,player2=0,lastposition;
char player1name[80],player2name[80];
clrscr();
randomize();
draw_line(50,'=');
cout<<" SNAKE LADDER GAME ";
draw_line(50,'=');
cout<<" Enter Name of player 1 :";
gets(player1name);
cout<<" Enter Name of player 2 :";
gets(player2name);
while(player1<=100 && player2<=100)
{
board();
gamescore(player1name,player2name,player1,player2);
cout<<" --->" <<player1name<<" Now your Turn >> Press any key to play ";
getch();
lastposition=player1;
play_dice(player1);
if(player1<lastposition)
cout<<" Oops!! Snake found !! You are at postion "<<player1<<" ";
else if(player1>lastposition+6)
cout<<" Great!! you got a ladder !! You are at position "<<player1;
cout<<" --->"<<player2name<<" Now your Turn >> Press any key to play ";
getch();
lastposition=player2;
play_dice(player2);
if(player2<lastposition)
cout<<" Oops!! Snake found !! You are at position "<<player2<<" ";
else if(player2>lastposition+6)
cout<<" Great!! you got a ladder !! You are at position "<<player2<<" ";
getch();
}
clrscr();
cout<<" ";
draw_line(50,'+');
cout<<" RESULT ";
draw_line(50,'+');
cout<<endl;
gamescore(player1name,player2name,player1,player2);
cout<<" ";
if(player1>=player2)
cout<<player1name<<" !! You are the winner of the game ";
else
cout<<player2name<<" !! You are the winner of the game ";
draw_line(50,'+');
getch();
}

void draw_line(int n,char ch)
{
for(int i=0;i<n;i++)
cout<<ch;
}

void board()
{
clrscr();
cout<<" ";
draw_line(50,'-');
cout<<" SNAKE AT POSITION ";
draw_line(50,'-');
cout<<" From 98 to 28 From 95 to 24 From 92 to 51 From 83 to 19 From 73 to 1 From 69 to 33 From 64 to 36 From 59 to 17 From 55 to 7 From 52 to 11 From 48 to 9 From 46 to 5 From 44 to 22 ";
draw_line(50,'-');
cout<<" LADDER AT POSITION ";
draw_line(50,'-');
cout<<" From 8 to 26 From 21 to 82 From 43 to 77 From 50 to 91 From 62 to 96 From 66 to 87 From 80 to 100 ";
draw_line(50,'-');
cout<<endl;
}

void gamescore(char name1[],char name2[],int p1, int p2)
{
cout<<" ";
draw_line(50,'~');
cout<<" GAME STATUS ";
draw_line(50,'~');
cout<<" --->"<<name1<<" is at position "<<p1<<endl;
cout<<" --->"<<name2<<" is at position "<<p2<<endl;
draw_line(50,'_');
cout<<endl;
}

void play_dice(int &score)
{
int dice;
dice=random(6)+1;
cout<<" You got "<<dice<<" Point !! ";
score=score+dice;
cout<<"Now you are at position "<<score;
switch(score)
{
case 98 :score=28;break;
case 95 :score=24;break;
case 92 :score=51;break;
case 83 :score=19;break;
case 73 :score=1;break;
case 69 :score=33;break;
case 64 :score=36;break;
case 59 :score=17;break;
case 55 :score=7;break;
case 52 :score=11;break;
case 48 :score=9;break;
case 46 :score=5;break;
case 44 :score=22;break;
case 8 :score=26;break;
case 21 :score=82;break;
case 43 :score=77;break;
case 50 :score=91;break;
case 54 :score=93;break;
case 62 :score=96;break;
case 66 :score=87;break;
case 80 :score=100;
}
}

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