Snakes and Ladders (Saanp-Sidhi) Code in C++(C Plus Plus(cpp))

#include < iostream.h > // for standed input output
#include < conio.h >   // for console input output
#include < stdlib.h >  // for rand function
#include < time.h >    // for time.(to get the seed of rand)
#include < string.h >  // for string manupulation
#include < iomanip.h > // for data manupulator(formatter)
  class SaanpSidhi {
    public: int Position;

    private: int ConditionNegaOrPlus(int current, int newrand); // condition for negation or plus
    public: void ptar(int Pos1, char User1[], int Pos2, char User2[]); // print the place of player and whole grid
    int RandomNum(int current); // adds random number
  };
int SaanpSidhi::ConditionNegaOrPlus(int current, int newrand) { // logic of condition for negation or plus
  int newval;
  newval = current + newrand;
  cout << " You have got " << newrand << endl;

  switch (newval) {
  case 5:
    cout << "You have gone up to 35. ";
    return 35;
    break;
  case 23:
    cout << "You have gone up to 44. ";
    return 44;
    break;
  case 41:
    cout << "You have gone up to 63. ";
    return 63;
    break;
  case 66:
    cout << "You have gone up to 85. ";
    return 85;
    break;
  case 72:
    cout << "You have gone up to 91. ";
    return 91;
    break;
  case 24:
    cout << "You have gone down to 7. "; // start of nega cases
    return 7;
    break;
  case 50:
    cout << "You have gone down to 10. ";
    return 10;
    break;
  case 88:
    cout << "You have gone down to 39. ";
    return 39;
    break;
  case 96:
    cout << "You have gone down to 14. ";
    return 14;
    break;
  case 98:
    cout << "You have gone down to 79. ";
    return 79;
    break;
  default:
    return newval;
  }
}
int SaanpSidhi::RandomNum(int current) { // logic of random num and call private ConditionNegaOrPlus
  long int seconds;
  time( & seconds);
  srand(seconds);
  return ConditionNegaOrPlus(current, rand() % 6 + 1);   // rand argument modules with 6 to get remainder less than 6, and adding 1 to get more than 0 and equal to 6

}
void SaanpSidhi::ptar(int Pos1, char User1[], int Pos2, char User2[]) { // logic of ptar(print array)args=Position of p1 and p2 -
  const int width = 8; // and Players name
  const char seprator = ' ';
  int i, j, k = 1;
  for (i = 1; i <= 10; i++) {
    for (j = 1; j <= 10; j++) {
      if (k == Pos1) {
        cout << setw(width) << setfill(seprator) << User1; // use of formatter setw,setfill defined in iomanip.h
      } else if (k == Pos2) {
        cout << setw(width) << setfill(seprator) << User2;
      } else {
        cout << setw(width) << setfill(seprator) << k;
      }
      k++;
    }
    cout << endl;
  } // both loop ended

}

void main() { // start of main
  int max = 100; // upto which a player should go to win
  char player1[20], player2[20], r; // array for name of players and r for rolling the dice
  clrscr();
  cout << "Enter the name of player 1: "; // Player 1 name
  cin >> player1;
  cout << "Enter the name of player 2: "; // Player 2 name
  cin >> player2;
  SaanpSidhi p1, p2; // creation of two objects for two players p1 and p2
  p1.Position = 0; // set position to 0 for both players
  p2.Position = 0;
  p1.ptar(p1.Position, player1, p2.Position, player2); // print initial grid 
  do {
    cout << "*************** " << player1 << " Turn ********************" << endl; //start of do while until one player reach 100
    cout << player1 << " Press r to roll" << endl; // get the response from player 1 for rolling the dice
    cin >> r;
    if (r == 'r' || r == 'R') { // condition to check if player pressed r or R
      p1.Position = p1.RandomNum(p1.Position); // call the function RandomNum with args = Player 1 Position
      p1.ptar(p1.Position, player1, p2.Position, player2); // Printing the grid after player 1 has rolled the dice
      if (p1.Position >= 100) { // check if player reaches 100 or more if yes break the loop and declare him winner
        cout << player1 << " is winner";
        break;
      }
    }
    cout << endl << player1 << " is now on " << p1.Position << endl; // printing the Player 1 Position
    //  end of player 1 play
    cout << "---------------- " << player2 << " Turn ---------------" << endl; // Now starting player 2 code same as above
    cout << player2 << " Press r to roll" << endl;
    cin >> r;
    if (r == 'r' || r == 'R') {
      p2.Position = p2.RandomNum(p2.Position);
      p1.ptar(p1.Position, player1, p2.Position, player2);
      if (p2.Position >= 100) {
        cout << player2 << " is winner";
        break;
      }
    }
    cout << endl << player2 << " is now on " << p2.Position << endl; //end of Player 2 play
    cout << "***************  Score   ********************" << endl; // Print the both player position after each have rolled equally
    cout << player1 << " : " << p1.Position << endl;
    cout << player2 << " : " << p2.Position << endl;
    cout << "****************************************************" << endl;
  }
  while (p1.Position <= max || p2.Position <= max); // while statement to check if any one of them is below 100

  getch();
}

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#include < iostream.h > // for standed input output

#include < conio.h > // for console input output

#include < stdlib.h > // for rand function

#include < time.h > // for time.(to get the seed of rand)

#include < string.h > // for string manupulation

#include < iomanip.h > // for data manupulator(formatter)

class SaanpSidhi {

public: int Position;

private: int ConditionNegaOrPlus(int current, int newrand); // condition for negation or plus

public: void ptar(int Pos1, char User1[], int Pos2, char User2[]); // print the place of player and whole grid

int RandomNum(int current); // adds random number

};

int SaanpSidhi::ConditionNegaOrPlus(int current, int newrand) { // logic of condition for negation or plus

int newval;

newval = current + newrand;

cout << " You have got " << newrand << endl;

switch (newval) {

case 5:

cout << "You have gone up to 35. ";

return 35;

break;

case 23:

cout << "You have gone up to 44. ";

return 44;

break;

case 41:

cout << "You have gone up to 63. ";

return 63;

break;

case 66:

cout << "You have gone up to 85. ";

return 85;

break;

case 72:

cout << "You have gone up to 91. ";

return 91;

break;

case 24:

cout << "You have gone down to 7. "; // start of nega cases

return 7;

break;

case 50:

cout << "You have gone down to 10. ";

return 10;

break;

case 88:

cout << "You have gone down to 39. ";

return 39;

break;

case 96:

cout << "You have gone down to 14. ";

return 14;

break;

case 98:

cout << "You have gone down to 79. ";

return 79;

break;

default:

return newval;

}

int SaanpSidhi::RandomNum(int current) { // logic of random num and call private ConditionNegaOrPlus

long int seconds;

time( & seconds);

srand(seconds);

return ConditionNegaOrPlus(current, rand() % 6 + 1); // rand argument modules with 6 to get remainder less than 6, and adding 1 to get more than 0 and equal to 6

}

void SaanpSidhi::ptar(int Pos1, char User1[], int Pos2, char User2[]) { // logic of ptar(print array)args=Position of p1 and p2 -

const int width = 8; // and Players name

const char seprator = ' ';

int i, j, k = 1;

for (i = 1; i <= 10; i++) {

for (j = 1; j <= 10; j++) {

if (k == Pos1) {

cout << setw(width) << setfill(seprator) << User1; // use of formatter setw,setfill defined in iomanip.h

} else if (k == Pos2) {

cout << setw(width) << setfill(seprator) << User2;

} else {

cout << setw(width) << setfill(seprator) << k;

}

k++;

}

cout << endl;

} // both loop ended

}

void main() { // start of main

int max = 100; // upto which a player should go to win

char player1[20], player2[20], r; // array for name of players and r for rolling the dice

clrscr();

cout << "Enter the name of player 1: "; // Player 1 name

cin >> player1;

cout << "Enter the name of player 2: "; // Player 2 name

cin >> player2;

SaanpSidhi p1, p2; // creation of two objects for two players p1 and p2

p1.Position = 0; // set position to 0 for both players

p2.Position = 0;

p1.ptar(p1.Position, player1, p2.Position, player2); // print initial grid

do {

cout << "*************** " << player1 << " Turn ********************" << endl; //start of do while until one player reach 100

cout << player1 << " Press r to roll" << endl; // get the response from player 1 for rolling the dice

cin >> r;

if (r == 'r' || r == 'R') { // condition to check if player pressed r or R

p1.Position = p1.RandomNum(p1.Position); // call the function RandomNum with args = Player 1 Position

p1.ptar(p1.Position, player1, p2.Position, player2); // Printing the grid after player 1 has rolled the dice

if (p1.Position >= 100) { // check if player reaches 100 or more if yes break the loop and declare him winner

cout << player1 << " is winner";

break;

}

cout << endl << player1 << " is now on " << p1.Position << endl; // printing the Player 1 Position

// end of player 1 play

cout << "---------------- " << player2 << " Turn ---------------" << endl; // Now starting player 2 code same as above

cout << player2 << " Press r to roll" << endl;

cin >> r;

if (r == 'r' || r == 'R') {

p2.Position = p2.RandomNum(p2.Position);

p1.ptar(p1.Position, player1, p2.Position, player2);

if (p2.Position >= 100) {

cout << player2 << " is winner";

break;

}

cout << endl << player2 << " is now on " << p2.Position << endl; //end of Player 2 play

cout << "*************** Score ********************" << endl; // Print the both player position after each have rolled equally

cout << player1 << " : " << p1.Position << endl;

cout << player2 << " : " << p2.Position << endl;

cout << "****************************************************" << endl;

}

while (p1.Position <= max || p2.Position <= max); // while statement to check if any one of them is below 100

getch();

}

Published by faltutech on 12th February 2017

faltutech

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