khuranaharshit/snakes-ladder

Simple Emulation of snakes and ladder game in C++.

[*] Snakes & Ladders

• Emulation of simple Snakes and Ladder game in C++.
• Following is the description of classes

S.No	Class	Utility
1.	Snake Class	This class is responsible for adding snakes on the board
2.	Ladder Class	This class is responsible for adding Ladder on the board
3.	Board Class	This class is responsible for creating the board itself
4.	Player Class	This class is responsible for creating the players which will be playing on the board

• To run , compile and run as :

$ g++ -std=c++11 game.cpp -o game
$ ./game

• Currently for inserting snakes or ladders a point is select randomly from the entire grid and it points to exactly (1,1) level below or above it depending upon whether a ladder was added or a snake.

• The flow is as :

  • The board is the main class.
  • Board class uses association for snake and ladder class.
  • Board class has the functionality to start running the game, for that it needs 2 players to begin with.
  • These 2 players are just function arguments and in no way related to the Board class (no inheritance or association)

• The matrix printed is a 10*10 grid (configurable MACRO in code), which tells that to which point that particular point is redirects to.

  • Example 1 : If a box say at board[3][4] has a snake which take you to boad[2][3], then the board[3][4] will contain (2,3) to show that incase you arrive at this box then you will be redirected to board[2][3].
  • Example 2 : Lets say the board[2][3] contains [4][5] it means that there is a ladder connected to board[2][3] which directly takes you to board[4][5].

• Running Example :

[*] Enter name of player1 : user1
[*] Player 'user1' ready 
[*] Enter name of player2 : user2
[*] Player 'user2' ready 
[*] Added snake to (2,8) it now points to (1,7)
[*] Added snake to (8,6) it now points to (7,5)
[*] Added snake to (8,2) it now points to (7,1)
[*] Added snake to (4,7) it now points to (3,6)
[*] Added snake to (2,6) it now points to (1,5)
[*] Added Ladder to (5,6) it now points to (6,7)
[*] Added Ladder to (5,7) it now points to (6,8)
[*] Added Ladder to (1,8) it now points to (2,9)
[*] Added Ladder to (2,7) it now points to (3,8)
[*] Added Ladder to (7,5) it now points to (8,6)
[*] The playing board is ready

[*] The following is the Playingg board
[*] '*' indicates the presence of snake or a ladder at that box
 (0,0)   (0,1)   (0,2)   (0,3)   (0,4)   (0,5)   (0,6)   (0,7)   (0,8)   (0,9)  
 (1,0)   (1,1)   (1,2)   (1,3)   (1,4)   (1,5)   (1,6)   (1,7)  *(2,9)   (1,9)  
 (2,0)   (2,1)   (2,2)   (2,3)   (2,4)   (2,5)  *(1,5)  *(3,8)  *(1,7)   (2,9)  
 (3,0)   (3,1)   (3,2)   (3,3)   (3,4)   (3,5)   (3,6)   (3,7)   (3,8)   (3,9)  
 (4,0)   (4,1)   (4,2)   (4,3)   (4,4)   (4,5)   (4,6)  *(3,6)   (4,8)   (4,9)  
 (5,0)   (5,1)   (5,2)   (5,3)   (5,4)   (5,5)  *(6,7)  *(6,8)   (5,8)   (5,9)  
 (6,0)   (6,1)   (6,2)   (6,3)   (6,4)   (6,5)   (6,6)   (6,7)   (6,8)   (6,9)  
 (7,0)   (7,1)   (7,2)   (7,3)   (7,4)  *(8,6)   (7,6)   (7,7)   (7,8)   (7,9)  
 (8,0)   (8,1)  *(7,1)   (8,3)   (8,4)   (8,5)  *(7,5)   (8,7)   (8,8)   (8,9)  
 (9,0)   (9,1)   (9,2)   (9,3)   (9,4)   (9,5)   (9,6)   (9,7)   (9,8)   (9,9)  

[*] Starting game in 3 second
[*] Player user1 got 2 and moved from (0,0) -> (0,2)
[*] Player user2 got 2 and moved from (0,0) -> (0,2)
[*] Player user1 got 6 and moved from (0,2) -> (0,8)
[*] Player user2 got 1 and moved from (0,2) -> (0,3)
[*] Player user1 got 1 and moved from (0,8) -> (0,9)
[*] Player user2 got 1 and moved from (0,3) -> (0,4)
[*] Player user1 got 6 and moved from (0,9) -> (1,5)
[*] Player user2 got 4 and moved from (0,4) -> (0,8)
[*] Player user1 got 2 and moved from (1,5) -> (1,7)
[*] Player user2 got 5 and moved from (0,8) -> (1,3)
[*] Player user1 got 2 and moved from (1,7) -> (1,9)
[*] Player user2 got 5 and moved from (1,3) -> (2,9)
[*] Player user1 got 4 and moved from (1,9) -> (2,3)
[*] Player user2 got 4 and moved from (2,9) -> (3,3)
[*] Player user1 got 4 and moved from (2,3) -> (3,8)
[*] Player user2 got 6 and moved from (3,3) -> (3,9)
[*] Player user1 got 3 and moved from (3,8) -> (4,1)
[*] Player user2 got 2 and moved from (3,9) -> (4,1)
[*] Player user1 got 3 and moved from (4,1) -> (4,4)
[*] Player user2 got 3 and moved from (4,1) -> (4,4)
[*] Player user1 got 6 and moved from (4,4) -> (5,0)
[*] Player user2 got 1 and moved from (4,4) -> (4,5)
[*] Player user1 got 6 and moved from (5,0) -> (6,7)
[*] Player user2 got 5 and moved from (4,5) -> (5,0)
[*] Player user1 got 2 and moved from (6,7) -> (6,9)
[*] Player user2 got 3 and moved from (5,0) -> (5,3)
[*] Player user1 got 3 and moved from (6,9) -> (7,2)
[*] Player user2 got 4 and moved from (5,3) -> (6,8)
[*] Player user1 got 3 and moved from (7,2) -> (8,6)
[*] Player user2 got 3 and moved from (6,8) -> (7,1)
[*] Player user1 got 5 and moved from (8,6) -> (9,1)
[*] Player user2 got 2 and moved from (7,1) -> (7,3)
[*] Player user1 got 4 and moved from (9,1) -> (9,5)
[*] Player user2 got 4 and moved from (7,3) -> (7,7)
[*] Player user1 got 3 and moved from (9,5) -> (9,8)
[*] Player user2 got 4 and moved from (7,7) -> (8,1)
[*] Player user1 got 3 and moved from (9,8) -> (9,9)
[*] user1 won the game
[*] GAME OVER