c programming
$30-33 USD
Paid on delivery
Programming in c the game quoridor
## Deliverables
1) All deliverables will be considered "work made for hire" under U.S. Copyright law. Employer will receive exclusive and complete copyrights to all work purchased. (No 3rd party components unless all copyright ramifications are explained AND AGREED TO by the employer on the site per the worker's Worker Legal Agreement).
2. deliverables are all the files for the following 5 questions:
Programming in c the game quoridor
q1: write the functions qretrieve qsave so that the first to
Upload a text file snapshot of the game, which puts the structures
described. To file name will be given by the user. The second will store the
Preview a file in the same form again with the user name of choice.
q2: To write a C function named qplay which gives the play of the game for two
players. This function will display the board and asks the user to set the number
row and column of the player whose turn. Negative numbers mean end of line
function. After checking if the location is valid, we asked whether the player will move or
wall mounting. If the user chooses wall installation, the program checks whether the player has
available wall when seeking the position will help. On the validity of the placement
The same we saw in Q1. It should be a check valid if mounting wall
It is good to inform the relevant tables and display the new status dashboard
otherwise you will see error. Error message appears when the player
has other existing walls.
If the user selects a pawn move, the program will ask for the coordinates of the new post
destination (as shown in Figure 1). If the move is valid (still according to the criteria
Work E1) will be implemented by updating the structure and displayed the new dashboard, you'll
you will see error and repeated the question the new position. Note that
the motion given by the coordinates of the target location and not as 'F', 'B', 'L' and 'R' to
used in E1.
In the process described, the function creates a single linked list
containing all the moves the players performed. Note that we ignore settings
walls. The list will be created with dynamic memory allocation and contain-junction structure
the following form:
struct Move {
int player_no; //
number of player
int from_cell[2]; //line and column of start
int to_cell[2]; // line and column of destination
};
q3: A. C function name qlistdisplay that accepts as a parameter to the principle of
list came about, I will run and display its contents on the screen.
B. • To write a recursive function qlistdisplayrecursive will do the same function
3A in question, but using recursion (recursion).
In both cases, the items in the list will appear as in the following model,
with any other form that contains the same data, you consider appropriate.
q4: As the game progresses, we want to be able to turn some moves
back. Write a C function name qbackstack which, by traversing the list will
creates a Stack (Stack) from which we can extract the movement of players to
back. After you create the stack, the function will ask for the number of the player and the number n of
movements that want to go. Then you draw from the stack one by one and will be
displays on the screen are allocated to the player who was chosen to reach number n
movements that player. Again ignoring the placement of walls.
q5 : write a C function named qdoublelist that creates a double linked
list of items in the list of moves created by q2. After
creation (Figure 6), the function will ask the user number of players (p) and moving (m), will
identifies the list, starting from the beginning, the node corresponding to the m-nth movement
player p, and moves backward, displaying all nodes up to the first.
If you do not find the node will display an error message.
The functions of the five topics will be invited from the main menu from within and
iterative process that ends with the 'exit'. All issues should be
be at least the basic controls for trapping errors (example, control the import
data, control the successful capture memory, stack control license, etc.).
## Platform
Windows C language
Project ID: #3867102
