How do you draw a backgammon board with MFC?

This has backgammon source code. In addition, you can chat online for details.

Follow the instructions.

Draw grids one by one.

Arrange them neatly.

Simple, draw a lattice. Hahaha.

Send me a mailbox and I'll send you a complete program.

First draw the grid with a brush, the distance between the grids should be determined, the circular area of each intersection point should be determined, after drawing the grid, calculate how many intersections, define how many areas, the location of the area has the grid intersection point, the distance between the intersection points and the radius of the area are determined, and then scan in the Zuo Jian message to determine which area the left mouse button falls on, and then display five subfigures in which area, and then judge the horizontal and longitudinal oblique eight directions to push out five points to see if there are five continuous, During this period, the left mouse button message should be blocked, and the message should be received after the judgment is over, and the message can be marked in the message processing.

Find the best resources for chessboards and chess pieces on the Internet, and present the chessboard and chess pieces in the form of stickers.

This needs to create a form by yourself, the session box that comes with the win api does not support this function, the method is very complicated, you can make a dll, dll with win api to draw a window.

Partially implement the function, I don't know if it's suitable.

public void mouseclicked(mouseevent e)

else;judge();

You can give a coordinate in the next function and he will display a chess piece bitmap, since the x and y coordinates of each chess piece are different by a fixed value, you can position each position to display a chess piece.

Hello, can you give me a reference for your documents?

If it doesn't involve man-machine combat, then it's easier.

Here's the idea.

Logic: There is a 10*10 array to represent the pieces on the board, 0 for no pieces, 1 for white, and 2 for black. Each new piece is added to determine whether the piece can be placed in the current position, and then iterates through all the pieces to see if there are 5 connected pieces in various directions.

Judging 5 pieces in a row: It is nothing more than taking a chess piece as a starting point, calculating the coordinates in all directions, and then comparing whether the pieces on the corresponding coordinates are the same, and whether the number reaches 5, and when it is reached, the true color chess wins.

Interface Section: Draw pieces on the interface based on an array of 10*10. The mouse click is to determine whether the position is on the checkerboard grid or not.

Then, through the data in the array, determine whether the square can be played or not. Then redraw the board update section.

The black and white flag does not need to be drawn with **, find the bmp** of 2 chess pieces, and then directly map it.

The squares of the chessboard need to be controlled to draw lines, mainly the algorithm of connecting the five pieces of the chess pieces, and I have done similar homework before.

What about your ondraw function?

The background is automatically redrawn, and no one will draw your chess pieces for you, so do it yourself.