抖音网站怎么做,万网买网站,站长之家工具查询,ps软件免费下载安装很早之前写了一个类似的五子棋#xff0c;没有做到pygame里面#xff0c;闲着没事给整过来了#xff0c;主要就是加了一个鼠标映射坐标。
表情被锤会变脸。
设置的0积分不知道能不能下载
https://download.csdn.net/download/ChillingKangaroo/82109145
代码不多#x… 很早之前写了一个类似的五子棋没有做到pygame里面闲着没事给整过来了主要就是加了一个鼠标映射坐标。
表情被锤会变脸。
设置的0积分不知道能不能下载
https://download.csdn.net/download/ChillingKangaroo/82109145
代码不多主要是由几个图片 import pygame as pg
import math
import time
import randomclass Tile(): def __init__(self,grid_size,screen_size,x,y): #一个坐标单位self.x,self.y x,yself.grid_size grid_sizeself.rectangle (self.x*tile_size[0]50,self.y*tile_size[1]50,tile_size[0],tile_size[1])self.points [ [(0.5self.x)*tile_size[0]50,self.y*tile_size[1]50], #upper middle[(0.5self.x)*tile_size[0]50,(self.y1)*tile_size[1]50], #lower middle[(self.x)*tile_size[0]50,(self.y0.5)*tile_size[1]50], #middle left right[(self.x1)*tile_size[0]50,(self.y0.5)*tile_size[1]50], #middle right] self.chess Nonedef draw(self,color (255,253,150),line_color (150,175,255)): #x,y represents the tile coordinates pg.draw.rect(screen,color,self.rectangle)pg.draw.line(screen,line_color,(self.points[0]),(self.points[1]),3)pg.draw.line(screen,line_color,(self.points[2]),(self.points[3]),3)if self.chess ! None:screen.blit(chess[self.chess],((self.x0.3)*tile_size[0] 50, (self.y0.3)*tile_size[1] 50))pg.display.update()def draw_chessboard():screen.fill((255,255,255))for y in range(grid_size[1]):for x in range(grid_size[0]):matrix[y][x].draw()def get_clicked_tile():x_,y_ pg.mouse.get_pos() #pixel coordinatesx int((x_-50)/tile_size[0]) if int((x_-50)) 0 else -1y int((y_-50)/tile_size[1]) if int((y_-50)) 0 else -1return x,ydef check_win(x,y):directions [[(-1,0),(1,0)],[(0,-1),(0,1)],[(-1,1),(1,-1)],[(-1,-1),(1,1)]] #x,yfor line in directions:depth0 for dx,dy in line:tempx dxtempy dyif xdx in range(grid_size[0]) and ydy in range(grid_size[1]):while matrix[ydy][xdx].chess matrix[y][x].chess and depth 5:depth 1if depth 4:return matrix[y][x].chessdx tempxdy tempyif xdx not in range(grid_size[0]) or ydy not in range(grid_size[1]):breakdef display_score():global turnplayer1_won_text font.render(f: {player_won[0]}, True, (0,0,0), (255,255,255))player2_won_text font.render(f: {player_won[1]}, True, (0,0,0), (255,255,255))turn_text font.render(fTurns: {turn} , True, (0,0,0), (255,255,255))screen.blit(player1_won_text,(1000,120))screen.blit(player2_won_text,(1000,220))screen.blit(chess_scoreboard[0],(900,100))screen.blit(chess_scoreboard[1],(900,200))screen.blit(turn_text,(900,300))pg.display.update()def game_over_animation():for x in range(grid_size[0]1):for y in range(grid_size[1]):if x 1 grid_size[0]:matrix[y][x1].chess 2 if matrix[y][x1].chess ! None else Nonematrix[y][x1].draw()if x grid_size[0]:matrix[y][x].chess 3matrix[y][x].draw()if x 0:matrix[y][x-1].chess Nonematrix[y][x-1].draw()time.sleep(0.05)#initialize parameter
chess_color [(0,0,0),(255,255,255)]
screen_size [1200,800]
chess_size [800,800]
grid_size [15,15]
tile_size [(chess_size[0]-100)/grid_size[0],(chess_size[1]-100)/grid_size[1]]run True
game_ended False
player_won [0,0]
turn 0
chess [ pg.transform.smoothscale(pg.image.load(smiley.png), (int(tile_size[0]/2),int(tile_size[0]/2))), #player1pg.transform.smoothscale(pg.image.load(angry.png), (int(tile_size[0]/2),int(tile_size[0]/2))), #player2pg.transform.smoothscale(pg.image.load(sad.png), (int(tile_size[0]/2),int(tile_size[0]/2))), #sad facepg.transform.smoothscale(pg.image.load(fist.png), (int(tile_size[0]/2),int(tile_size[0]/2)))] #fist
chess_scoreboard [ pg.transform.smoothscale(pg.image.load(smiley.png), (80,80)),pg.transform.smoothscale(pg.image.load(angry.png), (80,80)),]matrix []
for y in range(grid_size[1]):temp []for x in range(grid_size[0]):tile Tile(grid_size,screen_size,x,y)temp.append(tile)matrix.append(temp)screen pg.display.set_mode(screen_size)
pg.init()
#draw board
draw_chessboard()
font pg.font.Font(freesansbold.ttf, 32)
display_score()
#game loop
while run:for event in pg.event.get():if event.type pg.QUIT:run Falsepg.quit()if event.type pg.KEYDOWN:if event.key pg.K_g:winner (turn1)%2print(fplayer{(turn%2)1} gave up)player_won[winner] 1game_ended Truedisplay_score()if event.type pg.MOUSEBUTTONUP:if not game_ended:x,y get_clicked_tile()if x in range(grid_size[0]) and y in range(grid_size[1]) and matrix[y][x].chess None:matrix[y][x].chess turn%2matrix[y][x].draw()winner check_win(x,y)turn 1if winner ! None:print(fthe winner is: player{winner1})player_won[winner] 1game_ended Truedisplay_score()else:game_over_animation()game_ended Falseturn 0display_score()for y in range(grid_size[1]):for x in range(grid_size[0]):matrix[y][x].chess Nonematrix[y][x].draw()time.sleep(1/30)
