pygame memory puzzle，pygamepuzzle,import pygam
import pygame,random,sysfrom pygame.locals import *FPS = 30boxwidth = 3boxheight = 2assert boxwidth*boxheight%2 == 0,'board number needs to be even'winx = 640winy = 480between = 10boxsize = 40xmargin = int((winx-(boxsize+between)*boxwidth)/2)ymargin = int((winy-(boxsize+between)*boxheight)/2)speed = 8#color inusenavyblue = (60,60,100)#dispfillwhite = (255,255,255)#boardcoverblue = (0,0,255) #highlighrect#icons colorred = (255,0,0)yellow = (255,255,0)purple = (255,0,255)green = (0,255,0)gray = (0,255,255)#icons shaperectan = 'rectan'lines = 'lines'circ = 'circ'poly = 'poly'allcolor = (red,yellow,purple,green)allshape = (rectan,lines,circ,poly)assert len(allcolor)*len(allshape*2)>= boxwidth*boxheight,'board is too big for the number of color and shape'def main(): global fpsclock,disp pygame.init() disp = pygame.display.set_mode((winx,winy)) pygame.display.set_caption('memory puzzle') fpsclock = pygame.time.Clock() disp.fill(navyblue) reveal = getrevealed(False) mainboard = randomboard() drawboard(mainboard,reveal) startanimation(mainboard) first = None mousex = 0 mousey = 0 while True: mouseclicked = False disp.fill(navyblue) drawboard(mainboard,reveal) for event in pygame.event.get(): if event.type == QUIT or ( event.type == KEYUP and event.key == K_ESCAPE): pygame.quit() sys.exit() elif event.type == MOUSEMOTION: mousex,mousey = event.pos elif event.type == MOUSEBUTTONUP: mousex,mousey = event.pos mouseclicked = True boxx,boxy = getpixel(mousex,mousey) if boxx!=None and boxy!= None: if not reveal[boxx][boxy]: highlighrect(boxx,boxy) if not reveal[boxx][boxy] and mouseclicked: revealboardanimation(mainboard,[(boxx,boxy)]) reveal[boxx][boxy] = True if first == None: first = (boxx,boxy) else: icon1shape,icon1color = getshapeandcolor(mainboard,first[0],first[1]) icon2shape,icon2color = getshapeandcolor(mainboard,boxx,boxy) if icon1shape!= icon2shape or icon1color!= icon2color: pygame.time.wait(1000) coverboardanimation(mainboard,[(first[0],first[1]),(boxx,boxy)]) reveal[first[0]][first[1]] = False reveal[boxx][boxy] = False elif haswon(reveal): wonanimation(mainboard) pygame.time.wait(2000) mainboard = randomboard() startanimation(mainboard) reveal = getrevealed(False) drawboard(mainboard,reveal) first = None pygame.display.update() fpsclock.tick(FPS)def leftop(boxx,boxy): left = xmargin + boxx*(boxsize + between) top = ymargin + boxy*(boxsize + between) return left,topdef highlighrect(boxx,boxy): left,top = leftop(boxx,boxy) pygame.draw.rect(disp,blue,(left-between/2,top-between/2,boxsize+between,boxsize+between),4)def randomboard(): box = [] for shape in allshape: for color in allcolor: box.append((shape,color)) random.shuffle(box) iconsnum = boxwidth*boxheight/2 icons = box[:iconsnum]*2 random.shuffle(icons) board = [] for boxx in range(boxwidth): column = [] for boxy in range(boxheight): column.append(icons[0]) del icons[0] board.append(column) return boarddef getrevealed(val): revealedbox = [] for i in range(boxwidth): revealedbox.append([val]*boxheight) return revealedboxdef getpixel(x,y): for boxx in range(boxwidth): for boxy in range(boxheight): left,top = leftop(boxx,boxy) b = pygame.Rect((left,top,boxsize,boxsize)) if b.collidepoint(x,y): return(boxx,boxy) return(None,None)def split(group,thelist): result = [] for i in range(0,len(thelist),group): result.append(thelist[i:group+i]) random.shuffle(result) return resultdef getshapeandcolor(board,boxx,boxy): return board[boxx][boxy][0],board[boxx][boxy][1]def drawicon(shape,color,boxx,boxy): left,top = leftop(boxx,boxy) if shape == rectan: pygame.draw.rect(disp,color,(left+5,top+5,boxsize-10,boxsize-10)) elif shape == lines: for i in range(0,boxsize,10): pygame.draw.line(disp,color,(left+i,top),(left,top+i)) pygame.draw.line(disp,color,(left+boxsize-i,top+boxsize),(left+boxsize,top+boxsize-i)) elif shape == circ: pygame.draw.circle(disp,color,(left+boxsize/2,top+boxsize/2),boxsize/2-5) elif shape == poly: pygame.draw.polygon(disp,color,((left+boxsize/2,top),(left+boxsize,top+boxsize/2),(left+boxsize/2,top+boxsize),(left,top+boxsize/2)))def drawoneboard(board,boxes,coverage): for box in boxes: shape,color = getshapeandcolor(board,box[0],box[1]) left,top = leftop(box[0],box[1]) pygame.draw.rect(disp,navyblue,(left,top,boxsize,boxsize)) drawicon(shape,color,box[0],box[1]) if coverage>0: pygame.draw.rect(disp,white,(left,top,coverage,boxsize)) pygame.display.update() fpsclock.tick(FPS)def coverboardanimation(board,boxcover): for coverage in range(0,boxsize+speed,speed): drawoneboard(board,boxcover,coverage)def revealboardanimation(board,boxreveal): for coverage in range(boxsize,-speed-1,-speed): drawoneboard(board,boxreveal,coverage)def drawboard(board,revealbox): for boxx in range(boxwidth): for boxy in range(boxheight): left,top = leftop(boxx,boxy) if not revealbox[boxx][boxy]: pygame.draw.rect(disp,white,(left,top,boxsize,boxsize)) else: shape,color = getshapeandcolor(board,boxx,boxy) drawicon(shape,color,boxx,boxy)def startanimation(board): boxes = [] for boxx in range(boxwidth): for boxy in range(boxheight): boxes.append((boxx,boxy)) random.shuffle(boxes) revealbox = getrevealed(False) drawboard(board,revealbox) boxgroups = split(8,boxes) for boxgroup in boxgroups: revealboardanimation(board,boxgroup) pygame.time.wait(300) coverboardanimation(board,boxgroup) pygame.display.update() fpsclock.tick(FPS)def wonanimation(board): color1 = gray color2 = navyblue revealbox = getrevealed(True) for i in range(13): color1,color2 = color2,color1 drawboard(board,revealbox) disp.fill(color1) pygame.time.wait(300) pygame.display.update()def haswon(reveal): for i in reveal: if False in i: return False return Trueif __name__ == '__main__': main()
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