Python俄罗斯方块源码

1、Python俄罗斯方块源码诺基亚S60v3手机PY平台专用代码作者：千年臭虫from graphics import*import random,e32,appuifwcn=lambda x: x.decode(u8)#_def juxing(t1,t2,s,x=1,y=1): #参数:宽/高/切角大小/坐标X/坐标Y a1,d1=1+x,t1+x c1=t1-s+x b1=s+1+x a2,d2=1+y,t2+y c2=t2-s+y b2=s+1+y list1=b1,a2,c1,a2,d1,b2,d1,c2,c1,d2,b1,d2,a1,c2,a1,b2 return list1#_def

2、 Masks():#蒙罩生成函数 img=Image.new(15,15),L) img2=Image.new(15,15),L) img3=Image.new(15,15),L) img2.clear(0) img3.clear(0) biao=juxing(14.5,14.5,0.9,0.3,0.3) img.polygon(biao),0xff5fff,0xff5fff) img2.polygon(biao),0xffffff,0xffffff) img3.polygon(biao),0xffffff,0xffffff) biao=juxing(12.8,12.8,2) img.poly

3、gon(biao),0xf9ff9f,0x9fff9f,width=1) img3.polygon(biao),0x0,0x0) for i in range(7): RGB=(105+i*20,105+i*20,115+i*20) img.line(2,7.5-i,13,7.5-i),(RGB) img.line(2,7.5+i,13,7.5+i),(RGB) return (img,img2,img3)def Images(mask1,se2):#生成彩色画布函数 img=Image.new(15,15) img2=Image.new(15,15) img2.clear(0xffffff)

4、 img.clear(se2) for i in range(8): img.arc(3+i*0.7,5,3+i,10),0,2,(255-i*10,200-i*10,0+i*20) img.blit(img2,target=(0,0),source=(0,0,15,15),mask=mask1) return img#_def FkCen(ll,S):#方块层函数 for i in range(2): for j in range(len(ll): llj0+i=1 llj12+i=1 if j14: ll22+ij=1 if (S15):return f0=1,1,1,1,1,1,1,1,

5、1,0 f1=1,1,1,1,1,1,1,1,0,0 f2=1,1,1,1,1,1,1,0,0,0 Fk=f0,f1,f2 for i in range(21,0,-1): S-=1 v=random.randint(0,2) ls=Fkv random.shuffle(ls)#乱序 for j in range(10): llij+2=lsj if S0):#计算分值 v=len(n)-1 num=100,300,750,1500 fen1+=numv fen2+=len(n) #- n.sort() while (len(n)0):#游戏活动区域切片 img=Image.new(150,3

6、00) img.clear(0) ce=0 for i in range(20,0,-1): if i=n0-1: ce+=15 img.blit(ImgBg,target=(0,i*15-15),source=(2,285-ce,152,300-ce) ce+=15 del n0 ImgBg.blit(img,target=(2,0) s.cs.blit(ImgBg) e32.ao_sleep(0.08) #_ def Key_z(s,e):#按键中转 Key_zz=s.Key0,s.Key1,s.Key2 Key_zzs.k(e) #_ def Key0(s,e):#None pass #

7、_ def Key1(s,e): s.e=e while s.escancode=17and s.etype=1:#下方向 ImgLs.blit(ImgBg) if(s.a.go_next()!=1): break s.draw_w() e32.ao_sleep(0.001) while s.escancode=167 and s.etype=1 and s.AN5:#中键旋转 s.AN+=1 ImgLs.blit(ImgBg) if(s.a.Xuan_Z()!=1): break s.draw_w() Times=0.1 s.TIME+=Times e32.ao_sleep(Times) w

8、hile s.escancode=14 and s.etype=1 and s.AN9:#左方向 s.AN+=1 ImgLs.blit(ImgBg) if(s.a.go_zuo()!=1): break s.draw_w() if s.AN4: Times=0.09-s.AN*0.01 else:Times=0.002 s.TIME+=Times e32.ao_sleep(Times) while s.escancode=15 and s.etype=1 and s.AN9:#右方向 s.AN+=1 ImgLs.blit(ImgBg) if(s.a.go_you()!=1): break s.

9、draw_w() if s.AN4):#结束游戏判断 s.Over() break s.sui=S1 s.a=b S1=random.randint(0,6) b=tu(S1) b.show(ImgJiS1,mask2,ImgBg,124,250)#画NEXT方块 for i in range(22): s.TIME=0 s.k=1 s.AN=0 ImgLs.blit(ImgBg) s.draw_w() if(s.SD-s.TIME0): Times=s.SD-s.TIME else:Times=0.001 e32.ao_sleep(Times) if(s.a.go_next()!=1):#方

10、块不能往下降落处理 s.a.cha() s.a.show(ImgJis.sui,mask2,ImgBg) s.check() fen0=fen1/10000+level s.SD=0.35-0.38/13*fen0 s.draw_pin() break#_def Go_game(): pass#_WIDTH,HEIGHT=240,320ImgBg=Image.new(WIDTH,HEIGHT)ImgLs=Image.new(ImgBg.size)img_lan=Image.new(WIDTH/2.85,HEIGHT)R,G,B=100,200,190for i in range(100): RGB=(R+i,G-i,B-i) img_lan.rectangle(0+i,0,1+i,HEIGHT),(RGB),(RGB),width=2) FK_SUM=0 for i in range(14)for j in range(24)level=5#初始关卡cen=0#方块初始层数touying=1#投影开关(0/1)fen=0,0,0#关卡/分数/行数color1=0xffffff#隐形方块边线颜色#颜色参数集ColorJi=(0xff00ff,0x,0x9f009f,0x8