猫史档案馆

import turtle
import time
import random
import _thread
h = 1000
w = 1000
#14514
turtle.setup(width = w ,height = h)
turtle.bgcolor("Cyan")
turtle.hideturtle()
class Zfx:
    def __init__(self, xr):
        self.xr = xr
        self.喵 = 40
        self.xl = self.xr +self.喵
        self.yu =random.randint(20,h/2-20);
        self.fh = h/2
        self. yd = self. yu - self.fh
        self.喵 = -2
        self.ys = "green"
#方块类动态方法1：画图
    def draw(self):
        turtle.penup()
        turtle.goto(self.xl,h/2)
        turtle.pendown();
        turtle.color(self.ys);
        turtle.begin_fill();
        turtle.goto(self.xl,self.yu);
        turtle.goto(self.xr,self.yu);
        turtle.goto(self.xr,h/2);
        turtle.goto(self.xl,h/2);
        turtle.end_fill();
        self.xr-=5;
        self.xl-=5;
        turtle.penup()
        turtle.goto(self.xl,-h/2)
        turtle.pendown();
        turtle.color(self.ys);
        turtle.begin_fill();
        turtle.goto(self.xl,self.yd);
        turtle.goto(self.xr,self.yd);
        turtle.goto(self.xr,-h/2);
        turtle.goto(self.xl,-h/2);
        turtle.end_fill();
    def move(self,q):
        self.xr-=0.01;
        self.xl-=0.01;
        if self.xl<-w/2-60:
            self.xr=500;
            self.xl=450;
            self.yu=random.randint(-300,300);
            self.yd=self.yu-random.randint(200,300);
            q.c+=random.randint(10000,1000000);
        if (q.x+q.d/2>self.xl and
            q.x-q.d/2<self.xr and
            q.y+q.d/2>self.yu):
                q.y=200;
                q.vy=0;
                q.c=-1000000;
        if (q.x+q.d/2>self.xl and
             q.x-q.d/2<self.xr and
             q.y-q.d/2<self.yd):
                q.y=200;
                q.y=0;
                q.c=-1000000;
                
            
    def main(self):
        k=self.xr;
        return k;
class Qiu:
    def __init__(self):    
        self.ys = "yellow";
        self.d = 50;
        self.x = -300;
        self.y = 200;
        self.vy = 0;
        self.g = 0.1;
        self.j=3;
        self.c=0;
        self.u=0;
    def hua(self):
        turtle.penup();
        turtle.goto(self.x,self.y);
        turtle.pendown();
        turtle.color(self.ys);
        turtle.dot(self.d);
        turtle.penup();
        turtle.goto(-450,400);
        turtle.pencolor("black");
        turtle.write(self.c,font=("中华彩云",50));
    def yidong(self):      
        self.y -= self.vy
        self.vy += self.g;
        self.g*=1.001;
        if self.x+self.d/2>1:
            pass;
        if self.y < -h/2:
            self.y = 200
            self.vy = 0;
            self.g=0.05;
            self.j=3;
            self.c=0
    #添加小球上升功能
    def moveup(self,x,y):#可以改坐标，也可以把速度调为反向速度
        self.vy =-self.j+self.g
        self.j+=0.3
#函数属于哪里：内
#上个作品鼠标点击的功能：创建对象  外
q01=Qiu()
fks=[];
num=0
for i in range(2):
    a=Zfx(num);
    fks.append(a)
    num+=450;
while True:
    turtle.tracer(False);
    turtle.clear();                                                                                                                     #鼠标点击
    turtle.onscreenclick(q01.moveup);
    for i in fks:
        i.draw();
        i.move(q01);
    q01.hua();
    q01.yidong();
    turtle.tracer(True);
    time.sleep(0.01);