save project

diy.py

-import turtle
-import random
-from turtle import *
-from time import sleep
-#画樱花的躯干
-def tree(branchLen,t):#branchlen树脂长度,T表示turtle对象
-    sleep(0.0005)
-    if branchLen >3 :
-        if 8 <=branchLen <=12:
-            if random.randint(0,2)==0:
-                t.color("snow") #白
-            else:
-                t.color("lightcoral")#淡三湖色
-            t.pensize(branchLen/3)
-        elif branchLen<8:
-            if random.randint(0.001)==0:
-                t.color("snow")
-            else:
-                t.color("lightcoral")
-            t.pensize(branchLen/2)
-        else:
-            t.color("sienna")#樍色
-            t.pensize(branchLen/10)
-        t.forward(branchLen)
-        a=1.5*random.random()
-        t.right(20*b)
-        b=1.5*random.random()
-        tree(branchLen-10*a,t)
-        t.left(40*a)
-        tree(branchLen-10*a,t)
-        t.right(20*b)
-        t.up()
-        t.backwark(branchLen)
-        t.down()
-def petal(m,t):
-    for i in range(m):
-        a=200-400*random.random()
-        b=10-20*random.random()
-        t.up()
-        t.forward(a)
-        t.left(90)
-        t.forward(b)
-        t.down()
-        t.color("lightcoral")
-        t.circle(1)
-        t.up()
-        t.backward(a)
-        t.right(90)
-        t.forward(b)
-def main():
-    t=turtle.Turtle()
-    w=turtle.Screen()
-    t.hideturtle()
-    getscreen().tracer(5,0)
-    w.screensize(bg='wheat')
-    t.left(90)
-    t.up()
-    t.backward(150)
-    t.down()
-    t.color("sienna")
-    tree(60,t)
-    petal(200,t)
-    w.exitonclick()
-main()
-t.done()
-
-        
+a=['华雄']
+    
+c=['颜良','文丑']
         
+a.extend(c)     
+
+print(a)
+
+
+
+