save project

7cf30e7e · BellCodeEditor · cfa9a38b · 7cf30e7e · 7cf30e7e
Commit 7cf30e7e authored Sep 04, 2022 by BellCodeEditor
Showing with 24 additions and 720 deletions
.py
my_tree.py
--- a/.py
+++ b/.py
-import turtle
+class RW:
-import random
+    def __init__(self,name,hp,attack):
+       self.level=20
-pen = turtle.Turtle()
+       self.name=name
-pen.color('sienna')
+       self.hp=hp
-pen.speed(0)
+       self.attack=attack
-# 画布大小
-w = turtle.Screen()
+    def upgrade(self):
-w.bgcolor('wheat')      # wheat小麦
+         self.level= self.level+1
-# # 移动到起点
+         self.hp=self.hp+3000
-pen.left(90)
+         self.attack=self.attack+1520
-pen.up()
-pen.backward(150)
+KeQing=RW('刻晴',21436,2419270)
-pen.down()
+KeQing.upgrade()
+print(KeQing.hp)
-# 树枝
\ No newline at end of file
-def tree(n):
-    if n >= 0:
-        if n <= 12:
-            color_list = ['snow', 'lightcoral']
-            color = random.choice(color_list)
-            pen.color(color)
-            pen.pensize(n / 3)
-        else:
-            pen.color('sienna')  # 赭(zhě)色
-            pen.pensize(n / 10)  
-        pen.forward(n)
-        angle = random.random()
-        pen.right(30*angle)
-        length = 1.5*random.random()
-        tree(n-10*length)
-        pen.left(60*angle)
-        tree(n-10*length)
-        pen.right(30*angle)
-        pen.up()
-        pen.backward(n)
-        pen.down()
-tree(60)
-turtle.done()
--- a/my_tree.py
+++ b/my_tree.py
-import turtle
+a=1
-import random
+b=0
-pen = turtle.Turtle()
+while a<=100:
-pen.color('sienna')
+    b=b+a
-# pen.speed(1)
+    a=a+1
-# 画布大小
+    print("cao")
-w = turtle.Screen()
+print(b)
-w.bgcolor('wheat')      # wheat小麦
\ No newline at end of file
-# 移动到起点
-pen.left(90)
-pen.up()
-pen.backward(150)
-pen.down()
-# 分形树
-def tree(n):
-    if n >= 0:
-        if n<=12:
-            color_list = ['snow', 'lightcoral']
-            pen.color(color)
-            pen.pensize(n / 3)
-        else:
-            pen.color('sienna')  
-            pen.pensize(n / 10)
-        sb=random.randint(0,30)
-        SB=random.randint(1,15)
-        pen.pensize(n/10)
-        pen.forward(n)
-        pen.right(sb)
-        tree(n-SB)
-        pen.left(2*sb)
-        tree(n-SB)
-        pen.right(sb)
-        pen.up()
-        pen.backward(n)
-        pen.down()
-tree(100)
-turtle.done()
-if n <= 12:
-            color_list = ['snow', 'lightcoral']
-            color = random.choice(color_list)
-            pen.color(color)
-            pen.pensize(n / 3)
-        else:
-            pen.color('sienna')  # 赭(zhě)色
-            pen.pensize(n / 10)