save project

.py

-import wordcloud
+from tkinter import filedialog,Tk
+from PIL import Image
 
+root = Tk()
+root.withdraw()
+path = filedialog.askopenfilenames(title="选择图片文件",)
+                                filetypes=[("All Files","*")],
+                                initialdir="./")
+img_list = []
+for i in path:
+    img = Image.open(i)
+    img_list.append(img)
 
-with open("python二级考试大纲.txt",encoding='utf-8') as f:
-    text = f.read()
+img_list[0].save("bot.gif",save_all=True,
+                append_images=img_list[1:])
+# print(path)
+# import turtas t
+# times = 12
+# angle = 360le  / times
+# t.hideturtle()
+# t.pencolor("red")
+# t.penup()
+# t.goto(0, -120)
+# t.pendown()
+# t.circle(120)
+# t.penup()
+# t.home()
+# t.color("black", "yellow")
+# for i in range(times):
+#     t.seth(angle * i)
+#     t.penup()
+#     t.forward(120)
+#     t.pendown()
+#     t.begin_fill()
+#     t.left(30)
+#     t.forward(80)
+#     t.right(60)
+#     t.forward(80)
+#     t.right(120)
+#     t.forward(80)
+#     t.right(60)
+#     t.forward(80)
+#     t.end_fill()
+#     # 回原点
+#     t.penup()
+#     t.home()
+# t.done
 
-w = wordcloud.wordcloud(background_color='white'
+# 2
+# import turtle as t
+# t.seth(90)
+# t.left(30)
+# t.forward(60)
+# t.backward(60)
+# t.right(60)
+# t.forward(60)
+# t.backward(60)
+# t.left(30)
+# t.done()
 
+# 3
+# nums=[int(x)for xin input().split(',')]
+# mx = max(nums)
+# mn = min(nums)
+# avg =sum(nums)/len(nums)
+# print(mx)print(mn)
+# print(avg)
+# 4
+# n = int(input("请输入一个小于1000的自然数"))
+# for i in range(n):
+#     if "3" in str(i):
+#         print(i)
+# 5
+# n = int(input())
+# s=1
+# for i in range(n):
+#     print(" "*(n-1)"*"*s)
+#     s+=2
 # import wordcloud
 
+
+# with open("python二级考试大纲.txt",encoding='utf-8') as f:
+#     text = f.read()
+# txt_list = jieba.lcut(text)
+# text = " ".join(txt_list)
+
+# img = Image.open("bell.png")
+
+# data = numerator()
+# w = wordcloud.wordcloud(background_color='white',
+#                         font_path='SimHei.ttf',
+#                         mask=data,color_func=ing_colors)
+# # import wordcloud
+
 # w = wordcloud.wordcloud(backg)
 # w.generate("hello word")
 # w.to_file("myclod")