在寻找一种特别的方式来表达你的爱意吗？使用Python编程，你可以创造出独一无二的爱心图案，为你的表白增添一份特别的浪漫。这里为你精选了六种不同风格的爱心表白代码，让你的创意和情感通过代码展现出来。

话不多说，咱直接上代码！

1. 紫色浪漫：心形表白

#1-1导入turtle模块进行设计
import turtle
import time#1-2画心形圆弧
def hart_arc():for i in range(200):turtle.right(1)turtle.forward(2)def move_pen_position(x, y):turtle.hideturtle()  # 隐藏画笔（先）turtle.up()  # 提笔turtle.goto(x, y)  # 移动画笔到指定起始坐标（窗口中心为0,0）turtle.down()  # 下笔turtle.showturtle()  # 显示画笔love = "听闻小姐治家有方，鄙人余生愿闻其详？" #input("请输入表白话语：")
signature = "先生" #input("请签署你的名字:")
date= "" #input("请写上日期：")if love == '':love = 'I Love You'#1-3初始化
turtle.setup(width=800, height=500)  # 窗口（画布）大小
turtle.color('black', 'Pink')  # 画笔颜色
turtle.pensize(5)  # 画笔粗细
turtle.speed(100)  # 描绘速度
# 初始化画笔起始坐标
move_pen_position(x=0, y=-180)  # 移动画笔位
turtle.left(140)  # 向左旋转140度turtle.begin_fill()  # 标记背景填充位置#1-4画图和展示
turtle.forward(224)  # 向前移动画笔，长度为224
# 画爱心圆弧
hart_arc()  # 左侧圆弧
turtle.left(120)  # 调整画笔角度
hart_arc()  # 右侧圆弧
# 画心形直线（ 右下方 ）
turtle.forward(224)turtle.end_fill()  # 标记背景填充结束位置move_pen_position(x=70, y=160)  # 移动画笔位置
turtle.left(185)  # 向左旋转180度
turtle.circle(-110,185)  # 右侧圆弧
# 画心形直线（ 右下方 ）
#turtle.left(20)  # 向左旋转180度
turtle.forward(50)
move_pen_position(x=-180, y=-180)  # 移动画笔位置
turtle.left(180)  # 向左旋转140度# 画心形直线（ 左下方 ）
turtle.forward(600)  # 向前移动画笔，长度为224# 在心形中写上表白话语
move_pen_position(0,50)  # 表白语位置
turtle.hideturtle()  # 隐藏画笔
turtle.color('#CD5C5C', 'pink')  # 字体颜色
# font:设定字体、尺寸（电脑下存在的字体都可设置）  align:中心对齐
turtle.write(love, font=('Arial', 20, 'bold'), align="center")# 签写署名和日期
if (signature != '') & (date != ''):turtle.color('red', 'pink')time.sleep(2)move_pen_position(220, -180)turtle.hideturtle()  # 隐藏画笔turtle.write(signature, font=('Arial', 20), align="center")move_pen_position(220, -220)turtle.hideturtle()  # 隐藏画笔turtle.write(date, font=('Arial', 20), align="center")#1-5点击窗口关闭程序
window = turtle.Screen()
window.exitonclick()

2. 爱意满满：Love2 I Love You

import turtle as t
import math as mtif __name__ == "__main__":t.screensize(800,600,'white')t.pensize(10)t.speed(10)#爱心1t.color('black','pink')t.begin_fill()for i in range(-90,90,5):x=mt.cos(mt.radians(i))y=float(pow(mt.cos(mt.radians(i)),2/3))+float(mt.sin(mt.radians(i)))t.penup()# print(int(x*50)+10,int(y*50)+10)t.goto(int(x*50)+50,int(y*50)+30)t.pendown()t.forward(1)t.penup()t.goto(-int(x*50)+50,int(y*50)+30)t.pendown()t.forward(1)t.penup()t.end_fill()#爱心2t.goto(0,10)t.penup()t.begin_fill()for i in range(0,360,5):r=60*(1-mt.sin(mt.radians(i)))t.penup()t.left(5)t.forward(r)t.pendown()t.forward(1)t.penup()t.backward(r+1)t.pendown()t.end_fill()#Lt.penup()t.goto(-200,0)t.left(90)t.begin_fill()t.pendown()t.forward(100)t.right(90)t.forward(20)t.right(90)t.forward(80)t.left(90)t.forward(40)t.right(90)t.forward(20)t.right(90)t.forward(60)t.end_fill()#ot.penup()t.goto(-80,0)t.pendown()t.begin_fill()t.circle(-50)t.end_fill()t.penup()t.color('pink','black')t.begin_fill()t.goto(-80,20)t.pendown()t.circle(-30)t.end_fill()t.color('black','pink')#Et.penup()t.goto(120, 0)t.right(180)t.left(90)t.begin_fill()t.pendown()t.forward(100)#上t.right(90)t.forward(60)#横t.right(90)t.forward(20)#竖t.right(90)t.forward(40)#横t.left(90)t.forward(20)#竖t.left(90)t.forward(40)#横t.right(90)t.forward(20)t.right(90)t.forward(40)t.left(90)t.forward(20)t.left(90)t.forward(40)t.right(90)t.forward(20)t.right(90)t.forward(60)t.end_fill()t.mainloop()

3. 红色热情：心形与文字结合

import turtle as tdef face(x, y):           #脸t.setheading(-90)t.penup()t.goto(x, y)t.pendown()t.backward(15)   # 左脸t.circle(70,-80)t.setheading(80)   # 左耳t.circle(-150, 15)t.circle(-15, 180)t.setheading(-115)t.circle(-150, 13)t.setheading(10)t.circle(-100,10)t.setheading(70)    # 右耳t.circle(-150, 20)t.circle(-15, 180)t.circle(-150, 16)t.setheading(10)t.setheading(160)   # 右脸t.circle(60, -130)t.setheading(-75)t.forward(40)def word(x, y):             # “如何骗人”t.pensize(2)t.pencolor("black")t.setheading(0)t.penup()t.goto(x, y)t.pendown()t.forward(10)   # “如”t.penup()t.setheading(90)t.forward(8)t.pendown()t.setheading(-120)t.forward(15)t.setheading(-45)t.forward(12)t.penup()t.setheading(80)t.forward(15)t.pendown()t.setheading(-125)t.forward(16)t.penup()t.setheading(42)t.forward(16)t.pendown()t.setheading(-90)t.forward(10)t.penup()t.backward(11)t.pendown()t.setheading(0)t.forward(8)t.setheading(-90)t.forward(10)t.penup()t.setheading(180)t.forward(8)t.pendown()t.setheading(0)t.forward(8)t.penup()        # “何”t.goto(x+7,y-18)t.pendown()t.setheading(-135)t.forward(13)t.penup()t.goto(x+5, y - 20)t.pendown()t.setheading(-90)t.forward(16)t.penup()t.goto(x+11, y-18)t.pendown()t.setheading(0)t.forward(13)t.penup()t.goto(x+12, y-22)t.pendown()t.setheading(-90)t.forward(8)t.penup()t.goto(x + 12, y - 22)t.pendown()t.setheading(0)t.forward(6)t.setheading(-90)t.forward(8)t.penup()t.goto(x + 11, y - 31)t.pendown()t.setheading(0)t.forward(6)t.penup()t.goto(x + 21, y - 19)t.pendown()t.setheading(-90)t.forward(18)t.setheading(145)t.forward(5)t.penup()           # “骗”t.goto(x + 40, y+3)t.pendown()t.setheading(0)t.forward(10)t.setheading(-90)t.forward(7)t.penup()t.goto(x + 45, y + 3)t.pendown()t.setheading(-90)t.forward(10)t.setheading(0)t.forward(7)t.setheading(-100)t.forward(10)t.setheading(145)t.forward(4)t.penup()t.goto(x+38, y-12)t.pendown()t.setheading(0)t.forward(11)t.penup()t.goto(x+57, y+9)t.pendown()t.setheading(-45)t.forward(4)t.penup()t.goto(x+54, y+3)t.pendown()t.setheading(0)t.forward(13)t.setheading(-90)t.forward(5)t.setheading(180)t.forward(12)t.penup()t.goto(x + 54, y + 3)t.pendown()t.setheading(90)t.circle(90,-10)t.penup()t.goto(x + 56, y-5)t.pendown()t.setheading(-90)t.forward(11)t.penup()t.goto(x + 56, y - 5)t.pendown()t.setheading(0)t.forward(13)t.setheading(-90)t.forward(12)t.setheading(145)t.forward(4)t.penup()t.goto(x + 56, y - 10)t.pendown()t.setheading(0)t.forward(13)t.penup()t.goto(x + 56, y - 10)t.pendown()t.setheading(0)t.forward(13)t.penup()t.goto(x + 60, y - 4)t.pendown()t.setheading(-90)t.forward(10)t.penup()t.goto(x + 64, y - 4)t.pendown()t.setheading(-90)t.forward(10)t.penup()          # “人”t.goto(x + 60, y - 19)t.pendown()t.setheading(70)t.circle(50, -30)t.penup()t.goto(x + 56, y - 27)t.pendown()t.setheading(130)t.circle(-50, -20)def book(x,y):           #书t.setheading(-90)t.penup()t.goto(x, y)t.fillcolor("red")t.begin_fill()t.pendown()t.forward(60)t.setheading(0)t.circle(-100, 25)t.setheading(90)t.forward(59)t.setheading(-25)t.circle(-100, -25)t.penup()t.setheading(-14)t.forward(46)t.pendown()t.setheading(15)t.circle(-100, 25)t.setheading(-90)t.forward(58)t.setheading(-11)t.circle(-105, -25)t.end_fill()def eyes(x, y):         # 五官t.setheading(-20)t.penup()t.goto(x, y)t.pendown()t.forward(10)t.setheading(0)t.penup()t.forward(10)t.pendown()t.setheading(20)t.forward(10)t.setheading(-160)t.penup()t.forward(50)t.pendown()t.setheading(0)t.forward(15)t.penup()t.forward(25)t.pendown()t.forward(18)t.setheading(-145)t.penup()t.forward(45)t.pendown()t.setheading(0)t.forward(10)def cheek(x, y):          #腮红t.setheading(0)for i in range(1, 4):t.color("pink")t.pensize(4)t.penup()t.right(110)t.goto(x, y)t.pendown()t.forward(9)t.left(110)x += 9t.pencolor("black")def hands(x,y):     # 小手手t.penup()t.goto(x, y)t.pendown()t.fillcolor("white")t.begin_fill()t.circle(10)t.end_fill()t.penup()t.setheading(5)t.forward(120)t.pendown()t.fillcolor("white")t.begin_fill()t.setheading(-165)t.forward(35)t.circle(10,180)t.forward(15)t.end_fill()def heart(x,y,z):      # 爱心t.setheading(110)t.pensize(2)t.pencolor("black")t.penup()t.goto(x,y)t.pendown()t.fillcolor("red")t.begin_fill()     #左半边t.circle(50,180)t.circle(180,37)t.left(46)      #右半边t.circle(180,37)t.circle(50, 182)t.end_fill()def main():"""主函数"""t.pensize(0)t.speed(6)face(-95, 55)eyes(-45, 110)cheek(-80, 80)cheek(0, 80)book(-110, 55)hands(-110,5)word(-100,35)heart(150,0,1)t.hideturtle()t.exitonclick()if __name__ == "__main__":main()

4. 爱的箭矢：一箭穿心效果

import turtle as tt.color('white','red')t.begin_fill()t.width(5)t.left(135)t.fd(100)t.right(180)t.circle(50,-180)t.left(90)t.circle(50,-180)t.right(180)t.fd(100)t.pu()t.goto(50,-30)t.pd()t.right(90)t.fd(100)t.right(180)t.circle(50,-180)t.left(90)t.circle(50,-180)t.right(180)t.fd(100)t.end_fill()t.hideturtle()t.pu()t.goto(250,-70)t.pd()t.color('black')t.width(5)t.left(70)t.fd(50)t.fd(-50)t.left(70)t.fd(50)t.fd(-50)t.left(145)t.fd(20)t.left(145)t.fd(50)t.fd(-50)t.left(70)t.fd(50)t.fd(-50)t.left(145)t.fd(20)t.left(145)t.fd(50)t.fd(-50)t.left(70)t.fd(50)t.fd(-50)t.left(145)t.width(3)t.fd(220)t.right(90)t.pu()t.fd(10)t.pd()t.left(90)t.circle(10,180)t.circle(10,-90)t.right(90)t.fd(-10)t.pu()t.fd(90)t.left(90)t.fd(10)t.left(90)t.pd()t.circle(10,180)t.circle(10,-90)t.left(90)t.fd(100)t.begin_fill()t.left(30)t.fd(15)t.right(35)t.fd(50)t.right(150)t.fd(50)t.right(62)t.fd(25)t.end_fill()t.done()

5. 一箭穿心文字版

from turtle import *
import turtle
from tkinter import *
import subprocess
import os
import random as randef Circlemove(size):for i in range(200):right(1)forward(1 * size)def Heart(x, y, size):setturtle(x, y)speed(0.6)color('red', 'pink')begin_fill()left(140)forward(111.65 * size)Circlemove(size)left(120)Circlemove(size)forward(111.65 * size)end_fill()penup()def setturtle(x, y):penup()goto(x, y)pendown()def Line():speed(0.6)pensize(10)setheading(0)setturtle(-300, 0)left(12)forward(210)setturtle(80, 80)forward(150)def LineHead():pensize(1)speed(0.5)color('red', 'red')begin_fill()left(120)forward(20)right(150)forward(35)right(120)forward(35)right(150)forward(20)end_fill()def SavePicture():ts = getscreen()ts.getcanvas().postscript(file="520.ps", colormode='color')window = turtle.Screen()window.exitonclick()def main():Love_Words = ["我喜欢的样子，你都有。"]Love_Letter = ["有你陪伴的日子，真好。", "遇见你，此生甚幸。"]Random_Number = ran.randint(0, len(Love_Words) - 1)setup(800, 600, 0, 0)getscreen().tracer(30, 0)hideturtle()pensize(3)color('black', 'pink')Heart(0, -25, 0.75)home()Heart(-80, -50, 1)Line()LineHead()pencolor("purple")speed(0.6)j = 0for i in Love_Words[Random_Number]:j = j + 1setturtle(j * 25 - 250, -150 + ran.randint(-1, 1) * 7)write(i, font=("楷体", 25, "normal"))j = 0pencolor("purple")for i in Love_Letter:j = j + 1setturtle(-400, 275 - j * 27)write(i, font=("楷体", 25, "normal"))pencolor('black')SavePicture()if __name__ == '__main__':main()

6. 爱心一行代码：简洁表白

print('\n'.join([''.join([('Love'[(x-y) % len('Love')] if ((x*0.05)**2+(y*0.1)**2-1)**3-(x*0.05)**2*(y*0.1)**3 <= 0 else ' ') for x in range(-30, 30)]) for y in range(30, -30, -1)]))

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