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| 序号 | 文章目录 | 直达链接 |
| 表白系列 | ||
| 1 | 浪漫520表白代码 | 无限弹窗！满屏表白代码来啦，快来看看吧 |
| 2 | 满屏表白代码 | Python满屏表白代码 |
| 3 | 跳动的爱心 | Python跳动的爱心源码 |
| 4 | 漂浮爱心 | Python漂浮爱心源码 |
| 5 | 爱心光波 | Python爱心光波代码 |
| 6 | 流星雨 | Python流星雨源码 |
| 7 | 玫瑰花 | 叮咚，您的玫瑰花已送达~ |
| 节日系列 | ||
| 1 | 生日快乐 | Python生日蛋糕代码 |
| 2 | 圣诞节 | Python圣诞树源码 |
| 3 | 中秋节 | 中秋佳节将至，一起来赏月吧 |
| 4 | 国庆节 | 目光所至皆华夏，五星闪耀为信仰 |
| 5 | 儿童节 | 让代码创造童话，共建快乐世界 |
| 6 | 万圣节 | 终于要到我这只可爱鬼的节日啦！ |
| 7 | 新年快乐 | Python烟花秀源码 |
| 动漫系列 | ||
| 1 | 柯南 | 真相只有一个！名侦探柯南来袭~ |
| 2 | 皮卡丘 | 我用python实现了三只可爱的皮卡丘！ |
| 3 | hellokitty | 粉红色限定丨你好我是HelloKitty！ |
| 4 | 小灰灰 | 谁会拒绝一只呆萌的小灰灰呢~ |
| 5 | 喜羊羊 | 我用python实现了一只呆萌的喜羊羊！ |
| 6 | Tom&Jerry | 汤姆永远抓不到杰瑞，我们的故事永远不会结束 |
| 其他 | ||
| 1 | 满天星 | Python星星源码 |
| 2 | 雪花代码 | Python雪花源码 |
| 3 | 模拟星空 | Python模拟星空代码 |
| 4 | 樱花树 | 樱花树下的约定，是承诺也是青春 |
| 5 | 七彩花朵 | Python七彩花朵代码 |
| 6 | 恶搞代码 | Python恶搞代码 |
| 7 | 代码雨 | 三十行代码教你实现《黑客帝国》炫酷代码雨 |
| 8 | 蝙蝠代码 | 万圣节特辑（一）丨 一只蝙蝠的诞生！ |
| 9 | 南瓜头 | 万圣节特辑（二）丨 你好恶魔南瓜头！ |
写在前面
懒大王来啦，我用python实现了一只懒羊羊~
绘图基础
Python中的turtle库是一个好玩的图形库，可以帮助我们学习编程和图形设计。它非常适合初学者，因为它的语法简单易懂，而且可以让编程变得更加有趣。接下来，我们将学习如何使用turtle库进行基本的图形操作。
# 1
第一步是导入turtle库，为了使turtle能够正常工作，我们还需要运行以下命令：
import turtle
turtle.speed(0)
turtle.hideturtle()
第一个命令导入turtle库，第二个和第三个命令可以使画笔速度快到最大，同时隐藏画笔的图标。
# 2
现在让我们看看如何画一条线：
turtle.forward(100)
这条命令将向前移动100个单位。
# 3
现在我们让它向右转90度，再画一条线：
turtle.right(90)
turtle.forward(100)
# 4
好的，现在我们画了一个正方形！这是如何完成的：
turtle.forward(100)
turtle.right(90)
turtle.forward(100)
turtle.right(90)
turtle.forward(100)
turtle.right(90)
turtle.forward(100)
turtle.right(90)
turtle.right(90)是让画笔向右旋转90度，turtle.forward(100)是向前移动100个单位。
# 5
下面来看看如何画一个圆形：
turtle.circle(50)
这将在画布上画出一个半径为50个单位的圆形。默认情况下，turtle圆形是360度的，所以它将画出一个完整的圆形。
# 6
接下来我们画一个三角形：
turtle.forward(100)
turtle.left(120)
turtle.forward(100)
turtle.left(120)
turtle.forward(100)
turtle.left(120)
以上代码中，turtle.left(120)是让画笔向左旋转120度，这将使它画出三角形的下一个边缘。
# 7
我们现在来画一朵太阳花：
for i in range(36):
turtle.forward(200)
turtle.left(170)
以上代码中，我们使用了循环语句for i in range(36)，以便将turtle行进36次。在每一步行进中，turtle向前移动200个单位，然后向左旋转170度。这将使太阳花的花瓣有着非常漂亮的形状。
# 8
最后，我们可以通过如下代码来保存你的画作：
turtle.getcanvas().postscript(file="turtle.eps")
以上命令将保存你的画作到一个名为“turtle.eps”的文件中。当然，你也可以将其保存为其他格式，比如png、jpg等。
这就是turtle库的一些入门操作，它们可以帮助你开始探索Python编程和图形设计的神奇世界。享受你的创造过程吧！
画懒羊羊
完整程序
# coding=gbk
import turtle
def plotLine(points, pencolor=None, width=None, speed=None):
oldpencolor = t.pencolor()
oldwidth = t.width()
oldspeed = t.speed()
if pencolor is not None:
t.pencolor(pencolor)
if width is not None:
t.width(width)
if speed is not None:
t.speed(speed)
t.up()
t.goto(points[0])
t.down()
for point in points[1:]:
t.goto(point)
t.pencolor(oldpencolor)
t.width(oldwidth)
t.speed(oldspeed)
def plotPoly(points, fill=False, pencolor=None, fillcolor=None,
width=None, speed=None):
oldfillcolor = t.fillcolor()
if fillcolor is not None:
t.fillcolor(fillcolor)
points_plotline = list(points) + [points[0]]
if fill:
t.begin_fill()
plotLine(points_plotline, pencolor, width, speed)
t.end_fill()
else:
plotLine(points_plotline, pencolor, width, speed)
t.fillcolor(oldfillcolor)
# 脸
def face():
points = [
(-131, 76), (-121, 85), (-112, 94), (-105, 105),
(-113, 109), (-105, 106), (-97, 106), (-89, 106), (-83, 110),
(-77, 115), (-69, 120), (-60, 118), (-53, 117), (-44, 117),
(-35, 120), (-26, 126), (-17, 122), (-10, 117), (-3, 114),
(6, 111), (16, 110), (26, 112), (32, 115), (36, 117),
(42, 112), (47, 107), (53, 102), (61, 98), (71, 96),
(80, 96), (89, 97), (98, 99), (104, 92), (108, 86),
(114, 78), (121, 71), (128, 66), (139, 62), (138, 53),
(138, 42), (139, 32), (143, 25), (149, 17), (154, 9),
(157, 6), (154, 2), (152, -1), (147, -5), (143, -12),
(140, -20), (138, -28), (137, -38), (139, -46), (139, -52),
(132, -57), (124, -63), (120, -70), (115, -76), (113, -86),
(109, -96), (100, -103), (94, -111), (90, -119), (89, -125),
(90, -131), (94, -137), (97, -142),
(93, -149), (87, -150), (71, -153), (55, -156), (42, -156),
(28, -157), (12, -157), (-2, -155), (-16, -153), (-27, -151),
(-37, -147), (-50, -144), (-61, -140), (-71, -137), (-82, -133),
(-91, -126), (-102, -119), (-112, -111), (-120, -102), (-127, -94),
(-131, -89), (-136, -79), (-139, -71), (-141, -60), (-143, -49),
(-141, -38), (-140, -27), (-138, -17), (-135, -8), (-132, 1),
(-131, 11), (-132, 22), (-130, 33), (-129, 44), (-126, 55),
(-123, 67), (-121, 76), (-121, 85)
]
plotPoly(points, True, pencolor=(0.67, 0.5, 0.22),
width=2, fillcolor=(1, 0.82, 0.71))
# 手
def hands():
# 左手
points = [
(93, -147), (97, -143), (102, -138), (111, -134), (119, -131),
(130, -128), (143, -126), (149, -120), (158, -117), (166, -113),
(175, -110), (177, -103), (182, -95), (191, -89), (199, -87),
(204, -85), (210, -86), (214, -88), (217, -93), (221, -96),
(224, -100), (224, -104), (223, -108), (225, -112), (226, -118),
(224, -124), (219, -128), (215, -129), (210, -127), (205, -123),
(208, -118), (203, -114), (203, -110), (209, -109), (213, -105),
(214, -130),
(206, -135), (202, -137), (197, -135), (192, -132), (187, -129),
(186, -132), (180, -136), (170, -140), (162, -144), (151, -149),
(139, -155), (128, -159), (118, -161), (110, -162), (104, -163),
(99, -160), (94, -156), (93, -150), (95, -147)
]
plotPoly(points, True, pencolor=(1, 0.82, 0.71),
fillcolor=(1, 0.82, 0.71), width=2)
plotLine(points[:35], pencolor=(0.67, 0.5, 0.22), width=2)
plotLine(points[36:], pencolor=(0.67, 0.5, 0.22), width=2)
points = [
(197, -119), (202, -116), (202, -111), (202, -106), (202, -102),
(207, -105), (214, -104), (217, -101), (218, -99), (217, -96),
(216, -93), (212, -91), (207, -88), (201, -86)
]
plotLine(points, pencolor=(0.67, 0.5, 0.22), width=2)
points = [
(223, -111), (219, -114), (215, -117), (210, -117), (205, -117),
(203, -114)
]
plotLine(points, pencolor=(0.67, 0.5, 0.22), width=2)
# 右手
points = [
(-126, -98), (-133, -94), (-141, -90), (-146, -88), (-151, -85),
(-154, -78), (-157, -72), (-162, -68), (-168, -64), (-179, -61),
(-184, -59), (-189, -61), (-192, -64), (-196, -69), (-199, -73),
(-201, -78), (-199, -85), (-201, -93), (-200, -98), (-196, -102),
(-190, -102), (-188, -106), (-184, -108), (-179, -110), (-171, -108),
(-163, -103), (-165, -106), (-157, -111), (-149, -116), (-140, -120),
(-131, -125), (-118, -133), (-110, -136), (-99, -139), (-97, -136),
(-97, -133), (-95, -126), (-98, -123), (-104, -118), (-111, -112),
(-119, -103)
]
plotPoly(points, True, pencolor=(0.67, 0.5, 0.22),
fillcolor=(1, 0.82, 0.71), width=2)
points = [
(-178, -62), (-185, -63), (-193, -67), (-194, -74), (-191, -79),
(-186, -79), (-180, -78), (-179, -85), (-179, -88), (-178, -91),
(-175, -93)
]
plotLine(points, pencolor=(0.67, 0.5, 0.22), width=2)
points = [
(-192, -79), (-189, -83), (-185, -85), (-180, -83), (-179, -89),
(-183, -93), (-187, -91), (-192, -90), (-198, -86)
]
plotLine(points, pencolor=(0.67, 0.5, 0.22), width=2)
points = [
(-185, -94), (-181, -97), (-187, -102)
]
plotLine(points, pencolor=(0.67, 0.5, 0.22), width=2)
# 肚子
def body():
points = [
(-95, -127), (-97, -135), (-96, -142), (-104, -147), (-109, -152),
(-112, -156), (-116, -165), (-119, -173), (-121, -182), (-120, -188),
(-117, -198), (-114, -208), (-118, -211), (-122, -218), (-123, -228),
(-122, -238), (-109, -261), (-103, -266), (-103, -275), (-97, -281),
(-91, -289), (-83, -292), (-74, -297), (-64, -299), (-55, -298),
(-46, -295), (-40, -301), (-35, -306), (-27, -310), (-16, -312),
(-8, -311), (2, -307), (6, -303), (13, -300), (20, -304),
(26, -309), (34, -314), (45, -315), (55, -314), (62, -310),
(70, -305), (77, -296), (89, -295), (96, -291), (103, -286),
(111, -277), (113, -269), (116, -258), (116, -251), (113, -242),
(119, -238), (122, -231), (125, -221), (125, -208), (123, -197),
(116, -187), (116, -177), (117, -168), (117, -163), (111, -162),
(102, -163), (95, -157), (93, -149), (87, -150), (78, -150),
(72, -154), (60, -154), (56, -156), (54, -165), (56, -175),
(54, -184), (56, -196), (53, -211), (55, -223), (54, -231),
(51, -239), (44, -243), (37, -245), (34, -246), (20, -246),
(5, -246), (-33, -241), (-56, -237), (-80, -233), (-90, -230),
(-94, -227), (-96, -219), (-98, -210), (-95, -201), (-95, -194),
(-91, -181), (-88, -163), (-82, -147), (-77, -134), (-86, -131)
]
plotPoly(points, True, pencolor=(0.67, 0.5, 0.22),
fillcolor=(1, 1, 1), width=2)
# 衣服
def cloth():
points = [
(56, -156), (54, -165), (56, -175),
(54, -184), (56, -196), (53, -211), (55, -223), (54, -231),
(51, -239), (44, -243), (37, -245), (34, -246), (20, -246),
(5, -246), (-33, -241), (-56, -237), (-80, -233), (-90, -230),
(-94, -227), (-96, -219), (-98, -210), (-95, -201), (-95, -194),
(-91, -181), (-88, -163), (-82, -147), (-77, -134),
(-71, -138), (-61, -141), (-51, -145), (-40, -147), (-31, -150),
(-20, -152), (-9, -155), (1, -156), (12, -157), (22, -157),
(34, -158), (46, -156)
]
plotPoly(points, True, pencolor=(0.67, 0.5, 0.22),
fillcolor=(0.97, 0.81, 0.31), width=2)
points = [(-96, -212), (52, -227), (52, -234), (-95, -220)]
plotPoly(points, True, pencolor=(1, 1, 1),
fillcolor=(1, 1, 1), width=1)
points = [(-91, -228), (45, -240)]
plotLine(points, pencolor=(1, 1, 1), width=2)
# 腿
def legs():
# 右腿
points = [
(-107, -234), (-106, -237), (-110, -239), (-114, -238), (-120, -238),
(-123, -237), (-128, -239), (-134, -240), (-142, -245), (-142, -235),
(-144, -231), (-147, -224), (-148, -220), (-151, -215), (-157, -209),
(-164, -204), (-171, -204), (-177, -204), (-183, -205), (-188, -206),
(-191, -209), (-195, -215), (-198, -219), (-199, -224), (-199, -231),
(-199, -237), (-198, -244), (-198, -249), (-195, -257), (-193, -262),
(-190, -267), (-186, -274), (-181, -281), (-176, -284), (-172, -285),
(-163, -286), (-157, -282), (-152, -278), (-149, -273), (-146, -268),
(-139, -264), (-129, -261), (-123, -261), (-111, -259), (-101, -260),
(-98, -265), (-98, -260), (-101, -258), (-101, -255), (-102, -254),
(-103, -249), (-100, -245), (-104, -241)
]
plotPoly(points, True, pencolor=(0.67, 0.5, 0.22),
fillcolor=(1, 0.82, 0.71), width=2)
points = [
(-188, -224), (-187, -219), (-186, -215), (-185, -212), (-182, -206)
]
plotLine(points, pencolor=(0.67, 0.5, 0.22), width=2)
points = [
(-142, -244), (-142, -249), (-143, -256), (-144, -262), (-145, -267)
]
plotLine(points, pencolor=(0.67, 0.5, 0.22), width=2)
# 左腿
points = [
(115, -264), (123, -266), (130, -268), (135, -262), (142, -256),
(151, -255), (160, -255), (165, -259), (170, -263), (175, -270),
(177, -280), (180, -289), (181, -295), (180, -301), (179, -309),
(175, -315), (168, -320), (162, -323), (155, -323), (147, -323),
(139, -319), (135, -311), (130, -304), (129, -296), (128, -287),
(132, -287), (123, -287), (115, -285), (107, -284)
]
plotPoly(points, True, pencolor=(0.67, 0.5, 0.22),
fillcolor=(1, 0.82, 0.71), width=2)
points = [
(153, -302), (154, -309), (155, -315), (158, -320), (159, -323)
]
plotLine(points, pencolor=(0.67, 0.5, 0.22), width=2)
# 头
def head():
points = [
(-139, -80), (-147, -76), (-151, -73), (-156, -68), (-158, -64),
(-161, -59), (-164, -53), (-164, -49), (-165, -41), (-165, -36),
(-169, -30), (-172, -27), (-176, -17), (-177, -12), (-178, -5),
(-179, -1), (-179, 7), (-177, 16), (-175, 25), (-174, 29),
(-177, 34), (-179, 41), (-181, 47), (-182, 51), (-183, 59),
(-183, 64), (-181, 76), (-180, 81), (-178, 88), (-174, 94),
(-169, 100), (-167, 106), (-167, 114), (-167, 123), (-165, 131),
(-162, 139), (-161, 144), (-154, 151), (-150, 156), (-147, 160),
(-141, 164), (-135, 168), (-132, 170), (-130, 178), (-125, 189),
(-122, 195), (-117, 200), (-114, 203), (-103, 212), (-95, 215),
(-81, 218), (-72, 218), (-67, 223), (-63, 226), (-55, 234),
(-51, 238), (-43, 243), (-36, 246), (-27, 248), (-22, 254),
(-20, 261), (-15, 265), (-9, 267), (-1, 270), (5, 276),
(13, 283), (22, 284), (29, 288), (37, 288), (43, 287),
(50, 291), (50, 293), (59, 297), (67, 299), (76, 302),
(83, 306), (90, 312), (92, 318), (100, 314), (103, 311),
(109, 307), (115, 300), (120, 293), (123, 283), (123, 278),
(131, 274), (140, 271), (148, 264), (152, 256), (153, 247),
(152, 242), (160, 240), (165, 233), (171, 224), (182, 217),
(187, 213), (192, 207), (195, 202), (199, 195), (200, 189),
(207, 187), (216, 183), (224, 179), (264, 118), (271, 112),
(277, 103), (280, 93), (280, 85), (282, 77), (282, 68),
(279, 60), (279, 54), (279, 44), (284, 36), (286, 27),
(286, 13), (289, 3), (286, -8), (283, -15), (279, -23),
(275, -30), (269, -36), (271, -42), (272, -50), (269, -57),
(268, -65), (267, -69), (265, -75), (263, -80), (258, -85),
(254, -91), (249, -94), (242, -102), (235, -106), (223, -111)
]
plotLine(points, pencolor=(0.67, 0.5, 0.22), width=2)
points = [
(-27, 248), (-24, 242), (-21, 237), (-18, 232), (-13, 229),
(-9, 227), (-2, 224)
]
plotLine(points, pencolor=(0.67, 0.5, 0.22), width=2)
points = [
(1, 269), (6, 265), (11, 258), (16, 253), (24, 249),
(30, 248), (37, 245), (47, 245)
]
plotLine(points, pencolor=(0.67, 0.5, 0.22), width=2)
points = [
(45, 286), (46, 280), (48, 275), (53, 271), (62, 267)
]
plotLine(points, pencolor=(0.67, 0.5, 0.22), width=2)
points = [
(123, 276), (121, 273), (115, 270), (112, 268), (105, 266),
(98, 266)
]
plotLine(points, pencolor=(0.67, 0.5, 0.22), width=2)
points = [
(152, 244), (146, 239), (138, 235), (128, 236), (117, 236),
(104, 237)
]
plotLine(points, pencolor=(0.67, 0.5, 0.22), width=2)
points = [
(168, 223), (168, 217), (163, 210), (159, 205), (154, 203),
(143, 202), (137, 201), (131, 201)
]
plotLine(points, pencolor=(0.67, 0.5, 0.22), width=2)
# 羊角
def horns():
# 羊角（左）
points = [
(194, 169), (201, 165), (209, 171), (216, 176), (224, 181),
(231, 184), (244, 188), (258, 192), (271, 194), (281, 194),
(288, 192), (296, 191), (301, 189), (306, 188), (311, 185),
(316, 182), (318, 177), (319, 172), (317, 168), (313, 163),
(311, 160), (310, 158), (306, 153), (300, 151), (293, 148),
(291, 145), (285, 141), (281, 139), (278, 136), (275, 132),
(272, 127), (268, 123), (265, 118), (257, 113), (251, 105),
(254, 102), (257, 96), (254, 102), (251, 106), (245, 109),
(238, 105), (237, 110), (236, 118), (233, 124), (229, 129),
(225, 131), (219, 132), (216, 132), (215, 135), (215, 139),
(216, 148), (215, 150), (214, 154), (209, 160), (205, 162)
]
plotPoly(points, True, pencolor=(0.67, 0.5, 0.22),
fillcolor=(0.51, 0.37, 0.28), width=2)
# 羊角（右）
points = [
(-119, 201), (-122, 205), (-124, 211), (-128, 216), (-135, 223),
(-139, 232), (-140, 240), (-141, 249), (-137, 254), (-129, 256),
(-119, 257), (-110, 256), (-98, 253), (-90, 250), (-81, 246),
(-74, 242), (-66, 237), (-59, 230), (-62, 225), (-71, 217),
(-82, 217), (-94, 215), (-104, 211), (-111, 204)
]
plotPoly(points, True, pencolor=(0.67, 0.5, 0.22),
fillcolor=(0.51, 0.37, 0.28), width=2)
# 耳朵
def ears():
# 耳朵（左）
points = [
(229, 68), (233, 70), (242, 70), (250, 69), (257, 65),
(263, 58), (269, 51), (274, 44), (278, 38), (282, 31),
(288, 25), (294, 20), (296, 19), (293, 16), (285, 12),
(281, 9), (274, 7), (267, 6), (262, 6), (252, 6),
(241, 9), (234, 12), (228, 18), (221, 29), (217, 40),
(218, 52), (220, 60), (225, 64)
]
plotPoly(points, True, pencolor=(0.67, 0.5, 0.22),
fillcolor=(1, 0.82, 0.72), width=2)
# 耳朵（右）
points = [
(-165, 112), (-174, 109), (-179, 106), (-187, 103), (-188, 101),
(-185, 97), (-182, 91), (-178, 88), (-176, 90), (-174, 92),
(-167, 99), (-165, 102), (-165, 108)
]
plotPoly(points, True, pencolor=(0.67, 0.5, 0.22),
fillcolor=(1, 0.82, 0.72), width=2)
# 眼睛
def eyes():
# 眼睛（右）
t.color((0.67, 0.5, 0.22), (1, 1, 1))
t.width(2)
t.up()
t.goto(-71, 8)
t.down()
t.begin_fill()
t.circle(30)
t.end_fill()
t.pencolor((0.1, 0.1, 0.1))
t.up()
t.goto(-71, 37)
t.down()
t.dot(25)
t.pencolor((1, 1, 1))
t.up()
t.goto((-74, 41))
t.down()
t.dot(9)
# 眼睛（左）
t.color((0.67, 0.5, 0.22), (1, 1, 1))
t.up()
t.goto(36, -12)
t.down()
t.begin_fill()
t.circle(30)
t.end_fill()
t.pencolor((0.1, 0.1, 0.1))
t.up()
t.goto(39, 18)
t.down()
t.dot(25)
t.pencolor((1, 1, 1))
t.up()
t.goto((34, 22))
t.down()
t.dot(9)
# 眉毛
def eyebrows():
# 眉毛（左）
points = [
(-82, 89), (-78, 92), (-74, 95), (-67, 97), (-60, 97),
(-54, 95), (-48, 93), (-45, 91), (-41, 89), (-38, 86),
(-35, 83)
]
plotLine(points, (0.67, 0.5, 0.22), width=2)
# 眉毛（右）
points = [
(22, 74), (26, 77), (31, 80), (40, 82), (48, 82),
(55, 80), (63, 78), (70, 74), (75, 70), (79, 65)
]
plotLine(points, (0.67, 0.5, 0.22), width=2)
# 鼻子
def nose():
points = [
(-39, 2), (-46, 0), (-52, -2), (-55, -6), (-56, -10),
(-56, -14), (-55, -17), (-52, -20), (-48, -23), (-44, -25),
(-40, -26), (-35, -27), (-30, -28), (-24, -27), (-21, -26),
(-17, -23), (-15, -21), (-14, -17), (-14, -12), (-15, -9),
(-20, -4), (-22, -3), (-26, -1), (-30, 0), (-33, 1)
]
plotPoly(points, True, pencolor=(0.2, 0.14, 0.11),
fillcolor=(0.2, 0.14, 0.11), width=2)
t.pencolor((1, 1, 1))
t.up()
t.goto((-22, -12))
t.down()
t.dot(10)
# 嘴巴
def mouth():
points = [
(-71, -44), (-69, -48), (-63, -53), (-64, -56), (-66, -66),
(-65, -78), (-65, -87), (-62, -92), (-59, -99), (-56, -103),
(-50, -106), (-47, -109), (-39, -111), (-29, -111), (-23, -110),
(-18, -108), (-13, -105), (-10, -102), (-6, -97), (-1, -90),
(2, -83), (5, -75), (6, -69), (6, -60), (11, -65),
(7, -61), (5, -58), (3, -53), (5, -58), (2, -58),
(-5, -60), (-9, -60), (-14, -62), (-20, -62), (-25, -60),
(-34, -60), (-43, -59), (-52, -57), (-58, -55), (-62, -54),
(-67, -49)
]
plotPoly(points, True, pencolor=(0.67, 0.5, 0.22),
fillcolor=(0.89, 0.48, 0.43), width=2)
points = [
(-62, -54), (-60, -55), (-57, -55), (-54, -57), (-49, -58),
(-47, -60), (-50, -61), (-55, -63), (-59, -67), (-64, -72),
(-65, -75), (-66, -69), (-65, -60)
]
plotPoly(points, True, pencolor=(0.67, 0.5, 0.22),
fillcolor=(0.63, 0.24, 0.25), width=0)
if __name__ == "__main__":
turtle.setup(1.0, 1.0)
turtle.title("懒羊羊")
t = turtle.Turtle()
t.screen.delay(0)
t.hideturtle()
face()
hands()
body()
cloth()
legs()
head()
horns()
ears()
eyes()
eyebrows()
nose()
mouth()
turtle.mainloop()
程序分析
以上代码是使用turtle库绘制一个“懒羊羊”的图案。下面是每个部分的具体分析：
-
turtle.setup(1.0, 1.0)：这将设置屏幕的大小比例为1:1，即创建一个正方形的画布，方便绘制。 -
turtle.title("懒羊羊")：这将为窗口添加一个标题，标题为“懒羊羊”。 -
t = turtle.Turtle()：这将创建一个名为t的turtle对象，它将用于绘制图案。 -
t.screen.delay(0)：这将设置turtle对象绘制时的延迟时间为0，即不延迟。 -
t.hideturtle()：这将隐藏turtle对象的箭头图标，使其看起来更自然。 -
face()：这是一个自定义函数，用于绘制整个图案中的“脸”部分。 -
hands()：这是一个自定义函数，用于绘制整个图案中的“手”部分。 -
body()：这是一个自定义函数，用于绘制整个图案中的“身体”部分。 -
cloth()：这是一个自定义函数，用于绘制整个图案中的“衣服”部分。 -
legs()：这是一个自定义函数，用于绘制整个图案中的“腿”部分。 -
head()：这是一个自定义函数，用于绘制整个图案中的“头”部分。 -
horns()：这是一个自定义函数，用于绘制整个图案中的“角”部分。 -
ears()：这是一个自定义函数，用于绘制整个图案中的“耳朵”部分。 -
eyes()：这是一个自定义函数，用于绘制整个图案中的“眼睛”部分。 -
eyebrows()：这是一个自定义函数，用于绘制整个图案中的“眉毛”部分。 -
nose()：这是一个自定义函数，用于绘制整个图案中的“鼻子”部分。 -
mouth()：这是一个自定义函数，用于绘制整个图案中的“嘴巴”部分。 -
turtle.mainloop()：这将保持窗口一直运行，直到用户关闭它。
运行结果
写在后面
我是一只有趣的兔子，感谢你的喜欢！