python画IKUN python画ikun代码

六一了，放松下。

Python iKun

from turtle import *
screensize(1000,1000)
speed(6)

#把衣服画出来，从右肩膀开始
    #领子
penup()
goto(-141,-179)
pensize(3)
fillcolor("black")
pencolor("black")
begin_fill()
pendown()
left(1)
forward(336)
circle(-20,100)
right(30)
forward(22)
right(20)


seth(-50)
circle(-200,25)
seth(-180)
forward(420)#最下面的横线
right(95)
circle(-200,27)
left(90)
circle(-12,150)
end_fill()

#画衣服里的线
pensize(6)
pencolor("white")
penup()
goto(-148,-202)
pendown()
seth(-45)
circle(-170,35)
penup()

goto(200,-214)
pendown()
seth(230)
circle(170,32)
penup()
    #领子里的线

goto(-148,-202)
pendown()
seth(-17)
forward(200)
left(15)
forward(70)
left(30)
forward(80)
left(12)
forward(30)
penup()
    #拉链
goto(100,-265)
pendown()
seth(-90)
forward(100)
penup()

#############开始画头#########

fillcolor("#ffe26c")
goto(-133,-183)
begin_fill()
pendown()
pencolor("black")
pensize(3)
seth(0)
forward(204)
right(25)
forward(40)

circle(60,70)

circle(-70,30)
left(20)
circle(150,55)

seth(90)
forward(80)
penup()


#画右脸
goto(-133,-183)
pendown()
seth(150)
circle(-150,60)

seth(90)
forward(50)
circle(-240.5,171.4)

end_fill()
penup()


#画五官
#右脸蛋
goto(-50,-86)
pencolor("red")
fillcolor("red")
begin_fill()
pendown()
seth(90)
circle(60,360)
end_fill()
penup()
##########眼睛
goto(81,32)
pendown()
pencolor("black")
fillcolor("white")
pensize(4)
begin_fill()
circle(70,360)
end_fill()
begin_fill()
circle(-70,360)
end_fill()
penup()

goto(59,40)
pendown()
begin_fill()
fillcolor("black")
circle(10,360)
end_fill()
penup()

goto(202,40)
pendown()
begin_fill()
circle(10,360)
end_fill()
penup()
#####画嘴

goto(21,-44)
fillcolor("#db8b68")
pencolor("#592404")
pensize(7)
begin_fill()
pendown()
seth(30)
circle(-120,60)
circle(-44,126)
circle(-120,56)
circle(-42,115)
end_fill()
penup()

goto(28,-85)
pendown()
seth(-32)
circle(110,66)
penup()

#画左脸蛋
goto(252,-42)
pendown()
pencolor("red")
fillcolor("red")
begin_fill()
seth(-76)
circle(-100,50)
circle(-26,130)
circle(-100,46)
circle(-30,120)
end_fill()
penup()


#画左侧头发

goto(265,16)
pendown()
pencolor("#584e4f")
fillcolor("#6e676e")
begin_fill()
seth(51)
forward(56)
seth(90)
forward(75)
left(46)
forward(170)
left(28)
forward(130)
seth(180)
circle(50,180)
right(10)
forward(30)
right(45)
forward(130)
seth(9.5)
circle(-100,76)
end_fill()
penup()

####画右侧头发
goto(-208,-41)
pendown()
begin_fill()
seth(200)
forward(50)
right(99)
forward(133)
right(48)
forward(130)
right(12)
forward(100)
right(19)
forward(75)
seth(0)
forward(15)
circle(-42,160)
seth(-91)
forward(150)
seth(170)
forward(50)
left(80)
forward(30)
right(50)
forward(50)
left(11)
forward(80)
end_fill()

exitonclick()

代码解释：
这段代码使用Python的Turtle模块来绘制一个人物的头像。

代码首先导入了Turtle模块的所有内容，然后设置屏幕的尺寸和绘制速度。

接下来，通过一系列的Turtle函数调用，绘制了人物的衣服，包括领子、衣服内部的线条和拉链。然后开始绘制头部，包括头部的形状和颜色。

继续绘制五官，包括脸颊、眼睛和嘴巴。最后绘制了头发部分，包括右侧和左侧的头发形状和颜色。

最后一行的exitonclick()函数用于在点击屏幕时退出绘图。

Matlab iKun

function kun()

timeDelay = 0.5
% figure('Color','w','Position',[487.5000  431.0000  798.5000  575.0000])
figure('Color','w')
text(-10,40,'f(只因)','FontSize',20)
hold on
axis equal
set(gca,'XLim',[-40 40],'YLim',[-15 40],'FontName','Times')


f = @(x,y) x.^2/16 + y.^2/8 - 1;
mouth1 = fimplicit(f,'-k','LineWidth',2);drawnow;pause(timeDelay)
f = @(x,y) x.^2/16 + y.^2/2 - 1;
mouth2 = fimplicit(f,'-k','LineWidth',2,'YRange',[-10 0]);drawnow;pause(timeDelay)

f = @(x,y) (x+5).^2 + (y-8).^2 - 16;
eye1 = fimplicit(f,'-k','LineWidth',2);drawnow;pause(timeDelay)
f = @(x,y) (x-4.5).^2 + (y-8).^2 - 16;
eye2 = fimplicit(f,'-k','LineWidth',2);drawnow;pause(timeDelay)
f = @(x,y) (x-6).^2 + (y-8).^2 - 1;
eye3 = fimplicit(f,'-k','LineWidth',5);drawnow;pause(timeDelay)
f = @(x,y) (x+4).^2 + (y-8).^2 - 1;
eye4 = fimplicit(f,'-k','LineWidth',5);drawnow;pause(timeDelay)

face1 = draw_offaxis_ellipse(-2,6,16,14,0,[0 pi+1.6/6*pi]);drawnow;pause(timeDelay)
face1.LineWidth = 2;
face1.Color = 'k';
face1_2 = draw_offaxis_ellipse(-2,6,16,14,0,[-1.6/6*pi 0]);drawnow;pause(timeDelay)
face1_2.LineWidth = 2;
face1_2.Color = 'k';
face2 = draw_offaxis_ellipse(-10,0,4,3,pi*0.55*pi,[0 2*pi]);drawnow;pause(timeDelay)
face2.LineWidth = 1;
face2.Color = 'r';
face3 = draw_offaxis_ellipse(10,0,3,2,-pi*0.55*pi,[0 2*pi]);drawnow;pause(timeDelay)
face3.LineWidth = 1;
face3.Color = 'r';

x = -15:0.1:12;
clothes1 = plot(x,0.5*sin(x/3+pi/6+pi/2)-4,'-k','LineWidth',2);drawnow;pause(timeDelay)
x = -13:0.1:10;
clothes2 = plot(x,0.1*sin(x/3+pi/6+pi/2)-8,'-k','LineWidth',2);drawnow;pause(timeDelay)
clothes3 = plot([clothes1.XData(1) clothes2.XData(1)],[clothes1.YData(1) clothes2.YData(1)],'-k','LineWidth',2);drawnow;pause(timeDelay)
clothes4 = plot([clothes1.XData(end) clothes2.XData(end)],[clothes1.YData(end) clothes2.YData(end)],'-k','LineWidth',2);drawnow;pause(timeDelay)
clothes5 = draw_offaxis_ellipse(-1.5,-19.5,15,18,0,[pi*3.2/4 2*pi]);drawnow;pause(timeDelay)
clothes5.LineWidth = 2;
clothes5.Color = 'k';
clothes5_2 = draw_offaxis_ellipse(-1.5,-19.5,15,18,0,[0 pi*0.2]);drawnow;pause(timeDelay)
clothes5_2.LineWidth = 2;
clothes5_2.Color = 'k';

x = -13:0.1:-5;
clothes6 = plot(x,-(x+13).^4/500-8,'-k','LineWidth',2);
x = -13.5:0.1:-5.5;
clothes7 = plot(x,-(x+13).^4/400-9,'-k','LineWidth',2);
x = 5:0.1:13;
clothes8 = plot(x-3,-(13-x).^4/500-8,'-k','LineWidth',2);drawnow;pause(timeDelay)
x = 5.5:0.1:13.5;
clothes9 = plot(x-3,-(13-x).^4/400-9,'-k','LineWidth',2);drawnow;pause(timeDelay)
clothes10 = draw_offaxis_ellipse(-13.3,-8.5,0.5,0.5,pi/3,[pi/6 pi*1.2]);drawnow;pause(timeDelay)
clothes10.LineWidth = 2;
clothes10.Color = 'k';
clothes11 = draw_offaxis_ellipse(10.5,-8.5,0.5,0.5,pi+pi/3,[pi/7 pi*1.3]);drawnow;pause(timeDelay)
clothes11.LineWidth = 2;
clothes11.Color = 'k';

basketball1 = draw_offaxis_ellipse(-12,-10,10,10,pi*0.63,[0 pi]);drawnow;pause(timeDelay)
basketball1.LineWidth = 2;
basketball1.Color = 'k';
x = -21.5:0.1:-10;
basketball2 = plot(x,-(x+22).^3/25-8,'-k','LineWidth',1.5);
basketball2_2 = plot(x,-(x+22.3).^3/25-8.3,'-k','LineWidth',1.5);drawnow;pause(timeDelay)
x = -20.5:0.1:-14;
basketball3 = plot(x,-(x+22).^2/15-5,'-k','LineWidth',1.5);
basketball3_2 = plot(x,-(x+22.3).^2/15-5.3,'-k','LineWidth',1.5);drawnow;pause(timeDelay)
x = -19.5:0.1:-14;
basketball3 = plot(x,(x+18).^2/15-4,'-k','LineWidth',1.5);drawnow;pause(timeDelay)
basketball3_2 = plot(x,(x+18.3).^2/15-4.3,'-k','LineWidth',1.5);drawnow;pause(timeDelay)

hair1 = fplot(@(x)  -(abs(x+2)-5).^2/18 + 25,[-22 17]);drawnow;pause(timeDelay)
hair1.LineWidth = 3;
hair1.Color = 'k';
hair2 = fplot(@(x)  -(abs(x+2)-3).^2/20 + 23,[-21 -18]);drawnow;pause(timeDelay)
hair2.LineWidth = 2;
hair2.Color = 'k';
hair2_2 = fplot(@(x)  -(abs(x+2)-3).^2/20 + 23,[14 16.5]);drawnow;pause(timeDelay)
hair2_2.LineWidth = 2;
hair2_2.Color = 'k';
hair3 = fplot(@(x)  -(abs(x)-4).^2/5 + 20,[2 10]);drawnow;pause(timeDelay)
hair3.LineWidth = 2;
hair3.Color = 'k';
hair4 = fplot(@(x)  -(abs(x-2)-4).^2/3 + 21,[-8 -2]);drawnow;pause(timeDelay)
hair4.LineWidth = 2;
hair4.Color = 'k';
hair5 = fplot(@(x)  -(abs(x+2)-3).^2/15 +19,[-19 -13]);drawnow;pause(timeDelay)
hair5.LineWidth = 2;
hair5.Color = 'k';
hair6 = plot([-22 -19],[12.5 12.7],'-k','LineWidth',2);drawnow;pause(timeDelay)
hair7 = plot([-21 -16],[10.2 10.8],'-k','LineWidth',2);drawnow;pause(timeDelay)
hair8 = plot([-19 -14],[6.2 8],'-k','LineWidth',2);drawnow;pause(timeDelay)
hair9 = plot([-8 -10],[9 13],'-k','LineWidth',2);drawnow;pause(timeDelay)
hair10 = plot([-14 -12],[8 12],'-k','LineWidth',2);drawnow;pause(timeDelay)
hair11 = plot([-10 -12],[12 12],'-k','LineWidth',2);drawnow;pause(timeDelay)
hair12 = plot([10 15.5],[12.9 12],'-k','LineWidth',2);drawnow;pause(timeDelay)
hair13 = plot([17 16.5],[14.1 11],'-k','LineWidth',2);drawnow;pause(timeDelay)

necklace1 = fplot('0.45*abs(x+1.8)-11.5',[-9.1 5.7]);drawnow;pause(timeDelay)
necklace1.LineWidth = 1;
necklace1.Color = 'k';
necklace2 = fplot('0.45*abs(x+1.8)-12',[-8.5 5.5]);drawnow;pause(timeDelay)
necklace2.LineWidth = 1;
necklace2.Color = 'k';
necklace3 = draw_offaxis_ellipse(-2,-13,1,1.5,0,[0 2*pi]);drawnow;pause(timeDelay)
necklace3.LineWidth = 3;
necklace3.Color = 'k';
end


function h = draw_offaxis_ellipse(cx,cy,a,b,theta,range)

% theta = pi/4;
% range = [0 2*pi];

t = linspace(range(1),range(2),100);
x = cos(t)*a;
y = sin(t)*b;

rotatematrix = [cos(theta) -sin(theta);sin(theta) cos(theta)];
rotatedxy = rotatematrix*[x;y];

h = plot(rotatedxy(1,:)+cx,rotatedxy(2,:)+cy);

end

这段代码定义了一个名为"kun"的函数，用于绘制一个人物的头像。

函数首先设置了一个时间延迟变量timeDelay为0.5，并创建了一个白色背景的绘图窗口。

接下来，函数使用一系列的Turtle函数来绘制人物的头像，包括绘制嘴巴、眼睛、脸部等部分。每绘制一个部分后，通过drawnow函数和pause函数实现绘图的实时显示和暂停一段时间，以便观察绘制的过程。

在函数中还定义了一个名为draw_offaxis_ellipse的辅助函数，用于绘制一个偏离轴心的椭圆。该函数接受中心坐标(cx,cy)、长轴(a)、短轴(b)、旋转角度(theta)和绘制范围(range)作为参数，并返回绘制的椭圆对象。

整个函数通过一系列的绘制函数和参数设置，完成了绘制人物头像的过程。

请注意，这段代码使用的绘图函数和参数可能涉及到某个特定的绘图库或工具包，因此无法直接在一般的Python环境中运行。要运行此代码，你可能需要查看代码的完整上下文，了解涉及的绘图库，并在相应的环境中运行。

Reference

本来挺喜欢Python的，现在更喜欢了练习matlab两年半，画一幅浓浓学术味的只因图