Rabbit Robot Part 2<br>

background(255, 20, 0);

size(900, 900);

int centerx=450;

int centery=450;

​

//main robot shape

fill(0);

ellipse(360,170,50,250);

ellipse(510,170,50,250);

//head

rect(320,260,230,220);

//neck

rect(395,480,80,100);

//body1

rect(230,580,420,150);

//body2

rect(190,630,505,200);

//tireL

rect(150,750,200,1000);

//tireR

rect(535,750,200,1000);

//whiskers1

rect(100,375,700,10);

//whiskers2

rect(100,360,700,10);

​

//makes an even row of a shape

int x=350;

int y=280;

int xstand=50;

int ystand=10;

​

fill(125);

rect(x,y + 15,xstand,ystand);

rect(x,y + 30,xstand,ystand);

rect(x,y + 45,xstand,ystand);

rect(x,y + 60,xstand,ystand);

rect(x,y + 75,xstand,ystand);

rect(x,y + 90,xstand,ystand);

rect(x,y + 105,xstand,ystand);

rect(x,y + 120,xstand,ystand);

​

//makes an even row of a shape

int x2=470;

int y2=280;

int xstand2=50;

int ystand2=10;

​

fill(125);

rect(x2,y2 + 15,xstand2,ystand2);

rect(x2,y2 + 30,xstand2,ystand2);

rect(x2,y2 + 45,xstand2,ystand2);

rect(x2,y2 + 60,xstand2,ystand2);

rect(x2,y2 + 75,xstand2,ystand2);

rect(x2,y2 + 90,xstand2,ystand2);

rect(x2,y2 + 105,xstand2,ystand2);

rect(x2,y2 + 120,xstand2,ystand2);

​

//creates curly rabbit mouth

noFill();

stroke(255);

curve(365,300,390,450,430,430,300,350);

​

noFill();

stroke(255);

curve(550,300,430,430,470,450,550,350);

​

//make arms and clippers

//elbowleft-body 1 x-10, y+35

fill(125);

stroke(0);

ellipse(centerx - 230,centery + 165,80,80);

//elbowright-body 1 x+420+10, y+35

fill(125);

ellipse(centerx + 200,centery + 165,80,80);

//armL-x1=elbowleft x-140 y1=elbowleft y1-20

noStroke();

rect(centerx - 390,centery + 145,160,40);

//armR-x1=elbowright x1 y1=elbowleft y1-20

rect(centerx + 200,centery + 145,160,40);

//elbow;L, x = armL x1 y= armL y1+20

stroke(0);

ellipse(centerx - 390,centery + 165,60,60);

//elbowR, x = armR x1+x2 y= armR y1+20

ellipse(centerx + 360,centery + 165,60,60);

//forearms

//make x+elbow x1-20,y1 minus height

noStroke();

//forearml

rect(centerx-410,centery-15,40,160);

//forearm2

rect(centerx+340,centery-15,40,160);

//make tire treads

//makes an even row of a shape

int x3=165;

int y3=750;

int xstand3=170;

int ystand3=5;

​

fill(125);

rect(x3,y3+ 10,xstand3,ystand3);

rect(x3,y3 + 20,xstand3,ystand3);

rect(x3,y3 + 30,xstand3,ystand3);

rect(x3,y3 + 40,xstand3,ystand3);

rect(x3,y3 + 50,xstand3,ystand3);

rect(x3,y3 + 60,xstand3,ystand3);

rect(x3,y3 + 70,xstand3,ystand3);

rect(x3,y3 + 80,xstand3,ystand3);

rect(x3,y3 + 90,xstand3,ystand3);

rect(x3,y3 + 100,xstand3,ystand3);

rect(x3,y3 + 110,xstand3,ystand3);

rect(x3,y3 + 120,xstand3,ystand3);

rect(x3,y3 + 130,xstand3,ystand3);

rect(x3,y3 + 140,xstand3,ystand3);

​

int x4=550;

int y4=750;

int xstand4=170;

int ystand4=5;

​

fill(125);

rect(x4,y4+ 10,xstand4,ystand4);

rect(x4,y3 + 20,xstand4,ystand4);

rect(x4,y3 + 30,xstand4,ystand4);

rect(x4,y3 + 40,xstand4,ystand4);

rect(x4,y3 + 50,xstand4,ystand4);

rect(x4,y3 + 60,xstand4,ystand4);

rect(x4,y3 + 70,xstand4,ystand4);

rect(x4,y3 + 80,xstand4,ystand4);

rect(x4,y3 + 90,xstand4,ystand4);

rect(x4,y4 + 100,xstand4,ystand4);

rect(x4,y4 + 110,xstand4,ystand4);

rect(x4,y4 + 120,xstand4,ystand4);

rect(x4,y4 + 130,xstand4,ystand4);

rect(x4,y4 + 140,xstand4,ystand4);