By using Processing(4.2.1)Writea programthat animates a small object of your own design, (e.g. a bee, boat, car,plane etc).The object should be made from different coloured primitives. The object should move,eitherrandomly, or using the mouse input, or using the frame counter (your choice). Thecompletedprogram should be saved.You should submit the code you created a file “Lab Submission 1.pde"

Answered: randomly, or using the mouse input, or…

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Question

By using Processing(4.2.1)
Write
a program
that animates a small object of your own design, (e.g. a bee, boat, car,
plane etc).
The object should be made from different coloured primitives. The object should move,
either
randomly, or using the mouse input, or using the frame counter (your choice). The
completed
program should be saved.
You should submit the code you created a file “Lab Submission 1.pde"

Expert Solution

lab1.pde

void setup ()
{
size(400, 400); // create window
fill(255,255,255);
}

void draw () {

background(0,0,0);
fill(255,255,255);

textSize(45);
fill(random(255),random(255),random(255)); // text
text("RIGHT CLICK MOUSE", 10, 200);

if (mousePressed) {

background(0,0,0);
fill(255,255,255);
ellipse(50,25,100,100);
ellipse(100,85,40,40);
fill(random(255),random(255),random(255));
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10); // balls
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);
ellipse(frameRate=(random(500)),frameRate=(random(399)),10,10);

// UFO
fill (0,255,0);
ellipse(mouseX-10,mouseY-10,100,20);
fill(255,255,0);
arc(mouseX-10,mouseY-10,100,20,PI/1,TWO_PI);
fill(255,255,255);
ellipse(mouseX-50, mouseY-7,3,3);
ellipse(mouseX-40, mouseY-6,3,3);
ellipse(mouseX-30, mouseY-5,3,3);
ellipse(mouseX-20, mouseY-4,3,3);
ellipse(mouseX-10, mouseY-3,3,3);
ellipse(mouseX, mouseY-3,3,3);
ellipse(mouseX+10, mouseY-4,3,3);
ellipse(mouseX+20, mouseY-5,3,3);
ellipse(mouseX+30, mouseY-6,3,3);

fill(255,0,70); // red ground
rect(0,250,500,500);

fill(128,128,128); // road
rect(0,250,500,50);


fill(255,255,255); //white lines
rect(0,270,50,10);
rect(75,270,50,10);
rect(150,270,50,10);
rect(225,270,50,10);
rect(300,270,50,10);
rect(375,270,50,10);


fill(188,188,188); //rover
rect(frameCount%800-300,200,150,50,60); // base
rect(frameCount%800-160,175,10,50,60); // camera stick X
rect(frameCount%800-160,170,25,5,5); //camera stick Y
fill(80,80,80);
rect(frameCount%800-300,200,150,20,30);

fill(0,0,255);
rect(frameCount%800-290,190,25,25,30); // solar panels
rect(frameCount%800-255,190,25,25,30); // solar panels
rect(frameCount%800-220,190,25,25,30); // solar panels
rect(frameCount%800-185,190,25,25,30); // solar panels

fill(255,255,255);
ellipse(frameCount%800-140,170,10,10); // camera ball

fill(0,0,0);
ellipse(frameCount%800-300,250,35,35); // back tyre
ellipse(frameCount%800-160,250,35,35); // back tyre

fill( 188,188,188);
ellipse(frameCount%800-300,250,25,25); // interior wheel (back)
ellipse(frameCount%800-160,250,25,25); // interior wheel

fill(0,0,0);
ellipse(frameCount%800-270,250,35,35); // front tyre
ellipse(frameCount%800-190,250,35,35); // front tyre

fill( 188,188,188);
ellipse(frameCount%800-270,250,25,25); // interior wheel (front)
ellipse(frameCount%800-190,250,25,25); // interior wheel