final-Sun Set City - OpenProcessing

mySketch
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//Inspiration//
//Puppy Tail by Mohini Dutta: https://www.openprocessing.org/sketch/536482//
​
int x = 120; //width for the closest building
int y = 500; //height for the closest building
float carX = 500;
float carY = 500;
float carX2 = 470;
float carY2 = 500;
​
//stars
float degreesOfRotation = 0;
float counter = 230;
float counter1 = 230;
float counter2 = 230;
float counter3 = 230;
float counter4 = 230;
float counter5 = 230;
float counter6 = 230;
​
​
void setup(){
  size(1000, 500);
}
​
void draw(){
​
  background(255, 123, 0);
   counter += .02;
​
​
  degreesOfRotation = map(sin(counter), 1, -1, -3, 3);  
  
​
​
  translate(0, 0);
​
    translate(10, 0);
    rotate( radians(degreesOfRotation) );
    ellipse(0, 0, degreesOfRotation, degreesOfRotation);
  stroke(255, 123, 0);
  //Sun
  fill(225,0,0);
  ellipse(500,200,50,50);
  
  //left buildings
  fill(0);
  rect(0,0,x,y);
  // fill(240, 249, 54);
  rect(230,0,75,y);
  // fill(193, 79, 255);
  rect(x,0,90,y);
  // fill(239, 107, 74);
  quad(x,90,x+60,105,x+60,y,x,y); 
  // fill(16, 234, 63);
  quad(x+60,0,x+60+85,30,x+60+85,y,x+60,y);
  // fill(242, 60, 14);
  quad(x+60+85,90,x+60+85+45,110,x+60+85+45,y,x+60+85,y);
  // fill(1, 84, 173);
  quad(x+60+85+45+15,20,x+60+85+45+70,40,x+60+85+45+70,y,x+60+85+45+25,y);
  // fill(125, 58, 183);
  quad(x+60+85+45,40,x+60+85+45+35,60,x+60+85+45+35,y,x+60+85+45,y);
  quad(x+60+85+45+35+60,90,x+60+85+45+35+110,120,x+60+85+45+35+110,y,x+60+85+45+35+60,y);
  // fill(161, 237, 158);
  quad(x+60+85+45+35+30,100,x+60+85+45+35+75,120,x+60+85+45+35+75,y,x+60+85+45+35+30,y);
  // fill(249, 89, 64);
  quad(x+60+85+45+35+30+75,140,x+60+85+45+35+75+60,160,x+60+85+45+35+75+60,y,x+60+85+45+35+30+75,y);
  
  //right buildings
  // fill(242, 160, 7);
  quad(x+60+85+45+35+75+60+40+20,130,x+60+85+45+35+30+75+135,100,x+60+85+45+35+30+75+135,y,x+60+85+45+35+75+60+40+20,y);
  // fill(24, 249, 242);
  quad(x+60+85+45+35+75+60+40+60+25,80,x+60+85+45+35+30+75+100+30+40+45,65,x+60+85+45+35+30+75+100+30+40+45,y,x+60+85+45+35+75+60+40+60+25,y);  
 // fill(249, 4, 217);
  quad(x+60+85+45+35+75+60+40+60+25+70,75,x+60+85+45+35+30+75+100+30+40+45+55,55,x+60+85+45+35+30+75+100+30+40+45+55,y,x+60+85+45+35+75+60+40+60+25+70,y);  
  // fill(29, 242, 185);
  quad(x+60+85+45+35+75+60+40+60+25+120,45,x+60+85+45+35+30+75+100+30+40+45+115,30,x+60+85+45+35+30+75+100+30+40+45+115,y,x+60+85+45+35+75+60+40+60+25+120,y);  
  // fill(70, 110, 242);
  quad(x+60+85+45+35+75+60+40+60+25+120+80,0,x+60+85+45+35+30+75+100+30+40+45+240,0,x+60+85+45+35+30+75+100+30+40+45+240,y,x+60+85+45+35+75+60+40+60+25+120+80,y);  
  
  // fill(105, 188, 16);
  quad(x+60+85+45+35+75+60+40,160,x+60+85+45+35+30+75+100,140,x+60+85+45+35+30+75+100,y,x+60+85+45+35+75+60+40,y);
  // fill(188, 16, 93);
  quad(x+60+85+45+35+75+60+40+60,120,x+60+85+45+35+30+75+100+30+40,100,x+60+85+45+35+30+75+100+30+40,y,x+60+85+45+35+75+60+40+60,y);
  // fill(233, 237, 40);
  quad(x+60+85+45+35+75+60+40+60+70,100,x+60+85+45+35+30+75+100+30+40+60,80,x+60+85+45+35+30+75+100+30+40+60,y,x+60+85+45+35+75+60+40+60+70,y);
  // fill(40, 200, 237);
  quad(x+60+85+45+35+75+60+40+60+70+100,65,x+60+85+45+35+30+75+100+30+40+60+140,35,x+60+85+45+35+30+75+100+30+40+60+140,y,x+60+85+45+35+75+60+40+60+70+100,y);
  // fill(247, 7, 43);
  quad(x+60+85+45+35+75+60+40+60+70+100+120,15,x+60+85+45+35+30+75+100+30+40+60+140+160,0,x+60+85+45+35+30+75+100+30+40+60+140+160,y,x+60+85+45+35+75+60+40+60+70+100+120,y);
  
  //street light
  fill(255, 123, 0);
  rect(100,140,10,350);
  rect(100,140,150,10);
​
  rect(800,170,8,300);
  rect(690,170,110,8);
  
  rect(300,180,6,200);
  rect(300,180,70,6);
  
  rect(610,180,4,300);
  rect(570,180,40,4);
  
  //road
  fill(249, 182, 94);
  quad(520,200,480,200,80,y,920,y);
  
  //Sun light
​
  
​
  
​
//windows
  for(int i=10; i<height; i+=70){
    fill(255, 123, 0);
      rect(15,i,30,30);
  }
  
  //cars
  fill(0);
   if (carY < 180){
    carY = 450;
}
  carY -= 1.5;
 pushMatrix();
  translate(carX, carY);
  float offsetX = map(carY,height,180,-180,0);
  translate(offsetX, 0);
  float scaleValue = map(carY,180,height,.1,1);
  scale(scaleValue);
  rect(0, 0, 440, 380, 20);//car
  ellipse(90, 400, 150, 150);
  ellipse(340, 400, 150, 150);
  fill(247, 90, 0);
  rect(120, 80, 200, 120);//window
  fill(255,0,0);
    rect(50, 250, 80, 40);//light
  rect(310, 250, 80, 40);//light
  
popMatrix();
​
​
 fill(0);
   if (carY2 < 180){
    carY2 = 500;
}
  carY2 -= 1.5;
 pushMatrix();
  translate(carX2, carY2);
  float offsetX2 = map(carY2,height,180,-180,0);
  translate(offsetX2, 0);
  float scaleValue2 = map(carY2,180,height,.1,1);
  scale(scaleValue2);
  rect(0, 0, 440, 380, 20);
  ellipse(90, 400, 150, 150);
  ellipse(340, 400, 150, 150);
  fill(247, 90, 0);
  rect(120, 80, 200, 120);//window
  fill(255,0,0);
  rect(50, 250, 80, 40);//light
  rect(310, 250, 80, 40);//light
popMatrix();
  fill(255, 240, 219);
  stroke(249, 165, 47);
       //stars
    counter1 += .03;
   degreesOfRotation = map(sin(counter1), 1, -1, -10, 10);  
  
​
​
  translate(0, 0);
  ellipse(x+60+85+45,40, degreesOfRotation, degreesOfRotation);
  counter2 += .01;
   degreesOfRotation = map(sin(counter2), 1, -1, -10, 10);  //remove comments to get neat movement
  translate(0, 0);
  ellipse(x+60+85+45+35+75+60+40+60+25+120,45, degreesOfRotation, degreesOfRotation);
  counter3 += .02;
  degreesOfRotation = map(sin(counter3), 1, -1, -10, 10);  //remove comments to get neat movement
  translate(0, 0);
  ellipse(x+60+85+45+35+75+60+40+60+70,100, degreesOfRotation, degreesOfRotation);
  counter4 += .07;
  degreesOfRotation = map(sin(counter4), 1, -1, -10, 10);  //remove comments to get neat movement
  translate(0, 0);
  ellipse(x+60+85+45+15,20, degreesOfRotation, degreesOfRotation);
  counter5 += .05;
  degreesOfRotation = map(sin(counter5), 1, -1, -10, 10);  //remove comments to get neat movement
  translate(0, 0);
  ellipse(x+60+85+45+35+60,90, degreesOfRotation, degreesOfRotation);
    counter6 += .06;
  degreesOfRotation = map(sin(counter5), 1, -1, -10, 10);  //remove comments to get neat movement
  translate(0, 0);
  ellipse(x+60,105, degreesOfRotation, degreesOfRotation);
  
}