Random Vibe

//_________spinning circles//

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int distance_from_point = 50;

int num_of_circles = 5;

int circle_size= 20;

​

​

//360 divided by 5 we got the 70

int my_int = 434;

float degree_step = TWO_PI/num_of_circles;//working with radius must be a float/

float angle = 0;

float starting_degree_step = 3;

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//____________________________underneath bouncing balls

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float circleY;

float vel = 10; //vel=speed//declare variables outside of (SETIUP)

float xpos; 

 void setup() {

  size(400,600);

   smooth();

   frameRate(15);

   println("first joined composition.");

   println("lets see if this works");

   colorMode(HSB,33,44,150);

}

​

​

void draw() {

  background(39,44,44);

  noStroke();

  fill(242,15,193);

  rect(8,random(400,591),29,500);

  rect(45,random(400,591),29,500);

  rect(80,random(400,591),29,500);

  rect(116,random(400,591),29,500);

  rect(152,random(400,591),29,500);

  rect(188,random(400,591),29,500);

  rect(224,random(400,591),29,500);

  rect(259,random(400,591),29,500);

  rect(294,random(400,591),29,500);

  rect(329,random(400,591),29,500);

  rect(365,random(400,591),29,500);

​

//blue recs set 1//

  fill(0,249,255);

  rect(8,random(200,500),29,10);

  fill(0,249,255);

  rect(45,random(150,500),29,10);

  fill(0,249,255);

  rect(80,random(200,500),29,10);

  fill(0,249,255);

  rect(116,random(200,500),29,10);

  fill(0,249,255);

  rect(152,random(200,500),29,10);

  fill(0,249,255);

  rect(188,random(200,500),29,10);

  fill(0,249,255);

  rect(224,random(200,500),29,10);

  fill(0,249,255);

  rect(259,random(200,500),29,10);

  fill(0,249,255);

  rect(294,random(200,500),29,10);

  fill(0,249,255);

  rect(329,random(200,500),29,10);

  fill(0,249,255);

  rect(365,random(200,500),29,10);//rec 1// X,Y,W,H //8 is X position=left to right//

  //blue recs set 2//

    fill(0,249,255);

  rect(8,random(130,500),29,10);

  fill(0,249,255);

  rect(45,random(110,500),29,10);

  fill(0,249,255);

  rect(80,random(98,500),29,10);

  fill(0,249,255);

  rect(116,random(75,500),29,10);

  fill(0,249,255);

  rect(152,random(65,500),29,10);

  fill(0,249,255);

  rect(188,random(35,500),29,10);

  fill(0,249,255);

  rect(224,random(160,500),29,10);

  fill(0,249,255);

  rect(259,random(230,500),29,10);

  fill(0,249,255);

  rect(294,random(210,500),29,10);

  fill(0,249,255);

  rect(329,random(100,500),29,10);

  fill(0,249,255);

  rect(365,random(160,500),29,10);

    //blue recs set 3//

    fill(0,249,255);

  rect(8,random(160,500),29,10);

  fill(0,249,255);

  rect(45,random(100,500),29,10);

  fill(0,249,255);

  rect(80,random(88,500),29,10);

  fill(0,249,255);

  rect(116,random(60,500),29,10);

  fill(0,249,255);

  rect(152,random(75,500),29,10);

  fill(0,249,255);

  rect(188,random(50,120),29,10);

  fill(0,249,255);

  rect(224,random(300,500),29,10);

  fill(0,249,255);

  rect(259,random(50,500),29,10);

  fill(0,249,255);

  rect(294,random(90,500),29,10);

  fill(0,249,255);

  rect(329,random(80,500),29,10);

  fill(0,249,255);

  rect(365,random(88,500),29,10);

  //________spinning circles//

  fill(50);

   angle = radians(starting_degree_step);

   angle += degree_step;

   fill(255,44,30);

   ellipse(width/2 + cos(angle) * distance_from_point, height/2 + sin(angle) * distance_from_point, circle_size, circle_size);

   angle += degree_step;

   fill(400,70,30);

   ellipse(width/2 + cos(angle) * distance_from_point, height/2 + sin(angle) * distance_from_point, circle_size, circle_size);

   angle += degree_step;

   fill(255,70,30);

   ellipse(width/2 + cos(angle) * distance_from_point, height/2 + sin(angle) * distance_from_point, circle_size, circle_size);

   angle += degree_step;

   ellipse(width/2 + cos(angle) * distance_from_point, height/2 + sin(angle) * distance_from_point, circle_size, circle_size);

   angle += degree_step;

   ellipse(width/2 + cos(angle) * distance_from_point, height/2 + sin(angle) * distance_from_point, circle_size, circle_size);

   angle += degree_step;

   ellipse(width/2 + cos(angle) * distance_from_point, height/2 + sin(angle) * distance_from_point, circle_size, circle_size);

   angle += degree_step;

   ellipse(width/2 + cos(angle) * distance_from_point, height/2 + sin(angle) * distance_from_point, circle_size, circle_size);

   angle += degree_step;

   ellipse(width/2 + cos(angle) * distance_from_point, height/2 + sin(angle) * distance_from_point, circle_size, circle_size);

   angle += degree_step;

   ellipse(width/2 + cos(angle) * distance_from_point, height/2 + sin(angle) * distance_from_point, circle_size, circle_size);

   angle += degree_step;

   ellipse(width/2 + cos(angle) * distance_from_point, height/2 + sin(angle) * distance_from_point, circle_size, circle_size);

   starting_degree_step+=9;//width will always be associated with the width you find in size

​

​

//bouncing ball--------------------------------------// click for bouncing balls//

   circleY=circleY+vel; //the same as circleY+=vel//vel=speed just a variable

  // ellipse(250,circleY,20,20); //Y=top of screen

   xpos = mouseX;

   PImage myImage = loadImage("bouncing4.png");//(my Image) needs to be there in order to reference the (LOADImage) 

//   image(myImage,xpos,circleY);

   image(myImage,0,circleY);

//250 is the center of the screen// Circle Y calls out the bounce above//

   if((circleY<0)||(circleY>height)){ //circle Y is the Y coordinate// //||// is or

     vel=vel*=-1;

   }//this is cosing if statement// //same as  vel*=-1;

​

}

​

void mouseClicked() { //this has to be out of everything because its own function//

//  xpos = mouseX;

}

​

​