Solar System to totally not outdo another user's program

sketch308118
xxxxxxxxxx
 
float m,ms,v,vs,e,es,mz,mzs,ast,asts,j,js,s,ss,u,us,n,ns,p,ps;
int sc,cen;
float[] astPos=new float[360];
boolean showorbit=true;
 
void setup() {
  
   m = 0.02;
   v = 0.015;
   e = 0.01;
   mz= 0.0085;
   ast=0.0009;
   j =0.005;
   s =0.003;
   u =0.001;
   n =0.0009;
   p =0.0003;
   ms= random(360);
   vs= random(360);
   es= random(360);
   mzs=random(360);
   asts=random(360);
   js= random(360);
   ss= random(360);
   us= random(360);
   ns= random(360);
   ps= random(360);
   
   
   for(int i=0;i<360;i++){
     astPos[i]=random(69,95);
   }
   
   sc = 130;   //edts width of circle
   noStroke();
   size(700,700);
}
 
 void mousePressed(){
  if(mouseButton==RIGHT){
   showorbit=(!showorbit); 
  }
 }
 
void draw() {
   translate(width/2,height/2);
   background(0);
   sunny();
   me();
   ve();
   ea();
   ma();
   AstBlt();
   ju();
   sa();
   ur();
   ne();
   pl();
}
 
void sunny() {
   for(int q = 200;q >= 50;q--){
      fill(255,100+(q-25),q-50,25);
      ellipse(0,0,q-50,q-50);
   }
}
 
void me() {
   fill(255,255,0,100);
   float x =  sin(ms) * (sc-30);
   float y =  cos(ms) * (sc-30);
   ellipse(x,y,8,8);
   showOrbit(sc-30,sc-30);
   ms += m;
}
void ve() {
   fill(150,150,10,100);
   float x1 =  sin(vs) * (sc-10);
   float y1 =  cos(vs) * (sc-10);
   ellipse(x1,y1,10,10);
   showOrbit(sc-10,sc-10);
   vs += v;
}
void ea() {
   fill(30,30,255,100);
   float x2 =  sin(es) * (sc+20);
   float y2 =  cos(es) * (sc+20);
   ellipse(x2,y2,13,13);
   showOrbit(sc+20,sc+20);
   translate(x2,y2);
   fill(200);
   float Mx=sin(es*2)*(12);
   float My=cos(es*2)*(12);
   ellipse(Mx,My,3,3);
   showOrbit(12,12);
   translate(-x2,-y2);
   es += e;
}
 
void ma() {
   fill(255,40,40,100);
   float x3 =  sin(mzs) * (sc+50);
   float y3 =  cos(mzs) * (sc+50);
   ellipse(x3,y3,12,12);
   showOrbit(sc+50,sc+50);
   mzs += mz;
}
​
void AstBlt(){
  fill(150);
  for(int i=0;i<360;i++){
    if(i%3==0){
      float X=sin(asts+i)*(sc+astPos[i]);
      float Y=cos(asts+i)*(sc+astPos[i]);
      stroke(75);
    strokeWeight(1);
    ellipse(X,Y,4,4);
    }
    else{
      float X=sin((-asts)+i)*(sc+astPos[i]);
      float Y=cos((-asts)+i)*(sc+astPos[i]);
      stroke(75);
    strokeWeight(1);
    ellipse(X,Y,4,4);
    }
    
  }
  noStroke();
  asts-=ast;
}
 
void ju() { 
   fill(200,100,100,100);
   float x4 =  sin(js) * (sc+115);
   float y4 =  cos(js) * (sc+115);
   ellipse(x4,y4,30,30);
   showOrbit(sc+115,sc+115);
   js += j;
}
 
void sa() {
   fill(100,100,0,150);
   float x5 =  sin(ss) * (sc+150);
   float y5 =  cos(ss) * (sc+150);
   ellipse(x5,y5,20,20);
   showOrbit(sc+150,sc+150);
   translate(x5,y5);
   for(float i=0;i<2;i+=.25){
     float rng=cos(0)*(12.5+i)*2;
     stroke(100,75,25,150);
     strokeWeight(1);
     noFill();
     ellipse(0,0,rng,rng);
   }
   noStroke();
   translate(-x5,-y5);
   ss += s;
}
 
void ur() {
   fill(50,50,100,250);
   float x6 =  sin(us) * (sc+175);
   float y6 =  cos(us) * (sc+175);
   ellipse(x6,y6,13,13);
   showOrbit(sc+175,sc+175);
   pushMatrix();
   translate(x6,y6);
   rotate(us*8);
   for(float i=0;i<2;i+=.25){
     float rng=cos(0)*(9+i)*2;
     stroke(0,90,90,150);
     strokeWeight(1);
     noFill();
     ellipse(0,0,sin(radians(25))*(9+i)*2,rng);
   }
   rotate(-us*8);
   translate(-x6,-y6);
   popMatrix();
   noStroke();
   us += u;
}
 
void ne() {
   fill(0,0,255,100);
   float x =  sin(ns) * (sc+195);
   float y =  cos(ns) * (sc+185);
   ellipse(x,y,10,10);
   pushMatrix();
   translate(x,y);
   for(float i=0;i<.5;i+=.25){
     float rng=cos(0)*(8+i)*2;
     stroke(200,50);
     strokeWeight(1);
     noFill();
     ellipse(0,0,rng,rng);
   }
   popMatrix();
   showOrbit(sc+195,sc+185);
   ns += n;
}
 
void pl() {
   fill(150);
   float x =  sin(ps) * (sc+215);
   float y =  cos(ps) * (sc+215);
   ellipse(x,y,5,5);
   showOrbit(sc+215,sc+215);
   ps += p;
}
​
void showOrbit(float a, float b){
  if(showorbit==true){
    stroke(175);
    strokeWeight(.1);
    noFill();
    ellipse(0,0,cos(0)*(a)*2,cos(0)*(b)*2);
    noStroke();
  }
}