v_gate

add.glsl

uniform ivec2 size;
uniform float m;
uniform sampler2D texture;
uniform sampler2D tex;

void main()
{
    ivec2 p=ivec2(gl_FragCoord.xy);
    gl_FragColor=texelFetch(texture,p,0)+texelFetch(tex,p,0)*m;
}

v_gate.pde

float eS=90;

void setup()
{
  size(240,240,P3D);
}

void draw()
{
  background(0);
  
  PGraphics blurG=createGraphics(width,height,P3D);
  PShader add=loadShader("add.glsl");
  
  for(int blur=0;blur<11;blur++)
  {
    float t=(frameCount*2)%400+blur*.2;
    
    blurG.beginDraw();
    blurG.background(0);
    blurG.stroke(0,55);
    
    blurG.lightFalloff(0,0.001,0.);
    blurG.directionalLight(255,255,255,0,0,1);
    
    blurG.beginCamera();
    blurG.camera(-50,50,-200,sin(PI*t*.01)*10,sin(PI*t*.005+1.2)*10,0,sin(4.42-PI*t*.005)*.3,1,0);
    blurG.endCamera();
    
    blurG.fill(0,102,255);
    blurG.pushMatrix();
    blurG.rotateX(t*PI*.01);
    blurG.rotateY(t*PI*.01);
    for(int c=0;c<8;c++)
    {
      blurG.pushMatrix();
      blurG.rotateX(c%4*PI/2);
      blurG.rotateY(c/4*PI);
      blurG.beginShape();
      blurG.vertex(eS,0,0);
      blurG.vertex(0,eS,0);
      blurG.vertex(0,0,eS);
      blurG.endShape();
      blurG.popMatrix();
    }
    blurG.popMatrix();
    
    blurG.noLights();
    blurG.directionalLight(127,127,127,0,0,1);
    blurG.lightFalloff(0,0.01,0.);
    blurG.pointLight(0,102,255,0,0,0);
    
    blurG.fill(255,0,0);
    for(int c2=0;c2<3;c2++)
    {
      for(int c=0;c<16;c++)
      {
        blurG.pushMatrix();
        blurG.rotateY(-t*PI*.01+c*.1);
        blurG.rotateX(-t*PI*.01+c*.1);
        blurG.rotateZ(c2*PI/3*2);
        blurG.translate(0,120,0);
        blurG.rotate(t*PI*.005);
        blurG.box(3-c*.1);
        blurG.popMatrix();
      }
    }
    
    blurG.fill(102,0,255);
    for(int cr=0;cr<8;cr++)
    {
      float pha=(t*.5+cr*50+cr/4*4)%200;
      blurG.pushMatrix();
      blurG.translate(0,0,1000-pha*10);
      blurG.rotateZ(pha*.01);
      blurG.beginShape();
      for(float c=0;c<=PI*2;c+=PI/32)
      {
        blurG.vertex(cos(c)*200*pow(pha*0.005,.3),sin(c)*200*pow(pha*0.005,.3));
      }
      blurG.beginContour();
      for(float c=0;c<=PI*2;c+=PI/32)
      {
        if(c%(PI/2)<1){blurG.vertex(cos(c)*170*pow(pha*0.005,.3),sin(c)*170*pow(pha*0.005,.3));}
        else{blurG.vertex(cos(c)*150*pow(pha*0.005,.3),sin(c)*150*pow(pha*0.005,.3));}
      }
      blurG.endContour();
      blurG.endShape();
      blurG.popMatrix();
    }
    
    blurG.fill(127,127,127);
    blurG.pushMatrix();
    blurG.translate(0,0,1400);
    for(int c2=0;c2<40;c2++)
    {
      for(float c=0;c<PI*2;c+=PI/8)
      {
        float pha=(floor(t*.2)*.2)%8;
        blurG.beginShape();
        blurG.vertex(cos(c)*(300+200*noise(c,c2,pha)),sin(c)*(300+200*noise(c,c2,pha)),-(50*c2+t*5)%2000);
        blurG.vertex(cos((c+PI/8)%(PI*2))*(300+200*noise((c+PI/8)%(PI*2),c2,pha)),sin((c+PI/8)%(PI*2))*(300+200*noise((c+PI/8)%(PI*2),c2,pha)),-(50*c2+t*5)%2000);
        blurG.vertex(cos(c)*(300+200*noise(c,(1+c2),pha)),sin(c)*(300+200*noise(c,(1+c2),pha)),-(50*(1+c2)+t*5)%2000);
        blurG.endShape(CLOSE);
        blurG.beginShape();
        blurG.vertex(cos(c)*(300+200*noise(c,(1+c2),pha)),sin(c)*(300+200*noise(c,(1+c2),pha)),-(50*(1+c2)+t*5)%2000);
        blurG.vertex(cos((c+PI/8)%(PI*2))*(300+200*noise((c+PI/8)%(PI*2),(1+c2),pha)),sin((c+PI/8)%(PI*2))*(300+200*noise((c+PI/8)%(PI*2),(1+c2),pha)),-(50*(1+c2)+t*5)%2000);
        blurG.vertex(cos((c+PI/8)%(PI*2))*(300+200*noise((c+PI/8)%(PI*2),c2,pha)),sin((c+PI/8)%(PI*2))*(300+200*noise((c+PI/8)%(PI*2),c2,pha)),-(50*c2+t*5)%2000);
        blurG.endShape(CLOSE);
      }
    }
    blurG.popMatrix();
    
    blurG.endDraw();
    
    add.set("size",width,height);
    add.set("tex",blurG);
    add.set("m",sin(blur*PI/11)*.2);
    filter(add);
  }
  
//  saveFrame("capture/####.png");
//  if(frameCount==210)exit();
  
}