Web’in gücü !

HTML5 ile başlayan serüven aldı başını gidiyor. Gördüğüm şeylerin HTLM – CSS – JS yapıldığına inanamaz hale gelmeye başladım. Gerçekten büyüleyici, hayret verici.. Genelde front-end ile ilgili şeyleri buradan görmeye alışık değilsiniz fakat bundan sonra bu tarz ilgimi çeken şeyleri sizinle paylaşmaya çalışacağım.

CSS:

html, body {
  margin: 0;
  overflow: hidden;
  background: #151a28;
}

canvas {
  display: block;
  position: absolute;
  top: 50%;
  left: 50%;
  transform: translateX(-50%) translateY(-50%);
}

html, body {

margin: 0;

overflow: hidden;

background: #151a28;

}

canvas {

display: block;

position: absolute;

top: 50%;

left: 50%;

transform: translateX(-50%) translateY(-50%);

}

JavaScript:

/*
 * Noel Delgado - @pixelia_me
 */

(function() {
  var ctx, w, h, cx, cy, PI, PI_HALF, cos, sin, random, lineWidth, C, 
      rings, ringsLength, data;

  ctx = document.createElement('canvas').getContext('2d');
  w = 600;
  h = 600;
  cx = (w / 2);
  cy = (h / 2);
  rings = [];
  ringsLength = 0;
  
  PI = Math.PI;
  PI_HALF = PI / 2;
  cos = Math.cos;
  sin = Math.sin;
  random = Math.random;

  lineWidth = 0.2;
  C = ["#ABF8FF", "#E76B76", "#1D2439", "#4F3762", "#67F9FF", "#0C0F18"];
  
  data = [
    /* ring {t:total_particles, r:radius, d:distance, s:speed, c:color} */
    [
      {t:80, r:(cx-10), d:40, s:30, c:C[1]},
      {t:60, r:(cx-20), d:40, s:80, c:C[2]},
      {t:20, r:(cx-30), d:20, s:80, c:C[2]},
    ],
    [
    	{t:80, r:(cx-80),  d:40, s:40, c:C[4]},
       {t:80, r:(cx-90),  d:20, s:40, c:C[4]},
       {t:20, r:(cx-100), d:20, s:40, c:C[2]},
       {t:40, r:(cx-110), d:20, s:40, c:C[2]},
    ],
    [
    	{t:60, r:(cx-160), d:40, s:20, c:C[2]},
       {t:20, r:(cx-170), d:30, s:60, c:C[2]},
       {t:40, r:(cx-180), d:40, s:60, c:C[2]},
    ],
    [
    	{t:40, r:(cx-230), d:40, s:20, c:C[5]},
       {t:20, r:(cx-240), d:20, s:10, c:C[5]},
    ],
    [
       {t:10, r:(cx-290), d:10, s:10, c:C[4]}
    ]
  ];
 
  /* */
  ctx.canvas.width = w;
  ctx.canvas.height = h;
  document.body.appendChild(ctx.canvas);

  data.forEach(function(group) {
    var ring = [];
    
    group.forEach(function(orbit, i) {
      var total_particles, index;
      
      total_particles = orbit.t;
      index = 0;
      
      for (; index < total_particles; index++) {
        var radius, distance, speed, color, opacity;

        radius = orbit.r;
        distance = orbit.d;
        speed = random() / orbit.s;
        speed = i % 2 ? speed : speed * -1;
        color = orbit.c;
        opacity = orbit.o;

        ring.push(new P(radius, distance, speed, color, opacity));

        radius = distance = speed = color = opacity = null;
      }
    });
    
    rings.push(ring);
  });

  ringsLength = rings.length;
 
  /* */
  function P(radius, distance, speed, color) {
    this.a = PI / 180;
    this.d = distance;
    this.d2 = (this.d * this.d);
    this.x = cx + radius * cos(this.a);
    this.y = cy + radius * sin(this.a);
    this.c = color;
    this.r = (random() * 8);
    this.R = random() > 0.5 ? radius : radius - 5;
    this.s = speed;
    this.pos = random() * 360;
  }
  
  function draw() {
    var i, j, k, xd, yd, d, ring, ringLength, ringLength2, particle, p2;

    ctx.beginPath();
    ctx.globalCompositeOperation = "source-over";
    ctx.rect(0, 0 , w, h);
    ctx.fillStyle = "#151a28";
    ctx.fill();
    ctx.closePath();

    for (i = 0; i < ringsLength; i++) {
      ring = rings[i];
      ringLength = ring.length;
      ringLength2 = ringLength - 100;
      
      for (j = 0; j < ringLength; j++) {
        particle = ring[j];

        particle.x = cx + particle.R * sin(PI_HALF + particle.pos);
        particle.y = cy + particle.R * cos(PI_HALF + particle.pos);
        particle.pos += particle.s;

        ctx.beginPath();
        ctx.globalAlpha = 0.12;
        ctx.globalCompositeOperation = "lighter";
        ctx.fillStyle = particle.c;
        ctx.arc(particle.x, particle.y, particle.r, PI * 2, false);
        ctx.fill();
        ctx.closePath();

        for (k = 0; k < ringLength2; k++) {
          p2 = ring[k];

          yd = p2.y - particle.y;
          xd = p2.x - particle.x;
          d = ((xd * xd) + (yd * yd));

          if (d < particle.d2) {
            ctx.beginPath();
            ctx.globalAlpha = 1;
            ctx.lineWidth = lineWidth;
            ctx.moveTo(particle.x, particle.y);
            ctx.lineTo(p2.x, p2.y);
            ctx.strokeStyle = p2.c;
            ctx.stroke();
            ctx.closePath();
          }
        }
      }
    }
  }

  function loop() {
    draw();
    requestAnimationFrame(loop);
  }

  loop();
  
})();

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* Noel Delgado - @pixelia_me

(function() {

var ctx, w, h, cx, cy, PI, PI_HALF, cos, sin, random, lineWidth, C,

rings, ringsLength, data;

ctx = document.createElement('canvas').getContext('2d');

w = 600;

h = 600;

cx = (w / 2);

cy = (h / 2);

rings = [];

ringsLength = 0;

PI = Math.PI;

PI_HALF = PI / 2;

cos = Math.cos;

sin = Math.sin;

random = Math.random;

lineWidth = 0.2;

C = ["#ABF8FF", "#E76B76", "#1D2439", "#4F3762", "#67F9FF", "#0C0F18"];

data = [

/* ring {t:total_particles, r:radius, d:distance, s:speed, c:color} */

[

{t:80, r:(cx-10), d:40, s:30, c:C[1]},

{t:60, r:(cx-20), d:40, s:80, c:C[2]},

{t:20, r:(cx-30), d:20, s:80, c:C[2]},

[

{t:80, r:(cx-80), d:40, s:40, c:C[4]},

{t:80, r:(cx-90), d:20, s:40, c:C[4]},

{t:20, r:(cx-100), d:20, s:40, c:C[2]},

{t:40, r:(cx-110), d:20, s:40, c:C[2]},

[

{t:60, r:(cx-160), d:40, s:20, c:C[2]},

{t:20, r:(cx-170), d:30, s:60, c:C[2]},

{t:40, r:(cx-180), d:40, s:60, c:C[2]},

[

{t:40, r:(cx-230), d:40, s:20, c:C[5]},

{t:20, r:(cx-240), d:20, s:10, c:C[5]},

[

{t:10, r:(cx-290), d:10, s:10, c:C[4]}

]

];

/* */

ctx.canvas.width = w;

ctx.canvas.height = h;

document.body.appendChild(ctx.canvas);

data.forEach(function(group) {

var ring = [];

group.forEach(function(orbit, i) {

var total_particles, index;

total_particles = orbit.t;

index = 0;

for (; index < total_particles; index++) {

var radius, distance, speed, color, opacity;

radius = orbit.r;

distance = orbit.d;

speed = random() / orbit.s;

speed = i % 2 ? speed : speed * -1;

color = orbit.c;

opacity = orbit.o;

ring.push(new P(radius, distance, speed, color, opacity));

radius = distance = speed = color = opacity = null;

}

});

rings.push(ring);

});

ringsLength = rings.length;

/* */

function P(radius, distance, speed, color) {

this.a = PI / 180;

this.d = distance;

this.d2 = (this.d * this.d);

this.x = cx + radius * cos(this.a);

this.y = cy + radius * sin(this.a);

this.c = color;

this.r = (random() * 8);

this.R = random() > 0.5 ? radius : radius - 5;

this.s = speed;

this.pos = random() * 360;

}

function draw() {

var i, j, k, xd, yd, d, ring, ringLength, ringLength2, particle, p2;

ctx.beginPath();

ctx.globalCompositeOperation = "source-over";

ctx.rect(0, 0 , w, h);

ctx.fillStyle = "#151a28";

ctx.fill();

ctx.closePath();

for (i = 0; i < ringsLength; i++) {

ring = rings[i];

ringLength = ring.length;

ringLength2 = ringLength - 100;

for (j = 0; j < ringLength; j++) {

particle = ring[j];

particle.x = cx + particle.R * sin(PI_HALF + particle.pos);

particle.y = cy + particle.R * cos(PI_HALF + particle.pos);

particle.pos += particle.s;

ctx.beginPath();

ctx.globalAlpha = 0.12;

ctx.globalCompositeOperation = "lighter";

ctx.fillStyle = particle.c;

ctx.arc(particle.x, particle.y, particle.r, PI * 2, false);

ctx.fill();

ctx.closePath();

for (k = 0; k < ringLength2; k++) {

p2 = ring[k];

yd = p2.y - particle.y;

xd = p2.x - particle.x;

d = ((xd * xd) + (yd * yd));

if (d < particle.d2) {

ctx.beginPath();

ctx.globalAlpha = 1;

ctx.lineWidth = lineWidth;

ctx.moveTo(particle.x, particle.y);

ctx.lineTo(p2.x, p2.y);

ctx.strokeStyle = p2.c;

ctx.stroke();

ctx.closePath();

}

function loop() {

draw();

requestAnimationFrame(loop);

}

loop();

})();

Sonuç:

See the Pen NPGmRO by Noel Delgado (@noeldelgado) on CodePen.

Yazar Hakkında

EvrenWeb

Kendini programlama konusuna adamış, boş zamanlarında bu yazıyı okuduğun kişisel blog'unu da aksatmayıp birşeyler karalayan, hakkındaki daha fazla bilgiyi sitenin Hakkında bölümünden öğrenebileceğin bir şahsiyet :)

EvrenCe

Web’in gücü !

Yazar Hakkında

EvrenWeb

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