css Audio - Active file-generic CSS - Active Generic - Active HTML - Active JS - Active SVG - Active Text - Active file-generic Video - Active header Love html icon-new-collection icon-person icon-team numbered-list123 pop-out spinner split-screen star tv

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Here you can Sed posuere consectetur est at lobortis. Donec ullamcorper nulla non metus auctor fringilla. Maecenas sed diam eget risus varius blandit sit amet non magna. Donec id elit non mi porta gravida at eget metus. Praesent commodo cursus magna, vel scelerisque nisl consectetur et.

            
              
<h1 class=-visually-hidden>Circle of fifths interactive SVG chord wheel</h1>

<div class=circle>
  <div class=circle_inner data-drag draggable=true>

<svg class="svg_circle-of-fifths" viewBox="0 0 960 960" draggable=false>

  <image filter="blur(1.5px)" transform="translate(-655 -30) scale(1.44,1.36)"  width="1580" height="1042" 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  </g>


</svg>


  </div>
</div>





[[[https://codepen.io/2kool2/pen/mKeeGM]]]

            
          
!
            
              html {box-sizing: border-box;}
*,
*::before,
*::after {box-sizing: inherit;}
body {
  margin: 0;
  color: #666;
  font-family: sans-serif;
  line-height: 1.5;
  -webkit-font-smoothing: antialiased;
  -moz-osx-font-smoothing: grayscale;
  color: hsl(269,19%,30%);
  background-color: #223a66;
}

/* h1 {
  font-weight: 100;
  line-height: 1.3;
  text-align: center;
  margin-top: 2rem;
} */

/* p {
  text-align: center;
  max-width: 34rem;
  margin: 1rem auto;
} */
.-visually-hidden {
  position: absolute !important;
  height: 1px;
  width: 1px;
  overflow: hidden;
  clip: rect(1px,1px,1px,1px);
}
.hasTouch .-mouse-only {
  display:none;
}
.noTouch .-touch-only {
  display:none;
}

.circle {
  margin: 0 auto;
}

.svg_circle-of-fifths {
  --rotation: -0deg;
  width: 100%;
  max-width: calc(100vmin - 2rem);
  overflow: visible;
  position: relative;
  left: 50%;
  transform: translate(-50%,0);
  -webkit-user-drag: none;
}


.rotationLayer {
  transform-origin: 50% 50%;
  transform: rotate(var(--rotation)) translateZ(0px);
  transition: .3s transform ease-out;
}

.circlesLayer,
.shieldLayer,
.textLayer,
.shieldTextLines {
  pointer-events: none;
}

[data-rotate]:hover {
  cursor: pointer;
  fill: #fff;
}
[data-drag] {
  cursor: move;
}
[data-drag]:hover {
/*   cursor: pointer; */
}

.circle {
/*   max-height: calc(100vh - 1rem); */
}
            
          
!
            
              var supportsES6 = function() {
  // https://gist.github.com/bendc/d7f3dbc83d0f65ca0433caf90378cd95
  try {
    new Function("(a = 0) => a");
    return true;
  }
  catch (err) {
    return false;
  }
}();

(function () {
  var root = document.documentElement;
  if (!root) {return false;}
  if (supportsES6) {
    root.classList.add("hasES6");
  } else {
    root.classList.add("noES6");
  }
  root.classList.add("noTouch");
}());


window.addEventListener('touchstart', function() {
  var root = document.documentElement;
  if (!root) {return false;}
  root.classList.remove("noTouch");
  root.classList.add("hasTouch");
}, {once:true});




// Click any chord to rotate.

(function () {

// Positive values go clockwise, negative anti-clockwise. 
// Range: -150deg to +180deg in 30deg steps.
  
  "use strict";
  
  if (!supportsES6) return false;
  
  const rotationLayer = document.querySelector('.rotationLayer');
  if (!rotationLayer) return false;
  
  const dataAttr = 'data-rotate';
  const paths = document.querySelectorAll('[' + dataAttr + ']');
  if (!paths) return false;
  
  const chordClicked = (event) => {
    const el = event.target;
    const rotateTo = el.getAttribute(dataAttr);
    if (!rotateTo) rotateTo = '0';
    // console.log('--rotation: ', rotateTo + 'deg');
    rotationLayer.style.setProperty('--rotation', rotateTo + 'deg');
  };
  
  for (let path of paths) {
    path.addEventListener('click', chordClicked);
  }

})();



// Drag inner circle left or right to rotate.

(function () {
  
  // TODO: use mouse point triangulation to determine spin clockwise or anticlockwise.
  
  // Currently bypassed touch issues.
  
  "use strict";
  
  if (!supportsES6) return false;
  
  const rotationLayer = document.querySelector('.rotationLayer');
  if (!rotationLayer) return false;
  
  const dragLayer = document.querySelector('[data-drag]');
  if (!dragLayer) return false;

  let dragged = false;
  let loopCount = 0;
  let initialX;
  
  function getRotation() {
    let currentRotate = getComputedStyle(rotationLayer).getPropertyValue('--rotation');
    currentRotate = currentRotate.replace(' ', '').replace('deg', '');
    console.log("currentRotate = " + parseInt(currentRotate, 10));
    return parseInt(currentRotate, 10);
  }

  function setRotation(rotateTo) {
    console.log("setRotation = " + rotateTo);
    rotationLayer.style.setProperty('--rotation', rotateTo + 'deg');
  }

  function getCursorX(e) {
    if (!e) e = window.event;
    if (e.pageX) return e.pageX;
    if (e.clientX) return e.clientX + document.body.scrollLeft;
  }
  
  function rotate(event) {
    let rotateTo = getRotation();
    let finalX = getCursorX(event);
    if (finalX > initialX) {
      rotateTo += 30;
    }
    if (finalX < initialX) {
      rotateTo -= 30;
    }
    initialX = finalX;
    setRotation(rotateTo);
  }

  function mouseMove(event) {
    // fired continually - requires a debounce of sorts
    console.log('dragging');
    loopCount++;
    if (loopCount > 20) {
      rotate(event);
      loopCount = 0;
    }
  }

  function dragStart(event) {
    console.log('dragStart');
    dragged = true;
    loopCount = 0;
    
    // Initial mouse position
    initialX = getCursorX(event);
    event.target.addEventListener('mousemove', mouseMove, false);
  }

  function trimRotationOnExit() {
    // Bounds are -150deg to 180deg
    // At -180deg it flips to 180deg

    let rotation = getRotation() % 360;
    const direction = (rotation < 0) ? 1 : -1;
    if (rotation > 180) {
      rotation = rotation - 360;
    }
    if (rotation <= -180) {
      rotation = rotation + 360;
    }

    // console.log("trim: current=" + getRotation(), "rotation="+rotation);

    const transitionDuration = getComputedStyle(rotationLayer).getPropertyValue('transitionDuration');

    // Prevent spin as rotation angle updated
    rotationLayer.style.transitionDuration = '0s';

    setRotation(rotation);

    // Renable spin
    requestAnimationFrame(function(){
    rotationLayer.style.transitionDuration = transitionDuration;
    });
  }

  function exit(event) {
    console.log('exit');
    trimRotationOnExit();
    dragLayer.removeEventListener('dragstart', dragStart);
    dragLayer.removeEventListener('mousemove', mouseMove);
    dragLayer.removeEventListener('mouseup', exit);
    dragLayer.removeEventListener('mouseout', exit);
  }

  function mouseDown(event) {
    console.log('mouseDown');
    dragLayer.addEventListener('dragstart', dragStart);
    dragLayer.addEventListener('mouseup', exit);
    dragLayer.addEventListener('mouseout', exit);
    dragged = false;
  }

  dragLayer.addEventListener('mousedown', mouseDown);

})();
            
          
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