Team:XJTU-China

Brief Intro.

a tryptophan producer

Synthetic biology is a science discipline that differs a lot from the others. Usually, you would use the scientific method to obtain results in the majority of life sciences, centering your work on making observations and performing experiments. However, synthetic biology goes beyond that, it is all about constructing something new from parts (biological parts if you may). That is why, sometimes the engineering design process fits better with these projects, since a product has to be built, a machine that performs a task, where it is more important what it does rather than how, yet still has to be tested. Funnily enough, that's why iGEM stands for genetically engineered machines.

To close the menu, the menu icon needs to be clicked again. This menu is inspired by the left side menu found on YouTube. When clicking on the menu label and icon, the main menu appears beneath and the menu icon slides to the right side while the label slides up. To close the menu, the menu icon needs to be clicked again. This menu is inspired by the left side menu found on YouTube. When clicking on the menu label and icon, the main menu appears beneath and the menu icon slides to the right side while the label slides up. To close the menu, the menu icon needs to be clicked again. This menu is inspired by the left side menu found on YouTube. When clicking on the menu label and icon, To close the menu, the menu icon needs to be clicked again. This menu is inspired by the left side menu found on YouTube. When clicking on the menu label and icon,

the main menu appears beneath and the menu icon slides to the right side while the label slides up.o be clicked again. This menu is inspired by the left side menu found on YouTube. When clicking on the menu label and icon, the main menu appears beneath and the menu icon slides to the right side while the label slides up. To close the menu, the menu icon needs to be clicked again. This menu is inspired by the left side menu found on YouTube. When clicking on the menu label and icon, the main menu appears beneath and the menu icon slides to the right side while the label slides up. To close the menu, the menu icon needs to be clicked again. This menu is inspired by the left side menu found on YouTube. When clicking on the menu label and icon, the main menu appears beneath and the menu icon slides to the right side while the label slides up. the main menu appears beneath and the menu icon slides to the right side while the label slides up. To close the menu, the menu icon needs to be clicked again. This menu is inspired by the left side menu found on YouTube. When clicking on the menu label and icon, the main menu appears beneath and the menu icon slides to the right side while the label slides up.ide menu found on YouTube. When clicking on the menu label and icon, To close the menu, the menu icon needs to be clicked again. This menu is inspired by the left side menu found on YouTube. When clicking on the menu label and icon, the main menu appears beneath and the menu icon slides to the right side while the label slides up.

highlights

A lot of wonderful works

XJTU-China

Perhaps you have no idea who is Hincious.

why can't i see me

Howdy guys sadasd dsadsa sdad ad a dsad as d

Haaaaa

why can't i see me

Howdy guys sadasd dsadsa sdad ad a dsad as d

Haaaaa

* imagesLoaded PACKAGED v4.1.1
* JavaScript is all like "You images are done yet or what?"
* MIT License
*/

* main.js
* http://www.codrops.com
*
* Licensed under the MIT license.
* http://www.opensource.org/licenses/mit-license.php
* 
* Copyright 2016, Codrops
* http://www.codrops.com
*/

(function(window) {

'use strict';

// Helper vars and functions. function extend( a, b ) { for( var key in b ) { if( b.hasOwnProperty( key ) ) { a[key] = b[key]; } } return a; } // From https://davidwalsh.name/javascript-debounce-function. function debounce(func, wait, immediate) { var timeout; return function() { var context = this, args = arguments; var later = function() { timeout = null; if (!immediate) func.apply(context, args); }; var callNow = immediate && !timeout; clearTimeout(timeout); timeout = setTimeout(later, wait); if (callNow) func.apply(context, args); }; }; // Creates a sorted array of random numbers between minVal and maxVal with a length = size. function createRandIntOrderedArray(minVal, maxVal, size) { var arr = []; for(var i=0; i<size; ++i) { arr.push(anime.random(minVal, maxVal)); } arr.sort(function(a, b){ return a-b }); return arr; } // Checks if an object is empty. function isObjEmpty(obj) { return Object.getOwnPropertyNames(obj).length > 0; } // Concatenate JS objs. // From http://stackoverflow.com/a/2454315. function collect() { var ret = {}; var len = arguments.length; for (var i=0; i<len; i++) { for (var p in arguments[i]) { if (arguments[i].hasOwnProperty(p)) { ret[p] = arguments[i][p]; } } } return ret; } // Check if clip-path is supported. From http://stackoverflow.com/a/30041538. function areClipPathShapesSupported() { var base = 'clipPath', prefixes = [ 'webkit', 'moz', 'ms', 'o' ], properties = [ base ], testElement = document.createElement( 'testelement' ), attribute = 'polygon(50% 0%, 0% 100%, 100% 100%)';

// Push the prefixed properties into the array of properties. for ( var i = 0, l = prefixes.length; i < l; i++ ) { var prefixedProperty = prefixes[i] + base.charAt( 0 ).toUpperCase() + base.slice( 1 ); // remember to capitalize! properties.push( prefixedProperty ); }

// Interate over the properties and see if they pass two tests. for ( var i = 0, l = properties.length; i < l; i++ ) { var property = properties[i];

// First, they need to even support clip-path (IE <= 11 does not)... if ( testElement.style[property] === ) {

// Second, we need to see what happens when we try to create a CSS shape... testElement.style[property] = attribute; if ( testElement.style[property] !== ) { return true; } } } return false; };

/** * Segmenter obj. */ function Segmenter(el, options) { this.el = el; this.options = extend({}, this.options); extend(this.options, options); // Preload main image. var self = this; imagesLoaded(this.el, { background: true }, function() { self._init(); self._initEvents(); self.options.onReady(); }); }

Segmenter.prototype.options = { // Number of pieces. pieces: 4, // Show pieces already styled. renderOnLoad: false, // Add an element for the shadow. shadows: true, // Animations for the shadow (valid properties: opacity, translateX, translateY). shadowsAnimation: { opacity: 1, // translateX: 20, // translateY: 20 }, // Parrallax effect for the pieces. parallax: false, // Movements for the parallax effect. parallaxMovement: {min: 10, max: 40}, // Animation for the pieces (valid properties: duration, easing, delay, opacity, translate[XYZ]). animation: { duration: 1500, easing: 'easeOutQuad', delay: 0, // Delay increment per piece. // opacity: 0.5, translateZ: {min: 10, max: 65}, // We can also use an integer for a specific value. // translateX: {min: -100, max: 100}, // We can also use an integer for a specific value. // translateY: {min: -100, max: 100} // We can also use an integer for a specific value. }, // Callbacks onReady: function() { return false; }, onAnimationComplete: function() { return false; }, onAnimationStart: function() { return false; }, // The positions of the pieces in percentage values. // We can also use random values by setting options.positions to "random". positions: [ {top: 80, left: 10, width: 30, height: 20}, {top: 2, left: 2, width: 40, height: 40}, {top: 30, left: 60, width: 30, height: 60}, {top: 10, left: 20, width: 50, height: 60} ] };

/** * Init! */ Segmenter.prototype._init = function() { // The dimensions of the main element. this.dimensions = { width: this.el.offsetWidth, height: this.el.offsetHeight };

// The source of the main image. var background = this.el.style.backgroundImage; this.imgsrc = background.replace('url(',).replace(')',).replace(/\"/gi, "");;

// Create the layout. this._layout();

var self = this; this.pieces = [].slice.call(this.el.querySelectorAll('.segmenter__piece-wrap')); this.pieces.forEach(function(piece, pos) { // Bugfix for Chrome. The translateZ needs an initial value otherwise the animation will not work. (this seems to be a anime.js bug - let´s wait for the next version..) piece.style.WebkitTransform = piece.style.transform = 'translateZ(0.0001px)';

// If we want to render the different pieces on load then: if( self.options.renderOnLoad ) { self._renderPiece(piece); } }); // Flag to indicate the pieces are already rendered/styled either on load or after the animation. if( this.options.renderOnLoad ) { this.active = true; } };

/** * Creates the layout. */ Segmenter.prototype._layout = function() { // clip-path support var clipPath = areClipPathShapesSupported();

var segBgEl = document.createElement('div'); segBgEl.className = 'segmenter__background'; segBgEl.style.backgroundImage = 'url(' + this.imgsrc + ')';

var segPieces = document.createElement('div'), segPiecesHTML = , positionsTotal = this.options.positions.length;

segPieces.className = 'segmenter__pieces';

for(var i = 0, len = this.options.pieces; i < len; ++i) { if( this.options.parallax ) {

segPiecesHTML += '

';

}

segPiecesHTML += '

';

var top, left, width, height, clipTop, clipLeft, clipRight, clipBottom, pos = i <= positionsTotal - 1 ? i : 0, isRandom = this.options.positions === 'random';

top = isRandom ? anime.random(0,100) : this.options.positions[pos].top; left = isRandom ? anime.random(0,100) : this.options.positions[pos].left; width = isRandom ? anime.random(0,100) : this.options.positions[pos].width; height = isRandom ? anime.random(0,100) : this.options.positions[pos].height;

if( !clipPath ) { clipTop = isRandom ? top/100 * this.dimensions.height : this.options.positions[pos].top/100 * this.dimensions.height; clipLeft = isRandom ? left/100 * this.dimensions.width : this.options.positions[pos].left/100 * this.dimensions.width; clipRight = isRandom ? width/100 * this.dimensions.width + clipLeft : this.options.positions[pos].width/100 * this.dimensions.width + clipLeft; clipBottom = isRandom ? height/100 * this.dimensions.height + clipTop : this.options.positions[pos].height/100 * this.dimensions.height + clipTop; }

if( this.options.shadows ) {

segPiecesHTML += '

';

}

segPiecesHTML += clipPath ?

'

' : '

'; segPiecesHTML += '

'

if( this.options.parallax ) {

segPiecesHTML += '

';

} }

segPieces.innerHTML = segPiecesHTML;

this.el.innerHTML = ; this.el.appendChild(segBgEl); this.el.appendChild(segPieces); };

/** * Renders/Styles a piece with the options that are passed in the initialization. */ Segmenter.prototype._renderPiece = function(piece) { var idx = this.pieces.indexOf(piece); var self = this; if( self.options.animation.translateZ != undefined ) { if( typeof self.options.animation.translateZ === 'object' ) { var randArr = createRandIntOrderedArray(self.options.animation.translateZ.min, self.options.animation.translateZ.max, self.options.pieces); piece.style.transform = piece.style.WebkitTransform = 'translateZ(' + randArr[idx] + 'px)'; } else { piece.style.transform = piece.style.WebkitTransform = 'translateZ(' + self.options.animation.translateZ + 'px)'; } } if( self.options.animation.translateY != undefined ) { if( typeof self.options.animation.translateY === 'object' ) { var randArr = createRandIntOrderedArray(self.options.animation.translateY.min, self.options.animation.translateY.max, self.options.pieces); piece.style.transform = piece.style.WebkitTransform = 'translateY(' + randArr[idx] + 'px)'; } else { piece.style.transform = piece.style.WebkitTransform = 'translateY(' + self.options.animation.translateY + 'px)'; } } if( self.options.animation.translateX != undefined ) { if( typeof self.options.animation.translateX === 'object' ) { var randArr = createRandIntOrderedArray(self.options.animation.translateX.min, self.options.animation.translateX.max, self.options.pieces); piece.style.transform = piece.style.WebkitTransform = 'translateX(' + randArr[idx] + 'px)'; } else { piece.style.transform = piece.style.WebkitTransform = 'translateX(' + self.options.animation.translateX + 'px)'; } } if( self.options.animation.opacity != undefined ) { piece.style.opacity = self.options.animation.opacity; }

if( self.options.shadows && isObjEmpty(self.options.shadowsAnimation) ) { var shadowEl = piece.querySelector('.segmenter__shadow'); shadowEl.style.opacity = self.options.shadowsAnimation.opacity != undefined ? self.options.shadowsAnimation.opacity : 0; shadowEl.style.transform = shadowEl.style.WebkitTransform = 'translateX(' + (self.options.shadowsAnimation.translateX != undefined ? self.options.shadowsAnimation.translateX : 0) + 'px) translateY(' + (self.options.shadowsAnimation.translateY != undefined ? self.options.shadowsAnimation.translateY : 0) + 'px)'; } };

/** * Animates the pieces with the options passed (with anime.js). */ Segmenter.prototype.animate = function() { if( this.active ) { return false; } this.active = true;

var self = this, animProps = { targets: this.pieces, duration: this.options.animation.duration, delay: function(el, index) { return (self.options.pieces - index - 1) * self.options.animation.delay; }, easing: this.options.animation.easing, begin: this.options.onAnimationStart, complete: this.options.onAnimationComplete };

if( this.options.animation.translateZ != undefined ) { var randArr = createRandIntOrderedArray(this.options.animation.translateZ.min, this.options.animation.translateZ.max, this.options.pieces); animProps.translateZ = typeof this.options.animation.translateZ === 'object' ? function(el, index) { return randArr[index]; } : this.options.animation.translateZ; } if( this.options.animation.translateX != undefined ) { animProps.translateX = typeof this.options.animation.translateX === 'object' ? function(el, index) { return anime.random(self.options.animation.translateX.min, self.options.animation.translateX.max); } : this.options.animation.translateX; } if( this.options.animation.translateY != undefined ) { animProps.translateY = typeof this.options.animation.translateY === 'object' ? function(el, index) { return anime.random(self.options.animation.translateY.min, self.options.animation.translateY.max); } : this.options.animation.translateY; } if( this.options.animation.opacity != undefined ) { animProps.opacity = this.options.animation.opacity; }

anime(animProps);

// Also animate the shadow element. if( this.options.shadows && isObjEmpty(this.options.shadowsAnimation) ) { anime(collect({ targets: this.el.querySelectorAll('.segmenter__shadow'), duration: this.options.animation.duration, delay: function(el, index) { return (self.options.pieces - index - 1) * self.options.animation.delay; }, easing: this.options.animation.easing }, this.options.shadowsAnimation)); } };

/** * Init/Bind events. */ Segmenter.prototype._initEvents = function() { var self = this;

// Window resize. this.debounceResize = debounce(function(ev) { var positionsTotal = self.options.positions.length;

// Recalculate dimensions. self.dimensions = { width: self.el.offsetWidth, height: self.el.offsetHeight };

// Recalculate clip values.. // todo: DRY // todo: If random is true then save the initial values. Should not recalculate for this case. self.pieces.forEach(function(piece, position) { var clipTop, clipLeft, clipRight, clipBottom, segmenterPiece = piece.querySelector('.segmenter__piece');

if( self.options.positions === 'random' ) { var randT = anime.random(0,100), randL = anime.random(0,100), randW = anime.random(0,100), randH = anime.random(0,100); clipTop = randT/100 * self.dimensions.height; clipLeft = randL/100 * self.dimensions.width; clipRight = randW/100 * self.dimensions.width + clipLeft; clipBottom = randH/100 * self.dimensions.height + clipTop; } else { var pos = position <= positionsTotal - 1 ? position : 0; clipTop = self.options.positions[pos].top/100 * self.dimensions.height; clipLeft = self.options.positions[pos].left/100 * self.dimensions.width; clipRight = self.options.positions[pos].width/100 * self.dimensions.width + clipLeft; clipBottom = self.options.positions[pos].height/100 * self.dimensions.height + clipTop; }

segmenterPiece.style.clip = 'rect(' + clipTop + 'px,' + clipRight + 'px,' + clipBottom + 'px,' + clipLeft + 'px)'; }); }, 10); window.addEventListener('resize', this.debounceResize);

// Mousemove and Deviceorientation: if( this.options.parallax ) { var arrRand = createRandIntOrderedArray(this.options.parallaxMovement.min, this.options.parallaxMovement.max, this.options.pieces); this.pieces.forEach(function(piece, pos) { piece.setAttribute('data-parallax-translation', typeof self.options.parallaxMovement === 'object' ? arrRand[pos] : self.options.parallaxMovement ); }); this.mousemove = function(ev) { if( !self.active ) { return false; } requestAnimationFrame(function() { self.pieces.forEach(function(piece) { var t = piece.getAttribute('data-parallax-translation'), transX = t/(self.dimensions.width)*ev.clientX - t/2, transY = t/(self.dimensions.height)*ev.clientY - t/2;

piece.parentNode.style.transform = piece.parentNode.style.WebkitTransform = 'translate3d(' + transX + 'px,' + transY + 'px,0)'; }); }); }; window.addEventListener('mousemove', this.mousemove);

this.handleOrientation = function() { if( !self.active ) { return false; } var y = event.gamma; // To make computation easier we shift the range of x and y to [0,180] y += 90;

requestAnimationFrame(function() { self.pieces.forEach(function(piece) { var t = piece.getAttribute('data-parallax-translation'), transX = t/(self.dimensions.width)*y - t/2, transY = t/(self.dimensions.height)*y - t/2;

piece.parentNode.style.transform = piece.parentNode.style.WebkitTransform = 'translate3d(' + transX + 'px,' + transY + 'px,0)'; }); }); } window.addEventListener('deviceorientation', this.handleOrientation); } };

window.Segmenter = Segmenter;

})(window);

Team:XJTU-China

Brief Intro.

a tryptophan producer

Wetlab

Modelling

Human Practices

Team

highlights

A lot of wonderful works

XJTU-China

XJTU-China

why can't i see me

why can't i see me