Difference between revisions of "Team:NEU China B"

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<html>
 
<html>
 
 
−
<canvas id="base_page" width="800" height="400" style="border:1px solid #c3c3c3;" class="center-block">
+
<canvas id="base_page" width="800" height="400" style="border:1px solid #c3c3c3;">
 
您的浏览器不支持 HTML5 canvas 标签。
 
您的浏览器不支持 HTML5 canvas 标签。
 
</canvas>
 
</canvas>
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var c = document.getElementById("base_page");
 
var c = document.getElementById("base_page");
 +
 +
$("#base_page").attr("width", c.parentElement.clientWidth);
 +
 
var ctx = c.getContext("2d");
 
var ctx = c.getContext("2d");
 
that = ctx;
 
that = ctx;
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var w4 = "https://static.igem.org/mediawiki/2018/9/96/T--NEU_China_B--w4.png";
 
var w4 = "https://static.igem.org/mediawiki/2018/9/96/T--NEU_China_B--w4.png";
 
var w5 = "https://static.igem.org/mediawiki/2018/7/7a/T--NEU_China_B--w5.png";
 
var w5 = "https://static.igem.org/mediawiki/2018/7/7a/T--NEU_China_B--w5.png";
 +
var w6 = "https://static.igem.org/mediawiki/2018/6/66/T--NEU_China_B--w6.png";
 +
 
var img1 = new Image();
 
var img1 = new Image();
 
var img2 = new Image();
 
var img2 = new Image();
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var img4 = new Image();
 
var img4 = new Image();
 
var img5 = new Image();
 
var img5 = new Image();
 +
var img6 = new Image();
 
img1.src = w1;
 
img1.src = w1;
 
var during = 40;
 
var during = 40;
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var t5 = 0;
 
var t5 = 0;
 
var base_t5 = base_t4 + during;
 
var base_t5 = base_t4 + during;
 +
var t6 = 0;
 +
var base_t6 = base_t5 + during;
  
 
var x_e = 300;
 
var x_e = 300;
 
var y_e = 150;
 
var y_e = 150;
−
+
 
 
function redraw() {
 
function redraw() {
 
ctx.clearRect(0, 0, width, height);
 
ctx.clearRect(0, 0, width, height);
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ctx.lineTo(x, y);
 
ctx.lineTo(x, y);
 
}
 
}
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    ctx.strokeStyle = '#FAF0E6';
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ctx.lineWidth = 3;
 
ctx.stroke();
 
ctx.stroke();
 
ctx.closePath();
 
ctx.closePath();
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var imgWarpper4 = {};
 
var imgWarpper4 = {};
 
var imgWarpper5 = {};
 
var imgWarpper5 = {};
 +
var imgWarpper6 = {};
  
 
imgWarpper1.img = img1;
 
imgWarpper1.img = img1;
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imgWarpper4.img = img4;
 
imgWarpper4.img = img4;
 
imgWarpper5.img = img5;
 
imgWarpper5.img = img5;
 +
imgWarpper6.img = img6;
  
 
img1.onload = function () {
 
img1.onload = function () {
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img5.onload = function () {
 
img5.onload = function () {
 
console.log("finish");
 
console.log("finish");
−
var timer = setInterval(function () {
+
img6.src = w6;
−
redraw();
+
img6.onload = function () {
−
i += 0.00001;
+
var timer = setInterval(function () {
 +
redraw();
 +
i += 0.00001;
 +
 
 +
t1 = i + base_t1;
 +
t2 = i + base_t2;
 +
t3 = i + base_t3;
 +
t4 = i + base_t4;
 +
t5 = i + base_t5;
 +
t6 = i + base_t6;
 +
 
 +
var img1_x = x_e * Math.cos(t1 * 180 * 2) + basex;
 +
var img1_y = y_e * Math.sin(t1 * 180 * 4) + basey;
  
−
t1 = i + base_t1;
+
drawImg(imgWarpper1, img1_x, img1_y);
−
t2 = i + base_t2;
+
−
t3 = i + base_t3;
+
−
t4 = i + base_t4;
+
−
t5 = i + base_t5;
+
  
−
var img1_x = x_e * Math.cos(t1 * 180 * 2) + basex;
+
var img2_x = x_e * Math.cos(t2 * 180 * 2) + basex;
−
var img1_y = y_e * Math.sin(t1 * 180 * 4) + basey;
+
var img2_y = y_e * Math.sin(t2 * 180 * 4) + basey;
 +
imgWarpper2.x = img2_x;
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imgWarpper2.y = img2_y;
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// imgWarpper2.w = i
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drawImg(imgWarpper2, img2_x, img2_y);
  
−
drawImg(imgWarpper1, img1_x, img1_y);
 
  
−
var img2_x = x_e * Math.cos(t2 * 180 * 2) + basex;
+
var img3_x = x_e * Math.cos(t3 * 180 * 2) + basex;
−
var img2_y = y_e * Math.sin(t2 * 180 * 4) + basey;
+
var img3_y = y_e * Math.sin(t3 * 180 * 4) + basey;
−
imgWarpper2.x = img2_x;
+
drawImg(imgWarpper3, img3_x, img3_y);
−
imgWarpper2.y = img2_y;
+
−
// imgWarpper2.w = i
+
−
drawImg(imgWarpper2, img2_x, img2_y);
+
  
 +
var img4_x = x_e * Math.cos(t4 * 180 * 2) + basex;
 +
var img4_y = y_e * Math.sin(t4 * 180 * 4) + basey;
 +
drawImg(imgWarpper4, img4_x, img4_y);
  
−
var img3_x = x_e * Math.cos(t3 * 180 * 2) + basex;
 
−
var img3_y = y_e * Math.sin(t3 * 180 * 4) + basey;
 
−
drawImg(imgWarpper3, img3_x, img3_y);
 
  
−
var img4_x = x_e * Math.cos(t4 * 180 * 2) + basex;
+
var img5_x = x_e * Math.cos(t5 * 180 * 2) + basex;
−
var img4_y = y_e * Math.sin(t4 * 180 * 4) + basey;
+
var img5_y = y_e * Math.sin(t5 * 180 * 4) + basey;
−
drawImg(imgWarpper4, img4_x, img4_y);
+
drawImg(imgWarpper5, img5_x, img5_y);
  
  
−
var img5_x = x_e * Math.cos(t5 * 180 * 2) + basex;
+
var img6_x = x_e * Math.cos(t6 * 180 * 2) + basex;
−
var img5_y = y_e * Math.sin(t5 * 180 * 4) + basey;
+
var img6_y = y_e * Math.sin(t6 * 180 * 4) + basey;
−
drawImg(imgWarpper5, img5_x, img5_y);
+
drawImg(imgWarpper6, img6_x, img6_y);
 +
// if (y > 400) {
 +
// clearInterval(timer);
 +
// }
 +
}, 10);
  
−
// if (y > 400) {
+
}
−
// clearInterval(timer);
+
−
// }
+
−
}, 10);
+
 
}
 
}
 
}
 
}

Revision as of 22:51, 16 October 2018

Ruby - Responsive Corporate Tempalte

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Abstract

The role of L-lactate is not always beneficial for the yogurt fermentation due to excessive L-lactate can provide an optimized growth condition for yeast and mold. Therefore, it is important to detect the concentration of L-lactate. Acid-base titration is a common method for it, but this method is complicated and time-consuming. In order to monitor L-lactate quickly and conveniently, we designed a biosensor for detecting L-lactate concentration by using the lldPRD L-lactate operon and QS system in E. coli. One of these parts is able to induce the lldPRD genes expression, LuxS protein, in the presence of L-lactate. LuxS protein catalyzes the SAM cycle and produces a small signaling molecule AI-2 that motivates our second part promoter of LsrA&K to promote GFP expression. The optic fiber is able to detect the GFP signal and convert it into current. Simultaneously, the entire device container will be made by 3D printing.