Team:Groningen/Graphs/Promoters/RPU/TY/BBa J23100/BBa J23106

From 2009.igem.org

(Difference between revisions)

Latest revision as of 12:22, 30 July 2009

{ datatable: '/Team:Groningen/Tables/Promoters/Combined', width: '8cm', height: '5cm', series: [

/* List of LB control data series */
// ((d/dt)Fx/ABSx)/((d/dt)Fr/ABSr) = ((d/dt)Fx*ABSr)/((d/dt)Fr*ABSx)
//                                 = (dFx*ABSr)/(dFr*ABSx)
{xf: '(cell(0,1)+cell(0,-1))/(2*60)', y: 11,
 yf: '((cell(11,47)-cell(11,45))*(cell(12,0)-0.09115113622763))/\
      ((cell(12,47)-cell(12,45))*(cell(11,0)-0.09115113622763))', stroke: {color: '#F00'}},
{xf: '(cell(0,1)+cell(0,-1))/(2*60)', y: 23,
 yf: '((cell(23,47)-cell(23,45))*(cell(24,0)-0.09115113622763))/\
      ((cell(24,47)-cell(24,45))*(cell(23,0)-0.09115113622763))', stroke: {color: '#A00'}},
{xf: '(cell(0,1)+cell(0,-1))/(2*60)', y: 35,
 yf: '((cell(35,47)-cell(35,45))*(cell(36,0)-0.09115113622763))/\
      ((cell(36,47)-cell(36,45))*(cell(35,0)-0.09115113622763))', stroke: {color: '#0F0'}},
{xf: '(cell(0,1)+cell(0,-1))/(2*60)', y: 47,
 yf: '((cell(47,47)-cell(47,45))*(cell(48,0)-0.09115113622763))/\
      ((cell(48,47)-cell(48,45))*(cell(47,0)-0.09115113622763))', stroke: {color: '#0A0'}},
{xf: '(cell(0,1)+cell(0,-1))/(2*60)', y: 59,
 yf: '((cell(59,47)-cell(59,45))*(cell(60,0)-0.09115113622763))/\
      ((cell(60,47)-cell(60,45))*(cell(59,0)-0.09115113622763))', stroke: {color: '#00F'}},
{xf: '(cell(0,1)+cell(0,-1))/(2*60)', y: 71,
 yf: '((cell(71,47)-cell(71,45))*(cell(72,0)-0.09115113622763))/\
      ((cell(72,47)-cell(72,45))*(cell(71,0)-0.09115113622763))', stroke: {color: '#00A'}},

], axes: {x: {title: "time (min)", max:946.08167 }, y: {title: "RPU", vertical: true, min: 0, max: 1} }, plots: { 'default': {type: 'Lines'} } }

@@ Line 1: / Line 1: @@
 {
-datasource: 'http://spreadsheets.google.com/pub?key=tqkqb23deWHvPV5vgRlGQ0Q&range=B101:BW191',
+datatable: '/Team:Groningen/Tables/Promoters/Combined',
 width: '8cm',
 height: '5cm',
@@ Line 8: / Line 8: @@
   //                                 = (dFx*ABSr)/(dFr*ABSx)
   {xf: '(cell(0,1)+cell(0,-1))/(2*60)', y: 11,
-   yf: '((cell(11,47)-cell(11,45))*(cell(12,0)-0.094262500378219))/\
+   yf: '((cell(11,47)-cell(11,45))*(cell(12,0)-0.09115113622763))/\
-        ((cell(12,47)-cell(12,45))*(cell(11,0)-0.094262500378219))', stroke: {color: '#F00'}},
+        ((cell(12,47)-cell(12,45))*(cell(11,0)-0.09115113622763))', stroke: {color: '#F00'}},
   {xf: '(cell(0,1)+cell(0,-1))/(2*60)', y: 23,
-   yf: '((cell(23,47)-cell(23,45))*(cell(24,0)-0.094262500378219))/\
+   yf: '((cell(23,47)-cell(23,45))*(cell(24,0)-0.09115113622763))/\
-        ((cell(24,47)-cell(24,45))*(cell(23,0)-0.094262500378219))', stroke: {color: '#A00'}},
+        ((cell(24,47)-cell(24,45))*(cell(23,0)-0.09115113622763))', stroke: {color: '#A00'}},
   {xf: '(cell(0,1)+cell(0,-1))/(2*60)', y: 35,
-   yf: '((cell(35,47)-cell(35,45))*(cell(36,0)-0.094262500378219))/\
+   yf: '((cell(35,47)-cell(35,45))*(cell(36,0)-0.09115113622763))/\
-        ((cell(36,47)-cell(36,45))*(cell(35,0)-0.094262500378219))', stroke: {color: '#0F0'}},
+        ((cell(36,47)-cell(36,45))*(cell(35,0)-0.09115113622763))', stroke: {color: '#0F0'}},
   {xf: '(cell(0,1)+cell(0,-1))/(2*60)', y: 47,
-   yf: '((cell(47,47)-cell(47,45))*(cell(48,0)-0.094262500378219))/\
+   yf: '((cell(47,47)-cell(47,45))*(cell(48,0)-0.09115113622763))/\
-        ((cell(48,47)-cell(48,45))*(cell(47,0)-0.094262500378219))', stroke: {color: '#0A0'}},
+        ((cell(48,47)-cell(48,45))*(cell(47,0)-0.09115113622763))', stroke: {color: '#0A0'}},
   {xf: '(cell(0,1)+cell(0,-1))/(2*60)', y: 59,
-   yf: '((cell(59,47)-cell(59,45))*(cell(60,0)-0.094262500378219))/\
+   yf: '((cell(59,47)-cell(59,45))*(cell(60,0)-0.09115113622763))/\
-        ((cell(60,47)-cell(60,45))*(cell(59,0)-0.094262500378219))', stroke: {color: '#00F'}},
+        ((cell(60,47)-cell(60,45))*(cell(59,0)-0.09115113622763))', stroke: {color: '#00F'}},
   {xf: '(cell(0,1)+cell(0,-1))/(2*60)', y: 71,
-   yf: '((cell(71,47)-cell(71,45))*(cell(72,0)-0.094262500378219))/\
+   yf: '((cell(71,47)-cell(71,45))*(cell(72,0)-0.09115113622763))/\
-        ((cell(72,47)-cell(72,45))*(cell(71,0)-0.094262500378219))', stroke: {color: '#00A'}},
+        ((cell(72,47)-cell(72,45))*(cell(71,0)-0.09115113622763))', stroke: {color: '#00A'}},
 ],
 axes: {x: {title: "time (min)", max:946.08167 }, y: {title: "RPU", vertical: true, min: 0, max: 1} },
 {{defaultPlot}}
 }