Team:Groningen/Graphs/Characterization/pArsRRFPcon

{ script: "var d=[{title:'As(III)exT',data:[],args:{plot:'outer',}},\               {title:'As(III)inT',data:[],args:{plot:'inner',}},\                {title:'As(III)inT pArsRRFPcon',data:[],\                                                        args:{plot: 'inner',}}];\         if (experiments.pArsRRFPcon.bestSolution!=undefined) {\           var data = experiments.pArsRRFPcon.bestSolution.xt;\           for(var i=0; i<data.AsT.length; i++) {\             d[0].data.push({x:data.AsT[i]*1e6,y:data.AsexT[i]*1e6});\             d[1].data.push({x:data.AsT[i]*1e6,y:data.AsinT[i]*1e6});\           }\         }\         var data = experiments.pArsRRFPcon.data;\         for(var i=0; i<data.AsT.length; i++) {\           d[2].data.push({x:data.AsT[i]*1e6,y:data.AsinT[i]*1e6});\         }\         for(j=2; j<d.length; j++) d[j].args.stroke.style = 'Dash';\         d;", width: '10cm', height: '8cm', axes: {x: {title: "AsT (µmol)", minorLabels: false}, innery: {title: "concentration in cell (µM)", vertical: true, min: 0}, outery: {title: "concentration in solution (µM)", vertical: true, leftBottom: false, min: 0} }, plots: { 'inner': {type: 'Lines', vAxis: 'innery'}, 'outer': {type: 'Lines', vAxis: 'outery'} } }