Team:Groningen/Graphs/DensityLimit

From 2009.igem.org

(Difference between revisions)

Latest revision as of 11:01, 14 September 2009

{ script: "var rm=Number(document.getElementById('rhomedium').value),\

            rv=Number(document.getElementById('rhovesicle').value),\
            rhomedium=[rm,rm,1030,rm],\
            rhovesicle=[279.19,rv,rv,119.60];\
        var d=[{title:'Li1998',data:[],args:{stroke: {color: '#F00'}}},{title:'Ours',data:[],args:{stroke: {color: '#0F0'}}},{title:'Ours (seawater)',data:[],args:{stroke: {color: '#0F0', style: 'Dash'}}},{title:'Walsby1994',data:[],args:{stroke: {color: '#00F'}}}];\
        for(var i=0; i<=50; i++) {\
          var rhocell=10*i+1000;\
          for(var j=0; j<d.length; j++) d[j].data.push({x:rhocell,y:1.0 - (rhomedium[j] - rhovesicle[j])/(rhocell - rhovesicle[j])});\
        } d;",

width: '10cm', height: '8cm', axes: {x: {title: "cell density (kg/m³)", minorLabels: false}, y: {title: "volume fraction of vesicles", vertical: true, min:0} }, plots: { 'default': {type: 'Lines'} } }

@@ Line 1: / Line 1: @@
 {
-script: "var d=[{title:'As',data:[],args:[]}]; for(var i=0; i<=100; i++) { var f=i/100; d[0].data.push({x:f,y:(rhomedium-f*rhovesicle)/(1-f)}); } d;",
+script: "var rm=Number(document.getElementById('rhomedium').value),\
+             rv=Number(document.getElementById('rhovesicle').value),\
+             rhomedium=[rm,rm,1030,rm],\
+             rhovesicle=[279.19,rv,rv,119.60];\
+         var d=[{title:'Li1998',data:[],args:{stroke: {color: '#F00'}}},{title:'Ours',data:[],args:{stroke: {color: '#0F0'}}},{title:'Ours (seawater)',data:[],args:{stroke: {color: '#0F0', style: 'Dash'}}},{title:'Walsby1994',data:[],args:{stroke: {color: '#00F'}}}];\
+         for(var i=0; i<=50; i++) {\
+           var rhocell=10*i+1000;\
+           for(var j=0; j<d.length; j++) d[j].data.push({x:rhocell,y:1.0 - (rhomedium[j] - rhovesicle[j])/(rhocell - rhovesicle[j])});\
+         } d;",
 width: '10cm',
 height: '8cm',
-{{defaultAxes|xtitle=volume fraction of vesicles|ytitle=maximum cell density (kg/m3)}},
+axes: {x: {title: "cell density (kg/m³)", minorLabels: false}, y: {title: "volume fraction of vesicles", vertical: true, min:0} },
 {{defaultPlot}}
 }