Team:Groningen/create desc

From 2010.igem.org

(Difference between revisions)
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<script language="JavaScript">
<script language="JavaScript">
var cur="";
var cur="";
 +
var fouten ="";
 +
 +
function getOpsomming(el) {
 +
var str="";
 +
if (el.length == 1) { return el.value; }
 +
else {
 +
  for (var loop = 0; loop<el.length; loop++) {
 +
    if (el[loop].checked == true) {
 +
      if (str != "") { str += ", "; }
 +
      str += el[loop].value;
 +
    }
 +
  }
 +
  return str;
 +
}
 +
}
function characteristics() {
function characteristics() {
  var txt = "";
  var txt = "";
  txt = "<b>Characteristics of BioBrick device/part</b><br>";
  txt = "<b>Characteristics of BioBrick device/part</b><br>";
-
  txt+= "Type of BioBrick: "+document.inv.typ.value+"<br>";
+
-
  if (document.inv.inputs.value != "") {
+
  txt+= "Type of BioBrick: "+getOpsomming(document.inv.typ)+"<br>";
 +
  if (document.inv.inputs.value != "N/A") {
   txt += "Inputs: "+document.inv.inputs.value+"<br>";
   txt += "Inputs: "+document.inv.inputs.value+"<br>";
  }
  }
-
  if (document.inv.outputs.value !="") {
+
  if (document.inv.outputs.value !="N/A") {
   txt += "Outputs: "+document.inv.outputs.value+"<br>";
   txt += "Outputs: "+document.inv.outputs.value+"<br>";
  }
  }
-
  return txt;
+
txt += "Ribosome transit rate: "+document.inv.ribinv.value+"<br>Polymerase transit rate:"+document.inv.polyinv.value+"<br>";
 +
 
 +
if (document.inv.components.value != "") {
 +
  txt += "Composed with "+document.inv.components.value+"<br>";
 +
}
 +
  return txt+"<br>";
}
}
function physprop() {
function physprop() {
   var txt ="<b>Physical properties</b><br>";
   var txt ="<b>Physical properties</b><br>";
-
   txt +="Sequence<br>"+document.inv.seq.value+"<br>Length: "+document.inv.blength.value+" bps<BR><br>Host:<br>"+document.inv.host.value+"<br>";
+
  var eh = getOpsomming(document.inv.host);
 +
  if (document.inv.host2.value != "") {
 +
    if (eh != "") {
 +
      eh += ", "+document.inv.host2.value;
 +
    } else {
 +
      eh = document.inv.host2.value;
 +
    }
 +
  }
 +
 
 +
   txt +="Sequence<br>"+document.inv.seq.value+"<br>Length: "+document.inv.blength.value+" bps<BR>Host: "+eh+"<br><br>";
   return txt;
   return txt;
}
}
 +
function updateBPS()
function updateBPS()
{
{
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}
}
function post() {
function post() {
-
document.getElementById("formpje").display="none";
 
-
return false;
 
-
$("#formpje").hide();
 
-
cur = document.getElementById("formpje").innerHTML;
 
  var txt = "";
  var txt = "";
 +
fouten = "";
  var ok = false;
  var ok = false;
-
  if (document.inv.desc.value != "") { ok = true; }
+
  if (document.inv.desc.value != "") { ok = true; } else { fouten += "Description is not provided"; }
-
txt = "<b>Characteristics of BioBrick</b><br>"+characteristics()+"<b>Description</b><br>\n"+document.inv.desc.value+"<br><br>"+physprop()+"<br><br><b>Recommended working conditions/usage</b><br>"+document.inv.oper.value+"<br><br><b>Physical properties</b><br><br>"+document.inv.phys.value+"<br><i><br><b>Characteristics</b><br>Ribosome transit rate:</b> "+document.inv.ribinv.value+"<br>Polymerase transit rate: </b>"+document.inv.polyinv.value+"<br>Host(s): "+"<br><b>Compatibility</b><br>"+document.inv.compat.value;
+
-
txt = txt + "<textarea>"+txt+"</textarea>";
+
txt = characteristics()+"<b>Description</b><br>\n"+document.inv.desc.value+"<br><br>"+physprop()+"<b>Recommended working conditions/usage</b><br>"+document.inv.oper.value+"<br><br><b>Status</b><br>"+document.inv.status.value+"<br><br><b>Safety notes</b><br>"+document.inv.safety.value+"<br><br><b>Contact information</b><br>"+document.inv.contact.value+"<br><br>";
-
txt+='<form onSubmit="restore();" method="post"><input type="submit"></form>';
+
 
 +
txt = txt + "Resulting HTML: <textarea>"+txt+"</textarea><br>";
 +
txt+='<form onSubmit="restore(); return false;" ><input type="submit"></form>';
if (ok) {
if (ok) {
 +
 +
 +
$("#formpje").hide();
 +
document.getElementById("fouten").innerHTML = fouten;
  document.getElementById("ans").innerHTML = txt;
  document.getElementById("ans").innerHTML = txt;
 +
} else {
 +
document.getElementById("fouten").innerHTML = fouten;
}
}
-
$("#ans").show();
+
$("#ans").show();
 +
$('#my-link').click();
 +
 
  return false;
  return false;
}
}
Line 47: Line 84:
  $("#ans").hide();
  $("#ans").hide();
  $("#formpje").show();
  $("#formpje").show();
 +
$('#my-link').click();
 +
  return false;
  return false;
}
}
</script>
</script>
 +
<a id="my-link" href="#"></a>
 +
<div id="fouten"></div>
<div id="formpje">
<div id="formpje">
<form name='inv' onSubmit="post(); return false;" >
<form name='inv' onSubmit="post(); return false;" >
Line 70: Line 111:
<tr><td valign="top"><b>Physical properties</b></td></tr>
<tr><td valign="top"><b>Physical properties</b></td></tr>
<tr><td>Host</td><td><input type="checkBox" name="host" value="E. coli">Escherichia coli<br><input type="checkBox" name="host" value="Bacillus subtilis">Bacillus subtilis<br><input type="checkBox" name="host" value="Yeast">Yeast<br><input type="checkBox" name="host" value="Bacteriophage T7">Bacteriophage T7<br>
<tr><td>Host</td><td><input type="checkBox" name="host" value="E. coli">Escherichia coli<br><input type="checkBox" name="host" value="Bacillus subtilis">Bacillus subtilis<br><input type="checkBox" name="host" value="Yeast">Yeast<br><input type="checkBox" name="host" value="Bacteriophage T7">Bacteriophage T7<br>
-
       Other: <input type="text name="host2"></td></tr>
+
       Other: <input type="text" name="host2"></td></tr>
<tr><td><b>Recommended working conditions</b> specify here how there is worked with the BioBrick. Recommended working operations are mainly used for how the biobrick is used in the current project</td><td><textarea name="oper"></textarea></td></tr>
<tr><td><b>Recommended working conditions</b> specify here how there is worked with the BioBrick. Recommended working operations are mainly used for how the biobrick is used in the current project</td><td><textarea name="oper"></textarea></td></tr>
<tr><td>Status of BioBrick part/device</td><td><textarea name="status" rows=7 cols=40></textarea></td></tr>
<tr><td>Status of BioBrick part/device</td><td><textarea name="status" rows=7 cols=40></textarea></td></tr>
<tr><td>Safety notes</td><td><textarea name="safety">No additional safety meassures required</textarea></td></tr>
<tr><td>Safety notes</td><td><textarea name="safety">No additional safety meassures required</textarea></td></tr>
-
 
+
<tr><td>Contact</td><td><textarea name="contact"></textarea></td></tr>
-
<tr><td>Compatibility</td><td><textarea name="compat"></textarea></td></tr>                                          
+
<tr><td colspan=2><center><input type=submit></center></td></tr>
<tr><td colspan=2><center><input type=submit></center></td></tr>
</table>
</table>
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</form>
</form>
 +
<br><br>
</div>
</div>
<div id="ans">
<div id="ans">

Latest revision as of 00:06, 27 October 2010

iGEM Groningen 2010

Hydrophobofilm
pushing coatings into a greener future

Characteristics
TypeProtein generator
Reporters
Invertors
Senders and receivers
Measurement devices
Eventual inputs
Eventual outputs
Polymerase transit rates PoPS
Ribosome transit rates
In case of device, describe used components
Description This should contain an brief summary of the BioBrick part/device made. Inputs and outputs should be short summarized
Physical properties
Sequence

Length of part bps
Physical properties
HostEscherichia coli
Bacillus subtilis
Yeast
Bacteriophage T7
Other:
Recommended working conditions specify here how there is worked with the BioBrick. Recommended working operations are mainly used for how the biobrick is used in the current project
Status of BioBrick part/device
Safety notes
Contact


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