Select a molecule, and choose a Chemical Terms expression from the list, or enter one. Press the Evaluate button to evaluate the expression on the selected molecule.
<script type="text/javascript" type="text/javascript" SRC="../../../marvin.js"> </script> <script type="text/javascript" type="text/javascript"> <!-- function evaluateChemicalTerms() { if(document.MView != null) { var e = document.CTForm.Expression.value; var result = document.MView.evaluateChemicalTerms(e, getSelectedIndex()); document.CTForm.Result.value = result; } else { alert("Cannot evaluate expression on molecule:\n"+ "no JavaScript to Java communication in your browser.\n"); } } function getSelectedIndex() { if(document.MView != null) { var index = document.MView.getSelectedIndex(); if(index < 0) { alert("Please select a molecule first."); } else { return index; } } else { alert("Cannot get index of selected molecule:\n"+ "no JavaScript to Java communication in your browser.\n"); } } function setCTExpression(expression) { document.CTForm.Expression.value = expression; document.CTForm.Result.value = ""; } mview_name = "MView"; mview_begin("../../..", 600, 200); mview_param("tabScale", "25"); mview_param("background", "#ffffff"); mview_param("molbg", "#ffffff"); mview_param("rows", "1"); mview_param("cols", "3"); mview_param("cell0", "|../../../mols-2d/l-tryptophan.csmol"); mview_param("cell1", "|../../../mols-2d/caffeine.csmol"); mview_param("cell2", "|../../../mols-2d/vitaminc.csmol"); mview_end(); //--> </script> <p> <form NAME="CTForm"> <table BORDER=0> <tr> <td><a href="../../../help/applications/ChemicalTerms.html">Chemical Terms</a> expression:</td> <td ALIGN="right"> <select NAME="ExpressionSelector" onChange="javascript:setCTExpression(this.value)"> <option VALUE=""> --- Select expression --- </option> <option VALUE="mass()">Molecular weight</option> <option VALUE="atomCount()">Atom count</option> <option VALUE="bondCount()">Bond count</option> <option VALUE="rotatableBondCount()">Rotatable bond count</option> <option VALUE="ringCount()">Ring count</option> <option VALUE="pKa('acidic', '1')">Strongest acidic pKa</option> <option VALUE="pKa('basic', '1')">Strongest basic pKa</option> <option VALUE="logP()">logP</option> <option VALUE="topologicalPolarSurfaceArea()">Polar surface area</option> <option VALUE="acceptorCount()">H bond acceptor count</option> <option VALUE="donorCount()">H bond donor count</option> <option VALUE="mostStableTautomer()">Most stable tautomer</option> <option VALUE="tautomers()">Tautomers</option> <option VALUE="name()">IUPAC name</option> <option VALUE="molString('smiles')">SMILES</option> <option VALUE="(mass() <= 500) && (logP() <= 5) && (donorCount() <= 5) && (acceptorCount() <= 10)">Lipinski rule of 5</option> <option VALUE="(mass() <= 300) && (logP() <= 3) && (donorCount() <= 3) && (acceptorCount() <= 3) && (rotatableBondCount() <= 3) && (topologicalPolarSurfaceArea() <= 60)">Rule of 3</option> </select> </td> </tr> <tr> <td COLSPAN=2><textarea NAME="Expression" ROWS=5 COLS=80></textarea></td> </tr> </table> <p> <input TYPE=BUTTON VALUE="Evaluate" onClick="evaluateChemicalTerms()"> </p> <table> <tr> <td>Result:</td> </tr> <tr> <td><textarea NAME="Result" ROWS=5 COLS=80></textarea></td> </tr> </table> </form>