function getUnit(fileInd, datumInd) {
	var datumName = document.getElementById("datumName" + fileInd + "-"
			+ datumInd).value;
	CharacterizationManager.getDerivedDatumValueUnits(datumName,
			function(data) {
				dwr.util.removeAllOptions("unit" + fileInd + "-" + datumInd);
				dwr.util.addOptions("unit" + fileInd + "-" + datumInd, [ "" ]);
				dwr.util.addOptions("unit" + fileInd + "-" + datumInd, data);
				dwr.util.addOptions("unit" + fileInd + "-" + datumInd,
						[ "[other]" ]);
			});
}
function setCharacterizationOptionsByCharTypeWithOther() {
	var charType = document.getElementById("charType").value;
	CharacterizationManager.getCharacterizationOptions(charType,
			function(data) {
				dwr.util.removeAllOptions("charName");
				dwr.util.addOptions("charName", [ "" ]);
				dwr.util.addOptions("charName", data);
				dwr.util.addOptions("charName", [ "[other]" ]);
			});
}
function setCharacterizationOptionsByCharType() {
	var charType = document.getElementById("charType").value;
	CharacterizationManager.getCharacterizationOptions(charType,
			function(data) {
				dwr.util.removeAllOptions("charName");
				dwr.util.addOptions("charName", data);
			});
}
function setAssayTypeOptionsByCharName() {
	var charName = document.getElementById("charName").value;
	var charType = document.getElementById("charType").value;
	dwr.util.removeAllOptions("assayType");
	if (charType == "physico chemical characterization") {
		dwr.util.addOptions("assayType", [ "" ]);
		if (charName != "other") {
			dwr.util.addOptions("assayType", [ charName ]);
		}
		dwr.util.addOptions("assayType", [ "[other]" ]);
	} else {
		CharacterizationManager.getAssayTypeOptions(charName, function(data) {
			dwr.util.addOptions("assayType", [ "" ]);
			dwr.util.addOptions("assayType", data);
			dwr.util.addOptions("assayType", [ "[other]" ]);
		});
	}
}
function setCharacterizationDetail() {
	var charName = dwr.util.getValue("charName");
	var charType = dwr.util.getValue("charType");
	var inclueBlock = document.getElementById("characterizationDetail");
	CharacterizationManager.getCharacterizationDetailPage(charType, charName,
			populatePage);
}
function populatePage(pageData) {
	var inclueBlock = document.getElementById("characterizationDetail");
	if (pageData == "") {
		inclueBlock.style.display = "none";
	} else {
		dwr.util.setValue("characterizationDetail", pageData, {
			escapeHtml : false
		});
		inclueBlock.style.display = "inline";
	}
}
function validateShapeInfo() {
	var inputField = document.getElementById("aspectRatio");
	if (inputField != null && inputField.value != "" &&
		!validFloatNumber(inputField.value)) {
		alert("Please enter a valid number for Aspect Ratio.");
		return false;
	}
	inputField = document.getElementById("shapeMaxDimension");
	if (inputField != null && inputField.value != "" &&
		!validFloatNumber(inputField.value)) {
		alert("Please enter a valid number for Minimum Dimension.");
		return false;
	}
	inputField = document.getElementById("shapeMaxDimension");
	if (inputField != null && inputField.value != "" &&
		!validFloatNumber(inputField.value)) {
		alert("Please enter a valid number for Maximum Dimension.");
		return false;
	}
	return true;
}
function validateSolubilityInfo() {
	var inputField = document.getElementById("criticalConcentration");
	if (inputField != null && inputField.value != "" &&
		!validFloatNumber(inputField.value)) {
		alert("Please enter a valid number for Critical Concentration.");
		return false;
	}
	return true;
}
@@ -2744,34 +2744,34 @@
 mentById(%22shapeM
-ax
+in
 Dimension%22);%0A%09if

Correct wrong id for Min Dimension field.