/*
java script to support corallosphere.org
Ken Johnson , Natural History Museum, London
version 260809
*/
function toggle (direction, display) {
return function() {
var self = this;
var ul = $("ul", this);
if( ul.css("display") == display && !self["block" + direction] ) {
self["block" + direction] = true;
ul["slide" + direction]("slow", function() {
self["block" + direction] = false;
});
}
};
}
function citeStyleWin (citation) {
var content = "Please cite this document from Corallosphere.org as:"+ citation +"close window";
var winc = window.open("", "Citation", "width=500,height=150,scrollbars=yes,menubar=0,toolbar=0");
winc.document.open();
winc.document.writeln(content);
winc.document.close();
}
var citation ="Morsch,%20S.%20in%20prep.,%20Araucanastrea%20Morsch,%201996,%20p.%20678.%20In:%20Cairns,%20S.%20D.,%20Baron-Szabo,%20R.,%20Budd,%20A.F.,%20Lathuili%C3%A8re,%20B.,%20Roniewicz,%20E.,%20Stolarski,%20J.,%20and%20Johnson,%20K.G.%20(eds.),%20Corallosphere,%20%20world%20wide%20web%20site%20at%20http://obsidian.nhm.ac.uk/cpshere/taxon/1609,%20last%20visited%20on%2026%20Aug%202009.";
/* try a new kind of popup window for citations */
var popupStatus = 0;
function loadPopup(){
//loads popup only if it is disabled
if(popupStatus==0){
$("#backgroundPopup").css({
"opacity": "0.7"
});
$("#backgroundPopup").fadeIn("slow");
$("#citationPopup").fadeIn("slow");
popupStatus = 1;
}
}
//disabling popup with jQuery magic!
function disablePopup(){
//disables popup only if it is enabled
if(popupStatus==1){
$("#backgroundPopup").fadeOut("slow");
$("#citationPopup").fadeOut("slow");
popupStatus = 0;
}
}
//centering popup
function centerPopup(){
//request data for centering
var windowWidth = document.documentElement.clientWidth;
var windowHeight = document.documentElement.clientHeight;
var popupHeight = $("#citationPopup").height();
var popupWidth = $("#citationPopup").width();
//centering
$("#citationPopup").css({
"position": "absolute",
"top": windowHeight/2-popupHeight/2,
"left": windowWidth/2-popupWidth/2
});
//only need force for IE6
$("#backgroundPopup").css({
"height": windowHeight
});
}
// this is autocomplete stuff - to call code in jquery.autocomplete.js
//bad hack -- need to figure out how to pass control names . . .
//270809
function findValueValidTaxon(li) {
if( li == null ) return alert("No match!");
// if coming from an AJAX call, let's use the ID
if( !!li.extra ) var sValue = li.extra[0];
// otherwise, let's just display the value in the text box
else var sValue = li.selectValue;
//need to get sValue back to form . .
$("#validtaxid").val(sValue);
}
function selectItemValidTaxon(li) {
findValueValidTaxon(li);
}
function findValueHomoTaxon(li) {
if( li == null ) return alert("No match!");
// if coming from an AJAX call, let's use the ID
if( !!li.extra ) var sValue = li.extra[0];
// otherwise, let's just display the value in the text box
else var sValue = li.selectValue;
//need to get sValue back to form . .
$("#homotaxid").val(sValue);
}
function selectItemHomoTaxon(li) {
findValueHomoTaxon(li);
}
function formatItem(row) {
return row[0] + " (id: " + row[1] + ")";
}
//find a taxon field
//CODE FOR DISTRIBUTION CONTROLS
function addRowFossilDistribution()
{
var index=document.topform.fdindex.value;
var tbody = document.getElementById("distributiontable").getElementsByTagName("tbody")[0];
var row = document.createElement("tr");
row.setAttribute("id", "fossil_"+index);
var cell2 = document.createElement("td");
var ms=multiselect("fdistfrom_"+index,0,"ppepochs");
cell2.appendChild(ms);
var cell3 = document.createElement("td");
cell3.innerHTML = "-";
var cell4 = document.createElement("td");
var ms=multiselect("fdistto_"+index,0,"ppepochs");
cell4.appendChild(ms);
var cell5 = document.createElement("td");
var ms=multiselect("fdistgeog_"+index+"[]",4,"fossilgeog");
cell5.appendChild(ms);
var celld = document.createElement("td");
var delbutton = document.createElement("input");
delbutton.setAttribute("value","Delete");
delbutton.setAttribute("type","button");
delbutton.setAttribute("onclick","deleteRow(this.parentNode.parentNode.rowIndex)");
celld.appendChild(delbutton);
row.appendChild(cell2);
row.appendChild(cell3);
row.appendChild(cell4);
row.appendChild(cell5);
row.appendChild(celld);
tbody.appendChild(row);
index++;
document.topform.fdindex.value=index;
}
function multiselect(name,size,options) {
var ms= document.createElement("select");
ms.setAttribute("name",name);
var options= multioptions(options);
if (size>0) {
ms.setAttribute("multiple","")
ms.setAttribute("size",size);
}
for (var i=0; i < options.d.length; i++) {
var op = document.createElement("option");
op.innerHTML = options.d[i].value;
ms.appendChild(op);
}
return ms;
}
function multioptions(type){
var mm;
if (type=="ppepochs") mm= {"d": [ {"value": ""}, {"value": "Pleistocene"}, {"value": "Pliocene"}, {"value": "Miocene"},
{"value": "Oligocene"}, {"value": "Eocene"}, {"value": "Late Cretaceous"}, {"value": "Early Cretaceous"}, {"value": "Late Jurassic"},
{"value": "Middle Jurassic"}, {"value": "Late Triassic"}, {"value": "Middle Triassic"}, {"value": "Early Triassic"}] };
if (type=="fossilgeog") mm= {"d": [ {"value": ""}, {"value": "Western Europe"}, {"value": "Southern Europe"}, {"value": "Central Europe"},
{"value": "Eastern Europe"}, {"value": "North Africa"}, {"value": "Subsaharan Africa"}, {"value": "Northern Asia"}, {"value": "Central Asia"},
{"value": "South Asia"}, {"value": "East Asia"}, {"value": "Australasia"}, {"value": "Antarctica"},
{"value": "Melanesia"}, {"value": "Micronesia"}, {"value": "Polynesia"}, {"value": "North America"},
{"value": "Central America"}, {"value": "Caribbean"}, {"value": "South America"}] };
return eval(mm);
}
function deleteRow(i)
{
document.getElementById('distributiontable').deleteRow(i)
}
function getTaxon() {
if ($("#validtaxid").val() >0 ) {
$("#mainform").attr("action", "taxon/"+ $("#validtaxid").val());
}
}