/* // detect browser var browser = new Object(); browser.version = parseInt(navigator.appVersion); browser.isNetscape = false; browser.isIE = false; if (navigator.appName.indexOf('Netscape') != -1) { browser.isNetscape = true; } else if (navigator.appName.indexOf('Microsoft') != -1) { browser.isIE = true; } // resize detect if(!window.saveInnerWidth) { window.onresize = resizeMe; window.saveInnerWidth = window.innerWidth; window.saveInnerHeight = window.innerHeight; } // end resize detect function newImage(arg) { if (document.images) { rslt = new Image(); rslt.src = arg; return rslt; } } function changeImages() { if (document.images && (preloadFlag == true)) { for (var i=0; i window.innerWidth || saveInnerHeight > window.innerHeight || saveInnerHeight < window.innerHeight ) { window.history.go(0); } } function isNetscape() { if (browser.isNetscape) { return true; } else { return false; } } function moveFiletoDisk(thefile, thefilename) { var win = window.open("", "win", "width=300,height=250"); // a window object with (win.document) { open("text/html", "replace"); write("Install" + thefilename + "

"); write("

" + thefilename + "

"); write("

Samples may take a few minutes to load
over slow internet connections.

Requires QuickTime

"); close(); } } */ function adjustcolheights() { // assumes three columns with col1 normally determining height var col1obj = document.getElementById("col1"); var col2obj = document.getElementById("col2"); var col3obj = document.getElementById("col3"); var h_col1 = col1obj.clientHeight; var h_col2 = col2obj.clientHeight; var h_col3 = col3obj.clientHeight; if ( (h_col1 < h_col2) || (h_col1 < h_col3) ) { if ( h_col2 < h_col3 ) { h_new = h_col3; col1obj.style.height = (h_new + 20) + "px"; } else { h_new = h_col2; col1obj.style.height = (h_new + 20) + "px"; } } } function shadetablerows() { // find all tables in doc //alert("in shadetablerows");// debug // tobj = document.getElementsByTagName("table"); tcount = tobj.length; //alert(tcount);// debug // // for each table for (i = 0; i < tcount; i++) { // set table tnode = tobj[i]; // count rows rcount = tnode.rows.length; //alert("table: " + i + ", row: " + rcount);// debug // // if count of rows is even, add a final row (to provide shaded conclusion to table if ( (rcount % 2) != 0 ) { //alert("table: " + i + ", row: " + rcount + "count is ODD");// debug // //add code here to fix number of rows } // apply style to rows 1, 3, 5, etc. for ( j = 0; j < rcount; j++ ) { if ( (j % 2) == 0 ) { //alert("row: " + j); tnode.rows[j].className = "shadedrow"; } } } }