_0XX999_0_0_0_0" // Remaining data elements are read in from a separate data file pardata.js // following the end of the function definitions // Decimal to Hex Array var h = new Array("f","e","d","c","b","a","9","8","7","6","5","4","3","2","1","0") // County Codes var c = new Array() c[0] = new Array("OXF","f","f","9") c[1] = new Array("BRK","f","c","c") // Berkshire moved to Oxford in 1974 c[2] = new Array("BRK","f","9","9") // Berkshire post-1974 c[3] = new Array("BKM","9","9","f") c[4] = new Array("NTH","9","f","9") c[5] = new Array("WAR","f","9","f") c[6] = new Array("WOR","0","9","0") c[7] = new Array("GLS","9","f","f") c[8] = new Array("WIL","f","9","6") c[9] = new Array("UKN","c","c","c") //Identify browser brow = navigator.appName + parseInt(navigator.appVersion); IE4 = (brow == "Microsoft Internet Explorer4") Pre4 = (parseInt(navigator.appVersion) < 4) // Set some defaults transViewAvailable = false misViewAvailable = false inCensus = false keySequence="" timer=setTimeout("",1) // Define functions function BuildOptions() { // Populate map order array, with list index, and create elements. for(i=0; i 6 && e[1].slice(3,6) != "999") { n = notOctal(e[1].slice(3,6)) m[n]=i } document.writeln(""+e[0]) } // Ensure map order array has no gaps by filling these with dummy elements for(i=0; i tag elements for(i=0; i 6) { t = '' document.writeln(t) } } document.pdata.ParishList.focus() } function ClickMap(x) { SetTrans(x) document.pdata.ParishList.selectedIndex = m[x] ShowResults() } function KeyDown(eventObject) { if(!inCensus) { if(IE4) key = eventObject.keyCode else key = eventObject.which; if((key==38 || key==40) && !IE4) { // Handle up and down arrow keys for non-IE4 document.pdata.ParishList.selectedIndex += (key - 39) keySequence = "" } else if((key>64 && key<91) || key==32 || key==189) { // Letters, space & hyphen keySequence += String.fromCharCode(key) clearTimeout(timer) timer=setTimeout("timeUp()",2000) } SelectParish() } else { if(IE4) key = eventObject.keyCode else key = eventObject.which; if(key==13) { parseCensus() } } } function timeUp() { keySequence="" clearTimeout(timer) } function SelectParish() { ks=keySequence.toLowerCase() // Must freeze value in case timeout occurs during this. if(ks!="") { for(i=0; i0 && i 6 & e[1].slice(3,6) == x ) { xMean = 0 yMean = 0 k=0 for(j=6; j 0) { i = document.pdata.ParishList.selectedIndex e = d[i].split("_") n = notOctal(e[1].slice(3,6)) SetTrans(n) ShowResults() } document.pdata.ParishList.focus() return false } function notOctal(s) { // Same as parseInt, but prevents leading zeros implying an Octal number! while (s.slice(0,1) == "0" && s.length > 1) s = s.slice(1,s.length); return parseInt(s) } function viewTranscript() { if (transViewAvailable) { page = document.pdata.trans.value e = page.split(" ") // If transcript on 2 CDs, chose first page = transcriptRoot + e[0] + "\\HeadPage.pdf" window.location.href=page } document.pdata.ParishList.focus() return false } function viewDetails() { var parcode = (document.pdata.par.value) parcode = parcode.toLowerCase() if (parcode.length < 1) return false; parcode = parcode.replace(/[^a-z]/g,"_") window.location.href="detail.html?" + parcode document.pdata.ParishList.focus() return false } function nullClick() { // Forces focus back to Parish List after spurious clicks, to allow immediate key entry. document.pdata.ParishList.focus() inCensus = false return false } function focusToCensus() { // Allows census box to take focus for data entry document.pdata.census.focus() inCensus = true event.cancelBubble = true return false } function parseCensus() { cen = document.pdata.census.value e = cen.toUpperCase().split("/") pn = notOctal(e[1]) fo = notOctal(e[2]) switch(e[0]) { case "RG9": case "1861": case "61": case "6": page = transcriptRoot + "1861/RG9-" + pn + ".pdf" window.location.href=page break; case "RG10": case "1871": case "71": case "7": page = transcriptRoot + "1871/" + pn + ".pdf" window.location.href=page break; case "RG11": case "1881": case "81": case "8": page = transcriptRoot + "1881/RG11-" + pn + ".pdf" window.location.href=page break; case "RG12": case "1891": case "91": case "9": if(isNaN(fo) || fo < 1) { alert ("Some census pieces in 1891 are split over two files:\nyou must specify RG12/piece/folio") break; } if (pn == 986) { if (fo < 109) { pn = pn + "-1" } else { pn = pn + "-2" } } if (pn == 1178) { if (fo < 116) { pn = pn + "-1" } else { pn = pn + "-2" } } if (pn == 1179) { if (fo < 122) { pn = pn + "-1" } else { pn = pn + "-2" } } page = transcriptRoot + "1891/RG12-" + pn + ".pdf" window.location.href=page break; case "RG13": case "1901": case "01": case "0": page = transcriptRoot + "1901/RG13-" + pn + ".pdf" window.location.href=page break; case "HO107": case "1841": case "41": case "4": case "1851": case "51": case "5": if(e.length < 3) { alert ("Census pieces in 1841 and 1851 are split over several files:\n For 1841 you must specify HO107/piece/book\n For 1851 you must specify HO107/piece/folio") break; } if(isNaN(fo) || fo < 1) { alert ("Census pieces in 1841 and 1851 are split over several files:\n For 1841 you must specify HO107/piece/book\n For 1851 you must specify HO107/piece/folio") break; } // First we test for various 1841 Census options if (pn == 23) { if (fo < 20) { page = "0023M.pdf" } else { page = "0023W.pdf" } } else if (pn == 872) { if (fo < 19) { page = "0872a.pdf" } else { page = "0872b.pdf" } } else if (pn == 891) { if (fo < 10 ) { page = "0891a.pdf" } else { page = "0891b.pdf" } } else if (pn < 100) { page = "00" + pn + ".pdf" } else if (pn < 1000) { page = "0" + pn + ".pdf" } else { // If we get here, we have an 1851 Census Reference // Define mapping of folio to file name of each piece var p = new Array() p[0] = [1687,196,402,999] p[1] = [1688,211,406,609,999] p[2] = [1689,195,398,999] p[3] = [1690,193,386,999] p[4] = [1691,209,392,999] p[5] = [1720,215,426,638,999] p[6] = [1725,186,383,999] p[7] = [1726,207,414,999] p[8] = [1727,210,415,999] p[9] = [1728,218,445,999] p[10] = [1729,168,345,999] p[11] = [1730,169,321,999] p[12] = [1731,191,386,612,999] p[13] = [1732,172,400,999] p[14] = [1733,161,326,999] p[15] = [1734,213,436,999] p[16] = [1735,999] for (i=0; i