<!-- eredeti forrsfjl: http://www.internet.com, tdolgozta: Sikldi Jzsef *** sjh.uw.hu --> <SCRIPT>
// Select the colors as hexadecimal triplet values // Please note that at least 3 colors are required var colors=new Array("#FFFFFF","#FFFF00","#FF0000","#0000FF","#00FF00","#FF00FF","#FFAC00","#0000FF","#ff0000","#690b00","#00FF00","#FFFF00","#000000")
// Set pause between colors (seconds) var pausebetweencolors=2
// Set speed (higher=slower) var speed=20
// do not edit code below this line var gradient_effect=new Array() var flipcol=new Array() var gr_effect=1 var i_barcount=0 var pausesteps=40 var i_loopmax=999999 var hexc = new Array('0','1','2','3','4','5','6','7','8','9','A','B','C','D','E','F') var redcol_1 var redcol_2 var redcol_1_b var redcol_2_b var greencol_1 var greencol_2 var greencol_1_b var greencol_2_b var bluecol_1 var bluecol_2 var bluecol_1_b var bluecol_2_b var rgbredfrom var rgbgreenfrom var rgbbluefrom var rgbredto var rgbgreento var rgbblueto var rgbrednow var rgbgreennow var rgbbluenow
var rgbredfrom_b var rgbgreenfrom_b var rgbbluefrom_b var rgbredto_b var rgbgreento_b var rgbblueto_b var rgbrednow_b var rgbgreennow_b var rgbbluenow_b
var colorhexafrom var colorhexato
var i_step=1 var i_loop=0 var i_colorsA=0 var i_colorsB=1 var i_colorsC=1 var i_colorsD=2
pausebetweencolors*=1000
var browserinfos=navigator.userAgent var ie5=document.all&&document.getElementById&&!browserinfos.match(/Opera/) var ns6=document.getElementById&&!document.all var opera=browserinfos.match(/Opera/) var browserok=ie5||ns6||opera
function translateintorgb() {
var hexa=colors[i_colorsA] var hexared=hexa.substring(1,3) var hexagreen=hexa.substring(3,5) var hexablue=hexa.substring(5,7) rgbredfrom=parseInt("0x"+hexared) rgbgreenfrom=parseInt("0x"+hexagreen) rgbbluefrom=parseInt("0x"+hexablue) rgbrednow=rgbredfrom rgbgreennow=rgbgreenfrom rgbbluenow=rgbbluefrom var hexa=colors[i_colorsB] var hexared=hexa.substring(1,3) var hexagreen=hexa.substring(3,5) var hexablue=hexa.substring(5,7) rgbredto=parseInt("0x"+hexared) rgbgreento=parseInt("0x"+hexagreen) rgbblueto=parseInt("0x"+hexablue) var hexa=colors[i_colorsC] var hexared=hexa.substring(1,3) var hexagreen=hexa.substring(3,5) var hexablue=hexa.substring(5,7) rgbredfrom_b=parseInt("0x"+hexared) rgbgreenfrom_b=parseInt("0x"+hexagreen) rgbbluefrom_b=parseInt("0x"+hexablue) rgbrednow_b=rgbredfrom_b rgbgreennow_b=rgbgreenfrom_b rgbbluenow_b=rgbbluefrom_b var hexa=colors[i_colorsD] var hexared=hexa.substring(1,3) var hexagreen=hexa.substring(3,5) var hexablue=hexa.substring(5,7) rgbredto_b=parseInt("0x"+hexared) rgbgreento_b=parseInt("0x"+hexagreen) rgbblueto_b=parseInt("0x"+hexablue) i_colorsA++ i_colorsB++ i_colorsC++ i_colorsD++ if (i_colorsA>=colors.length) {i_colorsA=0} if (i_colorsB>=colors.length) {i_colorsB=0} if (i_colorsC>=colors.length) {i_colorsC=0} if (i_colorsD>=colors.length) {i_colorsD=0} changefromto() }
function changefromto() { rgbrednow=rgbrednow-((rgbredfrom-rgbredto)/speed) rgbgreennow=rgbgreennow-((rgbgreenfrom-rgbgreento)/speed) rgbbluenow=rgbbluenow-((rgbbluefrom-rgbblueto)/speed) rgbrednow_b=rgbrednow_b-((rgbredfrom_b-rgbredto_b)/speed) rgbgreennow_b=rgbgreennow_b-((rgbgreenfrom_b-rgbgreento_b)/speed) rgbbluenow_b=rgbbluenow_b-((rgbbluefrom_b-rgbblueto_b)/speed) if (rgbrednow>255) {rgbrednow=255} if (rgbrednow<0) {rgbrednow=0} if (rgbgreennow>255) {rgbgreennow=255} if (rgbgreennow<0) {rgbgreennow=0} if (rgbbluenow>255) {rgbbluenow=255} if (rgbbluenow<0) {rgbbluenow=0} if (rgbrednow_b>255) {rgbrednow_b=255} if (rgbrednow_b<0) {rgbrednow_b=0} if (rgbgreennow_b>255) {rgbgreennow_b=255} if (rgbgreennow_b<0) {rgbgreennow_b=0} if (rgbbluenow_b>255) {rgbbluenow_b=255} if (rgbbluenow_b<0) {rgbbluenow_b=0} if (i_step<=speed) { redcol_1 = hexc[Math.floor(rgbrednow/16)]; redcol_2 = hexc[Math.floor(rgbrednow)%16]; greencol_1 = hexc[Math.floor(rgbgreennow/16)]; greencol_2 = hexc[Math.floor(rgbgreennow)%16]; bluecol_1 = hexc[Math.floor(rgbbluenow/16)]; bluecol_2 = hexc[Math.floor(rgbbluenow)%16]; redcol_1_b = hexc[Math.floor(rgbrednow_b/16)]; redcol_2_b = hexc[Math.floor(rgbrednow_b)%16]; greencol_1_b = hexc[Math.floor(rgbgreennow_b/16)]; greencol_2_b = hexc[Math.floor(rgbgreennow_b)%16]; bluecol_1_b = hexc[Math.floor(rgbbluenow_b/16)]; bluecol_2_b = hexc[Math.floor(rgbbluenow_b)%16]; var backcolor="#"+redcol_1+redcol_2+greencol_1+greencol_2+bluecol_1+bluecol_2 var backcolor_b="#"+redcol_1_b+redcol_2_b+greencol_1_b+greencol_2_b+bluecol_1_b+bluecol_2_b for (i=0;i<=i_barcount-1;i++) { if (ie5 && gradient_effect[i]!="none") { if (gradient_effect[i]=="horizontal") {gr_effect=1} if (gradient_effect[i]=="vertical") {gr_effect=0} if (flipcol[i]=="yes") { document.getElementById('anibar'+i).style.filter= "progid:DXImageTransform.Microsoft.Gradient(startColorstr="+backcolor+", endColorstr="+backcolor_b+" GradientType="+gr_effect+")" } else { document.getElementById('anibar'+i).style.filter= "progid:DXImageTransform.Microsoft.Gradient(startColorstr="+backcolor_b+", endColorstr="+backcolor+" GradientType="+gr_effect+")" } } else { if (flipcol[i]=="yes") { document.getElementById('anibar'+i).style.backgroundColor=backcolor_b } else { document.getElementById('anibar'+i).style.backgroundColor=backcolor } } } i_step++ var timer=setTimeout("changefromto()",pausesteps); } else { clearTimeout(timer) i_step=1 i_loop++ if (i_loop<i_loopmax) {var timer=setTimeout("translateintorgb()",pausebetweencolors);} } }
function addbar(barwidth,barheight,gradienttype,flipcolor) { if (browserok) { gradient_effect[i_barcount]=gradienttype flipcol[i_barcount]=flipcolor
document.write('<table border=0 cellpadding=0 cellspacing=0 width='+barwidth+' height='+barheight+' border=0><tr><td><div id="roof'+i_barcount+'" style="position:relative;width:'+barwidth+'px;height:'+barheight+'px;"><div id="anibar'+i_barcount+'" style="position:absolute;top:0px;left:0px;width:'+barwidth+'px;height:'+barheight+'px;"><img src="empty.gif" width='+barwidth+' height='+barheight+'></div></div></td></tr></table>') i_barcount++ } }
if (browserok) { window.onload=translateintorgb } </SCRIPT> |