The problem with the clock counting down is that lack already makes updates to the clock section. Any changes made to it are overwritten by lack. You end up with two processes battling for control, and depending on how they are written will determine which, if either, wins.
I never tested to make sure this worked, but...
The first section is the functions needed to advance the clock.
- Code: Select all
function ClockTimer()
{
var TimeStr = unsafeWindow.gameClock.innerHTML;
var stepClock = document.getElementById("newclock").innerHTML;
var TargetTime = TimeStr.split(/hrs\n|min\n|sec/);
var TargetTime2 = stepClock.split(/hrs\n|min\n|sec/);
var CurrHour = parseInt(TargetTime[0]);
var CurrMinute = parseInt(TargetTime[1]);
var CurrSecond = parseInt(TargetTime[2]);
var stepCurrHour = parseInt(TargetTime2[0]);
var stepCurrMinute = parseInt(TargetTime2[1]);
var stepCurrSecond = parseInt(TargetTime2[2]);
if (!(CurrHour < stepCurrHour) && !(CurrMinute < stepCurrMinute))
{
CurrHour = stepCurrHour;
CurrMinute = stepCurrMinute;
CurrSecond = stepCurrSecond;
}
--CurrSecond;
if(CurrSecond < 0 ){
--CurrMinute;
if( CurrMinute < 0 ){
--CurrHour;
if( CurrHour < 0 ){
CurrHour = 0;
}
CurrMinute = 59;
}
CurrSecond = 59;
}
document.getElementById("newclock").innerHTML = zslash(CurrHour, 2) + 'hrs\n' + zslash(String(CurrMinute), 2) + 'min\n' + zslash(CurrSecond, 2) + 'sec ';
var currentTime = new Date();
var hours = currentTime.getHours();
var minutes = currentTime.getMinutes();
var day = ' @ ';
var ampm = ' ';
minutes = (minutes + CurrMinute);
if (minutes >= 60) {
hours = hours + 1;
minutes = minutes - 60;
}
hours = (hours + CurrHour);
//alert ('h:' + hours);
if (hours >= 24)
{
day = " tomorrow @ ";
hours = hours - 24
}
if (myOptions['24hourClockFormat']=="am/pm") {
ampm = " am";
if (hours >= 12)
{
ampm = " pm";
hours = hours - 12;
}
if (hours == 0) hours = 12;
}
else
{
if (hours < 10)
{
hours = "0" + hours;
}
}
if (minutes < 10)
minutes = "0" + minutes;
var clock
if (myOptions['24hourClockFormat']!="Off") {
clock = "<br />" + day + "<b>" + hours + ":" + minutes + ampm + " " + "</b>"
}
else
{
clock = ""
}
document.getElementById("newclock").innerHTML += ' ' + clock;
}
function zslash(svalue, iwidth)
{
var szero = String(svalue);
var ch = szero.substr(0,1);
while (ch == ' ')
{
szero = szero.substr(1, szero.length);
ch = szero.substr(0,1);
}
ch = szero.substr(szero.length - 1, szero.length);
while (ch == ' ')
{
szero = szero.substr(0, szero.length - 1);
ch = szero.substr(szero.length - 1, szero.length);
}
var i=0;
for (i=0; i < (iwidth - szero.length); i++)
{
szero = '0' + szero;
}
return szero;
}
The second section is to initialize the clock.
- Code: Select all
var clockInterval;
/*---- Start Clock ----*/
var TimeStr = unsafeWindow.gameClock.innerHTML;
unsafeWindow.gameClock.style.display = "none !important";
var newClock = document.createElement('span');
newClock.id="newclock";
unsafeWindow.gameClock.parentNode.insertBefore(newClock, unsafeWindow.gameClock);
newClock.innerHTML = TimeStr;
if (clockInterval != "")
{
window.clearInterval(clockInterval);
clockInterval = "";
}
clockInterval = window.setInterval(ClockTimer, 1000);
What this does is hide lack's clock and insert a new one. The new one is updated from lack's and then the countdown is started. Its supposed to check its own count against lack's count every cycle, and if lack's count is different, update to use his count.
As I said, not sure if this works, but its worth a shot yeti_c. If not, perhaps you can fix whatever is broken.
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