| Game Time Estimator (Dynamic - No Refresh needed) |
Game Time Estimator (Static - Must refresh to update) |
Server Time UTC (Static - Must refresh to update) | ||
| Year 7, Shemu I-16, 1:28 AM | 10/30/2025 3:10:55 PM |
| server_time: | 1761837055 | UTC Timestamp (Current UTC Epoch Time) |
| last_rt: | 1761836965 | Last Real Time Game Server polled @ 10/30/2025 3:10:55 PM UTC (Your Time: ) was last update received from game server (about every 5 minutes). |
| last_gt: | 239851440 | How many game seconds (not real seconds) has elapsed, since Start of Tale. This is calculated based on Last Egypt Time reported by game server: , received last poll. |
| diff_rt: | 90 | Math: server_time - last_rt = diff_rt (How many real seconds has elapsed since last poll) |
| Time ratio: | 3.2685917870808 | Ratio is dynamic and is determined by server lag. 'Normally' Egypt time is 3 game minutes = 1 Egypt minute. Ratio will offset that 3 game minutes 'general rule'.
|
| Daffy Time Multiplier: | 0.9104694043064 | Multiplier = 1+(1 - (ratio/3)) . 60 seconds * Multiplier is how many real seconds per minute Game Time. |
| diff_gt: | 294 | Math: diff_rt * ratio = diff_gt Fun fact: (Note: all values below will dynamically change depending on current ratio) |
| new_gt: | 239851734 | Math: last_gt + diff_gt = new_gt |
| gameSecondsToArray(new_gt): | Year 7, Shemu I-16, 1:28 AM | Based on the new_gt value (game seconds (not real seconds) since beginning of Tale), I can deduce this is the current Egypt Time. Accuracy should be within 1-2 Egypt minutes Accuracy depends on how accurate Ratio value is (can change at anytime based on server load and other factors). Ratio value is an average over a period of time. |
| Generate Image | - Example: | |
<iframe src="https://catitd.com/gameClock_iframe_Analog.asp" width=300 height=300 frameborder=0 marginheight=0 marginwidth=0 scrolling=no></iframe>
<iframe src="https://catitd.com/gameClock_iframe.asp" width=420 height=15 frameborder=0 marginheight=0 marginwidth=0></iframe>
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function epoch2date(myEpoch)
'Convert epoch Time to a Time/Date - ie <%=epoch2Date(1558811159)%>
epoch2date = DateAdd("s", myEpoch, "01/01/1970 00:00:00")
end function
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function date2epoch(myEpoch)
'Convert a date to Epoch Time - ie blah = date2epoch(Now) or <%=date2epoch(Now)%> or myDate = "5/25/2019 7:02:25 PM" <%=date2epoch(myDate)%>
date2epoch = DateDiff("s", "01/01/1970 00:00:00", myEpoch)
end function
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' Full Credits: ArmEagle, who wrote the original PHP version. Cegaiel simply converted functions from php to vbscript/.asp friendly.
' PHP Author: Alex Haan (ArmEagle). ArmEagle has full credits. My credits are minimal and based on converting his original PHP code, to VBScript.
' VBScript Author: Michael Sharp (Cegaiel)
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function itemsToGameSeconds( ct_yr, ct_sn, ct_mh, ct_dy, ct_hr, ct_mn, ct_ap )
'ie last_gt = itemsToGameSeconds(3, "Shemu", "IV", 20, 4, 51, "PM")
'Response.write(last_gt) or <%=last_gt%>
'/*
'* Input: array of items (year, season, etc)
'* Output: (game) time seconds since 'start' of tale
'* Based upon the following parameters, calculate number of game seconds since start
'* year: digits
'* season: Akhet, Peret, Shemu
'* month: I, II, III, IV
' * day: digits
' * hour: digits
' * minute: digits
' * am/pm: AM, PM
' */
'//YEARS
years = ct_yr
'//SEASONS
SELECT CASE ct_sn
CASE "Akhet"
seasons = 3 * years
CASE "Peret"
seasons = 3 * years + 1
CASE "Shemu"
seasons = 3 * years + 2
END SELECT
'//MONTHS
SELECT CASE ct_mh
case "I"
months = 4 * seasons
case "II"
months = 4 * seasons + 1
case "III"
months = 4 * seasons + 2
case "IV"
months = 4 * seasons + 3
END SELECT
'//DAYS
days = 30 * months + ct_dy
'//HOURS
if ct_hr = 12 then
ahour = 0
else
ahour = ct_hr
end If
SELECT CASE ct_ap
case "AM"
hours = 24 * days + ahour
case "PM"
hours = 24 * days + 12 + ahour
END SELECT
//MINUTES
mins = 60 * hours + ct_mn
' return 60 * mins
itemsToGameSeconds = 60 * mins
end function
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function gameSecondsToArray(new_gt)
'ie:
'last_gt = 130416211
'new_gt_convert = gameSecondsToArray(new_gt)
'<%=new_gt_convert%> or Response.write(new_gt_convert)
'This will display as Year 4, Akhet III-9, 10:43 AM
'/*** OUTPUT FUNCTIONS ***/
'/*
' * Input: (game) time seconds since 'start' of tale
' * Output: (game) time items (year, season, month, etc)
' * convert game seconds to array of items (year, season, month, etc)
' */
arr_items = array("year", "season", "month", "day", "hour", "minute", "ampm")
arr_seasons = array("Akhet", "Peret", "Shemu")
arr_months = array("I", "II", "III", "IV")
arr_hours = array(12, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11)
arr_ampm = array("AM", "AM", "AM", "AM", "AM", "AM", "AM", "AM", "AM", "AM", "AM", "AM", "PM", "PM", "PM", "PM", "PM", "PM", "PM", "PM", "PM", "PM", "PM", "PM")
rest = new_gt
ts_yr = int(rest / 31104000)
rest = rest Mod 31104000
ts_sn = int(rest / 10368000)
rest = rest Mod 10368000
ts_mh = int(rest / (2592000 + 86400))
rest = rest Mod 2592000
ts_dy = int(rest / 86400)
if ts_dy = 0 Then ts_dy = 30
rest = rest Mod 86400
ts_hr = int(rest / 3600)
rest = rest Mod 3600
ts_mn = int(rest / 60)
if ts_mn < 10 Then ts_mn = "0" & ts_mn
ts_ampm = arr_ampm(ts_hr)
gameSecondsToArray = "Year " & int(ts_yr) & ", " & arr_seasons(ts_sn) & " " & arr_months(ts_mh) & "-" & ts_dy & ", " & arr_hours(ts_hr) & ":" & ts_mn & " " & ts_ampm
end function
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