How can I get total hours in Odoo 11?
start_time = fields.Datetime("Start Time")
end_time = fields.Datetime("End Time")
total_hours = fields.Integer("Total Hours")
Thanks.
I achieved this using
#api.depends('start_time','end_time')
def get_hours(self):
seconds = (self.end_time - self.start_time).total_seconds()
self.total_hours = seconds // 3600
start_time = fields.Datetime("Start Time")
end_time = fields.Datetime("End Time")
total_hours = fields.Integer("Total Hours",compute="get_hours",store=True)
and if want minutes also you can try this:
#api.depends('start_time','end_time')
def get_hours(self):
seconds = (self.end_time - self.start_time).total_seconds()
hours = seconds // 3600
minutes = (seconds % 3600) // 60
self.total_hours = '{} hours, {} minutes'.format(hours, minutes)
start_time = fields.Datetime("Start Time")
end_time = fields.Datetime("End Time")
total_hours = fields.Char("Total Hours",compute="get_hours",store=True)
Related
when one of my staff travel, they are entitled to travel comptime. My access vba already compares the date/time of departure to date/time of arrival at work site. How can I subtract the work hours from the flight time? to make matters even crazier, I have to account for time zones.
here the example I am working with (because if I an get this, the rest will fall into line).
staff departs Manila Philippines (UTC 8) on 3/7/22 at 00:15, arrives Washington DC (UTC -5) 3/7/22 at 16:10. total flight time is 1735 minutes (28 hours 55 minutes). Since the flight was over the workday, I need to subtract 480 minutes from the flight time.
How can I code this to date/time compare the workday and the flight date/time depart and date/time arrive to subtract out the 480 minutes of the workday?
I know the code i have attached may have "air code", but I am not a programmer by trade, just a guy trying to help his staff earn the most comptime they can.
depflt = MsgBox("Was day of departure a workday?", vbQuestion + vbYesNo)
If depflt = vbYes Then
If DTDeptdy < Strworkday Then
Me.TxtholdtimeDiff = DateRound(DTDeptdy - Strworkday, 0, 15, 0)
Me.TxtholdtimeDiff = Format(Me.TxtholdtimeDiff, "h") * 60 + Format(Me.TxtholdtimeDiff, "n")
pda = Me.TxtholdtimeDiff
'Me.TxtHoldTrvAirport = DateRound(arvairport - gotoairport, 0, 15, 0)
'Me.TxtHoldTrvAirport = Format(Me.TxtHoldTrvAirport, "h") * 60 + Format(Me.TxtHoldTrvAirport, "n")
Trvdiff = Me.TxtHoldTrvAirport
Else
If DTDeptdy > Strworkday And DTDeptdy < Endworkday Then
pda = 0
Else
If DTDeptdy > Endworkday Then
Me.TxtholdtimeDiff = DateRound(DTDeptdy - Endworkday, 0, 15, 0)
Me.TxtholdtimeDiff = Format(Me.TxtholdtimeDiff, "h") * 60 + Format(Me.TxtholdtimeDiff, "n")
pda = Me.TxtholdtimeDiff
Me.TxtHoldTrvAirport = DateRound(arvairport - gotoairport, 0, 15, 0)
Me.TxtHoldTrvAirport = Format(Me.TxtHoldTrvAirport, "h") * 60 + Format(Me.TxtHoldTrvAirport, "n")
Trvdiff = Me.TxtHoldTrvAirport
If pda >= 180 Then
pda = 180
End If
End If
End If
End If
Else
Me.TxtHoldTrvAirport = DateRound(arvairport - gotoairport, 0, 15, 0)
Me.TxtHoldTrvAirport = Format(Me.TxtHoldTrvAirport, "h") * 60 + Format(Me.TxtHoldTrvAirport, "n")
Trvdiff = Me.TxtHoldTrvAirport
pda = 180
End If
'sets variable to arrival date/time of flight
DTArvtdy = DateValue(Me.txtDateArvTDY) + TimeValue(Me.txtTimeFltArv)
If txtDateArvTDY = txtDateDepTDY And DTArvtdy < Strworkday Or DTArvtdy > endoworkday Then
arvtime = Me.txtArvAllowance * 60
Else
arvtime = 0
End If
' determine the number of hours between date depart tdy and date arrive tdy
Me!txtHoldTime = DateRound(DTArvtdy - DTDeptdy, 0, 15, 0)
Me!txtHoldTime = Format(Me.txtHoldTime, "h") * 60 + Format(Me.txtHoldTime, "n")
' determine time diff between date arrived tdy and date depart tdy
TimeDiff = DateDiff("d", DTDeptdy, DTArvtdy)
TimeDiff = TimeDiff * 24 * 60
' determine time zone value if TimeDiff >=1
If TimeDiff <> 1 Then
tzvalue = TxtDutyStationUTC.Value - TxtTDYLocUTC.Value
If tzvalue >= 1 Then
tzvalue = tzvalue * 60
Else
tzvalue = -tzvalue * 60
End If
End If
'sums the total time span
totmindep = arvtime + pda + tzvalue + Me.txtHoldTime + Trvdiff + TimeDiff + pdaDep
If totmindep < 0 Then
totmindep = 0
Else
totmindep = totmindep - workdaymin
End If
'determines the actually allowable travel comptime.
'totalCTDep = Format(totmindep \ 60, "0") & ":" & Format(totmindep Mod 60, "00")
' sets the textbox to the total allowable travel time
' txtCTHADOD.SetFocus
' txtCTHADOD.Text = totalCTDep
' holds the total time on the outward leg of the journey for use later in the program
mytempvar = totmindep
' used to store total CompTime hours earned departing on TDY
Me.TxtHoldHoursDep = mytempvar / 60
I used this code to check if the dates are more than 24 hours apart:
// determine time diff between date arrived tdy and date depart tdy
TimeDiff = DateDiff("d", DTDeptdy, DTArvtdy)
TimeDiff = TimeDiff * 24 * 60
If depflt = vbYes And TimeDiff = 1 Then
noCTforworkday = -480
End If
Global time As Date
Sub countdown()
time = Now()
time = DateAdd("s", 120, time)
Do Until time < Now()
DoEvents
oSh.TextFrame.TextRange = Format((time - Now()), "ss")
Loop
End Sub
The timer starts from 60 and ends at 00. Then the same repeats. Is it possible to start the timer from 120 directly? How can we go about it?
Use DateDiff:
Global StopTime As Date
Sub countdown()
StopTime = DateAdd("s", 120, Now)
Do Until StopTime < Now
DoEvents
oSh.TextFrame.TextRange = DateDiff("s", Now, StopTime)
Loop
End Sub
Format will simply read the seconds from a date value, there is no way to "force" it to calculate the total seconds. However, it is rather easy to calculate it manually:
Dim delta as Date
delta = t - now
oSh.TextFrame.TextRange = Minute(d) * 60 + Second(d)
' or, if you want to have always 3 digits, eg 030
oSh.TextFrame.TextRange = Format(Minute(d) * 60 + Second(d), "000")
I am creating a software which would find out the production complete date based on start date.
This will be working like it would find out the total hours required to complete the production and then add it to start date.
Now I want to add hours based on how the Production shift is working. These checkboxes tell that weather the shift is working or not. If checkbox is checked it means shift is working, otherwise not.
Based on shift working, it would add the hours to date, For example
Based on Calculation the time required is 900 hrs, now if Monday and Tuesday only one shift is working then while calculating end date it would consider only 12 hours from this 900 hrs for Monday and Tuesday.
Screenshot of WinForm
production24 = ((rpm * 24 * 60) / (pick * 39.37)) * (eff / 100)
production12 = ((rpm * addvalue * 60) / (pick * 39.37)) * (eff / 100)
production1 = ((rpm * 1 * 60) / (pick * 39.37)) * (eff / 100)
production24 = Math.Round(production24, 2, MidpointRounding.AwayFromZero)
production12 = Math.Round(production12, 2, MidpointRounding.AwayFromZero)
production1 = Math.Round(production1, 2, MidpointRounding.AwayFromZero)
pro_24.Text = Convert.ToString(production24)
Pro_12.Text = Convert.ToString(production12)
Pro_1.Text = Convert.ToString(production1)
If fl <> 0 And production1 <> 0 Then
timereqinhr = fl / production1
Else
timereqinhr = 0
End If
getdate = DatePicker.Value + Time_Picker.Value.TimeOfDay
falldate = getdate.AddHours(timereqinhr + offshift)
fallingtime.Text = falldate.ToString("dd/MM/yyyy | hh:mm tt")
Label9.Text = "Time required for " + fabric_Length.Text + " Meters"
Dim productiontime, productionhr, productionmin As String
productiontime = Math.Floor(timereqinhr / 24)
productionhr = Math.Floor(((timereqinhr / 24) - productiontime) * 24)
productionmin = Math.Floor(((((timereqinhr / 24) - productiontime) * 24) * 60) - (productionhr * 60))
Label8.Text = (productiontime + " Days, " + productionhr + " Hours " + productionmin + " Min ")
I am new to program in VBA i am stuck with a small conversion , I have an input data as "double", I have another 2 value as in time format . I want to add this double in time format and out put as time
Totalhours = 99 (double)
Starttime = 00:30:00 (hh:mm:ss)
Endtime = 00:30:00 (hh:mm:ss)
Result = 100 hours
I want to add Totalhours+Starttime +Endtime in a time format . I tried all possible way i didnt get the answer.
Code:
Totalinthrs = Int(Nuday * Worksheets("qwer").Range("C2").Value)
Totalhours = Int(Totalinthrs + Starttime)
Totalhours = Totalinthrs * 24
Worksheets("qwer").Range("C5").Value = TotHours
Totalhours = CDate(Totalhours)
Totalhours = TimeValue(Totalhours)
Totalhours = TotHours + Starttime + Endtime
You're on the right path but over-complicating...
Result = TotalHours + ((StartTime + EndTime) * 24)
gives a Result of 100.
i want to repeat an event after a certain duration that is less than 1 second. I tried using the following code
Application.wait Now + TimeValue ("00:00:01")
But here the minimum delay time is one second. How to give a delay of say half a seond?
You can use an API call and Sleep:
Put this at the top of your module:
Declare Sub Sleep Lib "kernel32" (ByVal dwMilliseconds As Long)
Then you can call it in a procedure like this:
Sub test()
Dim i As Long
For i = 1 To 10
Debug.Print Now()
Sleep 500 'wait 0.5 seconds
Next i
End Sub
I found this on another site not sure if it works or not.
Application.Wait Now + 1/(24*60*60.0*2)
the numerical value 1 = 1 day
1/24 is one hour
1/(24*60) is one minute
so 1/(24*60*60*2) is 1/2 second
You need to use a decimal point somewhere to force a floating point number
Source
Not sure if this will work worth a shot for milliseconds
Application.Wait (Now + 0.000001)
call waitfor(.005)
Sub WaitFor(NumOfSeconds As Single)
Dim SngSec as Single
SngSec=Timer + NumOfSeconds
Do while timer < sngsec
DoEvents
Loop
End sub
source
Timing Delays in VBA
I have try this and it works for me:
Private Sub DelayMs(ms As Long)
Debug.Print TimeValue(Now)
Application.Wait (Now + (ms * 0.00000001))
Debug.Print TimeValue(Now)
End Sub
Private Sub test()
Call DelayMs (2000) 'test code with delay of 2 seconds, see debug window
End Sub
Everyone tries Application.Wait, but that's not really reliable. If you ask it to wait for less than a second, you'll get anything between 0 and 1, but closer to 10 seconds. Here's a demonstration using a wait of 0.5 seconds:
Sub TestWait()
Dim i As Long
For i = 1 To 5
Dim t As Double
t = Timer
Application.Wait Now + TimeValue("0:00:00") / 2
Debug.Print Timer - t
Next
End Sub
Here's the output, an average of 0.0015625 seconds:
0
0
0
0.0078125
0
Admittedly, Timer may not be the ideal way to measure these events, but you get the idea.
The Timer approach is better:
Sub TestTimer()
Dim i As Long
For i = 1 To 5
Dim t As Double
t = Timer
Do Until Timer - t >= 0.5
DoEvents
Loop
Debug.Print Timer - t
Next
End Sub
And the results average is very close to 0.5 seconds:
0.5
0.5
0.5
0.5
0.5
Obviously an old post, but this seems to be working for me....
Application.Wait (Now + TimeValue("0:00:01") / 1000)
Divide by whatever you need. A tenth, a hundredth, etc. all seem to work. By removing the "divide by" portion, the macro does take longer to run, so therefore, with no errors present, I have to believe it works.
No answer helped me, so I build this.
' function Timestamp return current time in milliseconds.
' compatible with JSON or JavaScript Date objects.
Public Function Timestamp () As Currency
timestamp = (Round(Now(), 0) * 24 * 60 * 60 + Timer()) * 1000
End Function
' function Sleep let system execute other programs while the milliseconds are not elapsed.
Public Function Sleep(milliseconds As Currency)
If milliseconds < 0 Then Exit Function
Dim start As Currency
start = Timestamp ()
While (Timestamp () < milliseconds + start)
DoEvents
Wend
End Function
Note : In Excel 2007, Now() send Double with decimals to seconds, so i use Timer() to get milliseconds.
Note : Application.Wait() accept seconds and no under (i.e. Application.Wait(Now()) ↔ Application.Wait(Now()+100*millisecond)))
Note : Application.Wait() doesn't let system execute other program but hardly reduce performance. Prefer usage of DoEvents.
Otherwise you can create your own function then call it. It is important to use Double
Function sov(sekunder As Double) As Double
starting_time = Timer
Do
DoEvents
Loop Until (Timer - starting_time) >= sekunder
End Function
To pause for 0.8 of a second:
Sub main()
startTime = Timer
Do
Loop Until Timer - startTime >= 0.8
End Sub
Public Function CheckWholeNumber(Number As Double) As Boolean
If Number - Fix(Number) = 0 Then
CheckWholeNumber = True
End If
End Function
Public Sub TimeDelay(Days As Double, Hours As Double, Minutes As Double, Seconds As Double)
If CheckWholeNumber(Days) = False Then
Hours = Hours + (Days - Fix(Days)) * 24
Days = Fix(Days)
End If
If CheckWholeNumber(Hours) = False Then
Minutes = Minutes + (Hours - Fix(Hours)) * 60
Hours = Fix(Hours)
End If
If CheckWholeNumber(Minutes) = False Then
Seconds = Seconds + (Minutes - Fix(Minutes)) * 60
Minutes = Fix(Minutes)
End If
If Seconds >= 60 Then
Seconds = Seconds - 60
Minutes = Minutes + 1
End If
If Minutes >= 60 Then
Minutes = Minutes - 60
Hours = Hours + 1
End If
If Hours >= 24 Then
Hours = Hours - 24
Days = Days + 1
End If
Application.Wait _
( _
Now + _
TimeSerial(Hours + Days * 24, Minutes, 0) + _
Seconds * TimeSerial(0, 0, 1) _
)
End Sub
example:
call TimeDelay(1.9,23.9,59.9,59.9999999)
hopy you enjoy.
edit:
here's one without any additional functions, for people who like it being faster
Public Sub WaitTime(Days As Double, Hours As Double, Minutes As Double, Seconds As Double)
If Days - Fix(Days) > 0 Then
Hours = Hours + (Days - Fix(Days)) * 24
Days = Fix(Days)
End If
If Hours - Fix(Hours) > 0 Then
Minutes = Minutes + (Hours - Fix(Hours)) * 60
Hours = Fix(Hours)
End If
If Minutes - Fix(Minutes) > 0 Then
Seconds = Seconds + (Minutes - Fix(Minutes)) * 60
Minutes = Fix(Minutes)
End If
If Seconds >= 60 Then
Seconds = Seconds - 60
Minutes = Minutes + 1
End If
If Minutes >= 60 Then
Minutes = Minutes - 60
Hours = Hours + 1
End If
If Hours >= 24 Then
Hours = Hours - 24
Days = Days + 1
End If
Application.Wait _
( _
Now + _
TimeSerial(Hours + Days * 24, Minutes, 0) + _
Seconds * TimeSerial(0, 0, 1) _
)
End Sub