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boltc

countdownclock wont start..

5 posts in this topic

#1 ·  Posted (edited)

hello,,

im making some countdowntimers but it wont start.. need your help

here is me script:

#include "timerlib.au3"
#include <GUIConstants.au3>

#Region ### START Koda GUI section ### Form=
$Form1 = GUICreate("Timer", 239, 146, 193, 115)
$Input1 = GUICtrlCreateInput("", 16, 8, 57, 21)
$Start = GUICtrlCreateButton("Start", 104, 8, 65, 25, 0)
GUISetState(@SW_SHOW)
#EndRegion ### END Koda GUI section ###

Global $tijd

ClockInit(1000, "klok1", False)

While 1
    $nMsg = GUIGetMsg()
    Switch $nMsg

        
        Case $Start
        
            $tijd = guictrlread($Input1)
            ClockStart(1)
            
        Case $GUI_EVENT_CLOSE
            Exit
    EndSwitch
WEnd




While 1
    Sleep(10)
WEnd


    


Func klok1($timerno)
    $tijd = $tijd - 1
    GUICtrlSetData($Input1, $tijd) 
    if $tijd = 0 Then
        Clockstop(1)
            MsgBox(0, "", "done.")
    EndIf
    
EndFunc

and the timerlib.au3:

#include-once
#region Header
#comments-start
    Title:          Timer Lib UDF Library for AutoIt3
    Filename:       TimerLib.au3
    Description:    A collection of UDF's that assist in defining several timers with function callbacks.
    Author:         J. DERN (JD) 
    Version:        01.00
    Last Update:    27.11.06
    Requirements:   AutoIt v3.2 +, Developed/Tested on WindowsXP Pro Service Pack 2
    Notes:          This code is optimized even with only one timer, it will takes less CPU if timer have a common divider
#comments-end
#endregion Header
#region Global Variables and Constants

Global $ClockArray[2][3]=[[0,0,0]]
Global $ClockCounter=0

;------------------------------------------------------------------------------------------------------
;-                                    D E M O N S T R A T I O N
;------------------------------------------------------------------------------------------------------
;ClockInit(1000, "A", False)
;ClockAdd (2000, "B", False)
;ClockAdd (500, "C", True)
;ClockStartAll()
;While 1
;   Sleep(10)
;WEnd

;Func A($timerno)
;   ToolTip("A", 0, 0, "Time")
;EndFunc

;Func B($timerno)
;   ToolTip("B", 50, 50, "Time")
;EndFunc

;Func C($timerno)
;   ToolTip("C", 100, 100, "Time")
;EndFunc
;Exit

;------------------------------------------------------------------------------------------------------
;-                                    T I M E R   L I B R A R Y  
;------------------------------------------------------------------------------------------------------
;===============================================================================
; Description:    Initialize clock and add first timer.
; Parameter(s):  $frequence - Call frequence in microseconds.
;                   $function   - Function to call each $frequence microseconds (timer number is passed in argument)
;                   $start      - Optional - True/False. True = start immediatly the timer
; Requirement(s):   AdlibEnable() or AdlibDisable() not used outside TimerLib
; Return Value(s):  The number of added timer
; Author(s):        Jerome DERN  (jdern "at" free "dot" fr)
; Note(s):          Multiple calls to this function will resets previously defined timers
;===============================================================================
Func ClockInit($frequence, $function, $start=True)
    
; Initialize tables 
    $ClockArray[0][0] = 1   ; Number of timers
    $ClockArray[0][1] = $frequence; Actual frequency
    $ClockArray[0][2] = 1   ; Max value of counter
    
; Initialize first timer
    $ClockArray[1][0] = 1   ; Number of Tick
    $ClockArray[1][1] = $function; Function to call
    $ClockArray[1][2] = True; Activated

    
    If $start Then ClockStartAll() 
        Return 1
    
EndFunc

;===============================================================================
; Description:    Add a new timer.
; Parameter(s):  $frequence - Call frequence in microseconds.
;                   $function   - Function to call each $frequence microseconds
;                   $start      - Optional - True/False. True = start immediatly the timer
; Requirement(s):   ClockInit() first called, AdlibEnable() or AdlibDisable() not used outside TimerLib
; Return Value(s):  The numer of added timer
; Author(s):        Jerome DERN  (jdern "at" free "dot" fr)
; Note(s):
;===============================================================================
Func ClockAdd($frequence, $function, $start=True)
; ClockInit already called? If not initialize the first timer
    If $ClockArray[0][0] <= 0 Then Return ClockInit($frequence, $function, $start)
    
    AdlibDisable()                      ; Disable timer
    ReDim $ClockArray[$ClockArray[0][0]+2][3]; Redim the timer table
    
    $nb = $ClockArray[0][0]             ; Get number of timers
    
; Convert nb of timeslot to timeslot duration
    $time = $ClockArray[0][1]           ; Get actual timeslot duration
    For $i=1 to $nb
        $ClockArray[$i][0] *= $time     ; = Nbslot*slotduration (timeslot duration)
    Next
    
; Add new timer
    $nb += 1
    $ClockArray[$nb][0] = $frequence    ; Number of clock tick to activate it
    $ClockArray[$nb][1] = $function     ; Function to be called
    $ClockArray[$nb][2] = True          ; Activated
    
; Get maximum timeslot and common maximum divisor
    $time = $ClockArray[1][0]           ; Get first timeslot duration
    $max = $time
    For $i=1 to $nb
        If $ClockArray[$i][0] > $max Then $max = $ClockArray[$i][0]; Max?
        $time = ClockPGCD($time, $ClockArray[$i][0]); Find greater common divisor
    Next
    
; Convert back timeslot durations to number of timeslot
    For $i=1 to $nb
        $ClockArray[$i][0] /= $time     ; Nb of clock tick
    Next
    
; Update general informations
    $ClockArray[0][0] = $nb     ; New number of timers
    $ClockArray[0][1] = $time   ; Actual frequency
    $ClockArray[0][2] = $max/$time; Max value of counter
    
    If $start Then ClockStartAll()
    Return $nb
EndFunc

;===============================================================================
; Description:    Start a timer given by its number
; Parameter(s):  $number        - The timer number to start, or callback function name.
; Requirement(s):   ClockInit() first called, AdlibEnable() or AdlibDisable() not used outside TimerLib
; Return Value(s):  1 if OK
;                   -1 if no timer found
;                   -2 if already started
; Author(s):        Jerome DERN  (jdern "at" free "dot" fr)
; Note(s):          $number is returned by ClockInit() or ClockAdd() services. Stop timer with ClockStop()
;===============================================================================
Func ClockStart($number)
    If Not IsNumber($number) And IsString($number) Then
        $name = $number
        For $i=1 to $ClockArray[0][0]
            If $ClockArray[$i][1] = $number Then
                $number = $i
                ExitLoop
            EndIf
        Next
    EndIf
    If $ClockArray[0][0] < $number Then Return -1
    If $ClockArray[$number][2] = True Then Return -2
    $ClockArray[$number][2] = True
    Return 1
EndFunc

;===============================================================================
; Description:    Stop a timer given by its number
; Parameter(s):  $number        - The timer number to stop, or callback function name.
; Requirement(s):   ClockInit() first called, AdlibEnable() or AdlibDisable() not used outside TimerLib
; Return Value(s):  1= 0K
;                   -1 If no timer found
;                   -2 If timer already stopped
; Author(s):        Jerome DERN  (jdern "at" free "dot" fr)
; Note(s):          $number is returned by ClockInit() or ClockAdd() services. Start again with ClockStart()
;===============================================================================
Func ClockStop($number)
    If Not IsNumber($number) And IsString($number) Then
        $name = $number
        For $i=1 to $ClockArray[0][0]
            If $ClockArray[$i][1] = $number Then
                $number = $i
                ExitLoop
            EndIf
        Next
    EndIf
    If $ClockArray[0][0] < $number Then Return -1
    If $ClockArray[$number][2] = False Then Return -2
    $ClockArray[$number][2] = False
    Return 1
EndFunc

;===============================================================================
; Description:    Stop all defined timers
; Parameter(s):  $number        - The timer number to stop.
; Requirement(s):   ClockInit() first called, AdlibEnable() or AdlibDisable() not used outside TimerLib
; Return Value(s):  None
; Author(s):        Jerome DERN  (jdern "at" free "dot" fr)
; Note(s):          ClockInit() already called. Start all timers again with ClockStartAll()
;===============================================================================
Func ClockStopAll()
    AdlibDisable()
EndFunc

;===============================================================================
; Description:    Start all defined timers
; Parameter(s):  $number        - The timer number to stop.
; Requirement(s):   ClockInit() first called, AdlibEnable() or AdlibDisable() not used outside TimerLib
; Return Value(s):  1 if OK, -1 if ClockInit() not called or no timer found
; Author(s):        Jerome DERN  (jdern "at" free "dot" fr)
; Note(s):          ClockInit() already called. Stop all services by ClockStopAll()
;===============================================================================
Func ClockStartAll()
    If $ClockArray[0][0] < 1 Then Return -1
    If $ClockArray[0][0] = 1 Then
        AdlibEnable($ClockArray[1][1], $ClockArray[0][1])
    Else
        AdlibEnable("ClockCallback", $ClockArray[0][1])
    EndIf
    Return 1
EndFunc

;===============================================================================
; Description:    Debug: print in tooltips all timers and their status
; Parameter(s):  none
; Requirement(s):   ClockInit() first called, AdlibEnable() or AdlibDisable() not used outside TimerLib
; Return Value(s):  number of timers defined
; Author(s):        Jerome DERN  (jdern "at" free "dot" fr)
; Note(s):          For debugging purposed no use in production code
;===============================================================================
Func ClockDebug()
    $info = $ClockArray[0][0] & " Clock defined" & @CRLF
    For $i=1 to $ClockArray[0][0]
        $period = $ClockArray[$i][0] * $ClockArray[0][1]
        $h = Int($period / (60*60000))
        $period -= $h*60*60000
        $m = Int($period/60000)
        $period -= $m*60000
        $s = Int($period/1000)
        $ms = $period - $s*1000
        $period = ""
        if $h >0 then $period = $period & $h & "h "
        if $m >0 then $period = $period & $m & "m "
        if $s >0 then $period = $period & $s &"s "
        if $ms >0 then $period = $period & $ms & "ms "
        $info = $info & " Clock " & $i & " status is " & $ClockArray[$i][2] & " at " & $period & "Callback is " & $ClockArray[$i][1] & @CRLF
    Next
    ToolTip($info, 0, 0, "ClockLib debug")
    Return $ClockArray[0][0]
EndFunc

;------------------------------------------------------------------------------------------------------
;-                U T I L I T A R Y   F U N C T I O N S   N O T   E X P O R T E D  
;------------------------------------------------------------------------------------------------------
; The timer adlib general callback
Func ClockCallback()
    $ClockCounter += 1
    For $i=1 to $ClockArray[0][0]
        If Not $ClockArray[$i][2] Then ContinueLoop 
        If $ClockArray[$i][0]=1 Or Mod($ClockCounter, $ClockArray[$i][0]) = 0 Then Call($ClockArray[$i][1], $i)
    Next
    If $ClockCounter >= $ClockArray[0][2] Then $ClockCounter = 0
EndFunc

; Compute higher common divisor of two numbers
Func ClockPGCD($a, $b)
    If $b=0 Then 
        $ClockPGCD=$a
    Else
        $c = $a/$b
        $c = Round(($c-int($c))*$b, 0)
        $ClockPGCD = ClockPGCD($b, $c)
    EndIf
    Return $ClockPGCD
EndFunc

end here is my old script.. this works, but i want to start more counters...:

#include "timerlib.au3"
#include <GUIConstants.au3>

#Region ### START Koda GUI section ### Form=
$Form1 = GUICreate("Timer", 239, 146, 193, 115)
$Input1 = GUICtrlCreateInput("", 16, 8, 57, 21)
$Start = GUICtrlCreateButton("Start", 104, 8, 65, 25, 0)
GUISetState(@SW_SHOW)
#EndRegion ### END Koda GUI section ###

Global $tijd



While 1
    $nMsg = GUIGetMsg()
    Switch $nMsg

        
        Case $Start
            call(_startklok1())
            
            
        Case $GUI_EVENT_CLOSE
            Exit
    EndSwitch
WEnd




While 1
    Sleep(10)
WEnd

func _startklok1()
    $tijd = guictrlread($Input1)
    ClockInit(1000, "klok1", True)
EndFunc

Func klok1($timerno)
    $tijd = $tijd - 1
    GUICtrlSetData($Input1, $tijd) 
    if $tijd = 0 Then
        ClockStopall()
        MsgBox(0, "", "done..")
    EndIf
    
EndFunc

can you guys help me? thx

Edited by boltc

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still nobody can help me? :P

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I am not familiar with the TimerLib.au3 and made several changes to get it to work...

See if this helps you:

;#include "timerlib.au3"
#include <GUIConstants.au3>

Global $ClockArray[2][3]=[[0,0,0]]
Global $ClockCounter=0


#Region ### START Koda GUI section ### Form=
$Form1 = GUICreate("Timer", 239, 146, 193, 115)
$Input1 = GUICtrlCreateInput("", 16, 8, 57, 21)
$Start1 = GUICtrlCreateButton("Start", 104, 8, 65, 25, 0)
$Input2 = GUICtrlCreateInput("", 16, 38, 57, 21)
$Start2 = GUICtrlCreateButton("Start", 104, 38, 65, 25, 0)
GUISetState(@SW_SHOW)
#EndRegion ### END Koda GUI section ###

Global $tijd

ClockInit(1000, "klok1", False)
ClockAdd(2000, "klok2", False)
ClockStartAll()

While 1
    $nMsg = GUIGetMsg()
    Switch $nMsg
        Case $Start1
;           ClockStart("klok1")
        Case $Start2
;           ClockStart("klok2")
        Case $GUI_EVENT_CLOSE
            Exit
    EndSwitch
WEnd

Func klok1($timerno)
    $tijd = GUICtrlRead($Input1) 
    GUICtrlSetData($Input1, $tijd-1) 
    if $tijd = 0 Then
        ClockStopall()
        MsgBox(0, "", "done..")
    EndIf
    
EndFunc

Func klok2($timerno)
    $tijd = GUICtrlRead($Input2) 
    GUICtrlSetData($Input2, $tijd-1) 
    if $tijd = 0 Then
        ClockStopall()
        MsgBox(0, "", "done..")
    EndIf
    
EndFunc

#region Header
#comments-start
    Title:            Timer Lib UDF Library for AutoIt3
    Filename:        TimerLib.au3
    Description:    A collection of UDF's that assist in defining several timers with function callbacks.
    Author:            J. DERN (JD) 
    Version:        01.00
    Last Update:    27.11.06
    Requirements:    AutoIt v3.2 +, Developed/Tested on WindowsXP Pro Service Pack 2
    Notes:            This code is optimized even with only one timer, it will takes less CPU if timer have a common divider
#comments-end
#endregion Header

;------------------------------------------------------------------------------------------------------
;-                                      D E M O N S T R A T I O N
;------------------------------------------------------------------------------------------------------
;ClockInit(1000, "A", False)
;ClockAdd (2000, "B", False)
;ClockAdd (500, "C", True)
;ClockStartAll()
;While 1
;    Sleep(10)
;WEnd

;Func A($timerno)
;    ToolTip("A", 0, 0, "Time")
;EndFunc

;Func B($timerno)
;    ToolTip("B", 50, 50, "Time")
;EndFunc

;Func C($timerno)
;    ToolTip("C", 100, 100, "Time")
;EndFunc
;Exit

;------------------------------------------------------------------------------------------------------
;-                                      T I M E R   L I B R A R Y  
;------------------------------------------------------------------------------------------------------
;===============================================================================
; Description:      Initialize clock and add first timer.
; Parameter(s):     $frequence    - Call frequence in microseconds.
;                    $function    - Function to call each $frequence microseconds (timer number is passed in argument)
;                    $start        - Optional - True/False. True = start immediatly the timer
; Requirement(s):   AdlibEnable() or AdlibDisable() not used outside TimerLib
; Return Value(s):  The number of added timer
; Author(s):        Jerome DERN  (jdern "at" free "dot" fr)
; Note(s):            Multiple calls to this function will resets previously defined timers
;===============================================================================
Func ClockInit($frequence, $function, $start=True)
    
; Initialize tables    
    $ClockArray[0][0] = 1    ; Number of timers
    $ClockArray[0][1] = $frequence; Actual frequency
    $ClockArray[0][2] = 1    ; Max value of counter
    
; Initialize first timer
    $ClockArray[1][0] = 1    ; Number of Tick
    $ClockArray[1][1] = $function; Function to call
    $ClockArray[1][2] = False; Activated

    
    If $start Then ClockStartAll() 
        Return 1
    
EndFunc

;===============================================================================
; Description:      Add a new timer.
; Parameter(s):     $frequence    - Call frequence in microseconds.
;                    $function    - Function to call each $frequence microseconds
;                    $start        - Optional - True/False. True = start immediatly the timer
; Requirement(s):   ClockInit() first called, AdlibEnable() or AdlibDisable() not used outside TimerLib
; Return Value(s):  The numer of added timer
; Author(s):        Jerome DERN  (jdern "at" free "dot" fr)
; Note(s):
;===============================================================================
Func ClockAdd($frequence, $function, $start=True)
; ClockInit already called? If not initialize the first timer
    If $ClockArray[0][0] <= 0 Then Return ClockInit($frequence, $function, $start)
    
    AdlibDisable()                        ; Disable timer
    ReDim $ClockArray[$ClockArray[0][0]+2][3]; Redim the timer table
    
    $nb = $ClockArray[0][0]                ; Get number of timers
    
; Convert nb of timeslot to timeslot duration
    $time = $ClockArray[0][1]            ; Get actual timeslot duration
    For $i=1 to $nb
        $ClockArray[$i][0] *= $time        ; = Nbslot*slotduration (timeslot duration)
    Next
    
; Add new timer
    $nb += 1
    $ClockArray[$nb][0] = $frequence    ; Number of clock tick to activate it
    $ClockArray[$nb][1] = $function        ; Function to be called
    $ClockArray[$nb][2] = False            ; Activated
    
; Get maximum timeslot and common maximum divisor
    $time = $ClockArray[1][0]            ; Get first timeslot duration
    $max = $time
    For $i=1 to $nb
        If $ClockArray[$i][0] > $max Then $max = $ClockArray[$i][0]; Max?
        $time = ClockPGCD($time, $ClockArray[$i][0]); Find greater common divisor
    Next
    
; Convert back timeslot durations to number of timeslot
    For $i=1 to $nb
        $ClockArray[$i][0] /= $time        ; Nb of clock tick
    Next
    
; Update general informations
    $ClockArray[0][0] = $nb        ; New number of timers
    $ClockArray[0][1] = $time    ; Actual frequency
    $ClockArray[0][2] = $max/$time; Max value of counter
    
    If $start Then ClockStartAll()
    Return $nb
EndFunc

;===============================================================================
; Description:      Start a timer given by its number
; Parameter(s):     $number        - The timer number to start, or callback function name.
; Requirement(s):   ClockInit() first called, AdlibEnable() or AdlibDisable() not used outside TimerLib
; Return Value(s):  1 if OK
;                    -1 if no timer found
;                    -2 if already started
; Author(s):        Jerome DERN  (jdern "at" free "dot" fr)
; Note(s):            $number is returned by ClockInit() or ClockAdd() services. Stop timer with ClockStop()
;===============================================================================
Func ClockStart($number)
    If Not IsNumber($number) And IsString($number) Then
        $name = $number
        For $i=1 to $ClockArray[0][0]
            If $ClockArray[$i][1] = $number Then
                $number = $i
                ExitLoop
            EndIf
        Next
    EndIf
    If $ClockArray[0][0] < $number Then Return -1
    If $ClockArray[$number][2] = True Then Return -2
    $ClockArray[$number][2] = True
    Return 1
EndFunc

;===============================================================================
; Description:      Stop a timer given by its number
; Parameter(s):     $number        - The timer number to stop, or callback function name.
; Requirement(s):   ClockInit() first called, AdlibEnable() or AdlibDisable() not used outside TimerLib
; Return Value(s):  1= 0K
;                    -1 If no timer found
;                    -2 If timer already stopped
; Author(s):        Jerome DERN  (jdern "at" free "dot" fr)
; Note(s):            $number is returned by ClockInit() or ClockAdd() services. Start again with ClockStart()
;===============================================================================
Func ClockStop($number)
    If Not IsNumber($number) And IsString($number) Then
        $name = $number
        For $i=1 to $ClockArray[0][0]
            If $ClockArray[$i][1] = $number Then
                $number = $i
                ExitLoop
            EndIf
        Next
    EndIf
    If $ClockArray[0][0] < $number Then Return -1
    If $ClockArray[$number][2] = False Then Return -2
    $ClockArray[$number][2] = False
    Return 1
EndFunc

;===============================================================================
; Description:      Stop all defined timers
; Parameter(s):     $number        - The timer number to stop.
; Requirement(s):   ClockInit() first called, AdlibEnable() or AdlibDisable() not used outside TimerLib
; Return Value(s):  None
; Author(s):        Jerome DERN  (jdern "at" free "dot" fr)
; Note(s):            ClockInit() already called. Start all timers again with ClockStartAll()
;===============================================================================
Func ClockStopAll()
    AdlibDisable()
EndFunc

;===============================================================================
; Description:      Start all defined timers
; Parameter(s):     $number        - The timer number to stop.
; Requirement(s):   ClockInit() first called, AdlibEnable() or AdlibDisable() not used outside TimerLib
; Return Value(s):  1 if OK, -1 if ClockInit() not called or no timer found
; Author(s):        Jerome DERN  (jdern "at" free "dot" fr)
; Note(s):            ClockInit() already called. Stop all services by ClockStopAll()
;===============================================================================
Func ClockStartAll()
    If $ClockArray[0][0] < 1 Then Return -1
    If $ClockArray[0][0] = 1 Then
        AdlibEnable($ClockArray[1][1], $ClockArray[0][1])
    Else
        AdlibEnable("ClockCallback", $ClockArray[0][1])
    EndIf
    Return 1
EndFunc

;===============================================================================
; Description:      Debug: print in tooltips all timers and their status
; Parameter(s):     none
; Requirement(s):   ClockInit() first called, AdlibEnable() or AdlibDisable() not used outside TimerLib
; Return Value(s):  number of timers defined
; Author(s):        Jerome DERN  (jdern "at" free "dot" fr)
; Note(s):            For debugging purposed no use in production code
;===============================================================================
Func ClockDebug()
    $info = $ClockArray[0][0] & " Clock defined" & @CRLF
    For $i=1 to $ClockArray[0][0]
        $period = $ClockArray[$i][0] * $ClockArray[0][1]
        $h = Int($period / (60*60000))
        $period -= $h*60*60000
        $m = Int($period/60000)
        $period -= $m*60000
        $s = Int($period/1000)
        $ms = $period - $s*1000
        $period = ""
        if $h >0 then $period = $period & $h & "h "
        if $m >0 then $period = $period & $m & "m "
        if $s >0 then $period = $period & $s &"s "
        if $ms >0 then $period = $period & $ms & "ms "
        $info = $info & " Clock " & $i & " status is " & $ClockArray[$i][2] & " at " & $period & "Callback is " & $ClockArray[$i][1] & @CRLF
    Next
    ToolTip($info, 0, 0, "ClockLib debug")
    Return $ClockArray[0][0]
EndFunc

;------------------------------------------------------------------------------------------------------
;-                  U T I L I T A R Y   F U N C T I O N S   N O T   E X P O R T E D  
;------------------------------------------------------------------------------------------------------
; The timer adlib general callback
Func ClockCallback()
    $ClockCounter += 1
    For $i=1 to $ClockArray[0][0]
        If Not $ClockArray[$i][2] Then ContinueLoop 
        If $ClockArray[$i][0]=1 Or Mod($ClockCounter, $ClockArray[$i][0]) = 0 Then Call($ClockArray[$i][1], $i)
    Next
    If $ClockCounter >= $ClockArray[0][2] Then $ClockCounter = 0
EndFunc

; Compute higher common divisor of two numbers
Func ClockPGCD($a, $B)
    If $b=0 Then 
        $ClockPGCD=$a
    Else
        $c = $a/$b
        $c = Round(($c-int($c))*$b, 0)
        $ClockPGCD = ClockPGCD($b, $c)
    EndIf
    Return $ClockPGCD
EndFunc

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yes this works, but if the first clock stops, then the 2e clock also stops:S

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haha thankyou,, have it working now...

just changed this:

Func klok1($timerno)
    $tijd = GUICtrlRead($Input1) 
    GUICtrlSetData($Input1, $tijd-1) 
    if $tijd = 0 Then
        ClockStop(1)
        MsgBox(0, "", "done..")
    EndIf
    
EndFunc

Func klok2($timerno)
    $tijd = GUICtrlRead($Input2) 
    GUICtrlSetData($Input2, $tijd-1) 
    if $tijd = 0 Then
        ClockStop(2)
        MsgBox(0, "", "done..")
    EndIf
    
EndFunc

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