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Found 5 results

  1. Hello all! I use Autoit for a while, already made some automation for a TV station's master control room with it. I made a UDF to easily work with PAL timecode and time with milliseconds, convert, add or subtract them. Feel free to use it if you want something like this #Region ;**** Directives created by AutoIt3Wrapper_GUI **** #AutoIt3Wrapper_Res_Description=PAL Timecode Calculator UDF #AutoIt3Wrapper_Res_LegalCopyright=horvath.imre@gmail.com #EndRegion ;**** Directives created by AutoIt3Wrapper_GUI **** ; ; #FUNCTION# ; Name...........: _tcAdd ; Description....: Returns addition of two timecodes ; Syntax.........: _tcAdd($fTc1, fTc2 [, $fFormat = "P"]) ; ; Parameters.....: $fTc1 - First timecode in hh:mm:ss.ff format ; $fTc2 - Second timecode in hh:mm:ss.ff format ; $fFormat - Time base - "P" (default): PAL (25 fps) ; "M" : millisecond ; ; Return value...: Sum of the two timecode in the selected format Func _tcAdd($fTc1, $fTc2, $fFormat = "P", $fHourFormat = 1) Local $fMs1 = _tcToMs($fTc1) Local $fMs2 = _tcToMs($fTc2) Local $fSumMs = $fMs1 + $fMs2 Return _msToTc($fSumMs, $fFormat, $fHourFormat) EndFunc ; #FUNCTION# ; Name...........: _tcsSub ; Description....: Returns addition of two timecodes ; Syntax.........: _tcSub($fTc1, fTc2 [, $fFormat = "P"]) ; ; Parameters.....: $fTc1 - First timecode in hh:mm:ss.ff format ; $fTc2 - Second timecode in hh:mm:ss.ff format ; $fFormat - Time base - "P" (default): PAL (25 fps) ; "M" : millisecond ; ; Return value...: Subtract $fTc2 from $fTc1 in the source format Func _tcSub($fTc1, $fTc2, $fFormat = "P") Local $fMs1 = _tcToMs($fTc1) Local $fMs2 = _tcToMs($fTc2) Local $fSumMs = $fMs1 - $fMs2 If $fSumMs < 0 Then $fSumMs = _tcToMs("24:00:00.00") - ($fSumMs * -1) EndIf Return _msToTc($fSumMs, $fFormat) EndFunc ; #FUNCTION# ; Name...........: _tcToMs ; Description....: Returns timecode converted to total milliseconds ; Syntax.........: _tcToMs($fTc) ; ; Parameters.....: $fTc - Timecode in hh:mm:ss.ff or hh:mm:ss:xxx format, where xxx are milliseconds ; ; Return value...: Milliseconds as an integer value Func _tcToMs($fTc) Local $fTemp = StringSplit($fTc, ":.") Local $fChr = StringLen($fTemp[4]) Switch $fChr Case 2 Return ($fTemp[4] * 40) + ($fTemp[3] * 1000) + ($fTemp[2] * 60000) + ($fTemp[1] * 3600000) Case 3 Return ($fTemp[4]) + ($fTemp[3] * 1000) + ($fTemp[2] * 60000) + ($fTemp[1] * 3600000) EndSwitch EndFunc ; #FUNCTION# ; Name...........: _msToTc ; Description....: Converts total milliseconds to timecode ; Syntax.........: _msToTc($fIn, $fFormat = "P", $fHourFormat = 1) ; ; Parameters.....: $fIn - Time in milliseconds ; $fFormat - Output format "P": PAL TC (default) ; "M": hh:mm:ss.xxx where xxx are milliseconds ; $fHourFormat - Hour format "1": max. value is 23, then starts from 0 (default) ; "0": hours can be more then 23 ; ; Return value...: Timecode as string in the selected format Func _msToTc($fIn, $fFormat = "P", $fHourFormat = 1) Switch $fFormat Case "P" Local $fFr = StringFormat("%02i", (StringRight($fIn, 3) - Mod(StringRight($fIn, 3), 40)) / 40) Case "M" Local $fFr = StringFormat("%03i", StringRight($fIn, 3)) EndSwitch $fIn = StringTrimRight($fIn, 3) Local $fSec = StringFormat("%02i", Mod($fIn, 60)) $fIn -= $fSec Local $fMinTot = $fIn / 60 Local $fMin = StringFormat("%02i", Mod($fMinTot, 60)) $fIn -= $fMin*60 Local $fHourTot = $fIn / 60 / 60 Switch $fHourFormat Case 1 $fHour = StringFormat("%02i", Mod($fHourTot, 24)) Case 0 $fHour = StringFormat("%02i", $fHourTot) EndSwitch Return($fHour & ":" & $fMin & ":" & $fSec & "." & $fFr) EndFunc ; #FUNCTION# ; Name...........: _tcFormatChange ; Description....: Toggle TC format ; Syntax.........: _tcFormatChange($fTc) ; ; Parameters.....: $fTc - Timecode in hh:mm:ss.ff or hh:mm:ss:xxx format, where xxx are milliseconds ; ; Return value...: PAL timecode or time with milliseconds as string, depends on input Func _tcFormatChange($fTc) Local $fTemp = StringSplit($fTc, ":.") Local $fChr = StringLen($fTemp[4]) Switch $fChr Case 2 Return $fTemp[1]&":"&$fTemp[2]&":"&$fTemp[3]&"."&StringFormat("%03i", $fTemp[4]*40) Case 3 Return $fTemp[1]&":"&$fTemp[2]&":"&$fTemp[3]&"."&StringFormat("%02i", ($fTemp[4]-Mod($fTemp[4], 40))/40) EndSwitch EndFunc And the example script: #include<_PAL_TC_Calc.au3> $palTC1 = "00:01:12.20" $palTC2 = "23:59:50.02" $msTC1 = "00:01:12.800" $msTC2 = "23:59:50.120" MsgBox(0, "1", _tcAdd($palTC1, $palTC2)); Adds $palTC1 to $palTC2, turns hour back to 0 after 23, returns PAL TC format MsgBox(0, "2", _tcAdd($palTC1, $palTC2, "M")); Adds $palTC1 to $palTC2, turns hour back to 0 after 23, returns time with milliseconds format MsgBox(0, "3", _tcAdd($palTC1, $palTC2, "M", 0)); Adds $palTC1 to $palTC2, hours can be infinite, returns time with milliseconds format MsgBox(0, "4", _tcAdd($msTC1, $msTC2)); Adds $palTC1 to $palTC2, turns hour back to 0 after 23, returns PAL TC format MsgBox(0, "5", _tcAdd($msTC1, $msTC2, "M")); Adds $palTC1 to $palTC2, turns hour back to 0 after 23, returns time with milliseconds format MsgBox(0, "6", _tcAdd($msTC1, $msTC2, "M", 0)); Adds $palTC1 to $palTC2, hours can be infinite, returns time with milliseconds format MsgBox(0, "7", _tcSub($palTC2, $palTC1)); Subtract $palTC1 from $palTC2, returns PAL TC format MsgBox(0, "8", _tcSub($palTC2, $palTC1, "M")); Subtract $palTC1 from $palTC2, time with milliseconds format MsgBox(0, "9", _tcSub($msTC1, $msTC2)); Subtract $palTC1 from $palTC2, returns PAL TC format - when hits zero, counts back from 24:00:00.00 MsgBox(0, "10", _tcSub($msTC1, $msTC2, "M")); Subtract $palTC1 from $palTC2, time with milliseconds format - when hits zero, counts back from 24:00:00.000 MsgBox(0, "11", _tcFormatChange($palTC2)); Convert PAL TC to time with milliseconds and back MsgBox(0, "12", _tcFormatChange($msTC2)); Convert PAL TC to time with milliseconds and back TC_CALC_example.au3 _PAL_TC_Calc.au3
  2. Reverse Polish Notation (RPN) is a math notation in which each operator follows its two operands. I own an HP 48G calculator which uses RPN, and when I tried to use the windows calculator I had so much trouble that I wrote my own calculator. Basically, it has a stack of numbers; any time an operator is pressed, that operation is carried out immediately on the two items on the bottom of the stack, or the stack and the input if there is anything in the input. This method reduces the requirements for parenthesis and makes calculating equations/functions relatively easy: instead of (sqrt(5+8))/(8*9) you would enter 5 ENTER 8 + SQRT 8 ENTER 9 * / Practical implications Suggestions/advice/criticisms are greatly appreciated! calc2.au3
  3. hi everyone! I need some help with my rpn calculator. I first translated it from vbscript to autoitscript and that's when i stumbled on problem one: (46) : ==> Array variable has incorrect number of subscripts or subscript dimension range exceeded.: $Stack[ubound($Stack)] = $Item ^ ERROR After that (and i know this from testing it as a vbscript) it can't work with negative numbers: "1 - - 2" to Reverse Polish notation = "1 - 2 -" gives me the build in error... Can you guy's help me with my code pleas? Func Print($what,$er = 0) $t = '' if $err <> 0 then $t = 'ERROR!' MsgBox($er,$st,$what) EndFunc Func RPN($Tokenarray) Local $Stack = [] Local $Result Local $Operator_B Local $Operator_A For $Token = 0 To Ubound($Tokenarray) If Isoperator($Tokenarray[$Token]) Then $Operator_B = Pop($Stack) $Operator_A = Pop($Stack) If $Operator_A = "" Then Print("The user has not input sufficient values in the expression.",16) exit EndIf Switch $Tokenarray[$Token] Case "+" $Result = Number($Operator_A,3) + Number($Operator_B,3) Case "-" $Result = Number($Operator_A,3) - Number($Operator_B,3) Case "*" $Result = Number($Operator_A,3) * Number($Operator_B,3) Case "/" $Result = Number($Operator_A,3) / Number($Operator_B,3) Case "^" $Result = Number($Operator_A,3) ^ Number($Operator_B,3) EndSwitch Push($Result,$Stack) Else Push($Tokenarray[$Token],$Stack) EndIf Next If Ubound($Stack) > 1 Then Print("The user input has too many values.",16) Exit EndIf Return pop($Stack) EndFunc Func Push($Item, Byref $Stack) If Ubound($Stack) > -1 Then Redim $Stack[Ubound($Stack) + 1] $Stack[Ubound($Stack)] = $Item Else Local $Stack = [$Item] EndIf EndFunc Func Pop($Stack) $pop = "" If Ubound($Stack) > -1 Then $Pop = $Stack[Ubound($Stack)] Redim $Stack[Ubound($Stack) - 1] EndIf Return $pop EndFunc Func Peek($Stack) $peek = "" If Ubound($Stack) > -1 Then $Peek = $Stack(Ubound($Stack)) EndIf Return $peek EndFunc Func Isoperator($Operator) Return StringInstr("+-*/^&<=>", $Operator) <> 0 And StringLen($Operator) = 1 EndFunc Func Precedence($Operator) If Isoperator($Operator) Then Switch $Operator case "^" Return 4 case "*","/" Return 3 case "+","-" Return 2 case "&" Return 1 case "<","=",">" Return 0 EndSwitch EndIf EndFunc ;################################################################################################## ; (4 - -5) = (4|-|-|5) = (4|-|5|-) ; input tokens rpn Global $calculate_this = ["4","-","5","-"] Print(rpn($calculate_this)) thanks in advance , TheAutomator
  4. Version 1.0

    733 downloads

    Ohm's Law Calculator, clear the field you need to calculate, power may give out zero, if both fields of power and amps are empty, clear power, and try again.
  5. Here's a graphing calculator I've been making, It can graph most functions and solve basic derivatives and integrals I haven't gotten around to making functions for solving indefinite integrals yet, and i know that my derivative functions don't work for all types of functions. please post any feedback, BuckMaster Graphing Calc.rar
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