MZ˙˙¸@¸ş´ Í!¸LÍ!This program cannot be run in DOS mode. $ŃRؕ3}‹•3}‹•3}‹HĚ´‹”3}‹HĚą‹”3}‹Rich•3}‹PELŕ!   a@.rsrc@@đ€P€h€€€€ č€ 0€H€`€€€l˜€j°€ëČ€Ăŕ€Çř€Č€Ë(€Đ@€ŐX€Úp€ßˆ€ä € ¸€ĄĐ€˘č€;€€0€H€`€x€€¨€ Ŕ€ Ř€đ€%€, €-8€/P€0h€3€€4˜€9°€:Č€<ŕ€Rř€U€V(€X@€ZX€[p€\ˆ€a €b¸€fĐ€gč€h€i€j0€kH€l`€nx€o€p¨€qŔ€~Ř€„đ€… €† €Š8 €P €ˇh €ő€ €ö˜ €÷° €řČ €ůŕ €3ř €4 €5( €R@ €SX €Tp €„ˆ €…  €†¸ €‡Đ €ˆč €‰ €Š €0 €H €ř€` €€x €      °  Ŕ  Đ  ŕ  đ        0  @  P  `  p  €       °  Ŕ  Đ  ŕ  đ        0  @  P  `  p  €       °  Ŕ  Đ  ŕ  đ      0 @ P ` p €    ° Ŕ Đ ŕ đ     0 @ P ` p €    ° Ŕ Đ ŕ đ     0 @ P ` p €    ° Ŕ Đ ŕD!Čä "läx%"äœ'Ŕä\*@äœ*ŞäH0Ŕä1ÄäĚ2 äl3Ää042äd8ŞäAVähSčäPT2ä„Vä Yjä Z†ä”Zzä[@äP[ äđ[şäŹ\äŔ^6äř_6ä0`\äŒ`Đä\cJä¨d@äčdZäDe&äleVäÄe„äHf†äĐfŢä°gčä˜h6äĐhLäi$ä@jäXk:ä”kä˜lhämlälmbäĐm,äümĆäÄnnä4oâäpä(qöä rÔäôrŔä´sä´ttä(uČäđu:ä,v¤äĐvÂä”w"ä¸xœäTyŹäz"ä$z˘äČzPä|xä}äätžäbäx‚ äƒ<äT„Şä…0ä0…Häx…Jäą`ä$‡˜äź‡äLˆP䜉 䟉HäŠĐäԊä蒌ät–Š>äŐAäMUIIDS_TEMPALTE_XMLIDS_TEMPLATE_SCHEMAÍţÍţČ`GŃ=€Ľ^)BBÎŁ÷BR,(ďŠ ů͕Ŕ]IJ'K8ˆ˜¸ MUI en-US&View1S&tandard Alt+10&Scientific Alt+22&Programmer Alt+33St&atistics Alt+4ĹHistor&y Ctrl+H/D&igit groupingÍ&Basic Ctrl+F4Ď&Unit conversion Ctrl+UÓ&Date calculation Ctrl+E&Worksheets€&Edit,&Copy Ctrl+C-&Paste Ctrl+V&History6Copy h&istory&EditœCa&ncel edit EscC&lear Ctrl+Shift+D&Dataset5Copy d&atasetž&Edit Ca&ncel edit Esc C&lear D&Help7&View Help F1€.&About Calculator˙˙ŔȐđFCalculatorMS Shell DlgP˙˙˙˙‚˙˙P"Ć˙˙˙˙‚The requested operation may take a very long time to complete.P"Ć˙˙˙˙‚Do you want to let the calculation continue, or stop the operation now?PI4(˙˙€&ContinuePw4(˙˙€&StopPA˙˙ @@ÖΐMS Shell DlgNPÖÎş˙˙‚€P°-˙˙˙˙˙˙‚Select the value you want to calculate#P4°p˙˙… PfTü˙˙‚ PŽTý˙˙‚ PśTţ˙˙‚ PŢT˙˙˙‚ PT˙˙‚ P.T˙˙‚(€ƒPh`Z"ő˙˙(€PhˆZ"ö˙˙(€Ph°Z"÷˙˙(€PhŘZ"ř˙˙(€PhZ"ů˙˙(€Ph(Z"ú˙˙PP›$˙˙€Calculate€PhRZ"˙˙˙˙@@č MS Shell Dlg˙˙ @@&|*MS Shell DlgNP|đş˙˙‚P#žM0ž˙˙‚P! "˙˙€PM "˙˙€aP ,ftť˙˙ƒP Ę‘˙˙‚P#žM"–˙˙‚0P §iś˙˙‚Count = Pf§iľ˙˙‚PřD+z˙˙€MCP,D+S˙˙€đP_D+‰˙˙€7P’D+†˙˙€4PĹD+ƒ˙˙€1Př’+‚˙˙€0PNřD+{˙˙€MRPN,D+ ˙˙€CADPN_D+Š˙˙€8PN’D+‡˙˙€5PNĹD+„˙˙€2PœřD+|˙˙€MSPœ,D+Q˙˙€CPœ_D+‹˙˙€9Pœ’D+ˆ˙˙€6PœĹD+…˙˙€3PœřD+T˙˙€.PęřD+}˙˙€M+Pę,D+w˙˙€F-EPę_D+Ť˙˙€ đPę’D+­˙˙€"5ŘeÜPęĹD+Ż˙˙€5ŘßđPęřD+P˙˙€ąP8řD+~˙˙€M-P8,D+˙˙€ExpP8_D+Ź˙˙€đP8’D+Ž˙˙€"5ŘeܲP8ĹD+°˙˙€5Řßđ‹  P8řD+¨˙˙€AddPA˙˙ @@MyMS Shell DlgNPŸ˙˙‚NP ˙˙‚NP Ą˙˙‚NP ˘˙˙‚˙˙ @@ ֐MS Shell DlgNP֐ş˙˙‚€P¸'˙˙˙˙˙˙‚Select the type of unit you want to convert!PD˛hÝ˙˙…Pu˙˙˙˙˙˙‚From€P”˛$â˙˙!Pž˛hŕ˙˙…P÷˙˙˙˙˙˙‚To€P˛$ă˙˙!P@˛há˙˙…˙˙€H@} MS Shell DlgP "˙˙€P@ "˙˙€aP*}t™˙˙ƒ˙˙€H@€PMS Shell DlgPo”˙˙‚P(‘˙˙‚P#M0–˙˙‚0P#M0ž˙˙‚˙˙@@|1MS Shell DlgPD+z˙˙€MCP3D+S˙˙€đPfD+‰˙˙€7PšD+†˙˙€4PÍD+ƒ˙˙€1P’+‚˙˙€0PND+{˙˙€MRPN3D+R˙˙€CEPNfD+Š˙˙€8PNšD+‡˙˙€5PNÍD+„˙˙€2PœD+|˙˙€MSPœ3D+Q˙˙€CPœfD+‹˙˙€9PœšD+ˆ˙˙€6PœÍD+…˙˙€3PœD+T˙˙€.PęD+}˙˙€M+Pę3D+P˙˙€ąPęfD+[˙˙€/PęšD+\˙˙€*PęÍD+^˙˙€-PęD+]˙˙€+P8D+~˙˙€M-P83D+n˙˙€"P8fD+v˙˙€%P8šD+r˙˙€1/5ŘeÜP8ÍD^y˙˙€=PA˙˙@@91MS Shell DlgP†D+z˙˙€MCP†3D+S˙˙€đP†fD+‰˙˙€7P†šD+†˙˙€4P†ÍD+ƒ˙˙€1P†’+‚˙˙€0PÔD+{˙˙€MRPÔ3D+R˙˙€CEPÔfD+Š˙˙€8PÔšD+‡˙˙€5PÔÍD+„˙˙€2P"D+|˙˙€MSP"3D+Q˙˙€CP"fD+‹˙˙€9P"šD+ˆ˙˙€6P"ÍD+…˙˙€3P"D+T˙˙€.PpD+}˙˙€M+Pp3D+P˙˙€ąPpfD+[˙˙€/PpšD+\˙˙€*PpÍD+^˙˙€-PpD+]˙˙€+PžD+~˙˙€M-Pž3D+n˙˙€"PžfD+v˙˙€%PžšD+r˙˙€1/5ŘeÜPžÍD^y˙˙€=NP|+7˙˙‚P€A˙˙€DegreesP„B˙˙€RadiansPcC˙˙€GradsP3D+’˙˙‚PfD+b˙˙€IntPšD+s˙˙€dmsPÍD+x˙˙€ŔPD+w˙˙€F-EPN3D+’˙˙€InvPNfD+i˙˙€sinhPNšD+j˙˙€coshPNÍD+k˙˙€tanhPND+˙˙€ExpPœ3D+l˙˙€lnPœfD+f˙˙€sinPœšD+g˙˙€cosPœÍD+h˙˙€tanPœD+_˙˙€ModPę3D+€˙˙€(PęfD+o˙˙€5ŘeܲPęšD+a˙˙€5ŘeÜđPęÍD+p˙˙€5ŘeÜłPęD+m˙˙€logP83D+˙˙€)P8fD+q˙˙€n!P8šD+`˙˙€đ5ŘeÜP8ÍD+t˙˙€"5ŘeÜP8D+u˙˙€10đPA˙˙@@›MS Shell DlgNPj’’7˙˙‚Pvo9˙˙€HexP–u:˙˙€DecPśx;˙˙€OctPÖx<˙˙€BinNP’’8˙˙‚P~=˙˙€QwordP.~>˙˙€DwordPNu?˙˙€WordPnr@˙˙€BytePœjD+’˙˙‚PœD+€˙˙€(PœĐD+c˙˙€RoLPœD+W˙˙€OrPœ6D+Y˙˙€LshPœiD+e˙˙€NotPęjD+_˙˙€ModPęD+˙˙€)PęĐD+d˙˙€RoRPęD+X˙˙€XorPę6D+Z˙˙€RshPęiD+V˙˙€AndP8jD+Œ˙˙€AP8D+˙˙€BP8ĐD+Ž˙˙€CP8D+˙˙€DP86D+˙˙€EP8iD+‘˙˙€FP†jD+z˙˙€MCP†D+S˙˙€đP†ĐD+‰˙˙€7P†D+†˙˙€4P†6D+ƒ˙˙€1P†i’+‚˙˙€0PÔjD+{˙˙€MRPԝD+R˙˙€CEPÔĐD+Š˙˙€8PÔD+‡˙˙€5PÔ6D+„˙˙€2P"jD+|˙˙€MSP"D+Q˙˙€CP"ĐD+‹˙˙€9P"D+ˆ˙˙€6P"6D+…˙˙€3P"iD+T˙˙€.PpjD+}˙˙€M+PpD+P˙˙€ąPpĐD+[˙˙€/PpD+\˙˙€*Pp6D+^˙˙€-PpiD+]˙˙€+PžjD+~˙˙€M-PžD+n˙˙€"PžĐD+v˙˙€%PžD+r˙˙€1/5ŘeÜPž6D^y˙˙€=NPb5˙˙‚PÜ1ź˙˙‚0PÍ1˝˙˙‚0Pž1ž˙˙‚0PŻ1ż˙˙‚0P|1Ŕ˙˙‚0Pm1Á˙˙‚0P^1Â˙˙‚0PO1Ă˙˙‚0P1Ä˙˙‚0P 1Ĺ˙˙‚0Pţ1Ć˙˙‚0Pď1Ç˙˙‚0Pź1Č˙˙‚0P­1É˙˙‚0Pž1Ę˙˙‚0P1Ë˙˙‚0P\1Ě˙˙‚0PM1Í˙˙‚0P>1Î˙˙‚0P/1Ď˙˙‚0Pü1Đ˙˙‚0Pí1Ń˙˙‚0PŢ1Ň˙˙‚0PĎ1Ó˙˙‚0Pœ1Ô˙˙‚0P1Ő˙˙‚0P~1Ö˙˙‚0Po1×˙˙‚0P<1Ř˙˙‚0P-1Ů˙˙‚0P1Ú˙˙‚0P1Ű˙˙‚0PÜÜ˙˙‚0PÍÝ˙˙‚0PžŢ˙˙‚0PŻß˙˙‚0P|ŕ˙˙‚0Pmá˙˙‚0P^â˙˙‚0POă˙˙‚0Pä˙˙‚0P ĺ˙˙‚0Pţć˙˙‚0Pďç˙˙‚0Pźč˙˙‚0P­é˙˙‚0Pžę˙˙‚0Pë˙˙‚0P\ě˙˙‚0PMí˙˙‚0P>î˙˙‚0P/ď˙˙‚0Püđ˙˙‚0Píń˙˙‚0PŢň˙˙‚0PĎó˙˙‚0Pœô˙˙‚0Pő˙˙‚0P~ö˙˙‚0Po÷˙˙‚0P<ř˙˙‚0P-ů˙˙‚0Pú˙˙‚0Pű˙˙‚0P4˙˙‚63P3˙˙‚47PÍ2˙˙‚32PE1˙˙‚31PE0˙˙‚15PÍE/˙˙‚0PA˙˙ @@֐MS Shell DlgNPĐş˙˙‚€P ˙˙˙˙˙˙‚Select the date calculation you want!P4˛hŁ˙˙…˙˙ @@ hǐMS Shell DlgP n˙˙˙˙˙˙‚From P„Ŕ'¤SysDateTimePick32Pš d˙˙˙˙˙˙‚To PţŔ'ĽSysDateTimePick32P , ˙˙˙˙˙˙‚Difference (years, months, weeks, days)€P N˛$§˙˙P ‚ ˙˙˙˙˙˙‚Difference (days)€P Ÿ˛$¨˙˙P!ęž$Š˙˙€CalculatePA˙˙ @@hǐMS Shell DlgP d˙˙˙˙˙˙‚From PyŔ'ŚSysDateTimePick32 PR›ą˙˙€Add PďČ°˙˙€SubtractP 9m˙˙˙˙˙˙‚Year(s)€ Py1]$Ş˙˙7Pľmsctls_updown32Pŕ9–˙˙˙˙˙˙‚Month(s)€ P}1]$Ť˙˙7Pśmsctls_updown32Pä9s˙˙˙˙˙˙‚Day(s)€ Pa1]$Ź˙˙7Pˇmsctls_updown32P m…˙˙˙˙˙˙‚Date€P Œ˛$­˙˙P!ęž$Ż˙˙€CalculatePA+/-CCE Backspace.AndOrXorLshRsh/*+-ModPAyroot^IntRoLRoRNotsincostansinhcoshtanhlnlogsqrtx^2PAx^3n!1/xdmscuberootpowten%F-EPi=MCMRMSM+M-ExpPA()0123456789ABCDEFfracsindcosdtandasindacosdatandsinrcosrtanrasinracosratanrsingcosgtangasingacosgatangasinhacoshatanhpowepowtensqrtsqrcubecubertfactreciprocPAdegreesnegateRshCannot divide by zero Invalid inputResult is undefinedError: Positive InfinityError: Negative InfinityOperation was canceledNot enough memoryToo many items selectedOverflowResult not definedEnter data to calculateUnknown character '%c'Unknown functionNumber unexpected'%c' Unexpected"%s" UnexpectedMismatched ')'Unexpected end of expressionResult not definedOverflowOverflowPAAdd DataEscPAHexDecOctBinQwordDwordWordByteDegreesRadiansGrads-Calc does not have enough memory to continue.eThe requested function may take a very long time to complete. Do you want to abort the operation now?calc.hlpCannot open Clipboard.TThere is not enough memory for data. Close one or more programs, and then try again.calc.chm CalculatorAdd Data __________________ ...Invalid number &Overwrite Do&n't Save€History File has changed since calculator was opened. Saving your history will overwrite these changes. Do you want to continue?PA2*Ŕ5đsinh{ šsin{ šcosh{ šcos{ štanh{ štan{ šdegFracPAŔlnPAsinhsincoshcostanhtandmsIntPARe&calculate =ClearCancel&Edit F2 C&ommit =&History&DatasetThis value is not valid.Expression too longPAŤ>‘!“! Clear All*Calculate the difference between two dates(Add or subtract days to a specified datePAyearsyearmonthsmonthweeksweekdaysday0$Error in calculating time difference Same datesDate out of bound Enter valuePA Previous Item Next ItemResultRunning HistoryMemory From ValueTo Value'Difference (Years, Months, Weeks, Days)Difference (Days) Result Date Unit Type From UnitTo Unit Output Field Date TimeFrom Date Time PickTo Date Time PickDate Time PickYear(s)Month(s)Day(s)Count =ValueResultMemoryPAGradRadians&&PA StatisticsSumAverageSum Of SquaresAverage Of SquaresStandard Deviation,Standard Deviation With Population ParameterAreaEnergy TemperatureLengthPowerTimePressureAngleVelocityVolume Weight/MassDegrees FahrenheitDegrees CelsiusPAKelvinAngstrom NanometerMicrons Millimeters CentimetersMeter KilometersInchRodsFeetYardFathomPAMileNautical MilesPICAHandLinkChainSpanPADegreeGradianRadianPascal Kilo PascalMillimeter of mercuryBar AtmospherePound per square inch (PSI)PASquare millimeterSquare centimeter Square inch Square feetHectaresSquare kilometer Square YardAcres Square mile Square metersCentimeter per secondMiles per hourFeet per secondMeter per secondKilometer per hourKnotsMach (at std. atm)PAJoule KilojouleCalorie KilocalorieBritish Thermal Unit Foot-PoundElectron-VoltsWatt HorsepowerKilowatt BTU/minuteFoot-Pound/minute Microsecond MillisecondSecondMinuteHourDayWeekCubic centimeterLiter Cubic meter Cubic inchFluid ounce (UK)Fluid ounce (US) Pint (US) Pint (UK) Quart (UK) Quart (US) Gallon (UK) Gallon (US) Cubic feet Cubic yard Milligram CentigramDecigramDekagram HectogramGramKilogramTonneOuncePoundStone Short tonLong tonCaratPA &Mortgage&Vehicle lease&Fuel economy (mpg)F&uel economy (L/100 km)Purchase priceMonthly payment Down payment Term (years)Interest rate (%) Lease valuePA Lease periodPayments per yearResidual valuePeriodic paymentInterest rate (%)Distance (miles)Fuel used (gallons)Fuel economy (mpg)PADistance (kilometers)Fuel used (liters)Fuel economy (L/100 km)This value cannot be blank.Unable to calculateThis value is not valid.*PA&Copy&Paste &Show history &Hide historyC&lear historyC&lear datasetPA Memory clear Memory recall Memory store Memory addMemory subtract Clear entryClear BackspaceNegateMultiplyDivideAddSubtract Square root Reciprocal Clear History Edit HistoryInverse functions Integer partDegree minute second FactorialModuloFractional partDegreesPi Two times piExponential notation ExponentialSineCosineTangent Sine inverseCosine inverseTangent inverseHyperbolic sineHyperbolic cosineHyperbolic tangentHyperbolic sine inverseHyperbolic cosine inverseHyperbolic tangent inverseSquareCubeRaise to y power Natural logLogNatural anti logAnti log Cube rootOrder of y rootRotate on leftRotate on rightOr Exclusive or Left shift Right shiftNotAndAverageAverage of squareSum Sum of squareStandard deviationStandard deviation populationClear dataset valuePAClear all dataset valuesAdd dataset valueDecimal separatorOpen parenthesisClose parenthesis PercentageEqualsQuadruple Word Double Word HexadecimalDecimalOctalBinaryPAConsolasSegoe UIConsolasSegoe UISegoe UIConsolasConsolasConsolasConsolasSegoe UISegoe UISegoe UISegoe UISegoe UI SymbolSegoe UISegoe UISegoe UISegoe UI SymbolSegoe UISegoe UISegoe UISegoe UISegoe UISegoe UISegoe UISegoe UI SymbolSegoe UI SymbolSegoe UISegoe UISegoe UI SymbolPA1818141197689771199912118811887108888991891812810PA!qSfOgThRrYa#p@nQoI’MsNlLmVwXEPxq›rAsBtC D(&"!(€);bD_ Si Oj Tk Y` Bt Gu y.R=y+]k]-^*\€/[Rr@nq› D(&"!%v y.R=y+]k](€)-^*\€/[D q›(&"! ¨VwAŤS­TŻ AŹ SŽ T°XEX…EAŒAŒBBCŽCŽDDEEF‘F‘t9u:v;w<q>r?s@{=JcKd%_&V|W~e^X(€)<Y>Z %' y.R=y+]k]-^*\€/[,- -,…--C11203243 UĎ EÓ s͉HĹ0‚1ƒ2„3…4†5‡6ˆ7‰8Š9‹.T,TxPSQ}~ z{,- -,-- K. |p711L00pPPŹPPŔŕ°°$$Response Time Info Start Stop Error Information DMicrosoft-Windows-Calculator <HistoryToggle has started HHistory toggle has been closed HCalculator Command has started TCalculator Command has been completed DLaunching of app has started LLaunching of app has been closed @Closing of app has started 0App has been closed <Reading templates: Start 8Reading templates: Stop <Loading templates: Start 8Loading templates: Stop HIniting template manager: Start HIniting template manager: Stop HTemplate formula lookup: Start DTemplate formula lookup: Stop 8Template parsing error <Template validation error 4GetCategories: Start 0GetCategories: Stop 4Unit Conversion error PStatistics Calculation has started \Statistics Calculation has been completed <Recalculation has started LRecalculation has been completed DMode change event has started HMode change has been completed Œ4VS_VERSION_INFO˝ďţ@€%@€%?ęStringFileInfoĆ040904B0LCompanyNameMicrosoft CorporationNFileDescriptionWindows Calculatorr)FileVersion6.3.9600.16384 (winblue_rtm.130821-1623)*InternalNameCALC€.LegalCopyrightŠ Microsoft Corporation. All rights reserved.B OriginalFilenameCALC.EXE.MUIj%ProductNameMicrosoftŽ WindowsŽ Operating SystemBProductVersion6.3.9600.16384DVarFileInfo$Translation °˙ţ<?xml version="1.0" encoding="utf-8"?> <tools xmlns="http://www.microsoft.com/applets/calc/templates/v1"> <tool type="UnitConversion"> <category name="Length"> <displayName>1453</displayName> <template name="lengthformulas"> <displayName>1453</displayName> <description> There are various units for length unit ...</description> <unitList> <unit name="an" type="float"> <displayName>1620</displayName> </unit> <unit name="na" type="float"> <displayName>1621</displayName> </unit> <unit name="mic" type="float"> <displayName>1622</displayName> </unit> <unit name="ml" type="float"> <displayName>1623</displayName> </unit> <unit name="cm" type="float"> <displayName>1624</displayName> </unit> <unit name="me" type="float"> <displayName>1625</displayName> </unit> <unit name="ki" type="float"> <displayName>1626</displayName> </unit> <unit name="in" type="float"> <displayName>1627</displayName> </unit> <unit name="ro" type="float"> <displayName>1628</displayName> </unit> <unit name="fe" type="float"> <displayName>1629</displayName> </unit> <unit name="ya" type="float"> <displayName>1630</displayName> </unit> <unit name="fa" type="float"> <displayName>1631</displayName> </unit> <unit name="mi" type="float"> <displayName>1632</displayName> </unit> <unit name="nu" type="float"> <displayName>1633</displayName> </unit> <unit name="pi" type="float"> <displayName>1634</displayName> </unit> <unit name="ha" type="float"> <displayName>1635</displayName> </unit> <unit name="li" type="float"> <displayName>1636</displayName> </unit> <unit name="ch" type="float"> <displayName>1637</displayName> </unit> <unit name="sp" type="float"> <displayName>1638</displayName> </unit> </unitList> <!-- function call: convert (Length, mm, cm, 80.4); convert (Length, cm, in, 80.4) --> <unitFormulas hintBaseUnit="cm"> <formula name="anTocm" toUnit="cm" fromUnit="an"> <formulaString> <unit unitName="an"></unit> <constantString formulaConst="/ 100000000"/> </formulaString> </formula> <formula name="cmToan" toUnit="an" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="* 100000000"/> </formulaString> </formula> <formula name="naTocm" toUnit="cm" fromUnit="na"> <formulaString> <unit unitName="na"></unit> <constantString formulaConst="/ 10000000"/> </formulaString> </formula> <formula name="cmTona" toUnit="na" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="* 10000000"/> </formulaString> </formula> <formula name="micTocm" toUnit="cm" fromUnit="mic"> <formulaString> <unit unitName="mic"></unit> <constantString formulaConst="/ 10000"/> </formulaString> </formula> <formula name="cmTomic" toUnit="mic" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="* 10000"/> </formulaString> </formula> <formula name="mlTocm" toUnit="cm" fromUnit="ml"> <formulaString> <unit unitName="ml"></unit> <constantString formulaConst="/ 10"/> </formulaString> </formula> <formula name="cmToml" toUnit="ml" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="* 10"/> </formulaString> </formula> <formula name="cmTocm" toUnit="cm" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="* 1"/> </formulaString> </formula> <formula name="meTocm" toUnit="cm" fromUnit="me"> <formulaString> <unit unitName="me"></unit> <constantString formulaConst="* 100"/> </formulaString> </formula> <formula name="cmTome" toUnit="me" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="/ 100"/> </formulaString> </formula> <formula name="kiTocm" toUnit="cm" fromUnit="ki"> <formulaString> <unit unitName="ki"></unit> <constantString formulaConst="* 100000"/> </formulaString> </formula> <formula name="cmToki" toUnit="ki" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="/ 100000"/> </formulaString> </formula> <formula name="inTocm" toUnit="cm" fromUnit="in"> <formulaString> <unit unitName="in"></unit> <constantString formulaConst="* 254 / 100"/> </formulaString> </formula> <formula name="cmToin" toUnit="in" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="* 100 / 254"/> </formulaString> </formula> <formula name="roTocm" toUnit="cm" fromUnit="ro"> <formulaString> <unit unitName="ro"></unit> <constantString formulaConst="* 165 / 10 * 254 / 100 * 12"/> </formulaString> </formula> <formula name="cmToro" toUnit="ro" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="* 10 / 165 / 254 * 100 / 12"/> </formulaString> </formula> <formula name="feTocm" toUnit="cm" fromUnit="fe"> <formulaString> <unit unitName="fe"></unit> <constantString formulaConst="* 254 / 100 * 12"/> </formulaString> </formula> <formula name="cmTofe" toUnit="fe" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="* 100 / 254 / 12"/> </formulaString> </formula> <formula name="yaTocm" toUnit="cm" fromUnit="ya"> <formulaString> <unit unitName="ya"></unit> <constantString formulaConst=" * 9144 / 100"/> </formulaString> </formula> <formula name="cmToya" toUnit="ya" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst=" * 100 / 9144"/> </formulaString> </formula> <formula name="faTocm" toUnit="cm" fromUnit="fa"> <formulaString> <unit unitName="fa"></unit> <constantString formulaConst="* 6 * 12 * 254 / 100"/> </formulaString> </formula> <formula name="cmTofa" toUnit="fa" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="/ 6 / 12 / 254 * 100"/> </formulaString> </formula> <formula name="miTocm" toUnit="cm" fromUnit="mi"> <formulaString> <unit unitName="mi"></unit> <constantString formulaConst="* 5280 * 12 * 254 / 100"/> </formulaString> </formula> <formula name="cmTomi" toUnit="mi" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="/ 5280 / 12 / 254 * 100"/> </formulaString> </formula> <formula name="nuTocm" toUnit="cm" fromUnit="nu"> <formulaString> <unit unitName="nu"></unit> <constantString formulaConst="* 185200"/> </formulaString> </formula> <formula name="cmTonu" toUnit="nu" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="/ 185200"/> </formulaString> </formula> <formula name="piTocm" toUnit="cm" fromUnit="pi"> <formulaString> <unit unitName="pi"></unit> <constantString formulaConst="* 12 * 254 / 100 * 13837 / 1000000"/> </formulaString> </formula> <formula name="cmTopi" toUnit="pi" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="/ 12 / 254 * 100 / 13837 * 1000000"/> </formulaString> </formula> <formula name="haTocm" toUnit="cm" fromUnit="ha"> <formulaString> <unit unitName="ha"></unit> <constantString formulaConst="* 1016 / 100"/> </formulaString> </formula> <formula name="cmToha" toUnit="ha" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="/ 1016 * 100"/> </formulaString> </formula> <formula name="liTocm" toUnit="cm" fromUnit="li"> <formulaString> <unit unitName="li"></unit> <constantString formulaConst="* 12 * 254 / 100 * 66 / 100"/> </formulaString> </formula> <formula name="cmToli" toUnit="li" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="/ 12 / 254 * 100 / 66 * 100"/> </formulaString> </formula> <formula name="chTocm" toUnit="cm" fromUnit="ch"> <formulaString> <unit unitName="ch"></unit> <constantString formulaConst="* 12 * 254 / 100 * 66"/> </formulaString> </formula> <formula name="cmToch" toUnit="ch" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="/ 12 / 254 * 100 / 66"/> </formulaString> </formula> <formula name="spTocm" toUnit="cm" fromUnit="sp"> <formulaString> <unit unitName="sp"></unit> <constantString formulaConst="* 9 * 254 / 100"/> </formulaString> </formula> <formula name="cmTosp" toUnit="sp" fromUnit="cm"> <formulaString> <unit unitName="cm"></unit> <constantString formulaConst="/ 9 / 254 * 100"/> </formulaString> </formula> </unitFormulas> </template> </category> </tool> <tool type="UnitConversion"> <category name="mass"> <displayName>1460</displayName> <template name="massformulas"> <displayName>1460</displayName> <description> There are various units for mass...</description> <unitList> <unit name="mg" type="float"> <displayName>1780</displayName> </unit> <unit name="cg" type="float"> <displayName>1781</displayName> </unit> <unit name="dg" type="float"> <displayName>1782</displayName> </unit> <unit name="dkg" type="float"> <displayName>1783</displayName> </unit> <unit name="hg" type="float"> <displayName>1784</displayName> </unit> <unit name="gm" type="float"> <displayName>1785</displayName> </unit> <unit name="kg" type="float"> <displayName>1786</displayName> </unit> <unit name="tn" type="float"> <displayName>1787</displayName> </unit> <unit name="ou" type="float"> <displayName>1788</displayName> </unit> <unit name="lb" type="float"> <displayName>1789</displayName> </unit> <unit name="st" type="float"> <displayName>1790</displayName> </unit> <unit name="sht" type="float"> <displayName>1791</displayName> </unit> <unit name="lgt" type="float"> <displayName>1792</displayName> </unit> <unit name="ct" type="float"> <displayName>1793</displayName> </unit> </unitList> <unitFormulas hintBaseUnit="gm"> <formula name="mgTogm" toUnit="gm" fromUnit="mg"> <formulaString> <unit unitName="mg"></unit> <constantString formulaConst="/ 1000"/> </formulaString> </formula> <formula name="gmTomg" toUnit="mg" fromUnit="gm"> <formulaString> <unit unitName="gm"></unit> <constantString formulaConst="* 1000"/> </formulaString> </formula> <formula name="cgTogm" toUnit="gm" fromUnit="cg"> <formulaString> <unit unitName="cg"></unit> <constantString formulaConst="/ 100"/> </formulaString> </formula> <formula name="gmTocg" toUnit="cg" fromUnit="gm"> <formulaString> <unit unitName="gm"></unit> <constantString formulaConst="* 100"/> </formulaString> </formula> <formula name="dgTogm" toUnit="gm" fromUnit="dg"> <formulaString> <unit unitName="dg"></unit> <constantString formulaConst="/ 10"/> </formulaString> </formula> <formula name="gmTodg" toUnit="dg" fromUnit="gm"> <formulaString> <unit unitName="gm"></unit> <constantString formulaConst="* 10"/> </formulaString> </formula> <formula name="gmTogm" toUnit="gm" fromUnit="gm"> <formulaString> <unit unitName="gm"></unit> <constantString formulaConst="*1"/> </formulaString> </formula> <formula name="kgTogm" toUnit="gm" fromUnit="kg"> <formulaString> <unit unitName="kg"></unit> <constantString formulaConst="* 1000"/> </formulaString> </formula> <formula name="gmTokg" toUnit="kg" fromUnit="gm"> <formulaString> <unit unitName="gm"></unit> <constantString formulaConst="/ 1000"/> </formulaString> </formula> <formula name="tnTogm" toUnit="gm" fromUnit="tn"> <formulaString> <unit unitName="tn"></unit> <constantString formulaConst="* 1000000"/> </formulaString> </formula> <formula name="gmTotn" toUnit="tn" fromUnit="gm"> <formulaString> <unit unitName="gm"></unit> <constantString formulaConst="/ 1000000"/> </formulaString> </formula> <formula name="ouTogm" toUnit="gm" fromUnit="ou"> <formulaString> <unit unitName="ou"></unit> <constantString formulaConst="* 28.349523125"/> </formulaString> </formula> <formula name="gmToou" toUnit="ou" fromUnit="gm"> <formulaString> <unit unitName="gm"></unit> <constantString formulaConst="/ 28.349523125"/> </formulaString> </formula> <formula name="lbTogm" toUnit="gm" fromUnit="lb"> <formulaString> <unit unitName="lb"></unit> <constantString formulaConst="* 453.59237"/> </formulaString> </formula> <formula name="gmTolb" toUnit="lb" fromUnit="gm"> <formulaString> <unit unitName="gm"></unit> <constantString formulaConst="/ 453.59237"/> </formulaString> </formula> <formula name="stTogm" toUnit="gm" fromUnit="st"> <formulaString> <unit unitName="st"></unit> <constantString formulaConst="* 6350.29318"/> </formulaString> </formula> <formula name="gmTost" toUnit="st" fromUnit="gm"> <formulaString> <unit unitName="gm"></unit> <constantString formulaConst="/ 6350.29318"/> </formulaString> </formula> <formula name="shtTogm" toUnit="gm" fromUnit="sht"> <formulaString> <unit unitName="sht"></unit> <constantString formulaConst="* 907184.74"/> </formulaString> </formula> <formula name="gmTosht" toUnit="sht" fromUnit="gm"> <formulaString> <unit unitName="gm"></unit> <constantString formulaConst="/ 907184.74"/> </formulaString> </formula> <formula name="lgtTogm" toUnit="gm" fromUnit="lgt"> <formulaString> <unit unitName="lgt"></unit> <constantString formulaConst="* 1016046.9088"/> </formulaString> </formula> <formula name="gmTolgt" toUnit="lgt" fromUnit="gm"> <formulaString> <unit unitName="gm"></unit> <constantString formulaConst="/ 1016046.9088"/> </formulaString> </formula> <formula name="ctTogm" toUnit="gm" fromUnit="ct"> <formulaString> <unit unitName="ct"></unit> <constantString formulaConst="/ 5"/> </formulaString> </formula> <formula name="gmToct" toUnit="ct" fromUnit="gm"> <formulaString> <unit unitName="gm"></unit> <constantString formulaConst="* 5"/> </formulaString> </formula> <formula name="dkgTogm" toUnit="gm" fromUnit="dkg"> <formulaString> <unit unitName="dkg"></unit> <constantString formulaConst="*10"/> </formulaString> </formula> <formula name="gmTodkg" toUnit="dkg" fromUnit="gm"> <formulaString> <unit unitName="gm"></unit> <constantString formulaConst="/10"/> </formulaString> </formula> <formula name="hgTogm" toUnit="gm" fromUnit="hg"> <formulaString> <unit unitName="hg"></unit> <constantString formulaConst="* 100"/> </formulaString> </formula> <formula name="gmTohg" toUnit="hg" fromUnit="gm"> <formulaString> <unit unitName="gm"></unit> <constantString formulaConst="/ 100"/> </formulaString> </formula> </unitFormulas> </template> </category> <category name="volume"> <displayName>1459</displayName> <template name="volumeformulas"> <displayName>1459</displayName> <description> There are various units for volume...</description> <unitList> <unit name="cubcm" type="float"> <displayName>1750</displayName> </unit> <unit name="lit" type="float"> <displayName>1751</displayName> </unit> <unit name="cubme" type="float"> <displayName>1752</displayName> </unit> <unit name="cubin" type="float"> <displayName>1753</displayName> </unit> <unit name="flonuk" type="float"> <displayName>1754</displayName> </unit> <unit name="flonus" type="float"> <displayName>1755</displayName> </unit> <unit name="pius" type="float"> <displayName>1756</displayName> </unit> <unit name="piuk" type="float"> <displayName>1757</displayName> </unit> <unit name="quuk" type="float"> <displayName>1758</displayName> </unit> <unit name="quus" type="float"> <displayName>1759</displayName> </unit> <unit name="gauk" type="float"> <displayName>1760</displayName> </unit> <unit name="gaus" type="float"> <displayName>1761</displayName> </unit> <unit name="cubft" type="float"> <displayName>1762</displayName> </unit> <unit name="cubya" type="float"> <displayName>1763</displayName> </unit> </unitList> <unitFormulas hintBaseUnit="lit"> <formula name="cubcmTolit" toUnit="lit" fromUnit="cubcm"> <formulaString> <unit unitName="cubcm"></unit> <constantString formulaConst="/ 1000"/> </formulaString> </formula> <formula name="litTocubcm" toUnit="cubcm" fromUnit="lit"> <formulaString> <unit unitName="lit"></unit> <constantString formulaConst="* 1000"/> </formulaString> </formula> <formula name="litTolit" toUnit="lit" fromUnit="lit"> <formulaString> <unit unitName="lit"></unit> <constantString formulaConst="* 1"/> </formulaString> </formula> <formula name="cubmeTolit" toUnit="lit" fromUnit="cubme"> <formulaString> <unit unitName="cubme"></unit> <constantString formulaConst="* 1000"/> </formulaString> </formula> <formula name="litTocubme" toUnit="cubme" fromUnit="lit"> <formulaString> <unit unitName="lit"></unit> <constantString formulaConst="/ 1000"/> </formulaString> </formula> <formula name="cubinTolit" toUnit="lit" fromUnit="cubin"> <formulaString> <unit unitName="cubin"></unit> <constantString formulaConst="* 254 * 254 * 254 / 1000000000"/> </formulaString> </formula> <formula name="litTocubin" toUnit="cubin" fromUnit="lit"> <formulaString> <unit unitName="lit"></unit> <constantString formulaConst="/ 254 / 254 / 254 * 1000000000"/> </formulaString> </formula> <formula name="flonukTolit" toUnit="lit" fromUnit="flonuk"> <formulaString> <unit unitName="flonuk"></unit> <constantString formulaConst="* 284130625 / 10000000000"/> </formulaString> </formula> <formula name="litToflonuk" toUnit="flonuk" fromUnit="lit"> <formulaString> <unit unitName="lit"></unit> <constantString formulaConst="/ 284130625 * 10000000000"/> </formulaString> </formula> <formula name="flonusTolit" toUnit="lit" fromUnit="flonus"> <formulaString> <unit unitName="flonus"></unit> <constantString formulaConst="* 0.0295735295625"/> </formulaString> </formula> <formula name="litToflonus" toUnit="flonus" fromUnit="lit"> <formulaString> <unit unitName="lit"></unit> <constantString formulaConst="/ 0.0295735295625"/> </formulaString> </formula> <formula name="piusTolit" toUnit="lit" fromUnit="pius"> <formulaString> <unit unitName="pius"></unit> <constantString formulaConst="* 0.473176473"/> </formulaString> </formula> <formula name="litTopius" toUnit="pius" fromUnit="lit"> <formulaString> <unit unitName="lit"></unit> <constantString formulaConst="/ 0.473176473"/> </formulaString> </formula> <formula name="piukTolit" toUnit="lit" fromUnit="piuk"> <formulaString> <unit unitName="piuk"></unit> <constantString formulaConst="* 0.56826125"/> </formulaString> </formula> <formula name="litTopiuk" toUnit="piuk" fromUnit="lit"> <formulaString> <unit unitName="lit"></unit> <constantString formulaConst="/ 0.56826125"/> </formulaString> </formula> <formula name="quukTolit" toUnit="lit" fromUnit="quuk"> <formulaString> <unit unitName="quuk"></unit> <constantString formulaConst="* 1.1365225"/> </formulaString> </formula> <formula name="litToquuk" toUnit="quuk" fromUnit="lit"> <formulaString> <unit unitName="lit"></unit> <constantString formulaConst="/ 1.1365225"/> </formulaString> </formula> <formula name="quusTolit" toUnit="lit" fromUnit="quus"> <formulaString> <unit unitName="quus"></unit> <constantString formulaConst="* 0.946352946"/> </formulaString> </formula> <formula name="litToquus" toUnit="quus" fromUnit="lit"> <formulaString> <unit unitName="lit"></unit> <constantString formulaConst="/ 0.946352946"/> </formulaString> </formula> <formula name="gaukTolit" toUnit="lit" fromUnit="gauk"> <formulaString> <unit unitName="gauk"></unit> <constantString formulaConst="* 4.54609"/> </formulaString> </formula> <formula name="litTogauk" toUnit="gauk" fromUnit="lit"> <formulaString> <unit unitName="lit"></unit> <constantString formulaConst="/ 4.54609"/> </formulaString> </formula> <formula name="gausTolit" toUnit="lit" fromUnit="gaus"> <formulaString> <unit unitName="gaus"></unit> <constantString formulaConst="* 3.785411784"/> </formulaString> </formula> <formula name="litTogaus" toUnit="gaus" fromUnit="lit"> <formulaString> <unit unitName="lit"></unit> <constantString formulaConst="/ 3.785411784"/> </formulaString> </formula> <formula name="cubftTolit" toUnit="lit" fromUnit="cubft"> <formulaString> <unit unitName="cubft"></unit> <constantString formulaConst="* 28.316846592"/> </formulaString> </formula> <formula name="litTocubft" toUnit="cubft" fromUnit="lit"> <formulaString> <unit unitName="lit"></unit> <constantString formulaConst="/ 28.316846592"/> </formulaString> </formula> <formula name="cubyaTolit" toUnit="lit" fromUnit="cubya"> <formulaString> <unit unitName="cubya"></unit> <constantString formulaConst="* 764.554857984"/> </formulaString> </formula> <formula name="litTocubya" toUnit="cubya" fromUnit="lit"> <formulaString> <unit unitName="lit"></unit> <constantString formulaConst="/ 764.554857984"/> </formulaString> </formula> </unitFormulas> </template> </category> <category name="Temperature"> <displayName>1452</displayName> <template name="temperatureformulas"> <displayName>1452</displayName> <description> There are various units for temperature ...</description> <unitList> <unit name="df" type="float"> <displayName>1550</displayName> </unit> <unit name="dc" type="float"> <displayName>1551</displayName> </unit> <unit name="k" type="float"> <displayName>1552</displayName> </unit> </unitList> <!-- function call: convert (Length, mm, cm, 80.4); convert (Length, cm, in, 80.4) --> <unitFormulas hintBaseUnit="k"> <formula name="dcToK" toUnit="k" fromUnit="dc"> <formulaString> <constantString formulaConst=" 273.15 + "/> <unit unitName="dc"/> </formulaString> </formula> <formula name="dfToK" toUnit="k" fromUnit="df"> <formulaString> <constantString formulaConst=" 273.15 + (5 / 9) * ("/> <unit unitName="dc"/> <constantString formulaConst=" - 32)"/> </formulaString> </formula> <formula name="Ktodf" toUnit="df" fromUnit="k"> <formulaString> <constantString formulaConst=" 9/5 * ("/> <unit unitName="k"/> <constantString formulaConst="- 273.15) + 32"/> </formulaString> </formula> <formula name="Ktodc" toUnit="dc" fromUnit="k"> <formulaString> <unit unitName="k"/> <constantString formulaConst="- 273.15"/> </formulaString> </formula> </unitFormulas> </template> </category> <category name="Angle"> <displayName>1457</displayName> <template name="angleformulas"> <displayName>1457</displayName> <description> There are various units for angle...</description> <unitList> <unit name="de" type="float"> <displayName>1650</displayName> </unit> <unit name="gr" type="float"> <displayName>1651</displayName> </unit> <unit name="ra" type="float"> <displayName>1652</displayName> </unit> </unitList> <unitFormulas hintBaseUnit="de"> <formula name="deTode" toUnit="de" fromUnit="de"> <formulaString> <unit unitName="de"></unit> <constantString formulaConst="* 1"/> </formulaString> </formula> <formula name="grTode" toUnit="de" fromUnit="gr"> <formulaString> <unit unitName="gr"></unit> <constantString formulaConst="* 9 / 10"/> </formulaString> </formula> <formula name="deTogr" toUnit="gr" fromUnit="de"> <formulaString> <unit unitName="de"></unit> <constantString formulaConst="* 10 / 9"/> </formulaString> </formula> <formula name="raTode" toUnit="de" fromUnit="ra"> <formulaString> <unit unitName="ra"></unit> <constantString formulaConst="* 180 / 3.141592653589793"/> </formulaString> </formula> <formula name="deTora" toUnit="ra" fromUnit="de"> <formulaString> <unit unitName="de"></unit> <constantString formulaConst="* 3.141592653589793 / 180"/> </formulaString> </formula> </unitFormulas> </template> </category> <category name="Pressure"> <displayName>1456</displayName> <template name="pressureformulas"> <displayName>1456</displayName> <description> There are various units for pressure...</description> <unitList> <unit name="pa" type="float"> <displayName>1655</displayName> </unit> <unit name="kpa" type="float"> <displayName>1656</displayName> </unit> <unit name="hg" type="float"> <displayName>1657</displayName> </unit> <unit name="ba" type="float"> <displayName>1658</displayName> </unit> <unit name="at" type="float"> <displayName>1659</displayName> </unit> <unit name="psi" type="float"> <displayName>1660</displayName> </unit> </unitList> <unitFormulas hintBaseUnit="pa"> <formula name="paToPa" toUnit="pa" fromUnit="pa"> <formulaString> <unit unitName="pa"></unit> <constantString formulaConst="* 1"/> </formulaString> </formula> <formula name="kpaTopa" toUnit="pa" fromUnit="kpa"> <formulaString> <unit unitName="kpa"></unit> <constantString formulaConst="* 1000"/> </formulaString> </formula> <formula name="paTokpa" toUnit="kpa" fromUnit="pa"> <formulaString> <unit unitName="pa"></unit> <constantString formulaConst="/ 1000"/> </formulaString> </formula> <formula name="hgTopa" toUnit="pa" fromUnit="hg"> <formulaString> <unit unitName="hg"></unit> <constantString formulaConst="* 1333 / 10"/> </formulaString> </formula> <formula name="paTohg" toUnit="hg" fromUnit="pa"> <formulaString> <unit unitName="pa"></unit> <constantString formulaConst="* 10 / 1333"/> </formulaString> </formula> <formula name="baTopa" toUnit="pa" fromUnit="ba"> <formulaString> <unit unitName="ba"></unit> <constantString formulaConst=" * 100000"/> </formulaString> </formula> <formula name="paToba" toUnit="ba" fromUnit="pa"> <formulaString> <unit unitName="pa"></unit> <constantString formulaConst="/ 100000"/> </formulaString> </formula> <formula name="atTopa" toUnit="pa" fromUnit="at"> <formulaString> <unit unitName="at"></unit> <constantString formulaConst="* 101325"/> </formulaString> </formula> <formula name="paToat" toUnit="at" fromUnit="pa"> <formulaString> <unit unitName="pa"></unit> <constantString formulaConst="/ 101325"/> </formulaString> </formula> <formula name="psiTopa" toUnit="pa" fromUnit="psi"> <formulaString> <unit unitName="psi"></unit> <constantString formulaConst="* 6894757 / 1000"/> </formulaString> </formula> <formula name="paTopsi" toUnit="psi" fromUnit="pa"> <formulaString> <unit unitName="pa"></unit> <constantString formulaConst="* 1000 / 6894757"/> </formulaString> </formula> </unitFormulas> </template> </category> <category name="Velocity"> <displayName>1458</displayName> <template name="velocityformulas"> <displayName>1458</displayName> <description> There are various units for velocity...</description> <unitList> <unit name="cmsec" type="float"> <displayName>1685</displayName> </unit> <unit name="mihr" type="float"> <displayName>1686</displayName> </unit> <unit name="ftsec" type="float"> <displayName>1687</displayName> </unit> <unit name="mesec" type="float"> <displayName>1688</displayName> </unit> <unit name="kihr" type="float"> <displayName>1689</displayName> </unit> <unit name="kn" type="float"> <displayName>1690</displayName> </unit> <unit name="ma" type="float"> <displayName>1691</displayName> </unit> </unitList> <unitFormulas hintBaseUnit="mesec"> <formula name="mesecTomesec" toUnit="mesec" fromUnit=""> <formulaString> <unit unitName="mesec"></unit> <constantString formulaConst="*1"/> </formulaString> </formula> <formula name="cmsecTomesec" toUnit="mesec" fromUnit="cmsec"> <formulaString> <unit unitName="cmsec"></unit> <constantString formulaConst="/ 100"/> </formulaString> </formula> <formula name="mesecTo" toUnit="cmsec" fromUnit="mesec"> <formulaString> <unit unitName="mesec"></unit> <constantString formulaConst="* 100"/> </formulaString> </formula> <formula name="mihrTomesec" toUnit="mesec" fromUnit="mihr"> <formulaString> <unit unitName="mihr"></unit> <constantString formulaConst="* 5280 * 12 * 254 / 10000 / 3600"/> </formulaString> </formula> <formula name="mesecTomihr" toUnit="mihr" fromUnit="mesec"> <formulaString> <unit unitName="mesec"></unit> <constantString formulaConst="* 10000 * 3600 / 5280 / 12 / 254"/> </formulaString> </formula> <formula name="ftsecTomesec" toUnit="mesec" fromUnit="ftsec"> <formulaString> <unit unitName="ftsec"></unit> <constantString formulaConst="*254 / 100 * 12 / 100"/> </formulaString> </formula> <formula name="mesecToftsec" toUnit="ftsec" fromUnit="mesec"> <formulaString> <unit unitName="mesec"></unit> <constantString formulaConst="* 100 / 254 * 100 / 12"/> </formulaString> </formula> <formula name="kihrTomesec" toUnit="mesec" fromUnit="kihr"> <formulaString> <unit unitName="kihr"></unit> <constantString formulaConst="* 1000 / 3600"/> </formulaString> </formula> <formula name="mesecTokihr" toUnit="kihr" fromUnit="mesec"> <formulaString> <unit unitName="mesec"></unit> <constantString formulaConst="* 3600 / 1000"/> </formulaString> </formula> <formula name="knTomesec" toUnit="mesec" fromUnit="kn"> <formulaString> <unit unitName="kn"></unit> <constantString formulaConst="* 1852 / 3600"/> </formulaString> </formula> <formula name="mesecTokn" toUnit="kn" fromUnit="mesec"> <formulaString> <unit unitName="mesec"></unit> <constantString formulaConst="* 3600 /1852"/> </formulaString> </formula> <formula name="maTomesec" toUnit="mesec" fromUnit="ma"> <formulaString> <unit unitName="ma"></unit> <constantString formulaConst="* 3402933 / 10000"/> </formulaString> </formula> <formula name="mesecToma" toUnit="ma" fromUnit="mesec"> <formulaString> <unit unitName="mesec"></unit> <constantString formulaConst="* 10000 / 3402933"/> </formulaString> </formula> </unitFormulas> </template> </category> <category name="area"> <displayName>1450</displayName> <template name="areaformulas"> <displayName>1450</displayName> <description> There are various units for area...</description> <unitList> <unit name="sqmm" type="float"> <displayName>1666</displayName> </unit> <unit name="sqcm" type="float"> <displayName>1667</displayName> </unit> <unit name="sqin" type="float"> <displayName>1668</displayName> </unit> <unit name="sqft" type="float"> <displayName>1669</displayName> </unit> <unit name="hec" type="float"> <displayName>1670</displayName> </unit> <unit name="sqkm" type="float"> <displayName>1671</displayName> </unit> <unit name="sqya" type="float"> <displayName>1672</displayName> </unit> <unit name="ac" type="float"> <displayName>1673</displayName> </unit> <unit name="sqmi" type="float"> <displayName>1674</displayName> </unit> <unit name="sqm" type="float"> <displayName>1675</displayName> </unit> </unitList> <unitFormulas hintBaseUnit="sqcm"> <formula name="sqcmTosqcm" toUnit="sqcm" fromUnit="sqcm"> <formulaString> <unit unitName="sqcm"></unit> <constantString formulaConst="1"/> </formulaString> </formula> <formula name="sqmmTosqcm" toUnit="sqcm" fromUnit="sqmm"> <formulaString> <unit unitName="sqmm"></unit> <constantString formulaConst="/ 100"/> </formulaString> </formula> <formula name="sqcmTo" toUnit="sqmm" fromUnit="sqcm"> <formulaString> <unit unitName="sqcm"></unit> <constantString formulaConst="* 100"/> </formulaString> </formula> <formula name="sqinTosqcm" toUnit="sqcm" fromUnit="sqin"> <formulaString> <unit unitName="sqin"></unit> <constantString formulaConst="* 254 * 254 / 10000"/> </formulaString> </formula> <formula name="sqcmTosqin" toUnit="sqin" fromUnit="sqcm"> <formulaString> <unit unitName="sqcm"></unit> <constantString formulaConst="* 10000 / 254 / 254"/> </formulaString> </formula> <formula name="sqftTosqcm" toUnit="sqcm" fromUnit="sqft"> <formulaString> <unit unitName="sqft"></unit> <constantString formulaConst="* 254 * 12 * 254 * 12 / 10000 "/> </formulaString> </formula> <formula name="sqcmTosqft" toUnit="sqft" fromUnit="sqcm"> <formulaString> <unit unitName="sqcm"></unit> <constantString formulaConst="* 10000 / 254 / 254 / 12 / 12"/> </formulaString> </formula> <formula name="hecTosqcm" toUnit="sqcm" fromUnit="hec"> <formulaString> <unit unitName="hec"></unit> <constantString formulaConst="* 100000000"/> </formulaString> </formula> <formula name="sqcmTohec" toUnit="hec" fromUnit="sqcm"> <formulaString> <unit unitName="sqcm"></unit> <constantString formulaConst="/ 100000000"/> </formulaString> </formula> <formula name="sqkmTosqcm" toUnit="sqcm" fromUnit="sqkm"> <formulaString> <unit unitName="sqkm"></unit> <constantString formulaConst="* 10000000000"/> </formulaString> </formula> <formula name="sqcmTosqkm" toUnit="sqkm" fromUnit="sqcm"> <formulaString> <unit unitName="sqcm"></unit> <constantString formulaConst="/ 10000000000"/> </formulaString> </formula> <formula name="sqyaTosqcm" toUnit="sqcm" fromUnit="sqya"> <formulaString> <unit unitName="sqya"></unit> <constantString formulaConst="* 9144 * 9144 / 10000"/> </formulaString> </formula> <formula name="sqcmTosqya" toUnit="sqya" fromUnit="sqcm"> <formulaString> <unit unitName="sqcm"></unit> <constantString formulaConst="* 10000 / 9144 / 9144"/> </formulaString> </formula> <formula name="acTosqcm" toUnit="sqcm" fromUnit="ac"> <formulaString> <unit unitName="ac"></unit> <constantString formulaConst="* 43560 * 254 * 12 * 254 * 12 / 10000"/> </formulaString> </formula> <formula name="sqcmToac" toUnit="ac" fromUnit="sqcm"> <formulaString> <unit unitName="sqcm"></unit> <constantString formulaConst="/ 43560 / 254 / 12 / 254 / 12 * 10000"/> </formulaString> </formula> <formula name="sqmiTosqcm" toUnit="sqcm" fromUnit="sqmi"> <formulaString> <unit unitName="sqmi"></unit> <constantString formulaConst="* 5280 * 5280 * 12 * 12 * 254 * 254 / 10000"/> </formulaString> </formula> <formula name="sqcmTosqmi" toUnit="sqmi" fromUnit="sqcm"> <formulaString> <unit unitName="sqcm"></unit> <constantString formulaConst="/ 5280 / 5280 / 12 / 12 / 254 / 254 * 10000"/> </formulaString> </formula> <formula name="sqmTosqcm" toUnit="sqcm" fromUnit="sqm"> <formulaString> <unit unitName="sqm"></unit> <constantString formulaConst="* 10000"/> </formulaString> </formula> <formula name="sqcmTosqm" toUnit="sqm" fromUnit="sqcm"> <formulaString> <unit unitName="sqcm"></unit> <constantString formulaConst="/ 10000"/> </formulaString> </formula> </unitFormulas> </template> </category> <category name="Energy"> <displayName>1451</displayName> <template name="energyformulas"> <displayName>1451</displayName> <description> There are various units for energy...</description> <unitList> <unit name="jo" type="float"> <displayName>1700</displayName> </unit> <unit name="kjo" type="float"> <displayName>1701</displayName> </unit> <unit name="cal" type="float"> <displayName>1702</displayName> </unit> <unit name="kcal" type="float"> <displayName>1703</displayName> </unit> <unit name="btu" type="float"> <displayName>1704</displayName> </unit> <unit name="ftlb" type="float"> <displayName>1705</displayName> </unit> <unit name="elvo" type="float"> <displayName>1706</displayName> </unit> </unitList> <unitFormulas hintBaseUnit="jo"> <formula name="joTojo" toUnit="jo" fromUnit="jo"> <formulaString> <unit unitName="jo"></unit> <constantString formulaConst="*1"/> </formulaString> </formula> <formula name="kjoTojo" toUnit="jo" fromUnit="kjo"> <formulaString> <unit unitName="kjo"></unit> <constantString formulaConst="*1000"/> </formulaString> </formula> <formula name="joTokjo" toUnit="kjo" fromUnit="jo"> <formulaString> <unit unitName="jo"></unit> <constantString formulaConst="/ 1000"/> </formulaString> </formula> <formula name="calTojo" toUnit="jo" fromUnit="cal"> <formulaString> <unit unitName="cal"></unit> <constantString formulaConst="* 41868 / 10000"/> </formulaString> </formula> <formula name="joTocal" toUnit="cal" fromUnit="jo"> <formulaString> <unit unitName="jo"></unit> <constantString formulaConst="* 10000 / 41868"/> </formulaString> </formula> <formula name="kcalTojo" toUnit="jo" fromUnit="kcal"> <formulaString> <unit unitName="kcal"></unit> <constantString formulaConst="* 41868 / 10"/> </formulaString> </formula> <formula name="joTokcal" toUnit="kcal" fromUnit="jo"> <formulaString> <unit unitName="jo"></unit> <constantString formulaConst="* 10 / 41868"/> </formulaString> </formula> <formula name="btuTojo" toUnit="jo" fromUnit="btu"> <formulaString> <unit unitName="btu"></unit> <constantString formulaConst="* 1055056 / 1000"/> </formulaString> </formula> <formula name="joTobtu" toUnit="btu" fromUnit="jo"> <formulaString> <unit unitName="jo"></unit> <constantString formulaConst="/ 1055056 * 1000"/> </formulaString> </formula> <formula name="ftlbTojo" toUnit="jo" fromUnit="ftlb"> <formulaString> <unit unitName="ftlb"></unit> <constantString formulaConst="* 1.355817948331400"/> </formulaString> </formula> <formula name="joToftlb" toUnit="ftlb" fromUnit="jo"> <formulaString> <unit unitName="jo"></unit> <constantString formulaConst=" / 1.355817948331400"/> </formulaString> </formula> <formula name="elvoTojo" toUnit="jo" fromUnit="elvo"> <formulaString> <unit unitName="elvo"></unit> <constantString formulaConst="* 160217653 e-27"/> </formulaString> </formula> <formula name="joToelvo" toUnit="elvo" fromUnit="jo"> <formulaString> <unit unitName="jo"></unit> <constantString formulaConst="/ 160217653 e-27"/> </formulaString> </formula> </unitFormulas> </template> </category> <category name="power"> <displayName>1454</displayName> <template name="powerformulas"> <displayName>1454</displayName> <description> There are various units for power...</description> <unitList> <unit name="wa" type="float"> <displayName>1710</displayName> </unit> <unit name="hp" type="float"> <displayName>1711</displayName> </unit> <unit name="kw" type="float"> <displayName>1712</displayName> </unit> <unit name="btumin" type="float"> <displayName>1713</displayName> </unit> <unit name="lbmin" type="float"> <displayName>1714</displayName> </unit> </unitList> <unitFormulas hintBaseUnit="wa"> <formula name="waTowa" toUnit="wa" fromUnit="wa"> <formulaString> <unit unitName="wa"></unit> <constantString formulaConst="* 1"/> </formulaString> </formula> <formula name="hpTowa" toUnit="wa" fromUnit="hp"> <formulaString> <unit unitName="hp"></unit> <constantString formulaConst="* 745.6998715822702"/> </formulaString> </formula> <formula name="waTohp" toUnit="hp" fromUnit="wa"> <formulaString> <unit unitName="wa"></unit> <constantString formulaConst="/ 745.6998715822702"/> </formulaString> </formula> <formula name="kwTowa" toUnit="wa" fromUnit="kw"> <formulaString> <unit unitName="kw"></unit> <constantString formulaConst="* 1000"/> </formulaString> </formula> <formula name="waTokw" toUnit="kw" fromUnit="wa"> <formulaString> <unit unitName="wa"></unit> <constantString formulaConst=" / 1000"/> </formulaString> </formula> <formula name="btuminTowa" toUnit="wa" fromUnit="btumin"> <formulaString> <unit unitName="btumin"></unit> <constantString formulaConst="* 1055056 / 1000 / 60"/> </formulaString> </formula> <formula name="waTobtumin" toUnit="btumin" fromUnit="wa"> <formulaString> <unit unitName="wa"></unit> <constantString formulaConst="/ 1055056 * 1000 * 60"/> </formulaString> </formula> <formula name="lbminTowa" toUnit="wa" fromUnit="lbmin"> <formulaString> <unit unitName="lbmin"></unit> <constantString formulaConst="* 1.355817948331400 / 60"/> </formulaString> </formula> <formula name="waTolbmin" toUnit="lbmin" fromUnit="wa"> <formulaString> <unit unitName="wa"></unit> <constantString formulaConst="/ 1.355817948331400 * 60"/> </formulaString> </formula> </unitFormulas> </template> </category> <category name="time"> <displayName>1455</displayName> <template name="timeformulas"> <displayName>1455</displayName> <description> There are various units for time...</description> <unitList> <unit name="misec" type="float"> <displayName>1720</displayName> </unit> <unit name="mlsec" type="float"> <displayName>1721</displayName> </unit> <unit name="sec" type="float"> <displayName>1722</displayName> </unit> <unit name="min" type="float"> <displayName>1723</displayName> </unit> <unit name="ho" type="float"> <displayName>1724</displayName> </unit> <unit name="da" type="float"> <displayName>1725</displayName> </unit> <unit name="we" type="float"> <displayName>1726</displayName> </unit> </unitList> <unitFormulas hintBaseUnit="sec"> <formula name="misecTosec" toUnit="sec" fromUnit="misec"> <formulaString> <unit unitName="misec"></unit> <constantString formulaConst="/ 1000000"/> </formulaString> </formula> <formula name="secTomisec" toUnit="misec" fromUnit="sec"> <formulaString> <unit unitName="sec"></unit> <constantString formulaConst="* 1000000"/> </formulaString> </formula> <formula name="mlsecTosec" toUnit="sec" fromUnit="mlsec"> <formulaString> <unit unitName="mlsec"></unit> <constantString formulaConst="/ 1000"/> </formulaString> </formula> <formula name="secTomlsec" toUnit="mlsec" fromUnit="sec"> <formulaString> <unit unitName="sec"></unit> <constantString formulaConst="* 1000"/> </formulaString> </formula> <formula name="secTosec" toUnit="sec" fromUnit="sec"> <formulaString> <unit unitName="sec"></unit> <constantString formulaConst="* 1"/> </formulaString> </formula> <formula name="minTosec" toUnit="sec" fromUnit="min"> <formulaString> <unit unitName="min"></unit> <constantString formulaConst="* 60"/> </formulaString> </formula> <formula name="secTomin" toUnit="min" fromUnit="sec"> <formulaString> <unit unitName="sec"></unit> <constantString formulaConst="/ 60"/> </formulaString> </formula> <formula name="hoTosec" toUnit="sec" fromUnit="ho"> <formulaString> <unit unitName="ho"></unit> <constantString formulaConst="* 3600"/> </formulaString> </formula> <formula name="secToho" toUnit="ho" fromUnit="sec"> <formulaString> <unit unitName="sec"></unit> <constantString formulaConst="/ 3600"/> </formulaString> </formula> <formula name="daTosec" toUnit="sec" fromUnit="da"> <formulaString> <unit unitName="da"></unit> <constantString formulaConst="* 86400"/> </formulaString> </formula> <formula name="secToda" toUnit="da" fromUnit="sec"> <formulaString> <unit unitName="sec"></unit> <constantString formulaConst="/ 86400"/> </formulaString> </formula> <formula name="weTosec" toUnit="sec" fromUnit="we"> <formulaString> <unit unitName="we"></unit> <constantString formulaConst="* 604800"/> </formulaString> </formula> <formula name="secTowe" toUnit="we" fromUnit="sec"> <formulaString> <unit unitName="sec"></unit> <constantString formulaConst="/ 604800"/> </formulaString> </formula> </unitFormulas> </template> </category> </tool> <tool type="General"> <category name="All"> <displayName>physics_category</displayName> <template name="mortgage"> <displayName>2000</displayName> <description> ... </description> <argList> <arg name="purchase_price" type="positive_float" iscomputable="yes" default="" position="0"> <displayName>2101</displayName> </arg> <arg name="down_payment" type="positive_float" iscomputable="yes" default="0" position="1"> <displayName>2103</displayName> </arg> <arg name="term" type="positive_float" iscomputable="yes" default="" position="2"> <displayName>2104</displayName> </arg> <arg name="interest" type="positive_float" iscomputable="no" default="" position="3"> <displayName>2105</displayName> </arg> <arg name="monthly_payment" type="positive_float" iscomputable="yes" default="" position="4"> <displayName>2102</displayName> </arg> </argList> <generalFormulas defaultFormula="monthly_payment"> <formula name="purchase_price" toArg="purchase_price"> <formulaString> <arg argName="monthly_payment"/> <constantString formulaConst="* ((1 - (1 / ((1 + ("/> <arg argName="interest"/> <constantString formulaConst="/ 1200)) ^ ("/> <arg argName="term"/> <constantString formulaConst="* 12)))) / ("/> <arg argName="interest"/> <constantString formulaConst="/ 1200)) +"/> <arg argName="down_payment"/> </formulaString> </formula> <formula name="monthly_payment" toArg="monthly_payment"> <formulaString> <constantString formulaConst="("/> <arg argName="purchase_price"/> <constantString formulaConst="-"/> <arg argName="down_payment"/> <constantString formulaConst=") / ((1 - (1 / ((1 + ("/> <arg argName="interest"/> <constantString formulaConst="/ 1200)) ^ ("/> <arg argName="term"/> <constantString formulaConst="* 12)))) / ("/> <arg argName="interest"/> <constantString formulaConst="/ 1200))"/> </formulaString> </formula> <formula name="term" toArg="term"> <formulaString> <constantString formulaConst="(log(1 / (1 - (("/> <arg argName="purchase_price"/> <constantString formulaConst="-"/> <arg argName="down_payment"/> <constantString formulaConst=") * ("/> <arg argName="interest"/> <constantString formulaConst="/ 1200) /"/> <arg argName="monthly_payment"/> <constantString formulaConst="))) / log(1 + ("/> <arg argName="interest"/> <constantString formulaConst="/ 1200))) / 12"/> </formulaString> </formula> <formula name="down_payment" toArg="down_payment"> <formulaString> <arg argName="purchase_price"/> <constantString formulaConst="-"/> <arg argName="monthly_payment"/> <constantString formulaConst="* ((1 - (1 / ((1 + ("/> <arg argName="interest"/> <constantString formulaConst="/ 1200)) ^ ("/> <arg argName="term"/> <constantString formulaConst="* 12)))) / ("/> <arg argName="interest"/> <constantString formulaConst="/ 1200))"/> </formulaString> </formula> </generalFormulas> </template> <template name="lease"> <displayName>2001</displayName> <description> ... </description> <argList> <arg name="lease_value" type="positive_float" iscomputable="yes" default="" position="0"> <displayName>2111</displayName> </arg> <arg name="lease_period" type="positive_float" iscomputable="yes" default="" position="1"> <displayName>2112</displayName> </arg> <arg name="payments_per_year" type="positive_float" iscomputable="no" default="" position="2"> <displayName>2113</displayName> </arg> <arg name="residual_value" type="positive_float" iscomputable="yes" default="" position="3"> <displayName>2114</displayName> </arg> <arg name="interest" type="positive_float" iscomputable="no" default="" position="4"> <displayName>2116</displayName> </arg> <arg name="monthly_payment" type="positive_float" iscomputable="yes" default="" position="5"> <displayName>2115</displayName> </arg> </argList> <generalFormulas defaultFormula="monthly_payment"> <formula name="lease_value" toArg="lease_value"> <formulaString> <arg argName="monthly_payment"/> <constantString formulaConst="* ((1 - (1 / ((1 + ("/> <arg argName="interest"/> <constantString formulaConst="/"/> <arg argName="payments_per_year"/> <constantString formulaConst="/ 100)) ^ ("/> <arg argName="payments_per_year"/> <constantString formulaConst="*"/> <arg argName="lease_period"/> <constantString formulaConst=")))) / ("/> <arg argName="interest"/> <constantString formulaConst="/"/> <arg argName="payments_per_year"/> <constantString formulaConst="/ 100)) +"/> <arg argName="residual_value"/> <constantString formulaConst="* (1 / ((1 + ("/> <arg argName="interest"/> <constantString formulaConst="/"/> <arg argName="payments_per_year"/> <constantString formulaConst="/ 100)) ^ ("/> <arg argName="payments_per_year"/> <constantString formulaConst="*"/> <arg argName="lease_period"/> <constantString formulaConst=")))"/> </formulaString> </formula> <formula name="monthly_payment" toArg="monthly_payment"> <formulaString> <constantString formulaConst="("/> <arg argName="lease_value"/> <constantString formulaConst="-"/> <arg argName="residual_value"/> <constantString formulaConst="* (1 / ((1 + ("/> <arg argName="interest"/> <constantString formulaConst="/"/> <arg argName="payments_per_year"/> <constantString formulaConst="/ 100)) ^ ("/> <arg argName="payments_per_year"/> <constantString formulaConst="*"/> <arg argName="lease_period"/> <constantString formulaConst=")))) / ((1 - (1 / ((1 + ("/> <arg argName="interest"/> <constantString formulaConst="/"/> <arg argName="payments_per_year"/> <constantString formulaConst="/ 100)) ^ ("/> <arg argName="payments_per_year"/> <constantString formulaConst="*"/> <arg argName="lease_period"/> <constantString formulaConst=")))) / ("/> <arg argName="interest"/> <constantString formulaConst="/"/> <arg argName="payments_per_year"/> <constantString formulaConst="/ 100))"/> </formulaString> </formula> <formula name="residual_value" toArg="residual_value"> <formulaString> <constantString formulaConst="((1 + ("/> <arg argName="interest"/> <constantString formulaConst="/"/> <arg argName="payments_per_year"/> <constantString formulaConst="/ 100)) ^ ("/> <arg argName="payments_per_year"/> <constantString formulaConst="*"/> <arg argName="lease_period"/> <constantString formulaConst=")) * ("/> <arg argName="lease_value"/> <constantString formulaConst="-"/> <arg argName="monthly_payment"/> <constantString formulaConst="* ((1 - (1 / ((1 + ("/> <arg argName="interest"/> <constantString formulaConst="/"/> <arg argName="payments_per_year"/> <constantString formulaConst="/ 100)) ^ ("/> <arg argName="payments_per_year"/> <constantString formulaConst="*"/> <arg argName="lease_period"/> <constantString formulaConst=")))) / ("/> <arg argName="interest"/> <constantString formulaConst="/"/> <arg argName="payments_per_year"/> <constantString formulaConst="/ 100)))"/> </formulaString> </formula> <formula name="lease_period" toArg="lease_period"> <formulaString> <constantString formulaConst="(log(("/> <arg argName="residual_value"/> <constantString formulaConst="-"/> <arg argName="monthly_payment"/> <constantString formulaConst="/ ("/> <arg argName="interest"/> <constantString formulaConst="/"/> <arg argName="payments_per_year"/> <constantString formulaConst="/ 100)) / ("/> <arg argName="lease_value"/> <constantString formulaConst="-"/> <arg argName="monthly_payment"/> <constantString formulaConst="/ ("/> <arg argName="interest"/> <constantString formulaConst="/"/> <arg argName="payments_per_year"/> <constantString formulaConst="/ 100))) / log(1 + ("/> <arg argName="interest"/> <constantString formulaConst="/"/> <arg argName="payments_per_year"/> <constantString formulaConst="/ 100))) /"/> <arg argName="payments_per_year"/> </formulaString> </formula> </generalFormulas> </template> <template name="mileage"> <displayName>2002</displayName> <description> ... </description> <argList> <arg name="distance" type="positive_float" iscomputable="yes" default="" position="0"> <displayName>2121</displayName> </arg> <arg name="fuel" type="positive_float" iscomputable="yes" default="" position="1"> <displayName>2122</displayName> </arg> <arg name="mileage" type="positive_float" iscomputable="yes" default="" position="2"> <displayName>2123</displayName> </arg> </argList> <generalFormulas defaultFormula="mileage"> <formula name="mileage" toArg="mileage"> <formulaString> <arg argName="distance"/> <constantString formulaConst="/"/> <arg argName="fuel"/> </formulaString> </formula> <formula name="fuel" toArg="fuel"> <formulaString> <arg argName="distance"/> <constantString formulaConst="/"/> <arg argName="mileage"/> </formulaString> </formula> <formula name="distance" toArg="distance"> <formulaString> <arg argName="fuel"/> <constantString formulaConst="*"/> <arg argName="mileage"/> </formulaString> </formula> </generalFormulas> </template> <template name="gasmileage"> <displayName>2003</displayName> <description> ... </description> <argList> <arg name="distance" type="positive_float" iscomputable="yes" default="" position="0"> <displayName>2131</displayName> </arg> <arg name="fuel_liter" type="positive_float" iscomputable="yes" default="" position="1"> <displayName>2132</displayName> </arg> <arg name="liter_per100km" type="positive_float" iscomputable="yes" default="" position="2"> <displayName>2133</displayName> </arg> </argList> <generalFormulas defaultFormula="liter_per100km"> <formula name="distance" toArg="distance"> <formulaString> <constantString formulaConst="("/> <arg argName="fuel_liter"/> <constantString formulaConst="* 100) /"/> <arg argName="liter_per100km"/> </formulaString> </formula> <formula name="fuel_liter" toArg="fuel_liter"> <formulaString> <constantString formulaConst="("/> <arg argName="distance"/> <constantString formulaConst="*"/> <arg argName="liter_per100km"/> <constantString formulaConst=") / 100"/> </formulaString> </formula> <formula name="liter_per100km" toArg="liter_per100km"> <formulaString> <constantString formulaConst="("/> <arg argName="fuel_liter"/> <constantString formulaConst="* 100) /"/> <arg argName="distance"/> </formulaString> </formula> </generalFormulas> </template> </category> </tool> </tools> PA˙ţ<?xml version="1.0" encoding="utf-8"?> <xs:schema targetNamespace="http://www.microsoft.com/applets/calc/templates/v1" xmlns="http://www.microsoft.com/applets/calc/templates/v1" xmlns:xs="http://www.w3.org/2001/XMLSchema" elementFormDefault="qualified"> <!-- Before exposing the templates to world in M3 need to modify this xsd to add: 1. restriction on lengths for name attributes of element: category/template/formula/arg 2. restriction on length of displayName element 3. restriction on length of formulaString element --> <xs:simpleType name="unitOrArgTypeAtrribute"> <xs:restriction base="xs:string"> <xs:enumeration value="float" /> <xs:enumeration value="int" /> <xs:enumeration value="positive_float" /> <xs:enumeration value="positive_int" /> <xs:enumeration value="date" /> </xs:restriction> </xs:simpleType> <xs:simpleType name="unitOrArgIsComputableAtrribute"> <xs:restriction base="xs:string"> <xs:enumeration value="yes" /> <xs:enumeration value="no" /> </xs:restriction> </xs:simpleType> <xs:simpleType name="toolName"> <xs:restriction base="xs:string"> <xs:enumeration value="Statistics" /> <xs:enumeration value="UnitConversion" /> <xs:enumeration value="General" /> </xs:restriction> </xs:simpleType> <xs:complexType name="displayNameElement"> <xs:simpleContent> <xs:extension base="xs:string"> <!-- <xs:attribute name="_locID" type="xs:string" use="optional"/> --> </xs:extension> </xs:simpleContent> </xs:complexType> <xs:complexType name="argOrUnitElement"> <xs:sequence> <xs:element name="displayName" type="displayNameElement"> </xs:element> </xs:sequence> <xs:attribute name="name" type="xs:string" use="required"> </xs:attribute> <xs:attribute name="type" type="unitOrArgTypeAtrribute" use="required"> </xs:attribute> <xs:attribute name="iscomputable" type="unitOrArgIsComputableAtrribute" use="optional"> </xs:attribute> <xs:attribute name="default" type="xs:string" use="optional"> </xs:attribute> <xs:attribute name="position" type="xs:integer" use="optional"> </xs:attribute> </xs:complexType> <xs:complexType name="unitListElement"> <xs:sequence> <xs:element minOccurs="2" maxOccurs="unbounded" name="unit" type="argOrUnitElement"> </xs:element> </xs:sequence> </xs:complexType> <xs:complexType name="argListElement"> <xs:sequence> <xs:element minOccurs="0" maxOccurs="unbounded" name="arg" type="argOrUnitElement"> <!-- allow zero arg templates --> </xs:element> </xs:sequence> </xs:complexType> <xs:complexType name="unitformulaElement"> <xs:sequence> <xs:element name="formulaString" type="formulaStringElement" /> <xs:element name="description" minOccurs="0"/> </xs:sequence> <xs:attribute name="name" type="xs:string" use="required" /> <xs:attribute name="toUnit" type="xs:string" use="required" /> <xs:attribute name="fromUnit" type="xs:string" use="required" /> </xs:complexType> <xs:complexType name="formulaStringElement"> <xs:sequence maxOccurs="unbounded"> <xs:choice> <xs:choice> <xs:element name="unit"> <xs:complexType> <xs:attribute name="unitName" use="required"/> </xs:complexType> </xs:element> <xs:element name="arg"> <xs:complexType> <xs:attribute name="argName" use="required"/> </xs:complexType> </xs:element> </xs:choice> <xs:element name="constantString"> <xs:complexType> <xs:attribute name="formulaConst" use="required"/> </xs:complexType> </xs:element> </xs:choice> </xs:sequence> </xs:complexType> <xs:complexType name="generalformulaElement"> <xs:sequence> <xs:element name="formulaString" type="formulaStringElement" /> <xs:element name="description" minOccurs="0"/> </xs:sequence> <xs:attribute name="name" type="xs:string" use="required" /> <xs:attribute name="toArg" type="xs:string" use="required"/> </xs:complexType> <xs:complexType name="generalFormulasElement"> <xs:sequence> <xs:element minOccurs="1" maxOccurs="unbounded" name="formula" type="generalformulaElement" /> </xs:sequence> <xs:attribute name="defaultFormula" type="xs:string" use="required"/> </xs:complexType> <xs:complexType name="unitFormulasElement"> <xs:sequence> <xs:element minOccurs="2" maxOccurs="unbounded" name="formula" type="unitformulaElement" /> </xs:sequence> <xs:attribute name="hintBaseUnit" type="xs:string" use="required"/> </xs:complexType> <!-- A template is a collection of unit or arg defintions and formulas that represent relationships among these units/args. Template should be specified different formats for these two defintions. One to define unit conversion specific template (unitList and unitFormulasElement) and another for general template (argList and generalFormulasElement). --> <xs:complexType name="templateElement"> <xs:sequence> <xs:element name="displayName" type="displayNameElement" /> <xs:element name="description" type="xs:string" /> <xs:choice> <!-- define units --> <xs:sequence> <xs:element name="unitList"> <xs:complexType> <xs:sequence minOccurs="2" maxOccurs="unbounded"> <xs:element name="unit" type="argOrUnitElement" /> </xs:sequence> </xs:complexType> </xs:element> <xs:element name="unitFormulas" type="unitFormulasElement" /> </xs:sequence> <!-- or define argList --> <xs:sequence> <xs:element name="argList"> <xs:complexType> <xs:sequence minOccurs="2" maxOccurs="unbounded"> <xs:element name="arg" type="argOrUnitElement" /> </xs:sequence> </xs:complexType> </xs:element> <xs:element name="generalFormulas" type="generalFormulasElement" /> </xs:sequence> </xs:choice> </xs:sequence> <xs:attribute use="required" name="name" type="xs:string"> </xs:attribute> </xs:complexType> <!-- a category is a collection of 1 or more templates. Except in case of unit conversion tool, only one template needs to be defined. This "exception" is not captured in the .xsd though; it will be looked for and enforced in template parsing code. --> <xs:complexType name="categoryElement"> <xs:sequence> <xs:element name="displayName" type="displayNameElement"> </xs:element> <xs:element maxOccurs="unbounded" name="template" type="templateElement"> </xs:element> </xs:sequence> <xs:attribute name="name" type="xs:string" use="required"/> </xs:complexType> <!-- a tool is a collection of 1 or more categories. --> <xs:complexType name="toolElement"> <xs:sequence> <xs:element minOccurs="1" maxOccurs="unbounded" name="category" type="categoryElement"> </xs:element> </xs:sequence> <xs:attribute use="required" name="type" type="toolName"/> </xs:complexType> <!-- <xs:complexType name="locDefElement"> <xs:sequence> <xs:element name="_locDefault"/> <xs:element name="_locTag"/> </xs:sequence> </xs:complexType> --> <!-- <tools> is the top-level container, it can contain one or more <tool> elements _locDefintion element is for specifying localizable tags to win7 localization parser --> <xs:element name="tools"> <xs:complexType> <xs:sequence> <!-- <xs:element name="_locDefinition" type="locDefElement" minOccurs="0"/> --> <xs:element minOccurs="1" maxOccurs="unbounded" name="tool" type="toolElement" /> </xs:sequence> </xs:complexType> </xs:element> </xs:schema> PAPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGXXPADDINGPADDINGX