mirror of
https://github.com/UpsilonNumworks/Upsilon.git
synced 2026-01-18 16:27:34 +01:00
b44a95a9b3
* Initial test - working on Linux
* Try to make it work with liba
* Stop using liba and the filesystem
* IT WORKS
* Key input, full res, fix some of the crashes
* Fix the hang when doing calculations
* Add some more key mappings
* Fix the square root issue
* Icons
* Better key mappings, brightness control, better gamma correction, more effficient framebuffer
* Cleanup stage 1
* Cleanup stage 2
* Make the build system build a g3a
* Make it not exit when you press the menu button
* Add Casio port to README
* Use omega-master instead of omega-dev
* Fix mistake with cherry-picking in the README
* Fix internal storage crash
* Fix compile error on Numworks calculators
* Upsilon branding
* Sharper icon
* Make the CI work
* Add power off and improve menu
* Map Alpha + up/down to the brightness shortcut
* Add missing file
* Fix web CI build
* Revert "Fix web CI build"
This reverts commit f19657d9fc.
* Change "prizm" to "fxcg"
* Add FASTLOAD option for Add-in Push
* Add some charatcers to the catalog on Casio and improve key mappings
* Build with -Os -flto
* Disable LTO for now as it's causing crashes
* Put back the fonts I accidently changed
I'd like to add an option for this though as I prefer the ones from Epsilon
490 lines
14 KiB
Plaintext
490 lines
14 KiB
Plaintext
UnitTimeSecondSymbol = "_s"
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UnitTimeSecondMilliSymbol = "_ms"
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UnitTimeSecondMicroSymbol = "_μs"
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UnitTimeSecondNanoSymbol = "_ns"
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UnitTimeMinuteSymbol = "_min"
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||
UnitTimeHourSymbol = "_h"
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||
UnitTimeDaySymbol = "_day"
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||
UnitTimeWeekSymbol = "_week"
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||
UnitTimeMonthSymbol = "_month"
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||
UnitTimeYearSymbol = "_year"
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||
UnitDistanceMeterKiloSymbol = "_km"
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||
UnitDistanceMeterSymbol = "_m"
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||
UnitDistanceMeterMilliSymbol = "_mm"
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||
UnitDistanceMeterMicroSymbol = "_μm"
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||
UnitDistanceMeterNanoSymbol = "_nm"
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||
UnitDistanceMeterPicoSymbol = "_pm"
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||
UnitDistanceMileSymbol = "_mi"
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||
UnitDistanceYardSymbol = "_yd"
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||
UnitDistanceFootSymbol = "_ft"
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||
UnitDistanceInchSymbol = "_in"
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||
UnitDistanceAstronomicalUnitSymbol = "_au"
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||
UnitDistanceLightYearSymbol = "_ly"
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||
UnitDistanceParsecSymbol = "_pc"
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||
UnitMassGramKiloSymbol = "_kg"
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||
UnitMassGramSymbol = "_g"
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||
UnitMassGramMilliSymbol = "_mg"
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||
UnitMassGramMicroSymbol = "_μg"
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||
UnitMassTonneSymbol = "_t"
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||
UnitMassOunceSymbol = "_oz"
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UnitMassPoundSymbol = "_lb"
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||
UnitMassShortTonSymbol = "_shtn"
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||
UnitMassLongTonSymbol = "_lgtn"
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UnitCurrentAmpereSymbol = "_A"
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UnitCurrentAmpereMilliSymbol = "_mA"
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UnitCurrentAmpereMicroSymbol = "_μA"
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UnitTemperatureKelvinSymbol = "_K"
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UnitTemperatureCelsiusSymbol = "_°C"
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UnitTemperatureFahrenheitSymbol = "_°F"
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UnitAmountMoleSymbol = "_mol"
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||
UnitAmountMoleMilliSymbol = "_mmol"
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||
UnitAmountMoleMicroSymbol = "_μmol"
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||
UnitLuminousIntensityCandelaSymbol = "_cd"
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||
UnitLuminousFluxLumenSymbol = "_lm"
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UnitIlluminanceLuxSymbol = "_lx"
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||
UnitSolidAngleSteradianSymbol = "_sr"
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UnitFrequencyHertzGigaSymbol = "_GHz"
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||
UnitFrequencyHertzMegaSymbol = "_MHz"
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UnitFrequencyHertzKiloSymbol = "_kHz"
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||
UnitFrequencyHertzSymbol = "_Hz"
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||
UnitForceNewtonKiloSymbol = "_kN"
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||
UnitForceNewtonSymbol = "_N"
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||
UnitForceNewtonMilliSymbol = "_mN"
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||
UnitPressurePascalSymbol = "_Pa"
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||
UnitPressurePascalHectoSymbol = "_hPa"
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UnitPressureBarSymbol = "_bar"
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UnitPressureAtmSymbol = "_atm"
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UnitEnergyJouleKiloSymbol = "_kJ"
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UnitEnergyJouleSymbol = "_J"
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||
UnitEnergyJouleMilliSymbol = "_mJ"
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||
UnitEnergyElectronVoltMegaSymbol = "_MeV"
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||
UnitEnergyElectronVoltKiloSymbol = "_keV"
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UnitEnergyElectronVoltSymbol = "_eV"
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UnitEnergyElectronVoltMilliSymbol = "_meV"
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UnitPowerWattGigaSymbol = "_GW"
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UnitPowerWattMegaSymbol = "_MW"
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UnitPowerWattKiloSymbol = "_kW"
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UnitPowerWattSymbol = "_W"
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UnitPowerWattMilliSymbol = "_mW"
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UnitPowerWattMicroSymbol = "_μW"
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UnitChargeCoulombSymbol = "_C"
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UnitPotentialVoltKiloSymbol = "_kV"
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||
UnitPotentialVoltSymbol = "_V"
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UnitPotentialVoltMilliSymbol = "_mV"
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UnitPotentialVoltMicroSymbol = "_μV"
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UnitCapacitanceFaradSymbol = "_F"
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UnitCapacitanceFaradMilliSymbol = "_mF"
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||
UnitCapacitanceFaradMicroSymbol = "_μF"
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UnitResistanceOhmKiloSymbol = "_kΩ"
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UnitResistanceOhmSymbol = "_Ω"
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UnitConductanceSiemensSymbol = "_S"
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||
UnitConductanceSiemensMilliSymbol = "_mS"
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UnitMagneticFieldTeslaSymbol = "_T"
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UnitInductanceHenrySymbol = "_H"
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UnitSurfaceAcreSymbol = "_acre"
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UnitSurfaceHectarSymbol = "_ha"
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UnitVolumeLiterSymbol = "_L"
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UnitVolumeLiterDeciSymbol = "_dL"
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UnitVolumeLiterCentiSymbol = "_cL"
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UnitVolumeLiterMilliSymbol = "_mL"
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UnitVolumeTeaspoonSymbol = "_tsp"
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UnitVolumeTablespoonSymbol = "_tbsp"
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UnitVolumeFluidOunceSymbol = "_floz"
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UnitVolumeCupSymbol = "_cup"
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UnitVolumePintSymbol = "_pt"
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UnitVolumeQuartSymbol = "_qt"
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UnitVolumeGallonSymbol = "_gal"
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A = "a"
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AbsCommandWithArg = "abs(x)"
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AcoshCommandWithArg = "acosh(x)"
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AlmostEqual = "≈"
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||
Alpha = "alpha"
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ArgCommandWithArg = "arg(z)"
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AsinhCommandWithArg = "asinh(x)"
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||
AtanhCommandWithArg = "atanh(x)"
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B = "b"
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BinomialCommandWithArg = "binomial(n,k)"
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BinomialCDFCommandWithArg = "binomcdf(m,n,p)"
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BinomialPDFCommandWithArg = "binompdf(m,n,p)"
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BlankMessage = " "
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C = "c"
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||
CapitalAlpha = "ALPHA"
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CeilCommandWithArg = "ceil(x)"
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CodeApp = "Python"
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ConfidenceCommandWithArg = "confidence(f,n)"
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ConjCommandWithArg = "conj(z)"
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CoshCommandWithArg = "cosh(x)"
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CrossCommandWithArg = "cross(u,v)"
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D = "d"
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DefaultSetting = "Auto"
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DeterminantCommandWithArg = "det(M)"
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DiffCommandWithArg = "diff(f(x),x,a)"
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DiffCommand = "diff(\x11,x,\x11)"
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DimensionCommandWithArg = "dim(M)"
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DotCommandWithArg = "dot(u,v)"
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E = "e"
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Equal = "="
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FactorCommandWithArg = "factor(n)"
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FactorialCommand = "!"
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||
FactorialCommandWithArg = "n!"
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FccId = "FCC ID"
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FloorCommandWithArg = "floor(x)"
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||
FracCommandWithArg = "frac(x)"
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GcdCommandWithArg = "gcd(p,q)"
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Gon = "gon"
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ImCommandWithArg = "im(z)"
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IndentityCommandWithArg = "identity(n)"
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Infinity = "infinity"
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IntCommand = "int(\x11,x,\x11,\x11)"
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IntCommandWithArg = "int(f(x),x,a,b)"
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InvBinomialCommandWithArg = "invbinom(a,n,p)"
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InverseCommandWithArg = "inverse(M)"
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InvNormCommandWithArg = "invnorm(a,μ,σ)"
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InvSortCommandWithArg = "sort>(L)"
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K = "k"
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Lambda = "λ"
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LcmCommandWithArg = "lcm(p,q)"
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LinearRegressionFormula = " y=a·x+b "
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LogCommandWithArg = "log(x,a)"
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MatrixCommand = "[[\x11]]"
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MatrixCommandWithArg = "[[1,2][3,4]]"
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MaxCommandWithArg = "max(L)"
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MinCommandWithArg = "min(L)"
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Mu = "μ"
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N = "n"
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NormCDFCommandWithArg = "normcdf(a,μ,σ)"
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NormCDF2CommandWithArg = "normcdf2(a,b,μ,σ)"
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NormPDFCommandWithArg = "normpdf(x,μ,σ)"
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NormVectorCommandWithArg = "norm(u)"
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PermuteCommandWithArg = "permute(n,r)"
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P = "p"
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Prediction95CommandWithArg = "prediction95(p,n)"
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PredictionCommandWithArg = "prediction(p,n)"
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ProductCommand = "product(\x11,n,\x11,\x11)"
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ProductCommandWithArg = "product(f(n),n,nmin,nmax)"
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QuoCommandWithArg = "quo(p,q)"
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RandintCommandWithArg = "randint(a,b)"
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RandomCommandWithArg = "random()"
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ReCommandWithArg = "re(z)"
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ReducedRowEchelonFormCommandWithArg = "rref(M)"
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RemCommandWithArg = "rem(p,q)"
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RootCommandWithArg = "root(x,n)"
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RoundCommandWithArg = "round(x,n)"
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RowEchelonFormCommandWithArg = "ref(M)"
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R = "r"
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Rad = "rad"
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Shift = "shift"
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Sigma = "σ"
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||
SinhCommandWithArg = "sinh(x)"
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SortCommandWithArg = "sort<(L)"
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SumCommand = "sum(\x11,n,\x11,\x11)"
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SumCommandWithArg = "sum(f(n),n,nmin,nmax)"
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Sxy = "∑xy"
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T = "t"
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TanhCommandWithArg = "tanh(x)"
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Theta = "θ"
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ThetaMax = "θmax"
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ThetaMin = "θmin"
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TMax = "Tmax"
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TMin = "Tmin"
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TraceCommandWithArg = "trace(M)"
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||
TransposeCommandWithArg = "transpose(M)"
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XMax = "Xmax"
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XMin = "Xmin"
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X = "x"
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YMax = "Ymax"
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YMin = "Ymin"
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Y = "y"
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ElementHMass = "1.00794"
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||
ElementHeMass = "4.002602"
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ElementLiMass = "6.941"
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||
ElementBeMass = "9.0121831"
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||
ElementBMass = "10.81"
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||
ElementCMass = "12.01074"
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||
ElementNMass = "14.0067"
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||
ElementOMass = "15.9994"
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||
ElementFMass = "18.998403163"
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||
ElementNeMass = "20.1797"
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||
ElementNaMass = "22.98976928"
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ElementMgMass = "24.3050"
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ElementAlMass = "26.9815386"
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ElementSiMass = "28.0855"
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||
ElementPMass = "30.973761998"
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||
ElementSMass = "32.065"
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ElementClMass = "35.453"
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||
ElementArMass = "39.948"
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||
ElementKMass = "39.0983"
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||
ElementCaMass = "40.078"
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||
ElementScMass = "44.955908"
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||
ElementTiMass = "47.867"
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||
ElementVMass = "50.9415"
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||
ElementCrMass = "51.9961"
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||
ElementMnMass = "54.938044"
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ElementFeMass = "55.845"
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||
ElementCoMass = "58.933194"
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||
ElementNiMass = "58.6934"
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||
ElementCuMass = "63.546"
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||
ElementZnMass = "65.409"
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||
ElementGaMass = "69.723"
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ElementGeMass = "72.64"
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ElementAsMass = "74.921595"
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ElementSeMass = "78.971"
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ElementBrMass = "79.904"
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||
ElementKrMass = "83.798"
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ElementRbMass = "85.4678"
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||
ElementSrMass = "87.62"
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||
ElementYMass = "88.90584"
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ElementZrMass = "91.224"
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||
ElementNbMass = "92.90637"
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ElementMoMass = "95.95"
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ElementTcMass = "98"
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||
ElementRuMass = "101.07"
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||
ElementRhMass = "102.90550"
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||
ElementPdMass = "106.42"
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ElementAgMass = "107.8682"
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||
ElementCdMass = "112.414"
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||
ElementInMass = "114.818"
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||
ElementSnMass = "118.710"
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||
ElementSbMass = "121.760"
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||
ElementTeMass = "127.60"
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||
ElementIMass = "126.90447"
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||
ElementXeMass = "131.293"
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||
ElementCsMass = "132.90545196"
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ElementBaMass = "137.327"
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||
ElementLaMass = "138.90547"
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||
ElementCeMass = "140.116"
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||
ElementPrMass = "140.90766"
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||
ElementNdMass = "144.242"
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ElementPmMass = "145"
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||
ElementSmMass = "150.36"
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||
ElementEuMass = "151.964"
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||
ElementGdMass = "157.25"
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||
ElementTbMass = "158.92534"
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||
ElementDyMass = "162.500"
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||
ElementHoMass = "164.93033"
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||
ElementErMass = "167.259"
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||
ElementTmMass = "168.93422"
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||
ElementYbMass = "173.04"
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||
ElementLuMass = "174.9668"
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||
ElementHfMass = "178.49"
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||
ElementTaMass = "180.94788"
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||
ElementWMass = "183.84"
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||
ElementReMass = "186.207"
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||
ElementOsMass = "190.23"
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||
ElementIrMass = "192.217"
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||
ElementPtMass = "195.084"
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||
ElementAuMass = "196.966569"
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||
ElementHgMass = "200.59"
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||
ElementTlMass = "204.3833"
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||
ElementPbMass = "207.2"
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||
ElementBiMass = "208.98040"
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||
ElementPoMass = "209"
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||
ElementAtMass = "210"
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||
ElementRnMass = "222"
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||
ElementFrMass = "223"
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||
ElementRaMass = "226.0254"
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||
ElementAcMass = "227"
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||
ElementThMass = "232.0377"
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||
ElementPaMass = "231.03588"
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||
ElementUMass = "238.02891"
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||
ElementNpMass = "237"
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||
ElementPuMass = "244.06"
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||
ElementAmMass = "241.06"
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||
ElementCmMass = "247"
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||
ElementBkMass = "247"
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||
ElementCfMass = "251"
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||
ElementEsMass = "252"
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||
ElementFmMass = "257"
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||
ElementMdMass = "258"
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||
ElementNoMass = "259"
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||
ElementLrMass = "266"
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||
ElementRfMass = "267"
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||
ElementDbMass = "268"
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||
ElementSgMass = "269"
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||
ElementBhMass = "270"
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||
ElementHsMass = "277"
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||
ElementMtMass = "278"
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||
ElementDsMass = "281"
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||
ElementRgMass = "282"
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||
ElementCnMass = "285"
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||
ElementNhMass = "286"
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||
ElementFlMass = "289"
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||
ElementMcMass = "289"
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||
ElementLvMass = "293"
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||
ElementTsMass = "294"
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||
ElementOgMass = "294"
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||
ElementUueMass = "295"
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||
ElementUbnMass = "297"
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LaurianFournier = "Laurian Fournier"
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PLaurianFournier = "@Lauryy06"
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YannCouturier = "Yann Couturier"
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PYannCouturier = "@Yaya-Cout"
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LoicE = "Loïc E."
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PLoicE = "@lolocomotive"
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DavidLuca = "David Luca"
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PDavidLuca = "@dl11"
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VictorKretz = "Victor Kretz"
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PVictorKretz = "@Mino"
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QuentinGuidee = "Quentin Guidée"
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PQuentinGuidee = "@quentinguidee"
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SandraSimmons = "Sandra Simmons"
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PSandraSimmons = "@MixedMatched"
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JoachimLeFournis = "Joachim Le Fournis"
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PJoachimLeFournis = "@RedGl0w"
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JeanBaptisteBoric = "Jean-Baptiste Boric"
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PJeanBaptisteBoric = "@boricj"
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MaximeFriess = "Maxime Friess"
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PMaximeFriess = "@M4x1m3"
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David = "David"
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PDavid = "@0b101"
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DamienNicolet = "Damien Nicolet"
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PDamienNicolet = "@zardam"
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EvannDreumont = "Evann Dreumont"
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PEvannDreumont = "@LeGmask"
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SzaboLevente = "Szabó Levente"
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PSzaboLevente = "@Gegenter"
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CharlotteThomas = "Charlotte Thomas"
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PCharlotteThomas = "@coco33920"
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AntoninLoubiere = "Antonin L."
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PAntoninLoubiere = "@AntoninLoubiere"
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VenceslasDuet = "Venceslas Duet"
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PVenceslasDuet = "@Citorva"
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||
CyprienMejat = "Cyprien Méjat"
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PCyprienMejat = "@A2drien"
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||
SpeedOfLight = "2.99792458·10^8_m_s^-1"
|
||
Boltzmann = "1.380649·10^-23_J_K^-1"
|
||
StefanBoltzmann = "5.670374419·10^-8_W_m^-2_K^-4"
|
||
VacuumImpedance = "376.730313668_Ω"
|
||
WaterTriplePoint = "273.16_K"
|
||
AtmosphericPressure = "101325_Pa"
|
||
AtomicMassUnit = "1.66053906660·10^-27_kg"
|
||
Wien = "2.897771955·10^-3_K_m"
|
||
BohrRadius = "5.29177210903·10^-11_m"
|
||
BohrMagneton = "9.2740100783·10^-24_A_m^2"
|
||
NuclearMagneton = "5.0507837461·10^-27_A_m^2"
|
||
MuonMass = "1.883531627·10^-28_kg"
|
||
Avogadro = "6.02214076·10^23_mol^-1"
|
||
Gas = "8.314462618_J_mol^-1_K^-1"
|
||
Coulomb = "8.9875517923·10^9_N_m^2_C^-2"
|
||
Vacuum_permittivity = "8.8541878128·10^-12_F_m^-1"
|
||
Vacuum_permeability = "1.25663706212·10^-6_H_m^-1"
|
||
Planck = "6.62607015·10^-34_J_s"
|
||
ElectronMass = "9.1093837015·10^-31_kg"
|
||
ProtonMass = "1.67262192369·10^-27_kg"
|
||
NeutronMass = "1.67492749804·10^-27_kg"
|
||
ElementalCharge = "1.602176634·10^-19_C"
|
||
GAcceleration = "9.80665_m_s^-2"
|
||
GConstant = "6.67430·10^-11_m^3_kg^-1_s^-2"
|
||
SpeedOfSound0 = "343.4_m_s^-1"
|
||
SpeedOfSoundWater = "1480_m_s^-1"
|
||
SpeedOfSoundSteel = "5600_m_s^-1"
|
||
SpeedOfSoundGlass = "5300_m_s^-1"
|
||
SunMass = "1.989·10^30_kg"
|
||
EarthMass = "5.972·10^24_kg"
|
||
MoonMass = "7.342·10^22_kg"
|
||
SunRadius = "696000000_m"
|
||
EarthRadius = "6378140_m"
|
||
MoonRadius = "3474600_m"
|
||
EarthMoonDistance = "384400000_m"
|
||
EarthSunDistance = "149597870000_m"
|
||
FaradayConstant = "96485.33212_C_mol^-1"
|
||
EscapeVelocityOfEarth = "11186_m_s^-1"
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||
EscapeVelocityOfMoon = "2380_m_s^-1"
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||
EscapeVelocityOfSun = "42100_m_s^-1"
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||
UltimateAnswer = "Ultimate Answer"
|
||
UltimateAnswerValue = "42"
|
||
Pka01 = "H20/OH-"
|
||
Pka02 = "HS-/S(2-)"
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||
Pka03 = "HPO4(2-)/PO4(3-)"
|
||
Pka04 = "HCO3-/CO3(2-)"
|
||
Pka05 = "C6H5OH/C6H5O-"
|
||
Pka06 = "NH4+/NH3"
|
||
Pka07 = "HBrO/BrO-"
|
||
Pka08 = "H2PO4-/HP04(2-)"
|
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Pka09 = "H2S/HS-"
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||
Pka10 = "H2C03/HC03-"
|
||
Pka11 = "CH3COOH/CH3COO-"
|
||
Pka12 = "C6H5COOH/C6H5COO-"
|
||
Pka13 = "HN02/NO2-"
|
||
Pka14 = "H3PO4/H2PO4-"
|
||
Pka15 = "HS04-/S04(2-)"
|
||
Pka16 = "H30+/H20"
|
||
Pka01Value = "14"
|
||
Pka02Value = "13.0"
|
||
Pka03Value = "12.7"
|
||
Pka04Value = "10.2"
|
||
Pka05Value = "9.9"
|
||
Pka06Value = "9.2"
|
||
Pka07Value = "8.7"
|
||
Pka08Value = "7.2"
|
||
Pka09Value = "7.0"
|
||
Pka10Value = "6.4"
|
||
Pka11Value = "4.7"
|
||
Pka12Value = "4.2"
|
||
Pka13Value = "3.4"
|
||
Pka14Value = "2.1"
|
||
Pka15Value = "1.9"
|
||
Pka16Value = "0"
|
||
Pka = "pKa"
|
||
PlanckReduce = "1.054571817·10^-34_J_s"
|
||
PlanckMass = "2.176434·10^-8_kg"
|
||
PlanckLength = "1.616255·10^-35_m"
|
||
PlanckTime = "5.391247·10^-44_s"
|
||
PlanckTemperature = "1.416784·10^32_K"
|
||
PlanckCharge = "1.875·10^-18_C"
|
||
PlanckForce = "1.210·10^44_N"
|
||
PlanckEnergy = "1.956·10^9_J"
|
||
PlanckPower = "3.629·10^52_W"
|
||
PlanckDensity = "5.1·10^96_kg_m^-3"
|
||
PlanckQuantityMovement = "6.5_N_s"
|
||
PlanckLinearMass = "1.34664·10^27_kg_m^-1"
|
||
PlanckTension = "1.0432·10^27_V"
|
||
PlanckCurrent = "3.479·10^25_A"
|
||
PlanckPressure = "4.635·10^113_Pa"
|
||
PlanckImpedance = "29.986_Ω"
|
||
TauonMass = "3.16754·10^-27_kg"
|
||
WBosonMass = "1.4334·10^-25_kg"
|
||
ZBosonMass = "1.62556·10^-25_kg"
|
||
FineStructure = "7.2973525693·10^-3"
|
||
RydbergConstant = "10973731.568160_m^-1"
|
||
HartreeConstant = "4.3597447222071·10^-18_J"
|
||
MagneticFluxQuantum = "2.067833848·10^-15_Wb"
|
||
ConductanceQuantum = "7.748091729·10^-5_S"
|
||
CirculationQuantum = "3.6369475516·10^-4_m^2_s^-1"
|
||
Cndcvt_Silver = "6.30·10^7_S_m^-1"
|
||
Cndcvt_Copper = "5.96·10^7_S_m^-1"
|
||
Cndcvt_Gold = "4.11·10^7_S_m^-1"
|
||
Cndcvt_Aluminium = "3.77·10^7_S_m^-1"
|
||
Cndcvt_Calcium = "2.98·10^7_S_m^-1"
|
||
Cndcvt_Tungsten = "1.79·10^7_S_m^-1"
|
||
Cndcvt_Zinc = "1.69·10^7_S_m^-1"
|
||
Cndcvt_Cobalt = "1.60·10^7_S_m^-1"
|
||
Cndcvt_Nickel = "1.43·10^7_S_m^-1"
|
||
Cndcvt_Lithium = "1.08·10^7_S_m^-1"
|
||
Cndcvt_Iron = "1.00·10^7_S_m^-1"
|
||
Cndcvt_Platinum = "9.43·10^6_S_m^-1"
|
||
Cndcvt_Tin = "9.17·10^6_S_m^-1"
|
||
Cndcvt_Sea_water = "4.80_S_m^-1"
|
||
Cndcvt_Water = "5.00·10^-3_S_m^-1"
|
||
Cndcvt_Air = "1.00·10^-13_S_m^-1"
|
||
Cndcvt_Glass = "1.00·10^-13_S_m^-1"
|
||
Cndcvt_Wood = "1.00·10^-3_S_m^-1"
|
||
Rstvt_Silver = "1.59·10^-8_Ω_m"
|
||
Rstvt_Copper = "1.68·10^-8_Ω_m"
|
||
Rstvt_Gold = "2.44·10^-8_Ω_m"
|
||
Rstvt_Aluminium = "2.65·10^-8_Ω_m"
|
||
Rstvt_Calcium = "3.36·10^-8_Ω_m"
|
||
Rstvt_Tungsten = "5.60·10^-8_Ω_m"
|
||
Rstvt_Zinc = "5.90·10^-8_Ω_m"
|
||
Rstvt_Cobalt = "6.24·10^-8_Ω_m"
|
||
Rstvt_Nickel = "6.99·10^-8_Ω_m"
|
||
Rstvt_Lithium = "9.28·10^-8_Ω_m"
|
||
Rstvt_Iron = "9.70·10^-8_Ω_m"
|
||
Rstvt_Platinum = "1.06·10^-7_Ω_m"
|
||
Rstvt_Tin = "1.09·10^-7_Ω_m"
|
||
Rstvt_Sea_water = "2.1·10^-1_Ω_m"
|
||
Rstvt_Water = "1.01·10^3_Ω_m"
|
||
Rstvt_Air = "1.00·10^9_Ω_m"
|
||
Rstvt_Glass = "5.00·10^14_Ω_m"
|
||
Rstvt_Wood = "1.00·10^3_Ω_m"
|