ANOVA.Syntax=[ <S\u0105ra\u0161as>, <S\u0105ra\u0161as>, ... ]
AffineRatio=NustatytiProporcij\u0105
AffineRatio.Syntax=[ <Ta\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas> ]
Angle=Kampas
Angle.Syntax=[ <Objektas> ]\n[ <Vektorius>, <Vektorius> ]\n[ <Ties\u0117>, <Ties\u0117> ]\n[ <Ta\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas> ]\n[ <Ta\u0161kas>, <Ta\u0161kas>, <Kampas> ]
AngularBisector=Pusiaukampin\u0117
AngularBisector.Syntax=[ <Ties\u0117>, <Ties\u0117> ]\n[ <Ta\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas> ]
Append=Papildyti
Append.Syntax=[ <S\u0105ra\u0161as>, <Objektas> ]\n[ <Objektas>, <S\u0105ra\u0161as> ]
ApplyMatrix=TaikytiMatric\u0105
ApplyMatrix.Syntax=[ <Matrica>, <Objektas> ]
Arc=Lankas
Arc.Syntax=[ <Apskritimas>, <Ta\u0161kas>, <Ta\u0161kas> ]\n[ <Elips\u0117>, <Ta\u0161kas>, <Ta\u0161kas> ]\n[ <Apskritimas>, <Parametro vert\u0117>, <parametro vert\u0117> ]\n[ <Elips\u0117>, <Parametro vert\u0117>, <parametro vert\u0117> ]
Area=Plotas
Area.Syntax=[ <Antros eil\u0117s kreiv\u0117> ]\n[ <Daugiakampis> ]\n[ <Ta\u0161kas>, ..., <Ta\u0161kas> ]
Asymptote=Asimptot\u0117
Asymptote.Syntax=[ <Antros eil\u0117s kreiv\u0117> ]\n[ <Funkcija> ]\n[ <Nei\u0161reik\u0161tin\u0117 kreiv\u0117> ]
Axes=A\u0161ys
Axes.Syntax=[ <Antros eil\u0117s kreiv\u0117> ]
AxisStepX=A\u0161ies\u017dingsnisX
AxisStepY=A\u0161ies\u017dingsnisY
BarChart=Lentel\u0117
BarChart.Syntax=[ <Duomen\u0173 s\u0105ra\u0161as>, <Da\u017eni\u0173 s\u0105ra\u0161as> ]\n[ <Neapdorot\u0173 duomen\u0173 s\u0105ra\u0161as>, <Plotis> ]\n[ <Duomen\u0173 s\u0105ra\u0161as>, <Da\u017eni\u0173 s\u0105ra\u0161as>, <Plotis> ]\n[ <Prad\u017eios reik\u0161m\u0117>, <Galo reik\u0161m\u0117>, <Auk\u0161\u010di\u0173 s\u0105ra\u0161as> ]\n[ <Prad\u017eios reik\u0161m\u0117>, <Galo reik\u0161m\u0117>, <I\u0161rai\u0161ka>, <Kintamasis>, <Nuo skai\u010diaus>, <Iki skai\u010diaus> ]\n[ <Prad\u017eios reik\u0161m\u0117>, <Galo reik\u0161m\u0117>, <I\u0161rai\u0161ka>, <Kintamasis>, <Nuo skai\u010diaus>, <Iki skai\u010diaus>, <\u017dingsnio plotis> ]
Bernoulli=Bernulio
Bernoulli.Syntax=[ <Tikimyb\u0117>, <Login\u0117 vert\u0117> ]
Binomial=BinominisKoeficientas
Binomial.Syntax=[ <Skai\u010dius>, <Skai\u010dius> ]
BinomialDist=Binominis
BinomialDist.Syntax=[ <Bandym\u0173 skai\u010dius>, <S\u0117km\u0117s tikimyb\u0117> ]\n[ <Bandym\u0173 skai\u010dius>, <S\u0117km\u0117s tikimyb\u0117>, <Login\u0117 vert\u0117> ]\n[ <Bandym\u0173 skai\u010dius>, <S\u0117km\u0117s tikimyb\u0117>, <Kintamasis>, <Login\u0117 vert\u0117> ]
BoxPlot=Grafikas
BoxPlot.Syntax=[ <yAt\u0161aka>, <ySkal\u0117>, <Neapdorot\u0173 duomen\u0173 s\u0105ra\u0161as> ]\n[ <yAt\u0161aka>, <ySkal\u0117>, <Prad\u017eios reik\u0161m\u0117>, <Q1>, <Pusiaukra\u0161tin\u0117>, <Q3>, <Galo reik\u0161m\u0117> ]
Button=Mygtukas
Button.Syntax=[ ]\n[ <Pavadinimas> ]
CFactor=KompleksiniaiDauginamieji
CSolve=CSpr\u0119sti
Cauchy=Ko\u0161i
Cauchy.Syntax=[ <Mediana>, <Skal\u0117>, x ]\n[ <Mediana>, <Skal\u0117>, <Kintamojo vert\u0117> ]\n[ <Mediana>, <Skal\u0117>, x, <Login\u0117 vert\u0117> ]
Cell=Langelis
Cell.Syntax=[ <Stulpelis>, <Eilut\u0117> ]
CellRange=Langeli\u0173Sritis
CellRange.Syntax=[ <Prad\u017eios langelis>, <Galo langelis> ]
Center=Centras
Center.Syntax=[ <Antros eil\u0117s kreiv\u0117> ]
Centroid=Centroid\u0117
Centroid.Syntax=[ <Daugiakampis> ]
Checkbox=\u017dymimasisLangelis
Checkbox.Syntax=[ ]\n[ <Pavadinimas> ]\n[ <S\u0105ra\u0161as> ]\n[ <Pavadinimas>, <S\u0105ra\u0161as> ]
ChiSquared=ChiKvadratu
ChiSquared.Syntax=[ <Laisv\u0117s laipsnis>, x ]\n[ <Laisv\u0117s laipsnis>, <Kintamojo vert\u0117> ]\n[ <Laisv\u0117s laipsnis>, x, <Login\u0117 vert\u0117> ]
Circle=Apskritimas
Circle.Syntax=[ <Ta\u0161kas>, <Spindulys> ]\n[ <Ta\u0161kas>, <Atkarpa> ]\n[ <Ta\u0161kas>, <Ta\u0161kas> ]\n[ <Ta\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas> ]
CircleArc=ApskritimoLankas
CircleArc.Syntax=[ <VidurioTa\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas> ]
CircleSector=SkritulioI\u0161pjova
CircleSector.Syntax=[ <VidurioTa\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas> ]
CircumcircleArc=LankoNuopjova
CircumcircleArc.Syntax=[ <Ta\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas> ]
CircumcircleSector=NuopjovosDalis
CircumcircleSector.Syntax=[ <Ta\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas> ]
Circumference=Perimetras
Circumference.Syntax=[ <Antros eil\u0117s kreiv\u0117> ]
Classes=Klas\u0117s
Classes.Syntax=[ <Duomen\u0173 s\u0105ra\u0161as>, <Klasi\u0173 skai\u010dius> ]\n[ <Duomen\u0173 s\u0105ra\u0161as>, <Prad\u017eia>, <Klasi\u0173 plotis> ]
ClosestPoint=ArtimiausiasTa\u0161kas
ClosestPoint.Syntax=[ <Kelias>, <Ta\u0161kas> ]
Coefficients=Koeficientai
Coefficients.Syntax=[ <Daugianaris> ]\n[ <Antros eil\u0117s kreiv\u0117> ]
Column=Stulpelis
Column.Syntax=[ <Skai\u010diuokl\u0117s langelis> ]
ColumnName=StulpelioPavadinimas
ColumnName.Syntax=[ <Skai\u010diuokl\u0117s langelis> ]
Command=Komanda
CommonDenominator=BendrasDaliklis
CompleteSquare=PilnasKvadratas
CompleteSquare.Syntax=[ <Kvadratin\u0117 funkcija> ]
ComplexRoot=Kompleksin\u0117\u0160aknis
ComplexRoot.Syntax=[ <Daugianaris> ]
Conic=AntrosEil\u0117sKreiv\u0117
Conic.Syntax=[ <Ta\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas> ]\n[ <Skai\u010dius>, <Skai\u010dius>, <Skai\u010dius>, <Skai\u010dius>, <Skai\u010dius>, <Skai\u010dius> ]
ConstructionStep=Konstrukcijos\u017dingsnis
ConstructionStep.Syntax=[ ]\n[ <Objektas> ]
ConvexHull=I\u0161gaubtasPavir\u0161ius
ConvexHull.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
CopyFreeObject=KopijuotiLaisv\u0105Objekt\u0105
CopyFreeObject.Syntax=[ <Objektas> ]
Corner=Vir\u0161\u016bn\u0117
Corner.Syntax=[ <Kampo skai\u010dius> ]\n[ <Paveiksl\u0117lis>, <Kampo skai\u010dius> ]\n[ <Tekstas>, <Kampo skai\u010dius> ]
CountIf=Skai\u010diuotiJei
CountIf.Syntax=[ <S\u0105lyga>, <S\u0105ra\u0161as> ]
Covariance=Kovariacija
Covariance.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]\n[ <Skai\u010di\u0173 s\u0105ra\u0161as>, <Skai\u010di\u0173 s\u0105ra\u0161as> ]
Cross=Vektori\u0173Daugyba
CrossRatio=Vektori\u0173DaugybosSantykis
CrossRatio.Syntax=[ <Ta\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas> ]
Curvature=I\u0161linkis
Curvature.Syntax=[ <Ta\u0161kas>, <Funkcija> ]\n[ <Ta\u0161kas>, <Kreiv\u0117> ]
CurvatureVector=I\u0161linkioVektorius
CurvatureVector.Syntax=[ <Ta\u0161kas>, <Funkcija> ]\n[ <Ta\u0161kas>, <Kreiv\u0117> ]
CurveCartesian=Kreiv\u0117
CurveCartesian.Syntax=[ <I\u0161rai\u0161ka>, <I\u0161rai\u0161ka>, <Parametro reik\u0161m\u0117>, <Prad\u017eios reik\u0161m\u0117>, <Galo reik\u0161m\u0117> ]
Decimal=De\u0161imtainis
Defined=YraApibr\u0117\u017etas
Defined.Syntax=[ <Objektas> ]
Degree=Laipsnis
Degree.Syntax=[ <Daugianaris> ]
DelauneyTriangulation=DelaunayTrianguliacija
DelauneyTriangulation.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
Delete=Trinti
Delete.Syntax=[ <Objektas> ]
Denominator=Vardiklis
Denominator.Syntax=[ <Funkcija> ]
Derivative=I\u0161vestin\u0117
Derivative.Syntax=[ <Funkcija> ]\n[ <Kreiv\u0117> ]\n[ <Funkcija>, <Skai\u010dius> ]\n[ <Funkcija>, <Kintamasis> ]\n[ <Kreiv\u0117>, <Skai\u010dius> ]\n[ <Funkcija>, <Kintamasis>, <Skai\u010dius> ]
Determinant=Determinantas
Determinant.Syntax=[ <Matrica> ]
Diameter=Diametras
Diameter.Syntax=[ <Vektorius>, <Antros eil\u0117s kreiv\u0117> ]\n[ <Ties\u0117>, <Antros eil\u0117s kreiv\u0117> ]
Dilate=Pl\u0117sti
Dilate.Syntax=[ <Objektas>, <Pl\u0117timo faktorius>, <Pl\u0117timo centro ta\u0161kas> ]
Dimension=Dimensija
Direction=Kryptis
Direction.Syntax=[ <Ties\u0117> ]
Directrix=Direktris\u0117
Directrix.Syntax=[ <Antros eil\u0117s kreiv\u0117> ]
Distance=Atstumas
Distance.Syntax=[ <Ta\u0161kas>, <Ta\u0161kas> ]\n[ <Ta\u0161kas>, <Ties\u0117> ]
Div=Dalmuo
Div.Syntax=[ <Skaitiklis>, <Vardiklis> ]\n[ <Dalinamasis polinomas>, <Daliklis> ]
Division=Dalyba
Divisors=Dalikliai
DivisorsList=Dalikli\u0173S\u0105ra\u0161as
DivisorsSum=Dalikli\u0173Suma
Dot=Ta\u0161kas
DotPlot=Ta\u0161k\u0173Vaizdavimas
DotPlot.Syntax=[ <Neapdorot\u0173 duomen\u0173 s\u0105ra\u0161as> ]
DynamicCoordinates=Dinamin\u0117sKoordinat\u0117s
DynamicCoordinates.Syntax=[ <Ta\u0161kas>, <Skai\u010dius>, <Skai\u010dius> ]
Eccentricity=EkscentricitetoSantykis
Eccentricity.Syntax=[ <Antros eil\u0117s kreiv\u0117> ]
Element=Elementas
Element.Syntax=[ <S\u0105ra\u0161as>, <Elemento pozicija> ]\n[ <Matrica>, <Eilut\u0117>, <Stulpelis> ]
Ellipse=Elips\u0117
Ellipse.Syntax=[ <\u017didinio ta\u0161kas>, <\u017didinio ta\u0161kas>, <A\u0161ies ilgis> ]\n[ <\u017didinio ta\u0161kas>, <\u017didinio ta\u0161kas>, <Atkarpa> ]\n[ <Ta\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas> ]
Erlang.Syntax=[ <Forma>, <Da\u017enis>, x ]\n[ <Forma>, <Da\u017enis>, <Kintamojo vert\u0117> ]\n[ <Forma>, <Da\u017enis>, x, <Login\u0117 vert\u0117> ]
Excentricity=Ekscentricitetas
Excentricity.Syntax=[ <Antros eil\u0117s kreiv\u0117> ]
Execute=Vykdyti
Execute.Syntax=[ <Tekstas> ]\n[ <Tekstas>, <Parametras>, <Parametras>, ... ]
Expand=Prapl\u0117sti
Expand.Syntax=[ <Funkcija> ]
Exponential=Eksponentinis
Exponential.Syntax=[ <Liamda>, x ]\n[ <Liamda>, <Kintamojo vert\u0117> ]\n[ <Liamda>, x, <Login\u0117 vert\u0117> ]
Extremum=Ekstremumas
Extremum.Syntax=[ <Polinomas> ]
FDistribution=FPasiskirstymas
FDistribution.Syntax=[ <Skaitiklio laisv\u0117s laipsnis>, <Vardiklio laisv\u0117s laipsnis>, x ]\n[ <Skaitiklio laisv\u0117s laipsnis>, <Vardiklio laisv\u0117s laipsnis>, <Kintamojo vert\u0117> ]\n[ <Skaitiklio laisv\u0117s laipsnis>, <Vardiklio laisv\u0117s laipsnis>, x, <Login\u0117 vert\u0117> ]
Factor=SkaidymasDauginamaisiais
Factor.Syntax=[ <Daugianaris> ]
Factors=Dauginamieji
Factors.Syntax=[ <Daugianaris> ]\n[ <Skai\u010dius> ]
FillCells=U\u017epildytiLangelius
FillCells.Syntax=[ <Langeli\u0173 s\u0105ra\u0161as>, <Objektas> ]\n[ <Langelis>, <S\u0105ra\u0161as> ]\n[ <Langelis>, <Matrica> ]
FillColumn=U\u017epildytiStulpel\u012f
FillColumn.Syntax=[ <Stulpelis>, <S\u0105ra\u0161as> ]
FillRow=U\u017epildytiEilut\u0119
FillRow.Syntax=[ <Eilut\u0117>, <S\u0105ra\u0161as> ]
First=Pirmas
First.Syntax=[ <S\u0105ra\u0161as> ]\n[ <Tekstas> ]\n[ <S\u0105ra\u0161as>, <Element\u0173 skai\u010dius> ]\n[ <Tekstas>, <Element\u0173 skai\u010dius> ]
FirstAxis=PirmaA\u0161is
FirstAxis.Syntax=[ <Antros eil\u0117s kreiv\u0117> ]
FirstAxisLength=PirmosA\u0161iesIlgis
FirstAxisLength.Syntax=[ <Antros eil\u0117s kreiv\u0117> ]
Fit=Talpinti
Fit.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as>, <Funkcij\u0173 s\u0105ra\u0161as> ]\n[ <Ta\u0161k\u0173 s\u0105ra\u0161as>, <Funkcija> ]
FitExp=TalpintiI\u0161rai\u0161k\u0105
FitExp.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
FitGrowth=TalpintiPrieaug\u012f
FitGrowth.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
FitLineX=TalpintiTies\u0119X
FitLineX.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
FitLineY=TalpintiTies\u0119
FitLineY.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
FitLog=TalpintiLog
FitLog.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
FitLogistic=TalpintiLogistin\u0119
FitLogistic.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
FitPoly=TalpintiDaugianar\u012f
FitPoly.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as>, <Daugianario laipsnis> ]
FitPow=TalpintiLaipsn\u012f
FitPow.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
FitSin=TalpintiSin
FitSin.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
Focus=\u017didinys
Focus.Syntax=[ <Antros eil\u0117s kreiv\u0117> ]
FractionText=TrupmenosTekstas
FractionText.Syntax=[ <Skai\u010dius> ]
FractionalPart=Trupmenin\u0117Dalis
Frequency=Da\u017enis
Frequency.Syntax=[ <Neapdorot\u0173 duomen\u0173 s\u0105ra\u0161as> ]
FrequencyPolygon=DaugiakampioDa\u017enis
FrequencyPolygon.Syntax=[ <Klas\u0117s ribos>, <Auk\u0161\u010di\u0173 s\u0105ra\u0161as> ]
FrequencyTable=Da\u017eni\u0173Lentel\u0117
FrequencyTable.Syntax=[ <Neapdorot\u0173 duomen\u0173 s\u0105ra\u0161as> ]
Function=Funkcija
Function.Syntax=[ <Funkcija>, <Prad\u017eios x reik\u0161m\u0117>, <Galo x reik\u0161m\u0117> ]
GCD=DBD
GCD.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]\n[ <Skai\u010dius>, <Skai\u010dius> ]
Gamma=Gama
Gamma.Syntax=[ <Alfa>, <Beta>, x ]\n[ <Alfa>, <Beta>, <Kintamojo vert\u0117> ]\n[ <Alfa>, <Beta>, x, <Login\u0117 vert\u0117> ]
GeometricMean=GeometrinisVidurkis
GeometricMean.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]
GetTime=GautiLaik\u0105
HarmonicMean=HarmoninisVidurkis
HarmonicMean.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
HideLayer=Sl\u0117ptiSluoksn\u012f
HideLayer.Syntax=[ <Skai\u010dius> ]
Histogram=Histograma
Histogram.Syntax=[ <Klas\u0117s rib\u0173 s\u0105ra\u0161as>, <Auk\u0161\u010di\u0173 s\u0105ra\u0161as> ]\n[ <Klas\u0117s rib\u0173 s\u0105ra\u0161as>, <Neapdorot\u0173 duomen\u0173 s\u0105ra\u0161as>, <Login\u0117 vert\u0117 ar naudoti tankum\u0105>, <Tankumo faktorius> ]\n[ <Login\u0117 vert\u0117>, <Klas\u0117s rib\u0173 s\u0105ra\u0161as>, <Neapdorot\u0173 duomen\u0173 s\u0105ra\u0161as>, <Login\u0117 vert\u0117 ar naudoti tankum\u0105>, <Tankumo faktorius> ]
HistogramRight=HistogramaDe\u0161in\u0117je
HistogramRight.Syntax=[ <Klas\u0117s rib\u0173 s\u0105ra\u0161as>, <Auk\u0161\u010di\u0173 s\u0105ra\u0161as> ]\n[ <Klas\u0117s rib\u0173 s\u0105ra\u0161as>, <Neapdorot\u0173 duomen\u0173 s\u0105ra\u0161as>, <Login\u0117 vert\u0117 ar naudoti tankum\u0105>, <Tankumo faktorius> ]\n[ <Login\u0117 vert\u0117>, <Klas\u0117s rib\u0173 s\u0105ra\u0161as>, <Neapdorot\u0173 duomen\u0173 s\u0105ra\u0161as>, <Login\u0117 vert\u0117 ar naudoti tankum\u0105>, <Tankumo faktorius> ]
Hull=Pavir\u0161ius
Hull.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as>, <Procentai> ]
HyperGeometric=HyperGeometrinis
HyperGeometric.Syntax=[ <Populiacijos dydis>, <S\u0117kmi\u0173 skai\u010dius>, <Dydis> ]\n[ <Populiacijos dydis>, <S\u0117kmi\u0173 skai\u010dius>, <Dydis>, <Login\u0117 vert\u0117> ]\n[ <Populiacijos dydis>, <S\u0117kmi\u0173 skai\u010dius>, <Dydis>, <Kintamojo vert\u0117>, <Login\u0117 vert\u0117> ]
Hyperbola=Hiperbol\u0117
Hyperbola.Syntax=[ <\u017didinio ta\u0161kas>, <\u017didinio ta\u0161kas>, <A\u0161ies ilgis> ]\n[ <\u017didinio ta\u0161kas>, <\u017didinio ta\u0161kas>, <Atkarpa> ]\n[ <Ta\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas> ]
Identity=Vienetin\u0117Matrica
Identity.Syntax=[ <Skai\u010dius> ]
If=Jei
If.Syntax=[ <S\u0105lyga>, <Tada> ]\n[ <S\u0105lyga>, <Tada>, <Kitu atveju> ]
Imaginary=\u012esivaizduojamas
ImplicitCurve=Nei\u0161reik\u0161tin\u0117Kreiv\u0117
ImplicitCurve.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]\n[ <f(x ir y)> ]
ImplicitDerivative=Nei\u0161krei\u0161tin\u0117I\u0161vestin\u0117
Incircle=\u012ebr\u0117\u017etinisApskritimas
Incircle.Syntax=[ <Ta\u0161kas>, <Ta\u0161kas>, <Ta\u0161kas> ]
IndexOf=Indeksas
IndexOf.Syntax=[ <Objektas>, <S\u0105ra\u0161as> ]\n[ <Tekstas>, <Tekstas> ]\n[ <Objektas>, <S\u0105ra\u0161as>, <S\u0105ra\u0161o prad\u017eia> ]\n[ <Tekstas>, <Tekstas>, <Teksto prad\u017eia> ]
Insert=\u012eterpti
Insert.Syntax=[ <S\u0105ra\u0161as, <S\u0105ra\u0161as>, <Pozicija> ]\n[ <Objektas>, <S\u0105ra\u0161as>, <Pozicija> ]
IntegerPart=SveikojoSkai\u010diausDalis
Integral=Integralas
Integral.Syntax=[ <Funkcija> ]\n[ <Funkcija>, <Prad\u017eios x reik\u0161m\u0117>, <Galo x reik\u0161m\u0117> ]\n[ <Funkcija>, <Funkcija>, <Prad\u017eios x reik\u0161m\u0117>, <Galo x reik\u0161m\u0117> ]
IntegralBetween=IntegralasTarp
IntegralBetween.Syntax=[ <Funkcija>, <Funkcija>, <Prad\u017eios x reik\u0161m\u0117>, <Galo x reik\u0161m\u0117> ]\n[ <Funkcija>, <Funkcija>, <Prad\u017eios x reik\u0161m\u0117>, <Galo x reik\u0161m\u0117>, <Login\u0117 vert\u0117> ]
Intersect=Sukirsti
Intersect.Syntax=[ <Objektas>, <Objektas> ]\n[ <Objektas>, <Objektas>, <Sankirtos ta\u0161ko skai\u010dius> ]\n[ <Objektas>, <Objektas>, <Prad\u017eios ta\u0161kas> ]\n[ <Funkcija>, <Funkcija>, <Prad\u017eios x vert\u0117>, <Galo x vert\u0117> ]
IntersectRegion=SukirstiRegion\u0105
IntersectRegion.Syntax=[ <Daugiakampis>, <Daugiakampis> ]
Intersection=Sankirta
Intersection.Syntax=[ <S\u0105ra\u0161as>, <S\u0105ra\u0161as> ]
InverseBinomial=Atvirk\u0161tinisBinominis
InverseBinomial.Syntax=[ <Number of Trials>, <S\u0117km\u0117s tikimyb\u0117>, <Tikimyb\u0117> ]
InverseCauchy=Atvirk\u0161tinisKo\u0161i
InverseCauchy.Syntax=[ <Mediana>, <Skal\u0117>, <Tikimyb\u0117> ]
InverseChiSquared=Atvirk\u0161tinisChiKvadrat
InverseChiSquared.Syntax=[ <Laisv\u0117s laipsnis>, <Tikimyb\u0117> ]
InverseExponential=Atvirk\u0161tinisEksponentinis
InverseExponential.Syntax=[ <Lambda>, <Tikimyb\u0117> ]
InverseFDistribution=Atvirk\u0161tinisFPasiskirstymas
InverseFDistribution.Syntax=[ <Skaitiklio laisv\u0117s laipsnis>, <Vardiklio laisv\u0117s laipsnis>, <Tikimyb\u0117> ]
InverseGamma=Atvirk\u0161tinisGamma
InverseGamma.Syntax=[ <Alpha>, <Beta>, <Tikimyb\u0117> ]
InverseHyperGeometric=Atvirk\u0161tinisHyperGeometrinis
InverseHyperGeometric.Syntax=[ <Populiacijos dydis>, <S\u0117kmi\u0173 skai\u010dius>, <Pavyzd\u017eio dydis>, <Tikimyb\u0117> ]
InverseNormal=Atvirk\u0161tin\u0117Normal\u0117
InverseNormal.Syntax=[ <Vidurkis>, <Standartinis nuokrypis>, <Tikimyb\u0117> ]
InversePascal=Atvirk\u0161tinisPaskalio
InversePascal.Syntax=[ <S\u0117kmi\u0173 skai\u010dius>, <S\u0117km\u0117s tikimyb\u0117>, <Tikimyb\u0117> ]
InversePoisson=Atvirk\u0161tinisPoisson
InversePoisson.Syntax=[ <Vidurkis>, <Tikimyb\u0117> ]
InverseTDistribution=Atvirk\u0161tinisTPasiskirstymas
InverseTDistribution.Syntax=[ <Laisv\u0117s laipsnis>, <Tikimyb\u0117> ]
InverseWeibull=Atvirk\u0161tinisWeibull
InverseWeibull.Syntax=[ <Shape>, <Skal\u0117>, <Tikimyb\u0117> ]
InverseZipf=Atvirk\u0161tinisZipf
InverseZipf.Syntax=[ <Element\u0173 skai\u010dius>, <Eksponentinis>, <Tikimyb\u0117> ]
Invert=Atvirk\u0161tin\u0117
Invert.Syntax=[ <Matrica> ]
IsInRegion=YraRegione
IsInRegion.Syntax=[ <Ta\u0161kas>, <Regionas> ]
IsInteger=YraSveikas
IsInteger.Syntax=[ <Skai\u010dus> ]
IsPrime=YraPirminis
Iteration=Iteracija
Iteration.Syntax=[ <Funkcija>, <Prad\u017eios reik\u0161m\u0117>, <Iteracij\u0173 skai\u010dius> ]
IterationList=Iteracij\u0173S\u0105ra\u0161as
IterationList.Syntax=[ <Funkcija>, <Prad\u017eios reik\u0161m\u0117>, <Iteracij\u0173 skai\u010dius> ]
Join=Sujungti
Join.Syntax=[ <S\u0105ra\u0161\u0173 s\u0105ra\u0161as> ]\n[ <S\u0105ra\u0161as>, <S\u0105ra\u0161as>, ... ]
KeepIf=LaikytiJei
KeepIf.Syntax=[ <S\u0105lyga>, <S\u0105ra\u0161as> ]
LCM=MBK
LCM.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]\n[ <Skai\u010dius>, <Skai\u010dius> ]
LaTeX=LaTeX
LaTeX.Syntax=[ <Objektas> ]\n[ <Objektas>, <Login\u0117 vert\u0117 ar perstatyti kintamuosius> ]\n[ <Objektas>, <Login\u0117 vert\u0117 ar perstatyti kintamuosius>, <Login\u0117 vert\u0117 ar rodyti pavadinim\u0105> ]
Last=Paskutinis
Last.Syntax=[ <S\u0105ra\u0161as> ]\n[ <Tekstas> ]\n[ <S\u0105ra\u0161as>, <Element\u0173 skai\u010dius> ]\n[ <Tekstas>, <Element\u0173 skai\u010dius> ]
LeftSide=Kair\u0117Pus\u0117
LeftSum=Kair\u0117Suma
LeftSum.Syntax=[ <Funkcija>, <Prad\u017eios x reik\u0161m\u0117>, <Galo x reik\u0161m\u0117>, <Sta\u010diakampi\u0173 skai\u010dius> ]
Length=Ilgis
Length.Syntax=[ <Vektorius> ]\n[ <Ta\u0161kas> ]\n[ <S\u0105ra\u0161as> ]\n[ <Tekstas> ]\n[ <Hodografas> ]\n[ <Atkarpa> ]\n[ <Funkcija>, <Prad\u017eios x reik\u0161m\u0117>, <Galo x reik\u0161m\u0117> ]\n[ <Funkcija>, <Prad\u017eios ta\u0161kas>, <Galo ta\u0161kas> ]\n[ <Kreiv\u0117>, <Prad\u017eios x reik\u0161m\u0117>, <Galo x reik\u0161m\u0117> ]\n[ <Kreiv\u0117>, <Prad\u017eios ta\u0161kas>, <Galo ta\u0161kas> ]
LetterToUnicode=Raid\u0117Unikode
LetterToUnicode.Syntax=[ <Tekstas> ]
Limit=Riba
Limit.Syntax=[ <Funkcija>, <Reik\u0161m\u0117> ]
LimitAbove=RibaVir\u0161utin\u0117
LimitAbove.Syntax=[ <Funkcija>, <Reik\u0161m\u0117> ]
LimitBelow=RibaApatin\u0117
LimitBelow.Syntax=[ <Funkcija>, <Reik\u0161m\u0117> ]
Line=Ties\u0117
Line.Syntax=[ <Ta\u0161kas>, <Ta\u0161kas> ]\n[ <Ta\u0161kas>, <Lygiagret\u0117> ]\n[ <Ta\u0161kas>, <Krypties vektorius> ]
LineBisector=StatmenaKirstin\u0117
LineBisector.Syntax=[ <Atkarpa> ]\n[ <Ta\u0161kas>, <Ta\u0161kas> ]
Locus=Hodografas
Locus.Syntax=[ <Ta\u0161kas hodografo ties\u0117je>, <Ta\u0161kas> ]
LogNormal=LogNormalus
LogNormal.Syntax=[ <Vidurkis>, <Standartinis nuokrypis>, x ]\n[ <Vidurkis>, <Standartinis nuokrypis>, <Kintamojo vert\u0117> ]\n[ <Vidurkis>, <Standartinis nuokrypis>, x, <Login\u0117 vert\u0117> ]
Logistic=Logistinis
Logistic.Syntax=[ <Vidurkis>, <Skal\u0117>, x ]\n[ <Vidurkis>, <Skal\u0117>, <Kintamojo vert\u0117> ]\n[ <Vidurkis>, <Skal\u0117>, x, <Login\u0117 vert\u0117> ]
LowerSum=Apatin\u0117Suma
LowerSum.Syntax=[ <Funkcija>, <Prad\u017eios x reik\u0161m\u0117>, <Galo x reik\u0161m\u0117>, <Sta\u010diakampi\u0173 skai\u010dius> ]
MatrixRank=MatricosRangas
Max=Maksimumas
Max.Syntax=[ <S\u0105ra\u0161as> ]\n[ <Intervalas> ]\n[ <Skai\u010dius>, <Skai\u010dius> ]\n[ <Funkcija>, <Prad\u017eios x vert\u0117>, <Galo x vert\u0117> ]
Maximize=Maksimizuoti
Maximize.Syntax=[ <Priklausomas skai\u010dius>, <Nepriklausomas skai\u010dius> ]
Mean=Vidurkis
Mean.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]
MeanX=VidurkisX
MeanX.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
MeanY=VidurkisY
MeanY.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
Median=Mediana
Median.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]
Midpoint=VidurioTa\u0161kas
Midpoint.Syntax=[ <Atkarpa> ]\n[ <Antros eil\u0117s kreiv\u0117> ]\n[ <Intervalas> ]\n[ <Ta\u0161kas>, <Ta\u0161kas> ]
Min=Minimalus
Min.Syntax=[ <S\u0105ra\u0161as> ]\n[ <Atkarpa> ]\n[ <Skai\u010dius>, <Skai\u010dius> ]\n[ <Funkcija>, <Prad\u017eios x vert\u0117>, <Galo x vert\u0117> ]
Minimize=Minimizuoti
Minimize.Syntax=[ <Priklausomas skai\u010dius>, <Nepriklausomas skai\u010dius> ]
MinimumSpanningTree=MinimalusPasiskirstymoMedis
MinimumSpanningTree.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
Mirror=Atspindys
Mirror.Syntax=[ <Objektas>, <Ta\u0161kas> ]\n[ <Objektas>, <Ties\u0117> ]\n[ <Ta\u0161kas>, <Apskritimas> ]
MixedNumber=TinkamaTrupmena
Mod=Liekana
Mod.Syntax=[ <Skaitiklis>, <Vardiklis> ]\n[ <Dalinamasis polinomas>, <Daliklis> ]
Mode=Moda
Mode.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]
NIntegral=NIntegralas
NRoot=N\u0160aknis
NSolve=NSpr\u0119sti
Name=Pavadinimas
Name.Syntax=[ <Objektas> ]
NextPrime=KitasPirminis
Normal=Normal\u0117
Normal.Syntax=[ <Vidurkis>, <Standartinis nuokrypis>, x ]\n[ <Vidurkis>, <Standartinis nuokrypis>, <Kintamojo vert\u0117> ]\n[ <Vidurkis>, <Standartinis nuokrypis>, x, <Login\u0117 vert\u0117> ]
NormalQuantilePlot=NormalusKvantileGrafikas
NormalQuantilePlot.Syntax=[ <Neapdorot\u0173 duomen\u0173 s\u0105ra\u0161as> ]
Numerator=Skaitiklis
Numerator.Syntax=[ <Funkcija> ]
Numeric=Skaitinis
Object=Objektas
Object.Syntax=[ <Objekto pavadinimas> ]
Ordinal=Sutvarkytas
Ordinal.Syntax=[ <Sveikas> ]
OrdinalRank=SutvarkytasRangas
OrdinalRank.Syntax=[ <S\u0105ra\u0161as> ]
OrthogonalLine=Statmuo
OrthogonalLine.Syntax=[ <Ta\u0161kas>, <Ties\u0117> ]\n[ <Ta\u0161kas>, <Daugiakampis> ]\n[ <Ta\u0161kas>, <Vektorius> ]
OrthogonalVector=StatmenasVektorius
OrthogonalVector.Syntax=[ <Ties\u0117> ]\n[ <Atkarpa> ]\n[ <Vektrius> ]
OsculatingCircle=OscApskritimas
OsculatingCircle.Syntax=[ <Ta\u0161kas>, <Funkcija> ]\n[ <Ta\u0161kas>, <Kreiv\u0117> ]
PMCC=PMCC
PMCC.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]\n[ <x koordina\u010di\u0173 s\u0105ra\u0161as>, <y koordina\u010di\u0173 s\u0105ra\u0161as> ]
Parabola=Parabol\u0117
Parabola.Syntax=[ <Ta\u0161kas>, <Ties\u0117> ]
Parameter=Parametras
Parameter.Syntax=[ <Parabol\u0117> ]
ParseToFunction=Nagrin\u0117tiFunkcij\u0105
ParseToFunction.Syntax=[ <Funkcija>, <Eilut\u0117> ]
ParseToNumber=Nagrin\u0117tiSkai\u010di\u0173
ParseToNumber.Syntax=[ <Skai\u010dius>, <Eilut\u0117> ]
PartialFractions=Dalin\u0117sTrupmenos
PartialFractions.Syntax=[ <Funkcija> ]
Pascal.Syntax=[ <S\u0117kmi\u0173 skai\u010dius>, <S\u0117km\u0117s tikimyb\u0117> ]\n[ <S\u0117kmi\u0173 skai\u010dius>, <S\u0117km\u0117s tikimyb\u0117>, <Login\u0117 vert\u0117> ]\n[ <S\u0117kmi\u0173 skai\u010dius>, <S\u0117km\u0117s tikimyb\u0117>, <Kintamojo vert\u0117>, <Login\u0117 vert\u0117> ]
PathParameter=KelioParametras
PathParameter.Syntax=[ <Ta\u0161kas kelyje> ]
Percentile=Procentilis
Percentile.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as>, <Procentai> ]
Perimeter=Perimetras
Perimeter.Syntax=[ <Daugiakampis> ]\n[ <Antros eil\u0117s kreiv\u0117> ]\n[ <Hodografas> ]
PlaySound=GrotiGars\u0105
PlaySound.Syntax=[ <Dokumentas> ]\n[ <\u017eymi\u0173 seka>, <Instrumentas> ]\n[ <\u017eym>, <Trukm\u0117>, <Instrumentas> ]\n[ <Funkcija>, <Minimali vert\u0117>, <Maksimali vert\u0117> ]\n[ <Funkcija>, <Minimali vert\u0117>, <Maksimali vert\u0117>, <Pavyzd\u017eio da\u017enis>, <Pavyzd\u017eio gylis> ]
Point=Ta\u0161kas
Point.Syntax=[ <Objektas> ]\n[ <S\u0105ra\u0161as> ]\n[ <Objektas>, <Parametras> ]\n[ <Ta\u0161kas>, <Vektorius> ]
PointIn=Ta\u0161kasViduje
PointIn.Syntax=[ <Regionas> ]
PointList=Ta\u0161k\u0173S\u0105ra\u0161as
PointList.Syntax=[ <S\u0105ra\u0161as> ]
Poisson.Syntax=[ <Vidurkis> ]\n[ <Vidurkis>, <Login\u0117 vert\u0117> ]\n[ <Vidurkis>, <Kintamojo vert\u0117>, <Login\u0117 vert\u0117> ]
Polar=Poliarin\u0117s
Polar.Syntax=[ <Ta\u0161kas>, <Antros eil\u0117s kreiv\u0117> ]
PolyLine=Lau\u017et\u0117
PolyLine.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]\n[ <Ta\u0161kas>, ..., <Ta\u0161kas> ]
Polygon=Daugiakampis
Polygon.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]\n[ <Ta\u0161kas>, ..., <Ta\u0161kas> ]\n[ <Ta\u0161kas>, <Ta\u0161kas>, <Kra\u0161tini\u0173 skai\u010dius> ]
Polynomial=Daugianaris
Polynomial.Syntax=[ <Funkcija> ]\n[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
PreviousPrime=PraeitasPirminis
PrimeFactors=I\u0161skaidytiPirminiais
PrimeFactors.Syntax=[ <Skai\u010dius> ]
Product=Sandauga
Product.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]\n[ <Skai\u010di\u0173 s\u0105ra\u0161as>, <Element\u0173 kiekis> ]
Q1.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]
Q3.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]
RSquare=RKvadratas
RSquare.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as>, <Funkcija> ]
Radius=ApskritimoSpindulys
Radius.Syntax=[ <Antros eil\u0117s kreiv\u0117> ]
Random=AtsitiktinisTarp
Random.Syntax=[ <Minimalus sveikas skai\u010dius>, <Maksimalus sveikas skai\u010dius> ]
RandomBinomial=AtsitiktinisBinominis
RandomBinomial.Syntax=[ <Bandym\u0173 skai\u010dius>, <Tikimyb\u0117> ]
RandomElement=AtsitiktinisElementas
RandomElement.Syntax=[ <S\u0105ra\u0161as> ]
RandomNormal=AtsitiktinisNormalus
RandomNormal.Syntax=[ <Reik\u0161m\u0117>, <Nuokrypis> ]
RandomPoisson=Atsitiktin\u0117Pozicija
RandomPoisson.Syntax=[ <Vidurkis> ]
RandomPolynomial=AtsitiktinisDaugianaris
RandomUniform=AtsitiktinisSuvienodinimas
Rationalize=Racionalizuoti
Ray=Spindulys
Ray.Syntax=[ <Prad\u017eios ta\u0161kas>, <Ta\u0161kas> ]\n[ <Prad\u017eios ta\u0161kas>, <Krypties vektorius> ]
Real=Realus
RectangleSum=Sta\u010diakamp\u0117Suma
RectangleSum.Syntax=[ <Funkcija>, <Prad\u017eios x reik\u0161m\u0117>, <Galo x reik\u0161m\u0117>, <Sta\u010diakampi\u0173 skai\u010dius>, <Sta\u010diakampio prad\u017eios pozicija> ]
ReducedRowEchelonForm=Suma\u017eintaEilut\u0117EchelonForma
ReducedRowEchelonForm.Syntax=[ <Matrica> ]
Relation=Santykis
Relation.Syntax=[ <Objektas>, <Objektas> ]
RemoveUndefined=I\u0161trintiNeapibr\u0117\u017etus
RemoveUndefined.Syntax=[ <S\u0105ra\u0161as> ]
Rename=KeistiPavadinim\u0105
Rename.Syntax=[ <Objektas>, <Pavadinimas> ]
ResidualPlot=Lik\u0119sGrafikas
ResidualPlot.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as>, <Funkcija> ]
Reverse=Atstatyti
Reverse.Syntax=[ <S\u0105ra\u0161as> ]
RightSide=De\u0161in\u0117Pus\u0117
RigidPolygon=StandusDaugiakampis
RigidPolygon.Syntax=[ <Laisvas ta\u0161kas>, ..., <Laisvas ta\u0161kas> ]
Root=\u0160aknis
Root.Syntax=[ <Daugianaris> ]\n[ <Funkcija>, <Pradin\u0117 x reik\u0161m\u0117> ]\n[ <Funkcija>, <Prad\u017eios x reik\u0161m\u0117>, <Galo x reik\u0161m\u0117> ]
RootList=\u0160akn\u0173S\u0105ra\u0161as
RootList.Syntax=[ <S\u0105ra\u0161as> ]
RootMeanSquare=KvadratinisVidurkis
RootMeanSquare.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]
Roots=\u0160aknys
Roots.Syntax=[ <Funkcija>, <Prad\u017eios x reik\u0161m\u0117>, <Galo x reik\u0161m\u0117> ]
Rotate=Sukti
Rotate.Syntax=[ <Objektas>, <Kampas> ]\n[ <Objektas>, <Kampas>, <Ta\u0161kas> ]
RotateText=SuktiTekst\u0105
RotateText.Syntax=[ <Tekstas>, <Kampas> ]
Row=Eilut\u0117
Row.Syntax=[ <Skai\u010diuokl\u0117s langelis> ]
SD.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]
SDX.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
SDY.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
SXX=SXX
SXX.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]\n[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
SXY.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]\n[ <Skai\u010di\u0173 s\u0105ra\u0161as>, <Skai\u010di\u0173 s\u0105ra\u0161as> ]
SYY.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]\n[ <Skai\u010di\u0173 s\u0105ra\u0161as>, <Skai\u010di\u0173 s\u0105ra\u0161as> ]
Sample=Imtis
Sample.Syntax=[ <S\u0105ra\u0161as>, <Dydis> ]\n[ <S\u0105ra\u0161as>, <Dydis>, <Su pakeitimu> ]
SampleSD=ImtisSD
SampleSD.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]
SampleSDX=ImtisSDX
SampleSDX.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
SampleSDY=ImtisSDY
SampleSDY.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
SampleVariance=ImtiesDispersija
SampleVariance.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]
SecondAxis=AntrojiA\u0161is
SecondAxis.Syntax=[ <Antros eil\u0117s kreiv\u0117> ]
SecondAxisLength=AntrosA\u0161iesIlgis
SecondAxisLength.Syntax=[ <Antros eil\u0117s kreiv\u0117> ]
Sector=I\u0161pjova
Sector.Syntax=[ <Antros eil\u0117s kreiv\u0117>, <Ta\u0161kas>, <Ta\u0161kas> ]\n[ <Antros eil\u0117s kreiv\u0117>, <Prametro reik\u0161m\u0117>, <Parametro reik\u0161m\u0117> ]
Segment=Atkarpa
Segment.Syntax=[ <Ta\u0161kas>, <Ta\u0161kas> ]\n[ <Ta\u0161kas>, <Ilgis> ]
SelectObjects=PasirinktiObjektus
SelectObjects.Syntax=[ ]\n[ <Objektas>, <Objektas>, ... ]
SelectedElement=PasirinktasElementas
SelectedElement.Syntax=[ <S\u0105ra\u0161as> ]
SelectedIndex=Pasirinkim\u0173S\u0105ra\u0161as
SelectedIndex.Syntax=[ <S\u0105ra\u0161as> ]
Semicircle=Pusapskritimis
Semicircle.Syntax=[ <Ta\u0161kas>, <Ta\u0161kas> ]
Sequence=Seka
Sequence.Syntax=[ <I\u0161rai\u0161ka>, <Kintamasis>, <Prad\u017eios vert\u0117>, <Galo vert\u0117> ]\n[ <I\u0161rai\u0161ka>, <Kintamasis>, <Prad\u017eios vert\u0117>, <Galo vert\u0117>, <\u017dingsni\u0173 skai\u010dius> ]
SetActiveView=\u012ejugtiAktyv\u0173Vaizd\u0105
SetActiveView.Syntax=[ <Vaizd\u0173 skai\u010dius 1|2> ]
SetAxesRatio=NustatytiA\u0161i\u0173Santyk\u012f
SetAxesRatio.Syntax=[ <Skai\u010dius>, <Skai\u010dius> ]
SetBackgroundColor=NustatytiFonoSpalv\u0105
SetBackgroundColor.Syntax=[ <Objektas>, "<Spalva>" ]\n[ <Objketas>, <Raudona>, <\u017dalia>, <M\u0117lyna> ]
SetCaption=NustatytiAntra\u0161t\u0119
SetCaption.Syntax=[ <Objektas>, <Tekstas> ]
SetColor=NustatytiSpalv\u0105
SetColor.Syntax=[ <Objektas>, "<Spalva>" ]\n[ <Objketas>, <Raudona>, <\u017dalia>, <M\u0117lyna> ]
SetConditionToShowObject=NustatytiObjektoRodymoS\u0105lyg\u0105
SetConditionToShowObject.Syntax=[ <Objektas>, <S\u0105lyga> ]
SetCoords=NustatytiKoordinates
SetCoords.Syntax=[ <Ta\u0161kas>, <x>, <y> ]
SetDynamicColor=NustatytiDinamin\u0119Spalv\u0105
SetDynamicColor.Syntax=[ <Objketas>, <Raudona>, <\u017dalia>, <M\u0117lyna> ]
SetFilling=NustatytiU\u017epild\u0105
SetFilling.Syntax=[ <Objektas>, <Skai\u010dius> ]
SetFixed=NustatytiFiksacij\u0105
SetFixed.Syntax=[ <Objektas>, <tiesa | melas> ]
SetLabelMode=NustatytiAntra\u0161t\u0117sTip\u0105
SetLabelMode.Syntax=[ <Objektas>, <Skai\u010dius> ]
SetLayer=NustatytiSluoksn\u012f
SetLayer.Syntax=[ <Objektas>, <Sluoksnis> ]
SetLineStyle=NustatytiTies\u0117sStili\u0173
SetLineStyle.Syntax=[ <Ties\u0117>, <Skai\u010dius> ]
SetLineThickness=NustatytiTies\u0117sStor\u012f
SetLineThickness.Syntax=[ <Ties\u0117>, <Skai\u010dius> ]
SetPointSize=NustatytiTa\u0161koDyd\u012f
SetPointSize.Syntax=[ <Ta\u0161kas>, <Skai\u010dius> ]
SetPointStyle=NustatytiTa\u0161koStili\u0173
SetPointStyle.Syntax=[ <Ta\u0161kas>, <Skai\u010dius> ]
SetTooltipMode=NustatytiEtiket\u0117sTip\u0105
SetTooltipMode.Syntax=[ <Objektas>, <Skai\u010dius> ]
SetValue=NustatytiVert\u0119
SetValue.Syntax=[ <Login\u0117 vert\u0117>, <0|1> ]\n[ <Objektas>, <Objektas> ]\n[ <S\u0105ra\u0161as>, <Skai\u010dius>, <Objektas> ]
SetVisibleInView=NustatytiMatom\u0105Lauk\u0105
SetVisibleInView.Syntax=[ <Objektas>, <Vaizd\u0173 skai\u010dius 1|2>, <Login\u0117 vert\u0117> ]
Shear=Dalintis
Shear.Syntax=[ <Objektas>, <Ties\u0117>, <Santykis> ]
ShortestDistance=TrumpiausiasAtstumas
ShortestDistance.Syntax=[ <Atkarp\u0173 s\u0105ra\u0161as>, <Prad\u017eios ta\u0161kas>, <Galo ta\u0161kas>, <Login\u0117 vert\u0117 - svoris> ]
ShowLabel=RodytiAntra\u0161t\u0119
ShowLabel.Syntax=[ <Objektas>, <Login\u0117 vert\u0117> ]
ShowLayer=RodytiSluoksn\u012f
ShowLayer.Syntax=[ <Skai\u010dius> ]
Shuffle=Sumai\u0161yti
Shuffle.Syntax=[ <S\u0105ra\u0161as> ]
SigmaXX.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]\n[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
SigmaXY.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]\n[ <x koordina\u010di\u0173 s\u0105ra\u0161as>, <y koordina\u010di\u0173 s\u0105ra\u0161as> ]
SigmaYY.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
Simplify=Suprastinti
Simplify.Syntax=[ <Funkcija> ]\n[ <Tekstas> ]
Slider=Slankjuost\u0117
Slider.Syntax=[ <Min>, <Max>, <Prieaugis>, <Greitis>, <Plotis>, <Yra kampas>, <Horizontalus>, <Animuotas>, <Atsitiktinis> ]
Slope=Posvyris
Slope.Syntax=[ <Ties\u0117> ]
SlowPlot=L\u0117tasGrafikas
SlowPlot.Syntax=[ <Funkcija> ]
Solve=Spr\u0119sti
SolveODE=Spr\u0119stiODE
SolveODE.Syntax=[ <f'(x, y)>, <Prad\u017eia> x>, <Prad\u017eia> y>, <Galo x>, <\u017dingsnis> ]\n[ <y'>, <x'>, <Prad\u017eia> x>, <Prad\u017eia> y>, <Galo t>, <\u017dingsnis> ]\n[ <b(x)>, <c(x)>, <f(x)>, <Prad\u017eia> x>, <Prad\u017eia> y>, <Prad\u017eia> y'>, <Galo x>, <\u017dingsnis> ]
Sort=R\u016b\u0161iuoti
Sort.Syntax=[ <S\u0105ra\u0161as> ]
Spearman=Spirmano
Spearman.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]\n[ <Skai\u010di\u0173 s\u0105ra\u0161as>, <Skai\u010di\u0173 s\u0105ra\u0161as> ]
StartAnimation=Prad\u0117tiAnimacij\u0105
StartAnimation.Syntax=[ ]\n[ <Login\u0117 vert\u0117> ]\n[ <Slankjuost\u0117 arba skai\u010dius>, <Slankjuost\u0117 arba skai\u010dius>, ... ]\n[ <Slankjuost\u0117 arba skai\u010dius>, <Slankjuost\u0117 arba skai\u010dius>, ..., <Login\u0117 vert\u0117> ]
StemPlot=KamienoGrafikas
StemPlot.Syntax=[ <S\u0105ra\u0161as> ]\n[ <S\u0105ra\u0161as>, <Parinkimas -1|0|1> ]
Stretch=I\u0161tempti
Stretch.Syntax=[ <Objektas>, <Vektorius> ]\n[ <Objektas>, <Ties\u0117>, <Santykis> ]
Substitute=Pakeisti
Sum=Suma
Sum.Syntax=[ <S\u0105ra\u0161as> ]\n[ <S\u0105ra\u0161as>, <Element\u0173 kiekis> ]
SumSquaredErrors=SumosKvadratuKlaidos
SumSquaredErrors.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as>, <Funkcija> ]
TDistribution=TPasiskirstymas
TDistribution.Syntax=[ <Laisv\u0117s laipsnis>, x ]\n[ <Laisv\u0117s laipsnis>, <Kintamojo vert\u0117> ]\n[ <Laisv\u0117s laipsnis>, x, <Login\u0117 vert\u0117> ]
TMean2Estimate=TVidurkioVertinimas
TMean2Estimate.Syntax=[ <Pavyzdini\u0173 duomen\u0173 s\u0105ra\u0161as 1>, <Pavyzdini\u0173 duomen\u0173 s\u0105ra\u0161as 2>, <Lygis>, <Login\u0117 vert\u0117 - Sukaupiamasis> ]\n[ <Pavyzd\u017eio vidurkis 1>, <Pavyzd\u017eio standartinis nuokrypis 1>, <Pavyzd\u017eio dydis 1>, <Pavyzd\u017eio vidurkis 2>, <Pavyzd\u017eio standartinis nuokrypis 2>, <Pavyzd\u017eio dydis 2>, <Lygis>, <Login\u0117 vert\u0117 - Sukaupiamasis> ]
TMeanEstimate=TVidrukio\u012evertinimas
TMeanEstimate.Syntax=[ <Pavyzdini\u0173 duomen\u0173 s\u0105ra\u0161as>, <Lygis> ]\n[ <Pavyzd\u017eio vidurkis>, <Pavyzd\u017eio standartinis nuokrypis>, <Pavyzd\u017eio dydis>, <Lygis> ]
TTest=TTestas
TTest.Syntax=[ <Pavyzdini\u0173 duomen\u0173 s\u0105ra\u0161as>, <Prognozuotas vidurkis>, <Uodega> ]\n[ <Pavyzd\u017eio vidurkis>, <Pavyzd\u017eio standartinis nuokrypis>, <Pavyzd\u017eio dydis>, <Prognozuotas vidurkis>, <Uodega> ]
TTest2=TTestas2
TTest2.Syntax=[ <Pavyzdini\u0173 duomen\u0173 s\u0105ra\u0161as 1>, <Pavyzdini\u0173 duomen\u0173 s\u0105ra\u0161as 2>, <Uodega>, <Sukaupiamasis Bulio> ]\n[ <Pavyzd\u017eio vidurkis 1>, <Pavyzd\u017eio standartinis nuokrypis 1>, <Pavyzd\u017eio dydis 1>, <Pavyzd\u017eio vidurkis 2>, <Pavyzd\u017eio standartinis nuokrypis 2>, <Pavyzd\u017eio dydis 2>, <Uodega>, <Sukaupiamasis Bulio> ]
TTestPaired=TTestasSuporuotas
TTestPaired.Syntax=[ <Pavyzdini\u0173 duomen\u0173 s\u0105ra\u0161as 1>, <Pavyzdini\u0173 duomen\u0173 s\u0105ra\u0161as 2>, <Uodega> ]
TableText=Lentel\u0117sTekstas
TableText.Syntax=[ <S\u0105ra\u0161as>, <S\u0105ra\u0161as>, ... ]\n[ <S\u0105ra\u0161as>, <S\u0105ra\u0161as>, ..., <Teksto lygiuot\u0117> ]
Take=Paimti
Take.Syntax=[ <S\u0105ra\u0161as>, <Prad\u017eios pozicija>, <Galo pozicija> ]\n[ <Tekstas>, <Prad\u017eios pozicija>, <Galo pozicija> ]
Tangent=Liestin\u0117
Tangent.Syntax=[ <Ta\u0161kas>, <Antros eil\u0117s kreiv\u0117> ]\n[ <Ta\u0161kas>, <Funkcija> ]\n[ <Kreiv\u0117s Ta\u0161kas>, <Kreiv\u0117> ]\n[ <x reik\u0161m\u0117>, <Funkcija> ]\n[ <Ties\u0117>, <Antros eil\u0117s kreiv\u0117> ]\n[ <Apskritimas>, <Apskritimas> ]
TaylorSeries=TayloroPolinomas
TaylorSeries.Syntax=[ <Funkcija>, <x vert\u0117>, <Sekos skai\u010dius> ]
Text=Tekstas
Text.Syntax=[ <Objektas> ]\n[ <Objektas>, <Login\u0117 keitimo kintam\u0173j\u0173 reik\u0161m\u0117> ]\n[ <Objektas>, <Ta\u0161kas> ]\n[ <Objektas>, <Ta\u0161kas>, <Login\u0117 keitimo kintam\u0173j\u0173 reik\u0161m\u0117> ]
TextToUnicode=TekstasUnikode
TextToUnicode.Syntax=[ <Tekstas> ]
Textfield=TekstoLaukas
Textfield.Syntax=[ ]\n[ <Priskirtas objektas> ]
TiedRank=SusietasRangas
TiedRank.Syntax=[ <S\u0105ra\u0161as> ]
ToComplex=Konvertuoti\u012eKompleksin\u012f
ToExponential=Konvertuoti\u012eEksponentin\u012f
ToPoint=Konvertuoti\u012eTa\u0161k\u0105
ToPolar=Konvertuoti\u012ePolinesKoordinates
ToolImage=\u012eranki\u0173Vaizdas
ToolImage.Syntax=[ <Skai\u010dius> ]
Translate=Versti
Translate.Syntax=[ <Objektas>, <Vektorius> ]\n[ <Vektorius>, <Prad\u017eios ta\u0161kas> ]
Transpose=Transponuoti
Transpose.Syntax=[ <Matrica> ]
TrapezoidalSum=Trapezoidin\u0117Suma
TrapezoidalSum.Syntax=[ <Funkcija>, <Prad\u017eios x vert\u0117>, <Galo x vert\u0117>, <Trapezoid\u0173 skai\u010dius> ]
TravelingSalesman=KeliaujantisPirklys
TravelingSalesman.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
Triangular=Trianguliacija
Triangular.Syntax=[ <Apatin\u0117 riba>, <Vir\u0161utin\u0117 riba>, <Re\u017eimas>, x ]\n[ <Apatin\u0117 riba>, <Vir\u0161utin\u0117 riba>, <Re\u017eimas>, <Kintamojo vert\u0117> ]\n[ <Apatin\u0117 riba>, <Vir\u0161utin\u0117 riba>, <Re\u017eimas>, x, <Login\u0117 vert\u0117> ]
TrigExpand=TrigPrapl\u0117sti
TrigSimplify=TrigSuprastinti
TurningPoint=LinkioTa\u0161kas
TurningPoint.Syntax=[ <Daugianaris> ]
UnicodeToLetter=UnikodoRaid\u0117
UnicodeToLetter.Syntax=[ <Sveikas skai\u010dius> ]
UnicodeToText=UnikodoTekstas
UnicodeToText.Syntax=[ <Sveik\u0173 skai\u010di\u0173 s\u0105ra\u0161as> ]
Uniform=Vienodas
Uniform.Syntax=[ <Apatin\u0117 riba>, <Vir\u0161utin\u0117 riba>, x ]\n[ <Apatin\u0117 riba>, <Vir\u0161utin\u0117 riba>, <Kintamojo vert\u0117> ]\n[ <Apatin\u0117 riba>, <Vir\u0161utin\u0117 riba>, x, <Login\u0117 vert\u0117> ]
Union=S\u0105junga
Union.Syntax=[ <S\u0105ra\u0161as>, <S\u0105ra\u0161as> ]\n[ <Daugiakampis>, <Daugiakampis> ]
Unique=Unikalus
Unique.Syntax=[ <S\u0105ra\u0161as> ]
UnitOrthogonalVector=VienetinisStatmenasVektorius
UnitOrthogonalVector.Syntax=[ <Ties\u0117> ]\n[ <Atkarpa> ]\n[ <Vektorius> ]
UnitVector=VienetinisVektorius
UnitVector.Syntax=[ <Vektorius> ]\n[ <Ties\u0117> ]\n[ <Atkarpa> ]
UpdateConstruction=AtnaujintiKonstrukcij\u0105
UpperSum=Vir\u0161utin\u0117Suma
UpperSum.Syntax=[ <Funkcija>, <Prad\u017eios x reik\u0161m\u0117>, <Galo x reik\u0161m\u0117>, <Sta\u010diakampi\u0173 skai\u010dius> ]
Variance=Nuokrypis
Variance.Syntax=[ <Skai\u010di\u0173 s\u0105ra\u0161as> ]
Vector=Vektorius
Vector.Syntax=[ <Ta\u0161kas> ]\n[ <Prad\u017eios ta\u0161kas>, <Galo ta\u0161kas> ]
Vertex=KampoVir\u0161\u016bn\u0117
Vertex.Syntax=[ <Antros eil\u0117s kreiv\u0117> ]\n[ <Daugiakampis> ]\n[ <Daugiakampis>, <indeksas> ]
VerticalText=VertikalusTekstas
VerticalText.Syntax=[ <Tekstas> ]
Voronoi.Syntax=[ <Ta\u0161k\u0173 s\u0105ra\u0161as> ]
Weibull=Veibul
Weibull.Syntax=[ <Shape>, <Skal\u0117>, x ]\n[ <Shape>, <Skal\u0117>, <Kintamojo vert\u0117> ]\n[ <Shape>, <Skal\u0117>, x, <Login\u0117 vert\u0117> ]
Zip.Syntax=[ <I\u0161rai\u0161ka>, <Kint1>, <S\u0105r1>, <Kint2>, <S\u0105r2>, ... ]
Zipf.Syntax=[ <Element\u0173 skai\u010dius>, <Eksponentinis> ]\n[ <Element\u0173 skai\u010dius>, <Eksponentinis>, <Login\u0117 vert\u0117> ]\n[ <Element\u0173 skai\u010dius>, <Eksponentinis>, <Kintamojo vert\u0117>, <Login\u0117 vert\u0117> ]
ZoomIn=Priartinti
ZoomIn.Syntax=[ <Skal\u0117s faktorius> ]\n[ <Skal\u0117s faktorius>, <Centro ta\u0161kas> ]\n[ <Min x>, <Min y>, <Max x>, <Max y> ]
ZoomOut=Tolinti
ZoomOut.Syntax=[ <Skal\u0117s faktorius> ]\n[ <Skal\u0117s faktorius>, <Centro ta\u0161kas> ]