User:Zbynek/Test
From GeoGebra Manual
< User:Zbynek(Redirected from User:Kondr/Test)
This test contains all valid non-CAS syntaxes as of 3.9.336 except PlaySound[file] and Corner[Image].
Pt1=(1,1) Pt2=(2,1/2) Pt3=(3,1/3) Pt4=(4,1/4) Pt5=(5,1/5) v1=(1,1) v2=(2,1/2) v3=(3,1/3) v4=(4,1/4) v5=(5,1/5) c1:x^2+y^2=1 c2:x^2+y^2/2=1 f1(x)=sin(x) polynom1:x^2 polynom2:x^4+4 n1=42 n2=4 n3=17 n4=50 n5=5 n6=7 prob=0.05 prob2=0.5 nd=n2+n3 letter="X" txt="GeoGebra" obj=Polygon[Pt1,Pt2,4] curve1=Curve[sin(t),cos(t),t,0,3] matrix1={{1,2},{3,4}} seg1=Segment[Pt1,Pt2] l1:x+y=17 l2:x=4 b1=n1==n2 b2=n2==4 impl1:x^4+y^4=1 comp=2+3*i a1=30° list1 = {1,2,3,4,5} list2 = {2,3,4} list3 = list2 ptlist1 = {(1,1),(2,2),(3,3),Pt4,Pt5} red=0.1 green=1 blue=0.2 gv=1 twovar(x,y)=x*y GeoGebra=(1,1) notes="CDEFGAHC" cellrange1=A1:A2 parabola1:(x+y)^2=x-y interval1:1<x<2 ptonpath1=Point[c1] poly1=Polygon[Pt1,Pt2,Pt3] Depoint=ptonpath1*2 loc=Locus[Depoint,ptonpath1] slid=Slider[-1,1,0.1] Depointslid=(slid,slid) bf1: x>3 Angle[ Pt1 ] Angle[ seg1, l1 ] Angle[ l1, l2 ] Angle[ Pt1, Pt3, Pt2 ] Angle[ Pt1, Pt4, a1 ] AngleBisector[ l1, l2 ] AngleBisector[ Pt1,Pt2,Pt3 ] Area[ c1 ] Area[ Pt1, Pt3, Pt1 ] Axes[ c1 ] Center[ c1 ] Centroid[ poly1 ] Circle[ Pt1, n1 ] Circle[ Pt1, seg1 ] Circle[ Pt1,Pt2 ] Circle[ Pt1,Pt2,Pt3 ] Incircle[ Pt1,Pt2,Pt3 ] Conic[ Pt1,Pt2,Pt3,Pt4,Pt5 ] Conic[ {n1,n2,n3,n4,n5,n6} ] Derivative[ f1 ] Derivative[ f1, n1 ] Derivative[ curve1 ] Derivative[ curve1, n1 ] ConjugateDiameter[v1 , c1 ] ConjugateDiameter[ l1, c1 ] Direction[ l1 ] Directrix[ c1 ] Ellipse[ Pt3, Pt3, n2 ] Ellipse[ Pt3, Pt3, seg1 ] Ellipse[ Pt1,Pt2,Pt3 ] LinearEccentricity[ c1 ] Extremum[ polynom1 ] Extremum[ f1, n2, n3 ] MajorAxis[ c1 ] SemiMajorAxisLength[ c1 ] Focus[ c1 ] Function[ f1, n2, n3 ] Hyperbola[ Pt3, Pt3, n2 ] Hyperbola[ Pt3, Pt3, seg1 ] Hyperbola[ Pt1,Pt2,Pt3 ] Line[ Pt1,Pt2 ] Line[ Pt1, l1 ] Line[ Pt1, v1 ] PerpendicularBisector[ seg1 ] PerpendicularBisector[ Pt1,Pt2 ] LowerSum[ f1, n2, n3, n1 ] Midpoint[ seg1 ] Midpoint[ Pt1,Pt2 ] Midpoint[ c1 ] MidPoint[ interval1 ] PerpendicularLine[ Pt1, l1 ] PerpendicularLine[ Pt1, seg1 ] PerpendicularLine[ Pt1,v1] PerpendicularVector[ l1 ] PerpendicularVector[ seg1 ] PerpendicularVector[v1 ] Parabola[ Pt1, l1 ] Parameter[ parabola1 ] Point[ obj ] Point[ obj, prob] Point[ Pt1,v1] Polar[ Pt1, c1 ] Radius[ c1 ] Ray[ Pt3, Pt1 ] Ray[ Pt3,v1] Root[ polynom1 ] Root[ f1, n1 ] Root[ f1, n2, n3 ] Rotate[ obj, a1 ] Rotate[ obj, a1, Pt1 ] MinorAxis[ c1 ] SemiMinorAxisLength[ c1 ] Segment[ Pt1,Pt2 ] Segment[ Pt1, n2 ] Slope[ l1 ] Tangent[ Pt1, c1 ] Tangent[ l1, c1 ] Tangent[ n1, f1 ] Tangent[ Pt1, f1 ] Tangent[ Pt1, c1 ] Tangent[ Pt1, f1 ] Tangent[ Point[curve1,prob], curve1 ] Tangent[ n1, f1 ] Tangent[ l1, c1 ] Tangent[ c1, c1 ] TaylorPolynomial[ f1, n1, n2 ] Translate[ obj,v1] Translate[v1 , Pt3 ] InflectionPoint[ polynom1 ] UnitPerpendicularVector[ l1 ] UnitPerpendicularVector[ seg1 ] UnitPerpendicularVector[ v1 ] UnitVector[ v1 ] UnitVector[ l1 ] UnitVector[ seg1 ] UpperSum[ f1, n2, n3, n1 ] Vector[ Pt1 ] Vector[ Pt3, Pt5 ] Vertex[ c1 ] Vertex[ poly1 ] Vertex[ poly1, n2] CircularArc[ Pt5, Pt1,Pt2 ] CircularSector[ Pt5, Pt1,Pt2 ] CircumcircularArc[ Pt1,Pt2,Pt3 ] CircumcircularSector[ Pt1,Pt2,Pt3 ] Semicircle[ Pt1,Pt2 ] Arc[ c1, Pt1,Pt2 ] Arc[ c2, Pt1,Pt2 ] Arc[ c1, prob, prob2 ] Arc[ c2, prob, prob2 ] Sector[ c1, Pt1,Pt2 ] Sector[ c1, prob, prob2 ] Polynomial[ f1 ] Polynomial[ ptlist1 ] Dilate[ Pt1, n1, Pt3 ] Dilate[ Pt4, n2 ] Locus[ Depointslid, slid ] If[ b1,Pt3 ] If[ b1, Pt1, Pt2 ] Sequence[ t^2, t, n1, n4 ] Sequence[ t^2, t, n1, n4, n2 ] Sequence[ n4 ] Curve[ t^2, t^2, t, n1, n4 ] AffineRatio[ Pt1,Pt2,Pt3 ] CrossRatio[ Pt1,Pt2,Pt3,Pt4 ] CurvatureVector[ Pt1, f1 ] CurvatureVector[ Pt1, curve1 ] Curvature[ Pt1, f1 ] Curvature[ Pt1, curve1 ] OsculatingCircle[ Pt1, f1 ] OsculatingCircle[ Pt1, curve1 ] Circumference[ c1 ] Iteration[ f1, n1, n1 ] IterationList[ f1, n1, n1 ] Min[ n1, n1 ] Min[ list1 ] Min[ interval1 ] Min[ f1, n2, n3 ] Max[ n1, n1 ] Max[ list1 ] Max[ interval1 ] Max[ f1, n2, n3 ] Name[ obj ] LCM[ list1 ] LCM[ n1, n1 ] GCD[ list1 ] GCD[ n1, n1 ] Sort[ list1 ] Reverse[ list1 ] IsDefined[ obj ] Mean[ list1 ] Variance[ list1 ] SD[ list1 ] Median[ list1 ] Q1[ list1 ] Q3[ list1 ] Mode[ list1 ] SigmaXY[ ptlist1 ] SigmaXY[ list1, list1 ] SigmaXX[ ptlist1 ] SigmaXX[ list1 ] SigmaYY[ ptlist1 ] Covariance[ ptlist1 ] Covariance[ list1, list1 ] Sxx[ list1 ] Sxx[ ptlist1 ] Syy[ ptlist1 ] Sxy[ ptlist1 ] Sxy[ list1, list1 ] CorrelationCoefficient[ ptlist1 ] CorrelationCoefficient[ list1, list1 ] FitLine[ ptlist1 ] FitLineX[ ptlist1 ] FitPoly[ ptlist1, n2 ] FitExp[ ptlist1 ] FitLog[ ptlist1 ] FitPow[ ptlist1 ] RandomNormal[ n1, n2 ] BinomialCoefficient[ n1, n1 ] Expand[ x^2 ] Factor[ polynom1 ] MeanX[ ptlist1 ] MeanY[ ptlist1 ] Corner[ txt, n1 ] Corner[ gv, n1 ] Corner[ n1 ] ConstructionStep[] ConstructionStep[ obj ] Product[ list1 ] Product[ list1, n1 ] Sum[ list1 ] Sum[ list1 , n1 ] Row[ A1 ] Column[ A1 ] BarChart[ list2, list3 ] BarChart[ list2, list3, n2 ] BarChart[ list2, n2 ] BarChart[ n1, n4, list1 ] BarChart[ n1, n4, t^2, t, n2, n2 ] BarChart[ n1, n4, t^2, t, n2, n2, prob ] BoxPlot[ n2, n4, list2 ] BoxPlot[ n4, n1, n1, n2, n1, n3, n4 ] Histogram[ list1, list1 ] Histogram[ list1, list2, b2 , n2 ] Histogram[ b1, list1, list2, b2 , n2 ] DotPlot[ list2 ] ResidualPlot[ ptlist1, f1 ] TrapezoidalSum[ f1, n2, n3, n1 ] CountIf[ bf1(x), list1 ] Object[ txt ] ColumnName[ A1 ] Append[ list1, obj ] Append[ obj, list1 ] Union[ list1, list1 ] Union[ poly1, poly1 ] Insert[ list1, list1, n2 ] Insert[ obj, list1, n2 ] Intersection[ list1, list1 ] IntersectRegion[ poly1, poly1 ] IsInteger[ n1 ] RandomBetween[ n1, n4 ] RandomBinomial[ n1, prob ] RandomPoisson[ n1 ] CellRange[ A1, A1 ] KeepIf[ bf1(x), list1 ] Invert[ matrix1 ] Transpose[ matrix1 ] Determinant[ matrix1 ] AxisStepX[] AxisStepY[] FractionText[ n1 ] TableText[ list1, list1] TableText[ list1, list1,"h" ] RemoveUndefined[ list1 ] FormulaText[ obj ] FormulaText[ obj, b1 ] FormulaText[ obj, b1, b1 ] TextToUnicode[ txt ] LetterToUnicode[ letter ] UnicodeToLetter[ n2 ] UnicodeToText[ list1 ] Join[ list1, list1] Join[ matrix1 ] FitSin[ ptlist1 ] FitLogistic[ ptlist1 ] Reflect[ obj, Pt1 ] Reflect[ obj, l1 ] Reflect[ obj, c1 ] Length[v1] Length[ Pt1 ] Length[ f1, n2, n3 ] Length[ f1, Pt3, Pt5 ] Length[ curve1, n2, n3 ] Length[ curve1, Pt3, Pt5 ] Length[ list1 ] Length[ txt ] Length[ loc ] Text[ obj ] Text[ obj, b1 ] Text[ obj, Pt1 ] Text[ obj, Pt1, b1 ] Text[ obj, Pt1, b1, b1 ] Simplify[ f1 ] Simplify[ txt ] Perimeter[ poly1 ] Perimeter[ c1 ] Perimeter[ loc ] LeftSum[ f1, n2, n3, n1 ] RectangleSum[ f1, n2, n3, n1, prob ] Maximize[ nd, n2 ] Minimize[ nd, n2 ] DynamicCoordinates[ Pt1, n1, n1 ] TDistribution[ n2, x ] TDistribution[ n2, x, b1] TDistribution[ n2, n1 ] InverseTDistribution[ n2, prob ] FDistribution[ n3, n3, x ] FDistribution[ n3, n3, x, b1 ] FDistribution[ n3, n3, n1 ] InverseFDistribution[ n3, n3, prob ] Gamma[ n1, n2, x ] Gamma[ n1, n2, x, b1 ] Gamma[ n1, n2, n1 ] InverseGamma[ n1, n2, prob ] Cauchy[ n1, n3, x ] Cauchy[ n1, n3, x, b1 ] Cauchy[ n1, n3, n1 ] InverseCauchy[ n1, n3, prob ] ChiSquared[ n2, x ] ChiSquared[ n2, x, b1 ] ChiSquared[ n2, n1 ] InverseChiSquared[ n2, prob ] Exponential[ n2, x ] Exponential[ n2, x, b1 ] Exponential[ n2, n1 ] InverseExponential[ n2, prob ] Weibull[ n2, n3, x ] Weibull[ n2, n3, x, b1 ] Weibull[ n2, n3, n1 ] InverseWeibull[ n2, n3, prob ] Normal[ n1, n2, x ] Normal[ n1, n2, x, b1] Normal[ n1, n2, n1 ] InverseNormal[ n1, n2, prob ] LogNormal[ n1, n2, x ] LogNormal[ n1, n2, x, b1] LogNormal[ n1, n2, n1 ] Uniform[ n1, n4, x ] Uniform[ n1, n4, x, b1 ] Uniform[ n1, n4, n1 ] Triangular[ n1, n4, n3, x ] Triangular[ n1, n4, n3, x, b1 ] Triangular[ n1, n4, n3, n1 ] Logistic[ n1, n3, x ] Logistic[ n1, n3, x, b1 ] Logistic[ n1, n3, n1 ] Erlang[ n2, n1, x ] Erlang[ n2, n1, x, b1 ] Erlang[ n2, n1, n1 ] Pascal[ n1, prob2 ] Pascal[ n1, prob2, b1 ] Pascal[ n1, prob2, n1, b1 ] InversePascal[ n1, prob2, prob ] Poisson[ n1 ] Poisson[ n1, b1 ] Poisson[ n1, n1, b1 ] InversePoisson[ n1, prob ] BinomialDist[ n1, prob2 ] BinomialDist[ n1, prob2, b1 ] BinomialDist[ n1, prob2, n1, b1 ] InverseBinomial[ n1, prob2, prob ] HyperGeometric[ n3, n1, n2 ] HyperGeometric[ n3, n1, n2, b1 ] HyperGeometric[ n3, n1, n2, n1, b1 ] InverseHyperGeometric[ n3, n1, n2, prob ] Zipf[ n1, n2 ] Zipf[ n1, n2, b1 ] Zipf[ n1, n2, n1, b1 ] InverseZipf[ n1, n2, prob ] Bernoulli[ prob, b1 ] CopyFreeObject[ obj ] SetColor[ obj, "lime" ] SetColor[ obj, red, green, blue ] SetBackgroundColor[ obj, "lime" ] SetBackgroundColor[ obj, red, green, blue ] SetDynamicColor[ obj, red, green, blue ] SetDynamicColor[ obj, red, green, blue, prob ] SetConditionToShowObject[ obj, b1 ] SetCoords[ Pt1, n1, n2 ] SetFilling[ obj, n1 ] ShowLayer[ n1 ] HideLayer[ n1 ] SetFixed[ obj, b1 ] SetPointSize[ Pt1, n1 ] SetPointStyle[ Pt1, n1 ] SetLineStyle[ l1, n1 ] SetLineThickness[ l1, n1 ] Rename[ obj, txt+letter ] Rename[ GeoGebraX, "obj" ] FillRow[ n2, list1 ] FillColumn[ n3, list1 ] FillCells[ cellrange1, obj ] FillCells[ A1, list1 ] FillCells[ A1, matrix1 ] ZoomIn[ n1 ] ZoomIn[ n1, Pt1 ] ZoomIn[ -1, -1, 1, 1 ] ZoomOut[ n1 ] ZoomOut[ n1, Pt1 ] Pan[ n1, n2 ] SelectObjects[] SelectObjects[ obj, obj, pt1 ] SetLayer[ obj, n1 ] Element[ list1, n2 ] Element[ matrix1, n2, n3 ] Element[ {{list1}}, n1, n2,n3] Cell[ n1, n2 ] SetCaption[ obj, txt ] SetLabelMode[ obj, n1 ] SetTooltipMode[ obj, n1 ] PlaySound[ n3, n2, n1 ] PlaySound[ notes, n1 ] PlaySound[ f1, n1, n4 ] PlaySound[ f1, n1, n4, n3, n2] PlaySound[ b1 ] Eccentricity[ c1 ] Factors[ polynom1 ] Factors[ n1 ] RandomUniform[ n1, n4 ] Mod[ n2, n2 ] Mod[ polynom2, polynom1 ] Div[ n2, n2 ] Div[ polynom2, polynom1 ] Coefficients[ polynom1 ] Coefficients[ c1 ] Limit[ f1, n3 ] LimitBelow[ f1, n3 ] LimitAbove[ f1, n3 ] Asymptote[ c1 ] Asymptote[ f1 ] Asymptote[ impl1 ] PartialFractions[ f1 ] Numerator[ f1 ] Denominator[ f1 ] SumSquaredErrors[ ptlist1, f1 ] RSquare[ ptlist1, f1 ] Fit[ ptlist1, list1 ] Fit[ ptlist1, f1 ] FitGrowth[ ptlist1 ] PointList[ list1 ] RootList[ list1 ] SampleVariance[ list1 ] SampleSD[ list1 ] Spearman[ ptlist1 ] Spearman[ list1, list1 ] TTest[ list1, n1, ">" ] TTest[ n2, n3, n2, n4, ">"] TTest2[ list1, list1, ">", b1 ] TTest2[ n3, n2, n3, n4, n1, n2, ">", b1] TTestPaired[ list1, list1, ">"] TMeanEstimate[ list1, n2] TMeanEstimate[ n1, n3, n2, prob] TMean2Estimate[ list1, list1, n3, b1 ] TMean2Estimate[ n1, n2, n3, n4, n1, n2, n3, b1] ANOVA[ list1, list2] FrequencyPolygon[ list1, list1 ] FrequencyPolygon[ list1, list2, b1 , n4 ] FrequencyPolygon[ b1, list1, list2, b1 , n2 ] FrequencyTable[ list2 ] FrequencyTable[ b1, list2] FrequencyTable[ list1, list2 ] FrequencyTable[ b1, list1, list2] FrequencyTable[ list1, list2, b2 , n2 ] FrequencyTable[ b1, list1, list2, b2 , n2 ] NormalQuantilePlot[ list2] SampleSDX[ ptlist1 ] SampleSDY[ ptlist1 ] SDX[ ptlist1 ] SDY[ ptlist1 ] GeometricMean[ list1 ] HarmonicMean[ list1 ] RootMeanSquare[ list1 ] Percentile[ list1, prob ] OrdinalRank[ list1 ] TiedRank[ list1 ] Shuffle[ list1 ] RandomElement[ list1 ] ApplyMatrix[ matrix1, obj ] Shear[ obj, l1, n2 ] Stretch[ obj, l1, n2 ] Stretch[ obj, v1] Polygon[ Pt1, Pt2, Pt3 ] Polygon[ Pt1,Pt2, n1 ] Polygon[ ptlist1 ] RigidPolygon[ (0,0), (1,0), (0,1) ] SolveODE[ twovar(x,y), n1, n2, n4, prob2 ] SolveODE[ f1(x), polynom1(y), n1, n2, n3, prob2 ] SolveODE[ f1(x), f1(x+n1), polynom1(x),n1, n3, n4, n4, prob ] PolyLine[ ptlist1 ] PolyLine[ Pt1, Pt3, Pt5 ] First[ list1 ] First[ list1 , n1 ] First[ txt ] First[ txt , n1 ] First[ loc , n1 ] Last[ list1 ] Last[ list1 , n1 ] Last[ txt ] Last[ txt , n1 ] Take[ list1 , n1, n4 ] Take[ txt , n1, n4 ] VerticalText[ txt ] RotateText[ txt, a1 ] Sample[ list1, n4 ] Sample[ list1, n2, b1 ] SlowPlot[ f1 ] UpdateConstruction[] SetValue[ b1, 0 ] SetValue[ obj, obj ] ToolImage[ n1 ] Voronoi[ ptlist1 ] Hull[ ptlist1 , prob ] ConvexHull[ ptlist1 ] MinimumSpanningTree[ ptlist1 ] DelaunayTriangulation[ ptlist1 ] TravelingSalesman[ ptlist1 ] ShortestDistance[ list1, Pt3, Pt5, b1 ] SelectedElement[ list1 ] SelectedIndex[ list1 ] IndexOf[ obj, list1 ] IndexOf[ obj, list1, n2 ] IndexOf[ txt, txt] IndexOf[ txt, txt, n2 ] StemPlot[ list1 ] StemPlot[ list1, 0 ] Checkbox[] Checkbox[ txt ] Checkbox[ list1 ] Checkbox[ txt, list1 ] Frequency[ list2 ] Frequency[ b1, list2] Frequency[ list1, list2,b1] Frequency[ b1, list1, list2] Frequency[ list1, list2, b2 , n2 ] Frequency[ b1, list1, list2, b2 , n2 ] Unique[ list1] Classes[ list2, n1 ] Classes[ list2, n3, n2 ] PrimeFactors[ n1 ] Slider[ n1, n4, n3, n5, n2, b1, !b1, b2, !b1 ] Execute[ {"n1=n1-1"}] Execute[ {"Midpoint[%1,%2]"}, Pt1, Pt2] IsInRegion[ Pt1, c1 ] PathParameter[ ptonpath1 ] Distance[ Pt1, obj ] ClosestPoint[ c1, Pt1 ] Ordinal[ n2 ] StartAnimation[] StartAnimation[ ptonpath1 ] StartAnimation[ b1 ] StartAnimation[ ptonpath1, b1 ] Zip[ t^2, t, list1] Button[] Button[ txt ] InputBox[] InputBox[ Pt2 ] GetTime[] SetActiveView[ gv ] Integral[ f1 ] Integral[ f1, n2, n3 ] Integral[ f1, n2, n3, b1 ] IntegralBetween[ f1, f1, n2, n3 ] IntegralBetween[ f1, f1, n2, n3, b1 ] ImplicitCurve[ ptlist1 ] ImplicitCurve[ twovar ] SetVisibleInView[ obj, gv, b1 ] ShowLabel[ obj, b1 ] CompleteSquare[ polynom1 ] Roots[ f1, n2, n3 ] SetAxesRatio[ n1, n1 ] Identity[ n1 ] HistogramRight[ list1, list1 ] HistogramRight[ list1, list2, b2 , n2 ] HistogramRight[ b1, list1, list2, b2 , n2 ] PointIn[ poly1 ] SetValue[ list1, n2, obj ] ParseToFunction[ f1, txt ] Delete[ obj ] Relation[ l1, l2 ] ParseToNumber[ n1, txt ]