User:Zbynek/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 ]