diff --git a/build/CodeLite/Notepad4.project b/build/CodeLite/Notepad4.project
index 3fffc493d6..b592264d3f 100644
--- a/build/CodeLite/Notepad4.project
+++ b/build/CodeLite/Notepad4.project
@@ -40,6 +40,7 @@
       <File Name="../../scintilla/lexers/LexDiff.cxx"/>
       <File Name="../../scintilla/lexers/LexFortran.cxx"/>
       <File Name="../../scintilla/lexers/LexFSharp.cxx"/>
+      <File Name="../../scintilla/lexers/LexGeogebra.cxx"/>
       <File Name="../../scintilla/lexers/LexGN.cxx"/>
       <File Name="../../scintilla/lexers/LexGo.cxx"/>
       <File Name="../../scintilla/lexers/LexGraphViz.cxx"/>
@@ -229,6 +230,7 @@
       <File Name="../../src/EditLexers/stlDefault.cpp"/>
       <File Name="../../src/EditLexers/stlFortran.cpp"/>
       <File Name="../../src/EditLexers/stlFSharp.cpp"/>
+      <File Name="../../src/EditLexers/stlGeogebra.cpp"/>
       <File Name="../../src/EditLexers/stlGN.cpp"/>
       <File Name="../../src/EditLexers/stlGo.cpp"/>
       <File Name="../../src/EditLexers/stlGradle.cpp"/>
diff --git a/build/VisualStudio/Notepad4.vcxproj b/build/VisualStudio/Notepad4.vcxproj
index 2fea4b4c83..a620da3503 100644
--- a/build/VisualStudio/Notepad4.vcxproj
+++ b/build/VisualStudio/Notepad4.vcxproj
@@ -478,6 +478,7 @@
     <ClCompile Include="..\..\scintilla\lexers\LexDiff.cxx" />
     <ClCompile Include="..\..\scintilla\lexers\LexFortran.cxx" />
     <ClCompile Include="..\..\scintilla\lexers\LexFSharp.cxx" />
+    <ClCompile Include="..\..\scintilla\lexers\LexGeogebra.cxx" />
     <ClCompile Include="..\..\scintilla\lexers\LexGN.cxx" />
     <ClCompile Include="..\..\scintilla\lexers\LexGo.cxx" />
     <ClCompile Include="..\..\scintilla\lexers\LexGraphViz.cxx" />
@@ -609,6 +610,7 @@
     <ClCompile Include="..\..\src\EditLexers\stlDefault.cpp" />
     <ClCompile Include="..\..\src\EditLexers\stlFortran.cpp" />
     <ClCompile Include="..\..\src\EditLexers\stlFSharp.cpp" />
+    <ClCompile Include="..\..\src\EditLexers\stlGeogebra.cpp" />
     <ClCompile Include="..\..\src\EditLexers\stlGo.cpp" />
     <ClCompile Include="..\..\src\EditLexers\stlGN.cpp" />
     <ClCompile Include="..\..\src\EditLexers\stlGradle.cpp" />
diff --git a/build/VisualStudio/Notepad4.vcxproj.filters b/build/VisualStudio/Notepad4.vcxproj.filters
index df6e6321a4..7f6c4ccec3 100644
--- a/build/VisualStudio/Notepad4.vcxproj.filters
+++ b/build/VisualStudio/Notepad4.vcxproj.filters
@@ -105,6 +105,9 @@
     <ClCompile Include="..\..\scintilla\lexers\LexFSharp.cxx">
       <Filter>Scintilla\lexers</Filter>
     </ClCompile>
+    <ClCompile Include="..\..\scintilla\lexers\LexGeogebra.cxx">
+      <Filter>Scintilla\lexers</Filter>
+    </ClCompile>
     <ClCompile Include="..\..\scintilla\lexers\LexGN.cxx">
       <Filter>Scintilla\lexers</Filter>
     </ClCompile>
@@ -498,6 +501,9 @@
     <ClCompile Include="..\..\src\EditLexers\stlFSharp.cpp">
       <Filter>Source Files\EditLexers</Filter>
     </ClCompile>
+    <ClCompile Include="..\..\src\EditLexers\stlGeogebra.cpp">
+      <Filter>Source Files\EditLexers</Filter>
+    </ClCompile>
     <ClCompile Include="..\..\src\EditLexers\stlGo.cpp">
       <Filter>Source Files\EditLexers</Filter>
     </ClCompile>
diff --git a/scintilla/include/SciLexer.h b/scintilla/include/SciLexer.h
index 8824d7b610..10a503365c 100644
--- a/scintilla/include/SciLexer.h
+++ b/scintilla/include/SciLexer.h
@@ -98,6 +98,7 @@
 #define SCLEX_MATHEMATICA 225
 #define SCLEX_WINHEX 226
 #define SCLEX_CANGJIE 227
+#define SCLEX_GEOGEBRA 228
 #define SCLEX_AUTOMATIC 1000
 #define SCE_PY_DEFAULT 0
 #define SCE_PY_COMMENTLINE 1
@@ -1904,4 +1905,14 @@
 #define SCE_CANGJIE_ENUM 29
 #define SCE_CANGJIE_FUNCTION_DEFINITION 30
 #define SCE_CANGJIE_FUNCTION 31
+#define SCE_GGB_DEFAULT 0
+#define SCE_GGB_COMMENTLINE 1
+#define SCE_GGB_TASKMARKER 2
+#define SCE_GGB_OPERATOR 3
+#define SCE_GGB_NUMBER 4
+#define SCE_GGB_IDENTIFIER 5
+#define SCE_GGB_WORD 6
+#define SCE_GGB_CONSTANT 7
+#define SCE_GGB_INNERFUNCTION 8
+#define SCE_GGB_FUNCTION 9
 /* --Autogenerated -- end of section automatically generated from SciLexer.iface */
diff --git a/scintilla/include/SciLexer.iface b/scintilla/include/SciLexer.iface
index 6c2d88ab4d..e8402ffc9e 100644
--- a/scintilla/include/SciLexer.iface
+++ b/scintilla/include/SciLexer.iface
@@ -179,6 +179,7 @@ val SCLEX_CSV=223
 val SCLEX_MATHEMATICA=225
 val SCLEX_WINHEX=226
 val SCLEX_CANGJIE=227
+val SCLEX_GEOGEBRA=228
 
 # When a lexer specifies its language as SCLEX_AUTOMATIC it receives a
 # value assigned in sequence from SCLEX_AUTOMATIC+1.
@@ -3221,3 +3222,15 @@ val SCE_CANGJIE_INTERFACE=
 val SCE_CANGJIE_ENUM=
 val SCE_CANGJIE_FUNCTION_DEFINITION=
 val SCE_CANGJIE_FUNCTION=
+# Lexical states for SCLEX_GEOGEGRA
+lex Geogebra=SCLEX_GEOGEGRA SCE_GGB_
+val SCE_GGB_DEFAULT=
+val SCE_GGB_COMMENTLINE=
+val SCE_GGB_TASKMARKER=
+val SCE_GGB_OPERATOR=
+val SCE_GGB_NUMBER=
+val SCE_GGB_IDENTIFIER=
+val SCE_GGB_WORD=
+val SCE_GGB_CONSTANT=
+val SCE_GGB_INNERFUNCTION=
+val SCE_GGB_FUNCTION=
diff --git a/scintilla/lexers/LexGeogebra.cxx b/scintilla/lexers/LexGeogebra.cxx
new file mode 100644
index 0000000000..5349505510
--- /dev/null
+++ b/scintilla/lexers/LexGeogebra.cxx
@@ -0,0 +1,138 @@
+// This file is part of Notepad4.
+// See License.txt for details about distribution and modification.
+//! Lexer for Geogebra Script.
+
+#include <cassert>
+#include <cstring>
+
+#include <string>
+#include <string_view>
+
+#include "ILexer.h"
+#include "Scintilla.h"
+#include "SciLexer.h"
+
+#include "WordList.h"
+#include "LexAccessor.h"
+#include "Accessor.h"
+#include "StyleContext.h"
+#include "CharacterSet.h"
+#include "StringUtils.h"
+#include "LexerModule.h"
+
+using namespace Lexilla;
+
+namespace {
+
+//KeywordIndex++Autogenerated -- start of section automatically generated
+enum {
+	KeywordIndex_Operator = 0,
+	KeywordIndex_Constant = 1,
+	KeywordIndex_Innerfunction = 2,
+	KeywordIndex_Function = 3,
+	MaxKeywordSize = 32,
+};
+//KeywordIndex--Autogenerated -- end of section automatically generated
+
+enum class KeywordType {
+	None = SCE_GGB_DEFAULT,
+	Return = 0x40,
+};
+
+constexpr bool IsSpaceEquiv(int state) noexcept {
+	return state <= SCE_GGB_TASKMARKER;
+}
+
+void ColouriseGgbDoc(Sci_PositionU startPos, Sci_Position lengthDoc, int initStyle, LexerWordList keywordLists, Accessor &styler) {
+	int lineStateLineType = 0;
+
+	KeywordType kwType = KeywordType::None;
+
+	int visibleChars = 0;
+	int chPrevNonWhite = 0;
+
+	StyleContext sc(startPos, lengthDoc, initStyle, styler);
+
+	while (sc.More()) {
+		switch (sc.state) {
+		case SCE_GGB_OPERATOR:
+			sc.SetState(SCE_GGB_DEFAULT);
+			break;
+
+		case SCE_GGB_NUMBER:
+			if (!IsNumberStart(sc.ch, sc.chNext)) {
+				sc.SetState(SCE_GGB_DEFAULT);
+			}
+			break;
+
+		case SCE_GGB_COMMENTLINE:
+			if (sc.atLineStart) {
+				sc.SetState(SCE_GGB_DEFAULT);
+			}
+			break;
+		case SCE_GGB_IDENTIFIER:
+			if (!IsAlphaNumeric(sc.ch)) {
+				char s[MaxKeywordSize];
+				sc.GetCurrent(s, sizeof(s));
+				if (keywordLists[KeywordIndex_Operator].InList(s)) {
+					sc.ChangeState(SCE_GGB_OPERATOR);
+				} else if (keywordLists[KeywordIndex_Constant].InList(s)) {
+					sc.ChangeState(SCE_GGB_CONSTANT);
+				} else if (keywordLists[KeywordIndex_Innerfunction].InList(s)) {
+					sc.ChangeState(SCE_GGB_INNERFUNCTION);
+				} else if (keywordLists[KeywordIndex_Function].InList(s)) {
+					sc.ChangeState(SCE_GGB_FUNCTION);
+				}
+				sc.SetState(SCE_GGB_DEFAULT);
+			}
+			break;
+		}
+
+
+		if (sc.state == SCE_GGB_DEFAULT) {
+			if (sc.ch == '#') {
+				sc.SetState(SCE_GGB_COMMENTLINE);
+				if (visibleChars == 0) {
+					lineStateLineType = SimpleLineStateMaskLineComment;
+				}
+			} else if (IsADigit(sc.ch)) {
+				sc.SetState(SCE_GGB_NUMBER);
+			} else if (IsIdentifierStart(sc.ch)) {
+				sc.SetState(SCE_GGB_IDENTIFIER);
+			} else if (IsAGraphic(sc.ch) && !(sc.ch == '\\' || sc.ch == '`')) {
+				sc.SetState(SCE_GGB_OPERATOR);
+			}
+		}
+
+		if (!isspacechar(sc.ch)) {
+			visibleChars++;
+			if (!IsSpaceEquiv(sc.state)) {
+				chPrevNonWhite = sc.ch;
+			}
+		}
+
+
+		if (sc.atLineEnd) {
+			styler.SetLineState(sc.currentLine, lineStateLineType);
+			lineStateLineType = 0;
+			visibleChars = 0;
+			kwType = KeywordType::None;
+		}
+		sc.Forward();
+	}
+
+	sc.Complete();
+}
+
+struct FoldLineState {
+	int lineComment;
+	int moduleImport;
+	constexpr explicit FoldLineState(int lineState) noexcept:
+		lineComment(lineState & SimpleLineStateMaskLineComment),
+		moduleImport((lineState >> 1) & 1) {
+	}
+};
+
+}
+
+extern const LexerModule lmGeogebra(SCLEX_GEOGEBRA, ColouriseGgbDoc, "Geogebra", FoldSimpleDoc);
diff --git a/scintilla/lexlib/LexerModule.cxx b/scintilla/lexlib/LexerModule.cxx
index e8db2fffed..7a4cdb9640 100644
--- a/scintilla/lexlib/LexerModule.cxx
+++ b/scintilla/lexlib/LexerModule.cxx
@@ -51,6 +51,7 @@ extern const LexerModule lmDiff;
 extern const LexerModule lmDLang;
 extern const LexerModule lmFortran;
 extern const LexerModule lmFSharp;
+extern const LexerModule lmGeogebra;
 extern const LexerModule lmGN;
 extern const LexerModule lmGo;
 extern const LexerModule lmGraphViz;
@@ -135,6 +136,7 @@ const LexerModule * const lexerCatalogue[] = {
 	&lmDLang,
 	&lmFortran,
 	&lmFSharp,
+	&lmGeogebra,
 	&lmGN,
 	&lmGo,
 	&lmGraphViz,
diff --git a/src/EditAutoC.cpp b/src/EditAutoC.cpp
index 05951d0482..5e052b9fe8 100644
--- a/src/EditAutoC.cpp
+++ b/src/EditAutoC.cpp
@@ -704,6 +704,9 @@ enum {
 	DartKeywordIndex_Metadata = 4,
 	FSharpKeywordIndex_Preprocessor = 2,
 	FSharpKeywordIndex_CommentTag = 4,
+	GeogebraKeywordIndex_Operator = 0,
+	GeogebraKeywordIndex_Constant = 1,
+	GeogebraKeywordIndex_Function = 3,
 	GraphVizKeywordIndex_HtmlLabel = 1,
 	GroovyKeywordIndex_Annotation = 7,
 	GroovyKeywordIndex_GroovyDoc = 9,
@@ -2494,6 +2497,7 @@ void EditToggleCommentLine(bool alternative) noexcept {
 	case NP2LEX_CMAKE:
 	case NP2LEX_COFFEESCRIPT:
 	case NP2LEX_CONFIG:
+	case NP2LEX_GEOGEBRA:
 	case NP2LEX_GN:
 	case NP2LEX_JAMFILE:
 	case NP2LEX_JULIA:
@@ -2943,6 +2947,7 @@ void InitAutoCompletionCache(LPCEDITLEXER pLex) noexcept {
 	case NP2LEX_BATCH:
 	case NP2LEX_BLOCKDIAG:
 	case NP2LEX_CSV:
+	case NP2LEX_GEOGEBRA:
 	case NP2LEX_GRAPHVIZ:
 	case NP2LEX_LISP:
 	case NP2LEX_SMALI:
diff --git a/src/EditLexer.h b/src/EditLexer.h
index c4c2c284d4..88ca3df9e3 100644
--- a/src/EditLexer.h
+++ b/src/EditLexer.h
@@ -217,6 +217,8 @@ using LPCEDITLEXER = const EDITLEXER *;
 #define NP2LEX_REGISTRY		63093	// SCLEX_REGISTRY	Registry File
 #define NP2LEX_COFFEESCRIPT	63094	// SCLEX_COFFEESCRIPT	CoffeeScript
 #define NP2LEX_AUTOHOTKEY	63095	// SCLEX_AUTOHOTKEY	AutoHotkey Script
+#define NP2LEX_GEOGEBRA		63096	// NP2LEX_GEOGEBRA	Geogebra Script
+
 
 // special lexers
 #define NP2LEX_ANSI			63196	// SCLEX_NULL		ANSI Art
diff --git a/src/EditLexers/stlGeogebra.cpp b/src/EditLexers/stlGeogebra.cpp
new file mode 100644
index 0000000000..6dae4020e1
--- /dev/null
+++ b/src/EditLexers/stlGeogebra.cpp
@@ -0,0 +1,134 @@
+#include "EditLexer.h"
+#include "EditStyleX.h"
+
+static KEYWORDLIST Keywords_Ggb = {{
+//++Autogenerated -- start of section automatically generated
+"! $ % & '' ( ) * + , - . / < = > ? False Infinity NaN Pi True Undefined [ ] ^ deg false inf infinity pi rad true xcoord "
+"ycoord zcoord { | } "
+
+, // 1 constants
+"Aqua Black Blue Brown Crimson Cyan Dark Gold Gray Green Indigo Light Lime Magenta Maroon Orange Pink Purple Red Silver "
+"Teal Turquoise Violet White Yellow euler_gamma xAxis yAxis zAxis "
+
+, // 2 innerfunction
+"LambertW( "
+"abs( acos( acosd( acosh( alt( arccos( arccosh( arcsin( arcsinh( arctan( arctanh( arg( asin( asind( asinh( "
+"atan( atan2( atan2d( atand( atanh( "
+"beta( betaRegularized( cbrt( ceil( conjugate( cos( cosIntegral( cosec( cosh( cot( cotan( cotanh( coth( csc( csch( "
+"erf( exp( expIntegral( floor( gamma( gammaRegularized( imaginary( ld( lg( ln( log( log10( log2( nroot( polygamma( psi( "
+"random( real( round( sec( sech( sgn( sign( sin( sinIntegral( sinh( sqrt( tan( tanh( x( y( z( zeta( "
+
+, // 3 function
+"ANOVA( AffineRatio( Angle( AngleBisector( Append( ApplyMatrix( "
+"Arc( AreCollinear( AreConcurrent( AreConcyclic( AreCongruent( AreEqual( AreParallel( ArePerpendicular( Area( "
+"Assume( Asymptote( AttachCopyToView( Axes( AxisStepX( AxisStepY( "
+"BarChart( Barycenter( Bernoulli( BetaDist( BezierCurve( BinomialCoefficient( BinomialDist( Bottom( BoxPlot( Button( "
+"CASLoaded( CFactor( CIFactor( CSolutions( CSolve( Cauchy( Cell( CellRange( Center( CenterView( Centroid( "
+"CharacteristicPolynomial( Checkbox( ChiSquared( ChiSquaredTest( "
+"Circle( CircularArc( CircularSector( CircumcircularArc( CircumcircularSector( Circumference( "
+"Classes( ClosestPoint( ClosestPointRegion( Coefficients( Column( ColumnName( "
+"Command( CommonDenominator( CompleteSquare( ComplexRoot( "
+"Cone( Conic( ConjugateDiameter( ConstructionStep( ContingencyTable( ContinuedFraction( ConvexHull( CopyFreeObject( "
+"Corner( CorrelationCoefficient( CountIf( Covariance( Cross( CrossRatio( Cube( Cubic( Curvature( CurvatureVector( Curve( "
+"Cylinder( "
+"DataFunction( Degree( DelaunayTriangulation( Delete( Denominator( DensityPlot( Derivative( Determinant( "
+"Difference( Dilate( Dimension( Direction( Directrix( Distance( Div( Division( Divisors( DivisorsList( DivisorsSum( "
+"Dodecahedron( Dot( DotPlot( DynamicCoordinates( "
+"Eccentricity( Eigenvalues( Eigenvectors( Element( Eliminate( Ellipse( Ends( Envelope( Erlang( Evaluate( "
+"Execute( Expand( Exponential( ExportImage( ExtendedGCD( Extremum( "
+"FDistribution( Factor( Factors( FillCells( FillColumn( FillRow( First( "
+"Fit( FitExp( FitGrowth( FitImplicit( FitLine( FitLineX( FitLog( FitLogistic( FitPoly( FitPow( FitSin( Flatten( "
+"Focus( FormulaText( FractionText( Frequency( FrequencyPolygon( FrequencyTable( FromBase( Function( FutureValue( "
+"GCD( Gamma( GeometricMean( GetTime( GroebnerDegRevLex( GroebnerLex( GroebnerLexDeg( "
+"HarmonicMean( Height( HideLayer( Histogram( HistogramRight( HyperGeometric( Hyperbola( "
+"IFactor( Icosahedron( Identity( If( ImplicitCurve( ImplicitDerivative( Incircle( IndexOf( "
+"InfiniteCone( InfiniteCylinder( InflectionPoint( InputBox( Insert( "
+"Integral( IntegralBetween( IntegralSymbolic( InteriorAngles( Intersect( IntersectConic( IntersectPath( Intersection( "
+"InverseBeta( InverseBinomial( InverseBinomialMinimumTrials( InverseCauchy( InverseChiSquared( InverseExponential( "
+"InverseFDistribution( InverseGamma( InverseHyperGeometric( InverseLaplace( InverseLogNormal( InverseLogistic( "
+"InverseNormal( InversePascal( InversePoisson( InverseTDistribution( InverseWeibull( InverseZipf( Invert( "
+"IsDefined( IsFactored( IsInRegion( IsInteger( IsPrime( IsTangent( IsVertexForm( Iteration( IterationList( "
+"Join( JordanDiagonalization( KeepIf( "
+"LCM( LUDecomposition( Laplace( Last( LeftSide( LeftSum( Length( LetterToUnicode( "
+"Limit( LimitAbove( LimitBelow( Line( LineGraph( LinearEccentricity( "
+"Locus( LocusEquation( LogNormal( Logistic( LowerSum( "
+"MAD( MajorAxis( MatrixPlot( MatrixRank( Max( Maximize( Mean( MeanX( MeanY( Median( "
+"Midpoint( Min( MinimalPolynomial( Minimize( MinimumSpanningTree( MinorAxis( MixedNumber( Mod( Mode( ModularExponent( "
+"NDerivative( NIntegral( NInvert( NSolutions( NSolve( NSolveODE( Name( Net( NextPrime( "
+"Normal( NormalQuantilePlot( Normalize( Numerator( Numeric( "
+"Object( Octahedron( Ordinal( OrdinalRank( OsculatingCircle( "
+"Pan( Parabola( Parameter( ParametricDerivative( ParseToFunction( ParseToNumber( PartialFractions( Pascal( "
+"PathParameter( Payment( PenStroke( "
+"Percentile( Perimeter( Periods( PerpendicularBisector( PerpendicularLine( PerpendicularPlane( PerpendicularVector( "
+"PieChart( Plane( PlaneBisector( PlaySound( PlotSolve( "
+"Point( PointIn( PointList( Poisson( Polar( Polygon( Polyline( Polynomial( "
+"PresentValue( PreviousPrime( PrimeFactors( Prism( Product( Prove( ProveDetails( Pyramid( "
+"QRDecomposition( Quartile1( Quartile3( "
+"RSquare( Radius( RandomBetween( RandomBinomial( RandomDiscrete( RandomElement( RandomNormal( "
+"RandomPointIn( RandomPoisson( RandomPolynomial( RandomUniform( Rate( Rationalize( Ray( ReadText( RectangleSum( "
+"ReducedRowEchelonForm( Reflect( Relation( RemovableDiscontinuity( Remove( RemoveUndefined( Rename( Repeat( ReplaceAll( "
+"ResidualPlot( Reverse( RightSide( RigidPolygon( Root( RootList( RootMeanSquare( Roots( Rotate( RotateText( Row( "
+"RunClickScript( RunUpdateScript( "
+"SD( SDX( SDY( SVD( Sample( SampleSD( SampleSDX( SampleSDY( SampleVariance( ScientificText( Sector( Segment( "
+"SelectObjects( SelectedElement( SelectedIndex( SemiMajorAxisLength( SemiMinorAxisLength( Semicircle( Sequence( "
+"SetActiveView( SetAxesRatio( SetBackgroundColor( "
+"SetCaption( SetColor( SetConditionToShowObject( SetConstructionStep( SetCoords( SetDecoration( SetDynamicColor( "
+"SetFilling( SetFixed( SetImage( SetLabelMode( SetLayer( SetLevelOfDetail( SetLineStyle( SetLineThickness( "
+"SetPerspective( SetPointSize( SetPointStyle( SetSeed( SetSpinSpeed( SetTooltipMode( SetTrace( "
+"SetValue( SetViewDirection( SetVisibleInView( "
+"Shear( ShortestDistance( ShowAxes( ShowGrid( ShowLabel( ShowLayer( Shuffle( Side( SigmaXX( SigmaXY( SigmaYY( Simplify( "
+"Slider( Slope( SlopeField( SlowPlot( Solutions( Solve( SolveCubic( SolveODE( SolveQuartic( Sort( "
+"Spearman( Sphere( Spline( Split( StartAnimation( StartRecord( StemPlot( StepGraph( StickGraph( Stretch( "
+"Substitute( Sum( SumSquaredErrors( SurdText( Surface( Sxx( Sxy( Syy( "
+"TDistribution( TMean2Estimate( TMeanEstimate( TTest( TTest2( TTestPaired( TableText( Take( Tangent( TaylorPolynomial( "
+"Tetrahedron( Text( TextToUnicode( TiedRank( ToBase( ToComplex( ToExponential( ToPoint( ToPolar( ToolImage( Top( "
+"Translate( Transpose( TrapezoidalSum( TravelingSalesman( "
+"TriangleCenter( TriangleCurve( Triangular( TrigCombine( TrigExpand( TrigSimplify( Trilinear( "
+"Turtle( TurtleBack( TurtleDown( TurtleForward( TurtleLeft( TurtleRight( TurtleUp( Type( "
+"UnicodeToLetter( UnicodeToText( Uniform( Union( Unique( UnitPerpendicularVector( UnitVector( "
+"UpdateConstruction( UpperSum( "
+"Variance( Vector( Vertex( VerticalText( Volume( Voronoi( Weibull( "
+"ZMean2Estimate( ZMean2Test( ZMeanEstimate( ZMeanTest( "
+"ZProportion2Estimate( ZProportion2Test( ZProportionEstimate( ZProportionTest( Zip( Zipf( ZoomIn( ZoomOut( "
+"mad( mean( stdev( stdevp( "
+
+, nullptr, nullptr, nullptr, nullptr, nullptr, nullptr, nullptr, nullptr, nullptr, nullptr, nullptr
+//--Autogenerated -- end of section automatically generated
+
+}};
+
+static EDITSTYLE Styles_GGB[] = {
+	EDITSTYLE_DEFAULT,
+	{ SCE_GGB_WORD, NP2StyleX_Keyword, L"fore:#0000FF" },
+	{ SCE_GGB_CONSTANT, NP2StyleX_Constant, L"fore:#307300" },
+	{ SCE_GGB_INNERFUNCTION, NP2StyleX_FunctionDefinition, L"bold; fore:#A46000" },
+	{ SCE_GGB_FUNCTION, NP2StyleX_Function, L"fore:#A46000" },
+	{ SCE_GGB_COMMENTLINE, NP2StyleX_Comment, L"fore:#608060" },
+	{ SCE_GGB_NUMBER, NP2StyleX_Number, L"fore:#FF0000" },
+	{ SCE_GGB_OPERATOR, NP2StyleX_Operator, L"fore:#B000B0" },
+};
+
+EDITLEXER lexGeogebra = {
+	SCLEX_GEOGEBRA, NP2LEX_GEOGEBRA,
+//Settings++Autogenerated -- start of section automatically generated
+		LexerAttr_NoBlockComment |
+		LexerAttr_PlainTextFile,
+		TAB_WIDTH_4, INDENT_WIDTH_4,
+		(1 << 0) | (1 << 1), // level1, level2
+		0,
+		'\0', 0, 0,
+		0,
+		0, 0,
+		0, 0
+		, KeywordAttr32(0, KeywordAttr_PreSorted) // operators
+		| KeywordAttr32(1, KeywordAttr_PreSorted) // constants
+		| KeywordAttr32(2, KeywordAttr_PreSorted) // innerfunction
+		| KeywordAttr32(3, KeywordAttr_PreSorted) // function
+		, SCE_GGB_COMMENTLINE,
+		0, 0,
+//Settings--Autogenerated -- end of section automatically generated
+	EDITLEXER_HOLE(L"Geogebra Script", Styles_GGB),
+	L"ggb",
+	&Keywords_Ggb,
+	Styles_GGB
+};
diff --git a/src/Styles.cpp b/src/Styles.cpp
index 745e7ae802..066c82bb66 100644
--- a/src/Styles.cpp
+++ b/src/Styles.cpp
@@ -85,6 +85,7 @@ extern EDITLEXER lexDiff;
 extern EDITLEXER lexFSharp;
 extern EDITLEXER lexFortran;
 
+extern EDITLEXER lexGeogebra;
 extern EDITLEXER lexGN;
 extern EDITLEXER lexGo;
 extern EDITLEXER lexGradle;
@@ -198,6 +199,7 @@ static PEDITLEXER pLexArray[] = {
 	&lexFSharp,
 	&lexFortran,
 
+	&lexGeogebra,
 	&lexGN,
 	&lexGo,
 	&lexGradle,
diff --git a/tools/KeywordCore.py b/tools/KeywordCore.py
index 6c70e157b7..8b6d592dc9 100644
--- a/tools/KeywordCore.py
+++ b/tools/KeywordCore.py
@@ -256,14 +256,14 @@ def remove_duplicate_lower(keywords, duplicate):
 def first_word_on_each_line(doc):
 	return re.findall(r'^\s*(\w+)', doc, re.MULTILINE)
 
-
+	
 def parse_actionscript_api_file(path):
 	sections = read_api_file(path, '//')
 	keywordMap = {}
 	for key, doc in sections:
 		if key in ('keywords', 'types', 'directive'):
 			keywordMap[key] = doc.split()
-		if key == 'class':
+		elif key == 'class':
 			items = re.findall(r'class\s+(\w+)', doc)
 			keywordMap[key] = items
 		elif key == 'functions':
@@ -1035,6 +1035,40 @@ def parse_fsharp_api_file(path):
 		('comment tag', CSharpKeywordMap['comment tag'], KeywordAttr.NoLexer | KeywordAttr.NoAutoComp | KeywordAttr.Special),
 	]
 
+def parse_geogebra_api_file(path):
+	sections = read_api_file(path, '//')
+	keywordMap = {}
+	for key, doc in sections:
+		if key == 'operators':
+			keywordMap[key] = doc.split()
+		elif key == 'constants':
+			keywordMap[key] = doc.split()
+		elif key == 'innerfunction':
+			items = re.findall(r'(\w+\()', doc)
+			keywordMap[key] = items
+		elif key == 'function':
+			items = []
+			lines = re.split(r'\n', doc)
+			for line in lines:
+				if (re.match(r'^(?!.*.Syntax).*$', line)):
+					parts = re.split(r'=', line)
+					if len(parts) == 2:
+						items.append(parts[1]+'(')				
+			keywordMap[key] = items
+
+	RemoveDuplicateKeyword(keywordMap, [
+		'operators',
+		'constants',
+		'innerfunction',
+		'function',
+	])
+	return [
+		('operators', keywordMap['operators'], KeywordAttr.Special),
+		('constants', keywordMap['constants'], KeywordAttr.Special),
+		('innerfunction', keywordMap['innerfunction'], KeywordAttr.Default),
+		('function', keywordMap['function'], KeywordAttr.Special),
+	]
+
 def parse_gn_api_file(path):
 	sections = read_api_file(path, '#')
 	keywordMap = {}
diff --git a/tools/KeywordUpdate.py b/tools/KeywordUpdate.py
index 38f41abcc8..a73c848021 100644
--- a/tools/KeywordUpdate.py
+++ b/tools/KeywordUpdate.py
@@ -33,6 +33,7 @@
 
 	('NP2LEX_FORTRAN', 'stlFortran.cpp', 'LexFortran.cxx', 'Fortran.f', 0, parse_fortran_api_file),
 
+	('NP2LEX_GEOGEBRA', 'stlGeogebra.cpp', 'LexGeogebra.cxx', 'Geogebra.ggb', 1, parse_geogebra_api_file),
 	('NP2LEX_GN', 'stlGN.cpp', 'LexGN.cxx', 'GN.gn', 0, parse_gn_api_file),
 	('NP2LEX_GRAPHVIZ', 'stlGraphViz.cpp', 'LexGraphViz.cxx', 'GraphViz.dot', 0, parse_graphviz_api_file),
 		('NP2LEX_BLOCKDIAG', 'stlBlockdiag.cpp', 'LexGraphViz.cxx', 'blockdiag.diag', 0, parse_graphviz_api_file),
diff --git a/tools/LexerConfig.py b/tools/LexerConfig.py
index 0540d4ec66..e35ad0182b 100644
--- a/tools/LexerConfig.py
+++ b/tools/LexerConfig.py
@@ -435,6 +435,14 @@ class KeywordAttr(IntFlag):
 		'string_style_range': ['SCE_FSHARP_CHARACTER', 'SCE_FSHARP_FORMAT_SPECIFIER'],
 	},
 
+	'NP2LEX_GEOGEBRA': {
+		'default_encoding': 'utf-8',
+		'line_comment_string': '#',
+		'comment_style_marker': 'SCE_GGB_COMMENTLINE',
+		'escape_char_start': NoEscapeCharacter,
+		'extra_word_char': '-',
+		'plain_text_file': True,
+	},
 	'NP2LEX_GN': {
 		'line_comment_string': '#',
 		'comment_style_marker': 'SCE_GN_COMMENT',
diff --git a/tools/lang/Geogebra.ggb b/tools/lang/Geogebra.ggb
new file mode 100644
index 0000000000..a9fc74cecd
--- /dev/null
+++ b/tools/lang/Geogebra.ggb
@@ -0,0 +1,1260 @@
+// https://github.com/geogebra/geogebra
+// https://geogebra.github.io/docs/manual/en/
+
+
+//! operators		===========================================================
++ - * / ^ ! ( ) [ ] { } = | ! & - < > % ? . , '' $
+Undefined NaN pi Pi deg Infinity inf infinity rad true True false False xcoord ycoord zcoord
+ 
+//! constants		===========================================================
+xAxis
+yAxis
+zAxis
+euler_gamma
+Aqua
+Black
+Blue
+Brown
+Crimson
+Cyan
+Dark Blue
+Dark Gray
+Dark Green
+Gold
+Gray
+Green
+Indigo
+Light Blue
+Light Gray
+Light Green
+Light Orange
+Light Purple
+Light Violet
+Light Yellow
+Lime
+Magenta
+Maroon
+Orange
+Pink
+Purple
+Red
+Silver
+Teal
+Turquoise
+Violet
+White
+Yellow
+
+//! innerFunction			===========================================================
+x( )
+y( )
+z( )
+arg( )
+conjugate( )
+real( )
+imaginary( )
+abs( )
+alt( )
+sgn( )
+sign()
+floor( )
+ceil( )
+round(x)
+round(x, y)
+sqrt( )
+cbrt( )
+nroot(x, n)
+random( )
+exp( )
+ℯ^x^
+ln( )
+log2( )
+ld( )
+log10( )
+log( )
+lg( )
+log(b, x )
+cos( )
+sin( )
+tan( )
+sec()
+csc()
+cosec()
+cot()
+cotan()
+acos( )
+arccos( )
+acosd( )
+asin( )
+arcsin( )
+asind( )
+atan( )
+arctan( )
+atand( )
+atan2(y,x)
+atan2d(y, x)
+cosh( )
+sinh( )
+tanh( )
+sech( )
+csch( )
+coth( )
+cotanh()
+acosh( )
+arccosh( )
+asinh( )
+arcsinh( )
+atanh( )
+arctanh( )
+beta(a, b)
+beta(a, b, x)
+betaRegularized(a, b, x)
+gamma( x)
+gamma(a, x)
+gammaRegularized(a, x)
+erf(x)
+psi(x)
+polygamma(m, x)
+sinIntegral(x)
+cosIntegral(x)
+expIntegral(x)
+zeta(x)
+LambertW(x, 0)
+LambertW(x,-1)
+
+//! Function	===========================================================
+# For further details, please see https://www.geogebra.org/license
+ANOVA=ANOVA
+ANOVA.Syntax=[ <List>, <List>, ... ]
+AffineRatio=AffineRatio
+AffineRatio.Syntax=[ <Point>, <Point>, <Point> ]
+Angle=Angle
+Angle.Syntax=[ <Object> ]\n[ <Vector>, <Vector> ]\n[ <Line>, <Line> ]\n[ <Point>, <Apex>, <Point> ]\n[ <Point>, <Apex>, <Angle> ]
+Angle.Syntax3D=[ <Object> ]\n[ <Vector>, <Vector> ]\n[ <Line>, <Line> ]\n[ <Line>, <Plane> ]\n[ <Plane>, <Plane> ]\n[ <Point>, <Apex>, <Point> ]\n[ <Point>, <Apex>, <Angle> ]\n[ <Point>, <Point>, <Point>, <Direction> ]
+AngularBisector=AngleBisector
+AngularBisector.Syntax=[ <Line>, <Line> ]\n[ <Point>, <Point>, <Point> ]
+Append=Append
+Append.Syntax=[ <List>, <Object> ]\n[ <Object>, <List> ]
+ApplyMatrix=ApplyMatrix
+ApplyMatrix.Syntax=[ <Matrix>, <Object> ]
+Arc=Arc
+Arc.Syntax=[ <Circle>, <Point>, <Point> ]\n[ <Ellipse>, <Point>, <Point> ]\n[ <Circle>, <Parameter Value>, <Parameter Value> ]\n[ <Ellipse>, <Parameter Value>, <Parameter Value> ]
+AreCollinear=AreCollinear
+AreCollinear.Syntax=[ <Point>, <Point>, <Point> ]
+AreConcurrent=AreConcurrent
+AreConcurrent.Syntax=[ <Line>, <Line>, <Line> ]
+AreConcyclic=AreConcyclic
+AreConcyclic.Syntax=[ <Point>, <Point>, <Point>, <Point> ]
+AreCongruent=AreCongruent
+AreCongruent.Syntax=[ <Object>, <Object> ]
+AreEqual=AreEqual
+AreEqual.Syntax=[ <Object>, <Object> ]
+AreParallel=AreParallel
+AreParallel.Syntax=[ <Line>, <Line> ]
+ArePerpendicular=ArePerpendicular
+ArePerpendicular.Syntax=[ <Line>, <Line> ]
+Area=Area
+Area.Syntax=[ <Conic> ]\n[ <Polygon> ]\n[ <Point>, ..., <Point> ]
+Assume=Assume
+Assume.SyntaxCAS=[ <Condition>, <Expression> ]
+Asymptote=Asymptote
+Asymptote.Syntax=[ <Object> ]
+AttachCopyToView=AttachCopyToView
+AttachCopyToView.Syntax=[ <Object>, <View 0|1|2> ]\n[ <Object>, <View 0|1|2>, <Point 1>, <Point 2>, <Screen Point 1>, <Screen Point 2> ]
+Axes=Axes
+Axes.Syntax=[ <Conic> ]
+Axes.Syntax3D=[ <Conic> ]\n[ <Quadric> ]
+AxisStepX=AxisStepX
+AxisStepX.Syntax=[ ]
+AxisStepY=AxisStepY
+AxisStepY.Syntax=[ ]
+BarChart=BarChart
+BarChart.Syntax=[ <List of Data>, <List of Frequencies> ]\n[ <List of Raw Data>, <Width of Bars>, <Vertical Scale Factor (optional)> ]\n[ <List of Data>, <List of Frequencies>, <Width of Bars> ]\n[ <Start Value>, <End Value>, <List of Heights> ]\n[ <Start Value>, <End Value>, <Expression>, <Variable>, <From Number>, <To Number> ]\n[ <Start Value>, <End Value>, <Expression>, <Variable>, <From Number>, <To Number>, <Step Width> ]
+Barycenter=Barycenter
+Barycenter.Syntax=[ <List of Points>, <List of Weights> ]
+Bernoulli=Bernoulli
+Bernoulli.Syntax=[ <Probability>, <Boolean Cumulative> ]
+BetaDist=BetaDist
+BetaDist.Syntax=[ <Alpha>, <Beta>, <Variable Value Probability> ]\n[ <Alpha>, <Beta>, <Variable Value Probability>, <Boolean Cumulative>  ]\n[ <Alpha>, <Beta>, x, <Boolean Cumulative> ]
+BezierCurve=BezierCurve
+BezierCurve.Syntax=[ <Point>, <Point>, <Point>, <Point> ]
+Binomial=BinomialCoefficient
+Binomial.Syntax=[ <Number n>, <Number r> ]
+BinomialDist=BinomialDist
+BinomialDist.Syntax=[ <Number of Trials>, <Probability of Success> ]\n[ <Number of Trials>, <Probability of Success>, <Boolean Cumulative> ]\n[ <Number of Trials>, <Probability of Success>, <List of Values> ]\n[ <Number of Trials>, <Probability of Success>, <Variable Value Probability>, <Boolean Cumulative> ]
+BinomialDist.SyntaxCAS=[ <Number of Trials>, <Probability of Success>, <Variable Value Probability>, <Boolean Cumulative> ]\n[ <Number of Trials>, <Probability of Success>, <List of Values> ]
+Bottom=Bottom
+Bottom.Syntax=[ <Quadric> ]
+BoxPlot=BoxPlot
+BoxPlot.Syntax=[ <yOffset>, <yScale>, <List of Raw Data> ]\n[ <yOffset>, <yScale>, <List of Raw Data>, <Boolean Outliers> ]\n[ <yOffset>, <yScale>, <List of Data>, <List of Frequencies>, <Boolean Outliers> ]\n[ <yOffset>, <yScale>, <Start Value>, <Q1>, <Median>, <Q3>, <End Value> ]
+Button=Button
+Button.Syntax=[ ]\n[ <Caption> ]
+CASLoaded=CASLoaded
+CASLoaded.Syntax=[]
+CFactor=CFactor
+CFactor.SyntaxCAS=[ <Expression> ]\n[ <Expression>, <Variable> ]
+CIFactor=CIFactor
+CIFactor.SyntaxCAS=[ <Expression> ]\n[ <Expression>, <Variable> ]
+CSolutions=CSolutions
+CSolutions.SyntaxCAS=[ <Equation> ]\n[ <Equation>, <Variable> ]\n[ <List of Equations>, <List of Variables> ]
+CSolve=CSolve
+CSolve.SyntaxCAS=[ <Equation> ]\n[ <Equation>, <Variable> ]\n[ <List of Equations>, <List of Variables> ]
+Cauchy=Cauchy
+Cauchy.Syntax=[ <Median>, <Scale>, <Variable Value Probability> ]\n[ <Median>, <Scale>, <Variable Value Probability>, <Boolean Cumulative>  ]\n[ <Median>, <Scale>, x, <Boolean Cumulative> ]
+Cauchy.SyntaxCAS=[ <Median>, <Scale>, <Variable Value Probability> ]
+Cell=Cell
+Cell.Syntax=[ <Column>, <Row> ]
+CellRange=CellRange
+CellRange.Syntax=[ <Start Cell>, <End Cell> ]
+Center=Center
+Center.Syntax=[ <Conic> ]
+Center.Syntax3D=[ <Conic> ]\n[ <Quadric> ]
+CenterView=CenterView
+CenterView.Syntax=[ <Center Point> ]
+Centroid=Centroid
+Centroid.Syntax=[ <Polygon> ]
+CharacteristicPolynomial=CharacteristicPolynomial
+CharacteristicPolynomial.Syntax=[ <Matrix> ]
+Checkbox=Checkbox
+Checkbox.Syntax=[ ]\n[ <Caption> ]\n[ <List> ]\n[ <Caption>, <List> ]
+ChiSquared=ChiSquared
+ChiSquared.Syntax=[ <Degrees of Freedom>, <Variable Value Probability> ]\n[ <Degrees of Freedom>, <Variable Value Probability>, <Boolean Cumulative> ]\n[ <Degrees of Freedom>, x, <Boolean Cumulative> ]
+ChiSquared.SyntaxCAS=[ <Degrees of Freedom>, <Variable> ]
+ChiSquaredTest=ChiSquaredTest
+ChiSquaredTest.Syntax=[ <Matrix> ]\n[ <List>, <List> ]\n[ <Matrix>, <Matrix> ]\n[ <List>, <List>, <Degrees of Freedom> ]
+Circle=Circle
+Circle.Syntax=[ <Point>, <Radius Number> ]\n[ <Point>, <Segment> ]\n[ <Point>, <Point> ]\n[ <Point>, <Point>, <Point> ]
+Circle.Syntax3D=[ <Point>, <Radius Number> ]\n[ <Point>, <Segment> ]\n[ <Point>, <Point> ]\n[ <Point>, <Point>, <Point> ]\n[ <Line>, <Point> ]\n[ <Point>, <Radius>, <Direction> ]\n[ <Point>, <Point>, <Direction> ]
+CircleArc=CircularArc
+CircleArc.Syntax=[ <Midpoint>, <Point>, <Point> ]
+CircleSector=CircularSector
+CircleSector.Syntax=[ <Midpoint>, <Point>, <Point> ]
+CircumcircleArc=CircumcircularArc
+CircumcircleArc.Syntax=[ <Point>, <Point>, <Point> ]
+CircumcircleSector=CircumcircularSector
+CircumcircleSector.Syntax=[ <Point>, <Point>, <Point> ]
+Circumference=Circumference
+Circumference.Syntax=[ <Conic> ]
+Classes=Classes
+Classes.Syntax=[ <List of Data>, <Number of Classes> ]\n[ <List of Data>, <Start>, <Width of Classes> ]
+ClosestPoint=ClosestPoint
+ClosestPoint.Syntax=[ <Path>, <Point> ]\n[ <Line>, <Line> ]
+ClosestPointRegion=ClosestPointRegion
+ClosestPointRegion.Syntax=[ <Region>, <Point> ]
+Coefficients=Coefficients
+Coefficients.Syntax=[ <Polynomial> ]\n[ <Conic> ]
+Coefficients.SyntaxCAS=[ <Polynomial> ]\n[ <Polynomial>, <Variable> ]
+Column=Column
+Column.Syntax=[ <Spreadsheet Cell> ]
+ColumnName=ColumnName
+ColumnName.Syntax=[ <Spreadsheet Cell> ]
+Command=Command
+CommonDenominator=CommonDenominator
+CommonDenominator.Syntax=[ <Expression>, <Expression> ]
+CompleteSquare=CompleteSquare
+CompleteSquare.Syntax=[ <Quadratic Function> ]
+ComplexRoot=ComplexRoot
+ComplexRoot.Syntax=[ <Polynomial> ]
+Cone=Cone
+Cone.Syntax=[ <Circle>, <Height> ]\n[ <Point>, <Point>, <Radius> ]\n[ <Point>, <Vector>, <Angle> ]
+ConeInfinite=InfiniteCone
+ConeInfinite.Syntax=[ <Point>, <Vector>, <Angle> ]\n[ <Point>, <Point>, <Angle> ]\n[ <Point>, <Line>, <Angle> ]
+Conic=Conic
+Conic.Syntax=[ <List> ]\n[ <Point>, <Point>, <Point>, <Point>, <Point> ]\n[ <Number>, <Number>, <Number>, <Number>, <Number>, <Number> ]
+ConstructionStep=ConstructionStep
+ConstructionStep.Syntax=[ ]\n[ <Object> ]
+ContingencyTable=ContingencyTable
+ContingencyTable.Syntax=[ <List of Text>, <List of Text> ]\n[ <List of Text>, <List of Text>, <Options> ]\n[ <List of Row Values>, <List of Column Values>, <Frequency Table> ]\n[ <List of Row Values>, <List of Column Values>, <Frequency Table> , <Options> ]
+ContinuedFraction=ContinuedFraction
+ContinuedFraction.Syntax=[ <Number> ]\n[ <Number>, <Level> ]\n[ <Number>, <Level>, <Boolean Shorthand> ]
+ConvexHull=ConvexHull
+ConvexHull.Syntax=[ <List of Points> ]
+CopyFreeObject=CopyFreeObject
+CopyFreeObject.Syntax=[ <Object> ]
+Corner=Corner
+Corner.Syntax=[ <Number of Corner> ]\n[ <Image>, <Number of Corner> ]\n[ <Text>, <Number of Corner> ]\n[ <Graphics View>, <Number of Corner> ]
+CountIf=CountIf
+CountIf.Syntax=[ <Condition>, <List> ]\n[ <Condition>, <Variable>, <List> ]
+Covariance=Covariance
+Covariance.Syntax=[ <List of Points> ]\n[ <List of Numbers>, <List of Numbers> ]
+Cross=Cross
+Cross.Syntax=[ <Vector>, <Vector> ]
+CrossRatio=CrossRatio
+CrossRatio.Syntax=[ <Point>, <Point>, <Point>, <Point> ]
+Cube=Cube
+Cube.Syntax=[ <Square> ]\n[ <Point>, <Point>, <Point> ]\n[ <Point>, <Point>, <Direction> ]
+Cubic=Cubic
+Cubic.Syntax=[ <Point>, <Point>, <Point>, <Number> ]
+Curvature=Curvature
+Curvature.Syntax=[ <Point>, <Object> ]
+CurvatureVector=CurvatureVector
+CurvatureVector.Syntax=[ <Point>, <Object> ]
+CurveCartesian=Curve
+CurveCartesian.Syntax=[ <Expression>, <Expression>, <Parameter Variable>, <Start Value>, <End Value> ]
+CurveCartesian.Syntax3D=[ <Expression>, <Expression>, <Parameter Variable>, <Start Value>, <End Value> ]\n[ <Expression>, <Expression>, <Expression>, <Parameter Variable>, <Start Value>, <End Value> ]
+Cylinder=Cylinder
+Cylinder.Syntax=[ <Circle>, <Height> ]\n[ <Point>, <Point>, <Radius> ]
+CylinderInfinite=InfiniteCylinder
+CylinderInfinite.Syntax=[ <Line>, <Radius> ]\n[ <Point>, <Vector>, <Radius> ]\n[ <Point>, <Point>, <Radius> ]
+DataFunction=DataFunction
+DataFunction.Syntax=[ <List of Numbers>, <List of Numbers> ]
+Defined=IsDefined
+Defined.Syntax=[ <Object> ]
+Degree=Degree
+Degree.Syntax=[ <Polynomial> ]
+Degree.SyntaxCAS=[ <Polynomial> ]\n[ <Polynomial>, <Variable> ]
+DelauneyTriangulation=DelaunayTriangulation
+DelauneyTriangulation.Syntax=[ <List of Points> ]
+Delete=Delete
+Delete.Syntax=[ <Object> ]
+Denominator=Denominator
+Denominator.Syntax=[ <Number> ]\n[ <Function> ]
+Denominator.SyntaxCAS=[ <Expression> ]
+DensityPlot=DensityPlot
+Derivative=Derivative
+Derivative.Syntax=[ <Function> ]\n[ <Curve> ]\n[ <Function>, <Number> ]\n[ <Function>, <Variable> ]\n[ <Curve>, <Number> ]\n[ <Function>, <Variable>, <Number> ]
+Derivative.SyntaxCAS=[ <Expression> ]\n[ <Expression>, <Variable> ]\n[ <Expression>, <Variable>, <Number> ]
+Determinant=Determinant
+Determinant.Syntax=[ <Matrix> ]
+Diameter=ConjugateDiameter
+Diameter.Syntax=[ <Vector>, <Conic> ]\n[ <Line>, <Conic> ]
+Difference=Difference
+Difference.Syntax=[ <Polygon>, <Polygon> ]
+Dilate=Dilate
+Dilate.Syntax=[ <Object>, <Dilation Factor> ]\n[ <Object>, <Dilation Factor>, <Dilation Center Point> ]
+Dimension=Dimension
+Dimension.Syntax=[ <Object> ]
+Direction=Direction
+Direction.Syntax=[ <Line> ]
+Directrix=Directrix
+Directrix.Syntax=[ <Conic> ]
+Distance=Distance
+Distance.Syntax=[ <Point>, <Object> ]\n[ <Line>, <Line> ]\n[ <Plane>, <Plane> ]
+Distance.SyntaxCAS=[ <Point>, <Object> ]
+Div=Div
+Div.Syntax=[ <Dividend Number>, <Divisor Number> ]\n[ <Dividend Polynomial>, <Divisor Polynomial> ]
+Division=Division
+Division.Syntax=[ <Dividend Number>, <Divisor Number> ]\n[ <Dividend Polynomial>, <Divisor Polynomial> ]
+Divisors=Divisors
+Divisors.Syntax=[ <Number> ]
+DivisorsList=DivisorsList
+DivisorsList.Syntax=[ <Number> ]
+DivisorsSum=DivisorsSum
+DivisorsSum.Syntax=[ <Number> ]
+Dodecahedron=Dodecahedron
+Dodecahedron.Syntax=[ <Regular Pentagon> ]\n[ <Point>, <Point>, <Point> ]\n[ <Point>, <Point>, <Direction> ]
+Dot=Dot
+Dot.Syntax=[ <Vector>, <Vector> ]
+DotPlot=DotPlot
+DotPlot.Syntax=[ <List of Raw Data>, <Stack Adjacent Dots (optional)>, <Scale Factor (optional)>]
+DynamicCoordinates=DynamicCoordinates
+DynamicCoordinates.Syntax=[ <Point>, <x-Coordinate>, <y-Coordinate> ]\n[ <Point>, <x-Coordinate>, <y-Coordinate>, <z-Coordinate> ]
+Eccentricity=Eccentricity
+Eccentricity.Syntax=[ <Conic> ]
+Eigenvalues=Eigenvalues
+Eigenvalues.SyntaxCAS=[ <Matrix> ]
+Eigenvectors=Eigenvectors
+Eigenvectors.SyntaxCAS=[ <Matrix> ]
+Element=Element
+Element.Syntax=[ <List>, <Position of Element> ]\n[ <Matrix>, <Row>, <Column> ]\n[ <List>, <Index1>, <Index2>, ... ]
+Element.SyntaxCAS=[ <List>, <Position of Element> ]\n[ <Matrix>, <Row>, <Column> ]
+Eliminate=Eliminate
+Eliminate.Syntax=[ <List of Polynomials>, <List of Variables> ]
+Ellipse=Ellipse
+Ellipse.Syntax=[ <Focus>, <Focus>, <Semimajor Axis Length> ]\n[ <Focus>, <Focus>, <Segment> ]\n[ <Focus>, <Focus>, <Point> ]
+Ends=Ends
+Ends.Syntax=[ <Quadric> ]
+Envelope=Envelope
+Envelope.Syntax=[ <Path>, <Point> ]
+Erlang=Erlang
+Erlang.Syntax=[ <Shape>, <Rate>, <Variable Value Probability> ]\n[ <Shape>, <Rate>, <Variable Value Probability>, <Boolean Cumulative> ]\n[ <Shape>, <Rate>, x, <Boolean Cumulative> ]
+Evaluate=Evaluate
+Excentricity=LinearEccentricity
+Excentricity.Syntax=[ <Conic> ]
+Execute=Execute
+Execute.Syntax=[ <List of Text> ]\n[ <List of Text>, <Parameter>, <Parameter>, ... ]
+Expand=Expand
+Expand.Syntax=[ <Expression> ]
+Exponential=Exponential
+Exponential.Syntax=[ <Lambda>, <Variable Value Probability> ]\n[ <Lambda>, <Variable Value Probability>, <Boolean Cumulative> ]\n[ <Lambda>, x, <Boolean Cumulative> ]
+Exponential.SyntaxCAS=[ <Lambda>, <Variable Value Probability> ]
+ExportImage=ExportImage
+ExportImage.Syntax=[ <Property>, <Value>, <Property>, <Value>, ... ]
+ExtendedGCD=ExtendedGCD
+ExtendedGCD.Syntax=[ <Integer>, <Integer>]\n[ <Polynomial>, <Polynomial>]
+Extremum=Extremum
+Extremum.Syntax=[ <Polynomial> ]\n[ <Function>, <Start x-Value>, <End x-Value> ]
+Extremum.SyntaxCAS=[ <Function> ]\n[ <Function>, <Start x-Value>, <End x-Value> ]
+FDistribution=FDistribution
+FDistribution.Syntax=[ <Numerator Degrees of Freedom>, <Denominator Degrees of Freedom>, <Variable Value Probability> ]\n[ <Numerator Degrees of Freedom>, <Denominator Degrees of Freedom>, <Variable Value Probability>, <Boolean Cumulative> ]\n[ <Numerator Degrees of Freedom>, <Denominator Degrees of Freedom>, x, <Boolean Cumulative> ]
+FDistribution.SyntaxCAS=[ <Numerator Degrees of Freedom>, <Denominator Degrees of Freedom>, <Variable Value Probability> ]
+Factor=Factor
+Factor.Syntax=[ <Polynomial> ]
+Factor.SyntaxCAS=[ <Number> ]\n[ <Polynomial> ]\n[ <Expression>, <Variable> ]
+Factors=Factors
+Factors.Syntax=[ <Polynomial> ]\n[ <Number> ]
+FillCells=FillCells
+FillCells.Syntax=[ <CellRange>, <Object> ]\n[ <Cell>, <List> ]\n[ <Cell>, <Matrix> ]
+FillColumn=FillColumn
+FillColumn.Syntax=[ <Column>, <List> ]
+FillRow=FillRow
+FillRow.Syntax=[ <Row>, <List> ]
+First=First
+First.Syntax=[ <List> ]\n[ <Text> ]\n[ <List>, <Number of Elements> ]\n[ <Text>, <Number of Elements> ]\n[ <Locus>, <Number of Elements> ]
+First.SyntaxCAS=[ <List> ]\n[ <List>, <Number of Elements> ]
+FirstAxis=MajorAxis
+FirstAxis.Syntax=[ <Conic> ]
+FirstAxisLength=SemiMajorAxisLength
+FirstAxisLength.Syntax=[ <Conic> ]
+Fit=Fit
+Fit.Syntax=[ <List of Points>, <List of Functions> ]\n[ <List of Points>, <Function> ]
+FitExp=FitExp
+FitExp.Syntax=[ <List of Points> ]
+FitGrowth=FitGrowth
+FitGrowth.Syntax=[ <List of Points> ]
+FitImplicit=FitImplicit
+FitImplicit.Syntax=[ <List of Points>, <Order> ]
+FitLineX=FitLineX
+FitLineX.Syntax=[ <List of Points> ]
+FitLineY=FitLine
+FitLineY.Syntax=[ <List of Points> ]
+FitLog=FitLog
+FitLog.Syntax=[ <List of Points> ]
+FitLogistic=FitLogistic
+FitLogistic.Syntax=[ <List of Points> ]
+FitPoly=FitPoly
+FitPoly.Syntax=[ <List of Points>, <Degree of Polynomial> ]\n[ <Freehand Function>, <Degree of Polynomial> ]
+FitPow=FitPow
+FitPow.Syntax=[ <List of Points> ]
+FitSin=FitSin
+FitSin.Syntax=[ <List of Points> ]
+Flatten=Flatten
+Flatten.Syntax=[ <List> ]
+Focus=Focus
+Focus.Syntax=[ <Conic> ]
+FractionText=FractionText
+FractionText.Syntax=[ <Number> ]\n[ <Point> ]\n[ <Number>, <Single fraction> ]
+Frequency=Frequency
+Frequency.Syntax=[ <List of Raw Data> ]\n[ <Boolean Cumulative>, <List of Raw Data> ]\n[ <List of Class Boundaries>, <List of Raw Data> ]\n[ <List of Text>, <List of Text> ]\n[ <Boolean Cumulative>, <List of Class Boundaries>, <List of Raw Data> ]\n[ <List of Class Boundaries>, <List of Raw Data>, <Use Density>, <Density Scale Factor (optional)> ]\n[ <Boolean Cumulative>, <List of Class Boundaries>, <List of Raw Data>, <Use Density>, <Density Scale Factor (optional)> ]
+FrequencyPolygon=FrequencyPolygon
+FrequencyPolygon.Syntax=[ <List of Class Boundaries>, <List of Heights> ]\n[ <List of Class Boundaries>, <List of Raw Data>, <Boolean Use Density>, <Density Scale Factor (optional)> ]\n[ <Boolean Cumulative>, <List of Class Boundaries>, <List of Raw Data>, <Boolean Use Density>, <Density Scale Factor (optional)> ]
+FrequencyTable=FrequencyTable
+FrequencyTable.Syntax=[ <List of Raw Data>, <Scale Factor (optional)> ]\n[ <Boolean Cumulative>, <List of Raw Data> ]\n[ <List of Class Boundaries>, <List of Raw Data> ]\n[ <Boolean Cumulative>, <List of Class Boundaries>, <List of Raw Data> ]\n[ <List of Class Boundaries>, <List of Raw Data>, <Use Density>, <Density Scale Factor (optional)> ]\n[ <Boolean Cumulative>, <List of Class Boundaries>, <List of Raw Data>, <Use Density>, <Density Scale Factor (optional)> ]
+FromBase=FromBase
+FromBase.Syntax=[ <Number as Text>, <Base> ]
+Function=Function
+Function.Syntax=[ <Function>, <Start x-Value>, <End x-Value> ]\n[ <List of Numbers> ]
+Function.Syntax3D=[ <List of Numbers> ]\n[ <Function>, <Start x-Value>, <End x-Value> ]\n[ <Expression>, <Parameter Variable 1>, <Start Value>, <End Value>, <Parameter Variable 2>, <Start Value>, <End Value> ]
+Function.SyntaxCAS=[ <Function>, <Start x-Value>, <End x-Value> ]
+FutureValue=FutureValue
+FutureValue.Syntax=[ <Interest Rate>, <Number of Periods>, <Payment>, <Present Value (optional)>, <Type (optional)> ]
+GCD=GCD
+GCD.Syntax=[ <List of Numbers> ]\n[ <Number>, <Number> ]
+GCD.SyntaxCAS=[ <List of Numbers> ]\n[ <List of Polynomials> ]\n[ <Number>, <Number> ]\n[ <Polynomial>, <Polynomial> ]
+Gamma=Gamma
+Gamma.Syntax=[ <Alpha>, <Beta>, <Variable Value Probability> ]\n[ <Alpha>, <Beta>, <Variable Value Probability>, <Boolean Cumulative>  ]\n[ <Alpha>, <Beta>, x, <Boolean Cumulative> ]
+Gamma.SyntaxCAS=[ <Alpha>, <Beta>, <Variable Value Probability> ]
+GeometricMean=GeometricMean
+GeometricMean.Syntax=[ <List of Numbers> ]
+GetTime=GetTime
+GetTime.Syntax=[]\n[ <Format> ]
+GroebnerDegRevLex=GroebnerDegRevLex
+GroebnerDegRevLex.Syntax=[ <List of Polynomials> ]\n[ <List of Polynomials>, <List of Variables> ]
+GroebnerLex=GroebnerLex
+GroebnerLex.Syntax=[ <List of Polynomials> ]\n[ <List of Polynomials>, <List of Variables> ]
+GroebnerLexDeg=GroebnerLexDeg
+GroebnerLexDeg.Syntax=[ <List of Polynomials> ]\n[ <List of Polynomials>, <List of Variables> ]
+HarmonicMean=HarmonicMean
+HarmonicMean.Syntax=[ <List of Numbers> ]
+Height=Height
+Height.Syntax=[ <Solid> ]
+HideLayer=HideLayer
+HideLayer.Syntax=[ <Number> ]
+Histogram=Histogram
+Histogram.Syntax=[ <List of Class Boundaries>, <List of Heights> ]\n[ <List of Class Boundaries>, <List of Raw Data>, <Use Density>, <Density Scale Factor (optional)> ]\n[ <Boolean Cumulative>, <List of Class Boundaries>, <List of Raw Data>, <Use Density>, <Density Scale Factor (optional)> ]
+HistogramRight=HistogramRight
+HistogramRight.Syntax=[ <List of Class Boundaries>, <List of Heights> ]\n[ <List of Class Boundaries>, <List of Raw Data>, <Use Density>, <Density Scale Factor (optional)>  ]\n[ <Boolean Cumulative>, <List of Class Boundaries>, <List of Raw Data>, <Use Density>, <Density Scale Factor (optional)> ]
+HyperGeometric=HyperGeometric
+HyperGeometric.Syntax=[ <Population Size>, <Number of Successes>, <Sample Size> ]\n[ <Population Size>, <Number of Successes>, <Sample Size>, <Boolean Cumulative> ]\n[ <Population Size>, <Number of Successes>, <Sample Size>, <Variable Value Probability>, <Boolean Cumulative> ]
+HyperGeometric.SyntaxCAS=[ <Population Size>, <Number of Successes>, <Sample Size>, <Variable Value Probability>, <Boolean Cumulative> ]
+Hyperbola=Hyperbola
+Hyperbola.Syntax=[ <Focus>, <Focus>, <Semimajor Axis Length> ]\n[ <Focus>, <Focus>, <Segment> ]\n[ <Focus>, <Focus>, <Point> ]
+IFactor=IFactor
+IFactor.Syntax=[ <Polynomial> ]
+IFactor.SyntaxCAS=[ <Expression> ]
+Icosahedron=Icosahedron
+Icosahedron.Syntax=[ <Equilateral Triangle> ]\n[ <Point>, <Point>, <Point> ]\n[ <Point>, <Point>, <Direction> ]
+Identity=Identity
+Identity.Syntax=[ <Number> ]
+If=If
+If.Syntax=[ <Condition>, <Then> ]\n[ <Condition>, <Then>, <Else> ]
+ImplicitCurve=ImplicitCurve
+ImplicitCurve.Syntax=[ <List of Points> ]\n[ <f(x, y)> ]
+ImplicitDerivative=ImplicitDerivative
+ImplicitDerivative.Syntax=[ <f(x, y)> ]
+ImplicitDerivative.SyntaxCAS=[ <f(x, y)> ]\n[ <Expression>, <Dependent Variable>, <Independent Variable> ]
+Incircle=Incircle
+Incircle.Syntax=[ <Point>, <Point>, <Point> ]
+IndexOf=IndexOf
+IndexOf.Syntax=[ <Object>, <List> ]\n[ <Text>, <Text> ]\n[ <Object>, <List>, <Start Index> ]\n[ <Text>, <Text>, <Start Index> ]
+Insert=Insert
+Insert.Syntax=[ <List>, <List>, <Position> ]\n[ <Object>, <List>, <Position> ]
+Integral=Integral
+Integral.Syntax=[ <Function> ]\n[ <Function>, <Variable> ]\n[ <Function>, <Start x-Value>, <End x-Value> ]\n[ <Function>, <Start x-Value>, <End x-Value>, <Boolean Evaluate> ]
+Integral.SyntaxCAS=[ <Function> ]\n[ <Function>, <Variable> ]\n[ <Function>, <Start x-Value>, <End x-Value> ]\n[ <Function>, <Variable>, <Start Value>, <End Value> ]
+IntegralBetween=IntegralBetween
+IntegralBetween.Syntax=[ <Function>, <Function>, <Start x-Value>, <End x-Value> ]\n[ <Function>, <Function>, <Start x-Value>, <End x-Value>, <Boolean Evaluate> ]
+IntegralBetween.SyntaxCAS=[ <Function>, <Function>, <Start x-Value>, <End x-Value> ]\n[ <Function>, <Function>, <Variable>, <Start Value>, <End Value> ]
+IntegralSymbolic=IntegralSymbolic
+IntegralSymbolic.Syntax=[ <Function> ]\n[ <Function>, <Variable> ]
+InteriorAngles=InteriorAngles
+InteriorAngles.Syntax=[ <Polygon> ]
+Intersect=Intersect
+Intersect.Syntax=[ <Object>, <Object> ]\n[ <Object>, <Object>, <Index of Intersection Point> ]\n[ <Object>, <Object>, <Initial Point> ]\n[ <Function>, <Function>, <Start x-Value>, <End x-Value> ]\n[ <Curve 1>, <Curve 2>, <Parameter 1>, <Parameter 2> ]
+Intersect.SyntaxCAS=[ <Function>, <Function> ]
+IntersectConic=IntersectConic
+IntersectConic.Syntax=[ <Plane>, <Quadric> ]\n[ <Quadric>, <Quadric> ]
+IntersectPath=IntersectPath
+IntersectPath.Syntax=[ <Line>, <Polygon> ]\n[ <Polygon>, <Polygon> ]
+IntersectPath.Syntax3D=[ <Line>, <Polygon> ]\n[ <Polygon>, <Polygon> ]\n[ <Plane>, <Polygon> ]\n[ <Plane>, <Quadric> ]
+Intersection=Intersection
+Intersection.Syntax=[ <List>, <List> ]
+InverseBeta=InverseBeta
+InverseBeta.Syntax=[ <Alpha>, <Beta>, <Probability> ]
+InverseBinomial=InverseBinomial
+InverseBinomial.Syntax=[ <Number of Trials>, <Probability of Success>, <Cumulative Probability> ]
+InverseBinomialMinimumTrials=InverseBinomialMinimumTrials
+InverseBinomialMinimumTrials.Syntax=[ <Cumulative Probability>, <Probability of Success>, <Number of Successes> ]
+InverseBinomialMinimumTrials.SyntaxCAS=[ <Cumulative Probability>, <Probability of Success>, <Number of Successes> ]
+InverseCauchy=InverseCauchy
+InverseCauchy.Syntax=[ <Median>, <Scale>, <Probability> ]
+InverseChiSquared=InverseChiSquared
+InverseChiSquared.Syntax=[ <Degrees of Freedom>, <Probability> ]
+InverseExponential=InverseExponential
+InverseExponential.Syntax=[ <Lambda>, <Probability> ]
+InverseFDistribution=InverseFDistribution
+InverseFDistribution.Syntax=[ <Numerator Degrees of Freedom>, <Denominator Degrees of Freedom>, <Probability> ]
+InverseGamma=InverseGamma
+InverseGamma.Syntax=[ <Alpha>, <Beta>, <Probability> ]
+InverseHyperGeometric=InverseHyperGeometric
+InverseHyperGeometric.Syntax=[ <Population Size>, <Number of Successes>, <Sample Size>, <Probability> ]
+InverseLaplace=InverseLaplace
+InverseLaplace.Syntax=[ <Function> ]\n[ <Function>, <Variable> ]\n[ <Function>, <Variable>, <Variable> ]
+InverseLogNormal=InverseLogNormal
+InverseLogNormal.Syntax=[ <Mean>, <Standard Deviation>, <Probability> ]
+InverseLogistic=InverseLogistic
+InverseLogistic.Syntax=[ <Mean>, <Scale>, <Probability> ]
+InverseNormal=InverseNormal
+InverseNormal.Syntax=[ <Mean>, <Standard Deviation>, <Cumulative Probability> ]
+InversePascal=InversePascal
+InversePascal.Syntax=[ <n>, <p>, <Probability> ]
+InversePoisson=InversePoisson
+InversePoisson.Syntax=[ <Mean>, <Probability> ]
+InverseTDistribution=InverseTDistribution
+InverseTDistribution.Syntax=[ <Degrees of Freedom>, <Probability> ]
+InverseWeibull=InverseWeibull
+InverseWeibull.Syntax=[ <Shape>, <Scale>, <Probability> ]
+InverseZipf=InverseZipf
+InverseZipf.Syntax=[ <Number of Elements>, <Exponent>, <Probability> ]
+Invert=Invert
+Invert.Syntax=[ <Matrix> ]\n[ <Function> ]
+IsFactored=IsFactored
+IsFactored.Syntax=[ <Polynomial> ]
+IsInRegion=IsInRegion
+IsInRegion.Syntax=[ <Point>, <Region> ]
+IsInteger=IsInteger
+IsInteger.Syntax=[ <Number> ]
+IsPrime=IsPrime
+IsPrime.Syntax=[ <Number> ]
+IsTangent=IsTangent
+IsTangent.Syntax=[ <Line>, <Conic> ]
+IsVertexForm=IsVertexForm
+IsVertexForm.Syntax=[ <Function> ]
+Iteration=Iteration
+Iteration.Syntax=[ <Function>, <Start Value>, <Number of Iterations> ]\n[ <Expression>, <Variables>, <Start Values>, <Count> ]
+IterationList=IterationList
+IterationList.Syntax=[ <Function>, <Start Value>, <Number of Iterations> ]\n[ <Expression>, <Variables>, <Start Values>, <Count> ]
+IterationList.SyntaxCAS=[ <Function>, <Start Value>, <Number of Iterations> ]
+Join=Join
+Join.Syntax=[ <List of Lists> ]\n[ <List>, <List>, ... ]
+JordanDiagonalization=JordanDiagonalization
+JordanDiagonalization.SyntaxCAS=[ <Matrix> ]
+KeepIf=KeepIf
+KeepIf.Syntax=[ <Condition>, <List> ]\n[ <Condition>, <Variable>, <List> ]
+LCM=LCM
+LCM.Syntax=[ <List of Numbers> ]\n[ <Number>, <Number> ]
+LCM.SyntaxCAS=[ <List of Numbers> ]\n[ <List of Polynomials> ]\n[ <Number>, <Number> ]\n[ <Polynomial>, <Polynomial> ]
+LUDecomposition=LUDecomposition
+LUDecomposition.Syntax=[ <Matrix> ]
+LaTeX=FormulaText
+LaTeX.Syntax=[ <Object> ]\n[ <Object>, <Boolean for Substitution of Variables> ]\n[ <Object>, <Boolean for Substitution of Variables>, <Boolean Show Name> ]
+Laplace=Laplace
+Laplace.Syntax=[ <Function> ]\n[ <Function>, <Variable> ]\n[ <Function>, <Variable>, <Variable> ]
+Last=Last
+Last.Syntax=[ <List> ]\n[ <Text> ]\n[ <List>, <Number of Elements> ]\n[ <Text>, <Number of Elements> ]
+Last.SyntaxCAS=[ <List> ]\n[ <List>, <Number of Elements> ]
+LeftSide=LeftSide
+LeftSide.Syntax=[ <Equation> ]
+LeftSide.SyntaxCAS=[ <Equation> ]\n[ <List of Equations> ]\n[ <List of Equations>, <Index> ]
+LeftSum=LeftSum
+LeftSum.Syntax=[ <Function>, <Start x-Value>, <End x-Value>, <Number of Rectangles> ]
+Length=Length
+Length.Syntax=[ <Object> ]\n[ <Function>, <Start x-Value>, <End x-Value> ]\n[ <Function>, <Start Point>, <End Point> ]\n[ <Curve>, <Start t-Value>, <End t-Value> ]\n[ <Curve>, <Start Point>, <End Point> ]
+Length.SyntaxCAS=[ <List> ]\n[ <Function>, <Start x-Value>, <End x-Value> ]\n[ <Function>, <Variable>, <Start x-Value>, <End x-Value> ]
+LetterToUnicode=LetterToUnicode
+LetterToUnicode.Syntax=[ <Letter> ]
+Limit=Limit
+Limit.Syntax=[ <Function>, <Value> ]
+Limit.SyntaxCAS=[ <Expression>, <Value> ]\n[ <Expression>, <Variable>, <Value> ]
+LimitAbove=LimitAbove
+LimitAbove.Syntax=[ <Function>, <Value> ]
+LimitAbove.SyntaxCAS=[ <Expression>, <Value> ]\n[ <Expression>, <Variable>, <Value> ]
+LimitBelow=LimitBelow
+LimitBelow.Syntax=[ <Function>, <Value> ]
+LimitBelow.SyntaxCAS=[ <Expression>, <Value> ]\n[ <Expression>, <Variable>, <Value> ]
+Line=Line
+Line.Syntax=[ <Point>, <Point> ]\n[ <Point>, <Parallel Line> ]\n[ <Point>, <Direction Vector> ]
+LineBisector=PerpendicularBisector
+LineBisector.Syntax=[ <Segment> ]\n[ <Point>, <Point> ]
+LineBisector.Syntax3D=[ <Segment> ]\n[ <Point>, <Point> ]\n[ <Point>, <Point>, <Direction> ]
+LineGraph=LineGraph
+LineGraph.Syntax=[ <List of x-coordinates>, <List of y-coordinates> ]
+Locus=Locus
+Locus.Syntax=[ <Point Creating Locus Line>, <Point> ]\n[ <Point Creating Locus Line>, <Slider> ]\n[ <Slopefield>, <Point> ]\n[ <f(x, y)>, <Point> ]
+LocusEquation=LocusEquation
+LocusEquation.Syntax=[ <Locus> ]\n[ <Locus Point>, <Moving Point> ]\n[ <Boolean Expression>, <Moving Point> ]
+LogNormal=LogNormal
+LogNormal.Syntax=[ <Mean>, <Standard Deviation>, <Variable Value Probability> ]\n[ <Mean>, <Standard Deviation>, <Variable Value Probability>, <Boolean Cumulative>  ]\n[ <Mean>, <Standard Deviation>, x, <Boolean Cumulative> ]
+Logistic=Logistic
+Logistic.Syntax=[ <Mean>, <Scale>, <Variable Value Probability> ]\n[ <Mean>, <Scale>, <Variable Value Probability>, <Boolean Cumulative>  ]\n[ <Mean>, <Scale>, x, <Boolean Cumulative> ]
+LowerSum=LowerSum
+LowerSum.Syntax=[ <Function>, <Start x-Value>, <End x-Value>, <Number of Rectangles> ]
+MAD=MAD
+MAD.Syntax=[ <List of Raw Data> ]\n[ <List of Numbers>, <List of Frequencies> ]
+MatrixPlot=MatrixPlot
+MatrixRank=MatrixRank
+MatrixRank.Syntax=[ <Matrix> ]
+Max=Max
+Max.Syntax=[ <Interval> ]\n[ <Number>, <Number> ]\n[ <List> ]\n[ <List of Data>, <List of Frequencies> ]\n[ <Function>, <Start x-Value>, <End x-Value> ]
+Max.SyntaxCAS=[ <List> ]\n[ <Interval> ]\n[ <Number>, <Number> ]\n[ <Function>, <Start x-Value>, <End x-Value> ]\n[ <List of Data>, <List of Frequencies> ]
+Maximize=Maximize
+Maximize.Syntax=[ <Dependent Number>, <Free Number> ]\n[ <Dependent Number>, <Point on Path> ]
+Mean=Mean
+Mean.Syntax=[ <List of Raw Data> ]\n[ <List of Numbers>, <List of Frequencies> ]
+MeanX=MeanX
+MeanX.Syntax=[ <List of Points> ]
+MeanY=MeanY
+MeanY.Syntax=[ <List of Points> ]
+Median=Median
+Median.Syntax=[ <List of Raw Data> ]\n[ <List of Numbers>, <List of Frequencies> ]
+Median.SyntaxCAS=[ <List of Numbers> ]
+Midpoint=Midpoint
+Midpoint.Syntax=[ <Segment> ]\n[ <Conic> ]\n[ <Interval> ]\n[ <Point>, <Point> ]
+Min=Min
+Min.Syntax=[ <Interval> ]\n[ <Number>, <Number> ]\n[ <List> ]\n[ <List of Data>, <List of Frequencies> ]\n[ <Function>, <Start x-Value>, <End x-Value> ]
+Min.SyntaxCAS=[ <List> ]\n[ <Interval> ]\n[ <Number>, <Number> ]\n[ <Function>, <Start x-Value>, <End x-Value> ]\n[ <List of Data>, <List of Frequencies> ]
+MinimalPolynomial=MinimalPolynomial
+MinimalPolynomial.Syntax=[ <Matrix> ]
+Minimize=Minimize
+Minimize.Syntax=[ <Dependent Number>, <Free Number> ]\n[ <Dependent Number>, <Point on Path> ]
+MinimumSpanningTree=MinimumSpanningTree
+MinimumSpanningTree.Syntax=[ <List of Points> ]
+Mirror=Reflect
+Mirror.Syntax=[ <Object>, <Point> ]\n[ <Object>, <Line> ]\n[ <Object>, <Circle> ]
+Mirror.Syntax3D=[ <Object>, <Point> ]\n[ <Object>, <Line> ]\n[ <Object>, <Plane> ]\n[ <Object>, <Circle> ]
+MixedNumber=MixedNumber
+MixedNumber.SyntaxCAS=[ <Number> ]
+Mod=Mod
+Mod.Syntax=[ <Dividend Number>, <Divisor Number> ]\n[ <Dividend Polynomial>, <Divisor Polynomial> ]
+Mode=Mode
+Mode.Syntax=[ <List of Numbers> ]
+ModularExponent=ModularExponent
+ModularExponent.Syntax=[ <Number>, <Number>, <Number> ]
+NDerivative=NDerivative
+NDerivative.Syntax=[ <Function> ]\n[ <Function>, <Order> ]
+NIntegral=NIntegral
+NIntegral.Syntax=[ <Function> ]\n[ <Function>, <Start x-Value>, <End x-Value> ]\n[ <Function>, <Start x-Value>, <Start y-Value>, <End x-Value> ]
+NIntegral.SyntaxCAS=[ <Function>, <Start x-Value>, <End x-Value> ]\n[ <Function>, <Variable>, <Start Value>, <End Value> ]
+NInvert=NInvert
+NInvert.Syntax=[ <Function> ]
+NSolutions=NSolutions
+NSolutions.Syntax=[ <Equation> ]
+NSolutions.SyntaxCAS=[ <Equation> ]\n[ <Equation>, <Variable> ]\n[ <Equation>, <Variable = starting value> ]\n[ <List of Equations>, <List of Variables> ]
+NSolve=NSolve
+NSolve.Syntax=[ <Equation> ]
+NSolve.SyntaxCAS=[ <Equation> ]\n[ <Equation>, <Variable> ]\n[ <Equation>, <Variable = starting value> ]\n[ <List of Equations>, <List of Variables> ]
+NSolveODE=NSolveODE
+NSolveODE.Syntax=[ <List of Derivatives>, <Initial x-coordinate>, <List of Initial y-coordinates>, <Final x-coordinate> ]
+Name=Name
+Name.Syntax=[ <Object> ]
+Net=Net
+Net.Syntax=[ <Polyhedron>, <Number> ]\n[ <Polyhedron>, <Number>, <Face>, <Edge>, <Edge>, ... ]
+NextPrime=NextPrime
+NextPrime.Syntax=[ <Number> ]
+Normal=Normal
+Normal.Syntax=[ <Mean>, <Standard Deviation>, <Variable Value Probability> ]\n[ <Mean>, <Standard Deviation>, <Variable Value Probability>, <Boolean Cumulative> ]\n[ <Mean>, <Standard Deviation>, x, <Boolean Cumulative> ]\n[ <Mean>, <Standard Deviation>, <Variable Value u> , <Variable Value v> ]
+NormalQuantilePlot=NormalQuantilePlot
+NormalQuantilePlot.Syntax=[ <List of Raw Data> ]
+Normalize=Normalize
+Normalize.Syntax=[ <List of Numbers> ]\n[ <List of Points> ]
+Numerator=Numerator
+Numerator.Syntax=[ <Number> ]\n[ <Function> ]
+Numerator.SyntaxCAS=[ <Expression> ]
+Numeric=Numeric
+Numeric.SyntaxCAS=[ <Expression> ]\n[ <Expression>, <Significant Figures> ]
+Object=Object
+Object.Syntax=[ <Name of Object as Text> ]
+Octahedron=Octahedron
+Octahedron.Syntax=[ <Equilateral Triangle> ]\n[ <Point>, <Point>, <Point> ]\n[ <Point>, <Point>, <Direction> ]
+Ordinal=Ordinal
+Ordinal.Syntax=[ <Integer> ]
+OrdinalRank=OrdinalRank
+OrdinalRank.Syntax=[ <List> ]
+OrthogonalLine=PerpendicularLine
+OrthogonalLine.Syntax=[ <Point>, <Line> ]\n[ <Point>, <Segment> ]\n[ <Point>, <Vector> ]
+OrthogonalLine.Syntax3D=[ <Point>, <Line> ]\n[ <Point>, <Segment> ]\n[ <Point>, <Vector> ]\n[ <Point>, <Plane> ]\n[ <Line>, <Line> ]\n[ <Point>, <Direction>, <Direction> ]\n[ <Point>, <Line>, <Context> ]
+OrthogonalPlane=PerpendicularPlane
+OrthogonalPlane.Syntax=[ <Point>, <Line> ]\n[ <Point>, <Vector> ]
+OrthogonalVector=PerpendicularVector
+OrthogonalVector.Syntax=[ <Line> ]\n[ <Segment> ]\n[ <Vector> ]
+OrthogonalVector.Syntax3D=[ <Line> ]\n[ <Segment> ]\n[ <Vector> ]\n[ <Plane> ]
+OrthogonalVector.SyntaxCAS=[ <Vector> ]
+OsculatingCircle=OsculatingCircle
+OsculatingCircle.Syntax=[ <Point>, <Object> ]
+PMCC=CorrelationCoefficient
+PMCC.Syntax=[ <List of Points> ]\n[ <List of x-coordinates>, <List of y-coordinates> ]
+Pan=Pan
+Pan.Syntax=[ <x>, <y> ]
+Pan.Syntax3D=[ <x>, <y> ]\n[ <x>, <y>, <z> ]
+Parabola=Parabola
+Parabola.Syntax=[ <Point>, <Line> ]
+Parameter=Parameter
+Parameter.Syntax=[ <Parabola> ]
+ParametricDerivative=ParametricDerivative
+ParametricDerivative.Syntax=[ <Curve> ]
+ParseToFunction=ParseToFunction
+ParseToFunction.Syntax=[ <Text> ]\n[ <Function>, <Text> ]
+ParseToNumber=ParseToNumber
+ParseToNumber.Syntax=[ <Text> ]\n[ <Number>, <Text> ]
+PartialFractions=PartialFractions
+PartialFractions.Syntax=[ <Function> ]
+PartialFractions.SyntaxCAS=[ <Function> ]\n[ <Function>, <Variable> ]
+Pascal=Pascal
+Pascal.Syntax=[ <n>, <p> ]\n[ <n>, <p>, <Boolean Cumulative> ]\n[ <n>, <p>, <Variable Value Probability>, <Boolean Cumulative> ]
+Pascal.SyntaxCAS=[ <n>, <p>, <Variable Value Probability>, <Boolean Cumulative> ]
+PathParameter=PathParameter
+PathParameter.Syntax=[ <Point On Path> ]
+Payment=Payment
+Payment.Syntax=[ <Interest Rate>, <Number of Periods>, <Present Value>, <Future Value (optional)>, <Type (optional)> ]
+PenStroke=PenStroke
+PenStroke.Syntax=[ <Point>, ..., <Point> ]
+Percentile=Percentile
+Percentile.Syntax=[ <List of Numbers>, <Percent> ]
+Perimeter=Perimeter
+Perimeter.Syntax=[ <Polygon> ]\n[ <Conic> ]\n[ <Locus> ]
+Periods=Periods
+Periods.Syntax=[ <Interest Rate>, <Payment>, <Present Value>, <Future Value (optional)>, <Type (optional)> ]
+PieChart=PieChart
+PieChart.Syntax=[ <List of Frequencies> ]\n[ <List of Frequencies>, <Center>, <Radius> ]
+Plane=Plane
+Plane.Syntax=[ <Polygon> ]\n[ <Conic> ]\n[ <Point>, <Plane> ]\n[ <Point>, <Line> ]\n[ <Line>, <Line> ]\n[ <Point>, <Point>, <Point> ]\n[ <Point>, <Vector>, <Vector> ]
+Plane.SyntaxCAS=[ <Point>, <Point>, <Point> ]
+PlaneBisector=PlaneBisector
+PlaneBisector.Syntax=[ <Segment> ]\n[ <Point>, <Point> ]
+PlaySound=PlaySound
+PlaySound.Syntax=[ <URL> ]\n[ <Boolean Play> ]\n[ <Function>, <Min Value>, <Max Value> ]\n[ <Function>, <Min Value>, <Max Value>, <Sample Rate>, <Sample Depth> ]
+PlotSolve=PlotSolve
+PlotSolve.Syntax=[ <Equation in x> ]
+Point=Point
+Point.Syntax=[ <Object> ]\n[ <Object>, <Parameter> ]\n[ <Point>, <Vector> ]\n[ <List> ]
+Point.SyntaxCAS=Point( <List> )\nPoint( <Point>, <Vector> )
+PointIn=PointIn
+PointIn.Syntax=[ <Region> ]
+PointList=PointList
+PointList.Syntax=[ <List> ]
+Poisson=Poisson
+Poisson.Syntax=[ <Mean> ]\n[ <Mean>, <Boolean Cumulative> ]\n[ <Mean>, <Variable Value Probability>, <Boolean Cumulative> ]
+Poisson.SyntaxCAS=[ <Mean>, <Variable Value Probability>, <Boolean Cumulative> ]
+Polar=Polar
+Polar.Syntax=[ <Point>, <Conic> ]\n[ <Line>, <Conic> ]
+PolyLine=Polyline
+PolyLine.Syntax=[ <List of Points> ]\n[ <Point>, ..., <Point> ]
+Polygon=Polygon
+Polygon.Syntax=[ <List of Points> ]\n[ <Point>, ..., <Point> ]\n[ <Point>, <Point>, <Number of Vertices> ]
+Polygon.Syntax3D=[ <List of Points> ]\n[ <Point>, ..., <Point> ]\n[ <Point>, <Point>, <Number of Vertices> ]\n[ <Point>, <Point>, <Number of Vertices>, <Direction> ]
+Polynomial=Polynomial
+Polynomial.Syntax=[ <Function> ]\n[ <List of Points> ]
+Polynomial.SyntaxCAS=[ <Function> ]\n[ <Function>, <Variable> ]
+PresentValue=PresentValue
+PresentValue.Syntax=[ <Interest Rate>, <Number of Periods>, <Payment>, <Future Value (optional)>, <Type (optional)> ]
+PreviousPrime=PreviousPrime
+PreviousPrime.Syntax=[ <Number> ]
+PrimeFactors=PrimeFactors
+PrimeFactors.Syntax=[ <Number> ]
+Prism=Prism
+Prism.Syntax=[ <Polygon>, <Point> ]\n[ <Polygon>, <Height value> ]\n[ <Point>, <Point>, ... ]
+Product=Product
+Product.Syntax=[ <List of Raw Data> ]\n[ <List of Numbers>, <Number of Elements> ]\n[ <List of Numbers>, <List of Frequencies> ]\n[ <Expression>, <Variable>, <Start Value>, <End Value> ]
+Product.SyntaxCAS=[ <List of Expressions> ]\n[ <Expression>, <Variable>, <Start Index>, <End Index> ]
+Prove=Prove
+Prove.Syntax=[ <Boolean Expression> ]
+ProveDetails=ProveDetails
+ProveDetails.Syntax=[ <Boolean Expression> ]
+Pyramid=Pyramid
+Pyramid.Syntax=[ <Polygon>, <Point> ]\n[ <Polygon>, <Height> ]\n[ <Point>, <Point>, <Point>, <Point>, ... ]
+Q1=Quartile1
+Q1.Syntax=[ <List of Raw Data> ]\n[ <List of Numbers>, <List of Frequencies> ]
+Q3=Quartile3
+Q3.Syntax=[ <List of Raw Data> ]\n[ <List of Numbers>, <List of Frequencies> ]
+QRDecomposition=QRDecomposition
+QRDecomposition.Syntax=[ <Matrix> ]
+QuadricSide=Side
+QuadricSide.Syntax=[ <Quadric> ]
+RSquare=RSquare
+RSquare.Syntax=[ <List of Points>, <Function> ]
+Radius=Radius
+Radius.Syntax=[ <Conic> ]
+Random=RandomBetween
+Random.Syntax=[ <Minimum Integer>, <Maximum Integer> ]\n[ <Minimum Integer>, <Maximum Integer>, <Number of Samples> ]\n[ <Minimum Integer>, <Maximum Integer>, <Boolean Fixed> ]
+Random.SyntaxCAS=[ <Minimum Integer>, <Maximum Integer> ]\n[ <Minimum Integer>, <Maximum Integer>, <Number of Samples> ]
+RandomBinomial=RandomBinomial
+RandomBinomial.Syntax=[ <Number of Trials>, <Probability> ]
+RandomDiscrete=RandomDiscrete
+RandomDiscrete.Syntax=[ <List>, <List> ]
+RandomElement=RandomElement
+RandomElement.Syntax=[ <List> ]
+RandomNormal=RandomNormal
+RandomNormal.Syntax=[ <Mean>, <Standard Deviation> ]
+RandomPointIn=RandomPointIn
+RandomPointIn.Syntax=[ <Region> ]\n[ <List of Points> ]\n[ <xMin>, <xMax>, <yMin>, <yMax> ]
+RandomPoisson=RandomPoisson
+RandomPoisson.Syntax=[ <Mean> ]
+RandomPolynomial=RandomPolynomial
+RandomPolynomial.Syntax=[ <Degree>, <Minimum for Coefficients>, <Maximum for Coefficients> ]
+RandomPolynomial.SyntaxCAS=[ <Degree>, <Minimum for Coefficients>, <Maximum for Coefficients> ]\n[ <Variable>, <Degree>, <Minimum for Coefficients>, <Maximum for Coefficients> ]
+RandomUniform=RandomUniform
+RandomUniform.Syntax=[ <Min>, <Max> ]\n[ <Min>, <Max>, <Number of Samples> ]
+Rate=Rate
+Rate.Syntax=[ <Number of Periods>, <Payment>, <Present Value>, <Future Value (optional)>, <Type (optional)>, <Guess (optional)> ]
+Rationalize=Rationalize
+Rationalize.SyntaxCAS=[ <Number> ]
+Ray=Ray
+Ray.Syntax=[ <Start Point>, <Point> ]\n[ <Start Point>, <Direction Vector> ]
+ReadText=ReadText
+ReadText.Syntax=[ <Text> ]
+RectangleSum=RectangleSum
+RectangleSum.Syntax=[ <Function>, <Start x-Value>, <End x-Value>, <Number of Rectangles>, <Position for rectangle start> ]
+ReducedRowEchelonForm=ReducedRowEchelonForm
+ReducedRowEchelonForm.Syntax=[ <Matrix> ]
+Relation=Relation
+Relation.Syntax=[ <List> ]\n[ <Object>, <Object> ]
+RemovableDiscontinuity=RemovableDiscontinuity
+RemovableDiscontinuity.Syntax=[ <Function> ]
+Remove=Remove
+Remove.Syntax=[ <List>, <List> ]
+RemoveUndefined=RemoveUndefined
+RemoveUndefined.Syntax=[ <List> ]
+Rename=Rename
+Rename.Syntax=[ <Object>, <Name> ]
+Repeat=Repeat
+Repeat.Syntax=[ <Number>, <Scripting Command>, <Scripting Command>, ... ]
+ReplaceAll=ReplaceAll
+ReplaceAll.Syntax=[ <Text>, <Text to Match>, <Text to Replace> ]
+ResidualPlot=ResidualPlot
+ResidualPlot.Syntax=[ <List of Points>, <Function> ]
+Reverse=Reverse
+Reverse.Syntax=[ <List> ]
+RightSide=RightSide
+RightSide.Syntax=[ <Equation> ]
+RightSide.SyntaxCAS=[ <Equation> ]\n[ <List of Equations> ]\n[ <List of Equations>, <Index> ]
+RigidPolygon=RigidPolygon
+RigidPolygon.Syntax=[ <Polygon> ]\n[ <Polygon>, <Offset x>, <Offset y> ]\n[ <Free Point>, ..., <Free Point> ]
+Root=Root
+Root.Syntax=[ <Polynomial> ]\n[ <Function>, <Initial x-Value> ]\n[ <Function>, <Start x-Value>, <End x-Value> ]
+Root.SyntaxCAS=[ <Polynomial> ]
+RootList=RootList
+RootList.Syntax=[ <List> ]
+RootMeanSquare=RootMeanSquare
+RootMeanSquare.Syntax=[ <List of Numbers> ]
+Roots=Roots
+Roots.Syntax=[ <Function>, <Start x-Value>, <End x-Value> ]
+Rotate=Rotate
+Rotate.Syntax=[ <Object>, <Angle> ]\n[ <Object>, <Angle>, <Point> ]
+Rotate.Syntax3D=[ <Object>, <Angle> ]\n[ <Object>, <Angle>, <Point> ]\n[ <Object>, <Angle>, <Axis of Rotation> ]\n[ <Object>, <Angle>, <Point on Axis>, <Axis Direction or Plane> ]
+RotateText=RotateText
+RotateText.Syntax=[ <Text>, <Angle> ]
+Row=Row
+Row.Syntax=[ <Spreadsheet Cell> ]
+RunClickScript=RunClickScript
+RunClickScript.Syntax=[ <Object> ]
+RunUpdateScript=RunUpdateScript
+RunUpdateScript.Syntax=[ <Object> ]
+SD=SD
+SD.Syntax=[ <List of Raw Data> ]\n[ <List of Numbers>, <List of Frequencies> ]
+SDX=SDX
+SDX.Syntax=[ <List of Points> ]
+SDY=SDY
+SDY.Syntax=[ <List of Points> ]
+SVD=SVD
+SVD.Syntax=[ <Matrix> ]
+SXX=Sxx
+SXX.Syntax=[ <List of Numbers> ]\n[ <List of Points> ]
+SXY=Sxy
+SXY.Syntax=[ <List of Points> ]\n[ <List of Numbers>, <List of Numbers> ]
+SYY=Syy
+SYY.Syntax=[ <List of Points> ]
+Sample=Sample
+Sample.Syntax=[ <List>, <Size> ]\n[ <List>, <Size>, <With Replacement> ]
+SampleSD=SampleSD
+SampleSD.Syntax=[ <List of Raw Data> ]\n[ <List of Numbers>, <List of Frequencies> ]
+SampleSD.SyntaxCAS=[ <List of Numbers> ]
+SampleSDX=SampleSDX
+SampleSDX.Syntax=[ <List of Points> ]
+SampleSDY=SampleSDY
+SampleSDY.Syntax=[ <List of Points> ]
+SampleVariance=SampleVariance
+SampleVariance.Syntax=[ <List of Raw Data> ]\n[ <List of Numbers>, <List of Frequencies> ]
+SampleVariance.SyntaxCAS=[ <List of Numbers> ]
+ScientificText=ScientificText
+ScientificText.Syntax=[ <Number> ]\n[ <Number>, <Precision> ]
+SecondAxis=MinorAxis
+SecondAxis.Syntax=[ <Conic> ]
+SecondAxisLength=SemiMinorAxisLength
+SecondAxisLength.Syntax=[ <Conic> ]
+Sector=Sector
+Sector.Syntax=[ <Conic>, <Point>, <Point> ]\n[ <Conic>, <Parameter Value>, <Parameter Value> ]
+Segment=Segment
+Segment.Syntax=[ <Point>, <Point> ]\n[ <Point>, <Length> ]
+SelectObjects=SelectObjects
+SelectObjects.Syntax=[ ]\n[ <Object>, <Object>, ... ]
+SelectedElement=SelectedElement
+SelectedElement.Syntax=[ <List> ]
+SelectedIndex=SelectedIndex
+SelectedIndex.Syntax=[ <List> ]
+Semicircle=Semicircle
+Semicircle.Syntax=[ <Point>, <Point> ]
+Sequence=Sequence
+Sequence.Syntax=[ <End Value> ]\n[ <Start Value>, <End Value> ]\n[ <Start Value>, <End Value>, <Increment> ]\n[ <Expression>, <Variable>, <Start Value>, <End Value> ]\n[ <Expression>, <Variable>, <Start Value>, <End Value>, <Increment> ]
+SetActiveView=SetActiveView
+SetActiveView.Syntax=[ <View> ]\n[ <Plane> ]
+SetAxesRatio=SetAxesRatio
+SetAxesRatio.Syntax=[ <Number>, <Number> ]
+SetAxesRatio.Syntax3D=[ <Number>, <Number> ]\n[ <Number>, <Number>, <Number> ]
+SetBackgroundColor=SetBackgroundColor
+SetBackgroundColor.Syntax=[ <Color> ]\n[ <Object>, <Color> ]\n[ <Red>, <Green>, <Blue> ]\n[ <Object>, <Red>, <Green>, <Blue> ]
+SetCaption=SetCaption
+SetCaption.Syntax=[ <Object>, <Text> ]
+SetColor=SetColor
+SetColor.Syntax=[ <Object>, <Color> ]\n[ <Object>, <Red>, <Green>, <Blue> ]
+SetConditionToShowObject=SetConditionToShowObject
+SetConditionToShowObject.Syntax=[ <Object>, <Condition> ]
+SetConstructionStep=SetConstructionStep
+SetConstructionStep.Syntax=[ <Number> ]
+SetCoords=SetCoords
+SetCoords.Syntax=[ <Object>, <x>, <y> ]\n[ <Object>, <x>, <y>, <z> ]
+SetDecoration=SetDecoration
+SetDecoration.Syntax=[ <Object>, <Number> ]\n[ <Segment>, <Number>, <Number>]
+SetDynamicColor=SetDynamicColor
+SetDynamicColor.Syntax=[ <Object>, <Red>, <Green>, <Blue> ]\n[ <Object>, <Red>, <Green>, <Blue>, <Opacity> ]
+SetFilling=SetFilling
+SetFilling.Syntax=[ <Object>, <Number> ]
+SetFixed=SetFixed
+SetFixed.Syntax=[ <Object>, <true | false> ]\n[ <Object>, <true | false>, <true | false> ]
+SetImage=SetImage
+SetImage.Syntax=[ <Object>, <Image> ]\n[ <Object>, <Text> ]
+SetLabelMode=SetLabelMode
+SetLabelMode.Syntax=[ <Object>, <Number> ]
+SetLayer=SetLayer
+SetLayer.Syntax=[ <Object>, <Layer> ]
+SetLevelOfDetail=SetLevelOfDetail
+SetLevelOfDetail.Syntax=[ <Surface>, <Level of Detail> ]
+SetLineStyle=SetLineStyle
+SetLineStyle.Syntax=[ <Object>, <Number> ]
+SetLineThickness=SetLineThickness
+SetLineThickness.Syntax=[ <Object>, <Number> ]
+SetPerspective=SetPerspective
+SetPerspective.Syntax=[ <Text> ]
+SetPointSize=SetPointSize
+SetPointSize.Syntax=[ <Object>, <Number> ]
+SetPointStyle=SetPointStyle
+SetPointStyle.Syntax=[ <Point>, <Number> ]
+SetSeed=SetSeed
+SetSeed.Syntax=[ <Integer> ]
+SetSpinSpeed=SetSpinSpeed
+SetSpinSpeed.Syntax=[ <Number> ]
+SetTooltipMode=SetTooltipMode
+SetTooltipMode.Syntax=[ <Object>, <Number> ]
+SetTrace=SetTrace
+SetTrace.Syntax=[ <Object>, <true | false> ]
+SetValue=SetValue
+SetValue.Syntax=[ <Boolean>, <0|1> ]\n[ <Object>, <Object> ]\n[ <List>, <Number>, <Object> ]
+SetViewDirection=SetViewDirection
+SetViewDirection.Syntax=[ ]\n[ <Direction> ]\n[ <Direction>, <Boolean animate> ]
+SetVisibleInView=SetVisibleInView
+SetVisibleInView.Syntax=[ <Object>, <View Number 1|2>, <Boolean> ]
+Shear=Shear
+Shear.Syntax=[ <Object>, <Line>, <Ratio> ]
+ShortestDistance=ShortestDistance
+ShortestDistance.Syntax=[ <List of Segments>, <Start Point>, <End Point>, <Boolean Weighted> ]
+ShowAxes=ShowAxes
+ShowAxes.Syntax=[]\n[ <Boolean> ]\n[ <View>, <Boolean> ]
+ShowGrid=ShowGrid
+ShowGrid.Syntax=[]\n[ <Boolean> ]\n[ <View>, <Boolean> ]
+ShowLabel=ShowLabel
+ShowLabel.Syntax=[ <Object>, <Boolean> ]
+ShowLayer=ShowLayer
+ShowLayer.Syntax=[ <Number> ]
+Shuffle=Shuffle
+Shuffle.Syntax=[ <List> ]
+SigmaXX=SigmaXX
+SigmaXX.Syntax=[ <List of Points> ]\n[ <List of Raw Data> ]\n[ <List of Numbers>, <List of Frequencies> ]
+SigmaXY=SigmaXY
+SigmaXY.Syntax=[ <List of Points> ]\n[ <List of x-coordinates>, <List of y-coordinates> ]
+SigmaYY=SigmaYY
+SigmaYY.Syntax=[ <List of Points> ]
+Simplify=Simplify
+Simplify.Syntax=[ <Function> ]\n[ <Text> ]
+Simplify.SyntaxCAS=[ <Function> ]
+Slider=Slider
+Slider.Syntax=[ <Min>, <Max>, <Increment>, <Speed>, <Width>, <Is Angle>, <Horizontal>, <Animating>, <Random> ]
+Slope=Slope
+Slope.Syntax=[ <Line> ]
+SlopeField=SlopeField
+SlopeField.Syntax=[ <f(x, y)> ]\n[ <f(x, y)>, <Number n> ]\n[ <f(x, y)>, <Number n>, <Length Multiplier a> ]\n[ <f(x, y)>, <Number n>, <Length Multiplier a>, <Min x>, <Min y>, <Max x>, <Max y> ]
+SlowPlot=SlowPlot
+SlowPlot.Syntax=[ <Function> ]\n[ <Function>, <Boolean Repeat> ]
+Solutions=Solutions
+Solutions.Syntax=[ <Equation> ]
+Solutions.SyntaxCAS=[ <Equation> ]\n[ <Equation>, <Variable> ]\n[ <List of Equations>, <List of Variables> ]
+Solve=Solve
+Solve.Syntax=[ <Equation> ]
+Solve.SyntaxCAS=[ <Equation in x> ]\n[ <Equation>, <Variable> ]\n[ <List of Equations>, <List of Variables> ]\n[ <List of Parametric Equations>, <List of Variables> ]\n[ <Equation>, <Variable>, <List of assumptions> ]
+SolveCubic=SolveCubic
+SolveCubic.SyntaxCAS=[ <Cubic Polynomial> ]
+SolveODE=SolveODE
+SolveODE.Syntax=[ <f'(x, y)> ]\n[ <f'(x, y)>, <Point on f> ]\n[ <f'(x, y)>, <Start x>, <Start y>, <End x>, <Step> ]\n[ <y'>, <x'>, <Start x>, <Start y>, <End t>, <Step> ]\n[ <b(x)>, <c(x)>, <f(x)>, <Start x>, <Start y>, <Start y'>, <End x>, <Step> ]
+SolveODE.SyntaxCAS=[ <Equation> ]\n[ <Equation>, <Point(s) on f> ]\n[ <Equation>, <Point(s) on f>, <Point(s) on f'> ]\n[ <Equation>, <Dependent Variable>, <Independent Variable>, <Point(s) on f> ] \n[ <Equation>, <Dependent Variable>, <Independent Variable>, <Point(s) on f>, <Point(s) on f'> ]
+SolveQuartic=SolveQuartic
+SolveQuartic.SyntaxCAS=[ <Quartic Polynomial> ]
+Sort=Sort
+Sort.Syntax=[ <List> ]\n[ <Values>, <Keys> ]
+Spearman=Spearman
+Spearman.Syntax=[ <List of Points> ]\n[ <List of Numbers>, <List of Numbers> ]
+Sphere=Sphere
+Sphere.Syntax=[ <Point>, <Radius> ]\n[ <Point>, <Point> ]
+Spline=Spline
+Spline.Syntax=[ <List of Points> ]\n[ <List of Points>, <Order ≥ 3> ]\n[ <List of Points>, <Order ≥ 3>, <Weight Function> ]
+Split=Split
+Split.Syntax=[ <Text>, <List of Texts to split on> ]
+StartAnimation=StartAnimation
+StartAnimation.Syntax=[ ]\n[ <Boolean> ]\n[ <Slider or Point>, <Slider or Point>, ... ]\n[ <Slider or Point>, <Slider or Point>, ..., <Boolean> ]
+StartRecord=StartRecord
+StartRecord.Syntax=[ ]\n[ <Boolean> ]
+StemPlot=StemPlot
+StemPlot.Syntax=[ <List> ]\n[ <List>, <Adjustment -1|0|1> ]
+StepGraph=StepGraph
+StepGraph.Syntax=[ <List of Points> ]\n[ <List of Points>, <Boolean Join> ]\n[ <List of x-coordinates>, <List of y-coordinates> ]\n[ <List of Points>, <Boolean Join>, <Point Style> ]\n[ <List of x-coordinates>, <List of y-coordinates>, <Boolean Join> ]\n[ <List of x-coordinates>, <List of y-coordinates>, <Boolean Join>, <Point Style> ]
+StickGraph=StickGraph
+StickGraph.Syntax=[ <List of Points> ]\n[ <List of Points>, <Boolean Horizontal> ]\n[ <List of x-coordinates>, <List of y-coordinates> ]\n[ <List of x-coordinates>, <List of y-coordinates>, <Boolean Horizontal> ]
+Stretch=Stretch
+Stretch.Syntax=[ <Object>, <Vector> ]\n[ <Object>, <Line>, <Ratio> ]
+Substitute=Substitute
+Substitute.SyntaxCAS=[ <Expression>, <Substitution List> ]\n[ <Expression>, <from>, <to> ]
+Sum=Sum
+Sum.Syntax=[ <List> ]\n[ <List>, <Number of Elements> ]\n[ <List>, <List of Frequencies> ]\n[ <Expression>, <Variable>, <Start Value>, <End Value> ]
+Sum.SyntaxCAS=[ <List> ]\n[ <Expression>, <Variable>, <Start Value>, <End Value> ]
+SumSquaredErrors=SumSquaredErrors
+SumSquaredErrors.Syntax=[ <List of Points>, <Function> ]
+SurdText=SurdText
+SurdText.Syntax=[ <Point> ]\n[ <Number> ]\n[ <Number>, <List> ]
+Surface=Surface
+Surface.Syntax=[ <Function>, <Angle> ]\n[ <Curve>, <Angle>, <Line> ]\n[ <Expression>, <Expression>, <Expression>, <Parameter Variable 1>, <Start Value>, <End Value>, <Parameter Variable 2>, <Start Value>, <End Value> ]
+TDistribution=TDistribution
+TDistribution.Syntax=[ <Degrees of Freedom>, <Variable Value Probability> ]\n[ <Degrees of Freedom>, <Variable Value Probability>, <Boolean Cumulative> ]\n[ <Degrees of Freedom>, x, <Boolean Cumulative> ]
+TDistribution.SyntaxCAS=[ <Degrees of Freedom>, <Variable Value Probability> ]
+TMean2Estimate=TMean2Estimate
+TMean2Estimate.Syntax=[ <List of Sample Data 1>, <List of Sample Data 2>, <Confidence Level>, <Boolean Pooled> ]\n[ <Sample Mean 1>, <Sample Standard Deviation 1>, <Sample Size 1>, <Sample Mean 2>, <Sample Standard Deviation 2>, <Sample Size 2>, <Confidence Level>, <Boolean Pooled> ]
+TMeanEstimate=TMeanEstimate
+TMeanEstimate.Syntax=[ <List of Sample Data>, <Confidence Level> ]\n[ <Sample Mean>, <Sample Standard Deviation>, <Sample Size>, <Confidence Level> ]
+TTest=TTest
+TTest.Syntax=[ <List of Sample Data>, <Hypothesized Mean>, <Tail> ]\n[ <Sample Mean>, <Sample Standard Deviation>, <Sample Size>, <Hypothesized Mean>, <Tail> ]
+TTest2=TTest2
+TTest2.Syntax=[ <List of Sample Data 1>, <List of Sample Data 2>, <Tail>, <Boolean Pooled> ]\n[ <Sample Mean 1>, <Sample Standard Deviation 1>, <Sample Size 1>, <Sample Mean 2>, <Sample Standard Deviation 2>, <Sample Size 2>, <Tail>, <Boolean Pooled> ]
+TTestPaired=TTestPaired
+TTestPaired.Syntax=[ <List of Sample Data 1>, <List of Sample Data 2>, <Tail> ]
+TableText=TableText
+TableText.Syntax=[ <List>, <List>, ... ]\n[ <List>, <List>, ..., <Alignment of Text> ]\n[ <List>, <List>, ..., <Alignment of Text>, <Minimum Cell Width> ]\n[ <List>, <List>, ..., <Alignment of Text>, <Minimum Cell Width>, <Minimum Cell Height> ]
+Take=Take
+Take.Syntax=[ <List>, <Start Position>, <End Position> ]\n[ <List>, <Start Position> ]\n[ <Text>, <Start Position>, <End Position> ]\n[ <Text>, <Start Position> ]
+Take.SyntaxCAS=[ <List>, <Start Position> ]\n[ <List>, <Start Position>, <End Position> ]\n[ <Text>, <Start Position>, <End Position> ]\n[ <Text>, <Start Position> ]
+Tangent=Tangent
+Tangent.Syntax=[ <Point>, <Conic> ]\n[ <Point>, <Function> ]\n[ <Point on Curve>, <Curve> ]\n[ <x-Value>, <Function> ]\n[ <Line>, <Conic> ]\n[ <Conic>, <Conic> ]
+Tangent.SyntaxCAS=[ <Number>, <Function> ]\n[ <Point>, <Object> ]
+TaylorSeries=TaylorPolynomial
+TaylorSeries.Syntax=[ <Function>, <x-Value>, <Order Number> ]
+TaylorSeries.SyntaxCAS=[ <Expression>, <x-Value>, <Order Number> ]\n[ <Expression>, <Variable>, <Variable Value>, <Order Number> ]
+Tetrahedron=Tetrahedron
+Tetrahedron.Syntax=[ <Equilateral Triangle> ]\n[ <Point>, <Point>, <Point> ]\n[ <Point>, <Point>, <Direction> ]
+Text=Text
+Text.Syntax=[ <Object> ]\n[ <Object>, <Boolean for Substitution of Variables> ]\n[ <Object>, <Point> ]\n[ <Object>, <Point>, <Boolean for Substitution of Variables> ]\n[ <Object>, <Point>, <Boolean for Substitution of Variables>, <Boolean for LaTeX formula> ]\n[ <Object>, <Point>, <Boolean for Substitution of Variables>, <Boolean for LaTeX formula>, <Horizontal alignment -1|0|1> ]\n[ <Object>, <Point>, <Boolean for Substitution of Variables>, <Boolean for LaTeX formula>, <Horizontal alignment -1|0|1>, <Vertical alignment -1|0|1> ]
+TextToUnicode=TextToUnicode
+TextToUnicode.Syntax=[ <Text> ]
+Textfield=InputBox
+Textfield.Syntax=[ <Linked Object> ]
+TiedRank=TiedRank
+TiedRank.Syntax=[ <List> ]
+ToBase=ToBase
+ToBase.Syntax=[ <Number>, <Base> ]
+ToComplex=ToComplex
+ToComplex.Syntax=[ <Vector> ]
+ToExponential=ToExponential
+ToExponential.SyntaxCAS=[ <Complex Number> ]
+ToPoint=ToPoint
+ToPoint.Syntax=[ <Complex Number> ]
+ToPolar=ToPolar
+ToPolar.Syntax=[ <Complex Number> ]\n[ <Vector> ]
+ToolImage=ToolImage
+ToolImage.Syntax=[ <Number> ]\n[ <Number>, <Point> ]\n[ <Number>, <Point>, <Point> ]
+Top=Top
+Top.Syntax=[ <Quadric> ]
+Translate=Translate
+Translate.Syntax=[ <Object>, <Vector> ]\n[ <Vector>, <Start Point> ]
+Transpose=Transpose
+Transpose.Syntax=[ <Matrix> ]
+TrapezoidalSum=TrapezoidalSum
+TrapezoidalSum.Syntax=[ <Function>, <Start x-Value>, <End x-Value>, <Number of Trapezoids> ]
+TravelingSalesman=TravelingSalesman
+TravelingSalesman.Syntax=[ <List of Points> ]
+TriangleCenter=TriangleCenter
+TriangleCenter.Syntax=[ <Point>, <Point>, <Point>, <Number> ]
+TriangleCurve=TriangleCurve
+TriangleCurve.Syntax=[ <Point>, <Point>, <Point>, <Equation> ]
+Triangular=Triangular
+Triangular.Syntax=[ <Lower Bound>, <Upper Bound>, <Mode>, <Variable Value Probability> ]\n[ <Lower Bound>, <Upper Bound>, <Mode>, <Variable Value Probability>, <Boolean Cumulative> ]\n[ <Lower Bound>, <Upper Bound>, <Mode>, x, <Boolean Cumulative> ]
+TrigCombine=TrigCombine
+TrigCombine.Syntax=[ <Expression> ]\n[ <Expression>, <Target Function> ]
+TrigExpand=TrigExpand
+TrigExpand.Syntax=[ <Expression> ]\n[ <Expression>, <Target Function> ]
+TrigExpand.SyntaxCAS=[ <Expression> ]\n[ <Expression>, <Target Function> ]\n[ <Expression>, <Target Function>, <Target Variable> ]\n[ <Expression>, <Target Function>, <Target Variable>, <Target Variable> ]
+TrigSimplify=TrigSimplify
+TrigSimplify.Syntax=[ <Expression> ]
+Trilinear=Trilinear
+Trilinear.Syntax=[ <Point>, <Point>, <Point>, <Number>, <Number>, <Number> ]
+TurningPoint=InflectionPoint
+TurningPoint.Syntax=[ <Polynomial> ]
+TurningPoint.SyntaxCAS=[ <Function> ]
+Turtle=Turtle
+Turtle.Syntax=[]
+TurtleBack=TurtleBack
+TurtleBack.Syntax=[ <Turtle>, <Distance> ]
+TurtleDown=TurtleDown
+TurtleDown.Syntax=[ <Turtle> ]
+TurtleForward=TurtleForward
+TurtleForward.Syntax=[ <Turtle>, <Distance> ]
+TurtleLeft=TurtleLeft
+TurtleLeft.Syntax=[ <Turtle>, <Angle> ]
+TurtleRight=TurtleRight
+TurtleRight.Syntax=[ <Turtle>, <Angle> ]
+TurtleUp=TurtleUp
+TurtleUp.Syntax=[ <Turtle> ]
+Type=Type
+Type.Syntax=[ <Object> ]
+UnicodeToLetter=UnicodeToLetter
+UnicodeToLetter.Syntax=[ <Integer> ]
+UnicodeToText=UnicodeToText
+UnicodeToText.Syntax=[ <List of Integers> ]
+Uniform=Uniform
+Uniform.Syntax=[ <Lower Bound>, <Upper Bound>, <Variable Value Probability> ]\n[ <Lower Bound>, <Upper Bound>, <Variable Value Probability>, <Boolean Cumulative> ]\n[ <Lower Bound>, <Upper Bound>, x, <Boolean Cumulative> ]
+Union=Union
+Union.Syntax=[ <List>, <List> ]\n[ <Polygon>, <Polygon> ]
+Unique=Unique
+Unique.Syntax=[ <List> ]
+UnitOrthogonalVector=UnitPerpendicularVector
+UnitOrthogonalVector.Syntax=[ <Line> ]\n[ <Segment> ]\n[ <Vector> ]
+UnitOrthogonalVector.Syntax3D=[ <Line> ]\n[ <Segment> ]\n[ <Vector> ]\n[ <Plane> ]
+UnitOrthogonalVector.SyntaxCAS=[ <Vector> ]
+UnitVector=UnitVector
+UnitVector.Syntax=[ <Object> ]
+UnitVector.SyntaxCAS=[ <Vector> ]
+UpdateConstruction=UpdateConstruction
+UpdateConstruction.Syntax=[ ]\n[ <Number of times> ]
+UpperSum=UpperSum
+UpperSum.Syntax=[ <Function>, <Start x-Value>, <End x-Value>, <Number of Rectangles> ]
+Variance=Variance
+Variance.Syntax=[ <List of Raw Data> ]\n[ <List of Numbers>, <List of Frequencies> ]
+Vector=Vector
+Vector.Syntax=[ <Point> ]\n[ <Start Point>, <End Point> ]
+Vertex=Vertex
+Vertex.Syntax=[ <Conic> ]\n[ <Inequality> ]\n[ <Polygon> ]\n[ <Polygon>, <Index> ]\n[ <Segment>, <Index> ]
+VerticalText=VerticalText
+VerticalText.Syntax=[ <Text> ]\n[ <Text>, <Point> ]
+Volume=Volume
+Volume.Syntax=[ <Solid> ]
+Voronoi=Voronoi
+Voronoi.Syntax=[ <List of Points> ]
+Weibull=Weibull
+Weibull.Syntax=[ <Shape>, <Scale>, <Variable Value Probability> ]\n[ <Shape>, <Scale>, <Variable Value Probability>, <Boolean Cumulative> ]\n[ <Shape>, <Scale>, x, <Boolean Cumulative> ]
+Weibull.SyntaxCAS=[ <Shape>, <Scale>, <Variable Value Probability> ]
+ZMean2Estimate=ZMean2Estimate
+ZMean2Estimate.Syntax=[ <List of Sample Data 1>, <List of Sample Data 2>, <σ1>, <σ2>, <Confidence Level> ]\n[ <Sample Mean 1>, <σ1>, <Sample Size 1>, <Sample Mean 2>, <σ2>, <Sample Size 2>, <Confidence Level> ]
+ZMean2Test=ZMean2Test
+ZMean2Test.Syntax=[ <List of Sample Data 1>, <σ1>, <List of Sample Data 2>, <σ2>, <Tail> ]\n[ <Sample Mean 1>, <σ1>, <Sample Size 1>, <Sample Mean 2>, <σ2>, <Sample Size 2>, <Tail> ]
+ZMeanEstimate=ZMeanEstimate
+ZMeanEstimate.Syntax=[ <List of Sample Data>, <σ>, <Confidence Level> ]\n[ <Sample Mean>, <σ>, <Sample Size>, <Confidence Level> ]
+ZMeanTest=ZMeanTest
+ZMeanTest.Syntax=[ <List of Sample Data>, <σ>, <Hypothesized Mean>, <Tail> ]\n[ <Sample Mean>, <σ>, <Sample Size>, <Hypothesized Mean>, <Tail> ]
+ZProportion2Estimate=ZProportion2Estimate
+ZProportion2Estimate.Syntax=[ <Sample Proportion 1>, <Sample Size 1>, <Sample Proportion 2>, <Sample Size 2>, <Confidence Level> ]
+ZProportion2Test=ZProportion2Test
+ZProportion2Test.Syntax=[ <Sample Proportion 1>, <Sample Size 1>, <Sample Proportion 2>, <Sample Size 2>, <Tail> ]
+ZProportionEstimate=ZProportionEstimate
+ZProportionEstimate.Syntax=[ <Sample Proportion>, <Sample Size>, <Confidence Level> ]
+ZProportionTest=ZProportionTest
+ZProportionTest.Syntax=[ <Sample Proportion>, <Sample Size>, <Hypothesized Proportion>, <Tail> ]
+Zip=Zip
+Zip.Syntax=[ <Expression>, <Var1>, <List1>, <Var2>, <List2>, ... ]
+Zipf=Zipf
+Zipf.Syntax=[ <Number of Elements>, <Exponent> ]\n[ <Number of Elements>, <Exponent>, <Boolean Cumulative> ]\n[ <Number of Elements>, <Exponent>, <Variable Value Probability>, <Boolean Cumulative> ]
+Zipf.SyntaxCAS=[ <Number of Elements>, <Exponent>, <Variable Value Probability>, <Boolean Cumulative> ]
+ZoomIn=ZoomIn
+ZoomIn.Syntax=[ ]\n[ <Scale Factor> ]\n[ <Scale Factor>, <Center Point> ]\n[ <Min x>, <Min y>, <Max x>, <Max y> ]\n[ <Min x>, <Min y>, <Min z>, <Max x>, <Max y>, <Max z> ]
+ZoomOut=ZoomOut
+ZoomOut.Syntax=[ <Scale Factor> ]\n[ <Scale Factor>, <Center Point> ]
+mad=mad
+mad.Syntax=[ <List of Raw Data> ]\n[ <List of Numbers>, <List of Frequencies> ]
+mean=mean
+mean.Syntax=[ <List of Raw Data> ]\n[ <List of Numbers>, <List of Frequencies> ]
+stdev=stdev
+stdev.Syntax=[ <List of Raw Data> ]\n[ <List of Numbers>, <List of Frequencies> ]
+stdevp=stdevp
+stdevp.Syntax=[ <List of Raw Data> ]\n[ <List of Numbers>, <List of Frequencies> ]
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