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geogebra_commands.html
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<!doctype html>
<html lang="en">
<head>
<meta charset="UTF-8">
<meta name="viewport" content="width=device-width, initial-scale=1.0, maximum-scale=1.0, user-scalable=no">
<meta name="Author" content="Tang Dashi, dstang2000@263.net, http://www.dstang.com 唐大仕">
<meta name="keywords" content="唐大仕, Tang Dashi, Geogebra, 几何画板">
<title>Geogebra指令中英文对照查询</title>
<style>
.author {font-size: 0.8em; }
#txtInput { font-size: 1.2em; border: 1px solid grey; padding: 5px;}
#txtInput:focus{ box-shadow: 0px 0px 10px green; }
.english {width:40%; max-width:300px; display:inline-block;}
.chinese {width:30%; max-width:220px; display:inline-block;}
.category{ width:20%; max-width: 180px; display:inline-block;}
.links {width:10%; max-width:80px; display:inline-block;}
.english a, .chinese a, .category a, .links a{text-decoration:none;}
@media screen and (max-width: 800px) { .links{ display:none;} }
</style>
</head>
<body>
<h1>Geogebra指令中英文对照查询</h1>
<div class=author>
by <b>唐大仕</b> dstang2000@263.net <a href="http://www.dstang.com">http://www.dstang.com</a> Geogebra的QQ群:766547050
<br>《动态几何画板Geogebra教学应用》
<a href="http://www.icourse163.org/course/icourse-1002415002">http://www.icourse163.org/course/icourse-1002415002</a>
</div>
<br>
输入查询内容 <input id="txtInput" onchange="search()" onkeyup="search()">
<br><br>
<input type="checkbox" id="chkEnglish" checked onchange="search()">英文指令
<input type="checkbox" id="chkChinese" checked onchange="search()">中文指令
<input type="checkbox" id="chkInnerMatch" checked onchange="search()">模糊查询
<select id="selCategory" onchange="search()"></select>
<br><br>
<div id="info">
正在加载中......
</div>
<script>
version = '5.0.510'; //2018-11-10
version = '5.0.531'; //2019-03-31
version = '5.0.625'; //2021-01-19
window.onload = function(){
window.cmds = {};
for(var t in terms){
if(t.indexOf(".")<0) cmds[t]=terms[t];
}
search();
}
function search(){
var bEnglish = document.getElementById("chkEnglish").checked;
var bChinese = document.getElementById("chkChinese").checked;
var bInnerMatch = document.getElementById("chkInnerMatch").checked;
var tInput = document.getElementById("txtInput").value;
var selCategory=document.getElementById('selCategory');
var catIndex=selCategory.selectedIndex; //序号，取当前选中选项的序号
var category = selCategory.options[catIndex].value;
if( category=="all") category="";
tInput = tInput.toUpperCase();
var txt = [];
for(var cmd in cmds){
var zhcn = cmds[cmd];
var ok = false;
if( bEnglish ){
if( bInnerMatch ) ok |= cmd.toUpperCase().indexOf(tInput)>=0;
else ok |= cmd.toUpperCase().indexOf(tInput)==0;
}
if( !ok && bChinese ){
if( bInnerMatch ) ok |= zhcn.toUpperCase().indexOf(tInput)>=0;
else ok |= zhcn.toUpperCase().indexOf(tInput)==0;
}
if(!ok) continue;
if( category && getCategory(cmd)!=category )
continue;
var syntax = "";
syntax += cmd + " " + zhcn+"\n";
if( terms[cmd+".Syntax"] ) syntax += terms[cmd+".Syntax"];
if( terms[cmd+".Syntax3D"] ) syntax += "\n3D:\n"+terms[cmd+".Syntax3D"];
if( terms[cmd+".SyntaxCAS"] ) syntax += "\nCAS:\n"+ terms[cmd+".SyntaxCAS"];
txt.push(
"<p title=\""+syntax.replace(/\"/g," ")+"\" style='width:100%'>"
+"<span class=category>"
+"<a target='_blank' href='"+ getCategoryLink(cmd)+"'>"
+ getCategoryName(cmd) + "："
+"</a></span>"
+"<span class=english>"
+"<a target='_blank' href='"+ getCommandLink(cmd)+"'>"
+cmd
+"</a></span>"
+"<span class=chinese>"
+"<a target='_blank' href='"+ getSearchLink(cmd)+"'>"
+zhcn
+"</a></span>"
+"<span class=links>"
//+"<a target='_blank' href='"+ getCategoryLink(cmd)+"'>指令组"
//+"</a> <a target='_blank' href='"+ getCommandLink(cmd)+"'>英文说明"
//+"</a> "
//+"<a target='_blank' href='http://fanyi.baidu.com/transpage?query="+ getCommandLink(cmd)+"&source=url&ie=utf8&from=auto&to=zh&render=1'>百度翻译</a>"
+"<a target='_blank' href='https://www.microsofttranslator.com/bv.aspx?from=en&to=zh-CHS&a="+ getCommandLink(cmd)+"'>微软翻译</a>"
//+" <a target='_blank' href='"+ getSearchLink(cmd)+"'>搜索案例"
//+"</a>"
+"</span>"
+"</p>");
}
var info = document.getElementById("info");
info.innerHTML = txt.join("");
}
var op_functions=
{
"ℯ (Alt + e）":"自然对数的底",
"ί (Alt + i)":"虚数单位",
"π (Alt + p or pi)":"圆周率",
"° (Alt + o or deg)":"度（单位）",
"+":"加",
"-":"减",
"* or Space key":"乘",
"* or Space key":"标量积",
"⊗":"矢量积",
"/":"除",
"^ or superscript (x^2 or x2)":"指数",
"!":"阶乘",
"( )":"圆括号",
"x( )":"x坐标 (或直线的x系数)",
"y( )":"y坐标 (或直线的y系数)",
"z( )":"z坐标 (或直线的z系数)",
"arg( )":"虚数的角度（向量的角度）",
"conjugate( )":"复数的共轭数",
"real( )":"复数的实部",
"imaginary( )":"复数的虚部",
"abs( )":"绝对值",
"alt( )":"高度角",
"sgn( ) or sign()":"符号",
"floor( )":"向下取整数",
"ceil( )":"向上取整数",
"round( )":"圆滑（四舍五入）",
"sqrt( )":"平方根（算术根）",
"cbrt( )":"立方根",
"nroot(x, n)":"n次方根",
"random( )":"随机数(0到1之间)",
"exp( ) or ℯ^x":"指数",
"ln( ) or log( )":"自然对数",
"ld( )":"以2为底的对数",
"lg( )":"以10为底的对数",
"log(b, x )":"对数",
"cos( )":"余弦",
"sin( )":"正弦",
"tan( )":"正切",
"sec()":"正割",
"cosec()":"余割",
"cot() or cotan()":"余切",
"acos( ) or arccos( )":"反余弦",
"acosd( )":"反余弦（得到度数）",
"asin( ) or arcsin( )":"反正弦",
"asind( )":"反正弦（得到度数）",
"atan( ) or arctan( )":"反正切",
"atand( )":"反正切（得到度数）",
"atan2(y, x) or arcTan2(y, x)":"反正切（-π and π之间）",
"atan2d(y, x)":"反正切（得到度数）",
"cosh( )":"双曲余弦",
"sinh( )":"双曲正弦",
"tanh( )":"双曲正割",
"sech( )":"双曲余割",
"cosech( )":"双曲正切",
"coth( ) or cotanh()":"双曲余切",
"acosh( ) or arccosh( )":"双曲反余弦",
"asinh( ) or arcsinh( )":"双曲反正弦",
"atanh( ) or arctanh( )":"双曲反正切",
"beta(a, b)":"β函数",
"beta(a, b, x)":"β函数",
"betaRegularized(a, b, x)":"β函数",
"gamma( x)":"Γ函数",
"gamma(a, x)":"Γ函数",
"gammaRegularized(a, x)":"Γ函数",
"erf(x)":"erf函数",
"psi(x)":"psi函数",
"polygamma(m, x)":"多项函数",
"sinIntegral(x)":"sin积分",
"cosIntegral(x)":"cos积分",
"expIntegral(x)":"exp积分",
"zeta(x)":"ζ函数"
};
//editplus: ^(.*)=(.*)$ '\1':'\2', //注意 SolveODE
var command_properties = {
'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> ]',
'BarCode':'BarCode',
'BarCode.Syntax':'[ ]\n[ <Image> ]\n[ <Text or Number>, "<Format (optional)>" , "<Error Correction (optional)>", <Width (optional)>, <Height (optional)> ]',
'Barycenter':'Barycenter',
'Barycenter.Syntax':'[ <List of Points>, <List of Weights> ]',
'Bernoulli':'Bernoulli',
'Bernoulli.Syntax':'[ <Probability>, <Boolean Cumulative> ]',
'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>, <Variable Value>, <Boolean Cumulative> ]',
'BinomialDist.SyntaxCAS':'[ <Number of Trials>, <Probability of Success>, <Variable Value>, <Boolean Cumulative> ]',
'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> ]\n[ <Median>, <Scale>, <Variable Value>, <Boolean Cumulative> ]\n[ <Median>, <Scale>, x, <Boolean Cumulative> ]',
'Cauchy.SyntaxCAS':'[ <Median>, <Scale>, <Variable Value> ]',
'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> ]',
'Checkbox':'Checkbox',
'Checkbox.Syntax':'[ ]\n[ <Caption> ]\n[ <List> ]\n[ <Caption>, <List> ]',
'ChiSquared':'ChiSquared',
'ChiSquared.Syntax':'[ <Degrees of Freedom>, <Variable Value> ]\n[ <Degrees of Freedom>, <Variable Value>, <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> ]',
'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> ]',
'CompetitionRank':'CompetitionRank',
'CompetitionRank.Syntax':'[ <List> ]',
'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':'[ <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>, <Shorthand true|false> ]',
'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> ]',
'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> ]\n[ <Shape>, <Rate>, <Variable Value>, <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> ]\n[ <Lambda>, <Variable Value>, <Boolean Cumulative> ]\n[ <Lambda>, x, <Boolean Cumulative> ]',
'Exponential.SyntaxCAS':'[ <Lambda>, <Variable Value> ]',
'ExportImage':'ExportImage',
'ExportImage.Syntax':'[ <Property>, <Value>, <Property>, <Value>, ... ]',
'Extremum':'Extremum',
'Extremum.Syntax':'[ <Polynomial> ]\n[ <Function>, <Start x-Value>, <End x-Value> ]',
'FDistribution':'FDistribution',
'FDistribution.Syntax':'[ <Numerator Degrees of Freedom>, <Denominator Degrees of Freedom>, <Variable Value> ]\n[ <Numerator Degrees of Freedom>, <Denominator Degrees of Freedom>, <Variable Value>, <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> ]',
'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> ]',
'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':'[ <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> ]\n[ <Alpha>, <Beta>, <Variable Value>, <Boolean Cumulative> ]\n[ <Alpha>, <Beta>, x, <Boolean Cumulative> ]',
'Gamma.SyntaxCAS':'[ <Alpha>, <Beta>, <Variable Value> ]',
'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>, <Boolean Cumulative> ]',
'HyperGeometric.SyntaxCAS':'[ <Population Size>, <Number of Successes>, <Sample Size>, <Variable Value>, <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> ]\n[ <Expression>, <Variable> ]',
'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> ]',
'InverseBinomial':'InverseBinomial',
'InverseBinomial.Syntax':'[ <Number of Trials>, <Probability of Success>, <Probability> ]',
'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>, <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> ]',
'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> ]',
'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> ]',
'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> ]\n[ <Mean>, <Standard Deviation>, <Variable Value>, <Boolean Cumulative> ]\n[ <Mean>, <Standard Deviation>, x, <Boolean Cumulative> ]',
'Logistic':'Logistic',
'Logistic.Syntax':'[ <Mean>, <Scale>, <Variable Value> ]\n[ <Mean>, <Scale>, <Variable Value>, <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[ <Number>, <Number> ]',
'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> ]',
'Mean.SyntaxCAS':'[ <List of Numbers> ]',
'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[ <Number>, <Number> ]',
'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> ]',
'NDerivative':'NDerivative',
'NDerivative.Syntax':'[ <Function> ]\n[ <Function>, <Order> ]',
'NIntegral':'NIntegral',
'NIntegral.Syntax':'[ <Function> ]\n[ <Function>, <Start x-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> ]\n[ <Mean>, <Standard Deviation>, <Variable Value>, <Boolean Cumulative> ]\n[ <Mean>, <Standard Deviation>, x, <Boolean Cumulative> ]',
'Normal.SyntaxCAS':'[ <Mean>, <Standard Deviation>, <Variable Value> ]',
'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':'[ <Function>, <String> ]',
'ParseToNumber':'ParseToNumber',
'ParseToNumber.Syntax':'[ <Number>, <String> ]',
'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>, <Boolean Cumulative> ]',
'Pascal.SyntaxCAS':'[ <n>, <p>, <Variable Value>, <Boolean Cumulative> ]',
'PathParameter':'PathParameter',
'PathParameter.Syntax':'[ <Point On Path> ]',
'Payment':'Payment',
'Payment.Syntax':'[ <Rate>, <Number of Periods>, <Present Value>, <Future Value (optional)>, <Type (optional)> ]',
'Percentile':'Percentile',
'Percentile.Syntax':'[ <List of Numbers>, <Percent> ]',
'Perimeter':'Perimeter',
'Perimeter.Syntax':'[ <Polygon> ]\n[ <Conic> ]\n[ <Locus> ]',
'Periods':'Periods',
'Periods.Syntax':'[ <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> ]',
'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> ]',
'PointIn':'PointIn',
'PointIn.Syntax':'[ <Region> ]',
'PointList':'PointList',
'PointList.Syntax':'[ <List> ]',
'Poisson':'Poisson',
'Poisson.Syntax':'[ <Mean> ]\n[ <Mean>, <Boolean Cumulative> ]\n[ <Mean>, <Variable Value>, <Boolean Cumulative> ]',
'Poisson.SyntaxCAS':'[ <Mean>, <Variable Value>, <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':'[ <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> ]',
'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>, <Boolean Fixed> ]',
'Random.SyntaxCAS':'[ <Minimum Integer>, <Maximum Integer> ]',
'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> ]',