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* Preview for the Angle, Perpendicular Line, Parallel Line, Angle Bisector, Perpendicular Bisector and Conic Through 5 Points Tools * Option for zero line thickness for Integral, Slope, BarChart, Histogram, Angle

…d [[Main Page|Guide]] for more detailed descriptions of each new tool and command. * [[DotPlot Command|DotPlot]] will work with a list of text eg DotPlot[ {"Red", "Red", "Red",…

Reflect[<Object>,<Circle>] should works for objects like function, curve, line, for segments it returns bad result. Shear[<Object>,<Line/Vector>,<Ratio>] + Stretch[<Object>,<Line/Vector>,<Ratio>] -- switched arguments order to be consistent with others,

* '''Best Fit Line''' (Select several points using the selection rectangle) * Angular Bisector Command and Tool renamed to Angle Bisector

…ther than [[UnitVector Command|UnitVector ]] and [[UnitPerpendicularVector Command|UnitPerpendicularVector ]] which makes it a bit more flexible (For example * [[Numerator Command|Numerator]] now works for functions of more than one variable

and a command name. - Your tool can be used both with the mouse and as a command in

* [[SolveQuartic Command|SolveQuartic]][ <Quartic Polynomial> ] =New Command Line Arguments=

<noinclude>{{Manual Page|version=6.0}}</noinclude>{{command|scripting|SoitStyleTracé}} |[[Image:Stylingbar line solid.svg|32px]]

<code> $l = Line($A, $B)</code><br/> <code> $l_1 = Line($A, $u)</code>

<div style="margin-left: 3em">&lt;command<div style="margin-left: 0.5em">name="xs:string [1]"</div>&gt; [1]<br/> …5em">&lt;output&gt; [[#Type:_ioType|ioType]] &lt;/output&gt; [1]</div>&lt;/command&gt;</div>

[[en:Reference:Command Line Arguments]]