Difference between revisions of "ApCoCoA-1:GnuPlot.Plot"

From ApCoCoAWiki
m (ApCoCoA:Gnuplot.Plot moved to ApCoCoA:GnuPlot.Plot over redirect)
m (replaced <quotes> tag by real quotes)
 
(9 intermediate revisions by 5 users not shown)
Line 1: Line 1:
 +
{{Version|1}}
 
<command>
 
<command>
 
     <title>GnuPlot.Plot</title>
 
     <title>GnuPlot.Plot</title>
     <short_description>Tries to plot the given data</short_description>
+
     <short_description>Tries to plot the given data by using Gnu Plot.</short_description>
 
<syntax>
 
<syntax>
GnuPlot.Plot(Data, NumVars)
+
GnuPlot.Plot(Data:LIST, NumVars:INT)
 
</syntax>
 
</syntax>
 
     <description>
 
     <description>
 
This function tries to plot the input using Gnu Plot.
 
This function tries to plot the input using Gnu Plot.
Data itself is a list containing the description of the graphs to be plotted simultaneously. One of these data elements is composed of a list with three entries. The first entry is the actual data. The second entry is a string that selects the color used for drawing the graph (e.g. "green", "yellow", ...) and the third entry specifies the key which will be displayed in the drawing. The actual data can be a list of points or a polynomial/ rational function in the variables x and y. NumVars can either be 1 or 2 and specifies the number of variables.
+
 
 +
<itemize>
 +
<item>@param <em>Data</em> A list containing the description of the graphs to be plotted simultaneously. One of these data elements is composed of a list with three entries. The first entry is the actual data. The second entry is a string that selects the colour used for drawing the graph (e.g. "green", "yellow", ...) and the third entry specifies the key which will be displayed in the drawing. The actual data can be a list of points or a polynomial/ rational function in the variables x and y.</item>
 +
<item>@param <em>NumVars</em> The number of variables; can either be 1 or 2.</item>
 +
</itemize>
  
 
<example>
 
<example>
 
--Plots some points in red
 
--Plots some points in red
 
GnuPlot.Plot([[[[1,1],[2,2],[3,3]],"red","Graph 1"]],1);
 
GnuPlot.Plot([[[[1,1],[2,2],[3,3]],"red","Graph 1"]],1);
+
</example>
 +
<example>
 
--Plots the graph of two polynomials
 
--Plots the graph of two polynomials
 
GnuPlot.Plot([[x^2+x+1,"red","Graph 1"],[-3x^2-x-2,"blue","Graph 2"]],1);
 
GnuPlot.Plot([[x^2+x+1,"red","Graph 1"],[-3x^2-x-2,"blue","Graph 2"]],1);
+
</example>
 +
<example>
 
--Plots a rational function in 3D
 
--Plots a rational function in 3D
 
GnuPlot.Plot([[x^2+x+1/x^2y^2,"red","Graph 1"]],2);
 
GnuPlot.Plot([[x^2+x+1/x^2y^2,"red","Graph 1"]],2);
 
</example>
 
</example>
 
     </description>
 
     </description>
 +
 +
<types>
 +
<type>plot</type>
 +
</types>
 +
 
     <key>GnuPlot.Plot</key>
 
     <key>GnuPlot.Plot</key>
     <wiki-category>Package_gnuplot</wiki-category>
+
    <key>Plot</key>
 +
     <wiki-category>ApCoCoA-1:Package_gnuplot</wiki-category>
 
</command>
 
</command>

Latest revision as of 13:32, 29 October 2020

This article is about a function from ApCoCoA-1.

GnuPlot.Plot

Tries to plot the given data by using Gnu Plot.

Syntax

GnuPlot.Plot(Data:LIST, NumVars:INT)

Description

This function tries to plot the input using Gnu Plot.

  • @param Data A list containing the description of the graphs to be plotted simultaneously. One of these data elements is composed of a list with three entries. The first entry is the actual data. The second entry is a string that selects the colour used for drawing the graph (e.g. "green", "yellow", ...) and the third entry specifies the key which will be displayed in the drawing. The actual data can be a list of points or a polynomial/ rational function in the variables x and y.

  • @param NumVars The number of variables; can either be 1 or 2.

Example

--Plots some points in red
GnuPlot.Plot([[[[1,1],[2,2],[3,3]],"red","Graph 1"]],1);

Example

--Plots the graph of two polynomials
GnuPlot.Plot([[x^2+x+1,"red","Graph 1"],[-3x^2-x-2,"blue","Graph 2"]],1);

Example

--Plots a rational function in 3D
GnuPlot.Plot([[x^2+x+1/x^2y^2,"red","Graph 1"]],2);