Difference between revisions of "ApCoCoA-1:DA.PseudoReduce"

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</syntax>
 
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<description>
 
<description>
<ref>DA.PseudoReduce</ref> computes the pseudo normal form of the differential polynomial <tt>F</tt> wrt. the list <tt>G</tt> of differential polynomials.
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<ref>ApCoCoA-1:DA.PseudoReduce|DA.PseudoReduce</ref> computes the pseudo normal form of the differential polynomial <tt>F</tt> wrt. the list <tt>G</tt> of differential polynomials.
 
<itemize>
 
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<item>@param <em>F</em> Differential polynomial for which to compute the pseudo normal.</item>
 
<item>@param <em>F</em> Differential polynomial for which to compute the pseudo normal.</item>
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<type>polynomial</type>
 
<type>polynomial</type>
 
</types>
 
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<see>DA.DiffTO</see>
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<see>ApCoCoA-1:DA.DiffTO|DA.DiffTO</see>
  
 
<key>PseudoReduce</key>
 
<key>PseudoReduce</key>

Revision as of 08:11, 7 October 2020

DA.PseudoReduce

Computes a pseudo normal form of a differential polynomial.

Syntax

DA.PseudoReduce(F:POLY, G:LIST):POLY

Description

DA.PseudoReduce computes the pseudo normal form of the differential polynomial F wrt. the list G of differential polynomials.

  • @param F Differential polynomial for which to compute the pseudo normal.

  • @param G List of differential polynomials wrt. which the normal form of F has to be computed.

  • @return The pseudo normal form of F wrt. G.

Example

Use QQ[x[1..1,0..20]];
Use QQ[x[1..1,0..20]], Ord(DA.DiffTO(<quotes>Lex</quotes>));
DA.PseudoReduce(x[1,1]^4+x[1,0], [x[1,0]^2+3x[1,0]]);
-------------------------------
-3x[1,0]
-------------------------------

DA.DiffTO