Difference between revisions of "ApCoCoA-1:BB.GenMultMat"
From ApCoCoAWiki
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<title>BB.GenMultMat</title> | <title>BB.GenMultMat</title> | ||
<short_description>Compute a generic multiplication matrix.</short_description> | <short_description>Compute a generic multiplication matrix.</short_description> | ||
| − | <syntax>BB.GenMultMat(I:INT,OO:LIST):MAT</syntax> | + | |
| + | <syntax> | ||
| + | BB.GenMultMat(I:INT,OO:LIST):MAT | ||
| + | </syntax> | ||
<description> | <description> | ||
Computes the generic multiplication matrix for x[I] with respect to an order ideal. The inputs are an integer I and a list OO of terms that specify an order ideal. The second element of OO must be a non-constant polynomial. The output is a matrix of size <ref>Len</ref>(OO) x <ref>Len</ref>(OO) over the ring BBS=K[c_{ij}]. | Computes the generic multiplication matrix for x[I] with respect to an order ideal. The inputs are an integer I and a list OO of terms that specify an order ideal. The second element of OO must be a non-constant polynomial. The output is a matrix of size <ref>Len</ref>(OO) x <ref>Len</ref>(OO) over the ring BBS=K[c_{ij}]. | ||
Revision as of 14:46, 24 April 2009
BB.GenMultMat
Compute a generic multiplication matrix.
Syntax
BB.GenMultMat(I:INT,OO:LIST):MAT
Description
Computes the generic multiplication matrix for x[I] with respect to an order ideal. The inputs are an integer I and a list OO of terms that specify an order ideal. The second element of OO must be a non-constant polynomial. The output is a matrix of size Len(OO) x Len(OO) over the ring BBS=K[c_{ij}].
@param I The generic ultiplication matrix for the indeterminate x[I] will be computed.
@param OO A list of terms representing an order ideal.
@return The generic multiplication matrix for the indeterminate x[I] over the ring BBS=K[c_{ij}].
