Difference between revisions of "ApCoCoA-1:IML.Solve"
(Short description update.) |
(Added parameter and return value list.) |
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The return value will be a solution vector of the linear equation system or an empty matrix if no solution has been found. | The return value will be a solution vector of the linear equation system or an empty matrix if no solution has been found. | ||
| − | + | <itemize> | |
| + | <item>@param <em>M</em> A matrix with components either of type INT, ZMOD or RAT.</item> | ||
| + | <item>@param <em>B</em> A matrix with components either of type INT, ZMOD or RAT.</item> | ||
| + | <item>@return A matrix X representing a solution vector of the linear equation system M*X = B.</item> | ||
| + | </itemize> | ||
<example> | <example> | ||
Use Z/(19)[x]; | Use Z/(19)[x]; | ||
Revision as of 17:13, 22 April 2009
IML.Solve
Solve a linear equation system.
Syntax
IML.Solve(M:MAT, B:MAT):MAT
Description
Please note: The function(s) explained on this page is/are using the ApCoCoAServer. You will have to start the ApCoCoAServer in order to use
it/them. Please also note that you need an ApCoCoAServer with enabled IML support.
Let M and B be matrices defined over the ring of integers, a finite field or the field of rationals. This function tries to solve the linear equation system M*X = B by using the ApCoCoAServer supported by the IML library.
The return value will be a solution vector of the linear equation system or an empty matrix if no solution has been found.
@param M A matrix with components either of type INT, ZMOD or RAT.
@param B A matrix with components either of type INT, ZMOD or RAT.
@return A matrix X representing a solution vector of the linear equation system M*X = B.
Example
Use Z/(19)[x]; M := BringIn(Mat([[1,3,4], [0,2,1]])); B := BringIn(Mat([[1], [2]])); IML.Solve(M, B); ------------------------------- Mat([ [-2 % 19], [1 % 19], [0 % 19] ]) ------------------------------- Use Q[x]; M := Mat([ [1,3,4], [0,2,1], [1,3,4] ]); B := Mat([ [1], [2], [0] ]); IML.Solve(M, B); ------------------------------- Mat([ [ ] ]) -------------------------------
