solve

Next: LinearOrdinaryOperatorToRecurrence Up: LinearOrdinaryOperatorPolynomialSolutions Previous: particularSolution Contents Index

solve

$\begin{usage} solve(L, g)\\ solve(L, n, g)\\ solve(L, [$g_1,\dots,g_m$])\\ solve(L, n, [$g_1,\dots,g_m$]) \end{usage}$

$\begin{signatures} solve: & (RXY, FX) $\to$\ \htmlref{\texttt{Partial}}{Partia... ...}}{Vector} FX) $\to$\ \htmlref{\texttt{Vector}}{Vector} FX\\\end{signatures}$

$\begin{params} {\em L} & RXY & A linear ordinary differential or recurrence op... ...r} & A degree bound (optional)\\ $g, g_i$\ & FX & polynomials\\\end{params}$

$\begin{descr} solve(L, g) and solve(L, [$g_1,\dots,g_m$]) return ($[y_1,\dots,y... ...nomialSolutions:particularSolution} would return on the same input. \end{descr}$

$\begin{remarks} solve(L, g) and solve(L, [$g_1,\dots,g_m$]) are available only ... ...han calling repeatedly the version with a single right-hand side. \end{remarks}$

See Also

kernel,particularSolution

Manuel Bronstein 2000-12-13