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Orbiter 2022
Combinatorial Objects
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Diophantine systems of equations. Solvers Possolve and Dancing Links. More...
Namespaces | |
| namespace | mckay |
| Possolve is a solver for systems of diophantine equations due to Brendan McKay (ca 1997) | |
Classes | |
| class | diophant |
| diophantine systems of equations (i.e., linear systems over the integers) More... | |
| class | diophant_activity |
| to perform an activity for a diophantine system using diophant_activity_description More... | |
| class | diophant_activity_description |
| to describe an activity for a diophantine system from command line arguments More... | |
| class | diophant_create |
| to create a diophantine system from diophant_description More... | |
| class | diophant_description |
| to describe a diophantine system from command line arguments More... | |
| struct | dlx_node |
| internal class for the dancing links exact cover algorithm More... | |
| class | dlx_problem_description |
| description of a problem instance for dancing links solver More... | |
| class | dlx_solver |
| An implementation of Donald Knuth's dancing links algorithm to solve exact cover problems. More... | |
Typedefs | |
| typedef struct dlx_node * | pdlx_node |
Diophantine systems of equations. Solvers Possolve and Dancing Links.
| typedef struct dlx_node* orbiter::layer1_foundations::solvers::pdlx_node |
Definition at line 617 of file foundations.h.