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#include "bbcone.h"
#include "groebnerCone.h"
#include "tropicalCurves.h"
#include "std_wrapper.h"
#include "Singular/ipshell.h"
Go to the source code of this file.
Functions | |
std::vector< bool > | checkNecessaryTropicalFlips (const groebnerCones &tropicalVariety, const groebnerCones &workingList, const gfan::ZVector &interiorPoint, const gfan::ZMatrix &normalVectors) |
groebnerCones | tropicalTraversalMinimizingFlips (const groebnerCone startingCone) |
std::vector< bool > | checkNecessaryGroebnerFlips (const groebnerCones &groebnerFan, const groebnerCones &workingList, const gfan::ZMatrix &interiorPoints) |
groebnerCones | groebnerTraversal (const groebnerCone startingCone) |
std::vector< bool > checkNecessaryGroebnerFlips | ( | const groebnerCones & | groebnerFan, |
const groebnerCones & | workingList, | ||
const gfan::ZMatrix & | interiorPoints | ||
) |
Definition at line 113 of file tropicalTraversal.cc.
std::vector< bool > checkNecessaryTropicalFlips | ( | const groebnerCones & | tropicalVariety, |
const groebnerCones & | workingList, | ||
const gfan::ZVector & | interiorPoint, | ||
const gfan::ZMatrix & | normalVectors | ||
) |
Definition at line 7 of file tropicalTraversal.cc.
groebnerCones groebnerTraversal | ( | const groebnerCone | startingCone | ) |
Pick a maximal Groebner cone from the working list and compute interior points on its facets as well as outer facet normals
Definition at line 141 of file tropicalTraversal.cc.
groebnerCones tropicalTraversalMinimizingFlips | ( | const groebnerCone | startingCone | ) |
Pick an element the working list and compute interior points on its facets
For each interior point, compute the rays of the tropical star in that point
Definition at line 52 of file tropicalTraversal.cc.