Tropical : Index
- ambDim(TropicalCycle) -- computes the dimension of the ambient space of a tropical cycle
- ComputeMultiplicities -- option to compute the multiplicities in case they ideal is not prime
- cones(ZZ,TropicalCycle) -- computes the cones of a tropical cycle
- dim(TropicalCycle) -- computes the dimension of a tropical cycle
- fan(TropicalCycle) -- outputs the fan assocated to the tropical cycle
- fVector(TropicalCycle) -- computes the fVector of a tropical cycle
- isBalanced -- checks whether a tropical cycle is balanced
- isBalanced(TropicalCycle) -- checks whether a tropical cycle is balanced
- IsHomogeneous -- option to declare if the input ideal is homogeneous
- isPure(TropicalCycle) -- checks whether a tropical cycle is pure
- isSimplicial(TropicalCycle) -- checks whether a tropical cycle is simplicial
- isTropicalBasis -- checks if a list of polynomials is a tropical basis for the ideal they generate
- isTropicalBasis(..., Strategy => ...) -- checks if a list of polynomials is a tropical basis for the ideal they generate
- isTropicalBasis(List) -- checks if a list of polynomials is a tropical basis for the ideal they generate
- linealitySpace(TropicalCycle) -- computes the lineality space of a tropical cycle
- maxCones(TropicalCycle) -- computes the maximal cone of a tropical cycle
- multiplicities -- returns the list of multiplicities on maximal cones in a tropical cycle
- multiplicities(TropicalCycle) -- returns the list of multiplicities on maximal cones in a tropical cycle
- Polymake interface instructions -- instructions for loading Polymake with this package.
- Prime -- option to declare if the input ideal is prime
- rays(TropicalCycle) -- computes the rays of a tropical cycle
- stableIntersection -- computes the stable intersection of two tropical varieties
- stableIntersection(..., Strategy => ...) -- computes the stable intersection of two tropical varieties
- stableIntersection(TropicalCycle,TropicalCycle) -- computes the stable intersection of two tropical varieties
- Symmetry -- option to declare if the input ideal has symmetries
- Tropical -- the main M2 package for tropical computations
- TropicalCycle -- a Type for working with tropical cycles
- tropicalCycle -- constructs a TropicalCycle from a Fan and a list with multiplicities
- tropicalCycle(Fan,List) -- constructs a TropicalCycle from a Fan and a list with multiplicities
- tropicalPrevariety -- the intersection of the tropical hypersurfaces
- tropicalPrevariety(..., Strategy => ...) -- the intersection of the tropical hypersurfaces
- tropicalPrevariety(List) -- the intersection of the tropical hypersurfaces
- tropicalPrevariety(List,List) -- the intersection of the tropical hypersurfaces
- tropicalVariety -- the tropical variety associated to an ideal
- tropicalVariety(..., ComputeMultiplicities => ...) -- the tropical variety associated to an ideal
- tropicalVariety(..., IsHomogeneous => ...) -- the tropical variety associated to an ideal
- tropicalVariety(..., Prime => ...) -- the tropical variety associated to an ideal
- tropicalVariety(..., Symmetry => ...) -- the tropical variety associated to an ideal
- tropicalVariety(Ideal) -- the tropical variety associated to an ideal
- tropicalVarietyWithVal -- EXPERIMENTAL: tropical variety with valuations
- tropicalVarietyWithVal(..., IsHomogeneous => ...) -- EXPERIMENTAL: tropical variety with valuations
- tropicalVarietyWithVal(..., Valuation => ...) -- EXPERIMENTAL: tropical variety with valuations
- tropicalVarietyWithVal(Ideal) -- EXPERIMENTAL: tropical variety with valuations
- Valuation -- option to declare a valuation for tropicalization
- visualizeHypersurface -- visualize the tropical hypersurface of the given polynomial
- visualizeHypersurface(RingElement) -- visualize the tropical hypersurface of the given polynomial