ToricQuiver -- the ToricQuiver datatype

Methods that use an object of class ToricQuiver :

• "basisForFlowPolytope(List,ToricQuiver)" -- see basisForFlowPolytope -- compute the necessary basis vectors for the hyperplane of a flow polytope
• "basisForFlowPolytope(ToricQuiver)" -- see basisForFlowPolytope -- compute the necessary basis vectors for the hyperplane of a flow polytope
• "flowPolytope(List,ToricQuiver)" -- see flowPolytope -- generate the polytope associated to a toric quiver
• "flowPolytope(ToricQuiver)" -- see flowPolytope -- generate the polytope associated to a toric quiver
• "isAcyclic(ToricQuiver)" -- see isAcyclic -- check that a quiver has no cycles
• "isClosedUnderArrows(List,ToricQuiver)" -- see isClosedUnderArrows -- is a subquiver closed under arrows?
• "isClosedUnderArrows(Matrix,ToricQuiver)" -- see isClosedUnderArrows -- is a subquiver closed under arrows?
• "isClosedUnderArrows(ToricQuiver,ToricQuiver)" -- see isClosedUnderArrows -- is a subquiver closed under arrows?
• "isSemistable(List,ToricQuiver)" -- see isSemistable -- determines if a subquiver is semistable with respect to a given weight
• "isSemistable(ToricQuiver,ToricQuiver)" -- see isSemistable -- determines if a subquiver is semistable with respect to a given weight
• "isStable(List,ToricQuiver)" -- see isStable -- determines if a subquiver is semistable with respect to a given weight
• "isStable(ToricQuiver,ToricQuiver)" -- see isStable -- determines if a subquiver is semistable with respect to a given weight
• "isTight(List,ToricQuiver)" -- see isTight -- determine if toric quiver is tight
• "isTight(ToricQuiver)" -- see isTight -- determine if toric quiver is tight
• "isTight(ToricQuiver,List)" -- see isTight -- determine if toric quiver is tight
• "maxCodimensionUnstable(ToricQuiver)" -- see maxCodimensionUnstable -- compute the maximal codimension of the unstable loci of a quiver
• "mergeOnArrow(Matrix,ZZ,ToricQuiver,ZZ)" -- see mergeOnArrow -- join two quivers together by identifying an arrow from each
• "mergeOnArrow(ToricQuiver,ZZ,Matrix,ZZ)" -- see mergeOnArrow -- join two quivers together by identifying an arrow from each
• "mergeOnArrow(ToricQuiver,ZZ,ToricQuiver,ZZ)" -- see mergeOnArrow -- join two quivers together by identifying an arrow from each
• "mergeOnVertex(Matrix,ZZ,ToricQuiver,ZZ)" -- see mergeOnVertex -- join two quivers together by identifying a vertex from each
• "mergeOnVertex(ToricQuiver,ZZ,Matrix,ZZ)" -- see mergeOnVertex -- join two quivers together by identifying a vertex from each
• "mergeOnVertex(ToricQuiver,ZZ,ToricQuiver,ZZ)" -- see mergeOnVertex -- join two quivers together by identifying a vertex from each
• "potentialWalls(ToricQuiver)" -- see potentialWalls -- return the potential walls in the weight chamber decomposition for a given quiver
• "subquivers(ToricQuiver)" -- see subquivers -- return all possible subquivers of a given quiver
• "theta(ToricQuiver)" -- see theta -- image of the flow on the vertices
• "toricQuiver(ToricQuiver)" -- see toricQuiver -- the toricQuiver constructor
• "toricQuiver(ToricQuiver,List)" -- see toricQuiver -- the toricQuiver constructor
• ToricQuiver == ToricQuiver -- comparing instances of ToricQuiver
• ToricQuiver ^ List -- taking a subquiver by indexing
• ToricQuiver _ List -- taking a subquiver by indexing
• "wallType(List,ToricQuiver)" -- see wallType -- get the type of a wall for a given quiver

For the programmer

The object ToricQuiver is a type, with ancestor classes HashTable < Thing.