EuclideanDistanceDegree : Index

• averageNumericEDDegree -- compute average ED degrees using sampled data
• averageNumericEDDegree(...,SampleGenerator=>...) -- compute average ED degrees using sampled data
• averageNumericEDDegree(...,Submodel=>...) -- compute average ED degrees using sampled data
• averageNumericEDDegree(...,TempDirectory=>...) -- set directory for Bertini runs
• averageNumericEDDegree(...,Tolerance=>...) -- compute average ED degrees using sampled data
• averageNumericEDDegree(List,List,ZZ) -- compute average ED degrees using sampled data
• determinantalGenericEDDegree -- symbolically compute ED degrees of affine varieties
• determinantalGenericEDDegree(...,ReturnCriticalIdeal=>...) -- whether to return the ideal of critical points
• determinantalGenericEDDegree(List) -- symbolically compute ED degrees of affine varieties
• determinantalUnitEDDegree -- symbolically compute ED degrees of affine varieties
• determinantalUnitEDDegree(...,ReturnCriticalIdeal=>...) -- whether to return the ideal of critical points
• determinantalUnitEDDegree(List) -- symbolically compute ED degrees of affine varieties
• EuclideanDistanceDegree -- produce critical equations and compute ED degrees
• homotopyEDDegree -- numerically compute ED degrees of affine cones using homotopy continuation
• homotopyEDDegree(NumericalComputationOptions,String,Boolean,Boolean) -- numerically compute ED degrees of affine cones using homotopy continuation
• leftKernelGenericEDDegree -- numerically compute Euclidean distance degrees of complete intersections
• leftKernelGenericEDDegree(...,TempDirectory=>...) -- set directory for Bertini runs
• leftKernelGenericEDDegree(List) -- numerically compute Euclidean distance degrees of complete intersections
• leftKernelUnitEDDegree -- numerically compute Euclidean distance degrees of complete intersections
• leftKernelUnitEDDegree(...,TempDirectory=>...) -- set directory for Bertini runs
• leftKernelUnitEDDegree(List) -- numerically compute Euclidean distance degrees of complete intersections
• leftKernelWeightEDDegree -- numerically compute Euclidean distance degrees of complete intersections
• leftKernelWeightEDDegree(...,TempDirectory=>...) -- set directory for Bertini runs
• leftKernelWeightEDDegree(List,List,List) -- numerically compute Euclidean distance degrees of complete intersections
• newNumericalComputationOptions -- define homotopy options and configurations
• newNumericalComputationOptions(...,Submodel=>...) -- define homotopy options and configurations
• newNumericalComputationOptions(...,TempDirectory=>...) -- define homotopy options and configurations
• newNumericalComputationOptions(List,List) -- define homotopy options and configurations
• NumericalComputationOptions -- define homotopy options and configurations
• numericGenericEDDegree -- numerically compute ED degrees of affine cones using homotopy continuation
• numericGenericEDDegree(...,Submodel=>...) -- numerically compute ED degrees of affine cones using homotopy continuation
• numericGenericEDDegree(...,TempDirectory=>...) -- set directory for Bertini runs
• numericGenericEDDegree(List,List) -- numerically compute ED degrees of affine cones using homotopy continuation
• numericUnitEDDegree -- numerically compute ED degrees of affine cones using homotopy continuation
• numericUnitEDDegree(...,Submodel=>...) -- numerically compute ED degrees of affine cones using homotopy continuation
• numericUnitEDDegree(...,TempDirectory=>...) -- set directory for Bertini runs
• numericUnitEDDegree(List,List) -- numerically compute ED degrees of affine cones using homotopy continuation
• numericWeightEDDegree -- numerically compute ED degrees of affine cones using homotopy continuation
• numericWeightEDDegree(...,Submodel=>...) -- numerically compute ED degrees of affine cones using homotopy continuation
• numericWeightEDDegree(...,TempDirectory=>...) -- set directory for Bertini runs
• numericWeightEDDegree(List,List,List,List) -- numerically compute ED degrees of affine cones using homotopy continuation
• parameterizedGenericEDDegree -- compute ED degrees of parameterized varieties
• parameterizedGenericEDDegree(...,UseMonodromy=>...) -- whether to use monodromy methods to compute degrees
• parameterizedGenericEDDegree(List) -- compute ED degrees of parameterized varieties
• parameterizedUnitEDDegree -- compute ED degrees of parameterized varieties
• parameterizedUnitEDDegree(...,UseMonodromy=>...) -- whether to use monodromy methods to compute degrees
• parameterizedUnitEDDegree(List) -- compute ED degrees of parameterized varieties
• parameterizedWeightEDDegree -- compute ED degrees of parameterized varieties
• parameterizedWeightEDDegree(...,UseMonodromy=>...) -- whether to use monodromy methods to compute degrees
• parameterizedWeightEDDegree(List,List,List) -- compute ED degrees of parameterized varieties
• ReturnCriticalIdeal -- whether to return the ideal of critical points
• SampleGenerator (missing documentation)
• Submodel (missing documentation)
• symbolicWeightEDDegree -- symbolically compute ED degrees of affine varieties
• symbolicWeightEDDegree(...,ReturnCriticalIdeal=>...) -- whether to return the ideal of critical points
• symbolicWeightEDDegree(List,List,List) -- symbolically compute ED degrees of affine varieties
• TempDirectory -- set directory for Bertini runs
• UseMonodromy -- whether to use monodromy methods to compute degrees