Bertini : Index

• AffVariableGroup -- an option to group variables and use multihomogeneous homotopies
• B'Constants -- an option to designate the constants for a Bertini Input file
• B'Section -- a mutable hash table that gives information about a hyperplane used to slice a numerical variety.
• B'Slice -- a mutable hash table that gives information about a linear space used to slice a numerical variety.
• Bertini -- software for numerical algebraic geometry
• Bertini input configuration -- a configuration option for a Bertini input file
• Bertini input file declarations: random numbers -- an option which designates symbols/strings/variables that will be set to be a random real number or random complex number
• bertiniComponentMemberTest -- a main method to test whether points lie on a given variety
• bertiniComponentMemberTest(...,IsProjective=>...) -- optional argument to specify whether to use homogeneous coordinates
• bertiniComponentMemberTest(...,Verbose=>...) -- Option to silence additional output
• bertiniComponentMemberTest(List,NumericalVariety) -- a main method to test whether points lie on a given variety
• bertiniParameterHomotopy -- a main method to perform a parameter homotopy in Bertini
• bertiniParameterHomotopy(...,AffVariableGroup=>...) -- an option to group variables and use multihomogeneous homotopies
• bertiniParameterHomotopy(...,B'Constants=>...) -- an option to designate the constants for a Bertini Input file
• bertiniParameterHomotopy(...,HomVariableGroup=>...) -- an option to group variables and use multihomogeneous homotopies
• bertiniParameterHomotopy(...,RandomComplex=>...) -- an option which designates symbols/strings/variables that will be set to be a random real number or random complex number
• bertiniParameterHomotopy(...,RandomReal=>...) -- an option which designates symbols/strings/variables that will be set to be a random real number or random complex number
• bertiniParameterHomotopy(...,TopDirectory=>...) -- Option to change directory for file storage.
• bertiniParameterHomotopy(...,Verbose=>...) -- Option to silence additional output
• bertiniParameterHomotopy(List,List,List) -- a main method to perform a parameter homotopy in Bertini
• bertiniPosDimSolve -- a main method that is used to produce witness sets
• bertiniPosDimSolve(...,IsProjective=>...) -- optional argument to specify whether to use homogeneous coordinates
• bertiniPosDimSolve(...,Verbose=>...) -- Option to silence additional output
• bertiniPosDimSolve(Ideal) -- a main method that is used to produce witness sets
• bertiniPosDimSolve(List) -- a main method that is used to produce witness sets
• bertiniRefineSols -- sharpen solutions to a prescribed number of digits
• bertiniRefineSols(...,IsProjective=>...) -- optional argument to specify whether to use homogeneous coordinates
• bertiniRefineSols(...,Verbose=>...) -- Option to silence additional output
• bertiniRefineSols(ZZ,List,List) -- sharpen solutions to a prescribed number of digits
• bertiniSample -- a main method to sample points from an irreducible component of a variety
• bertiniSample(...,IsProjective=>...) -- optional argument to specify whether to use homogeneous coordinates
• bertiniSample(...,Verbose=>...) -- Option to silence additional output
• bertiniSample(ZZ,WitnessSet) -- a main method to sample points from an irreducible component of a variety
• bertiniTrackHomotopy -- a main method to track using a user-defined homotopy
• bertiniTrackHomotopy(...,IsProjective=>...) -- optional argument to specify whether to use homogeneous coordinates
• bertiniTrackHomotopy(...,Verbose=>...) -- Option to silence additional output
• bertiniTrackHomotopy(RingElement,List,List) -- a main method to track using a user-defined homotopy
• bertiniUserHomotopy -- a main method to track a user-defined homotopy
• bertiniUserHomotopy(...,AffVariableGroup=>...) -- an option to group variables and use multihomogeneous homotopies
• bertiniUserHomotopy(...,TopDirectory=>...) -- Option to change directory for file storage.
• bertiniUserHomotopy(...,Verbose=>...) -- Option to silence additional output
• bertiniUserHomotopy(Thing,List,List,List) -- a main method to track a user-defined homotopy
• bertiniZeroDimSolve -- a main method to solve a zero-dimensional system of equations
• bertiniZeroDimSolve(...,AffVariableGroup=>...) -- an option to group variables and use multihomogeneous homotopies
• bertiniZeroDimSolve(...,B'Constants=>...) -- an option to designate the constants for a Bertini Input file
• bertiniZeroDimSolve(...,HomVariableGroup=>...) -- an option to group variables and use multihomogeneous homotopies
• bertiniZeroDimSolve(...,RandomComplex=>...) -- an option which designates symbols/strings/variables that will be set to be a random real number or random complex number
• bertiniZeroDimSolve(...,RandomReal=>...) -- an option which designates symbols/strings/variables that will be set to be a random real number or random complex number
• bertiniZeroDimSolve(...,TopDirectory=>...) -- Option to change directory for file storage.
• bertiniZeroDimSolve(...,Verbose=>...) -- Option to silence additional output
• bertiniZeroDimSolve(Ideal) -- a main method to solve a zero-dimensional system of equations
• bertiniZeroDimSolve(List) -- a main method to solve a zero-dimensional system of equations
• CoeffBound -- a configuration option for a Bertini input file
• CondNumThreshold -- a configuration option for a Bertini input file
• CopyB'File -- an optional argument to specify whether make a copy of the file.
• DegreeBound -- a configuration option for a Bertini input file
• EndGameNum -- a configuration option for a Bertini input file
• FinalTol -- a configuration option for a Bertini input file
• HomVariableGroup -- an option to group variables and use multihomogeneous homotopies
• ImagThreshold -- a configuration option for a Bertini input file
• importIncidenceMatrix -- Imports an incidence matrix file after running makeMembershipFile.
• importIncidenceMatrix(...,Verbose=>...) -- Option to silence additional output
• importIncidenceMatrix(String) -- Imports an incidence matrix file after running makeMembershipFile.
• importMainDataFile -- This function imports points from the main data file form a Bertini run.
• importMainDataFile(...,Verbose=>...) -- Option to silence additional output
• importMainDataFile(String) -- This function imports points from the main data file form a Bertini run.
• importParameterFile -- Imports parameters from a Bertini parameter file.
• importParameterFile(String) -- Imports parameters from a Bertini parameter file.
• importSolutionsFile -- Imports coordinates from a Bertini solution file.
• importSolutionsFile(...,Verbose=>...) -- Option to silence additional output
• importSolutionsFile(String) -- Imports coordinates from a Bertini solution file.
• IsProjective -- optional argument to specify whether to use homogeneous coordinates
• makeB'InputFile -- write a Bertini input file in a directory
• makeB'InputFile(...,AffVariableGroup=>...) -- an option to group variables and use multihomogeneous homotopies
• makeB'InputFile(...,B'Constants=>...) -- an option to designate the constants for a Bertini Input file
• makeB'InputFile(...,HomVariableGroup=>...) -- an option to group variables and use multihomogeneous homotopies
• makeB'InputFile(...,RandomComplex=>...) -- an option which designates symbols/strings/variables that will be set to be a random real number or random complex number
• makeB'InputFile(...,RandomReal=>...) -- an option which designates symbols/strings/variables that will be set to be a random real number or random complex number
• makeB'InputFile(...,Verbose=>...) -- Option to silence additional output
• makeB'InputFile(String) -- write a Bertini input file in a directory
• makeB'Section -- makeB'Section creates a hash table that represents a hyperplane.
• makeB'Section(...,B'Homogenization=>...) -- makeB'Section creates a hash table that represents a hyperplane.
• makeB'Section(...,B'NumberCoefficients=>...) -- makeB'Section creates a hash table that represents a hyperplane.
• makeB'Section(...,ContainsPoint=>...) -- makeB'Section creates a hash table that represents a hyperplane.
• makeB'Section(...,NameB'Section=>...) -- makeB'Section creates a hash table that represents a hyperplane.
• makeB'Section(...,RandomCoefficientGenerator=>...) -- makeB'Section creates a hash table that represents a hyperplane.
• makeB'Section(List) -- makeB'Section creates a hash table that represents a hyperplane.
• makeB'Slice -- makeB'Slice creates a hash table that represents a linear slice.
• makeB'Slice(...,B'Homogenization=>...) -- makeB'Section creates a hash table that represents a hyperplane.
• makeB'Slice(...,B'NumberCoefficients=>...) -- makeB'Slice creates a hash table that represents a linear slice.
• makeB'Slice(...,ContainsMultiProjectivePoint=>...) -- makeB'Slice creates a hash table that represents a linear slice.
• makeB'Slice(...,ContainsPoint=>...) -- makeB'Slice creates a hash table that represents a linear slice.
• makeB'Slice(...,NameB'Slice=>...) -- makeB'Slice creates a hash table that represents a linear slice.
• makeB'Slice(...,RandomCoefficientGenerator=>...) -- makeB'Slice creates a hash table that represents a linear slice.
• makeB'Slice(Thing,List) -- makeB'Slice creates a hash table that represents a linear slice.
• makeMembershipFile(...,Verbose=>...) -- Option to silence additional output
• makeSampleSolutionsFile(...,Verbose=>...) -- Option to silence additional output
• MaxCycleNum -- a configuration option for a Bertini input file
• MaxNewtonIts -- a configuration option for a Bertini input file
• MaxNorm -- a configuration option for a Bertini input file
• MaxNumberSteps -- a configuration option for a Bertini input file
• MaxStepSize -- a configuration option for a Bertini input file
• MinStepSizeBeforeEG -- a configuration option for a Bertini input file
• MinStepSizeDuringEG -- a configuration option for a Bertini input file
• moveB'File -- Move or copy files.
• moveB'File(...,CopyB'File=>...) -- an optional argument to specify whether make a copy of the file.
• moveB'File(...,MoveToDirectory=>...) -- Move or copy files.
• moveB'File(...,SubFolder=>...) -- Move or copy files.
• moveB'File(String,String,String) -- Move or copy files.
• MPType -- a configuration option for a Bertini input file
• NameB'Slice -- makeB'Slice creates a hash table that represents a linear slice.
• NumberToB'String -- Translates a number to a string that Bertini can read.
• NumberToB'String(Thing) -- Translates a number to a string that Bertini can read.
• ODEPredictor -- a configuration option for a Bertini input file
• OutputLevel -- a configuration option for a Bertini input file
• PRECISION -- a configuration option for a Bertini input file
• radicalList -- A support function that removes multiplicities of numbers in a list up to a tolerance.
• radicalList(List) -- A support function that removes multiplicities of numbers in a list up to a tolerance.
• radicalList(List,Number) -- A support function that removes multiplicities of numbers in a list up to a tolerance.
• RandomComplex -- an option which designates symbols/strings/variables that will be set to be a random real number or random complex number
• RandomReal -- an option which designates symbols/strings/variables that will be set to be a random real number or random complex number
• RandomSeed -- a configuration option for a Bertini input file
• RegenStartLevel -- a configuration option for a Bertini input file
• runBertini(...,Verbose=>...) -- Option to silence additional output
• ScreenOut -- a configuration option for a Bertini input file
• SecurityLevel -- a configuration option for a Bertini input file
• SingValZeroTol -- a configuration option for a Bertini input file
• StepsForIncrease -- a configuration option for a Bertini input file
• storeBM2Files (missing documentation)
• subPoint -- This function evaluates a polynomial or matrix at a point.
• subPoint(Thing,List,Thing) -- This function evaluates a polynomial or matrix at a point.
• TopDirectory -- Option to change directory for file storage.
• TrackTolBeforeEG -- a configuration option for a Bertini input file
• TrackTolDuringEG -- a configuration option for a Bertini input file
• UseRegeneration -- an option specifying when to use regeneration
• valueBM2 -- This function makes a number in CC from a string.
• valueBM2(String) -- This function makes a number in CC from a string.
• Variable groups -- an option to group variables and use multihomogeneous homotopies
• writeStartFile -- Writes the list of list of coordinates to a file that Bertini can read.
• writeStartFile(String,List) -- Writes the list of list of coordinates to a file that Bertini can read.